The Design and Behavior of Aerosol Flow Reactors

将为这一努力调查两个研究领域。第一个研究领域包括与均质气溶胶反应器的设计有关的研究，在该反应器中，在受控条件下在气体中产生小颗粒。特别是，首席调查员将通过混合含有化学反应成分的气体来研究气溶胶的形成，并将研究扩大气溶胶反应堆，特别是参照温度影响。第二个研究领域包括研究催化活性粒子在表面反应的非均相反应器。首席研究员将完成沉积在过滤纤维上的烟尘颗粒反应的实验研究，并将开发合适的理论机制来解释实验结果。

Two research areas will be investigated for this effort. The first research area comprises studies related to the design of homogeneous aerosol reactors in which small particles are generated in a gas under controlled conditions. In particular, the principal investigator will conduct studies of aerosol formation by mixing gases containing chemically reacting components, and will study the scale-up aerosol reactors, with particular reference to temperature effects. The second research area comprises investigations of heterogeneous reactors in which catalytically active particles react at surfaces. The principal investigator will complete experimental studies of reactions of soot particles deposited on filter fibers and will develop suitable theoretical mechanisms to explain the experimental results.