b***y
发帖数: 14281 | 1 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
有重要的社会意义的。
(BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
用的search engine is THE search engine everybody in this community uses today.
So, if any article is not found by this search engine, sadly, it simply doesn't matter,
because no one would ever notice it at all.)
另外，该列表起始于1978年，终于2012 of course。
Breakdown of search results by citation
All papers Published only
Renowned papers(500+ cites): 0 0
Famous papers (250-499 cites) : 0 0
Very well-known papers (100-249) : 1 1
Well-known papers (50-99) : 2 2
Known papers (10-49) : 29 29
Less known papers (1-9) : 61 37
Unknown papers (0) : 38 8
Total eligible papers analyzed: 131 77
Total number of citations: 1066 1009
Average citations per paper: 8 13
以下文章按引用次数为序, 另附以时间为序的列表于后。
1) Thermally induced density perturbations in the inflation era.
By Arjun Berera & Li-Zhi Fang.
Phys.Rev.Lett.74:1912-1915,1995. [astro-ph/9501024]
2) Deep wide-field spectrophotometry of the open cluster m67.
By Xiaohui Fan, et al.,
Astron.J.112:628-648,1996. [astro-ph/9604178]
3) Evidence for scale-scale correlations in the cosmic microwave background
radiation.
By Jesus Pando, David Valls-Gabaud, Li-Zhi Fang.
Phys.Rev.Lett.81:4568-4571,1998. [astro-ph/9810165]
4) An Infrared cutoff revealed by the two years of COBE - DMR observations
of cosmic temperature fluctuations.
By Yi-Peng Jing & Li-Zhi Fang.
Phys.Rev.Lett.73:1882-1885,1994. [astro-ph/9409072]
5) Substructures and density profiles of clusters in models of galaxy
formation.
By Y.P. Jing, H.J. Mo, G. Boerner, L.Z. Fang.
Mon.Not.Roy.Astron.Soc.276:417,1995. [astro-ph/9412072]
6) Abundance of moderate redshift clusters in the cold + hot dark matter
model.
By Y.P. Jing & L.Z. Fang.
Astrophys.J.432:438,1994. [astro-ph/9403012]
7) Mass density perturbations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D59:083503,1999. [astro-ph/9901195]
8) Stochastic fluctuations and structure formation in the universe.
By Arjun Berera & Li-zhi Fang.
Phys.Rev.Lett.72:458-461,1994. [astro-ph/9401023]
9) An Attempt to determine the largest scale of primordial density
perturbations in the universe.
By Arjun Berera, Li-Zhi Fang, Gary Hinshaw.
Phys.Rev.D57:2207-2212,1998. [astro-ph/9703020]
10) Quasar clustering on large scales.
By H.J. Mo & L.Z. Fang.
Astrophys.J.410:493,1993.
11) The Large scale structure in a universe dominated by cold plus hot dark
matter.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astron.Astrophys.284:703-718,1994. [astro-ph/9308017]
12) The cluster cluster correlation in hybrid models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astrophys.J.411:450,1993.
13) Linear evolution of cosmic baryonic medium on large scales.
By Li-Zhi Fang, Hong-guang Bi, Shou-ping Xiang, Gerhard Borner.
Astrophys.J.413:477,1993.
14) Comparisons of cluster mass determinations by x-ray observations and
gravitational lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.467:L45-L48,1996. [astro-ph/9606109]
15) Temperature and entropy fields of baryonic gas in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.612:14-27,2004. [astro-ph/0405139]
16) Vorticity of IGM Velocity Field on Large Scales.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.712:1-13,2010. [arXiv:1001.4127]
17) Power spectrum and intermittency of the transmitted flux of QSOs Ly-
alpha absorption spectra.
By Priya Jamkhedkar, et al.,
Mon.Not.Roy.Astron.Soc.343:1110,2003. [astro-ph/0303649]
18) Correlated hybrid fluctuations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D69:023514,2004. [astro-ph/0310856]
19) ENTROPY GENERATION IN THE EARLY UNIVERSE BY DISSIPATIVE PROCESSES NEAR
THE HIGGS' PHASE TRANSITIONS.
By L.Z. Fang.
Phys.Lett.B95:154-156,1980.
20) Distributions of baryon fraction on large scales in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.623:601-611,2005. [astro-ph/0501404]
21) A Unified Fitting of HI and HeII Ly alpha Transmitted Flux of QSO HE2347
with LCDM Hydrodynamic Simulations.
By Jiren Liu, Priya Jamkhedkar, Wei Zheng, Long- Long Feng, Li-Zhi Fang.
Astrophys.J.645:861-867,2006. [astro-ph/0603598]
22) Density perturbations of thermal origin during inflation.
By Wo-lung Lee & Li-Zhi Fang.
Int.J.Mod.Phys.D6:305-322,1997. [astro-ph/9706101]
23) Intermittent features of the QSO Ly-alpha transmitted flux: Results from
hydrodynamic cosmological simulations.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
Astrophys.J.587:487-499,2003. [astro-ph/0301018]
24) Hydrogen clouds before reionization: a lognormal model approach.
By Hong-guang Bi, Li-zhi Fang, Long-long Feng, Yi- peng Jing.
Astrophys.J.598:1-12,2003. [astro-ph/0308105]
25) Is the cosmic UV background fluctuating at redshift z~=6?
By Jiren Liu, Hongguang Bi, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.645:L1-L4,2006. [astro-ph/0605614]
26) Discrete wavelet transform power spectrum estimator.
By Jesus Pando & Li-Zhi Fang.
Phys.Rev.E57:3593-3601,1998.
27) Anisotropy of cosmic background radiation from a spherical clustering on
large scales.
By Li-Zhi Fang & Xiang-Ping Wu.
Astrophys.J.408:25,1993.
28) Size of multiply connected universe and cosmic background radiation.
By L.Z. Fang.
Mod.Phys.Lett.A8:2615-2621,1993.
29) Scale invariance of rich cluster abundance: A Possible test for models
of structure formation.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
Astrophys.J.508:472,1998. [astro-ph/9806361]
30) The Velocity field of baryonic gas in the Universe.
By Bryan Kim, Ping He, Jesus Pando, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.625:599-612,2005, Addendum-ibid.639:571,2006. [astro-ph/0502175]
31) Low-redshift cosmic baryon fluid on large scales and she-levueque's
universal scaling.
By Ping He, Jiren Liu, Long-Long Feng, Chi-Wang Shu, Li-Zhi Fang.
Phys.Rev.Lett.96:051302,2006. [astro-ph/0601224]
32) A WENO Algorithm of the Temperature and Ionization Profiles around a
Point Source.
By Jing-Mei Qiu, Long-Long Feng, Chi-Wang Shu, Li- Zhi Fang.
New Astron.12:398-409,2007. [astro-ph/0612755]
33) AN OVERVIEW OF QUANTUM COSMOLOGY.
By L.Z. Fang & Z.C. Wu.
Int.J.Mod.Phys.A1:887-912,1986.
34) The lx-t and lx-sigma relationships for galaxy clusters revisited.
By Xiang-Ping Wu, Yan-Jie Xue, Li-Zhi Fang.
[astro-ph/9905106] (May 1999) 34p.
35) Constraints on primordial black holes and primeval density perturbations
from the epoch of reionization.
By Ping He & Li-Zhi Fang.
Astrophys.J.568:L1-L4,2002. [astro-ph/0202218]
36) Off - equilibrium dynamics of the primordial perturbations in the
inflationary universe: The O(N) model.
By Wo-Lung Lee, Yeo-Yie Charng, Da-Shin Lee, Li- Zhi Fang.
Phys.Rev.D69:123522,2004. [astro-ph/0401269]
37) 21 cm Signals from Early Ionizing Sources.
By Jiren Liu, Jing-Mei Qiu, Long-Long Feng, Chi- Wang Shu, Li-Zhi Fang.
Astrophys.J.663:1-9,2007. [astro-ph/0703330]
38) Breaking degeneracy of dark matter models by the scale-scale
correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
Astrophys.J.530:53-61,2000.
39) X-ray emission of baryonic gas in the universe: luminosity-temperature
relationship and soft-band background.
By Tong-Jie Zhang, Jiren Liu, Long-long Feng, Ping He, Li-Zhi Fang.
Astrophys.J.642:625-635,2006. [astro-ph/0601192]
40) Cross-correlation between wmap and 2mass: non-gaussianity induced by sz
effect.
By Liang Cao, Yao-Quan Chu, Li-Zhi Fang.
Mon.Not.Roy.Astron.Soc.369:645-654,2006. [astro-ph/0603099]
41) FORMATION OF BLACK HOLES IN QUANTUM COSMOLOGY.
By L.Z. Fang & M. Li.
Phys.Lett.B169:28,1986.
42) Density fluctuations on super Hubble scales.
By L.Z. Fang & Y.P. Jing.
Mod.Phys.Lett.A11:1531-1538,1996.
43) COSMIC WAVE FUNCTION WITH INDUCED GRAVITY.
By H.J. Mo & L.Z. Fang.
Phys.Lett.B201:321,1988.
44) Large scale structures revealed by wavelet decomposition.
By Li-Zhi Fang & Jesus Pando.
In *Erice 1996, Current topics in astrofundamental physics* 616-66. [astro-
ph/9701228]
45) A Relativistic calculation of super - Hubble suppression of inflation
with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Class.Quant.Grav.17:4467-4480,2000. [astro-ph/0009060]
46) Time dependent correlations of inflationary perturbations.
By Wo-Lung Lee & Li-Zhi Fang.
Europhys.Lett.56:904-910,2001. [astro-ph/0111557]
47) Non-gaussianity and the recovery of the mass power spectrum from the ly
alpha forest.
By Long-Long Feng & Li-Zhi Fang.
[astro-ph/0001348] (Jan 2000) 37p.
48) A comparison of different cluster mass estimates: consistency or
discrepancy ?
By Xiang-Ping Wu, Tzihong Chiueh, Li-Zhi Fang, Yan-Jie Xue.
[astro-ph/9808179] (Aug 1998) 16p.
49) One-point statistics of the cosmic density field in real and redshift
spaces with a multiresolutional decomposition.
By Hu Zhan & Li-Zhi Fang.
Astrophys.J.585:12-33,2003. [astro-ph/0211159]
50) Quasi - local evolution of the cosmic gravitational clustering in halo
model.
By Long-Long Feng & Li-Zhi Fang.
Astrophys.J.601:54-63,2004. [astro-ph/0310327]
51) Statistical features of 21-cm emission from the epoch between
reionization and Gunn-Peterson transparency.
By Ping He, Jiren Liu, Long-Long Feng, Hong-Guang Bi, Li-Zhi Fang.
Astrophys.J.614:6-16,2004. [astro-ph/0406544]
52) Estimating Power Spectrum of Sunyaev-Zeldovich Effect from the Cross-
Correlation between WMAP and 2MASS.
By Liang Cao, Jiren Liu, Li-Zhi Fang.
Astrophys.J.661:641-649,2007. [astro-ph/0702722]
53) Time evolution of Wouthuysen-Field coupling.
By I. Roy, W. Xu, J.-M. Qiu, C.-W. Shu, L.-Z. Fang.
Astrophys.J.694:1121-1130,2009. [arXiv:0812.4104]
54) A WENO algorithm for radiative transfer with resonant scattering: the
time scale of the Wouthuysen-Field Coupling.
By Ishani Roy, Jing-Mei Qiu, Chi-Wang Shu, Li-Zhi Fang.
New Astron.14:513-520,2009. [arXiv:0901.2171]
55) Wavelet space-scale-decomposition analysis of qso's ly alpha absorption
lines: spectrum of density perturbations.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9509032] (Sep 1995) 30p.
56) A Parameter-free statistical measurement of halos with power spectra.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.628:14-20,2005. [astro-ph/0504073]
57) Power spectrum and intermittency of Ly-alpha transmitted flux of QSO
HE2347-4342.
By Priya Jamkhedkar, Long-Long Feng, Wei Zheng, Li-Zhi Fang.
Astrophys.J.633:52-60,2005. [astro-ph/0507561]
58) Log-Poisson Hierarchical Clustering of Cosmic Neutral Hydrogen and Ly-
alpha Transmitted Flux of QSO Absorption Spectrum.
By Yi Lu, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.691:43-53,2009. [arXiv:0809.2975]
59) PERIODICITY OF REDSHIFT DISTRIBUTION IN A T-3 UNIVERSE.
By Li-Zhi Fang.
Astron.Astrophys.239:24-28,1990.
60) A wavelet space-scale-decomposition analysis of structure and evolution
fo qso's ly alpha absorption lines.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9504037] (Apr 1995) 25p.
61) Quasar-galaxy associations from gravitational lensing: revisited.
By Zong-Hong Zhu, Xiang-Ping Wu, Li-Zhi Fang.
Astrophys.J.490:31,1997. [astro-ph/9706289]
62) A possible bias model for quasars.
By Li-Zhi Fang & Y.P. Jing.
[astro-ph/9804106] (Apr 1998) 11p.
63) The Multiphase intracluster medium in galaxy groups probed by the Lyman
alpha forest.
By Hu Zhan, Li-Zhi Fang, David Burstein.
Astrophys.J.592:L1-L4,2003. [astro-ph/0306326]
64) Running spectral index and mode - mode correlation of inflationary
perturbations from off - equilibrium effects.
By Da-Shin Lee, Li-Zhi Fang, Wo-Lung Lee, Yeo-Yie Charng.
J.Korean Phys.Soc.45:S203-S207,2004. [astro-ph/0403055]
65) Spatial locality of galaxy correlation function in phase space: Samples
from the 2MASS Extended Source Catalog.
By Yi-Cheng Guo, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.610:51-60,2004. [astro-ph/0403658]
66) Scaling Relation between Sunyaev-Zel'dovich Effect and X-ray Luminosity
and Scale-Free Evolution of Cosmic Baryon Field.
By Qiang Yuan, et al.,
New Astron.14:152-159,2008. [arXiv:0807.4043]
67) Wouthuysen-Field Coupling in the 21 cm Region Around High Redshift
Sources.
By I. Roy, W. Xu, J.M. Qiu, C.W. Shu, L.Z. Fang.
Astrophys.J.703:1992-2003,2009. [arXiv:0908.1695]
68) A wavelet-Galerkin algorithm of the E/B decomposition of CMB
polarization maps.
By Liang Cao & Li-Zhi Fang.
Astrophys.J.706:1545-1555,2009. [arXiv:0910.4697]
69) THE REST MASS OF NEUTRINOS AND CLUSTERING IN THE EARLY UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Lett.Nuovo Cim.32:129-132,1981.
70) WAVE FUNCTION OF A ROTATING UNIVERSE.
By L.Z. Fang & H.J. Mo.
Phys.Lett.B186:297-302,1987.
71) Anisotropies of cosmic background radiation from a local collapse.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.424:530,1994. [astro-ph/9312057]
72) Phase randomization and Doppler peaks in the CMB angular power spectrum.
By Li-Zhi Fang, Zheng Huang, Xiang-Ping Wu.
[astro-ph/9601087] AZPH-TH-96-01 (Jan 1996) 11p.
73) The collapse of neutron stars in high mass binaries as the energy source
for the gamma-ray bursts.
By Bo Qin, Xiang-Ping Wu, Ming-Chung Chu, Li-Zhi Fang.
[astro-ph/9708095] (Aug 1997) 3p.
74) Abundances and correlations of structures beyond galaxy clusters.
By Wen Xu, Li-Zhi Fang, Zugan Deng.
[astro-ph/9905156] (May 1999) 13p.
75) On the normalization of the qso's lyman alpha forest power spectrum.
By Priya Jamkhedkar, Hongguang Bi, Li-Zhi Fang.
[astro-ph/0107185] (Jul 2001) 24p.
76) A statistical comparison of cluster mass estimates from optical/x-ray
observations and gravitational lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9701196] (Jan 1997) 18p.
77) Breaking degeneracy of dark matter models by the scale-scale
correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
[astro-ph/9908332] (Aug 1999) 22p.
78) The Reionization history in the lognormal model.
By Ji-Ren Liu, Li-Zhi Fang, Long-Long Feng, Hong- Guang Bi.
Astrophys.J.605:591-598,2004. [astro-ph/0312653]
79) Resonant Scattering and Ly-alpha Radiation Emergent from Neutral
Hydrogen Halos.
By Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.716:604-614,2010. [arXiv:1005.0338]
80) ON A LOWER LIMIT OF THE REST MASS OF INOS IN THE HALO OF OUR GALAXY.
By L.Z. Fang & J.G. Gao.
Phys.Lett.B139:351-352,1984.
81) On the measurement of the Hubble constant in a local low density
universe.
By Xiang-Ping Wu, Zu-gan Deng, Zhen-long Zou, Li- Zhi Fang, Bo Qin.
[astro-ph/9412082] (Dec 1994) 9p.
