With the development of MEMS apparatus, people bring forward new requests for the Casimir force from theory to experiment and to practice. This paper explains the theoretical gist of the Zero-point Energy and Casimir force, analyzes the calculation methods of the Casimir force in configurations of two parallel boards, rectangle cavity and two concentric cylinders. With the same calculation method, we can see the Casimir force has much connection with geometry figure and is a function of geometry figure, boundary sizes and topology. The force can be be gravitation, also can be expulsion. For some configurations , it can be translated between gravitation and expulsion.

阐述了产生零点能及Casimir力的理论依据,对真空中的两平行平面等结构内的零点能及Casimi r力进行了分析,并对一些影响因素进行了讨论,最后对应用Casimir力实现零点能利用的可行性进行了分析.

利用真空零点能作为驱动能源,可以有效解决卫星长期工作的能源问题.阐述了零点能及Casimir力的理论依据,对真空中的两平行平板结构、矩形腔等结构内由零点能引起的Casimir力进行分析,引出用Casimir力作为驱动力的微型推进系统理论模型.

Along with the development of Micro-Electromechanical System, the feature dimensions of mechanism and the mutual distance between them are usually in a measure grade of micrometer or nanometer; therefore it is necessary to take considerations on the influence of quanta forces, just as Casimir forces. At first, an analysis was carried out on Casimir forces between the parallel planes, it shows that the Casimir forces will increase rapidly in pace with the decrease of distance between the parallel planes. And then, the structural model of micro spring quiver was obtained according to the actual situation. It was discovered through researches on the force bearing status and dynamics of the model that the sticking effect of the mechanism will occur not only related to its feature parameters C , but also related to the preliminary position and preliminary energy of the component to be adhered.