电磁飞机弹射系统相对于传统的蒸气提供动力的弹射器拥有多项优势。蒸气弹射器重新充满能量非常慢，而且很难调节。
EMALS has several advantages over conventional steam-powered catapults, which are slow to recharge and difficult to adjust.
日产混合动力风雅（FUGA）汽车已经配备了‘森林交流’（Forest AC）空气调节系统，其设计目的是在车内模拟自然森林的清新微风、温度、湿度和气味。
Nissan's hybrid FUGA car is already using the 'Forest AC' air conditioning system which is designed to recreate 'the refreshing breezes, temperature, humidity and aroma of natural forests'.
动力系统控制需根据一定的控制算法来采集结构响应、做出控制决策、传递信息并调节作动器的参数。
Dynamic system control has to be driven by a control algorithm which reads the structural response and makes a decision about the value to be assigned to the adjustable parameters of the actuator.
文中针对使用燃料压力调节供应方式的热动力系统，建立了包括充填集液腔和喷嘴阀杆运动等启动过程动态仿真模型；
A dynamic simulation model of start-up process including fuel pumped section and the dynamic nozzle valve lever, etc. is established for the torpedo thermal power system with pressure adjustment mode.
说明HRV的动力学特征有改变，心血管系统的调节功能有改变。
It showed that there were changes in the dynamics of HRV and the modulations of cardiovascular system.
针对船舶动力系统运行时会产生大量多种形式的低品位余热，而这些余热恰好适合作为溴化锂吸收式制冷机的驱动热源，并利用动力系统余热实现船舶的空气调节。
According to abundant low-waste heat produced from Marine Power Plant, which is suitable for air-conditioning system of ship and be used as driving heat source of the LiBr Absorption refrigerator.
基于双自由度pid调节和模式优化方式，提出了分布式供热(电)动力系统的联动控制方案。
Based on the two degrees of freedom PID control and model-based optimization, a new coordinated control system for distributed utility plants is proposed.
本文探讨了系统动力学与灰色系统方法在养羊业、毛纺工业市场调节系统中的应用。
This paper studied and discussed the marketing regulation system of sheep farming and spinning wool production by the system Dynamics with Grey system Method.
所述变速器是一个由动力传输装置和动力调节装置构成的动力分流系统。
The speed changing gear is a power shunting system formed by power transferring device and power adjusting device.
所得到的重要变量变化曲线同时指明进行燃料电池混合动力系统实际配置所需要重点注意调节的几种参数。
At the same time, the key variable curves demonstrate that several coefficients are very important in the real configuration of the fuel cell hybrid powertrain.
所得到的重要变量变化曲线同时指明进行燃料电池混合动力系统实际配置所需要重点注意调节的几种参数。
At the same time, the key variable curves demonstrate that several coefficients are very important in the real configuration of the fuel cell hybrid powertrain.
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