82) Environmental effect on the associations of background quasars with
foreground objects. 2. Numerical simulations.
By Xiang-Ping Wu, Xiao-Hong Zhu, Y.P. Jing, Li-Zhi Fang.
Astrophys.J.488:557,1997. [astro-ph/9705185]
83) Measuring the galaxy power spectrum and scale-scale correlations with
multiresolution-decomposed covariance - I. method.
By Li-Zhi Fang & Long-Long Feng.
[astro-ph/0003259] (Mar 2000) 44p.
84) Measuring the galaxy power spectrum with multiresolution decomposition -
3. Velocity field analysis.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0107083] (Jul 2001) 46p.
85) Measuring the galaxy power spectrum with multiresolution decomposition -
4. Redshift distortion.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0110530] (Oct 2001) 28p.
86) Non-gaussian features of transmitted flux of qso's ly alpha absorption:
intermittent exponent.
By Jesus Pando, et al.,
[astro-ph/0204092] (Apr 2002) 17p.
87) Environmental effect on the associations of background quasars with
foreground objects: I. Analytic investigation.
By Xiang-Ping Wu, Li-Zhi Fang, Zong Hong Zhu, Bo Qin.
Astrophys.J.471:575,1996. [astro-ph/9605200]
88) Wavelet space-scale decomposition analysis of qso's lyman-alpha lines:
spectrum of non-gaussianity.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9606005] (Jun 1996)
89) The statistical discrepancy between the igm and dark matter fields: one-
point statistics.
By Jesus Pando, Long-Long Feng, Li-Zhi Fang.
[astro-ph/0405508] (May 2004)
90) The DWT Power Spectrum of the two-degree Field Galaxy Redshift Survey.
By Yan-Chuan Cai, Jun Pan, Yong-Heng Zhao, Long- Long Feng, Li-Zhi Fang.
AIP Conf.Proc.966:87-94,2008. [astro-ph/0609411]
91) A WENO Algorithm for the Growth of Ionized Regions at the Reionization
Epoch.
By Jing-Mei Qiu, Chi-Wang Shu, Ji-Ren Liu, Li-Zhi Fang.
[arXiv:0706.0326] (Jun 2007) 24p.
92) Non-Gaussianity of the Cosmic Baryon Fluid: Log-Poisson Hierarchy Model.
By Jiren Liu & Li-Zhi Fang.
[arXiv:0707.2620] (Jul 2007) 19p.
93) Ly-alpha Leaks and Reionization.
By Long-Long Feng, Hong-Guang Bi, Ji-Ren Liu, Li- Zhi Fang.
[arXiv:0710.5476] (Oct 2007) 11p.
94) THE STRUCTURE AND STABILITY OF THE ABNORMAL NEUTRON STAR.
By Li-Zhi Fang, Qin-Yue Qu, Zhen-Ru Wang, Tan Lu, Liao-Fu Luo.
Sci.Sin.22:187-198,1979.
95) The Influence of Gravitation on the Vacuum State.
By Li-Zhi Fang.
Acta Phys. Sinica 27 ( 1978) 181-18.
96) THE GRAVITATIONAL 'SCINTILLATION' OF THE MICROWAVE BACKGROUND DUE TO
DENSITY INHOMOGENEITIES.
By Li Zhi Fang & Humitaka Sato.
Prog.Theor.Phys.67:1994,1982.
97) THE INFLUENCES OF MASSIVE NEUTRINO ON THE CLUSTERING IN THE EARLY
UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Commun.Theor.Phys.1:77-85,1982.
98) Some Recent Developments in Astrophysics. (Talk).
By Li-Zhi Fang, A. Qadir, R. Ruffini.
In *Nathiagali 1980, Proceedings, Physics and Contemporary Needs, Vol. 5*,
567-59.
99) BASIC CONCEPTS IN RELATIVISTIC ASTROPHYSICS.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1983) 218.
100) COSMOLOGY OF THE EARLY UNIVERSE.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1984) 305 P. ( Advanced Series In
Astrophysics and Cosmology, 1.
101) SOME RECENT DEVELOPMENTS IN THE MASSIVE NEUTRINO COSMOLOGY.
By Tan Lu & Li-Zhi Fang.
In *Shanghai 1982, Proceedings, General Relativity, Part A*, 461-48.
102) COSMOLOGICAL CONSEQUENCES OF MASSIVE NEUTRINOS.
By Li-Zhi Fang.
In *Nathiagali 1981, Proceedings, Physics and Contemporary Needs*, 405-43.
103) HAWKING'S THEORY OF QUANTUM COSMOLOGY.
By Li-Zhi Fang & Zhong-Chao Wu.
In *Bogota 1984, Proceedings, Galaxies, Quasars and Cosmology*, 147-17.
104) FROM NEWTON'S LAWS TO EINSTEIN'S THEORY OF RELATIVITY.
By Li-Zhi Fang & Yao-Quan Chu.
Peking, China: Science Pr. (1987) 112 p. Singapore, Singapore: World
Scientific (1987) 112 .
105) NEUTRINO MASS AND SUPERNOVA SN1987A.
By Li-Zhi Fang.
Chin.Phys.Lett.4:424-426,1987.
106) QUANTUM COSMOLOGY.
By Li-Zhi Fang (Ed.) & R. Ruffini (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1987) 329 P. (ADVANCED SERIES IN
ASTROPHYSICS AND COSMOLOGY, 3.
107) THE CLUSTERING OF MATTER IN A NEUTRINO DOMINATED UNIVERSE.
By Tan Lu & Li-Zhi Fang.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 405-
424..
108) DECELERATION OF THE EXPANDING UNIVERSE.
By Li-Zhi Fang & Fu-Xing Hu.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 425-
445..
109) COSMIC STRINGS AND FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By Li-Zhi Fang.
IN *TUNXI 1987, PROCEEDINGS, ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES*
318-332.
110) ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES. PROCEEDINGS, GUO SHOUJING
SUMMER SCHOOL OF ASTROPHYSICS, TUNXI, P.R. CHINA, AUGUST 17-29, 1987.
By Li-Zhi Fang (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1988) 332.
111) CREATION OF THE UNIVERSE.
By Li-Zhi Fang & Shu-Xian Li.
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1989) 180.
112) FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By L.Z. Fang.
IN *TEGERNSEE 1987, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS* 201-204..
113) BIASED CLUSTERING IN A UNIVERSE WITH HOT DARK MATTER AND COSMIC STRING.
By Li-Zhi Fang, Shou-Ping Xiang, Lin Yan.
Astron.Astrophys.233:1-6,1990.
114) A HISTORICAL SUPERNOVA'S LOWER LIMIT TO THE GALACTIC STELLAR COLLAPSE
RATE.
By Li-Zhi Fang & Jia-sheng Huang.
Astrophys.Space Sci.184:221-225,1991.
115) QUASAR PAIRS AND QUASAR'S PECULIAR VELOCITY.
By Li-Zhi Fang.
FERMILAB-PUB-90-025-A (Jan 1990) 21p.
116) TOPOLOGY OF THE UNIVERSE.
By Li-Zhi Fang & H.J. Mo.
IN *PEKING 1986, PROCEEDINGS, OBSERVATIONAL COSMOLOGY* 461-475..
117) OBSERVATIONAL COSMOLOGY. PROCEEDINGS, 124TH SYMPOSIUM OF THE
INTERNATIONAL ASTRONOMICAL UNION, PEKING, P.R. CHINA, AUGUST 25-30, 1986.
By A. Hewitt (Ed.), G. Burbidge (Ed.), Li-Zhi Fang (Ed.).
DORDRECHT, NETHERLANDS: REIDEL (1987) 854.
118) Nontopological solitons and structure formation in the universe.
By Li- Zhi Fang.
In *Perth 1988, Proceedings, Recent developments in theoretical and
experimental general relativity, gravitation and relativistic field theories
, pt. B* 1431- 1436. (see Conference Index.
119) Cosmology and particle physics. Proceedings, CCAST (World Laboratory)
Symposium/Workshop, Nanjing, P.R. China, June 30 - July 12, 1988.
By Li- Zhi Fang (ed.) & A. Zee (ed.).
New York, USA: Gordon & Breach (1988) 446 p. (CCAST (World Laboratory)
Symposium/Workshop proceedings, 5.
120) Advances in science of China: Physics. Vol. 1.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1986) 374 p. New York, USA: Wiley (1986) 374
p. (Advances in science of China, physics, 1.
121) Advances in science of China: Physics. Vol. 2.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1988) 110 p. New York, USA: Wiley (1988) 110
p. (Advances in science of China, physics, 2.
122) Gravitational waves and cosmology.
By L.Z. Fang.
In *Guangzhou 1987, Proceedings, Experimental gravitational physics* 172-178
..
123) Substructures of clusters and cosmological models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
[astro-ph/9411045] (Sep 1994) 5p.
124) On the possible variations of the Hubble constant with distance.
By Xiang-Ping Wu, Bo Qin, Li-Zhi Fang.
[astro-ph/9604064] (Apr 1996) 19p.
125) Ly-alpha / H alpha ratio of singly ionized helium in quasars.
By Wei Zheng & Li-Zhi Fang.
[astro-ph/9804323] (Apr 1998) 12p.
126) Wavelets in physics.
By L.Z. Fang (ed.) & R.L. Thews (ed.).
Singapore, Singapore: World Scientific (1998) 214 .
127) Cosmological constraints on the host halos of grbs.
By Wen Xu & Li-Zhi Fang.
[astro-ph/9905171] (May 1999) 9p.
128) The flatness of mass-to-light ratio on large scales.
By Li-Zhi Fang & Wen Xu.
[astro-ph/9907141] (Jul 1999) 8p.
129) The Origin of scale-scale correlations of the density perturbations
during inflation.
By Li-Zhi Fang, Wolung Lee, Jesus Pando.
Int.J.Mod.Phys.D8:731-738,1999. [astro-ph/9911189]
130) Exact (3+1) dimensional gravitational solitons to the Einstein
gravitational field equation.
By Chi Au, L.Z. Fang, F.T. To.
In *Stanford 1994, 7th Marcel Grossmann meeting on general relativity* 289-
29.
131) Intermittent behavior of cosmic mass field revealed by qso's ly_alpha
forests.
By Priya Jamkhedkar, Hu Zhan, Li-Zhi Fang.
[astro-ph/0008350] E00-5530 (Aug 2000) 12p.
132) Measuring the galaxy power spectrum with multiresolution decomposition
- 2. Diagonal and off-diagonal power spectra of the lcrs galaxies.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0102160] (Feb 2001) 41p.
133) Quasilocal evolution of cosmic gravitational clustering in the weakly
nonlinear regime.
By J. Pando, L. Feng, L.Z. Fang.
[astro-ph/0102258] (Feb 2001) 22p.
134) The intermittent behavior and hierarchical clustering of the cosmic
mass field.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
[astro-ph/0102461] (Feb 2001) 33p.
135) The local power spectrum and correlation hierarchy of the cosmic mass
field.
By Hu Zhan, Priya Jamkhedkar, Li-Zhi Fang.
[astro-ph/0103053] (Mar 2001) 24p.
136) The large scale rms bulk velocity estimated from qsos' ly alpha forests
.
By Hu Zhan & Li-Zhi Fang.
[astro-ph/0110152] (Oct 2001) 14p.
137) Typical scales in the spatial distribution of qsos.
By Zugan Deng, Xiaoyang Xia, Li-Zhi Fang.
[astro-ph/9402052] (Feb 1994) 16p.
138) Feii and fei emission in iras 07598+6508 and phl 1092.
By John Kwan, Fu-zhen Cheng, Li-Zhi Fang, Wei Zheng, Jian Ge.
[astro-ph/9409095] (Sep 1994) 17p.
139) A simulation of ly-alpha absorption forests in linear approximation in
cold and cold+hot dark matter models.
By Hongguang BI, Jian GE, Li-Zhi FANG.
[astro-ph/9504061] (Apr 1995) 23p.
140) Quasar-cluster associations and gravitational lensing by large scale
matter clumps.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9602036] (Feb 1996) 14p.
141) Abundance and clustering of c IV absorption systems in the scdm, lcdm
and chdm models.
By HongGuang BI & Li-Zhi FANG.
[astro-ph/9602082] (Feb 1996) 23p.
142) Abundance and clustering of qsos in cosmic structure formation models.
By Hong-Guang Bi & Li-Zhi Fang.
[astro-ph/9704044] (Apr 1997) 7p.
143) Probing hierarchical clustering by scale-scale correlations of wavelet
coefficients.
By J. Pando, P. Lipa, M. Greiner, L.Z. Fang.
[astro-ph/9710204] (Oct 1997) 10p.
144) Detecting scale-dependence of bias from apm-bgc galaxies.
By Li-Zhi Fang, Zu-Gang Deng, Xiao-Yang Xia.
[astro-ph/9805238] (May 1998) 25p.
145) Updating the sigma-t relationship for galaxy clusters.
By Xiang-Ping Wu, Li-Zhi Fang, Wen Xu.
[astro-ph/9808181] (Aug 1998) 6p.
146) Detecting the non-gaussian spectrum of qso's ly alpha absorption line
distribution.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9810049] (Oct 1998)
147) Virialization of galaxy clusters and beyond.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
[astro-ph/9910528] (Oct 1999) 22p.
148) Density fluctuations on super-Hubble scales.
By L.Z. Fang & Y.P. Jing.
In *Tucson 1996, Modern mathematical models of time and their applications
to physics and cosmology* 73-8.
149) A WENO Algorithm for the Radiative Transfer and Ionized Sphere at
Reionization.
By Jing-Mei Qiu, Chi-Wang Shu, Long-Long Feng, Li- Zhi Fang.
[astro-ph/0604258] (Apr 2006) 20p.
150) Ly-alpha Leaks in the Absorption Spectra of High Redshift QSOs.
By Jiren Liu, Hongguang Bi, Li-Zhi Fang.
[arXiv:0711.0773] (Nov 2007)
151) 21-cm signals from ionized and heated regions around first stars.
By Li-Zhi Fang.
AIP Conf.Proc.966:95-102,2008.
152) Log-Poisson Non-Gaussianity of Ly$\alpha$ Transmitted Flux Fluctuations
at High Redshift.
By Yi Lu, Weishan Zhu, Yaoquan Chu, Long-long Feng, Li-Zhi Fang.
[arXiv:1006.1933] (Jun 2010) 12p.
153) Statistical and dynamical decoupling of the IGM from Dark Matter.
By Li-Zhi Fang & Weishan Zhu.
[arXiv:1008.1449] (Aug 2010) 21p.
154) Intermittence of the Map of Kinetic Sunyaev-Zel'dovich Effect and
Turbulence of IGM.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
[arXiv:1105.1203] (May 2011) 10p.
155) Effect of Dust on Lyman-alpha Photon Transfer in Optically Thick Halo.
By Yang Yang, Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.739:91,2011. [arXiv:1107.1804]
156) Time-Dependent Behavior of Lyman$\alpha$ Photon Transfer in High
Redshift Optically Thick Medium.
By Wen Xu, Xiang-Ping Wu, Li-Zhi Fang.
[arXiv:1108.4162] (Aug 2011) 11p.
＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝
以下为以时间为序：
1) The Influence of Gravitation on the Vacuum State.
By Li-Zhi Fang.
Acta Phys. Sinica 27 ( 1978) 181-18.
2) THE STRUCTURE AND STABILITY OF THE ABNORMAL NEUTRON STAR.
By Li-Zhi Fang, Qin-Yue Qu, Zhen-Ru Wang, Tan Lu, Liao-Fu Luo.
Sci.Sin.22:187-198,1979.
3) Some Recent Developments in Astrophysics. (Talk).
By Li-Zhi Fang, A. Qadir, R. Ruffini.
In *Nathiagali 1980, Proceedings, Physics and Contemporary Needs, Vol. 5*, 567-59.
4) ENTROPY GENERATION IN THE EARLY UNIVERSE BY DISSIPATIVE PROCESSES NEAR THE HIGGS' PHASE
TRANSITIONS.
By L.Z. Fang.
Phys.Lett.B95:154-156,1980.
5) THE REST MASS OF NEUTRINOS AND CLUSTERING IN THE EARLY UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Lett.Nuovo Cim.32:129-132,1981.
6) COSMOLOGICAL CONSEQUENCES OF MASSIVE NEUTRINOS.
By Li-Zhi Fang.
In *Nathiagali 1981, Proceedings, Physics and Contemporary Needs*, 405-43.
7) THE INFLUENCES OF MASSIVE NEUTRINO ON THE CLUSTERING IN THE EARLY UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Commun.Theor.Phys.1:77-85,1982.
8) SOME RECENT DEVELOPMENTS IN THE MASSIVE NEUTRINO COSMOLOGY.
By Tan Lu & Li-Zhi Fang.
