MISFIT

作品数：50被引量：42H指数：4
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相关领域：电子电信理学更多>>
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相关机构：中国科学院金属研究所中国科学院研究生院《互联网周刊》编辑部莱斯大学更多>>
相关期刊：《电子质量》《消费电子》《创业家》《Chinese Journal of Structural Chemistry》更多>>
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震源机制一致性参数方法在台湾地区的应用研究
《华南地震》2022年第4期137-144,共8页胡淑芳 袁丽文 李强 黄艳丹 
2022年度震情跟踪定向工作任务(2022010113);国家自然科学基金面上项目(41774068)联合资助。
基于台湾地区1977—2022年568次M_(W)4.5以上地震的震源机制解资料,反演其一致性参数应力张量方差Variance的空间分布及Misfit角的时序变化特征。结合台湾地区历史震例研究表明:台湾M_(S)≥6.0地震多数发生在应力张量方差Variance的低...
关键词：震源机制解 Variance参数 Misfit角 M_(S)≥6.0地震 
Electron delocalization enhances the thermoelectric performance of misfit layer compound(Sn_(1-x)Bi_(x)S)_(1.2)(TiS_(2))_(2)
《Chinese Physics B》2022年第11期82-88,共7页Xin Zhao Xuanwei Zhao Liwei Lin Ding Ren Bo Liu Ran Ang 
financially supported by the National Key Research and Development Program of China(Grant No.2018YFA0702100);the Joint Funds of the National Natural Science Foundation of China;the Chinese Academy of Sciences’Large-Scale Scientific Facility(Grant No.U1932106);the Sichuan University Innovation Research Program of China(Grant No.2020SCUNL112)。
The misfit layer compound(SnS)_(1.2)(TiS_(2))_(2)is a promising low-cost thermoelectric material because of its low thermal conductivity derived from the superlattice-like structure.However,the strong covalent bonds w...
关键词：misfit layer sulfide electron delocalization carrier mobility chemical bond 
Tensile behaviors of filaments with misfit of chirality
《Acta Mechanica Sinica》2022年第11期115-127,共13页Yingbin Zhang Huichuan Zhao Hongjun Yu Qinghua Qin Jianshan Wang 
the National Natural Science Foundation of China(Grant Nos.12020101001,12021002,11872273,and 11890680);Tianjin Research Program of Application Foundation and Advanced Technology(Grant No.19JCYBJC19300).
Slender chiral filaments are ubiquitous in both artificial and biological materials.Due to their chiral microstructures,chiral filaments usually exhibit favorable properties such as superior elasticity and unusual str...
关键词：Misfit of chirality Unusual twist Bend-twist coupling deformation Structural chirality Force-displacement relationship 
Solid solution strengthening of high-entropy alloys from first-principles study被引量：2
《Journal of Materials Science & Technology》2022年第26期105-116,共12页H.L.Zhang D.D.Cai X.Sun H.Huang S.Lu Y.Z.Wang Q.M.Hu L.Vitos X.D.Ding 
The National Natural Science Foundation of China(No.51871175);Opening Project of Key Laboratory of Shaanxi Province for Craniofacial Precision Medicine Research,College of Stomatology,Xi’an Jiaotong University(No.2021LHM-KFKT005);the Innovation Fund of Materials Research of the Chinese Academy of Engineering Physics(No.CX201909);Fund of Key Laboratory of Surface Physics and Chemistry(No.XKFZ201902)are acknowledged for financial support;the financial support of the US AFOSR(No.FA9550-20-1-0015)。
Solid solution strengthening(SSS)is one kind of strengthening mechanisms and plays an important role in alloy design,in particular for single-phase alloys including high-entropy alloys(HEAs).The classical Labusch–Nab...
关键词：ALLOYS Solid solution strengthening HARDNESS Size misfit parameter Shear modulus misfit parameter First-principles calculations 
The misfit mitral valve
《Journal of Geriatric Cardiology》2021年第10期855-856,共2页Sebastian Alejandro Mikulic JoséRamón Rivas Hui-Jun GUO Khadeeja Esmail 
A 70-year-old female with history of rheumatic fever as a child with resultant surgical mitral valve replacement with bioprosthetic valve ten years prior presented to the hospital with worsening shortness of breath of...
