Gas Phase Energy Deposition by Electron Impact Processes

目前的燃烧室依靠火焰前锋或激波的传播 穿过燃料和氧化剂的混合物（爆燃或 爆炸）。 这个过程需要一个小而有限的时间， 时间，在此期间，条件往往偏离最佳。 用同时释放自由基取代这种方法 在最佳时间在整个体积中是期望的， 挑战性的目标 该项目研究了 使用电子束来触发大体积的点火。 它也将在氯化合物的分解中进行测试， 因为它们在化学上与碳氢化合物燃料非常相似。 该方法的成功将确保提供一个非常 为设计高效无油润滑油提供了技术基础。 污染引擎和焚化炉。 长期关注 节能环保使发展 这种方法非常重要。

Current combustors rely on the spread of a flame front or shock across the mixture of fuel and oxidizer (deflagration or detonation). This process requires a small but finite period of time, during which conditions often deviate from optimum. Replacing this approach by the simultaneous release of radicals in the whole volume at an optimal time is a desirable but challenging goal. This project examines the practicality of using electron beams to trigger ignition across a large volume. It will be tested also in the break-up of chlorine compounds, since they are chemically very similar to hydrocarbon fuels. The success of the method would ensure the availability of a very useful technological base for the design of efficient non- polluting engines and incinerators. Long term concerns about energy conservation and environment control make the development of this method highly important.