gas cqu edu cn

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  2020-9-17 · Hang Xie and Ping Sheng "Quantum interference Hall effect in nanopatterned two-dimensional electron gas systems" Physical Review B 79 165307 (2009). 3. Hang Xie and Ping Sheng "Fluctuation-induced tunneling conduction through nanoconstrictions" Physical Review

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  2021-3-22 ·  likaijian cqu.edu.cn 2007.092011.07 2011.092016.12 2017.042017.08 2018.122019

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  -cqu.edu.cn

  2017-11-3 ·  65122797 liuxin cqu.edu.cn 2000

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  2020-10-27 ·  1. 2007.09-2011.06 2011.09-2019.03 2019.09- 2. MEMS 3.

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  2021-6-7 ·  Email LanYu cqu.edu.cn 1. 2. 3. 4.

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  2016-5-14 ·  yhongyu cqu.edu.cn 138832429672019.09- 2015.06-2019.08 2011.09-2015.06

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  2017-1-19 ·  13452066171 wangy cqu.edu.cn 1 p-n p-n p-n p-n

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  2021-3-22 ·  likaijian cqu.edu.cn 2007.092011.07 2011.092016.12 2017.042017.08 2018.122019

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  -cqu.edu.cn

  2020-9-17 · Hang Xie and Ping Sheng "Quantum interference Hall effect in nanopatterned two-dimensional electron gas systems" Physical Review B 79 165307 (2009). 3. Hang Xie and Ping Sheng "Fluctuation-induced tunneling conduction through nanoconstrictions" Physical Review

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  2021-3-22 ·  likaijian cqu.edu.cn 2007.092011.07 2011.092016.12 2017.042017.08 2018.122019

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  -cqu.edu.cn

  2018-4-12 · 1978.10— 2008 2009 2010-2011

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  -cqu.edu.cn

  2020-11-30 ·  -University of British Columbia

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  2016-5-14 ·  yhongyu cqu.edu.cn 138832429672019.09- 2015.06-2019.08 2011.09-2015.06

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  cqu.edu.cnJIANG_Hui-

  2021-7-16 · E-mail jianghui cqu.edu.cn Research interests High voltage gas discharge mechanism and plasma applications surface modification of plasma materials plasma flow control Ours Link Chongqing University State Key Laboratory International Office

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  2021-7-22 ·  LC617 Email qian.gou cqu.edu.cn Office 86-023-65678913 QQ 50151412

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  2018-12-11 · liuxf cqu.edu.cn 174 A /400044 / / 2009 9 2013 6

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  2015-10-5 · . Nano Energy Research Nano-Micro Letters Nano Materials Science . 1 .

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  2020-3-23 ·  198611 zhangliangqi cqu.edu.cn 2009. 09 2014. 12 2005. 09 2009. 07

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  2017-10-24 · zhoulei84 cqu.edu.cn. . 174. A/400044. . . 20099－20143 (TU Clausthal) . 200710－20098

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  2017-11-3 ·  65122797 liuxin cqu.edu.cn 2000

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  cqu.edu.cn-

  2021-6-29 · 2013.09-2018.05 2011.09-2012.11 2007.09-2011.06 hugoshawn

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  Research-BioMedicalPhysicscqu.edu.cn

  2021-6-25 · Emergent Field-Driven Robot Swarm States . We present an ecology-inspired form of active matter consisting of a robot swarm. Each robot moves over a planar dynamic resource environment represented by a large light-emitting diode array in search of maximum light intensity the robots deplete (dim) locally by their presence the local light intensity and seek maximum light intensity.

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  2019-3-5 · Journal of Natural Gas Science and Engineering 2016 35 468-482. 6 2018 5 1. 2019

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  2021-6-29 · 2013.09-2018.05 2011.09-2012.11 2007.09-2011.06 hugoshawn

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  cqu.edu.cn-

  2021-6-7 ·  Email LanYu cqu.edu.cn 1. 2. 3. 4.

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  2021-6-29 · 2013.09-2018.05 2011.09-2012.11 2007.09-2011.06 hugoshawn