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1)  total heat
全热
1.
In order to analyze the applicability and the energy-saving efficiency of the air heat exchanger,researches the parameters of the sensible and total heat exchangers,and at the same time measures the temperature and the humidity outdoor to calculate the fresh air consumption.
为了分析空气热交换器的节能效果及适用性,在对已有的显热和全热热交换器进行性能检测的同时,也对室外空气的温湿度进行测量,以便计算空调运行时间内新风的能耗。
2)  total heat exchanger
全热换热器
1.
Calculation method of total heat exchangers
全热换热器计算方法研究
2.
The relational expression for total heat efficiency,sensible heat efficiency and latent heat efficiency of total heat exchanger is established with weight coefficient method.
利用权重系数建立了全热换热器的全热效率、显热效率及潜热效率三者的关系式,根据显热、潜热效率权重系数判定显热效率、潜热效率对全热换热器全热效率的影响程度。
3.
The kinds,characteristics and current application status of total heat exchangers are analyzed,the research progress of plate-fin heat exchangers is discussed,and the working process and characteristics of OxyCell heat exchangers are introduced.
分析了全热换热器的种类、特点及应用现状。
3)  enthalpy exchanger
全热换热器
1.
Channel structure effects on the performance of an enthalpy exchanger;
通道构型对全热换热器性能的影响
2.
The channel structure of a membrane-based enthalpy exchanger has an important effect on the exchanger performance.
薄膜式全热换热器的通道构型对其性能有重要影响,为改进全热换热器的性能以达到更好的节能效果,研究分析了几种通道结构的流动及传递特性,采用数值模拟方法,在等风机功率下对不同通道构型的全热换热器的性能进行了预测和比较。
4)  full autothermic
全自热
1.
Replacing cuprammonia purification with full autothermic non-constant pressure methanolizing-methanation process;
全自热非等压醇烷化净化新工艺替换铜洗净化技改小结
5)  thermal safety
热安全性
1.
Application of accelerating rate calorimeter on thermal safety of lithium-ion battery electrolytes;
绝热加速量热仪研究锂离子电池电解液热安全性
2.
The limitation of the three evaluation methods for the thermal stability and thermal safety of energetic materials in operating process and test results was summarized.
概述含能材料热安定性及热安全性的 3类评价方法在操作过程及试验结果上的局限性。
3.
Heat transfer process in the different parts of the projectile in the tube heated to the permissible highest temperature by continous firing is studied and a combined transient heat transfer model is established to study the thermal safety of the projectile.
在此基础上,就采用身管主动冷却技术对弹丸膛内安全停留产生的影响进行了探讨,结果表明:主动冷却技术可以有效地解决弹丸膛内滞留的热安全性问题。
6)  whole body hyperthermia
全身热疗
1.
Theoretical evaluation on heating efficiency for four typical whole body hyperthermia approaches;
四类典型全身热疗方法加热效果的理论评估
2.
Therapeutic effect of whole body hyperthermia combined with chemotherapy in patients with advanced cancer;
全身热疗联合化疗治疗晚期恶性肿瘤疗效分析
3.
Fluid management during anesthesia of whole body hyperthermia to patient with late malignant tumor;
晚期肿瘤患者全身热疗围麻醉期的液体管理
补充资料:上海益昌薄板有限公司强对流全氢罩式热处理炉


上海益昌薄板有限公司强对流全氢罩式热处理炉


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