active lattice
英 [ˈæktɪv ˈlætɪs]
美 [ˈæktɪv ˈlætɪs]
栅格堆芯
双语例句
- Active sites and inactive sites are introduced on a two dimensional square lattice.
在二维格子中，引进了表面活性位和非活性位的概念。 - Critical Spreading of Active Sites in a Square Lattice Model Possessing Infinite Absorbing States
在具有无穷多个吸收态的二维平面方格点中激活位的临界扩散 - The Research Define the Illegibility Borderline and Figure Acreage Survey Based on Microwave Technology; Critical Spreading of Active Sites in a Square Lattice Model Possessing Infinite Absorbing States
基于小波技术的图形边界定位与图形面积检测方法研究在具有无穷多个吸收态的二维平面方格点中激活位的临界扩散 - In this paper, an active noise control algorithm is implemented by cascading lattice filter and transversal filter.
将格型结构滤波器与IIR滤波器级联来实现一种有源噪声控制（ANC）算法。 - The experimental results indicate that the active oxygen species over Na W Mn/ SiO 2 catalysts for activating methane is the mobile surface lattice oxygen ( O 2-) supplied by tungsten and manganese oxides.
研究结果表明，Na-W-Mn/SiO2催化剂活化甲烷的活性氧物种是W和Mn提供的、高温下易于流动的表面晶格氧（O2-）。 - To explain this phenomenon, an unified reaction mechanism is suggested so that as the composition of the catalyst changes the surface active center changes from the lattice oxygen, through the atomic state, to molecular state.
为解释这一现象，本文提出了统一反应机理，即随着催化剂组成变化，催化剂表面活性中心由晶格氧经历吸附原子态氧至吸附分子态氧变化。 - These lasers are compared with lasers with bulk active layer, lattice matched quantum well active layer, and compressively strained quantum well active layer.
对有源区分别采用体材料、匹配量子阱、压应变量子阱和混合应变量子阱结构的激光器进行了比较。 - The experimental results showed that the active oxygen species on the surfaces of catalysts are possibly, ions and lattice oxygen.
对其红外吸收谱的解析表明，可能的表面活性氧种是、及晶格氧。 - Active sites of a certain concentration are distributed randomly over inactive sites, forming the model of two dimensional lattice of active sites distribution.
模型假设，一定浓度的活性位随机分布在非活性位上，形成了活性位分布的二维格子模型反应器。 - The selective oxidation of isobutene over catalyst surface effectively controls deep oxidation products of isobutene such as carbon dioxide and carbon monoxide. The centers of active sites of selective oxidation are surface lattice oxygens.
结果表明：催化剂表面的选择氧化能够有效抑制深度产物CO2，CO的生成量，选择氧化的活性中心是催化剂表面的晶格氧。