通过研究，不但进一步弄清了DBD等离子体的形成与演变机理，而且为优化DBD系统参量提供了必要依据。
The formation and evolvement mechanism of plasma produced by DBD is explained and the basis for optimizing system parameters of DBD is provided.
提出用优化成像系统设计参量的方法有效消除基于数字微镜阵列的栅格结构及其衍射对微结构成像质量的影响。
The pixel structure is removed by optimizing the parameters of imaging system rather than other techniques that make the setup of digital photolithography complexity.
实验表明絮凝体的分形维数与絮凝条件有较强的相关性，可以作为混凝投药系统优化设计的主控参量之一。
The results showed that the fractal dimensions had good response to the flocculation conditions, and it can be used as one of the main parameters of coagulant dosing system.
应用推荐