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15篇 您的检索式:作者名="BOUGEARD D"
    题名 作者 年代 出处 被引量
1Vibrational Spectra and Structure of Kaolinite: A Computer Simulation Study 显示文摘Bougeard D Smirnov K S Geidel E 2000Journal of Physical Chemistry /2000,104,:1
2Infrared thermography investigation of local heat transfer in a plate fin and two-tube rows assembly 显示文摘BOUGEARD D 2007Int J of Heat and Fluid Flow2007,28,5:1
3Partitioned Solver for Strongly Coupled Fluid-structure Interaction 显示文摘HABCHI C RUSSEIL S BOUGEARD D 2013Computers & Fluids2013,71,:1
4Cluster approach of active sites in an MoS2 catalyst 显示文摘Faye P Payen E Bougeard D 1999J Mol Model1999,5,:1
5A quantum dot infrared photodetector with lateral carrier transport显示文摘Chu L Zrenner A Bougeard D 2002Physica E: Low-dimensional Systems and Nanostructures2002,13,24:1
6Intensities of the vibrational spectra of siliceous zeolites by molecular dynamics calculations infrared spectra 显示文摘BORNHAUSER P BOUGEARD D 2001J Phys Chem B2001,105,:1
7Numerical analysis of the fin spacing effect on the horseshoe vortex system evolution in a tworows finnedtube heat exchanger显示文摘SimoTala J V Russeil S Bougeard D 2013International Journal of Numerical Methods for Heat and Fluid Flow2013,23,7:1
8Tube pattern effect on thermalhydraulic characteristics ina two-rows finned-tube heat exchanger 显示文摘SIMOTALAJV BOUGEARD D RUSSEIL S 2012InternationalJournal of Thermal Sciences2012,60,:1
9New developments in zeolite and technology 显示文摘Fays P Payen E Bougeard D 2004Appl Catal2004,82,:1
10显示文摘Tan P H Brunner K Bougeard D 2003Phys Rew B2003,68,12:1
11显示文摘SMIRNOV K S BOUGEARD D 1999J Phys Chem B1999,103,25:1
12Enhancing heat transfer in vortex generator-type multifunctional heat exchangers显示文摘Habchi C Russeil S Bougeard D 2012Applied Thermal Engineering2012,38,:1
13Enhancing heat transfer in vortex generator-type muhifunctional heat ex- changers显示文摘Habchi C Russeil S Bougeard D 2012Applied Thermal Engineering2012,38,:1
14Infrared thermography investigation of local heat transfer in a plate fin and two tube rows assembly 显示文摘D Bougeard 2007International J Heat and Fluid Flow2007,28,5:1
15p型掺杂Si/Ge量子点的电子拉曼散射(英文)显示文摘在本文中我们首次报道了p型掺杂的自组织Si/Ge量子点中空穴能级子带间的电子拉曼散射,此电子跃迁的能量为105meV。Si/Ge量子点Ge Ge模的共振拉曼散射表明此空穴能级间的电子拉曼散射与Γ点附近的E0(≈2.52eV)发生了共振,而E1的能量小于2.3eV.变温实验和偏振实验进一步证实了我们的指认。所有观测的实验数据与6 bandk·p能带结构理论的计算结果吻合得很好。谭平恒 周霞 杨富华 BOUGEARD D SABATHIL H VOGL P ABSTREITER G BRUNNER K 2004光散射学报2004,16,1:0
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