论文:
1) Zhi, X. Q.; Qiu, L. M.*; Pfotenhauer, J. M.; Gan, Z. H.; Yan, Y., Refrigeration mechanism of the gas parcels in pulse tube cryocoolers under different phase angles, INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, 2016-12, 103, , 382-389
2) Zhi, X. Q.; Han, L.; Dietrich, M.; Gan, Z. H.; Qiu, L. M.*; Thummes, G. A three-stage Stirling pulse tube cryocooler reached 4.26 K with He-4 working fluid, cryogenics, 2013-12, 58, , 93-96
3) X.Q. Zhi; J.M. Pfotenhauer*; F. Miller; V. Gershtein, Numerical study on the working performance of a G-M cryocooler with a mechanically driven displacer, International Journal of Heat and Mass Transfer, 2017-12, 115, 611-618, 2017, 3.552
4) Kim, K.S; Zhi, X.Q*; Qiu, L.M; Nie, H.L; Wang, J.J, Numerical analysis of different valve effects on the cooling performance of a two-stage GM type pulse tube cryocooler, International journal of refrigeration, 2017-05, 77, 1-10
5)Wenjie Zhou, John M. Pfotenhauer, Xiaoqin Zhi*. Leakage effect analysis on the performance of a cylindrical adjustable inertance tube,Cryogenics,2018-04,91,136–141
6)Zhu Jiakai, Wang Shunhao, Qiu Limin, Zhi Xiaoqin*, Zhang Xiaobin*. Frequency characteristics of liquid hydrogen cavitating flow over a NACA0015 hydrofoil, Cryogenics, 2018-12, 90, 7–19.
7)Xiaokuan You, Limin Qiu, Chaoxiang Duan, Xiao Jiang, Chen Huang, Xiaoqin Zhi*, Study on the stroke amplitude of the linear compressor, Applied thermal energy, 2018, 129, 1488–1495.
8)Xiao Jiang, Limin Qiu, Chaoxiang Duan, Xiaokuan You, Xiaoqin Zhi*, An approach for estimating acoustic power in a pulse tube cryocooler,Cryogenics , 2017-04, 87, 103–109
9) Chen Huang, Qiang Cao, Xiaoqin Zhi*, Xi Xia, Limin Qiu. Effects of DC flow on pulse tube cryocooler working at liquid hydrogen and liquid nitrogen temperatures, Applied thermal energy, 2018, 137, 451–460.
10) Qiu, L. M.; Han, L.; Zhi, X. Q.; Dietrich, M.; Gan, Z.H.*; Thummes, G., Investigation on phase shifting for a 4 K Stirling pulse tube cryocooler with He-3 as working fluid, CRYOGENICS, 2015-07, 69, 44-49
11) Qiu, L. M.; Zhi, X. Q.; Gan, Z. H.; Zhang, X. B*.; Zhang, X. J., Function of gas parcels in the pulse tube, International Journal of Refrigeration, 2014-02, 38, 358-366
12) Qiu, L. M.; Zhi, X. Q.; Han, L.; Cao, Q.; Gan, Z. H*, Performance improvement of multi-stage pulse tube cryocoolers with a self-precooled pulse tube, CRYOGENICS, 2012-10, 52, 575-579
13)Qiu, L. M.; Cao, Q.; Zhi, X. Q.; Gan, Z. H.*; Yu, Y. B.; Liu, Y., A three-stage Stirling pulse tube cryocooler operating below the critical point of helium-4, CRYOGENICS, 2011-10, 51, 609-612
14)Yan,Y;Ni,Z.H*;Zhi,X.Q;Yin,J.S, Numerical study on thermal performance of a BOG heat exchanger in the inclined condition, Journal of Natural Gas Science & Engineering, 2016-08, 34, 616-626
15)Cao, Q.; Qiu, L. M.; Zhi, X. Q.; Han, L.; Gan, Z. H.; Zhang, X. B.; Zhang, X. J.*; Sun, D. M., Impedance magnitude optimization of the regenerator in Stirling pulse tube cryocoolers working at liquid-helium temperatures, CRYOGENICS, 2013-12, 58, 38-44
16)Qiu, L. M.; Cao, Q.; Zhi, X. Q.; Han, L.; Gan, Z. H.*; Yu, Y. B.; Liu, Y.; Zhang, X. J.; Pfotenhauer, J. M., Operating characteristics of a three-stage Stirling pulse tube cryocooler operating around 5 K,cryogenics, 2012-09, 52, 382-388
17)植晓琴; 邱利民*; 甘智华; 曹强;刘暘. 可达5K以下三级斯特林脉管制冷机性能研究,工程热物理学报,2012, 33(5),735-738
18)植晓琴; 邱利民*; 甘智华; 俞益波; 曹强, 基于二维非绝热模型的脉管损失机理研究, 中南大学报, 2012-10, 43, 3672-3677
专利:
1)植晓琴,朱少龙,邱利民,孙大明,一种压差驱动的强制对流高温超导冷却装置和方法发明专利, 中国, ZL.201611264546.3, 2018.5.15
2)植晓琴,朱少龙,邱利民,孙大明,一种压差驱动的射流式高温超导冷却装置和方法, 发明专利,中国,ZL 201611259686.l, 2018.5.15
3)邱利民;植晓琴;甘智华;曹强, 带自预冷脉管的脉管制冷机, 发明专利, 中国, ZL 201110285035.0., 2013-06
4)邱利民;植晓琴;曹强;俞益波;甘智华, 一种柔性换热器, 发明专利, 中国, ZL 201010516556.8., 2012-11
5)甘智华;王龙一; 植晓琴; 尹成厚; 王建军; 金泽远, 间接测量线性压缩机电机比推力和机械阻尼系数的方法, 发明专利, 中国, 201510223274 .1, 2017-04
6)甘智华;王龙一;植晓琴;王建军;陶轩;尹成厚;孙潇;王邦旭, 一种可达卡诺效率的多级级联型脉管制冷机及制冷方法, 发明专利, 中国, 201510070312.4, 2017-01