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52篇 您的检索式:作者名="Stancil"
    题名 作者 年代 出处 被引量
1Optical field study of near-field optical recording with a solid immersion lens显示文摘Guo F Schlesinger T E Stancil D D 2000Appl Opt2000,39,2:2
2Shape optimized electro-optic beam scanners:analysis, design, and simulation 显示文摘CHIU Yi ZOU Jie STANCIL D D 1999Journal of Lightwave Technology1999,17,1:1
3Doubling Wireless Channel Capacity Using Co-polarised,Co-located Electric and Magnetic Dipoles显示文摘D D Stancil A Berson J P Van't Hof 2002Electronic Letters2002,38,14:1
4Simulated space environmental effects on a polyetherimide and its carbon fiber-reinforced composites 显示文摘Kern K T Stancil P C Harries W L 1993SAMPE Journal1993,29,3:1
5A novel mode content analysis technique for antennas in multimode waveguides显示文摘Nikitin P V Stancil D D Cepni A G 2003IEEE Trans on Microwave Theory and Tech2003,51,12:1
6Magnetic Resonant Coupling As a Potential Means for Wireless Power Transfer to Multiple Small Receivers显示文摘Cannon B L Hoburg J F Stancil D D 2009IEEE Transactions on Power Electronics2009,24,7:1
7Intracaual placement of calcium hydroxide: A eomparision of techniques 显示文摘Sigurddsson A Stancill R Madism S 1992Jedod1992,8,8:1
8Simulated space en-vironmental effects on a polyetherimide and its carbon fiber-reinforced composites显示文摘 Stancil P C Harries W L 1993SAMPE Journal1993,29,3:1
9Magnetic resonant coupling as a potential means for wireless power transfer to multiple small receivers 显示文摘Benjamin L Cannon James F Hoburg Daniel D Stancil 2009IEEE Transactions on Power Electronics2009,24,7:1
10低能O^(3+)与H_2碰撞电子俘获过程中靶的同位素效应研究显示文摘利用全量子的分子轨道强耦合方法,我们研究了基态的O3+(2s22p2P)与氚分子和氢分子碰撞的电荷转移过程,计算了方位角为45°,能量分别为0.1eV/u,1.0eV/u,100eV/u,500eV/u的单电子俘获的振动分辨的态选择截面及总截面.分子轨道强耦合计算中采用了自旋耦合价带理论计算的三原子分子势能面和径向耦合矩阵元.对体系的电子运动同H2(T2)或H2+(T2+)的转动和振动之间的耦合,根据能量的不同,分别采用了无限阶的冲量近似或振动冲量近似.结果发现,低能O3+与H2碰撞电子俘获过程中靶的同位素效应显著:对不同的同位素靶,单电子俘获的总截面以及振动分辨态选择截面的分布明显不同;入射离子能量越低,同位素效应越显著.吴勇 刘玲 王建国 STANCIL P C 2007原子与分子物理学报2007,24,B08:1
11Optical field study of near-field optical recording with a solid immersion lens 显示文摘Guo F Schlesinger T E Stancil D 2000Applied Optics2000,39,32:1
12Intracanal placement of Ca(OH)2:a comparison oftechniques显示文摘Sigurdsson A Stancill R Madison S 1992J Endod1992,18,10:1
13A Bier block implementation protocol显示文摘Stancil S A 2014US Army Med Dep J2014,46,:1
14Optical field study of near-field optical recording with solid immersion lens 显示文摘GUO F SCHLESINGER T E STANCIL D D 2000Appl Opt2000,39,2:1
15Doubling wireless channel capacity using co-polarised,co-located electric and magnetic dipoles显示文摘Stancil D Berson A Hof J P V 2002Electronics Letters2002,38,5:1
16Dental insurance and clinicaldental outcomes in NHANES III显示文摘Stancil TR Li CH Hyman JJ 2005J Public Health Dent2005,65,4:1
17Optical field study of near-field optical recording with solid immersion lens显示文摘GUO F SCHLESINGER T E STANCIL D D 2000Appl Opt2000,39,2:1
18Use of remote experimentation in the undersraduate electrical engineering curriculum at CMU显示文摘Dan Stancil 2000Remote Experiments in Science Education2000,,28:1
19Phenomenological propagation loss theory for magnetostatic waves in thin ferrite films显示文摘Stancil D D 1986J Appl Phys1986,59,1:1
20Mag-netic resonant coupling as a potential means for wireless power transfer to multiple small receivers显示文摘CANNON B L HOBURG J F STANCIL D D 0,,07:1
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