Summary of Working Group 8: Advanced Laser and Beam Technology and Facilities

机译：工作组8：先进的激光和光束技术和设施

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This paper summarizes the trends in laser technology and facilities for advanced accelerator research as presented at the Advanced Accelerator Concepts Workshop held in Breckenridge, CO between August 12 and August 17, 2018. A synopsis of how contributions presented at the conference fit within these trends is provided. Readers may then refer to the full references for additional detail.

机译：本文总结了在2018年8月12日至8月17日至8月17日至8月17日至8月17日在Breckenridge举行的高级加速器概念研讨会上提出了先进的加速技术和设施的趋势。关于在这些趋势中，会议在会议上提供的贡献的概要假如。然后，读者可以参考完整的引用以获取其他详细信息。

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《IEEE Advanced Accelerator Concepts Workshop》|2018年|1 v.|共5页
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作者
Jay W. Dawson; Mikhail N. Polyanskiy;
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原文格式 PDF
正文语种
中图分类加速器;
关键词
Laser excitation; Pump lasers; Power lasers; Laser beams; Fiber lasers; Semiconductor lasers;

机译：激光励磁;泵激光器;电源激光器;激光束;光纤激光器;半导体激光器;

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专利

1. SUMMARY OF WORKING GROUP 4: APPLICATIONS OF HIGH BRIGHTNESS BEAMS TO ADVANCED ACCELERATORS AND LIGHTS SOURCES [J] . MITSURU UESAKA, ANDREA ROSSI International Journal of Modern Physics, A. Particles and Fields, Gravitation, Cosmology . 2007,第23期

机译：第4工作组摘要：高亮度光束在高级致动器和光源中的应用
2. Summary of the working group 3: Electron beams from electromagnetic structures, including dielectric and laser-driven structures [J] . Walter Wuensch, Peter Hommelhoff Nuclear Instruments & Methods in Physics Research . 2016,第SEPa1期

机译：工作组3的摘要：来自电磁结构的电子束，包括介电和激光驱动的结构
3. Summary of the Working Group 3: Electron beams from electromagnetic structures, including dielectric and laser-driven [J] . J. Rosenzweig, M. Conde, WG leaders Nuclear Instruments & Methods in Physics Research . 2014,第mara11期

机译：工作组3的摘要：来自电磁结构的电子束，包括电介质和激光驱动
4. Summary of Working Group 8: Advanced Laser and Beam Technology and Facilities [C] . Jay W. Dawson, Mikhail N. Polyanskiy 2018 IEEE Advanced Accelerator Concepts Workshop . 2018

机译：第8工作组摘要：先进的激光和光束技术和设备
5. Fabrication of advanced semiconductor lasers and other optoelectronic devices using focused ion beam technology. [D] . Chen, Ping. 1995

机译：使用聚焦离子束技术制造先进的半导体激光器和其他光电器件。
6. Evaluation of Titanium Alloys Fabricated Using Rapid Prototyping Technologies—Electron Beam Melting and Laser Beam Melting [O] . Mari Koike, Preston Greer, Kelly Owen, 2011

机译：使用快速原型技术制造的钛合金的评估-电子束熔化和激光束熔化
7. The VUV and soft x-ray free electron laser FLASH (former VUV-FEL) is a user facility at DESY\ud (Hamburg). In order to optimize the performance of the facility, an accurate characterization of the\ud electron beam properties is essential. The transverse projected emittance, one of the important parameters\ud characterizing the quality of an electron beam, is measured using a four monitor method with optical\ud transition radiation monitors. A normalized rms emittance below 2 mmmrad for a 1 nC beam has been\ud measured. In this paper we describe the experimental setup, data analysis methods, and present\ud experimental results. [O] . Loehl, F, Schreiber, S, Castellano, M, 2006

机译：VUV和软X射线自由电子激光器FLASH（以前的VUV-FEL）是DESY \ ud的用户设施（汉堡）。为了优化设施的性能，\ ud的准确表征电子束特性至关重要。横向投影发射率，重要参数之一表征电子束质量的方法是使用具有光学\ ud 过渡辐射监测仪。 1 udC光束的归一化均方根发射率低于2 mmmrad 测量。在本文中，我们描述了实验设置，数据分析方法以及当前\ ud 实验结果。
8. First Meeting of the International Working Group on Advanced Technologies for Water Cooled Reactors, Vienna, 18-21 May 1987. (Pt. 2). Summary Report [R] . 1987

机译：1987年5月18日至21日在维也纳举行的水冷堆先进技术国际工作组第一次会议。（第2页）。总结报告

Summary of Working Group 8: Advanced Laser and Beam Technology and Facilities

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