Engineering Research Equipment Grant: Acquisition of Two-Component LDV System for Combustion Research

在戴维斯现有的单分量激光速度系统上增加一个激光系统，将使同时测量速度的两个投影成为可能。通过这种方式，轴对称或二维非定常现象将被完全描述。因此，有几个研究领域可以进行准确的调查：湍流、波纹、不稳定的火焰。这一新能力的预期结果将使迄今仅定性确定的一些火焰现象得以解决。将建立一个更广泛的数据库，这将促进广泛的燃烧研究。因此，建议加州大学为CBT-8706435提供39,555美元的拨款。

The addition of a laser system to the existing one-component laser velocity system at Davis will make possible the simultaneous measurements of two projections of the velocity. In this manner, axisymmetrical or two dimensional unsteady phenomena will be completely characterized. Several areas of research are thus opened to accurate investigation: turbulent, corrugated, unsteady flames. The results expected from this new capability will permit the resolution of a number of flame phenomena which have been so far identified qualitatively only. A more extensive data base will be built, which will inseminate a broad range of combustion studies. A grant of $39,555 to be matched by the University California is hereby recommended for CBT-8706435.