磁组构,magnetic fabric
1)magnetic fabric磁组构
1.The principle and application of magnetic fabric to paleocurrent estimation of drilling cores;岩心磁组构分析古水流方向的原理与应用
2.Characteristics of Late Cenozoic magnetic fabric in Honggouzi area of western Qaidam Basin and their significance;柴西红沟子地区晚新生界磁组构的特征和意义
3.Three dimension construction and magnetic fabric analysis of the Yanjinggou fault-propagation fold in western Sichuan;川西盐井沟断层传播褶皱的三维构造建模与磁组构分析
英文短句/例句

1.The anisotropy is described by a magnetic susceptibility tensor, andapplied to analyse the magnetic fabric of rocks.磁各向异性采用磁化率张量来描述,并用于研究岩石的磁组构
2.MAGNETIC FABRIC CHARACTERISTICS OF HYDRAULIC DEPOSIT, EOLIAN DEPOSIT AND PALEOSOL水成沉积与风成沉积及古土壤的磁组构特征
3.Magnetic Fabric of Holocene Palaeo-Floods Events in Jianghan Plain基于磁组构特征的江汉平原全新世古洪水事件
4.Design of Automatic Mapping for Rock Magnetic Fabric Based on Delphi基于Delphi的岩石磁组构自动成图系统的设计
5.Magnetic Fabrics and Tectonic Implications of Jinchiyuan and Zhangjiaba Plutons in Southern Qinling Mountains南秦岭金池院与张家坝岩体磁组构特征和构造意义
6.Research on Microstructure and Magnetic Property of Amorphous Fe-Si非晶Fe-Si软磁箔的组织结构及磁性能研究
7.Effect of microstructure on the magnetic properties of Pt-Co permanent magnetic alloy微观组织结构对铂钴永磁合金磁性能的影响
8.Assembly of chain-like structure with Co nanospheres under induced magnetic field and its magnetic properties磁场诱导组装磁性钴纳米球链状结构及其磁性能
9.Construction and Magnetic Property of the Molecular Magnet using (NEt_4)_3Fe(CN)_6 as the Building Block;以(NEt_4)_3Fe(CN)_6为组装单元的分子磁体的构建及磁性研究
10.Studying for the High Property of Sintered NdFeB Magnet on Microstructure, Magnetic Properties and Domain Structure;高性能烧结NdFeB显微组织、磁性能和磁畴结构的研究
11.Dialysis the Internal Organization and the Structure of the Soft Disk-the Data Instauration of the Soft Disk;透析软磁盘的内部组织与结构——软磁盘的数据恢复
12.Study on the Microstructure and Magnetoclaoric Properties of Gd_5(Si_xGe_(1-x))_4 Alloys;Gd_5(Si_xGe_(1-x))_4合金的组织结构与磁热性能研究
13.Microstructure and Properties of Ni-Fe-Ga-Co Ferromagnetic Shape Memory Alloys;Ni-Fe-Ga-Co磁性形状记忆合金的组织结构与性能
14.Fabrication, Structure and Property of Semi-magnetic Alloy;块状半硬磁材料的制备及组织结构与性能
15.Study on the Stress, Microstructure and Giant Magnetostriction of RE-GMFs;RE-GMFs的应力、组织结构及其磁应变的研究
16.Microstructure and Properties of CoNiAlMe Magnetic Shape Memory Alloys(MSMA);CoNiAlMe磁控形状记忆合金的组织结构及性能研究
17.Structural genomics and protein nuclear magnetic resonance spectra;结构基因组学与蛋白质核磁共振(NMR)光谱
18.Effects of Electromagnetic Shielding Effectiveness on Microstructure and Texture of Magnesium Alloy镁合金组织和织构对其电磁屏蔽效能的影响
相关短句/例句

magnetic fabrics磁组构
1.Magnetic fabrics and tectonic implications of the Higher Himalayan rocks in Nyalam, southern Tibet;聂拉木地区高喜马拉雅岩石磁组构及其构造含义
2.This paper reports Precambrian rock magnetic fabrics in the Nyalam area of the southern Tibet.通过对西藏南部聂拉木地区前寒武纪岩石磁组构进行研究表明:该区岩石磁化率百分率的各向异性H值较高,均大于10%,这说明岩石曾经历了较强烈的韧性变形。
3.The characteristics of the above parameters indicate that the original magnetic fabrics of the yellow-brown layer and reticulate layer have been recomposed by weathering in different ways,while the former seemed to be more seriously reworke.安徽宣城第四纪网纹红土剖面黄棕色土层和网纹层的K、P、E、F、L、q等磁组构参数特征显示,i3>60°样品的磁组构特征有效降低了后期风化作用的影响,可近似代表黄棕色土层和网纹层的原生磁组构特征。
3)magnetic fabric磁性组构
1.A basic program of computer is given in this paper to process the original data of magnetic fabric, and to obtian five main parameters of magnetic fabric and logarithmic values of magnetic face and magnetic line.本文给出一个微机basic程序,可将岩石磁性组构的原始数据进行数据处理,得出磁性组构的五种主要数据及磁面理、磁线理的对数值。
4)magnetic fabric磁组构学
1.The method of magnetic fabric is featured by multiply-parameters, high-resolution and quantification.利用磁组构学的多参数、高精度以及定量化的优点,对大别山南麓的马垅、麻桥2个典型岩体进行了花岗岩类的岩浆动力学研究。
2.The characteristics of magnetic fabrics of 111 directional samples from the fist sect of Upper Shihezi Formation to Sunjiagou Formation in Xishan section, Taiyuan have been studied.对太原西山剖面上石盒子组 1段至孙家沟组的 111块定向标本所进行的磁组构学研究表明 ,其磁化率各向异性参数的主体特征为 :磁化率介于 2 0 0— 35 0 ( 10 - 6 SI)之间 ;各向异性度≥ 1。
5)magnetic fabric of lava熔岩磁组构
6)inverse magnetic fabric反转磁组构
延伸阅读

双间同立构二单元组分子式:CAS号:性质:在双取代的乙烯基聚合物(CHX—CHY)n中,X和Y为不同的取代基,如果它的两个单元以外消旋方式键接,则构成双间同立构二单元组。