10-1 概述 (Instruction) 10-2 动静法的应用 (The application for method of dynamic equilibrium) 10-3 构件受冲击时的应力和变形（Stress and deformation by impact loading)

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The expressed purpose of the Pesticide Analytical Manual is to publish analytical methodology used by the FDA in enforcing pesticide tolerances. To understand FDA’s application of methodology published in the manual, it is important to

determine whether an application is possible No matter how good the electric, magnetic, chemical or other properties are, a material is of no use if it does not fulfill mechanical requirements hardness compressive & tensile strength

Richard Posner wrote in 1986 that the law and economics movement is “perhaps the most important development in legal thought in the last quarter century.”0 Through its application of economic theories and methodologies to legal issues, this movement has revolutionized our understanding of many areas of common law and statutory regulation. Curiously, however

Operations used for the treatment of wastewater in which change is brought about by means of or through the application of physical forces are known as physical unit operations. Because physical unit operations were derived originally from observations of the physical world, they were the first treatment methods to be used. Today, physical unit operations, as shown on Fig. 5-1, are a major part of most wastewater

Treatment methods in which the application of physical forces predominate are known as physical unit operations. Examples of physical unit operations include screening, mixing, sedimentation, gas transfer, filtration, and adsorption. Treatment methods in which the removal or conversion of constituents is brought about by the addition

第一节 原子吸收光谱分析基本原理 basic principle of AAS 第二节原子吸收光谱仪及主要部件 atomic absorption spectrometer and main parts 第三节 干扰及其抑制（了解） interferences and elimination 第四节 分析条件的选择与应用 choice of analytical condition and application 第五节 原子荧光光谱法

一、EDA（Electronic Design Automation） 二、ASIC（Application Specific Integrated Circuit） 三、FPGA（Field Programmable Gate-Array） 四、CPLD（Complex Programmable Logic Device） 五、SOC（System On a Chip）

The theoretical concepts underlying filtration can be applied towards practical solutions in the field. Comprehension of the basic principles is necessary to select the proper equipment for an application. Theory alone, however, can never be the basis for selection of a filter. Filtration belongs to the physical sciences, and thus conclusions must be based on experimental assay. It is, however, helpful in understanding why a slurry is more suitable for one design of filtration equipment than another