Forest litter has considerable eco-hydrological effects in retarding surface runoff trapping sediment and equilibrating soil water and heat status .

森林凋落物具有阻滞 径流、 拦截泥沙和均衡土壤水热状况等功效。

The capacity to trap olefin is concerned with specific surface area of diatomite and the amount of loaded silver nitrate . The X-ray-diffraction intensity of crystalline AgNO 3 in the trapping materials with different amount of loaded AgNO 3 was measured by XRD .

采用X射线衍射（XRD）测定不同载银量的材料中晶相AgNO3的衍射强度，得到 AgNO3在硅藻土 表面单分子层最大分散量。

The investigation is made by analyzing the two dimensional cross sections of boiling surface which leads to the identification of gas trapping cavities and their dimensions as a result .

通过分析 沸腾壁 面的二维横断面识别出能够贮藏气体的 凹坑以及其尺寸。

A surface trapping model assuming Frenkel-Poole effect has been used to analyse the energy distribution of mobile ions . Single energy model and distributed energy model have been analysed .

考虑了Poole-Frenkel效应以后，分别用单能级 介面 陷阱模型和连续分布能级介面 陷阱模型分析了可动离子的能量分布，得到了相应的解析式。

The isothermal relaxation current ( IRC ) proposed by Simmons was further deduced the measurement theory and method of energy distribution of surface trapping centers based on surface potential decay was perfected and the influence mechanism of filler concentration on trapping parameters was also analyzed .

通过对Simmons等温电流理论的进一步推导，完善了利用表面电位衰减测量 材料 表层 陷阱能量分布的理论和方法，并分析了填料浓度对于 材料 表层陷阱的影响机制。

Through the investigation the gas trapping cavities on boiling surface are identified and a data set of the mouth diameters of gas trapping cavities is got .

通过对沸腾 表面微结构进行分析，沸腾 表面上具备贮藏气体条件的凹坑被识别出来，并且得到一个这些具备贮藏气体条件 凹坑的开口半径的数据集合。

A review of plasma surface interactions in Tokamaks-the problem of hydrogen trapping is given .

本文评述了托卡马克中等离子体 表面相互作用&氢的 捕获问题。

Investigation on Surface Trapping Effects of GaN-Based HEMT

GaN基HEMT器件的 表面 陷阱充电效应研究

Experimental Study on Amphiphobic Surface Treating to Prevent Reservoir from Aqueous Phase Trapping Damage closed multi-tiered single-channel commodity wholesale system

双疏性 表面处理预防致密储层水相 圈闭损害实验研究封闭式、多层次、单渠道的批发体系

Moreover AZO film with rough surface can realize light trapping effect and increase the absorption of light in the absortion layer which can achieve a high efficiency in thin film solar cells .

而具有凹凸不平 表面形貌的绒面AZO薄膜，更可以实现有效的 陷光效应，增加太阳能电池吸收层对光的吸收，从而提高电池的转换效率。