1001-7526
2005 Issue 4
Integrating Legacy Software Toolkits into China-VO System
wang xiao-qian; cui chen-zhou; zhao yong-heng(national astronomical observatories; chinese academy of sciences; beijing 100012; china)
wang xiao-qian; cui chen-zhou; zhao yong-heng(national astronomical observatories; chinese academy of sciences; beijing 100012; china)
..............page:89-97
Refractive Delay Corrective Model
zhang han-wei~1; yang lei~1; tie qiong-xian~1; li bin-hua~2; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
zhang han-wei~1; yang lei~1; tie qiong-xian~1; li bin-hua~2; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:81-88
Gamma-Ray Emissions of AGN and Cosmological Standard Candles
xie zhao-hua~1; zhang xiong~1; liu hong-tao~(2; 3); du lei-ming~1(1.physics department; yunnan normal university; kunming 650092; china; 2.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 3.the graduate school of the chinese academy of sciences; beijing china)
xie zhao-hua~1; zhang xiong~1; liu hong-tao~(2; 3); du lei-ming~1(1.physics department; yunnan normal university; kunming 650092; china; 2.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 3.the graduate school of the chinese academy of sciences; beijing china)
..............page:5-13
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅱ)——Using Hipparcos Catalogue as Working Catalogue
tie qiong-xian~1; yang lei~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
tie qiong-xian~1; yang lei~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:42-47
Atmospheric Distribution Model
zhang han-wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
zhang han-wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:74-80
..............page:103
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅴ)——Acquisition of Measured Apparent Zenith Distances
yang lei~1; tie qiong-xian~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
yang lei~1; tie qiong-xian~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:61-67
Necessity of Determining the Astronomical Refraction and Building the Refractive Delay Model Measured
mao wei~1; zhang han-wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
mao wei~1; zhang han-wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:28-35
..............page:98-102
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅵ)——Acquisition of Instantaneous Refractions and Refractivity
tie qiong-xian~1; zhang han-wei~1; li bin-hua~2; yang lei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
tie qiong-xian~1; zhang han-wei~1; li bin-hua~2; yang lei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:68-73
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅰ)——Observation Principle and Feasibility
mao wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1; zhang han-wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
mao wei~1; li bin-hua~2; yang lei~1; tie qiong-xian~1; zhang han-wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:36-41
Hα Line Profile Asymmetry in Chromospheric Flare
yu xiao-xia (purple mountain observatory; chinese academy of sciences; nanjing 210008; china)
yu xiao-xia (purple mountain observatory; chinese academy of sciences; nanjing 210008; china)
..............page:14-27
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅲ)——A Special Measuring Instrument
yang lei~1; tie qiong-xian~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
yang lei~1; tie qiong-xian~1; li bin-hua~2; zhang han-wei~1; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:48-54
Determining the Astronomical Refraction and Building the Radio Wave Refractive Delay Model Measured(Ⅳ)——Instantaneous Astronomical Measured Latitude
zhang han-wei~1; yang lei~1; tie qiong-xian~1; li bin-hua~2; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
zhang han-wei~1; yang lei~1; tie qiong-xian~1; li bin-hua~2; mao wei~1(1.national astronomical observatories/yunnan observatory; chinese academy of sciences; kunming 650011; china; 2.kunming university of science and technology; kunming 650051; china)
..............page:55-60