超高压：一般认为压强超过100Mpa就是超高压，在超高压条件下，生物体高分子立体结构中的氢键结合、疏水结合、离子结合等非共有结合发生变化，使蛋白质变性，淀粉糊化，酶失活，细胞膜破裂，菌体内成分泄漏，生命活动停止，微生物菌体破坏而死亡。
n. supertension
misc. ultrahigh pressure ; extra-high tension ; hyperpressure
防虎山组地层含高Si含量的碎屑多硅白云母和三叠纪年龄的锆石,三叠纪年龄的锆石含超高压(UHP)矿物包裹体,证明扬子大陆深俯冲(至地幔)的物质在早侏罗世时期已出露至大别山地表.
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SF-6断路器是当今超高压（Extra High Voltage）输配线路最重要类型的电力断路器，此款式断路器附带空气操作机构和封闭式循环气体系统，疾吹至跳脱组件以扑灭电弧。
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超高压阀门 Super high pressure valve ; super hellogh pressure valve
超高压泵 super-pressure pump ; very high pressure pump ; pressure pump
超高压汞灯 UHP ; super-high pressure mercury lamp ; ultra-pressure mercury lamp ; Super-HighPressureMercuryLamps
超高压水银灯 extra-high-pressure mercury vapor lamp ; superhigh voltage mercury lamp ; pressure mercury vapor lamp ; ultra-high pressure mercury lamp
动态超高压技术 [物] dynamic ultrahigh pressure technique ; dynamic ultrahigh pressure
超高压技术 The ultra-high pressure technology ; ultra high pressure technology ; [物] superhigh pressure technology ; ultra-high pressure
超高压发生器 extra-high-voltage generator ; extremely high tension generator
超高压电子显微镜 ultra-high voltage electron microscope ; ultrahigh voltage electron microscope
超高压放电 extra high pressure discharge
This paper focuses on the electromagnetic environmental problem of AC EHV and UHV transmission lines.
本文就交流超高压及特高压输电线路电磁环境问题进行了研究。
参考来源 - 超高压及特高压输电线路的电磁环境研究Reversed phase-high performance liquid chromatography(RP-HPLC) coupled with UV-visible detector was used to measure the content of 5 kinds of flavonols in red grape wine treated by ultra-high pressure.
采用反相高效液相色谱检测了经超高压处理后的葡萄酒中黄酮醇的含量。
参考来源 - 超高压处理对红葡萄酒中黄酮醇的影响HPB-500/50 hyper pressure biologic processor is the equipment that is capacious and production oriented.
HPB-500/50型超高压生物处理设备是一种面向生产的大容量超高压生物处理设备。
参考来源 - HPBHowever, they retain many of the epitopes necessary to elicit a satisfactory antibody response at the immune system. High hydrostatic pressure has been investigated as a potential method for viral inactivation and for feasible vaccine production.
因此,超高压技术在病毒疫苗的研制中具有潜在的应用价值。
参考来源 - 超高压对甲型流感病毒感染性和免疫性影响的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
在这样的超高压环境下，细菌、病毒和霉菌都会被杀死。
The vessel’s pressure conditions kill bacteria, viruses and molds.
现代超高压避雷器必须能在这些高能量的操作过电压下放电。
Modern EHV arresters must be capable of discharging these high-energy switching surges.
研究人员下一步将尝试解释为什么超高压能够增加类胡萝卜素的合成。
The researchers next hope to find out exactly how the high pressures are inducing the synthesis of more carotenoids.
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