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小木虫论坛-学术科研互动平台» 网络生活区» 有奖问答 » 有奖问答中转子版 » 互联网络 » [求助]有篇文章请帮我查查是不是被SCI检索
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梅若鸣

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所言甚是
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Originally posted by solemon23 at 2009-2-14 20:14:
会议的一般不是，期刊才会被sci收录！

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11楼2009-02-15 00:23:49
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beckham27

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帮顶了
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12楼2009-02-15 00:35:02
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pepperp

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truewz(金币+1,VIP+0):3x 2-15 23:46
Monte Carlo Simulation of Phonon Transmission in Pure Silicon Nanowire
  
   
作者: Wang Z (Wang, Zan)1, Chen YF (Chen, Yunfei)1, He YH (He, Yunhui)1  
编者: Gong QY; Jiang Y; Yao DZ  
来源出版物: PROCEEDINGS OF 2008 INTERNATIONAL PRE-OLYMPIC CONGRESS ON COMPUTER SCIENCE, VOL I - COMPUTER SCIENCE AND ENGINEERING     页: 323-327    出版年: 2008   
被引频次: 0     参考文献: 11     引证关系图      
会议信息: International Pre-Olympic Congress on Computer Science
Nanjing, PEOPLES R CHINA, AUG 04-07, 2008  
摘要: Compared with bulk Si, thermal conductivity of nanowire decreases sharply, especially at low temperature, which is ascribed to boundary scattering. To study the confinement effects on phonon transport in nanowire, a dedicated Monte Carlo model was built by simplifying the rules of collisions. In the MC model, since specular boundary collision and N (normal) scattering do not change phonon velocity along transport direction, it is rational to neglect their effects on thermal conductivity. While a phonon striking on the boundary diffusely, a random number multiply 2 pi will be used as its new reflection angle, without alternating frequency and the magnitude of wave-vector. If a phonon's incident angle is more than zero, the probability of increasing its speed along propagation direction will be less than 0.5. As for U ( umklapp) scattering, it is hard to decide selection regime and collision process. In simulation, the possibility of U scattering of each phonon was calculated and then do the same as boundary scattering. Therefore, boundary scattering and U scattering provide the main resistances of phonon transport in pure silicon nanowire. The influence on temperature gradient was examined as change the boundary diffusing factor. Silicon nanowires with equivalent diameter of 22nm, 37nm and 56nm over a temperature of 15-315K were simulated. Though the results of 37nm and 56nm nanowire agreed well with experimental data, the 22nm one deviated significantly. By modifying the relaxation time, we got ideal simulation results in the end.
文献类型: Proceedings Paper  
语言: English  
作者关键词: Monte Carlo; Nanowire; Thermal Conductivity; Phonon  
KeyWords Plus: LATTICE THERMAL-CONDUCTIVITY; HEAT-TRANSFER  
再版地址: Wang, Z (再版作者), Southeast Univ, Sch Mech Engn, Nanjing, Peoples R China  
地址:
1. Southeast Univ, Sch Mech Engn, Nanjing, Peoples R China  
出版商: WORLD ACAD UNION-WORLD ACAD PRESS, 113, ACADEMIC HOUSE, MILL LANE, WAVERTREE TECHNOLOGY PARK, LIVERPOOL, L13 4 AH, ENGLAND  
IDS 号: BII02
ISBN: 978-1-84626-051-3

[ Last edited by pepperp on 2009-2-15 at 09:04 ]
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13楼2009-02-15 09:03:06
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summer2771

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truewz(金币+1,VIP+0):3x 2-15 23:46
之前有虫虫问过类似的问题：
你所说的ISTP一般是检索会议收录论文的，而SCI则是收录期刊论文的，不知道这样回答你是否明白？
然而有的国际会议会推荐该会议的优秀论文去一些SCI期刊发表，如果这样的话，就既会有ISTP也会有SCI收录了，呵呵
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14楼2009-02-15 09:53:05
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zy830226

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truewz(金币+1,VIP+0):3x 2-15 23:45
查了下，不是
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15楼2009-02-15 10:12:19
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