1) gas phase transmission

气相传输控制
1.
In experiment,the stage of volatization is controlled by gas phase transmission.

,挥发的控制步骤为气相传输控制。
2) vapor transport

气相传输
1.
A vapor transport technique with a flowing helium gas carrier has been used to produce high quality C_(60) single crystals with size of millimeters,X-ray diffraction result indicated that the crystal is the face-centered cubic(fcc)structure with lattice parameter of 1.
本文采用气相传输方法,以氦气作为传输载体,生长了线度为毫米量级的C_(60)单晶体。
3) traffic control

传输控制
1.
Research on Models, Algorithms and Implementations of Traffic Control Based on Network Processor;
基于网络处理器的传输控制模型、算法及实现
2.
This paper studies the network traffic control model,and proposes a set of effectively integrated performance evaluation criteria,and the criteria integrates several objects,such as the network performance,user s and application s QoS requirement and system fairness.
在网络传输控制策略和算法的设计中 ,性能评价的标准是一个关键问题 。
4) control transfer

控制传输
1.
The paper discussed the development of USB interface in five aspects: operational principle, hardware design, firmware program, host program and driver, and put forward a designing method of USB system based on control transfer.
情报指挥系统维修模拟训练器中采用USB作为计算机与仿真单体的接口,本文从工作原理、硬件设计、固件程序、主机程序和驱动程序五个方面论述了USB接口的开发过程,并给出了基于控制传输的USB系统设计方法。
5) transmission control

传输控制
1.
Research on Transmission Control over Heterogeneous Network;

异质网络传输控制技术研究
2.
Energy-efficient transmission control scheme based on cognitive radio technology;

一种基于认知无线电技术的能效传输控制方案
3.
Transmission Control Researches Over Heterogeneous Network;

异质网络传输控制关键问题研究
6) transfer control

传输控制
1.
Here a circuit with simple structure is introduced, it can realize the high voltage transfer function effectively, only two NMOS were used to realize the high voltage transfer control by logic signal.
集成电路设计中,用逻辑电平控制高压信号传输的情况很多,而传统的高压传输控制电路的结构过于复杂,版图面积较大且受工艺限制。
补充资料:气相控制
分子式:
CAS号:
性质:又称气膜控制。在气液两相传质中,气膜阻力很大,液膜阻力可忽略不计的过程。根据双膜理论,传质阻力有如下关系:,式中KG为气相总传质系数,kG、kL分别为气膜传质系数和液膜传质系数,H为溶解度系数。为气相传质系数表示的总传质阻力,为气膜阻力,为液膜阻力。当组分在液相中溶解度很大即H很大时,与比较可以忽略不计,则总阻力,此时即为气相控制。气相控制体系为易溶于气体的气液传质(吸收)体系,如水吸收NH3,水吸收HCl气体等。
CAS号:
性质:又称气膜控制。在气液两相传质中,气膜阻力很大,液膜阻力可忽略不计的过程。根据双膜理论,传质阻力有如下关系:,式中KG为气相总传质系数,kG、kL分别为气膜传质系数和液膜传质系数,H为溶解度系数。为气相传质系数表示的总传质阻力,为气膜阻力,为液膜阻力。当组分在液相中溶解度很大即H很大时,与比较可以忽略不计,则总阻力,此时即为气相控制。气相控制体系为易溶于气体的气液传质(吸收)体系,如水吸收NH3,水吸收HCl气体等。
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