The heat-carrying agent transportation is the key link in the biological fuel oil production process.
热载体输送是生物燃油生产过程中的关键环节,输送过程中温度与输送量直接影响生物燃油的生产。
The development of the separative membrane via carrier-facilitated transport has been reviewed, which includes transport mechanisms, carriers and membrane materials.
本文从含载体膜的传质机制、栽体和膜材料的选择方面综述了载体促进输送膜的发展过程,着重介绍了载体促进输送膜在气体分离方面的进展。
However,the complexity of loading and transporting on landing craft makes its more difficult.
在分析和描述登陆舰装载输送过程的基础上,设计了由物理仿真层、动作指令层和剧本描述层组成的面向复杂仿真过程的系统结构框架;解决了实体物理行为的关键算法、仿真实体类的设计和特效的模块化设计等系统关键技术,利用Creator、Vega和VC++等开发工具实现了某型登陆舰装载输送过程视景仿真系统,取得了较好的模拟效果,为设计人员评价舰船设计方案和研究输转方法提供了决策手段和分析工具。
The real-time capacity-increase technology of transmission lines is adopted to increase transmission current capacity of transmission lines,by which the conductor temperature,the ambient temperature and the wind speed can be timely measured and the transmission current capacity can be adjusted dynamically without breach of available rules.
电力系统可采用实时增容技术来提高现有输电线路的输送载流量,实现对导线温度、环境温度、风速等因素的实时监测,从而在不改变现行技术规程规定的前提下动态调整输送载流量。