In *Shanghai 1982, Proceedings, General Relativity, Part A*, 461-48.
9) THE GRAVITATIONAL 'SCINTILLATION' OF THE MICROWAVE BACKGROUND DUE TO DENSITY
INHOMOGENEITIES.
By Li Zhi Fang & Humitaka Sato.
Prog.Theor.Phys.67:1994,1982.
10) BASIC CONCEPTS IN RELATIVISTIC ASTROPHYSICS.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1983) 218.
11) ON A LOWER LIMIT OF THE REST MASS OF INOS IN THE HALO OF OUR GALAXY.
By L.Z. Fang & J.G. Gao.
Phys.Lett.B139:351-352,1984.
12) COSMOLOGY OF THE EARLY UNIVERSE.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1984) 305 P. ( Advanced Series In Astrophysics and Cosmology, 1.
13) HAWKING'S THEORY OF QUANTUM COSMOLOGY.
By Li-Zhi Fang & Zhong-Chao Wu.
In *Bogota 1984, Proceedings, Galaxies, Quasars and Cosmology*, 147-17.
14) FORMATION OF BLACK HOLES IN QUANTUM COSMOLOGY.
By L.Z. Fang & M. Li.
Phys.Lett.B169:28,1986.
15) AN OVERVIEW OF QUANTUM COSMOLOGY.
By L.Z. Fang & Z.C. Wu.
Int.J.Mod.Phys.A1:887-912,1986.
16) TOPOLOGY OF THE UNIVERSE.
By Li-Zhi Fang & H.J. Mo.
IN *PEKING 1986, PROCEEDINGS, OBSERVATIONAL COSMOLOGY* 461-475..
17) Advances in science of China: Physics. Vol. 1.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1986) 374 p. New York, USA: Wiley (1986) 374 p. (Advances in science of China,
physics, 1.
18) WAVE FUNCTION OF A ROTATING UNIVERSE.
By L.Z. Fang & H.J. Mo.
Phys.Lett.B186:297-302,1987.
19) FROM NEWTON'S LAWS TO EINSTEIN'S THEORY OF RELATIVITY.
By Li-Zhi Fang & Yao-Quan Chu.
Peking, China: Science Pr. (1987) 112 p. Singapore, Singapore: World Scientific (1987) 112 .
20) NEUTRINO MASS AND SUPERNOVA SN1987A.
By Li-Zhi Fang.
Chin.Phys.Lett.4:424-426,1987.
21) QUANTUM COSMOLOGY.
By Li-Zhi Fang (Ed.) & R. Ruffini (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1987) 329 P. (ADVANCED SERIES IN ASTROPHYSICS AND
COSMOLOGY, 3.
22) COSMIC STRINGS AND FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By Li-Zhi Fang.
IN *TUNXI 1987, PROCEEDINGS, ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES* 318-332.
23) FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By L.Z. Fang.
IN *TEGERNSEE 1987, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS* 201-204..
24) OBSERVATIONAL COSMOLOGY. PROCEEDINGS, 124TH SYMPOSIUM OF THE INTERNATIONAL
ASTRONOMICAL UNION, PEKING, P.R. CHINA, AUGUST 25-30, 1986.
By A. Hewitt (Ed.), G. Burbidge (Ed.), Li-Zhi Fang (Ed.).
DORDRECHT, NETHERLANDS: REIDEL (1987) 854.
25) Gravitational waves and cosmology.
By L.Z. Fang.
In *Guangzhou 1987, Proceedings, Experimental gravitational physics* 172-178..
26) COSMIC WAVE FUNCTION WITH INDUCED GRAVITY.
By H.J. Mo & L.Z. Fang.
Phys.Lett.B201:321,1988.
27) ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES. PROCEEDINGS, GUO SHOUJING SUMMER SCHOOL OF
ASTROPHYSICS, TUNXI, P.R. CHINA, AUGUST 17-29, 1987.
By Li-Zhi Fang (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1988) 332.
28) Nontopological solitons and structure formation in the universe.
By Li- Zhi Fang.
In *Perth 1988, Proceedings, Recent developments in theoretical and experimental general relativity,
gravitation and relativistic field theories, pt. B* 1431- 1436. (see Conference Index.
29) Cosmology and particle physics. Proceedings, CCAST (World Laboratory) Symposium/Workshop,
Nanjing, P.R. China, June 30 - July 12, 1988.
By Li- Zhi Fang (ed.) & A. Zee (ed.).
New York, USA: Gordon & Breach (1988) 446 p. (CCAST (World Laboratory) Symposium/Workshop
proceedings, 5.
30) Advances in science of China: Physics. Vol. 2.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1988) 110 p. New York, USA: Wiley (1988) 110 p. (Advances in science of China,
physics, 2.
31) THE CLUSTERING OF MATTER IN A NEUTRINO DOMINATED UNIVERSE.
By Tan Lu & Li-Zhi Fang.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 405-424..
32) DECELERATION OF THE EXPANDING UNIVERSE.
By Li-Zhi Fang & Fu-Xing Hu.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 425-445..
33) CREATION OF THE UNIVERSE.
By Li-Zhi Fang & Shu-Xian Li.
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1989) 180.
34) BIASED CLUSTERING IN A UNIVERSE WITH HOT DARK MATTER AND COSMIC STRING.
By Li-Zhi Fang, Shou-Ping Xiang, Lin Yan.
Astron.Astrophys.233:1-6,1990.
35) PERIODICITY OF REDSHIFT DISTRIBUTION IN A T-3 UNIVERSE.
By Li-Zhi Fang.
Astron.Astrophys.239:24-28,1990.
36) A HISTORICAL SUPERNOVA'S LOWER LIMIT TO THE GALACTIC STELLAR COLLAPSE RATE.
By Li-Zhi Fang & Jia-sheng Huang.
Astrophys.Space Sci.184:221-225,1991.
37) QUASAR PAIRS AND QUASAR'S PECULIAR VELOCITY.
By Li-Zhi Fang.
FERMILAB-PUB-90-025-A (Jan 1990) 21p.
38) Size of multiply connected universe and cosmic background radiation.
By L.Z. Fang.
Mod.Phys.Lett.A8:2615-2621,1993.
39) The cluster cluster correlation in hybrid models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astrophys.J.411:450,1993.
40) Linear evolution of cosmic baryonic medium on large scales.
By Li-Zhi Fang, Hong-guang Bi, Shou-ping Xiang, Gerhard Borner.
Astrophys.J.413:477,1993.
41) Quasar clustering on large scales.
By H.J. Mo & L.Z. Fang.
Astrophys.J.410:493,1993.
42) Anisotropy of cosmic background radiation from a spherical clustering on large scales.
By Li-Zhi Fang & Xiang-Ping Wu.
Astrophys.J.408:25,1993.
43) The Large scale structure in a universe dominated by cold plus hot dark matter.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astron.Astrophys.284:703-718,1994. [astro-ph/9308017]
44) Anisotropies of cosmic background radiation from a local collapse.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.424:530,1994. [astro-ph/9312057]
45) Stochastic fluctuations and structure formation in the universe.
By Arjun Berera & Li-zhi Fang.
Phys.Rev.Lett.72:458-461,1994. [astro-ph/9401023]
46) Typical scales in the spatial distribution of qsos.
By Zugan Deng, Xiaoyang Xia, Li-Zhi Fang.
[astro-ph/9402052] (Feb 1994) 16p.
47) Abundance of moderate redshift clusters in the cold + hot dark matter model.
By Y.P. Jing & L.Z. Fang.
Astrophys.J.432:438,1994. [astro-ph/9403012]
48) Exact (3+1) dimensional gravitational solitons to the Einstein gravitational field equation.
By Chi Au, L.Z. Fang, F.T. To.
In *Stanford 1994, 7th Marcel Grossmann meeting on general relativity* 289-29.
49) An Infrared cutoff revealed by the two years of COBE - DMR observations of cosmic temperature
fluctuations.
By Yi-Peng Jing & Li-Zhi Fang.
Phys.Rev.Lett.73:1882-1885,1994. [astro-ph/9409072]
50) Substructures of clusters and cosmological models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
[astro-ph/9411045] (Sep 1994) 5p.
51) Feii and fei emission in iras 07598+6508 and phl 1092.
By John Kwan, Fu-zhen Cheng, Li-Zhi Fang, Wei Zheng, Jian Ge.
[astro-ph/9409095] (Sep 1994) 17p.
52) On the measurement of the Hubble constant in a local low density universe.
By Xiang-Ping Wu, Zu-gan Deng, Zhen-long Zou, Li- Zhi Fang, Bo Qin.
[astro-ph/9412082] (Dec 1994) 9p.
53) Substructures and density profiles of clusters in models of galaxy formation.
By Y.P. Jing, H.J. Mo, G. Boerner, L.Z. Fang.
Mon.Not.Roy.Astron.Soc.276:417,1995. [astro-ph/9412072]
54) Thermally induced density perturbations in the inflation era.
By Arjun Berera & Li-Zhi Fang.
Phys.Rev.Lett.74:1912-1915,1995. [astro-ph/9501024]
55) A wavelet space-scale-decomposition analysis of structure and evolution fo qso's ly alpha absorption
lines.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9504037] (Apr 1995) 25p.
56) A simulation of ly-alpha absorption forests in linear approximation in cold and cold+hot dark matter
models.
By Hongguang BI, Jian GE, Li-Zhi FANG.
[astro-ph/9504061] (Apr 1995) 23p.
57) Wavelet space-scale-decomposition analysis of qso's ly alpha absorption lines: spectrum of density
perturbations.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9509032] (Sep 1995) 30p.
58) Density fluctuations on super Hubble scales.
By L.Z. Fang & Y.P. Jing.
Mod.Phys.Lett.A11:1531-1538,1996.
59) Phase randomization and Doppler peaks in the CMB angular power spectrum.
By Li-Zhi Fang, Zheng Huang, Xiang-Ping Wu.
[astro-ph/9601087] AZPH-TH-96-01 (Jan 1996) 11p.
60) Quasar-cluster associations and gravitational lensing by large scale matter clumps.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9602036] (Feb 1996) 14p.
61) Abundance and clustering of c IV absorption systems in the scdm, lcdm and chdm models.
By HongGuang BI & Li-Zhi FANG.
[astro-ph/9602082] (Feb 1996) 23p.
62) On the possible variations of the Hubble constant with distance.
By Xiang-Ping Wu, Bo Qin, Li-Zhi Fang.
[astro-ph/9604064] (Apr 1996) 19p.
63) Deep wide-field spectrophotometry of the open cluster m67.
By Xiaohui Fan, et al.,
Astron.J.112:628-648,1996. [astro-ph/9604178]
64) Density fluctuations on super-Hubble scales.
By L.Z. Fang & Y.P. Jing.
In *Tucson 1996, Modern mathematical models of time and their applications to physics and cosmology*
73-8.
65) Comparisons of cluster mass determinations by x-ray observations and gravitational lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.467:L45-L48,1996. [astro-ph/9606109]
66) Environmental effect on the associations of background quasars with foreground objects: I. Analytic
investigation.
By Xiang-Ping Wu, Li-Zhi Fang, Zong Hong Zhu, Bo Qin.
Astrophys.J.471:575,1996. [astro-ph/9605200]
67) Wavelet space-scale decomposition analysis of qso's lyman-alpha lines: spectrum of non-gaussianity.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9606005] (Jun 1996)
68) Large scale structures revealed by wavelet decomposition.
By Li-Zhi Fang & Jesus Pando.
In *Erice 1996, Current topics in astrofundamental physics* 616-66. [astro-ph/9701228]
69) A statistical comparison of cluster mass estimates from optical/x-ray observations and gravitational
lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9701196] (Jan 1997) 18p.
70) An Attempt to determine the largest scale of primordial density perturbations in the universe.
By Arjun Berera, Li-Zhi Fang, Gary Hinshaw.
Phys.Rev.D57:2207-2212,1998. [astro-ph/9703020]
71) Abundance and clustering of qsos in cosmic structure formation models.
By Hong-Guang Bi & Li-Zhi Fang.
[astro-ph/9704044] (Apr 1997) 7p.
72) Density perturbations of thermal origin during inflation.
By Wo-lung Lee & Li-Zhi Fang.
Int.J.Mod.Phys.D6:305-322,1997. [astro-ph/9706101]
73) Quasar-galaxy associations from gravitational lensing: revisited.
By Zong-Hong Zhu, Xiang-Ping Wu, Li-Zhi Fang.
Astrophys.J.490:31,1997. [astro-ph/9706289]
74) The collapse of neutron stars in high mass binaries as the energy source for the gamma-ray bursts.
By Bo Qin, Xiang-Ping Wu, Ming-Chung Chu, Li-Zhi Fang.
[astro-ph/9708095] (Aug 1997) 3p.
75) Probing hierarchical clustering by scale-scale correlations of wavelet coefficients.
By J. Pando, P. Lipa, M. Greiner, L.Z. Fang.
[astro-ph/9710204] (Oct 1997) 10p.
76) Environmental effect on the associations of background quasars with foreground objects. 2. Numerical
simulations.
By Xiang-Ping Wu, Xiao-Hong Zhu, Y.P. Jing, Li-Zhi Fang.
Astrophys.J.488:557,1997. [astro-ph/9705185]
77) Wavelets in physics.
By L.Z. Fang (ed.) & R.L. Thews (ed.).
Singapore, Singapore: World Scientific (1998) 214 .
78) Discrete wavelet transform power spectrum estimator.
By Jesus Pando & Li-Zhi Fang.
Phys.Rev.E57:3593-3601,1998.
79) Ly-alpha / H alpha ratio of singly ionized helium in quasars.
By Wei Zheng & Li-Zhi Fang.
[astro-ph/9804323] (Apr 1998) 12p.
80) A possible bias model for quasars.
By Li-Zhi Fang & Y.P. Jing.
[astro-ph/9804106] (Apr 1998) 11p.
81) Detecting scale-dependence of bias from apm-bgc galaxies.
By Li-Zhi Fang, Zu-Gang Deng, Xiao-Yang Xia.
[astro-ph/9805238] (May 1998) 25p.
82) Scale invariance of rich cluster abundance: A Possible test for models of structure formation.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
Astrophys.J.508:472,1998. [astro-ph/9806361]
83) A comparison of different cluster mass estimates: consistency or discrepancy ?
By Xiang-Ping Wu, Tzihong Chiueh, Li-Zhi Fang, Yan-Jie Xue.
[astro-ph/9808179] (Aug 1998) 16p.
84) Updating the sigma-t relationship for galaxy clusters.
By Xiang-Ping Wu, Li-Zhi Fang, Wen Xu.
[astro-ph/9808181] (Aug 1998) 6p.
85) Evidence for scale-scale correlations in the cosmic microwave background radiation.
By Jesus Pando, David Valls-Gabaud, Li-Zhi Fang.
Phys.Rev.Lett.81:4568-4571,1998. [astro-ph/9810165]
86) Detecting the non-gaussian spectrum of qso's ly alpha absorption line distribution.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9810049] (Oct 1998)
87) Mass density perturbations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D59:083503,1999. [astro-ph/9901195]
88) The lx-t and lx-sigma relationships for galaxy clusters revisited.
By Xiang-Ping Wu, Yan-Jie Xue, Li-Zhi Fang.
[astro-ph/9905106] (May 1999) 34p.
89) Abundances and correlations of structures beyond galaxy clusters.
By Wen Xu, Li-Zhi Fang, Zugan Deng.
[astro-ph/9905156] (May 1999) 13p.
90) Cosmological constraints on the host halos of grbs.
By Wen Xu & Li-Zhi Fang.
[astro-ph/9905171] (May 1999) 9p.
91) The flatness of mass-to-light ratio on large scales.
By Li-Zhi Fang & Wen Xu.
[astro-ph/9907141] (Jul 1999) 8p.
92) Breaking degeneracy of dark matter models by the scale-scale correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
[astro-ph/9908332] (Aug 1999) 22p.
93) Virialization of galaxy clusters and beyond.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
[astro-ph/9910528] (Oct 1999) 22p.
94) The Origin of scale-scale correlations of the density perturbations during inflation.
By Li-Zhi Fang, Wolung Lee, Jesus Pando.
Int.J.Mod.Phys.D8:731-738,1999. [astro-ph/9911189]
95) Non-gaussianity and the recovery of the mass power spectrum from the ly alpha forest.
By Long-Long Feng & Li-Zhi Fang.
[astro-ph/0001348] (Jan 2000) 37p.
96) Breaking degeneracy of dark matter models by the scale-scale correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
Astrophys.J.530:53-61,2000.
97) Measuring the galaxy power spectrum and scale-scale correlations with multiresolution-decomposed
covariance - I. method.
By Li-Zhi Fang & Long-Long Feng.
[astro-ph/0003259] (Mar 2000) 44p.
98) Intermittent behavior of cosmic mass field revealed by qso's ly_alpha forests.
