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21篇 您的检索式:作者名="Drachev"
    题名 作者 年代 出处 被引量
1Experimental Verification of An Optical Negative - index Material显示文摘Drachev V P Cai W Chettiar U 2006Laser Physics Letters2006,3,1:1
2The relationship between gas phase processes and the structure of polyaniline obtained by plasma polymerization显示文摘Demidova E N Matyuk V M Drachev A I 2009High Energy Chemistry2009,43,2:1
3Sedimentary succes- sions of the Arctic Region (58 64 to 90 N) that may be pro- spective for hydrocarbons 显示文摘Grantz A Scott R A Drachev S S 2011Geological Society2011,35,1:1
4Analysis of in Situ Off-Axis Seeding Surface Preparation Conditions for Si C PVT Growth显示文摘Drachev R V Cherednichenko D I Sudarshan T S 2004Journal of Crystal Growth2004,265,:1
5Thermal Stress as the Major Factor of Defect Generation in SiC during PVT Growth显示文摘Cherednichenko D I Drachev R V Khlebnikov I I 2003Materials Research Society2003,742,:1
6Adaptive silver films for detection of antibody-antigen binding显示文摘DRACHEV V P NASHINE V C THORESON M D BEN-AMOTZ D DAVISSON V J SHALAEVET V M 2005Langmuir2005,21,:1
7The Ag dielectric function in plasmonic metamaterials显示文摘Drachev V P 2008Opt Express2008,16,:1
8Negative-index metamaterial:Going optical显示文摘Klar T A Kildisher A V Drachev V P 2006IEEE J Sel Top Quantum Electron2006,12,:1
9Arctic lithosphere A review 显示文摘Pease V Drachev S Stephenson R 2014Tectonophysics2014,628,:1
10The effect of gain and absorption on surface plasmons in metal nanoparticles显示文摘M.A. Noginov G. Zhu M. Bahoura J. Adegoke C. Small B.A. Ritzo V.P. Drachev V.M. Shalaev 2007Applied Physics B2007,,3:1
11Tectonic history and petroleum geology of the Russian Arctic Shelves: an overview显示文摘Drachev S S Malyshev N A Nikishin A M 2010Petroleum Geology Conference series 72010,,:1
12查看详情显示文摘Xiao S M Drachev V P Kildishev A V Ni X J Chettiar U K Yuan H K Shalaev V M 0,,:1
13Loss-Free and Active Optical Negative-Index Metamaterials 显示文摘Xiao S Drachev V P Kildishev A V 2010Nature2010,466,:1
14High-pressure enzyme kinetics Lactate dehydrogenase in an optical cell that allows a reaction to be started under high pressure显示文摘Chernyak V Y Drachev V A Nikolaeva N G 1984Febs Journal1984,169,1:1
15Loss-free and active optical negative-index metamaterials显示文摘Xiao S M Drachev V P Kildishev A V 2010NATURE2010,466,7307:1
16Plasma-chemical synthesis and properties of polymer semiconductors and prospects for their use显示文摘A. B. Gil’man A. I. Drachev 2006High Energy Chemistry2006,,2:1
17Size de-pendent χ(3)for conduction electrons in Ag nanoparti-cles显示文摘Drachev V P Buin A K Nakotte H 0,,08:1
18Crystal phase transformations within propylene/hexane-1 co- polymers films as induced by direct current discharge treat- ment 显示文摘DRACHEV A I RISHINA L A GILMAN A B 2005Eur Polym J2005,41,7:1
19北极岩石圈综述显示文摘本文综述了北极地区岩石圈的性质及主要构造事件。当前对地壳、地壳尺度的不整合及其年龄的认识,以及通过地球物理数据对岩石圈的认识,可以对北极岩石圈进行分区。北极大陆岩石圈的年龄、成分和结构不同,至少受两期大规模岩浆作用的叠加影响,一次是二叠纪-三叠纪,另一次是阿普特期。此外,大陆岩石圈的减薄至少是五期裂谷作用的结果(晚泥盆世-早石炭世、二叠纪-三叠纪、侏罗纪、早白垩世、晚白垩世-新生代)。老阶段的拼合与大陆岩石圈和古生代一系列陆陆碰撞有关。侏罗纪和白垩纪伸展阶段与泛大陆和欧亚大陆的裂解有关,并且主要集中在挪威-格陵兰和加拿大-阿拉斯加北极地区。美亚海盆发育大面积超伸展大陆(?)岩石圈。在大陆解体和新大洋岩石圈增生后,欧亚海盆和加拿大海盆形成。V. Pease S. Drachev R. Stephenson 祝嵩 李学杰 杨丽娟 范广慧 2015海洋地质2015,0,2:0
20北极地区(58°-64°N至90°N)沉积层序的油气远景显示文摘在58°-64°N以北的北极地区共识别143个沉积层序,含有或潜在含有烃,分4个象限,标在1:11000000的地图中。其中北冰洋18个层序(占总数的12.6%),北极被动和剪切大陆边缘25个(占总数的17.5%),环北极大陆100个(占总数的70.0%),太平洋板块活动边缘1个(〈总数的1%)层序。并将这些层序归为13个构造-地层与地形类型,以相应的颜色标在图上。每一个层序的厚度及其下伏至矿床基底的地层厚度,己知的都己用等厚线表示。与层序形成相关的主构造特征以及与烃潜力增减有关的主要构造特征也相应标出。己知含有烃储藏的层序为44个(占总数的30.8%),有足够厚度产生烃的层序64个(占总数的44.8%),另外35个层序(占总数的24.5%)可能太薄,没有烃远景。Grantz A. Scott R. A. Drachev S. S. 祝嵩(翻译) 李学杰(校对) 万玲(校对) 范广慧(校对) 2017海洋地质2017,0,F12:0
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