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- Ti/SiO_2界面反應的研究THE STUDY OF INTERFACE REACTION OF Ti/SiO_2 DURING RTA TREATMENT
- 不同孔結構兩親性沸石的制備及其對相界面反應的催化性能Preparation of Amphiphilic Zeolites with Various Pore Structure and Their Catalytic Performance for Phase-Boundary Reaction
- 反應response
- InSb上化學(xué)汽相淀積SiO_2界面形成的X射線(xiàn)光電子譜研究XPS study of interface formation of CVD SiO_2 on InSb
- 反應的reactive
- La在Si/SiO_2界面的電效應ELECTRIC EFFECTS OF La AT THE Si/SiO_2 INTERFACE
- 二氧化硅中可動(dòng)正離子在Si-SiO_2界面的定域群聚現象及其物理原因的探討THE LOCALIZED PHENOMENA OF CLUSTERING OF MOBILE IONS IN SiO_2 AT Si-SiO_2 INTERFACE AND THE PRELIMINARY STUDIES ON ITS ORIGIN
- Si-SiO_2界面的輻射感生界面態(tài)Radiation induced Si-SiO_2 interface states
- 能經(jīng)化學(xué)反應感光的能通過(guò)化學(xué)反應對陽(yáng)光或紫外線(xiàn)輻射反應的Capable of responding to sunlight or ultraviolet radiation by chemical reaction.
- 可以預測,F在Si/SiO_2界面附近和SiO_2中的行為直接與MOS結構的輻射響應相對應,而F的行為依賴(lài)于注F工藝條件。It can be expected that the acts of fluorine on the interface of Si/SiO2 and in the SiO2 film are responsible to the radiation effects of MOS structures and depend on the technology of F implantation.
- 金屬基復合材料制備中有害界面反應的控制和潤濕性的改善工藝Controlling Detrimental Interface Reaction and Improving Wetness of Metal Matrix Composite
- 我經(jīng)過(guò)深思熟慮得出如下意見(jiàn)：一項涉及到對挑釁所作出的審慎反應的經(jīng)過(guò)深思熟慮的政策My considered opinion; a considered policy involving a measured response to provocations.
- 備解素，血清滅菌蛋白血清中與防御素協(xié)同參與身體的免疫反應的人體血液的天然蛋白A natural protein in human blood serum that participates in the body's immune response by working in conjunction with the complement system.
- 界面反應interface reaction
- 化學(xué)研究尤其是原子和分子系統物質(zhì)的組成、結構、屬性及反應的科學(xué)The science of the composition, structure, properties, and reactions of matter, especially of atomic and molecular systems.
- 分界面反應interfacial reaction
- 界面反應層interface reaction layer
- 光中毒的加強光的有毒反應影響的，或引起光的有毒反應的，尤指紫外線(xiàn)的光線(xiàn)Enhancing the effects of or inducing a toxic reaction to light, especially to ultraviolet light.
- 界面反應法interfacial reaction method
- 機械性刺激感受器對機械性刺激，如抗力、壓力或位移作出反應的神經(jīng)末梢器官A specialized sensory end organ that responds to mechanical stimuli such as tension, pressure, or displacement.
