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Creation and Implementation of a Tracking Module for a Small-Geometry, Vertex Time Projection Chamber

机译:创建和实现用于小几何顶点时间投影腔的跟踪模块

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A charged-particle tracking module was written and tested using pixel data generated from CERN's Monte Carlo detector-modeling program GEANT. This tracking module was customized for testing the design of a micro-strip gas time project chamber, designed by Drs. Margetis and Wieman of the Relativistic Nuclear Collisions Group at Lawrence Berkeley Laboratory. This low-mass, high-resolution, small-geometry vertex time projection chamber was designed for possible use with a larger instrument in an experiment using the relativistic heavy ion collider, RHIC, under construction at Brookhaven National Laboratory in New York. Implementing this tracking module involved generating tables and source code in a manner which is accessible to any user who is familiar with general purpose programming, using event-based data-processing. This charged-particle tracking module project was initiated in Summer-1994 as part of a 10-week, undergraduate research project at Lawrence Berkeley Laboratory, sponsored by LBL's Office of Science and Engineering Education. Further research on this project is underway at UALR.
机译:使用从CERN的蒙特卡洛探测器建模程序GEANT生成的像素数据编写并测试了带电粒子跟踪模块。该跟踪模块是为测试微带气体时间项目室的设计而定制的,该室由Drs。Dr.设计。劳伦斯伯克利实验室的相对论核碰撞小组的Margetis和Wieman。这种低质量,高分辨率,小几何形状的顶点时间投影室设计用于在纽约布鲁克海文国家实验室正在建造的相对论性重离子对撞机RHIC的实验中,可与更大的仪器配合使用。实现此跟踪模块涉及使用基于事件的数据处理,以任何熟悉通用编程的用户都可以访问的方式生成表和源代码。该带电粒子跟踪模块项目是1994年夏季发起的,是LBL科学与工程教育办公室赞助的劳伦斯伯克利实验室为期10周的本科生研究项目的一部分。 UALR正在对该项目进行进一步的研究。

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