Neutron pole figures compared with magnetic preferred orientations of different rock types

Hansen A; Chadima M; Cifelli F; Brokmeier HG; Siemes H

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Neutron pole figures compared with magnetic preferred orientations of different rock types

机译：中子极数与不同岩石类型的磁性首选取向的比较

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Neutron diffraction is an excellent tool for pole figure measurement of rock samples. Due to high penetration depth of neutrons for most materials neutron diffraction represents an efficient tool to measure complete pole figures with reliable grain statistics even in coarse grained or inequi-granular materials. In the field of structural geology, the measurement of anisotropy of magnetic susceptibility is a standard technique to reveal the tectonic history of deformed rocks. The application of both techniques on still ongoing studies of Precambrian, Carboniferous and Quaternary rocks which are characterised by fundamental different tectonic evolutions and mineralogical compositions shows the wide field of relevance and importance of these methods in understanding tectonic processes in detail. (C) 2004 Elsevier B.V. All rights reserved.

机译：中子衍射是测量岩石样品极图的极好工具。由于大多数材料的中子穿透深度都很高，所以中子衍射代表了一种有效的工具，即使在粗粒或非粒状材料中，也可以通过可靠的晶粒统计数据来测量完整的极图。在结构地质领域，磁化率各向异性的测量是揭示变形岩石构造历史的一种标准技术。两种技术在前寒武纪，石炭纪和第四纪岩石的仍在进行的研究中的应用，这些岩石以根本不同的构造演化和矿物学组成为特征，显示出这些方法在详细了解构造过程方面具有广泛的相关性和重要性。（C）2004 Elsevier B.V.保留所有权利。

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《Physica, B. Condensed Matter》 |2004年第3期|共3页
作者
Hansen A; Chadima M; Cifelli F; Brokmeier HG; Siemes H;
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正文语种 eng
中图分类物理学;
关键词
crystallographic texture; magnetic anisotropy; rocks; ANISOTROPY;

机译：晶体织构;磁各向异性;岩石;各向异性;

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1. Neutron pole figures compared with magnetic preferred orientations of different rock types [J] . Hansen A, Chadima M, Cifelli F, Physica, B. Condensed Matter . 2004,第1a3期

机译：中子极数与不同岩石类型的磁性首选取向的比较
2. Extracting grain-orientation-dependent data from in situ time-of-flight neutron diffraction. I. Inverse pole figures [J] . G. M. Stoica, A. D. Stoica, K. An, Journal of Applied Crystallography . 2014,第6期

机译：从原位飞行时间中子衍射中提取与晶粒取向有关的数据。 I.反极数字
3. Preferred Orientation in Stark Rubber Studied with an Automatic Integrating Pole Figure Goniometer [J] . Journal of Applied Physics . 1955,第12期

机译：用自动积分杆图测角仪研究斯塔克橡胶的首选取向
4. Mica (110) Pole Figures in Support of Marchian Behaviour of Phyllosilicates during the Development of Phyllosilicate Preferred Orientation [C] . International conference on texture and anisotropy of polycrystals . 1998

机译：云母（110）杆子图支持在碱硅酸盐的开发期间Phyllosilicates的Marchian行为
5. Smart Rocks for Bridge Scour Monitoring: Design and Localization Using Electromagnetic Techniques and Embedded Orientation Sensors. [D] . Radchenko, Andro. 2017

机译：用于桥梁冲刷监控的智能岩石：使用电磁技术和嵌入式方位传感器进行设计和定位。
6. Orientation Measurement Based on Magnetic Inductance by the Extended Distributed Multi-Pole Model [O] . Fang Wu, Seung Ki Moon, Hungsun Son 2014

机译：扩展分布多极点模型基于磁感的方位测量
7. Local magnetic anisotropy by polarized neutron powder diffraction: Application of magnetically induced preferred crystallite orientation [O] . I. A. Kibalin, A. Gukasov 2019

机译：偏振中子粉末衍射局部磁各向异性：磁诱导优选的微晶取向的应用
8. Computer-Aided Preparation of Preferred Orientation Pole Figures [R] . Cross, A. D., Kelly, E. H. 1979

机译：计算机辅助制备优选的定向极图

Neutron pole figures compared with magnetic preferred orientations of different rock types

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