1) fluidic throat control
气动喉道控制
1.
In order to study the influence of the ratios of injection pressure and injection temperature,injection slot width and jet angle on fluidic throat control,a two-dimensional flow field inside a nozzle and around it with a jet flow at the throat is numerically simulated by computing the N-S equation through second-order wind disperse schemes and an S-A model.
采用二阶迎风格式,并结合S-A湍流模型求解N-S方程,对喉部注气的二元拉瓦尔喷管内部和周围流场进行了二维数值模拟,分析了注气总压比、注气总温比、射流缝缝宽和注气角度对喷管气动喉道控制的影响。
2) throat area control
喉道控制
3) second throat control
二喉道栅指控制
1.
In this paper, the Mach number control system in NF-6 wind tunnel is introduced, especially in detail for the compressor rotary speed control sub-system, the compressor stator vane control sub-system and the second throat control sub-system.
笔者介绍了NF 6风洞马赫数控制系统的组成、特点及运行方式,对转速控制子系统、压缩机静叶角控制子系统、二喉道栅指控制子系统等进行了较为详细的介绍。
4) air uptake
空气喉道
5) pneumatic control
气动控制
1.
Application of pneumatic control on the drive of cork paper supply in YJ29 plug assembler;
气动控制在YJ29接装机水松纸进给传动中的应用
2.
Application of BP Neural Network PID Controller in Pneumatic Control of Lubricating Oil Pressure;
基于BP网络的PID控制在滑油压力气动控制中的应用
3.
In this paper,the carousel storage with spindle direct tool changer of vertical machining center TH7130 is introduced with its structure and working principle,the working process of automatic tool changer and the design of the principle of pneumatic control and electric control.
以TH 7130立式加工中心为例系统介绍了斗笠式刀库的结构、工作原理,自动换刀系统的工作过程,气动控制原理及电气控制原理的设计。
6) aerodynamic control
气动控制
1.
Self-adapting structure for the aerodynamic control, which arrayed by a lot of the same MEMS devices, became the important issue in the AERO-MEMS field.
本文就以用于三角翼气动控制的微气泡致动器阵列为对象展开研究。
补充资料:喉道
喉道
喉道 人体解剖部位名称。即咽喉。详见该条。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条