By Priya Jamkhedkar, Hu Zhan, Li-Zhi Fang.
[astro-ph/0008350] E00-5530 (Aug 2000) 12p.
99) A Relativistic calculation of super - Hubble suppression of inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Class.Quant.Grav.17:4467-4480,2000. [astro-ph/0009060]
100) Measuring the galaxy power spectrum with multiresolution decomposition - 2. Diagonal and off-
diagonal power spectra of the lcrs galaxies.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0102160] (Feb 2001) 41p.
101) Quasilocal evolution of cosmic gravitational clustering in the weakly nonlinear regime.
By J. Pando, L. Feng, L.Z. Fang.
[astro-ph/0102258] (Feb 2001) 22p.
102) The intermittent behavior and hierarchical clustering of the cosmic mass field.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
[astro-ph/0102461] (Feb 2001) 33p.
103) The local power spectrum and correlation hierarchy of the cosmic mass field.
By Hu Zhan, Priya Jamkhedkar, Li-Zhi Fang.
[astro-ph/0103053] (Mar 2001) 24p.
104) On the normalization of the qso's lyman alpha forest power spectrum.
By Priya Jamkhedkar, Hongguang Bi, Li-Zhi Fang.
[astro-ph/0107185] (Jul 2001) 24p.
105) Measuring the galaxy power spectrum with multiresolution decomposition - 3. Velocity field analysis.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0107083] (Jul 2001) 46p.
106) The large scale rms bulk velocity estimated from qsos' ly alpha forests.
By Hu Zhan & Li-Zhi Fang.
[astro-ph/0110152] (Oct 2001) 14p.
107) Measuring the galaxy power spectrum with multiresolution decomposition - 4. Redshift distortion.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0110530] (Oct 2001) 28p.
108) Time dependent correlations of inflationary perturbations.
By Wo-Lung Lee & Li-Zhi Fang.
Europhys.Lett.56:904-910,2001. [astro-ph/0111557]
109) Constraints on primordial black holes and primeval density perturbations from the epoch of
reionization.
By Ping He & Li-Zhi Fang.
Astrophys.J.568:L1-L4,2002. [astro-ph/0202218]
110) Non-gaussian features of transmitted flux of qso's ly alpha absorption: intermittent exponent.
By Jesus Pando, et al.,
[astro-ph/0204092] (Apr 2002) 17p.
111) One-point statistics of the cosmic density field in real and redshift spaces with a multiresolutional
decomposition.
By Hu Zhan & Li-Zhi Fang.
Astrophys.J.585:12-33,2003. [astro-ph/0211159]
112) Intermittent features of the QSO Ly-alpha transmitted flux: Results from hydrodynamic cosmological
simulations.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
Astrophys.J.587:487-499,2003. [astro-ph/0301018]
113) Power spectrum and intermittency of the transmitted flux of QSOs Ly-alpha absorption spectra.
By Priya Jamkhedkar, et al.,
Mon.Not.Roy.Astron.Soc.343:1110,2003. [astro-ph/0303649]
114) The Multiphase intracluster medium in galaxy groups probed by the Lyman alpha forest.
By Hu Zhan, Li-Zhi Fang, David Burstein.
Astrophys.J.592:L1-L4,2003. [astro-ph/0306326]
115) Hydrogen clouds before reionization: a lognormal model approach.
By Hong-guang Bi, Li-zhi Fang, Long-long Feng, Yi- peng Jing.
Astrophys.J.598:1-12,2003. [astro-ph/0308105]
116) Quasi - local evolution of the cosmic gravitational clustering in halo model.
By Long-Long Feng & Li-Zhi Fang.
Astrophys.J.601:54-63,2004. [astro-ph/0310327]
117) Correlated hybrid fluctuations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D69:023514,2004. [astro-ph/0310856]
118) The Reionization history in the lognormal model.
By Ji-Ren Liu, Li-Zhi Fang, Long-Long Feng, Hong- Guang Bi.
Astrophys.J.605:591-598,2004. [astro-ph/0312653]
119) Off - equilibrium dynamics of the primordial perturbations in the inflationary universe: The O(N)
model.
By Wo-Lung Lee, Yeo-Yie Charng, Da-Shin Lee, Li- Zhi Fang.
Phys.Rev.D69:123522,2004. [astro-ph/0401269]
120) Running spectral index and mode - mode correlation of inflationary perturbations from off -
equilibrium effects.
By Da-Shin Lee, Li-Zhi Fang, Wo-Lung Lee, Yeo-Yie Charng.
J.Korean Phys.Soc.45:S203-S207,2004. [astro-ph/0403055]
121) Spatial locality of galaxy correlation function in phase space: Samples from the 2MASS Extended
Source Catalog.
By Yi-Cheng Guo, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.610:51-60,2004. [astro-ph/0403658]
122) Temperature and entropy fields of baryonic gas in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.612:14-27,2004. [astro-ph/0405139]
123) The statistical discrepancy between the igm and dark matter fields: one-point statistics.
By Jesus Pando, Long-Long Feng, Li-Zhi Fang.
[astro-ph/0405508] (May 2004)
124) Statistical features of 21-cm emission from the epoch between reionization and Gunn-Peterson
transparency.
By Ping He, Jiren Liu, Long-Long Feng, Hong-Guang Bi, Li-Zhi Fang.
Astrophys.J.614:6-16,2004. [astro-ph/0406544]
125) Distributions of baryon fraction on large scales in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.623:601-611,2005. [astro-ph/0501404]
126) The Velocity field of baryonic gas in the Universe.
By Bryan Kim, Ping He, Jesus Pando, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.625:599-612,2005, Addendum-ibid.639:571,2006. [astro-ph/0502175]
127) A Parameter-free statistical measurement of halos with power spectra.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.628:14-20,2005. [astro-ph/0504073]
128) Power spectrum and intermittency of Ly-alpha transmitted flux of QSO HE2347-4342.
By Priya Jamkhedkar, Long-Long Feng, Wei Zheng, Li-Zhi Fang.
Astrophys.J.633:52-60,2005. [astro-ph/0507561]
129) X-ray emission of baryonic gas in the universe: luminosity-temperature relationship and soft-band
background.
By Tong-Jie Zhang, Jiren Liu, Long-long Feng, Ping He, Li-Zhi Fang.
Astrophys.J.642:625-635,2006. [astro-ph/0601192]
130) Low-redshift cosmic baryon fluid on large scales and she-levueque's universal scaling.
By Ping He, Jiren Liu, Long-Long Feng, Chi-Wang Shu, Li-Zhi Fang.
Phys.Rev.Lett.96:051302,2006. [astro-ph/0601224]
131) Cross-correlation between wmap and 2mass: non-gaussianity induced by sz effect.
By Liang Cao, Yao-Quan Chu, Li-Zhi Fang.
Mon.Not.Roy.Astron.Soc.369:645-654,2006. [astro-ph/0603099]
132) A Unified Fitting of HI and HeII Ly alpha Transmitted Flux of QSO HE2347 with LCDM Hydrodynamic
Simulations.
By Jiren Liu, Priya Jamkhedkar, Wei Zheng, Long- Long Feng, Li-Zhi Fang.
Astrophys.J.645:861-867,2006. [astro-ph/0603598]
133) A WENO Algorithm for the Radiative Transfer and Ionized Sphere at Reionization.
By Jing-Mei Qiu, Chi-Wang Shu, Long-Long Feng, Li- Zhi Fang.
[astro-ph/0604258] (Apr 2006) 20p.
134) Is the cosmic UV background fluctuating at redshift z~=6?
By Jiren Liu, Hongguang Bi, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.645:L1-L4,2006. [astro-ph/0605614]
135) The DWT Power Spectrum of the two-degree Field Galaxy Redshift Survey.
By Yan-Chuan Cai, Jun Pan, Yong-Heng Zhao, Long- Long Feng, Li-Zhi Fang.
AIP Conf.Proc.966:87-94,2008. [astro-ph/0609411]
136) A WENO Algorithm of the Temperature and Ionization Profiles around a Point Source.
By Jing-Mei Qiu, Long-Long Feng, Chi-Wang Shu, Li- Zhi Fang.
New Astron.12:398-409,2007. [astro-ph/0612755]
137) Estimating Power Spectrum of Sunyaev-Zeldovich Effect from the Cross-Correlation between WMAP
and 2MASS.
By Liang Cao, Jiren Liu, Li-Zhi Fang.
Astrophys.J.661:641-649,2007. [astro-ph/0702722]
138) 21 cm Signals from Early Ionizing Sources.
By Jiren Liu, Jing-Mei Qiu, Long-Long Feng, Chi- Wang Shu, Li-Zhi Fang.
Astrophys.J.663:1-9,2007. [astro-ph/0703330]
139) A WENO Algorithm for the Growth of Ionized Regions at the Reionization Epoch.
By Jing-Mei Qiu, Chi-Wang Shu, Ji-Ren Liu, Li-Zhi Fang.
[arXiv:0706.0326] (Jun 2007) 24p.
140) Non-Gaussianity of the Cosmic Baryon Fluid: Log-Poisson Hierarchy Model.
By Jiren Liu & Li-Zhi Fang.
[arXiv:0707.2620] (Jul 2007) 19p.
141) Ly-alpha Leaks and Reionization.
By Long-Long Feng, Hong-Guang Bi, Ji-Ren Liu, Li- Zhi Fang.
[arXiv:0710.5476] (Oct 2007) 11p.
142) Ly-alpha Leaks in the Absorption Spectra of High Redshift QSOs.
By Jiren Liu, Hongguang Bi, Li-Zhi Fang.
[arXiv:0711.0773] (Nov 2007)
143) 21-cm signals from ionized and heated regions around first stars.
By Li-Zhi Fang.
AIP Conf.Proc.966:95-102,2008.
144) Scaling Relation between Sunyaev-Zel'dovich Effect and X-ray Luminosity and Scale-Free Evolution of
Cosmic Baryon Field.
By Qiang Yuan, et al.,
New Astron.14:152-159,2008. [arXiv:0807.4043]
145) Log-Poisson Hierarchical Clustering of Cosmic Neutral Hydrogen and Ly-alpha Transmitted Flux of
QSO Absorption Spectrum.
By Yi Lu, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.691:43-53,2009. [arXiv:0809.2975]
146) Time evolution of Wouthuysen-Field coupling.
By I. Roy, W. Xu, J.-M. Qiu, C.-W. Shu, L.-Z. Fang.
Astrophys.J.694:1121-1130,2009. [arXiv:0812.4104]
147) A WENO algorithm for radiative transfer with resonant scattering: the time scale of the Wouthuysen-
Field Coupling.
By Ishani Roy, Jing-Mei Qiu, Chi-Wang Shu, Li-Zhi Fang.
New Astron.14:513-520,2009. [arXiv:0901.2171]
148) Wouthuysen-Field Coupling in the 21 cm Region Around High Redshift Sources.
By I. Roy, W. Xu, J.M. Qiu, C.W. Shu, L.Z. Fang.
Astrophys.J.703:1992-2003,2009. [arXiv:0908.1695]
149) A wavelet-Galerkin algorithm of the E/B decomposition of CMB polarization maps.
By Liang Cao & Li-Zhi Fang.
Astrophys.J.706:1545-1555,2009. [arXiv:0910.4697]
150) Vorticity of IGM Velocity Field on Large Scales.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.712:1-13,2010. [arXiv:1001.4127]
151) Resonant Scattering and Ly-alpha Radiation Emergent from Neutral Hydrogen Halos.
By Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.716:604-614,2010. [arXiv:1005.0338]
152) Log-Poisson Non-Gaussianity of Ly$\alpha$ Transmitted Flux Fluctuations at High Redshift.
By Yi Lu, Weishan Zhu, Yaoquan Chu, Long-long Feng, Li-Zhi Fang.
[arXiv:1006.1933] (Jun 2010) 12p.
153) Statistical and dynamical decoupling of the IGM from Dark Matter.
By Li-Zhi Fang & Weishan Zhu.
[arXiv:1008.1449] (Aug 2010) 21p.
154) Intermittence of the Map of Kinetic Sunyaev-Zel'dovich Effect and Turbulence of IGM.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
[arXiv:1105.1203] (May 2011) 10p.
155) Effect of Dust on Lyman-alpha Photon Transfer in Optically Thick Halo.
By Yang Yang, Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.739:91,2011. [arXiv:1107.1804]
156) Time-Dependent Behavior of Lyman$\alpha$ Photon Transfer in High Redshift Optically Thick Medium.
By Wen Xu, Xiang-Ping Wu, Li-Zhi Fang.
[arXiv:1108.4162] (Aug 2011) 11p. | d*****g
发帖数: 335 | 2 EB1a足够了
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| P*********0
发帖数: 4321 | 3 怎么没有他85年获引力基金一等奖的条目？
另外你的出版物是什么？
贴出来看看。 | w*********r
发帖数: 42116 | 4 找些用文献检索工具不就全确定了。
85年获引力基金一等奖的文章是什么，发表在什么刊物上？
【在 P*********0 的大作中提到】
: 怎么没有他85年获引力基金一等奖的条目？
: 另外你的出版物是什么？
: 贴出来看看。
| g*******2
发帖数: 1184 | 5 这不是扯淡么?
解放之后,80年代之前,中国作者在世界的的高引用列出来看看
有几篇?
在当时的闭塞环境下,老方已经超级牛逼了.
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| G**L
发帖数: 22804 | 6 你这些是美国标准吧。应该把和方励之同资历同时代的国内同行的成就贴一贴，这样比
才合理。
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| b*****n
发帖数: 6324 | 7 属实
【在 g*******2 的大作中提到】
: 这不是扯淡么?
: 解放之后,80年代之前,中国作者在世界的的高引用列出来看看
: 有几篇?
: 在当时的闭塞环境下,老方已经超级牛逼了.
:
: 也是
: papers Published only
| b***y
发帖数: 14281 | 8 这扯什么淡，这是数据。说数据扯淡的人都是自己扯淡。
既然没有得到国际认同，除非现在中国天文物理自成一家，就象当初苏联物
理学界一样，自然可用抛开欧美的标准不论。但事实是中国物理学界并没有
自成一家，改开之后基本上都是跟着国际走，不用欧美的标准怎么评价方的
工作？出路引用率，我也列举了所有方的文章，你也尽可以自己一篇一篇去
看，根据你自己的标准来判断，说说哪一篇的作用特别突出。
【在 g*******2 的大作中提到】
: 这不是扯淡么?
: 解放之后,80年代之前,中国作者在世界的的高引用列出来看看
: 有几篇?
: 在当时的闭塞环境下,老方已经超级牛逼了.
:
: 也是
: papers Published only
| b***y
发帖数: 14281 | 9 That's for sure.
【在 d*****g 的大作中提到】
: EB1a足够了
| b***y
发帖数: 14281 | 10 如果跟当初中国同行比，most likely 方励之还是比较牛逼的，但这不表示方的学术成
就很高。如我所说，方在80年代的中国，科普的作用大于科研的作用。应该说当时中国
有能力做好科普的学者也是为数不多，因为想要科普首先你自己要真懂，方虽然没有突
破性的工作起码还是真懂。
【在 G**L 的大作中提到】
: 你这些是美国标准吧。应该把和方励之同资历同时代的国内同行的成就贴一贴，这样比
: 才合理。
:
: 也是
: papers Published only
| | | e*******n
发帖数: 4912 | 11 一码归一码
学术水平要比就放到全世界比
10年才评上APS fellow能说明很多 | P*********0
发帖数: 4321 | 12 show me your achievement.
【在 b***y 的大作中提到】
: 如果跟当初中国同行比，most likely 方励之还是比较牛逼的，但这不表示方的学术成
: 就很高。如我所说，方在80年代的中国，科普的作用大于科研的作用。应该说当时中国
: 有能力做好科普的学者也是为数不多，因为想要科普首先你自己要真懂，方虽然没有突
: 破性的工作起码还是真懂。
| b***y
发帖数: 14281 | 13 这是老将的逻辑吗？一般被驴踢了脑袋的人才会这样思考问题吧。
【在 P*********0 的大作中提到】
: show me your achievement.
| P*********0
发帖数: 4321 | 14 yes. do you have any?
【在 b***y 的大作中提到】
: 这是老将的逻辑吗？一般被驴踢了脑袋的人才会这样思考问题吧。
| P*********0
发帖数: 4321 | 15 钱学森亩产万斤的引用率你查过没？
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| b***y
发帖数: 14281 | 16 Why should I? Did I say anything about Qian? All I did is to list the data freely available online. You get to
interpret it anyway you wish.
