1.将G(s)化为根轨迹形式,并计算根轨迹增益。 2.将G(s)化为标准形式,并求增益(使用 Van de Vegte教材公式(4.11)给出的定义)

第一题:多输入多输出系统的状态空间模型 状态空间模型十分适合分析多输入多输出系统 Van de Vegte教材中题11.9有两个方框图, 前一个为双输入单输出系统,后一个为双输入双输出系统。分别求它们的状态空间模型,并 在原图上标明状态变量的选取

General Description de range of applica is local on card bypassing is needed only if the regulator is located far from 9 gulation, eliminating the distribution problems associated the filter capacitor of the power supply rith single point regulation. The voltages available allow For output voltage other

习题4-1.用图示三脚架ABCD和绞车E从矿井中吊起重30kN的30的重物,△ ABC为等边三角形,三脚架的三只脚及绳索DE均与水平面成60角, 不记架重;求当重物被匀速吊起时各叫所受的力

Working on a vacuum manifold: See LLP chapter 9.2 for an excellent discussion on working with air-sensitive reagents, including how to use a two-way manifold. De-gassing solvents: The best way to remove water and oxygen from a solvent is to distill it over an appropriate drying agent (such as sodium). This can sometimes be a lengthy (and dangerous)task. Since we

一、物质波(materials waves) 法国物理学家德布罗意(Louis Victor de Broglie 1892-1987) 思想方法自然界在许多方 面都是明显地对称的,他采用类 比的方法提出物质波的假设

The Open Economy No nation was ever ruined by tr Benjamin Franklin Even if you never leave your home town, you are an active participant in a global conomy. When you go to the grocery store, for instance, you might choose be- tween apples grown locally and grapes grown in Chile. When you make a de posit into your local bank, the bank might lend those funds to your next-door

介绍在“高分子物理实验”教学中新开设的又一个计算机模拟实验,即应用自编的改进型 四位置模型,模拟二维空间中的自回避行走链和无规行走链,并验算均方末端距和均方回转半径与 聚合度的标度关系,所得结果与 de Gennes的理论符合良好

第一章绪论 1、计算下列情况的de- Broglie波长,指出那种情况要用量子力学处理: (1)能量为0.025eV的慢中子n1.67.10240-24克):被铀吸收;

Overview Lecture Space Systems Engineering presented by: Prof. David Miller prepared by: Olivier de Weck