1) capillary condensation
毛细冷凝
1.
Due to capillary condensation of the vapor in the silicon pore when the porous silicon is exposed to vapor of organic species, the average refractive index of Porous Silicon Microcavities (PSMs) is increased.
当多孔硅处于有机物蒸汽环境时,由于自身的多孔结构和巨大的比表面积,有机物蒸汽分子将迅速地吸附到多孔硅的表面,并在多孔硅的孔内发生毛细冷凝作用,这将引起多孔硅层有效折射率的变化,从而导致多孔硅微腔反射谱透射峰峰位的变化。
2.
When the porous silicon is exposed to vapor of several organic species,the average refractive index of the microcavity is increased,ascribed to capillary condensation of the vapor in the silicon pore,result in different resonant peak shift values in the reflectivity spectra.
当有机物分子吸附到多孔硅表面时,由于有机物分子在多孔硅的孔内的毛细冷凝作用,将引起多孔硅层有效折射率的变化,从而导致多孔硅微腔反射谱吸收峰峰位的变化。
2) weeping out
冷凝毛细管
3) interstitialcondensation
内部毛细冷凝
4) capillary condensation
毛细凝聚
1.
The paper introduces it's different functions at the beginning and in the process of the condensate gas reservoir development,and the factors that affect phase state of the condensate gas,also focuses on the analysis of the effect of the capillary pressure in porous media,capillary condensation and humidity on phase equilibrium.
文章介绍了流体相态研究在凝析气藏开发初期和开发过程中的不同作用,以及影响凝析气相态的几种因素,重点分析了多孔介质中毛细管压力、毛细凝聚和润湿性对相平衡的影响。
5) capillary condensation
毛细管凝聚
6) fine-grained dropwise condensation
细滴状冷凝
补充资料：草莓样毛细血管瘤
草莓样毛细血管瘤
strawberry capillary hemangioma
是较小的血管瘤，突出于皮肤表面，好发于面颈部；表面高低不平，似草莓状，界线清楚，呈鲜红或紫色，可逐渐增大及变深而侵入邻近组织及器官。该血管瘤有时可自行消退，或停止发展，但亦可增长甚快，故一旦发现增长过速、扩散或加深，即应进行有效的治疗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条