【在 P*********0 的大作中提到】
: 钱学森亩产万斤的引用率你查过没？
:
: 也是
: papers Published only
| P*********0
发帖数: 4321 | 17 不知道英文是什么。当年在科大是轰动新闻。
科大一个一等奖，一个三等奖
这个三等奖的人是霍金唯一一个亚裔学生。
吳忠超
吴忠超（1946年－ ），中國福建省福州人。现任浙江工业大学教授，著名物理学家史
蒂芬·霍金的华人学生。
1963年，他获当时中国科学技术大学的刘达（后任该校党委书记及北京清华大学校长）
破格录取，入读该校应用数学系。后来，他转至无线电系。文革后期，他回到中国科学
技术大学任职教员。
1979年，在当时的副校长钱临照的推荐下，吴忠超负笈英国剑桥大学，跟随史蒂芬·霍
金研习宇宙学，主要研究极早期宇宙。1984年吴忠超获剑桥大学博士学位，这时他对时
空的维数问题产生兴趣，并发表了四篇论文，获1985年国际引力基金会论文比赛的第三
名。2001年他在超引力量子宇宙学中首次证明了可观察时空的四维性。1998年他给出量
子宇宙学中一般太初黑洞量子创生的最一般结果。 霍金科普著作的中译本，几乎都是
由吴忠超翻译的，包括《时间简史》、《时间简史普及版》、《果壳中的宇宙》和《大
设计》等。
【在 w*********r 的大作中提到】
: 找些用文献检索工具不就全确定了。
: 85年获引力基金一等奖的文章是什么，发表在什么刊物上？
| b***y
发帖数: 14281 | 18 I do not have any of your perverted logic.
【在 P*********0 的大作中提到】
: yes. do you have any?
| P*********0
发帖数: 4321 | 19 it's all about relativity.
既然你攻击方，你一定自己有两把刷子。或者对方的同时代人物有横向纵向比较。
【在 b***y 的大作中提到】
: Why should I? Did I say anything about Qian? All I did is to list the data freely available online. You get to
: interpret it anyway you wish.
| P*********0
发帖数: 4321 | 20 so you are nobody.
【在 b***y 的大作中提到】
: I do not have any of your perverted logic.
| | | C*G
发帖数: 7495 | 21 对不是天才，不在科学上有原创发现的
普通科研工作者
H影响因子还是相对客观的
查一下还是很清楚的
有25？ | G**L
发帖数: 22804 | 22 方励之真正能正经搞科研有几年？他要按你的标准达到学术成就很高，那就是前无古人
后无来者了。
【在 b***y 的大作中提到】
: 如果跟当初中国同行比，most likely 方励之还是比较牛逼的，但这不表示方的学术成
: 就很高。如我所说，方在80年代的中国，科普的作用大于科研的作用。应该说当时中国
: 有能力做好科普的学者也是为数不多，因为想要科普首先你自己要真懂，方虽然没有突
: 破性的工作起码还是真懂。
| P*********0
发帖数: 4321 | 23 小牛犊啥都没有就是敢说。
【在 G**L 的大作中提到】
: 方励之真正能正经搞科研有几年？他要按你的标准达到学术成就很高，那就是前无古人
: 后无来者了。
| h********0
发帖数: 12056 | 24 现金国内很多院士都远没有达到 方的水平，你这种标准的意义何在？ | f******y
发帖数: 2971 | 25 方的主页上显示89年以后的paper有将近200篇了，你这数据只显示77篇，发文之前至少
要粗略核实一下。
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| b***y
发帖数: 14281 | 26 Fully BS。 我什么时候攻击方了？我不过是列出方的著作和引用率，然后根据事实说
这个综合成就基本上是美国junior faculty里面比价牛逼的水平，但以senior faculty
的水平来说就一般。这些都是事实。我既没有说方不如同时代的中国人，更没有说方不
如我。事实上我也说了，方在当时中国，算是够的上科普的水平，因为当时更多中国教
授连这个水平都达不到，因为他们自己根本不懂，所以科普就是误人子弟。如果说这也
需要几把刷子的话，只能说需要初中生逻辑水平，当然你可能没有。
【在 P*********0 的大作中提到】
: it's all about relativity.
: 既然你攻击方，你一定自己有两把刷子。或者对方的同时代人物有横向纵向比较。
| P*********0
发帖数: 4321 | 27 早年的学部委员（还是最年轻的一个）没点服人的本事是上不去的。
当然中国的学术水平总体是低的。清华北大用黄金堆人，也没堆出个诺奖。 | b***y
发帖数: 14281 | 28 这是瞎扯，方89以前有的是正经搞科研的时间，90年以后更多。But again, all I was
listing was his contributions. If you think you could use al sorts of
excuses to explain away data, then it's totally pointless to debate about
what fang did to physics, because your argument is clearly not about PHYSICS
any more.
【在 G**L 的大作中提到】
: 方励之真正能正经搞科研有几年？他要按你的标准达到学术成就很高，那就是前无古人
: 后无来者了。
| P*********0
发帖数: 4321 | 29 “方在当时中国，算是够的上科普的水平”？
放你妈的屁。
学部委员仅仅是科普水平？你啥水平？
faculty
【在 b***y 的大作中提到】
: Fully BS。 我什么时候攻击方了？我不过是列出方的著作和引用率，然后根据事实说
: 这个综合成就基本上是美国junior faculty里面比价牛逼的水平，但以senior faculty
: 的水平来说就一般。这些都是事实。我既没有说方不如同时代的中国人，更没有说方不
: 如我。事实上我也说了，方在当时中国，算是够的上科普的水平，因为当时更多中国教
: 授连这个水平都达不到，因为他们自己根本不懂，所以科普就是误人子弟。如果说这也
: 需要几把刷子的话，只能说需要初中生逻辑水平，当然你可能没有。
| b***y
发帖数: 14281 | 30 That's true. You finally said a few words that make sense. If we are
talking about Fang's contribution to PHYSICS itself, then the data certainly
tells the truth. If you want to generalize the topic to the historical
importance of Fang's role in China, that's totally a different topic.
【在 P*********0 的大作中提到】
: 早年的学部委员（还是最年轻的一个）没点服人的本事是上不去的。
: 当然中国的学术水平总体是低的。清华北大用黄金堆人，也没堆出个诺奖。
| | | P*********0
发帖数: 4321 | 31 蠢材。你根本没列全就开始胡吣了。
was
PHYSICS
【在 b***y 的大作中提到】
: 这是瞎扯，方89以前有的是正经搞科研的时间，90年以后更多。But again, all I was
: listing was his contributions. If you think you could use al sorts of
: excuses to explain away data, then it's totally pointless to debate about
: what fang did to physics, because your argument is clearly not about PHYSICS
: any more.
| h********0
发帖数: 12056 | 32 很多学部委员还真没达到科普水平，你悲愤也没用，这是事实。
中国绝大多数院士都没做过任何有常见的工作！
【在 P*********0 的大作中提到】
: “方在当时中国，算是够的上科普的水平”？
: 放你妈的屁。
: 学部委员仅仅是科普水平？你啥水平？
:
: faculty
| b***y
发帖数: 14281 | 33 中国当时的理论物理学界够的上科普水平的确实不多。多数人在闭塞的环境下跟国际学
术界脱规，闭门造车，很多人走向抽象玄学，或是所谓“哲学”思考的偏门，结果是科
普更加误人子弟。方就其发的文章来看起码和当时国际理论物理跟的还比较紧。
【在 P*********0 的大作中提到】
: “方在当时中国，算是够的上科普的水平”？
: 放你妈的屁。
: 学部委员仅仅是科普水平？你啥水平？
:
: faculty
| P*********0
发帖数: 4321 | 34 别扯你妈蛋。你要是把UA方同系的教授的东西列出来比较平价一下还有点说服力，至能
看出你是认真的。
你这么搞，就是别有用心。
certainly
【在 b***y 的大作中提到】
: That's true. You finally said a few words that make sense. If we are
: talking about Fang's contribution to PHYSICS itself, then the data certainly
: tells the truth. If you want to generalize the topic to the historical
: importance of Fang's role in China, that's totally a different topic.
| b***y
发帖数: 14281 | 35 你可以补充。补充的好可以赏吃点狗娘，补充不好就不要乱吠。
【在 P*********0 的大作中提到】
: 蠢材。你根本没列全就开始胡吣了。
:
: was
: PHYSICS
| s*****e
发帖数: 16824 | 36 如果真列的话我估计方不行，UA的天体物理学相当强。
【在 P*********0 的大作中提到】
: 别扯你妈蛋。你要是把UA方同系的教授的东西列出来比较平价一下还有点说服力，至能
: 看出你是认真的。
: 你这么搞，就是别有用心。
:
: certainly
| P*********0
发帖数: 4321 | 37 蠢材。你说的是现在吧？
现在的状况我不了解了。
八十年代初院士还是要靠水平滴。
【在 h********0 的大作中提到】
: 很多学部委员还真没达到科普水平，你悲愤也没用，这是事实。
: 中国绝大多数院士都没做过任何有常见的工作！
| G**L
发帖数: 22804 | 38 你也不是在为争论物理而争论物理。
was
PHYSICS
【在 b***y 的大作中提到】
: 这是瞎扯，方89以前有的是正经搞科研的时间，90年以后更多。But again, all I was
: listing was his contributions. If you think you could use al sorts of
: excuses to explain away data, then it's totally pointless to debate about
: what fang did to physics, because your argument is clearly not about PHYSICS
: any more.
| P*********0
发帖数: 4321 | 39 fair game.
Not my fault if LZ didn't do it.
【在 s*****e 的大作中提到】
: 如果真列的话我估计方不行，UA的天体物理学相当强。
| P*********0
发帖数: 4321 | 40 你的贡献是啥？达到科普水平没？
敢说一说不？
【在 b***y 的大作中提到】
: 你可以补充。补充的好可以赏吃点狗娘，补充不好就不要乱吠。
| | | r*******g
发帖数: 1335 | 41 你居然说方励之评不上院士，你这不是打gcd的脸么
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| P*********0
发帖数: 4321 | 42 come on, show me that you reached junior level already. | s*********4
发帖数: 1980 | 43 LZ说的没错,但你要把他的成就放在中国80年代早中期的学术研究环境来看,不能和现在
相比.现在发射颗卫星算什么,中国独立发射第一颗卫星时你说牛不牛? | b***y
发帖数: 14281 | 44 I was. People were debating if Fang was a great physicist. I did wonder
about it myself as well, because, being in this community for quite many
years, I have never heard of people citing his work, which prompted my to
search for it today. My purpose of listing the data here is for people to
judge for themselves objectively the importance of Fang as a PHYSICIST, but
it certainly does not reflect his role in other aspects.
【在 G**L 的大作中提到】
: 你也不是在为争论物理而争论物理。
:
: was
: PHYSICS
| b***y
发帖数: 14281 | 45 我说的是理论上院士应该达到的标准，但是在80年代的中国，这个标准当然是很难说的
准的。
【在 r*******g 的大作中提到】
: 你居然说方励之评不上院士，你这不是打gcd的脸么
:
: 也是
: papers Published only
| b***y
发帖数: 14281 | 46 这就叫撒泼打滚。
【在 P*********0 的大作中提到】
: come on, show me that you reached junior level already.
| h********0
发帖数: 12056 | 47 你很没有教养！ 我对方的敬佩也许远远高过你。
方不是因为物理水平高超得到人们的尊敬，而是他的人格。
你是学物理的吗？ 你有兴趣看看当时那些院士的水平，你就知道了。
方在里面算是高的，但在国际上，毫无影响。 现在，院士就是一堆狗屎。
【在 P*********0 的大作中提到】
: 蠢材。你说的是现在吧？
: 现在的状况我不了解了。
: 八十年代初院士还是要靠水平滴。
| P*********0
发帖数: 4321 | 48 okay. tell me how much you know about 80年代的中国的这个标准
【在 b***y 的大作中提到】
: 我说的是理论上院士应该达到的标准，但是在80年代的中国，这个标准当然是很难说的
: 准的。
| f******y
发帖数: 2971 | 49 20年，200来篇publication，还是50多岁开始统计的，在UA也算一流了。
UA比他多干20年的能有400篇吗？
【在 s*****e 的大作中提到】
: 如果真列的话我估计方不行，UA的天体物理学相当强。
| b***y
发帖数: 14281 | 50 不错。如果说在80年代中国方能做到这样已经很不容易，我是完全没有异议的，只能说
当时历史条件的限制。其实即使放到今天来说，中国学术界的水平也不见得就比当初高
很多，文章数量虽然是爆炸式的增长，不过太多都是在灌水。但如果要客观评价方在物
理方面的成就，就还是不能抛开他的文章来异想天开信口开河的说话。还是要就其文章
来具体判断。
【在 s*********4 的大作中提到】
: LZ说的没错,但你要把他的成就放在中国80年代早中期的学术研究环境来看,不能和现在
: 相比.现在发射颗卫星算什么,中国独立发射第一颗卫星时你说牛不牛?
| | | P*********0
发帖数: 4321 | 51 蠢材。没影响他能拿一等奖？你他妈不是瞪眼说瞎话嘛。
【在 h********0 的大作中提到】
: 你很没有教养！ 我对方的敬佩也许远远高过你。
: 方不是因为物理水平高超得到人们的尊敬，而是他的人格。
: 你是学物理的吗？ 你有兴趣看看当时那些院士的水平，你就知道了。
: 方在里面算是高的，但在国际上，毫无影响。 现在，院士就是一堆狗屎。
| h********0
发帖数: 12056 | 52 方那一代人有好几个高水平的，可惜，都没成院士： 吴咏诗，侯波逾 等。 | s*****e
发帖数: 16824 | 53 ft,写的多就算牛啊？UA天体物理是美国数一数二的，如果不是在天体物理学界算大牛
的话，我觉得在UA不可能进入一流。
【在 f******y 的大作中提到】
: 20年，200来篇publication，还是50多岁开始统计的，在UA也算一流了。
: UA比他多干20年的能有400篇吗？
| b***y
发帖数: 14281 | 54 No. The search include his early works up to 1978. Here is the same list
sorted by year.
1) The Influence of Gravitation on the Vacuum State.
By Li-Zhi Fang.
Acta Phys. Sinica 27 ( 1978) 181-18.
2) THE STRUCTURE AND STABILITY OF THE ABNORMAL NEUTRON STAR.
By Li-Zhi Fang, Qin-Yue Qu, Zhen-Ru Wang, Tan Lu, Liao-Fu Luo.
Sci.Sin.22:187-198,1979.
3) Some Recent Developments in Astrophysics. (Talk).
By Li-Zhi Fang, A. Qadir, R. Ruffini.
In *Nathiagali 1980, Proceedings, Physics and Contemporary Needs, Vol. 5*,
567-59.
4) ENTROPY GENERATION IN THE EARLY UNIVERSE BY DISSIPATIVE PROCESSES NEAR
THE HIGGS' PHASE TRANSITIONS.
By L.Z. Fang.
Phys.Lett.B95:154-156,1980.
5) THE REST MASS OF NEUTRINOS AND CLUSTERING IN THE EARLY UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Lett.Nuovo Cim.32:129-132,1981.
6) COSMOLOGICAL CONSEQUENCES OF MASSIVE NEUTRINOS.
By Li-Zhi Fang.
In *Nathiagali 1981, Proceedings, Physics and Contemporary Needs*, 405-43.
7) THE INFLUENCES OF MASSIVE NEUTRINO ON THE CLUSTERING IN THE EARLY
UNIVERSE.
By Li-Zhi Fang & Yong-Zhen Liu.
Commun.Theor.Phys.1:77-85,1982.
8) SOME RECENT DEVELOPMENTS IN THE MASSIVE NEUTRINO COSMOLOGY.
By Tan Lu & Li-Zhi Fang.
In *Shanghai 1982, Proceedings, General Relativity, Part A*, 461-48.
9) THE GRAVITATIONAL 'SCINTILLATION' OF THE MICROWAVE BACKGROUND DUE TO
DENSITY INHOMOGENEITIES.
By Li Zhi Fang & Humitaka Sato.
Prog.Theor.Phys.67:1994,1982.
10) BASIC CONCEPTS IN RELATIVISTIC ASTROPHYSICS.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1983) 218.
11) ON A LOWER LIMIT OF THE REST MASS OF INOS IN THE HALO OF OUR GALAXY.
By L.Z. Fang & J.G. Gao.
Phys.Lett.B139:351-352,1984.
12) COSMOLOGY OF THE EARLY UNIVERSE.
By Li-Zhi Fang & R. Ruffini.
Singapore, Singapore: World Scientific ( 1984) 305 P. ( Advanced Series In
Astrophysics and Cosmology, 1.
13) HAWKING'S THEORY OF QUANTUM COSMOLOGY.
By Li-Zhi Fang & Zhong-Chao Wu.
In *Bogota 1984, Proceedings, Galaxies, Quasars and Cosmology*, 147-17.
14) FORMATION OF BLACK HOLES IN QUANTUM COSMOLOGY.
By L.Z. Fang & M. Li.
Phys.Lett.B169:28,1986.
