... terminal switch 终端开关 terminal temperature difference 传热端温差 terminal transit 区内调运 ...
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... terminal support 终端支架 terminal temperature difference 末端温差；端差；最大温差，端部温差(加热与被加热介质初温差) terminal-to-computer multiplexer 终端-计算机多路转换器 ...
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The characteristics influenced by extraction steam pressure loss and terminal temperature difference on thermal economy are analyzed by each model.
结合算例分析了抽汽压损、加热器端差对机组热经济性影响的特点。
参考来源 - 基于矩阵法的电厂热力系统理论分析与应用·2,447,543篇论文数据，部分数据来源于NoteExpress
Air accumulation in the condenser owing to insufficient output of air extractor can increase the terminal temperature difference and the air pressure component.
抽气器出力不足而引起的空气在凝汽器内积聚，使得凝汽器端差和空气分压力均增大，对凝汽器真空造成双重影响。
The results indicated:decreasing in heater terminal temperature difference could improve unit economy. Whereas heater stopping or leakage would have disadvantage on economy.
结果表明加热器端差减少 ，机组经济性提高 ，而加热器停用或泄漏都将对机组经济性产生不利影响。
Evaluating exactly and fast heat economy of unit caused by heater terminal temperature difference is significant meaning for the design, operation and repair of thermodynamic system.
准确而快速地评价各级加热器端差的运行热经济性，对热力系统的设计、运行和检修具有十分重要的意义。
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