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An Analysis of Blast Pressure Rise in Gas Circuit Breaker by a Single Molecule Model Taking the Nozzle Ablation into Consideration

机译：单分子模型考虑到喷嘴消融的单分子模型对气体断路器爆压升压的分析

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Naoki Ohsawa; Yoshio Yoshioka;
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年度 2001
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1. Analysis of Nozzle Ablation Characteristics of Gas Circuit Breaker [J] . Power Delivery, IEEE Transactions on . 2010,第2期

机译：气体断路器的喷嘴烧蚀特性分析
2. Modelling and simulation of nozzle ablation in high-voltage circuit-breakers [J] . Godin D., Reggio M., Zhang XD., Journal of Physics, D. Applied Physics: A Europhysics Journal . 2000,第20期

机译：高压断路器喷嘴烧蚀的建模与仿真
3. Calculation of Transient Puffer Pressure Rise Takes Mechanical Compression, Nozzle Ablation, and Arc Energy Into Consideration [J] . Naoki Osawa, Yoshio Yoshioka IEEE Transactions on Power Delivery . 2005,第1期

机译：瞬态河豚压升高的计算考虑了机械压缩，喷嘴烧蚀和电弧能
4. An analytical method of blast pressure rise in the gas circuit breaker by a single molecule model Taking the nozzle ablation into consideration [C] . Naoki Osawa, Yoshio Yoshioka 電気学会全国大会 . 2000

机译：一种分子模型考虑到喷嘴消融的燃气断路器中喷气压力升高的分析方法
5. EXPERIMENTAL AND THEORETICAL RESULTS FOR LOW CURRENT D.C. ARC IN NOZZLE FLOWS AND CALCULATION OF COLD FLOW FIELD AND CORRELATION WITH EXPERIMENTAL DATA FOR ASYMMETRICAL FLOW CIRCUIT BREAKER NOZZLES (GAS DYNAMICS, NUMERICAL, FINITE ELEMENT METHOD). [D] . WHANG, HO-CHANG. 1986

机译：喷嘴流中低电流D.C. ARC的实验和理论结果以及冷流场的计算及其与非对称流断路器喷嘴的实验数据的相关性（气体动力学，数值，有限元方法）。
6. Development of an integrated optical coherence tomography-gas nozzle system for surgical laser ablation applications: preliminary findings of in situ spinal cord deformation due to gas flow effects [O] . Ronnie Wong, Jamil Jivraj, Barry Vuong, 2015

机译：开发用于手术激光消融应用的集成光学相干断层扫描-气嘴系统：由于气流影响而引起的原位脊髓变形的初步发现
7. Experimental investigations of the influence of ablation to the pressure build-up in SF6 self-blast circuit breakers [O] . Kornhaas Alexander, Reichert Frank, Leu Carsten, 2010

机译：烧蚀对SF6自爆断路器中压力累积影响的实验研究
8. Modeling of the Non-Auditory Response to Blast Overpressure: Considerations inDeveloping a Mechanistically-Based Model of Blast-Induced Injury to Air-Containing Organs [R] . Stuhmiller, J. H. 1990

机译：爆炸超压的非听觉反应建模：开发基于机械的爆炸引起的空气损伤模型的思考

An Analysis of Blast Pressure Rise in Gas Circuit Breaker by a Single Molecule Model Taking the Nozzle Ablation into Consideration

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