15) AN OVERVIEW OF QUANTUM COSMOLOGY.
By L.Z. Fang & Z.C. Wu.
Int.J.Mod.Phys.A1:887-912,1986.
16) TOPOLOGY OF THE UNIVERSE.
By Li-Zhi Fang & H.J. Mo.
IN *PEKING 1986, PROCEEDINGS, OBSERVATIONAL COSMOLOGY* 461-475..
17) Advances in science of China: Physics. Vol. 1.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1986) 374 p. New York, USA: Wiley (1986) 374
p. (Advances in science of China, physics, 1.
18) WAVE FUNCTION OF A ROTATING UNIVERSE.
By L.Z. Fang & H.J. Mo.
Phys.Lett.B186:297-302,1987.
19) FROM NEWTON'S LAWS TO EINSTEIN'S THEORY OF RELATIVITY.
By Li-Zhi Fang & Yao-Quan Chu.
Peking, China: Science Pr. (1987) 112 p. Singapore, Singapore: World
Scientific (1987) 112 .
20) NEUTRINO MASS AND SUPERNOVA SN1987A.
By Li-Zhi Fang.
Chin.Phys.Lett.4:424-426,1987.
21) QUANTUM COSMOLOGY.
By Li-Zhi Fang (Ed.) & R. Ruffini (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1987) 329 P. (ADVANCED SERIES IN
ASTROPHYSICS AND COSMOLOGY, 3.
22) COSMIC STRINGS AND FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By Li-Zhi Fang.
IN *TUNXI 1987, PROCEEDINGS, ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES*
318-332.
23) FRACTALS IN THE DISTRIBUTION OF GALAXIES.
By L.Z. Fang.
IN *TEGERNSEE 1987, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS* 201-204..
24) OBSERVATIONAL COSMOLOGY. PROCEEDINGS, 124TH SYMPOSIUM OF THE
INTERNATIONAL ASTRONOMICAL UNION, PEKING, P.R. CHINA, AUGUST 25-30, 1986.
By A. Hewitt (Ed.), G. Burbidge (Ed.), Li-Zhi Fang (Ed.).
DORDRECHT, NETHERLANDS: REIDEL (1987) 854.
25) Gravitational waves and cosmology.
By L.Z. Fang.
In *Guangzhou 1987, Proceedings, Experimental gravitational physics* 172-178
..
26) COSMIC WAVE FUNCTION WITH INDUCED GRAVITY.
By H.J. Mo & L.Z. Fang.
Phys.Lett.B201:321,1988.
27) ORIGIN, STRUCTURE AND EVOLUTION OF GALAXIES. PROCEEDINGS, GUO SHOUJING
SUMMER SCHOOL OF ASTROPHYSICS, TUNXI, P.R. CHINA, AUGUST 17-29, 1987.
By Li-Zhi Fang (Ed.).
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1988) 332.
28) Nontopological solitons and structure formation in the universe.
By Li- Zhi Fang.
In *Perth 1988, Proceedings, Recent developments in theoretical and
experimental general relativity, gravitation and relativistic field theories
, pt. B* 1431- 1436. (see Conference Index.
29) Cosmology and particle physics. Proceedings, CCAST (World Laboratory)
Symposium/Workshop, Nanjing, P.R. China, June 30 - July 12, 1988.
By Li- Zhi Fang (ed.) & A. Zee (ed.).
New York, USA: Gordon & Breach (1988) 446 p. (CCAST (World Laboratory)
Symposium/Workshop proceedings, 5.
30) Advances in science of China: Physics. Vol. 2.
By Hong- Yuan Zhu (ed.), Guang- Zhao Zhou (ed.), Li- Zhi Fang (ed.).
Beijing, P.R. China: Sci. Pr. (1988) 110 p. New York, USA: Wiley (1988) 110
p. (Advances in science of China, physics, 2.
31) THE CLUSTERING OF MATTER IN A NEUTRINO DOMINATED UNIVERSE.
By Tan Lu & Li-Zhi Fang.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 405-
424..
32) DECELERATION OF THE EXPANDING UNIVERSE.
By Li-Zhi Fang & Fu-Xing Hu.
IN *NANKING 1982, PROCEEDINGS, HIGH ENERGY ASTROPHYSICS AND COSMOLOGY* 425-
445..
33) CREATION OF THE UNIVERSE.
By Li-Zhi Fang & Shu-Xian Li.
SINGAPORE, SINGAPORE: WORLD SCIENTIFIC (1989) 180.
34) BIASED CLUSTERING IN A UNIVERSE WITH HOT DARK MATTER AND COSMIC STRING.
By Li-Zhi Fang, Shou-Ping Xiang, Lin Yan.
Astron.Astrophys.233:1-6,1990.
35) PERIODICITY OF REDSHIFT DISTRIBUTION IN A T-3 UNIVERSE.
By Li-Zhi Fang.
Astron.Astrophys.239:24-28,1990.
36) A HISTORICAL SUPERNOVA'S LOWER LIMIT TO THE GALACTIC STELLAR COLLAPSE
RATE.
By Li-Zhi Fang & Jia-sheng Huang.
Astrophys.Space Sci.184:221-225,1991.
37) QUASAR PAIRS AND QUASAR'S PECULIAR VELOCITY.
By Li-Zhi Fang.
FERMILAB-PUB-90-025-A (Jan 1990) 21p.
38) Size of multiply connected universe and cosmic background radiation.
By L.Z. Fang.
Mod.Phys.Lett.A8:2615-2621,1993.
39) The cluster cluster correlation in hybrid models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astrophys.J.411:450,1993.
40) Linear evolution of cosmic baryonic medium on large scales.
By Li-Zhi Fang, Hong-guang Bi, Shou-ping Xiang, Gerhard Borner.
Astrophys.J.413:477,1993.
41) Quasar clustering on large scales.
By H.J. Mo & L.Z. Fang.
Astrophys.J.410:493,1993.
42) Anisotropy of cosmic background radiation from a spherical clustering on
large scales.
By Li-Zhi Fang & Xiang-Ping Wu.
Astrophys.J.408:25,1993.
43) The Large scale structure in a universe dominated by cold plus hot dark
matter.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
Astron.Astrophys.284:703-718,1994. [astro-ph/9308017]
44) Anisotropies of cosmic background radiation from a local collapse.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.424:530,1994. [astro-ph/9312057]
45) Stochastic fluctuations and structure formation in the universe.
By Arjun Berera & Li-zhi Fang.
Phys.Rev.Lett.72:458-461,1994. [astro-ph/9401023]
46) Typical scales in the spatial distribution of qsos.
By Zugan Deng, Xiaoyang Xia, Li-Zhi Fang.
[astro-ph/9402052] (Feb 1994) 16p.
47) Abundance of moderate redshift clusters in the cold + hot dark matter
model.
By Y.P. Jing & L.Z. Fang.
Astrophys.J.432:438,1994. [astro-ph/9403012]
48) Exact (3+1) dimensional gravitational solitons to the Einstein
gravitational field equation.
By Chi Au, L.Z. Fang, F.T. To.
In *Stanford 1994, 7th Marcel Grossmann meeting on general relativity* 289-
29.
49) An Infrared cutoff revealed by the two years of COBE - DMR observations
of cosmic temperature fluctuations.
By Yi-Peng Jing & Li-Zhi Fang.
Phys.Rev.Lett.73:1882-1885,1994. [astro-ph/9409072]
50) Substructures of clusters and cosmological models.
By Y.P. Jing, H.J. Mo, G. Borner, L.Z. Fang.
[astro-ph/9411045] (Sep 1994) 5p.
51) Feii and fei emission in iras 07598+6508 and phl 1092.
By John Kwan, Fu-zhen Cheng, Li-Zhi Fang, Wei Zheng, Jian Ge.
[astro-ph/9409095] (Sep 1994) 17p.
52) On the measurement of the Hubble constant in a local low density
universe.
By Xiang-Ping Wu, Zu-gan Deng, Zhen-long Zou, Li- Zhi Fang, Bo Qin.
[astro-ph/9412082] (Dec 1994) 9p.
53) Substructures and density profiles of clusters in models of galaxy
formation.
By Y.P. Jing, H.J. Mo, G. Boerner, L.Z. Fang.
Mon.Not.Roy.Astron.Soc.276:417,1995. [astro-ph/9412072]
54) Thermally induced density perturbations in the inflation era.
By Arjun Berera & Li-Zhi Fang.
Phys.Rev.Lett.74:1912-1915,1995. [astro-ph/9501024]
55) A wavelet space-scale-decomposition analysis of structure and evolution
fo qso's ly alpha absorption lines.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9504037] (Apr 1995) 25p.
56) A simulation of ly-alpha absorption forests in linear approximation in
cold and cold+hot dark matter models.
By Hongguang BI, Jian GE, Li-Zhi FANG.
[astro-ph/9504061] (Apr 1995) 23p.
57) Wavelet space-scale-decomposition analysis of qso's ly alpha absorption
lines: spectrum of density perturbations.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9509032] (Sep 1995) 30p.
58) Density fluctuations on super Hubble scales.
By L.Z. Fang & Y.P. Jing.
Mod.Phys.Lett.A11:1531-1538,1996.
59) Phase randomization and Doppler peaks in the CMB angular power spectrum.
By Li-Zhi Fang, Zheng Huang, Xiang-Ping Wu.
[astro-ph/9601087] AZPH-TH-96-01 (Jan 1996) 11p.
60) Quasar-cluster associations and gravitational lensing by large scale
matter clumps.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9602036] (Feb 1996) 14p.
61) Abundance and clustering of c IV absorption systems in the scdm, lcdm
and chdm models.
By HongGuang BI & Li-Zhi FANG.
[astro-ph/9602082] (Feb 1996) 23p.
62) On the possible variations of the Hubble constant with distance.
By Xiang-Ping Wu, Bo Qin, Li-Zhi Fang.
[astro-ph/9604064] (Apr 1996) 19p.
63) Deep wide-field spectrophotometry of the open cluster m67.
By Xiaohui Fan, et al.,
Astron.J.112:628-648,1996. [astro-ph/9604178]
64) Density fluctuations on super-Hubble scales.
By L.Z. Fang & Y.P. Jing.
In *Tucson 1996, Modern mathematical models of time and their applications
to physics and cosmology* 73-8.
65) Comparisons of cluster mass determinations by x-ray observations and
gravitational lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
Astrophys.J.467:L45-L48,1996. [astro-ph/9606109]
66) Environmental effect on the associations of background quasars with
foreground objects: I. Analytic investigation.
By Xiang-Ping Wu, Li-Zhi Fang, Zong Hong Zhu, Bo Qin.
Astrophys.J.471:575,1996. [astro-ph/9605200]
67) Wavelet space-scale decomposition analysis of qso's lyman-alpha lines:
spectrum of non-gaussianity.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9606005] (Jun 1996)
68) Large scale structures revealed by wavelet decomposition.
By Li-Zhi Fang & Jesus Pando.
In *Erice 1996, Current topics in astrofundamental physics* 616-66. [astro-
ph/9701228]
69) A statistical comparison of cluster mass estimates from optical/x-ray
observations and gravitational lensing.
By Xiang-Ping Wu & Li-Zhi Fang.
[astro-ph/9701196] (Jan 1997) 18p.
70) An Attempt to determine the largest scale of primordial density
perturbations in the universe.
By Arjun Berera, Li-Zhi Fang, Gary Hinshaw.
Phys.Rev.D57:2207-2212,1998. [astro-ph/9703020]
71) Abundance and clustering of qsos in cosmic structure formation models.
By Hong-Guang Bi & Li-Zhi Fang.
[astro-ph/9704044] (Apr 1997) 7p.
72) Density perturbations of thermal origin during inflation.
By Wo-lung Lee & Li-Zhi Fang.
Int.J.Mod.Phys.D6:305-322,1997. [astro-ph/9706101]
73) Quasar-galaxy associations from gravitational lensing: revisited.
By Zong-Hong Zhu, Xiang-Ping Wu, Li-Zhi Fang.
Astrophys.J.490:31,1997. [astro-ph/9706289]
74) The collapse of neutron stars in high mass binaries as the energy source
for the gamma-ray bursts.
By Bo Qin, Xiang-Ping Wu, Ming-Chung Chu, Li-Zhi Fang.
[astro-ph/9708095] (Aug 1997) 3p.
75) Probing hierarchical clustering by scale-scale correlations of wavelet
coefficients.
By J. Pando, P. Lipa, M. Greiner, L.Z. Fang.
[astro-ph/9710204] (Oct 1997) 10p.
76) Environmental effect on the associations of background quasars with
foreground objects. 2. Numerical simulations.
By Xiang-Ping Wu, Xiao-Hong Zhu, Y.P. Jing, Li-Zhi Fang.
Astrophys.J.488:557,1997. [astro-ph/9705185]
77) Wavelets in physics.
By L.Z. Fang (ed.) & R.L. Thews (ed.).
Singapore, Singapore: World Scientific (1998) 214 .
78) Discrete wavelet transform power spectrum estimator.
By Jesus Pando & Li-Zhi Fang.
Phys.Rev.E57:3593-3601,1998.
79) Ly-alpha / H alpha ratio of singly ionized helium in quasars.
By Wei Zheng & Li-Zhi Fang.
[astro-ph/9804323] (Apr 1998) 12p.
80) A possible bias model for quasars.
By Li-Zhi Fang & Y.P. Jing.
[astro-ph/9804106] (Apr 1998) 11p.
81) Detecting scale-dependence of bias from apm-bgc galaxies.
By Li-Zhi Fang, Zu-Gang Deng, Xiao-Yang Xia.
[astro-ph/9805238] (May 1998) 25p.
82) Scale invariance of rich cluster abundance: A Possible test for models
of structure formation.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
Astrophys.J.508:472,1998. [astro-ph/9806361]
83) A comparison of different cluster mass estimates: consistency or
discrepancy ?
By Xiang-Ping Wu, Tzihong Chiueh, Li-Zhi Fang, Yan-Jie Xue.
[astro-ph/9808179] (Aug 1998) 16p.
84) Updating the sigma-t relationship for galaxy clusters.
By Xiang-Ping Wu, Li-Zhi Fang, Wen Xu.
[astro-ph/9808181] (Aug 1998) 6p.
85) Evidence for scale-scale correlations in the cosmic microwave background
radiation.
By Jesus Pando, David Valls-Gabaud, Li-Zhi Fang.
Phys.Rev.Lett.81:4568-4571,1998. [astro-ph/9810165]
86) Detecting the non-gaussian spectrum of qso's ly alpha absorption line
distribution.
By Jesus Pando & Li-Zhi Fang.
[astro-ph/9810049] (Oct 1998)
87) Mass density perturbations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D59:083503,1999. [astro-ph/9901195]
88) The lx-t and lx-sigma relationships for galaxy clusters revisited.
By Xiang-Ping Wu, Yan-Jie Xue, Li-Zhi Fang.
[astro-ph/9905106] (May 1999) 34p.
89) Abundances and correlations of structures beyond galaxy clusters.
By Wen Xu, Li-Zhi Fang, Zugan Deng.
[astro-ph/9905156] (May 1999) 13p.
90) Cosmological constraints on the host halos of grbs.
By Wen Xu & Li-Zhi Fang.
[astro-ph/9905171] (May 1999) 9p.
91) The flatness of mass-to-light ratio on large scales.
By Li-Zhi Fang & Wen Xu.
[astro-ph/9907141] (Jul 1999) 8p.
92) Breaking degeneracy of dark matter models by the scale-scale
correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
[astro-ph/9908332] (Aug 1999) 22p.
93) Virialization of galaxy clusters and beyond.
By Wen Xu, Li-Zhi Fang, Xiang-Ping Wu.
[astro-ph/9910528] (Oct 1999) 22p.
94) The Origin of scale-scale correlations of the density perturbations
during inflation.
By Li-Zhi Fang, Wolung Lee, Jesus Pando.
Int.J.Mod.Phys.D8:731-738,1999. [astro-ph/9911189]
95) Non-gaussianity and the recovery of the mass power spectrum from the ly
alpha forest.
By Long-Long Feng & Li-Zhi Fang.
[astro-ph/0001348] (Jan 2000) 37p.
96) Breaking degeneracy of dark matter models by the scale-scale
correlations of galaxies.
By Long-long Feng, Zu-Gan Deng, Li-Zhi Fang.
Astrophys.J.530:53-61,2000.
97) Measuring the galaxy power spectrum and scale-scale correlations with
multiresolution-decomposed covariance - I. method.
By Li-Zhi Fang & Long-Long Feng.
[astro-ph/0003259] (Mar 2000) 44p.
98) Intermittent behavior of cosmic mass field revealed by qso's ly_alpha
forests.
By Priya Jamkhedkar, Hu Zhan, Li-Zhi Fang.
[astro-ph/0008350] E00-5530 (Aug 2000) 12p.
