一、核磁共振现象及其基本原理 质子自旋运动的特点 1质子自旋产生两种磁矩 2两种自旋态的能量相等; 3两种自旋态的几率相等

There are many concepts that are used in fuzzy logic that sometimes become useful when studying fuzzy control. The following problems introduce some of the more popular fuzzy logic oncepts that were not treated earlier in the chapter or were treated only briefly (a)The complement(\not )of a fuzzy set with a membership function has a membership function given by A(x)=1-u(x). Sketch the complement of the fuzzy set shown in Figure 2.6 on page 30 (b)There are other ways to def ine the\triangular norm\for representing

Develop a graphical depiction of the operation of the fuzzy controller for the inverted pendulum similar to 3 π the one given in Figure2.1 99 on page46. For this choose(t)=andet)=, which will result in four rules being on. Be sure to show all parts of the graphical depiction

There are many concepts that are used in fuzzy sets that sometimes become useful when studying fuzzy control. The following problems introduce some of the more popular fuzzy set concepts that not treate were not treated earlier in the chapter. (a)The\support\ of a fuzzy set with membership function (x) is the(crisp) set of all points x on the universe of discourse such

Exercise 2.3(Inverted Pendulum: Gaussian Membership Functions): Suppose that for the inverted pendulum example, we use Gaussian membership functions as defined in Table 2. 4 on page 53 rather than the triangular membership functions. To do this, use the same center values as we had for the triangular membership functions, use the\left\and\right\membership functions shown in Table 2. 4 for the outer edges of the input

一、低通信号的抽样 一个频带限制在(0,fHz内的时间连续信 号m(t),如果以T≤1/2f秒的间隔对它进行等间隔抽 样,则m()将被所得到的抽样值完全确定

6.1 重量分析法概述 6.1.1 重量法的分类 6.1.2 沉淀重量法的分析过程与对沉淀的要求 6.2 沉淀的溶解度及其影响因素 6.2.1 沉淀溶解平衡的现代分析科学意义 6.2.2 溶解度与条件溶度积 6.2.2 影响沉淀溶解度的因素

3.9.1 酸碱标准溶液的配制与标定（自学） 3.9.2 酸碱滴定法的应用实例 混合碱的测定（双指示剂法） 混合碱的测定（BaCl2 法） 纯碱的测定 未知成分混合碱的测定 混合酸的测定 氮含量的测定 磷的测定（自学） 硅的测定 (自学 ）

3.6.1 滴定分析的方法 3.6.2 滴定分析对化学反应的要求及滴定的方式与分类（自学） 3.6.3 基准物质与标准溶液（自学） 3.6.4 滴定分析中常用的几个物理量及单位（自学） 3.6.5 滴定分析的计算

1病情观察的方法及观察内容,常用抢救 技术的具体操作方法、注意事项。 2、操作技术:氧气吸入术(鼻导管法、 鼻塞法、漏斗法、氧气枕法、头罩式给 氧法、氧气帐法等)、吸痰术、洗胃术 (口服催吐法、漏斗胃管洗胃法、电动 吸引器洗胃法、自动洗胃机洗胃法、注 洗器洗胃法),人工呼吸器的使用技术