International Journal of Modern Physics A
Volume 36, Issue 11n12 (30 April 2021)
Special Issue on Taiji Program in Space for Gravitational Universe with the First Run Key Technologies Test in Taiji-1
世界科学出版社的《现代物理国际期刊》（International Journal of Modern Physics A）以专辑形式发布了来自180余位研究人员，30余家合作单位的研究成果，以及“太极一号”卫星更为详尽的实验结果。本专辑的论文涵盖了干涉仪系统、引力参考传感器、微推进系统、无拖曳控制、超稳超静卫星技术等，并详细介绍了“太极一号”数据处理流程。
| S/N | Title | Authors | Year，Volume and Page |
| 1 | The pilot of Taiji program—From the ground to Taiji-2 | The Taiji Scientific Collaboration | 2021,36,11 & 12, 2102001 (6 pages) |
| 2 | Taiji program in space for gravitational universe with the first run key technologies test in Taiji-1 | The Taiji Scientific Collaboration | 2021,36,11 & 12,2102002 (2 pages) |
| 3 | Successful Application of Optical Bench in Taiji-1 Laser Interferometer | The Taiji Scientific Collaboration | 2021,36,11 & 12,2140001 (15 pages) |
| 4 | Exploration of the coupling between thrust and interference in Taiji-1 | The Taiji Scientific Collaboration | 2021,36,11 & 12,2140002 (11 pages) |
| 5 | Preliminary simulation analysis of the temperature fluctuation effect on Taiji-1 laser interferometer | Xiaoqin Deng,Yu Niu | 2021,36,11 & 12,2192001 (2 pages) |
| 6 | In-orbit performance of the laser interferometer of Taiji-1 experimental satellite. | Heshan Liu, Sha Wei, Ziren Luo*. | 2021,36,11 & 12,2140004 (8 pages) |
| 7 | The phasemeter of Taiji-1 experimental satellite | Ziren Luo, Tao Yu, Heshan Liu. | 2021,36,11 & 12,2140005 (7 pages) |
| 8 | High stability laser source for Taiji-1 satellite | Guangwei sun, dijun chen, weibiao chen | 2021,36,11 & 12,2140006 (7 pages) |
| 9 | A spaceborne neodymium-doped yttrium aluminum garnet laser with nonplanar-ring-oscillator configuration | J. Peng, L. Liufeng,and L. Chen | 2021,36,11 & 12,2140007 (7 pages) |
| 10 | Development and on orbit test of Taiji-1 inertial reference | Wang, Z. , and J. G. Lei | 2021 Vol. 36, No. 11n12, 2140008 |
| 11 | Electronic noise analysis and in-orbit resolution verification of an electrostatic accelerometer | Zuo-Lei Wan and Jian Min | 2021,36,11 & 12,2140009 (9 pages) |
| 12 | Implementation of High-precision Inertial Reference for Taiji-1 Satellite and Its Ground Evaluation Based on Torsion Pendulum System | Hua-Dong Li, Zhi Wang | 2021,36,11 & 12,, 2140010 |
| 13 | Performance tests and simulations for Taiji-1 inertial sensor | Jian Min, Jun-Gang Lei，et al. | 2021,36,11 & 12,2140011 (13 pages) |
| 14 | Adaptive preload controller design and analysis for electrostatic suspension system | Yukun Wang and Zhi Wang | 2021,36,11 & 12,2140012 (14 pages) |
| 15 | First result of orbit verification of Taiji-1 hall micro thruster. | Xu S Y , Xu L X , Cong L X , Qiao C F. | 2021,36,11 & 12,2140013 (16 pages) |
| 16 | Ground performance tests and evaluation of RF ion microthrusters for Taiji-1 satellite | Jian-Wu He, Li Duan and Qi Kang | 2021,36,11 & 12,2140014 (11 pages) |
| 17 | A torsional thrust stand for measuring the thrust response time of micro-Newton thrusters | Chao Yang, Jian-Wu He, Li Duan* and Qi Kang | 2021,36,11 & 12,2140015 (17 pages) |
| 18 | Ground semi-physical simulation experiment study of one-dimensional drag-free control | Chu Zhang,Qi Kang | 2021,36,11 & 12,2140016 (24 pages) |
| 19 | The impact of neutralizer-free ignition of a radio frequency ion thruster on the lifetime of the ion optics system | Long-Fei Ma, Qi Kang | 2021,36,11 & 12,2140017 (13 pages) |
| 20 | Design of high-resolution flow sensor used in cold gas micro propulsion system | Xiaocheng Zhu,Xiaoliang Guo | 2021,36,11 & 12,2140018 (12 pages) |
| 21 | The drag-free control design and in-orbit experimental results of “Taiji-1” | Zhiqiang Hu, Pengcheng Wang, Yueliang Wu, Qi Kang,Yonghe Zhang | 2021,36,11 & 12,2140019 (16 pages) |
| 22 | Satellite architecture and preliminary in-orbit experiment of Taiji-1 | Zhiming Cai, Jianfeng Deng, Jinpei Yu, Huawang Li，Xingjian Shi | 2021,36,11 & 12,2140020 (14 pages) |
| 23 | Key technologies analysis and design of ultra-clean & ultra-stable spacecraft for gravitational wave detection | Kun Chen, Xiaofeng Zhang, Tong Guo, Zhi-Ming Cai | 2021,36,11 & 12,2140021 (11 pages) |
| 24 | Temperature stability of the Taiji-1 satellite in operational orbit | Xiaofeng Zhang, Hong Liang, Heping Tan, Jinchao Feng, Huawang Li | 2021,36,11 & 12,2140022 (13 pages) |
| 25 | Testing, modeling and estimation of Taiji-1’s in-orbit magnetic parameters magnetic parameters | Xingjian Shi* and Zhiming Cai | 2021,36,11 & 12,2140023 (7 pages) |
| 26 | A temperature measurement system with high resolution and low noise | Bing Zhang, Xiaoyi Zhu, Xiaofeng Zhang, Bing Xue, Hong Liang, Jiang Li, Peng Su | 2021,36,11 & 12,2140024 (10 pages) |
| 27 | The pipeline of data processing for TAIJI-1 space mission in the TAIJI program for the detection of gravitational wave | Hongbo Jin, Peng Xu | 2021,36,11 & 12,2140025 (18 pages) |
| 28 | System modeling in data processing of Taiji-1 mission | Xiaodong Peng, Hongbo Jin, Peng Xu and et. al. | 2021,36,11 & 12,2140026 (23 pages) |
| 29 | Erratum Preliminary simulation analysis of the temperature fluctuation effect on Taiji-1 laser interferometer | Xiaoqin Deng,Yu Niu | 2021,36,11 & 12,2192001 (2 pages) |
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