Development of Laser Experiments for Illustrating Chemical Principles

实验将被开发来说明激光的使用 演示和理解化学的技巧 原则 重点将放在使用氦氖 便宜、安全且容易获得的激光源。 这些实验是为在课堂上使用而设计的， 用于讲座演示或用于高度积极性的高 学校的学生或开始本科化学学生。 虽然使用激光来演示光学现象是 相当先进，它们在化学应用中的对应物 仍然处于高度原始的状态，即使激光技术 正在革新化学研究 资金将允许 探索适合我国国情的激光化学实验 中学和开始本科课程。 很简单， “动手”实验将根据 教师的监督和指导。 在大多数情况下，中学的科学课程 学校急需改革。 该项目展示了 将新技术引入中学的方法 化学计划，并提供了一个类似的行动， 生物和物理课程。 该项目还将提供 有用的和当前的实验，供有才华和有动力的人使用 学生

Experiments will be developed to illustrate the use of laser techniques in demonstrating and understanding chemical principles. Emphasis will be placed on the use of a helium-neon laser source which is inexpensive, safe, and readily available. These experiments are being designed for use in the classroom or for lecture demonstrations or for use by highly motivated high school students or beginning undergraduate chemistry students. Although the use of lasers to demonstrate optical phenomena is fairly well advanced, their counterpart in chemical applications remains in a highly primitive state, even though laser techniques are revolutionizing chemical research. Funds will allow for the exploration of suitable laser chemistry experiments for the secondary school and beginning undergraduate curriculum. Simple, "hands-on" experiments will be produced for student use under the supervision and guidance of a teacher. For the most part, the science curricula of the secondary schools is in serious need of revision. This project shows the way to bringing new technologies into the secondary school chemistry program and provides a model for similar action in biology and physics programs. This project will also provide useful and current experiments for use by talented and motivated students.