99) A Relativistic calculation of super - Hubble suppression of inflation
with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Class.Quant.Grav.17:4467-4480,2000. [astro-ph/0009060]
100) Measuring the galaxy power spectrum with multiresolution decomposition
- 2. Diagonal and off-diagonal power spectra of the lcrs galaxies.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0102160] (Feb 2001) 41p.
101) Quasilocal evolution of cosmic gravitational clustering in the weakly
nonlinear regime.
By J. Pando, L. Feng, L.Z. Fang.
[astro-ph/0102258] (Feb 2001) 22p.
102) The intermittent behavior and hierarchical clustering of the cosmic
mass field.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
[astro-ph/0102461] (Feb 2001) 33p.
103) The local power spectrum and correlation hierarchy of the cosmic mass
field.
By Hu Zhan, Priya Jamkhedkar, Li-Zhi Fang.
[astro-ph/0103053] (Mar 2001) 24p.
104) On the normalization of the qso's lyman alpha forest power spectrum.
By Priya Jamkhedkar, Hongguang Bi, Li-Zhi Fang.
[astro-ph/0107185] (Jul 2001) 24p.
105) Measuring the galaxy power spectrum with multiresolution decomposition
- 3. Velocity field analysis.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0107083] (Jul 2001) 46p.
106) The large scale rms bulk velocity estimated from qsos' ly alpha forests
.
By Hu Zhan & Li-Zhi Fang.
[astro-ph/0110152] (Oct 2001) 14p.
107) Measuring the galaxy power spectrum with multiresolution decomposition
- 4. Redshift distortion.
By Xiao-Hu Yang, Long-Long Feng, Yao-Quan Chu, Li- Zhi Fang.
[astro-ph/0110530] (Oct 2001) 28p.
108) Time dependent correlations of inflationary perturbations.
By Wo-Lung Lee & Li-Zhi Fang.
Europhys.Lett.56:904-910,2001. [astro-ph/0111557]
109) Constraints on primordial black holes and primeval density
perturbations from the epoch of reionization.
By Ping He & Li-Zhi Fang.
Astrophys.J.568:L1-L4,2002. [astro-ph/0202218]
110) Non-gaussian features of transmitted flux of qso's ly alpha absorption:
intermittent exponent.
By Jesus Pando, et al.,
[astro-ph/0204092] (Apr 2002) 17p.
111) One-point statistics of the cosmic density field in real and redshift
spaces with a multiresolutional decomposition.
By Hu Zhan & Li-Zhi Fang.
Astrophys.J.585:12-33,2003. [astro-ph/0211159]
112) Intermittent features of the QSO Ly-alpha transmitted flux: Results
from hydrodynamic cosmological simulations.
By Long-Long Feng, Jesus Pando, Li-Zhi Fang.
Astrophys.J.587:487-499,2003. [astro-ph/0301018]
113) Power spectrum and intermittency of the transmitted flux of QSOs Ly-
alpha absorption spectra.
By Priya Jamkhedkar, et al.,
Mon.Not.Roy.Astron.Soc.343:1110,2003. [astro-ph/0303649]
114) The Multiphase intracluster medium in galaxy groups probed by the Lyman
alpha forest.
By Hu Zhan, Li-Zhi Fang, David Burstein.
Astrophys.J.592:L1-L4,2003. [astro-ph/0306326]
115) Hydrogen clouds before reionization: a lognormal model approach.
By Hong-guang Bi, Li-zhi Fang, Long-long Feng, Yi- peng Jing.
Astrophys.J.598:1-12,2003. [astro-ph/0308105]
116) Quasi - local evolution of the cosmic gravitational clustering in halo
model.
By Long-Long Feng & Li-Zhi Fang.
Astrophys.J.601:54-63,2004. [astro-ph/0310327]
117) Correlated hybrid fluctuations from inflation with thermal dissipation.
By Wolung Lee & Li-Zhi Fang.
Phys.Rev.D69:023514,2004. [astro-ph/0310856]
118) The Reionization history in the lognormal model.
By Ji-Ren Liu, Li-Zhi Fang, Long-Long Feng, Hong- Guang Bi.
Astrophys.J.605:591-598,2004. [astro-ph/0312653]
119) Off - equilibrium dynamics of the primordial perturbations in the
inflationary universe: The O(N) model.
By Wo-Lung Lee, Yeo-Yie Charng, Da-Shin Lee, Li- Zhi Fang.
Phys.Rev.D69:123522,2004. [astro-ph/0401269]
120) Running spectral index and mode - mode correlation of inflationary
perturbations from off - equilibrium effects.
By Da-Shin Lee, Li-Zhi Fang, Wo-Lung Lee, Yeo-Yie Charng.
J.Korean Phys.Soc.45:S203-S207,2004. [astro-ph/0403055]
121) Spatial locality of galaxy correlation function in phase space: Samples
from the 2MASS Extended Source Catalog.
By Yi-Cheng Guo, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.610:51-60,2004. [astro-ph/0403658]
122) Temperature and entropy fields of baryonic gas in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.612:14-27,2004. [astro-ph/0405139]
123) The statistical discrepancy between the igm and dark matter fields: one
-point statistics.
By Jesus Pando, Long-Long Feng, Li-Zhi Fang.
[astro-ph/0405508] (May 2004)
124) Statistical features of 21-cm emission from the epoch between
reionization and Gunn-Peterson transparency.
By Ping He, Jiren Liu, Long-Long Feng, Hong-Guang Bi, Li-Zhi Fang.
Astrophys.J.614:6-16,2004. [astro-ph/0406544]
125) Distributions of baryon fraction on large scales in the Universe.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.623:601-611,2005. [astro-ph/0501404]
126) The Velocity field of baryonic gas in the Universe.
By Bryan Kim, Ping He, Jesus Pando, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.625:599-612,2005, Addendum-ibid.639:571,2006. [astro-ph/0502175]
127) A Parameter-free statistical measurement of halos with power spectra.
By Ping He, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.628:14-20,2005. [astro-ph/0504073]
128) Power spectrum and intermittency of Ly-alpha transmitted flux of QSO
HE2347-4342.
By Priya Jamkhedkar, Long-Long Feng, Wei Zheng, Li-Zhi Fang.
Astrophys.J.633:52-60,2005. [astro-ph/0507561]
129) X-ray emission of baryonic gas in the universe: luminosity-temperature
relationship and soft-band background.
By Tong-Jie Zhang, Jiren Liu, Long-long Feng, Ping He, Li-Zhi Fang.
Astrophys.J.642:625-635,2006. [astro-ph/0601192]
130) Low-redshift cosmic baryon fluid on large scales and she-levueque's
universal scaling.
By Ping He, Jiren Liu, Long-Long Feng, Chi-Wang Shu, Li-Zhi Fang.
Phys.Rev.Lett.96:051302,2006. [astro-ph/0601224]
131) Cross-correlation between wmap and 2mass: non-gaussianity induced by sz
effect.
By Liang Cao, Yao-Quan Chu, Li-Zhi Fang.
Mon.Not.Roy.Astron.Soc.369:645-654,2006. [astro-ph/0603099]
132) A Unified Fitting of HI and HeII Ly alpha Transmitted Flux of QSO
HE2347 with LCDM Hydrodynamic Simulations.
By Jiren Liu, Priya Jamkhedkar, Wei Zheng, Long- Long Feng, Li-Zhi Fang.
Astrophys.J.645:861-867,2006. [astro-ph/0603598]
133) A WENO Algorithm for the Radiative Transfer and Ionized Sphere at
Reionization.
By Jing-Mei Qiu, Chi-Wang Shu, Long-Long Feng, Li- Zhi Fang.
[astro-ph/0604258] (Apr 2006) 20p.
134) Is the cosmic UV background fluctuating at redshift z~=6?
By Jiren Liu, Hongguang Bi, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.645:L1-L4,2006. [astro-ph/0605614]
135) The DWT Power Spectrum of the two-degree Field Galaxy Redshift Survey.
By Yan-Chuan Cai, Jun Pan, Yong-Heng Zhao, Long- Long Feng, Li-Zhi Fang.
AIP Conf.Proc.966:87-94,2008. [astro-ph/0609411]
136) A WENO Algorithm of the Temperature and Ionization Profiles around a
Point Source.
By Jing-Mei Qiu, Long-Long Feng, Chi-Wang Shu, Li- Zhi Fang.
New Astron.12:398-409,2007. [astro-ph/0612755]
137) Estimating Power Spectrum of Sunyaev-Zeldovich Effect from the Cross-
Correlation between WMAP and 2MASS.
By Liang Cao, Jiren Liu, Li-Zhi Fang.
Astrophys.J.661:641-649,2007. [astro-ph/0702722]
138) 21 cm Signals from Early Ionizing Sources.
By Jiren Liu, Jing-Mei Qiu, Long-Long Feng, Chi- Wang Shu, Li-Zhi Fang.
Astrophys.J.663:1-9,2007. [astro-ph/0703330]
139) A WENO Algorithm for the Growth of Ionized Regions at the Reionization
Epoch.
By Jing-Mei Qiu, Chi-Wang Shu, Ji-Ren Liu, Li-Zhi Fang.
[arXiv:0706.0326] (Jun 2007) 24p.
140) Non-Gaussianity of the Cosmic Baryon Fluid: Log-Poisson Hierarchy Model
.
By Jiren Liu & Li-Zhi Fang.
[arXiv:0707.2620] (Jul 2007) 19p.
141) Ly-alpha Leaks and Reionization.
By Long-Long Feng, Hong-Guang Bi, Ji-Ren Liu, Li- Zhi Fang.
[arXiv:0710.5476] (Oct 2007) 11p.
142) Ly-alpha Leaks in the Absorption Spectra of High Redshift QSOs.
By Jiren Liu, Hongguang Bi, Li-Zhi Fang.
[arXiv:0711.0773] (Nov 2007)
143) 21-cm signals from ionized and heated regions around first stars.
By Li-Zhi Fang.
AIP Conf.Proc.966:95-102,2008.
144) Scaling Relation between Sunyaev-Zel'dovich Effect and X-ray Luminosity
and Scale-Free Evolution of Cosmic Baryon Field.
By Qiang Yuan, et al.,
New Astron.14:152-159,2008. [arXiv:0807.4043]
145) Log-Poisson Hierarchical Clustering of Cosmic Neutral Hydrogen and Ly-
alpha Transmitted Flux of QSO Absorption Spectrum.
By Yi Lu, Yao-Quan Chu, Li-Zhi Fang.
Astrophys.J.691:43-53,2009. [arXiv:0809.2975]
146) Time evolution of Wouthuysen-Field coupling.
By I. Roy, W. Xu, J.-M. Qiu, C.-W. Shu, L.-Z. Fang.
Astrophys.J.694:1121-1130,2009. [arXiv:0812.4104]
147) A WENO algorithm for radiative transfer with resonant scattering: the
time scale of the Wouthuysen-Field Coupling.
By Ishani Roy, Jing-Mei Qiu, Chi-Wang Shu, Li-Zhi Fang.
New Astron.14:513-520,2009. [arXiv:0901.2171]
148) Wouthuysen-Field Coupling in the 21 cm Region Around High Redshift
Sources.
By I. Roy, W. Xu, J.M. Qiu, C.W. Shu, L.Z. Fang.
Astrophys.J.703:1992-2003,2009. [arXiv:0908.1695]
149) A wavelet-Galerkin algorithm of the E/B decomposition of CMB
polarization maps.
By Liang Cao & Li-Zhi Fang.
Astrophys.J.706:1545-1555,2009. [arXiv:0910.4697]
150) Vorticity of IGM Velocity Field on Large Scales.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
Astrophys.J.712:1-13,2010. [arXiv:1001.4127]
151) Resonant Scattering and Ly-alpha Radiation Emergent from Neutral
Hydrogen Halos.
By Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.716:604-614,2010. [arXiv:1005.0338]
152) Log-Poisson Non-Gaussianity of Ly$\alpha$ Transmitted Flux Fluctuations
at High Redshift.
By Yi Lu, Weishan Zhu, Yaoquan Chu, Long-long Feng, Li-Zhi Fang.
[arXiv:1006.1933] (Jun 2010) 12p.
153) Statistical and dynamical decoupling of the IGM from Dark Matter.
By Li-Zhi Fang & Weishan Zhu.
[arXiv:1008.1449] (Aug 2010) 21p.
154) Intermittence of the Map of Kinetic Sunyaev-Zel'dovich Effect and
Turbulence of IGM.
By Weishan Zhu, Long-Long Feng, Li-Zhi Fang.
[arXiv:1105.1203] (May 2011) 10p.
155) Effect of Dust on Lyman-alpha Photon Transfer in Optically Thick Halo.
By Yang Yang, Ishani Roy, Chi-Wang Shu, Li-Zhi Fang.
Astrophys.J.739:91,2011. [arXiv:1107.1804]
156) Time-Dependent Behavior of Lyman$\alpha$ Photon Transfer in High
Redshift Optically Thick Medium.
By Wen Xu, Xiang-Ping Wu, Li-Zhi Fang.
[arXiv:1108.4162] (Aug 2011) 11p.
【在 f******y 的大作中提到】
: 20年，200来篇publication，还是50多岁开始统计的，在UA也算一流了。
: UA比他多干20年的能有400篇吗？
| e*******n
发帖数: 4912 | 55 肯安德森到现在40篇左右文章
文章数目多只能说比较勤奋
【在 f******y 的大作中提到】
: 20年，200来篇publication，还是50多岁开始统计的，在UA也算一流了。
: UA比他多干20年的能有400篇吗？
| P*********0
发帖数: 4321 | 56 It's not complete, my son. do your homework.
【在 b***y 的大作中提到】
: No. The search include his early works up to 1978. Here is the same list
: sorted by year.
: 1) The Influence of Gravitation on the Vacuum State.
: By Li-Zhi Fang.
: Acta Phys. Sinica 27 ( 1978) 181-18.
: 2) THE STRUCTURE AND STABILITY OF THE ABNORMAL NEUTRON STAR.
: By Li-Zhi Fang, Qin-Yue Qu, Zhen-Ru Wang, Tan Lu, Liao-Fu Luo.
: Sci.Sin.22:187-198,1979.
: 3) Some Recent Developments in Astrophysics. (Talk).
: By Li-Zhi Fang, A. Qadir, R. Ruffini.
| m********5
发帖数: 17667 | 57 他之前就是个普通教授啊，那时候大陆教授水平都不咋样嘛
他估计教学上比较有成就
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| h********0
发帖数: 12056 | 58 你懂什么，除了满嘴放屁。
那个奖就是玩的，根本没什么科学含量。一度还是和伪科学有关。
别和我提什么hawking, penrose,. 里面的小人物比大人物多得多了。
【在 P*********0 的大作中提到】
: 蠢材。没影响他能拿一等奖？你他妈不是瞪眼说瞎话嘛。
| n****o
发帖数: 2339 | 59 我不觉得攻击方需要有两把刷子吧。
攻击老毛的象蚂蚁一样多，没有一个统一过中国，绝大多数没有领导过甚至一个人，不
是照样大言不惭？
另外，学术得在全世界比。你说哪怕方IQ200，Y生的地方不好，没有做过什么杰出的基
础研究，没办法你最多说人是个聪明人，怎么也说不上是个物理天才吧。
【在 P*********0 的大作中提到】
: it's all about relativity.
: 既然你攻击方，你一定自己有两把刷子。或者对方的同时代人物有横向纵向比较。
| r*****k
发帖数: 1281 | 60 89年以前在国内 跟国际学术圈基本没啥交流
你要考虑到这个因素. | | | b***y
发帖数: 14281 | 61 但citation就不同了吧。当然我是坚决反对唯citation和publication是论的，不过没
有特别兴趣的情况下还是只能用这两个标准来判断。
【在 e*******n 的大作中提到】
: 肯安德森到现在40篇左右文章
: 文章数目多只能说比较勤奋
| n****o
发帖数: 2339 | 62 搞基础研究，靠的是质量，不是数量。
大牛都是一片文章定了一辈子的乾坤。你以为重大发现一个人一辈子象包饺子似的一下
一锅啊。
【在 f******y 的大作中提到】
: 20年，200来篇publication，还是50多岁开始统计的，在UA也算一流了。
: UA比他多干20年的能有400篇吗？
| P*********0
发帖数: 4321 | 63 靠。又一个达到科普水平的。
把你的专著列一列？
【在 h********0 的大作中提到】
: 你懂什么，除了满嘴放屁。
: 那个奖就是玩的，根本没什么科学含量。一度还是和伪科学有关。
: 别和我提什么hawking, penrose,. 里面的小人物比大人物多得多了。
| f******y
发帖数: 2971 | 64 那就不知道怎么说了，说学术成就又不看paper。学术成就不完全是paper，但paper肯
定是一个重要方面。
另外，前两年有个日本的化学诺贝尔奖，一辈子也没一篇paper。像他这样的怎么统计
引用率呢？
【在 e*******n 的大作中提到】
: 肯安德森到现在40篇左右文章
: 文章数目多只能说比较勤奋
| m***6
发帖数: 8479 | 65 一个搞学术的，搞好学术就不错了。非要搞政治，搞政治就要承担后果
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| G***G
发帖数: 16778 | 66 Researchers may respect these kind of contributions.
but a farmer would say no.
