在这些情况下，气压在高压端和低压端都低。
Under these conditions, the pressure is low on both the low pressure and the high pressure sides.
在这些情况下，说明低压端存在一个真空状态。
Under these conditions, a vacuum is indicated on the low pressure side.
在这些情况下，压强在高压端和低压端都非常高。
Under these conditions the pressure is too high on both the low pressure side and the high pressure sides.
保护电路应当做遮光屏蔽，且屏蔽要接到安培计的低压端。
The protection circuit should be enclosed in a light-tight shield. the shield should be connected to the low of the ammeter.
初级回路是系统的低压端，并控制这次级回路，而次级回路是系统的高压端。
The primary circuit is the low-voltage side of the system and controls the secondary circuit, which is the high-voltage side of the system.
活塞向一个方向移动时，环路中低压端的气态制冷剂通过一个单向阀，循环中低压端的气态制冷剂被吸入进来。
As the piston travels in one direction, through a one way valve, it draws in the refrigerant gas from the low pressure side of the circuit.
椎体一端的低压会将油吸走，而较重的水会流到另一头，这时水已经是99%的清洁海水了。
Low pressure at one end draws oil away while the heavier-and 99 percent clean-water flows out the other side.
OFDM技术以其抗干扰性强，传输速率高成为低压电力线高速通信的主流技术。 信道估计算法是OFDM系统接收端的关键技术之一。
OFDM technique has been the mainstream in low-voltage power line communication because of its good capability against interference and high transmission rate.
介绍了低压整流柜输出端短路保护的方法，并详细分析了保护电路的工作原理。
This paper introduces a short circuit protective method of the output terminal of the low voltage rectifying cabinet. Analyzes in detail the operational principle of the protective circuit then.
采用了一种新的设计原理，即以流量计为基准，将气体入口端和出口端压力双重分别统一控制，进行了低压MOCVD设计。
A new principle is adopted in designing low pressure MOCVD equipment. The principle is that the pressure is set and controlled separately in outlet and inlet of gas line of mass flow controller.
论文首先针对低压输入的条件，提出了一个分阶段双端切换供电的低压Boost系统方案。
To meet the low input voltage condition, a multi-period double-ended supplied low voltage BOOST system control scheme was proposed.
特别注意不要将交流电联接在低压控制输入端，比如传感器输入端、逻辑输入与输出端口。
Take particular care not to connect AC supplies to low voltage control inputs such as sensor inputs, logic inputs and outputs.
冷端系统的建模主要围绕其四个子系统展开，即凝汽器、冷却塔、汽轮机低压缸末端以及循环水泵。
The modeling of cold end system was carried out surrounded by its four subsystems, which are condenser, cooling tower, the end of lower pressure cylinder, and circulating water pump.
冷端系统的建模主要围绕其四个子系统展开，即凝汽器、冷却塔、汽轮机低压缸末端以及循环水泵。
The modeling of cold end system was carried out surrounded by its four subsystems, which are condenser, cooling tower, the end of lower pressure cylinder, and circulating water pump.
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