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Preliminary Investigation of Ablative Material Response to High-Intensity CO2 Laser Radiation

机译：烧蚀材料对高强度CO2激光辐射响应的初步研究

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作者
Brewer, W. D.;
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年度 1970
页码 1-1
总页数 1
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ablative materials ; Carbon dioxide ; Gas lasers ; Performance tests ; Controlled atmospheres ; Radiation effects;

机译：烧蚀材料;二氧化碳;气体激光器;性能测试;可控气氛;辐射效应;

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专利

1. Effect of beam intensity on target response to high-intensity pulsed CO2 laser radiation [J] . Journal of Applied Physics . 1975,第4期

机译：光束强度对目标对高强度脉冲CO2激光辐射的响应的影响
2. Analysis of induced stress on materials exposed to laser-plasma radiation during high-intensity laser experiments [J] . Sciscio M., Barberio M., Liberatore C., Applied Surface Science . 2017,第ptaA期

机译：高强度激光实验中暴露于激光等离子体辐射的材料上的感应应力分析
3. Relieving Pain in Oral Lesions of Pemphigus Vulgaris Using the Non-ablative, Non-thermal, CO2 Laser Therapy (NTCLT): Preliminary Results of a Novel Approach [J] . Nasrin Zand, Parvin Mansouri, Mohsen Fateh, Journal of Lasers in Medical Sciences . 2017,第1期

机译：使用非消融，非热，CO2激光疗法（NTCLT）缓解寻常性天疱疮的口腔病变疼痛：一种新方法的初步结果
4. Mathematical modeling and experimental studies of thermal protection of composite materials under high-intensity effects of laser radiation [C] . Sergey A. Kolesnik, Nikolay A. Bulychev, Lev N. Rabinskiy, International Conference on Pulsed Lasers and Laser Applications . 2019

机译：激光辐射高强度效应中复合材料热保护的数学建模与实验研究
5. Response of a germanium tunnel diode to CO2 laser radiation. [D] . Ribakovs, Gennadijs. 1971

机译：锗隧道二极管对CO2激光辐射的响应。
6. Relieving Pain in Oral Lesions of Pemphigus Vulgaris Using the Non-ablative Non-thermal CO2 Laser Therapy (NTCLT): Preliminary Results of a Novel Approach [O] . Nasrin Zand, Parvin Mansouri, Mohsen Fateh, 2017

机译：使用非消融非热CO2激光疗法（NTCLT）缓解寻常性天疱疮的口腔病变疼痛：一种新方法的初步结果
7. Relieving Pain in Oral Lesions of Pemphigus Vulgaris Using the Non-ablative, Non-thermal, CO2 Laser Therapy (NTCLT): Preliminary Results of a Novel Approach [O] . Nasrin Zand, Parvin Mansouri, Mohsen Fateh, 2017

机译：使用非烧蚀，非热量，CO2激光治疗（NTCLT）来缓解口腔疱疹口腔病变的疼痛：一种新方法的初步结果

Preliminary Investigation of Ablative Material Response to High-Intensity CO2 Laser Radiation

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