U.S.-Poland Geophysical Research on Texture Components for Low Crystal Symmetries

美国的主要目标是-波兰研究 来自牛津大学的汉斯-鲁道夫·温克博士 加州，伯克利，和波兰的Jan Pospiech博士 科学院金属研究所将于 形变织构的定量分析 材料通过扩展断层扫描算法的 Pawlich-Pospiech（PP）到低晶体和三斜晶系 样本对称性 选择强调的材料是 石英在地质构造中具有重要意义， 地壳 它的质地也有很大的不同， 地质条件。 研究人员计划， 测量变形石英岩的极图， 不同的经典地方，并准备一个目录， ODF与PP方法。 结果应该提供更多 石英结构的定量解释 它们的地球物理变形史 这个项目在地球物理实现了计划目标 推动科学知识的发展， 美国和波兰的研究人员将联合收割机 各领域的互补努力和能力， 在以下领域的强烈共同兴趣和能力 在平等的基础上进行基础科研， 互惠互利。

The primary objective of this U.S.-Poland research between Dr. Hans-Rudolf Wenk of the University of California, Berkeley, and Dr. Jan Pospiech of the Polish Academy of Sciences' Institute for Metals Research is to advance quantitative texture analysis of deformed materials by extending the tomography algorithm of Pawlich-Pospiech (PP) to low crystal and triclinic sample symmetry. The material chosen for emphasis is quartz which is of great tectonic importance in the earth's crust. Its textures also vary greatly in geological conditions. Together, the researchers plan to measure pole figures on deformed quartzites from different classical localities and prepare a catalog of ODFs with the PP method. Results should provide a more quantitative interpretation of quartz textures in terms of their geophysical deformation history. This project in geophysics fulfills the program objective of advancing scientific knowledge by enabling leading researchers in the United States and Poland to combine complementary efforts and capabilities in areas of strong mutual interest and competence in the field of basic scientific research on the basis of equality, reciprocity, and mutuality of benefit.