也是
papers Published only
【在 b***y 的大作中提到】
: 既然有人争论方的学术水平，就上网搜了一下。应该说这个水平对于一个junior
: faculty来说可以算是很牛B了，但是对于老方这种senior的已经搞了一辈子的人来说，
: 就只能算so so。不要说是院士，离aps fellow的级别也还差了不少。引用率最高的一
: 篇文章还是95年到了arizona之后跟老外合作的，被引118次，这也是方唯一一篇被引用
: 上百次的文章。可见方励之89之前确实没有做出过什么重要的工作，他的名声和地位绝
: 对是靠政治得来的，当然其中部分的也是80年在中国搞科普所得，必须承认科普工作也是
: 有重要的社会意义的。
: (BTW，有人说你这个搜索未必完整。不错，确实不能保证100％毫无遗漏。但是我
: 用的search engine is THE search engine everybody in this community uses today.
: So, if any article is not found by this search engine, sadly, it simply doesn't matter,
| G**L
发帖数: 22804 | 67 显然大家辩论的背景是在中国。你列出这些东西隐含的就是以外国的东西为标准。
你跟方励之搞得有多接近？就算搞得完全一样，也有太多人从来不引竞争对手的文章，
只引自己这一派的文章。你既然搞了很多年不明白这个吗？
but
【在 b***y 的大作中提到】
: I was. People were debating if Fang was a great physicist. I did wonder
: about it myself as well, because, being in this community for quite many
: years, I have never heard of people citing his work, which prompted my to
: search for it today. My purpose of listing the data here is for people to
: judge for themselves objectively the importance of Fang as a PHYSICIST, but
: it certainly does not reflect his role in other aspects.
| e*******n
发帖数: 4912 | 68 所以说这玩意还是要问业内人
好歹人家懂得多些
谁灌水机器谁真正大牛都门清
【在 f******y 的大作中提到】
: 那就不知道怎么说了，说学术成就又不看paper。学术成就不完全是paper，但paper肯
: 定是一个重要方面。
: 另外，前两年有个日本的化学诺贝尔奖，一辈子也没一篇paper。像他这样的怎么统计
: 引用率呢？
| f******y
发帖数: 2971 | 69 至少同行review过的paper是有意义的。也没人argue方是个海森堡级别的人物。
【在 n****o 的大作中提到】
: 搞基础研究，靠的是质量，不是数量。
: 大牛都是一片文章定了一辈子的乾坤。你以为重大发现一个人一辈子象包饺子似的一下
: 一锅啊。
| f******y
发帖数: 2971 | 70 说到业内，UA的tenure委员会比你明白不？
【在 e*******n 的大作中提到】
: 所以说这玩意还是要问业内人
: 好歹人家懂得多些
: 谁灌水机器谁真正大牛都门清
| | | P*********0
发帖数: 4321 | 71 我没说他是物理天才。但在当时的中国确是出类拔萃的人物。出国后他的研究状况就不
了解了。
方和毛不同。
毛是政治家。统治者。他的一举一动牵扯千千万万人的命运。他当然要被评千秋功过。
方主要还是学者。出国后和民运都拉开距离的。
在他生前评他的学术成就我更本不介意。
前天死了，今天就来贬低他的成就，这脑子被夹过了不是。
【在 n****o 的大作中提到】
: 我不觉得攻击方需要有两把刷子吧。
: 攻击老毛的象蚂蚁一样多，没有一个统一过中国，绝大多数没有领导过甚至一个人，不
: 是照样大言不惭？
: 另外，学术得在全世界比。你说哪怕方IQ200，Y生的地方不好，没有做过什么杰出的基
: 础研究，没办法你最多说人是个聪明人，怎么也说不上是个物理天才吧。
| h********0
发帖数: 12056 | 72 记住了，那个奖 is for an essay, not for your scientific contribution!
period.
【在 P*********0 的大作中提到】
: 靠。又一个达到科普水平的。
: 把你的专著列一列？
| g*****c
发帖数: 4378 | | b***y
发帖数: 14281 | 74 不错。所以我罗列了老方所有的文章，懂行的完全欢迎来评点一下哪篇文章虽然没有特
别受重视，但其实还是很重要。我没有隐含，根本就是在用外国的标准来评价方的工作
。因为这是客观评价方在物理领域里贡献的唯一科学的方法。我对比较方和同时期中国
同行一点兴趣也没有，至于有关政治社会学方面就不在本篇讨论的范围。起码罗列文章
是一切客观讨论的起点。如果说这个list不完整，也欢迎其他人补充添加。
【在 G**L 的大作中提到】
: 显然大家辩论的背景是在中国。你列出这些东西隐含的就是以外国的东西为标准。
: 你跟方励之搞得有多接近？就算搞得完全一样，也有太多人从来不引竞争对手的文章，
: 只引自己这一派的文章。你既然搞了很多年不明白这个吗？
:
: but
| m********5
发帖数: 17667 | 75 中美蜜月期交流很多的
89以后一段时期反而没啥交流了
要说方是物理天才肯定过了，但是要说方学术上没啥成就，那是大大贬低了
不过我觉得方教授国内的时候还是心思放在政治上要多一些
【在 r*****k 的大作中提到】
: 89年以前在国内 跟国际学术圈基本没啥交流
: 你要考虑到这个因素.
| e****m
发帖数: 293 | 76 呵呵,那怎么评价contribution?
就是看文章多?
【在 h********0 的大作中提到】
: 记住了，那个奖 is for an essay, not for your scientific contribution!
: period.
| e*******n
发帖数: 4912 | 77 他不是方励之还能拿到tenure？
【在 f******y 的大作中提到】
: 说到业内，UA的tenure委员会比你明白不？
| f******y
发帖数: 2971 | 78 要不你去试试？
【在 e*******n 的大作中提到】
: 他不是方励之还能拿到tenure？
| e****m
发帖数: 293 | 79 你的所谓科学方法本身就不科学.
没有任何一个美国学校是按引用率在评价教授的.
美国的national science medal算是奖励终身成就了吧?
没有人按引用率,文章数评这个奖.
【在 b***y 的大作中提到】
: 不错。所以我罗列了老方所有的文章，懂行的完全欢迎来评点一下哪篇文章虽然没有特
: 别受重视，但其实还是很重要。我没有隐含，根本就是在用外国的标准来评价方的工作
: 。因为这是客观评价方在物理领域里贡献的唯一科学的方法。我对比较方和同时期中国
: 同行一点兴趣也没有，至于有关政治社会学方面就不在本篇讨论的范围。起码罗列文章
: 是一切客观讨论的起点。如果说这个list不完整，也欢迎其他人补充添加。
| s*******l
发帖数: 597 | 80 实事求是讲方还是很优秀的物理学家，否则也不能在UA站住脚。但非要拔高到中国80年
代以来最好的理论物理学家就太过了。这里几个人过份的渲染方的水平如何牛到什么程
度的，反倒是在损害方的名誉。 | | | e*******n
发帖数: 4912 | 81 我现在是拿不到
但这和我要说的无关
你要么智商不够要么故意搅混水
【在 f******y 的大作中提到】
: 要不你去试试？
| P*********0
发帖数: 4321 | 82 you got one?
【在 h********0 的大作中提到】
: 记住了，那个奖 is for an essay, not for your scientific contribution!
: period.
| e****m
发帖数: 293 | 83 按文章数的话,
lieber,戴红杰,杨培东都应该是美国对科学贡献最大的科学家.
事实上没人这么认为把?
lieber拿过science medal么?
【在 e****m 的大作中提到】
: 你的所谓科学方法本身就不科学.
: 没有任何一个美国学校是按引用率在评价教授的.
: 美国的national science medal算是奖励终身成就了吧?
: 没有人按引用率,文章数评这个奖.
| b***y
发帖数: 14281 | 84 That depends on the level you are talking about. Surely, no matter for what
purpose, the very FIRST step of discussing a physicists' contribution to the
community is to look into his paper list. You can take many different
approaches from that point on, but it will be totally pointless if the
discussion is not based on his scientific works.
【在 e****m 的大作中提到】
: 你的所谓科学方法本身就不科学.
: 没有任何一个美国学校是按引用率在评价教授的.
: 美国的national science medal算是奖励终身成就了吧?
: 没有人按引用率,文章数评这个奖.
| f******y
发帖数: 2971 | 85 我觉得你的智商基本是负的，前面说要业内人说的才算数。给你找来了业内人认可，你
又说他不是方不一定能拿到，所以我觉得你应该去试试。
【在 e*******n 的大作中提到】
: 我现在是拿不到
: 但这和我要说的无关
: 你要么智商不够要么故意搅混水
| w*********m
发帖数: 4740 | 86 人家没说你数据扯淡。说的是你结论扯淡
【在 b***y 的大作中提到】
: 这扯什么淡，这是数据。说数据扯淡的人都是自己扯淡。
: 既然没有得到国际认同，除非现在中国天文物理自成一家，就象当初苏联物
: 理学界一样，自然可用抛开欧美的标准不论。但事实是中国物理学界并没有
: 自成一家，改开之后基本上都是跟着国际走，不用欧美的标准怎么评价方的
: 工作？出路引用率，我也列举了所有方的文章，你也尽可以自己一篇一篇去
: 看，根据你自己的标准来判断，说说哪一篇的作用特别突出。
| f******y
发帖数: 2971 | 87 这些人也都是很牛的教授。
【在 e****m 的大作中提到】
: 按文章数的话,
: lieber,戴红杰,杨培东都应该是美国对科学贡献最大的科学家.
: 事实上没人这么认为把?
: lieber拿过science medal么?
| b***y
发帖数: 14281 | 88 文章数应用率不是唯一标准，但绝对是客观讨论的第一步，否则你天马行空胡吹一气，
还有什么标准可言。现在文章列在这里，那些工作特别有价值，欢迎展开讨论。
【在 e****m 的大作中提到】
: 你的所谓科学方法本身就不科学.
: 没有任何一个美国学校是按引用率在评价教授的.
: 美国的national science medal算是奖励终身成就了吧?
: 没有人按引用率,文章数评这个奖.
| e****m
发帖数: 293 | 89 是看list阿.
但是你看了一眼list,说这个科学贡献不够.
我只是告诉你你的方法本身就是错误的.
没有人只按文章数,引用率来算贡献的.
所以是您自己pointless.对吧?呵呵.
what
the
【在 b***y 的大作中提到】
: That depends on the level you are talking about. Surely, no matter for what
: purpose, the very FIRST step of discussing a physicists' contribution to the
: community is to look into his paper list. You can take many different
: approaches from that point on, but it will be totally pointless if the
: discussion is not based on his scientific works.
| b***y
发帖数: 14281 | 90 那你展开说说。
【在 w*********m 的大作中提到】
: 人家没说你数据扯淡。说的是你结论扯淡
| | | h********0
发帖数: 12056 | 91 我做实验，怎么获奖？ 不过，见过几个获奖的，都是写了一篇科普小文，发表
一个cute 的 idea. 然后，就获奖了。
【在 P*********0 的大作中提到】
: you got one?
| G**L
发帖数: 22804 | 92 这是客观评价方在物理领域里贡献的唯一科学的方法
这是你的说法，估计外国人都不这么认为。你应该好好想一想文章没人引的原因到底是
什么
【在 b***y 的大作中提到】
: 不错。所以我罗列了老方所有的文章，懂行的完全欢迎来评点一下哪篇文章虽然没有特
: 别受重视，但其实还是很重要。我没有隐含，根本就是在用外国的标准来评价方的工作
: 。因为这是客观评价方在物理领域里贡献的唯一科学的方法。我对比较方和同时期中国
: 同行一点兴趣也没有，至于有关政治社会学方面就不在本篇讨论的范围。起码罗列文章
: 是一切客观讨论的起点。如果说这个list不完整，也欢迎其他人补充添加。
| e****m
发帖数: 293 | 93 但是大家公认比lieber厉害的人多了,
这个没问题吧?
【在 f******y 的大作中提到】
: 这些人也都是很牛的教授。
| m********5
发帖数: 17667 | 94 他是方肘子流派的“科研”流程
先定论点，然后随便找点论据支撑一下，逻辑是随便扯的，自然没法自洽
没讨论意义了
【在 f******y 的大作中提到】
: 我觉得你的智商基本是负的，前面说要业内人说的才算数。给你找来了业内人认可，你
: 又说他不是方不一定能拿到，所以我觉得你应该去试试。
| f******y
发帖数: 2971 | 95 也不会太多。
你如果想说lieber比方的地位高，这个没问题。
【在 e****m 的大作中提到】
: 但是大家公认比lieber厉害的人多了,
: 这个没问题吧?
| e****m
发帖数: 293 | 96 道理很简单啊.
我告诉您了没人按文章数/引用率评价科学贡献的.
您的科学贡献标准是什么?
诺贝尔奖,science medal?
那我可以给你找到很多例子拿这些奖的文章数/引用率并不需要很高.
那您说诺贝尔/science medal这些都不算评价科学贡献的标准,
什么算呢?您说了算?呵呵.
【在 b***y 的大作中提到】
: 那你展开说说。
| b***y
发帖数: 14281 | 97 好吧。我list前的讨论只能算是我本人粗看了他的工作以后的简单判断。如我所说，之
所以去查就是因为之前很少听人引用到方励之的工作，但是过去在国内却听说他特别牛
B，所以很好奇，查看了一下，发现没有特别引人注目的地方，基本上和我很少在海外
听说他的工作是consistent的。考虑到中国学术界的特殊性也不觉得很意外。但是不排
除遗漏了很重要但是不被人重视的工作的可能，所以罗列的文章在此，欢迎懂行的人展
开说。否则我直接列出前面的总结，也不必罗列所有的文章了。
【在 e****m 的大作中提到】
: 是看list阿.
: 但是你看了一眼list,说这个科学贡献不够.
: 我只是告诉你你的方法本身就是错误的.
: 没有人只按文章数,引用率来算贡献的.
: 所以是您自己pointless.对吧?呵呵.
:
: what
: the
| b***y
发帖数: 14281 | 98 这是空话。具体到方励之，你要说文章数引用律没有科学的反应他的成就，就要拿出
具体的东西来说明，比如到底是那几篇文章你认为价值和作用被低估了。否则永远是
你自己的主观臆断，怎么能够服人？
【在 e****m 的大作中提到】
: 道理很简单啊.
: 我告诉您了没人按文章数/引用率评价科学贡献的.
: 您的科学贡献标准是什么?
: 诺贝尔奖,science medal?
: 那我可以给你找到很多例子拿这些奖的文章数/引用率并不需要很高.
: 那您说诺贝尔/science medal这些都不算评价科学贡献的标准,
: 什么算呢?您说了算?呵呵.
| s*****V
发帖数: 21731 | 99 53岁以后还有近200片PUBLCIATION已经是惊人了。一般人的黄金时间都是30-50岁。
【在 b***y 的大作中提到】
: 文章数应用率不是唯一标准，但绝对是客观讨论的第一步，否则你天马行空胡吹一气，
: 还有什么标准可言。现在文章列在这里，那些工作特别有价值，欢迎展开讨论。
| b***y
发帖数: 14281 | 100 Again, the list starts from 1978. 不是只有53岁以后的工作。
【在 s*****V 的大作中提到】
: 53岁以后还有近200片PUBLCIATION已经是惊人了。一般人的黄金时间都是30-50岁。
| | | f******y
发帖数: 2971 | 101 谁在乎你的list？方的主页上就有89年以后的list。
【在 b***y 的大作中提到】
: Again, the list starts from 1978. 不是只有53岁以后的工作。
| P*********0
发帖数: 4321 | 102 做实验的不能获奖？
你这个论断本身就够得诺奖了。
【在 h********0 的大作中提到】
: 我做实验，怎么获奖？ 不过，见过几个获奖的，都是写了一篇科普小文，发表
: 一个cute 的 idea. 然后，就获奖了。
| s*****V
发帖数: 21731 | 103 你的搜索明显不全，
【在 b***y 的大作中提到】
: Again, the list starts from 1978. 不是只有53岁以后的工作。
| b***y
发帖数: 14281 | 104 专业文章是全的。不包括的有几类，非英语期刊可能漏失，中国期刊收录可能不全。另
外出版的书籍，评论类，科普类，综述类百科类的文章都不包括。
【在 s*****V 的大作中提到】
: 你的搜索明显不全，
| h********0
发帖数: 12056 | |
|
