一、 色谱法的特点、分类和作用 characteristic ,classification actuation of chromatograph 二、气相色谱分离过程 separation process of gas chromatograph fundamental of

一、概述 generalization 二、原子吸收光谱的产生 formation of AAS 三、谱线轮廓与谱线变宽 shape and broadening of absorption line 四、积分吸收与峰值吸收 integrated absorption and absorption in peak max 五、基态原子数与原子化 温度 relation of atomic amount in ground with temperature of atomization 六、定量基础 quantitative

一、光分析及其特点 optical analysis and its feature 二、电磁辐射的基本性质 properties of electromagnetic radiation 三、光分析法的分类 classification of optical analysis 四、各种光分析法简介 a brief introduction of optical analysis 五、光分析的进展 development of optical analysis

The milks of all mammals contain lipids but the concentration varies widely between species from c. 2% to greater than 50%(Table 3. 1). The principal function of dietary lipids is to serve as a source of energy for the neonate and the fat content in milk largely reflects the energy requirements of the species, e.g. land animals indigenous to cold environments and marine

Failure modes Noises lead to failure modes(Fm) One set of noise values leads to fm Opposite set of noise values leads to FM Simple problem solving chases the problem from Fm, to Fm, and back again but does not avoid both fms with the same set of design values-endless cycles of build/test/fIx(B/T/F) C Don Clausing 1998 6.881

The Multiplier Process as Market Exchange Process A Contribution to the Micro Foundation of Keynesian Macroeconomics Abstract Traditional equilibrium analysis has been incorrectly founded once an \ordering issue\ is concerned. To circumvent this problem, the autonomous demand, which has been missed in traditional microeconomic analysis, has to be introduced into the system as a starting point of a sequence of market exchanges. Following this direction, Keynes's multiplier analysis can also be viewed as a description of the process through which market exchanges are generated. Further

Purposes 1. To get students know the greatness of parents. 2. To understand the purpose of writing and the writing skills of the text. 3. To reinforce some basic linguistic knowledge by doing various types of exercises

The Law of Total Probability is handy tool for breaking down the computation of a prob- ability into distinct cases. More precisely, suppose we are interested in the probability of an event E: Pr(). Suppose also that the random experiment can evolve in two different ways; that is, two different cases X and X are possible. Suppose also that it is easy to find the probability of each

1 The pulverizer We saw in lecture that the greatest common divisor(GCD)of two numbers can be written as a linear combination of them. That is, no matter which pair of integers a and b we are given, there is always a pair of integer coefficients s and t such that

Random variable Weve used probablity to model a variety of experiments, games, and tests. Through out, we have tried to compute probabilities of events. We asked for example, what is the probability of the event that you win the Monty Hall game? What is the probability of the event that it rains