关键词：VALVE MITRAL BREATH 
Rotational and translational domains of beta precipitate in aged binary Mg-Ce alloys被引量：3
《Journal of Magnesium and Alloys》2021年第3期1039-1056,共18页B.Z.Sun H.X.Zhang Y.Dong J.X.Ren Y.Tian G.M.Xie J.Tan Y.H.Sun Na Xiao 
The structural evolution fromβ_(1)(Mg_(3)Ce)toβ(Mg_(12)Ce)precipitates,which takes place at the over-aged stage of binary Mg-Ce alloys,are investigated by high-angle annular dark-field scanning transmission electron...
关键词：Magnesium alloys HAADF-STEM Rotational domain Translational domain Phase transition Interfacial misfit 
TiN/γ-Fe interface orientation relationship and formation mechanism of TiN precipitates in Mn18Cr2 steel被引量：1
《China Foundry》2021年第3期180-184,共5页Zheng-hui Wang Jing-pei Xie Qian Li Wen-yan Wang Ai-qin Wang Pei Liu 
the financial support from the National Natural Science Foundation of China(Grant No.U1604251);the Major Scientific and Technological Project of Luoyang,China(Grant No.2001017A)。
A Mn18Cr2 steel containing TiN precipitates was fabricated by vacuum induction melting.The morphology of TiN precipitates and the interface orientation relationship between TiN and γ-Fe were characterized by means of...
关键词：Mn18Cr2 steel TiN precipitates interface orientation relationship interface misfit 
Nankai Trough Velocity Structure Reconstruction using FWI of Wide-angle OBS Data with Graph-space Optimal Transport Misfit Function
《Acta Geologica Sinica(English Edition)》2021年第S01期11-14,共4页Andrzej GóRSZCZYK Romain BROSSIER Ludovic MéTIVIER 
by the SEISCOPE consortium(http://seiscope2.osug.fr),sponsored by AKERBP,CGG,CHEVRON,EQUINOR,EXXON-MOBIL,JGI,SHELL,SINOPEC,SISPROBE,and TOTAL;the Polish National Science Center,(Grant No.2019/33/B/ST10/01014)
Technical development oriented on the detailed seismic imaging and velocity model building coupled with rapid increase of the computing power available nowadays make it possible to process large volumes of seismic dat...
关键词：time-domain full-waveform inversion alternative misfit function high-resolution crustal-scale imaging 
MISFIT及MISFIT-GOODNESS在同址记录一致性中的应用研究
《四川地震》2021年第1期33-38,共6页李冬圣 李小军 贾炯 蔡玲玲 
河北省地震局测震专业仪器系统检测评估与观测场地遴选创新团队.
对同址观测的地震计所记录的安静时段背景噪声、天然地方震、远震事件分别进行MISFIT分析,并参考MISFIT-GOODNESS的结果,给出两台地震计记录一致性的评价,对基于不同目的波形分析给出使用记录波形的合理频段范围,提高数据应用的可靠性。
关键词：同址 MISFIT MISFIT-GOODNESS 频段 可靠性 
Energy dissipation mechanism of commensurate graphene layers被引量：1
《Science China(Technological Sciences)》2021年第3期635-640,共6页HUO ZhanLei CHEN Yang GUO ZhengRong CHANG TienChong 
the National Natural Science Foundation of China(Grant Nos.11602132,11425209 and 11872238);the Innovation Program of Shanghai Municipal Education Commission(Grant No.2017-01-07-00-09-E00019);the Program of Shanghai Academic Research Leader(Grant No.19XD1401500)。
The energy dissipation mechanism of graphene layers in commensurate contact is studied by molecular dynamics simulations.The commensurability between graphene layers is controlled by misfit angles between graphene lay...
关键词：GRAPHENE COMMENSURATE energy dissipation molecular dynamics misfit angle 
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