法学电子教案合集（参考资料）_构筑欧洲比较法——存在的五个谬论以及两个空想

法学电子教案合集（参考资料）_因特网和比较法

C.J.P. van Laer(Maastricht University)(1) Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy, distribute or publish the work or part of it, in any form, printed electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are permitted to make copies, electronically or printed, for personal and classroom use. Contents

COMPARATIVE LAW: Method, Science or Educational Discipline? Djalil I. Kiekbaev(Bashkir State University)(1) Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy, distribute or publish the work or part of it, in any form, printed

Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy, distribute or publish the work or part of it, in any form, printed, electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are

了解梁的弯曲变形、用变形比较法解简单超静定梁; 熟悉挠曲线近似微分方程; 掌握用积分法、查表法、叠加法求梁的变形

11-1概述 11-2用积分法求梁的变形 11-3用叠加法求梁的变形 11-4梁的刚度条件及提高梁刚度的措施 11-5用变形比较法解简单超静定梁

一、膜电位产生的原理 二、电位法测定pH的原理 三、离子选择电极的类型 四、离子选择电极性能的重要参数:检测限、响应斜率、响应时间和电位选择性系数。 四、常用的离子选择电极的定量方法:直接比较法、校正曲线法、标准加入法 五、电位滴定反应的类型及其指示电极的选择

第七章弯曲变形 7-1概述 7-2挠曲线的近似微分方程 7-3用积分法求梁的变形 7-4用叠加法求梁的变形 7-5梁的刚度条件及提高梁刚度的措施 7-6用变形比较法解简单超静定梁

1.谱线黑度比较法 将试样与已知不同含量的标准样品在 定条件下摄谱于同一光谱感光极上,然 后在映谱仪上用目视法直接比较被测试 样与标样光谱中分析线黑度,若黑度相 等,样品中欲测元素的含量近似等于该 标准样品中该元素的含量