对于车辆用增压器而言,用户除要求高性能、低工况、高效率和耐用外,还要求增压器小型、轻量、价格低廉以及“起动加速性”和“加负荷跟随性”好,作者在比较了各种措施后指出解决上述矛盾的关键,是对内部气流的控制。由于粘性流动分析技术与测量技术的提高以及计算机的应用,今后更精确地设计出更理想的增压器是可以指望的。 For vehicle superchargers, the user requires a supercharger that is small-size, light-weight, inexpensive, and “start-up acceleration” and “load-following” in addition to requiring high performance, low operating conditions, high efficiency and durability, Well, after comparing various measures, the author pointed out that the key to resolving the above contradiction is to control the internal airflow. Due to the improvement of viscous flow analysis technology and measurement technology and the application of computers, it is expected that the more ideal supercharger will be designed more accurately in the future.