“不可逆性电击穿”是指当电气设备或系统遭受严重电气压力而无法复原时产生的现象。这种现象可能导致设备或系统的损坏，甚至引发火灾或其他严重事故。在工程和科学领域中，对不可逆性电击穿的研究具有重要意义，能够帮助设计更可靠的电气设备和预防潜在的危险。本文将收集、整理“irreversible electrical breakdown”相关的英语短句和例句，以帮助读者更好地理解这一概念及其在实际应用中的意义。
不可逆性电击穿,irreversible electrical breakdown
1)irreversible electrical breakdown不可逆性电击穿
1.Based on the analysis of research development of electroporation and intracellular electromanipulation induced by steep pulse,the innovate thought thatirreversible electrical breakdown of steep pulse was applied to regulate and control death and apoptosis of tumor cells was proposed in this paper.为寻求更为有效的肿瘤治疗策略,通过对陡脉冲治疗肿瘤的电穿孔效应和内处理效应的国内外研究现状的分析,提出了陡脉冲不可逆性电击穿效应调控肿瘤细胞死亡和凋亡的创新思路。
2.This phenomenon is called asirreversible electrical breakdown (IREB).在一定电场强度陡脉冲的作用下 ,细胞膜会形成大量微孔 ,其数量和孔径会随电场强度的增加而激增 ,从而引起膜组织断裂 ,导致细胞死亡 ,这种现象被称为不可逆性电击穿。
3.To investigate the security and validity ofirreversible electrical breakdown(IREB) of steep pulse in the treatment of tumors,40 New Zealand rabbits were used to establish the VX2 liver cancer model.为探讨陡脉冲不可逆性电击穿(Irreversible electrical breakdown,IREB)治疗肿瘤的安全性及有效性,建立40只新西兰大白兔VX2肝脏肿瘤模型,随机分为实验组和对照组,分别予以IREB治疗及假性处理。
英文短句/例句
1.Research of Irreversible Electrical Breakdown of Steep Pulse in the Treatment of Rabbit Liver Cancer陡脉冲不可逆性电击穿治疗兔肝脏肿瘤研究
2.Study on Experiment and Mechanism of Irreversible Electrical Breakdown of Malignant Tumor Cell under Controllable Steep Pulsed Electric Fields;可控陡脉冲对恶性肿瘤细胞不可逆性电击穿的实验和机理研究
3.The Influence of the Structure Parameter and Irreversibilities on the Performance of the Thermoelectric Generators;结构参数与不可逆性对热电发电器性能的影响
4.non repetitive peak off state voltage不可逆峰值断态电压
5.Exergy Economic Performance Optimization of an Irreversible Closed Type Brayton Heating-and-power Cogenration Plant不可逆闭式布雷顿热电联产装置经济性能优化
6.Power Frequency Breakdown Characteristics of Water-tree Retardant XLPE Power Cable抗水树XLPE电力电缆的工频击穿特性
7.Investigation on Electrical Breakdown Properties of Al_2O_3/Cu Composite;Al_2O_3/Cu复合材料耐电击穿性能的研究
8.Breakdown characteristics of gas switch under nanosecond pulse voltage纳秒脉冲电压下气体开关的击穿特性
9.High-voltage Nanoseconds GaAs Photoconductive Switch and Its Breakdown Characteristic高压ns光电导开关及其击穿特性研究
10.Optimal Analysis on the Performance Characteristics of Irreversible Semiconductor Thermoelectric Refrigerator and Generator;不可逆半导体制冷器和温差发电器性能特性的优化分析
11.Laser Breakdown-Generated Sound in Different Optical Focusing Lens Systems不同光聚焦状态的光击穿声辐射特性
12.Study on the Irreversible Heat Transfer Characteristics on Convective Heating Surfaces of Large Utility Boiler;大型电站锅炉对流受热面不可逆换热特性的研究
13.A high-voltage and high-current photoconductive semiconductor switch and its breakdown characteristics高压超大电流光电导开关及其击穿特性研究
14.impossible to reverse or be reversed.不能倒逆或不可逆转。
15.dieletric breakdown test绝缘击穿试验,电介质击穿试验
16.No electrical break-down in a long run service,not even when installed in humid/wet Environments.在长期使用过程中,不会产生电击穿.即使是在潮湿的环境,也不会产生电击穿.
17.Feasibility Analysis of the Subway Station Topdown Construction at Harbin Electric Meter Factory;哈电表厂地铁站逆作施工可行性分析
18.Research on Inverter Reliability Based on Neural Network基于神经网络的逆变电源可靠性研究
相关短句/例句
Irreversible electric breakdown不可逆电击穿
3)irreversible breakdown不可逆击穿
4)puncture-proof不可击穿型
5)reversible dielectric breakdown司逆介电击穿
6)invertibility attack可逆性攻击
1.While the protocol can defeatinvertibility attacks, the algorithm ensures that any attack based on availability of inserter is impossible to succeed.提出了可以同时抵抗可逆性攻击和嵌入器攻击的安全水印系统。
延伸阅读
液体电介质电击穿液体电介质电击穿breakdown in dielectric liquids丫e们d{0川旧7日妇ch日on液体电介质击穿(b reakdownindielectricliquids)在电场作用下，液体电介质由绝缘状态突变为良导电状态的过程。液体电介质击穿过程的试验研究还不很充分，全面描述液体电介质击穿的理论尚未形成。对于纯净的液体电介质，存在两种用来解释击穿过程的理论—电击穿理论(见液体电介质电击穿)和气泡击穿理论(见液休电介质气泡击穿)。对于或多或少含有水分、纤维等杂质的工程用液体电介质的击穿过程，可用小桥击穿理论(见液体电介质小桥击穿)解释二
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