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教授
- 电子邮箱：0ed6f90a159eb1d8e61371c45bb7dca1ac0db31b6fe4190c2f5e297b516c0c2fc85111ba1791f5917283e392a815c41a9fbc76b9395043d1ba43023a8f3390c60ecb62c4e43a302a82bb92b4f849fa9b1ef4d94651a10cd225f2df3c038f49fbb5b33c0ba0a31d35349fff9b28d9470e326fc479a42116def02546ad3e0496de
- 联系方式：63607671
- 学位：博士
访问量：
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[ 1 ]张增明.Cyclic Phase Transition from Hexagonal to Orthorhombic Then Back to
Hexagonal of EuF3 While Loading Uniaxial Pressure and under High
Temperature.JOURNAL OF PHYSICAL CHEMISTRY C,2016,120(33):18780-18787.
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[ 2 ]张增明.Pressure and temperature dependence of Raman scattering of MnWO4.CHEMICAL PHYSICS LETTERS,2013,58676-80.
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[ 3 ]张增明.Method for a quick estimation of energy dependent reflection electron
energy loss spectroscopy spectra for Al and Si.PHYSICA B-CONDENSED MATTER,2013,42364-68.
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[ 4 ]张增明.Temperature dependent optical constants for SiO2 film on Si substrate by
ellipsometry.MATERIALS RESEARCH EXPRESS,2017,4(8):
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[ 5 ]张增明.Characterization of fine particulate matter in ambient air by combining
TEM and multiple spectroscopic techniques - NMR, FTIR and Raman
spectroscopy.ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS,2014,17(3):552-560.
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[ 6 ]张增明.Temperature Dependence of Luminescence of CdS: Mn/ZnS Core-Shell Quantum
Dots.CHINESE PHYSICS LETTERS,2014,31(5):
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[ 1 ]张权 ,韦先涛,代如成,朱玲,谢宁,王中平,张增明,一种用于磁光测量系统的磁铁装置,201920378864.5,2019/10/22,2019/10/22.
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[ 2 ]张增明 ,梁文韬,代如成,王中平,一种含能材料的相变时间测量系统,201920228350.1,2019/11/22,2019/11/22.
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[ 3 ]张权 ,韦先涛,代如成,朱玲,谢宁,王中平,张增明,一种用于磁光测量系统的磁铁装置,201910213368.9,2019/05/31,
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[ 4 ]张增明 ,梁文韬,代如成,王中平,一种含能材料的相变时间测量系统和方法,201910132588.9,2019/04/26,
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[ 5 ]张增明 ,张汉生,代如成,王中平,一种光致发光材料、其制备方法及应用,201910098539.8,2019/05/14,
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[ 6 ]代如成 ,张权,郭强,王中平,张增明,孙腊珍,基于LED光源的色彩设计实验仪,201721086904.6,2018/08/31,2018/08/31.
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[ 1 ]中波红外超表面制备与分析表征测试研究,进行,
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[ 2 ]极端条件下含能材料在氧化性气氛中的结构演变研究,进行,
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[ 3 ]中红外单光子探测器光耦合增强的微结构制备与表征测试,进行,
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[ 4 ]纳米含能材料高压下的相变行为,其他,
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[ 5 ]炸药高温高压性能测试试验合同,进行,
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[ 6 ]熔石英元件损伤修复质量无损检测和评价研究,进行,
