制热量的英文

• heating capacl―ty

• "制"英文翻译    make; manufacture
• "热量"英文翻译    quantity of heat; heat quant ...
• "公制热量单位" 英文翻译 :    ctu = centigrade thermal unit
• "限制热量饮食" 英文翻译 :    calorie restricted diet
• "英制热量单位" 英文翻译 :    british thermal unit (btu)
• "公制热量单位的缩写" 英文翻译 :    ctu centigrade thermal unit
• "制热药" 英文翻译 :    antithermics
• "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
• "寒能制热" 英文翻译 :    cold controlling heat
• "控制热电偶" 英文翻译 :    control thermocouple
• "强制热散射" 英文翻译 :    forced thermal scattering
• "限制热卡" 英文翻译 :    calorie restricted
• "抑制热情" 英文翻译 :    curb your enthusiasm
• "英制热单位" 英文翻译 :    btu british thermal unit; (b.t.u.)british thermal unit; british thermal unit
• "控制热力分解" 英文翻译 :    controlled thermal decomposition
• "强制热风供暖" 英文翻译 :    forced air heating; forced warm air heating
• "出口控制热水器" 英文翻译 :    outlet-control water heater
• "控制热强度试验" 英文翻译 :    controlled thermal severity test; cts test
• "制冷及制热系统" 英文翻译 :    cooling & heating systems
• "产热量" 英文翻译 :    heat output; heat yield; quantity of heat production
• "传热量" 英文翻译 :    capacity of heat transmission; heat transfer capacity; received heat; thermal output; tone'smal output
• "低热量" 英文翻译 :    low calorie
• "地热量" 英文翻译 :    geothermal flow
• "发热量" 英文翻译 :    caloric value; caloricity; calorific capacity; calorific power; calorific value of coal; calorificvalueofcoal; calorimetric value; heat production; heat productivity; heat rate; heat value; heating power; heating value; quantity of produced heat; thermal power; thermal value
• "放热量" 英文翻译 :    exotherm; output of heat

• Objective : to evaluate the physiological and clinical implications of calorie restriction with adequate nutrient intake
  目的：为了评估在摄取足够的营养时限制热量摄入的生理和临床意义。
• At the heating mode , the heating capacity of the chiller decreases with the heated water temperature increasing or environmental temperature
  制热量随热水出水温度的增加而减少，随环境温度的降低而减少。
• Air source heat pump water heater is energy - conservation and environmental protection . the optimum design method of thermal capacity was analyzed
  摘要空气源热泵热水器具有节能、环保的特点，本文分析了其名义制热量优化设计的选择方法，并以实例加以说明。
• 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。
• 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 desired type of heat exchanger is determined by considering economic factors such as the total costs , comprised of the capital and operating costs . the cost - effectiveness of investments of each system is discussed , with parameters , such as the payback period , net present value and internal rate of return
  分别计算了上述三种系统的cop 、逐月制冷制热量，并分析了初投资、运行和维护费用、投资回收期、净价值以及偿还利率等经济学参数对不同系统的影响。
• The experimental results showed that : in the summer operating mode , the refrigerating capacity and coefficient of performance of the system decreased with the increase of the temperature difference between supply and return ground - water and the water supply temperature ; in the winter operating mode , the refrigerating capacity and coefficient of performance of the system increased with the decrease of the temperature difference between supply and return ground - water and the increase of the water supply temperature . it also showed that , change the are of heat exchanger has great influence of refrigeration system
  本课题通过实验测试井水进口温度、进出口温差以及在不同温差下换热器面积匹配对系统性能的影响。实验结果表明，夏季工况下，随着井水进口温度的升高，进出口温差的增大，系统制冷量减小，机组cop降低，系统运行性能恶化。冬季工况下，随着井水进口温度的升高，进出口温差的减小，系统的制热量增加，机组cop提高，系统运行性能优化。