吸热量的英文

• caloric receptivity
• calorie receptivity
• heat absorption capacity
• heat-absorptive capacity

• "吸热"英文翻译    decalescence; absorption of ...
• "量"英文翻译    measure capacity
• "呼吸热量计" 英文翻译 :    respiration calorimeter
• "累积吸热量" 英文翻译 :    heat accumulation
• "总吸热量" 英文翻译 :    amount of heat absorption
• "吸热" 英文翻译 :    decalescence; absorption of heat; [物理学] [化学] endothermal; endothermic◇吸热反应 [化学] endothermic reaction
• "热量" 英文翻译 :    quantity of heat; heat quantity; amount of heat◇热量测量 calorimetry; 热量单位 thermal unit; heat unit; 热量计 calorimeter; thermal flowmeter; 热量守恒 heat conservation; 热量探测器 [热学] heat detector; 热量调节 heat regulation
• "呼吸热" 英文翻译 :    respiration heat
• "解吸热" 英文翻译 :    heat of desorption
• "退吸热" 英文翻译 :    heat of desorption
• "吸热板" 英文翻译 :    absorber plate; absorbing sheet
• "吸热泵" 英文翻译 :    absorption heat pump
• "吸热层" 英文翻译 :    heat-sink shell
• "吸热带" 英文翻译 :    zone of heat absorption
• "吸热的" 英文翻译 :    endoergic; endosthermic; endothermal; endothermic; heat-absorbing; thermonegative
• "吸热点" 英文翻译 :    decalescence point
• "吸热峰" 英文翻译 :    absorption peak; endothermic peak
• "吸热剂" 英文翻译 :    heat absorbent
• "吸热率" 英文翻译 :    absorptivity
• "吸热面" 英文翻译 :    heat-absorbent surface; heat-absorbing surface; heat-receiving surface
• "吸热器" 英文翻译 :    heat a orber; heat absorber; heat dump; heat extractor; thermal absorber
• "吸热体" 英文翻译 :    heat carrier; heat-absorbing body
• "吸热铜" 英文翻译 :    heat-sink copper
• "吸热线" 英文翻译 :    endotherm
• "吸热性" 英文翻译 :    endothermicity; endothermy; heat absorptivity

• This material is to be used as a component of the cupola charge mixture for heat and carbon pick - up
  此物质为铸造炉铸造炉添加料组分之一，用于吸热量和碳。
• The result showed : in different light environments anti different plants , transpiring water volume and absorbing heat quantity of leaf area was very different
  结果表明：不同的光环境及植物在单位叶面积内的蒸腾释水量及吸热量有很大差别。
• Compared theoretical results with experimental data , it shows that heating / cooling capacity reduces when inlet temperature of evaporator is decreasing , which is not satisfied room comfortable demand at low temperature environment in winter condition
  结果表明：随着蒸发器进风温度的降低，系统的吸热量和制热量都会减少，不能满足冬季工况低温环境下室内舒适性的要求。
• Focusing on this , the thesis points out the designer should consider not only capacity of heat transmission of exterior - protected construction , but also its absorption of heat duting the choice and design of exterior - protected construction
  这一特点也决定了办公建筑设备在运行上的不连贯性，针对这一点，本文提出在选择和设计外维护结构时，不仅要考虑维护结构的传热量，还要考虑它的吸热量。
• Comparing with the system of r22 at the same working condition , it is indicated that heating capacity and work consumption of the system of ( 30 / 70wt % ) r32 / r134a are inferior to that of the former , but its heating cop is higher than the former at the lower temperature condition
  并对相同工况下，两种工质的系统进行了性能比较。结果表明：与纯质r22系统相比，采用混合工质( 30 70wt ) r32 r134a的系统吸热量和制热量要低，耗功量要小，制热系数在低温工况下要高。
• The results demonstrate that the upper limit of permafrost in this area had declined from 1970s to the middle phase of 1990 , and permafrost has appeared degenerate tendecy , but since middle 1990s , permafrost have a stable state ; ground temperature of roadbed near the earth surface is higher than that of the natural ground , thawing time of roadbed near the earth surface is longer than that of the natural ground , the heat income within the permafrost is greater than the heat release from the permafrost during anannual period , the heat accumulation within the permafrost is temporarily appeared as temperature rising , but with the heat accumulation within permafrost growing up year by year , permafrost temperature will become higher gradually , and strong thawing of permafrost could be happened in the region
  结果表明：风火山地区从20世纪70年代到90年代中期冻土上限下降，冻土出现退化现象，从90年代至今冻土趋于稳定；路基近地表地温明显高于对应天然地表下的地温，路基近地表经历的融化期长于对应天然地表，进入多年冻土区的热收支也呈现出吸热明显大于放热的周期性变化，进入多年冻土的热积累暂时以增高地温耗热为主，但随着冻土吸热量的逐年积累、冻土温度的不断升高，本区冻土可能发生强烈融化。
• The authors first apply basic theory of equivalent heat drop on the common circulation heat calculating model for thermal system in supercritical pressure power unit with second reheat cycles and other kind of condensing steam turbine by mathematical derivation strictly , based on the normal energy balance and theory of equivalent heat drop , aiming at characteristics of thermal system in which there are outer steam coolers that high pressure heater and low pressure heater carry
  摘要以常规热平衡方法和等效热降理论为基础，针对二次再热超临界机组热力系统高低压加热器均设置外置式蒸汽冷却器的特点，经过严格的数学推导，将等效热降理论应用于二次再热超临界机组热力系统循环吸热量计算的研究，并提出了适用于不同类型凝汽式机组的通用数学计算模型。
• Base on all the work above , the normal operational patterns of gshps both in winter and in summer can be summarized , the heat transfer rate of the underground heat exchanger of the gshps , can we obtained . the basic rules regulations for further research and system design of gshps can be set up
  通过上述研究，总结出了土壤源热泵系统在冬季和夏季工况的一般运行规律，获取土壤源热泵系统在不同运行条件下，排热量和吸热量的变化规律，为土壤源热泵进一步研究与推广应用提供理论和设计依据。

• 吸热量的日语：きゅうねつりょう