非热效应

Vaidya-Bonner时空中荷电粒子的非热效应

Non-thermal effect of charged particles in Vaidya-Bonner space-time

最后以本文设计的Ka波段横电磁波小室组成的毫米波辐照系统为实验平台，对水稻种子分三批次，进行了不同辐射功率和辐射时间的辐照实验来研究毫米波生物非热效应。

Finally , we do an experiment with the millimeter wave radiation experiment platform which consists of the GTEM Cell designed in the thesis to research the biological non-thermal effect of the rice seeds .

低强度微波对烟草叶片细胞膜系统和POD同工酶的非热效应

Non-Thermal Effect of Microwave on Membrane System of Cell and Peroxidase Isoenzymes in Leaf of Tobacco

方法：应用cDNA基因芯片技术分析微波非热效应的分子机制。

Methods : cDNA microarray was used to investigate the changes in differentially expressed genes in immune tissues induced by HPM .

微波促进H2O2产生·OH而能更有效地降解甲基橙，这是微波热效应和非热效应共同作用的结果。

Microwave can induce conversion of H2O2 to · OH , and it is helpful to the degradation of methyl orange solution .

以NR胎面胶探讨硫化胶微波脱硫过程中微波的非热效应。

The non-thermal efficiency of the microwave during the devulcanization was investigated with a NR-based tread vulcanizate .

结合微波的热效应、非热效应特性，利用经改装的微波反应装置，对微波解吸柠檬酸盐溶液中SO2的过程进行了研究。

Utilizing the characteristics of microwave and the device of microwave reaction , the desorption process of SO2 in citrate solution was experimentally explored .

结论：细胞膜是EMP作用于细胞的敏感靶部位，细胞膜穿孔是EMP非热效应的损伤作用机制之一。

Conclusion : Cell membrane is a sensitive target for cell injury by EMP . Cell membrane perforation is one of the main mechanisms of non-heating injury by EMP .

HPM对机体免疫组织的影响可能属非热效应的作用机制，且涉及的差异基因范围也较为广泛。

It was suggested that the influence of HPM on immune tissue might be the molecular mecha - nism of non-thermal effects , which is involved in various changes in many differentially expressed genes .

通过比较相同温度条件下大肠杆菌、沙门氏菌和金黄色葡萄球菌微波和水浴杀菌D值与Z值，可以发现微波杀灭的效果与水浴杀菌相近，未发现显著的微波非热效应。

By Comparing the D and Z-values of Escherichia coli , Salmonella paratyphi B , Staphylococcus aureus in water bath and microwave heating , we found that there was no difference between water bath and microwave heating and no evident non-thermal effect of the microwave .

不同剂量He－Ne激光对大肠杆菌的非热效应

Athermal Effects of Different Doses of He-Ne Laser on E. Coli

低功率密度微波辐射对人细胞的非热效应

The athermal effects of low power density microwave radiation on human cells

微波非热效应有机固体化学反应研究

Study of the Non-thermal Effect of Microwave on Organic Solid State Chemistry

脉冲电流电磁场对生物膜的非热效应分析

Analysis for non-thermal effects of pulsed current electromagnetic fields on biological membranes

低强度微波对晶状体的非热效应损伤的研究进展热疗法消除辐射损伤

The Non-thermal Effect of Low Power Microwave Radiation on Lens

微波化学非热效应初探

A Study on Non-thermal Efficiency of Microwave Chemical Reaction

应用量子力学推导出电磁生物非热效应的公式，即单位时间入射到生物组织内的光子数与分子振动维数的关系式。

It obtains the formula of non-heat effect of bio-electromagnetic by quantum mechanics .

硫化胶微波脱硫过程中的非热效应

Non - thermal efficiency of microwave during devulcanization

电磁生物非热效应的理论分析

Theoretical Analysis of the Non-heat Effect of Bio-electromagnetic

带电磁荷直线加速动态黑洞的非热效应

Non-thermal Effects of Dynamic Black Hole in Linear Acceleration with Electric and Magnetic Charges

提示微波的非热效应可能会影响白血病细胞的净化。

It was suggested that nonthermal effect of microwave might influence purgation of leukemic cells .

根据已有的微波生物非热效应的实验，应用量子力学推导出微波生物非热效应的公式。

A formula for athermal effect of bio-microwave is derived in terms of quantum mechanics .

脉冲电场的非热效应及在液态食品处理中的应用

Non-thermal Effects in a Pulsed Electric Field and Its Application to Pasteurization of Fluid Foods

电穿孔效应是解释电磁辐射非热效应的关键机制之一。电穿孔导致的细胞膜通透性和膜结构改变存在一定发展规律。

Electroporation is one of the most critical mechanisms to explain the athermal effects of electromagnetic radiation .

微波与物质相互作用过程中，除热效应外，是否还存在非热效应？

Besides heat effect , does non heat effect also exist in the interaction between microwave and mass ?

硫化胶温度较低时，交联网络遭到的破坏主要来自微波的非热效应作用；

The breakdown of the cross-linking network in vulcanizate at lower temperature resulted mainly from the non-thermal efficiency of microwave ;

细胞膜损伤是电磁辐射非热效应的损伤作用机制之一。

Cell membrane injury plays a crucial role in the mechanism of non-heating effect caused by electromagnetic radiation . Conclusions : 1 .

微波对四苯基卟啉的合成存在非热效应，可提高反应试剂缩合关环形成四苯基卟啉的速率。

Microwave inducement resulted in the athermal effect , which can increase the velocity of close_loop condensation reaction in the formation of TPP .

电磁场通过三种基本耦合机制在人体产生热效应和非热效应。

The electromagnetic field takes effect on human body in the form of thermal effects and non-thermal effects through three basic coupling mechanisms .

反应动力学研究表明，微波具有促进酯化反应的作用，体现了微波的热效应和非热效应。

Reaction kinetics research shows , microwave can accelerate the esterification reaction , it embodies the thermal and a thermal effect of microwave .