传热量的英文

• capacity of heat transmission
• heat transfer capacity
• received heat
• thermal output
• tone'smal output

• "传热"英文翻译    conduct heat
• "量"英文翻译    measure capacity
• "户间传热量" 英文翻译 :    heat transfer for neighbor
• "传热" 英文翻译 :    conduct heat; heat passage; heat transfer; heat diffusion; heat emission; heat transmission [conduction]: 大多数塑料不易传热或导电。 most plastics do not readily conduct heat or electricity
• "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
• "传热性,传热度" 英文翻译 :    thermal conductivity
• "传热的" 英文翻译 :    diabatic; diathermanous; heat-transfering; transcalent
• "传热机" 英文翻译 :    heat-transfer machine
• "传热剂" 英文翻译 :    heat transfer agent
• "传热铃" 英文翻译 :    heat transfer fluid
• "传热率" 英文翻译 :    coefficient of overall heat transmission; heat transfer rate; heattransfer rate; heattransferrate; rate of heat transfer
• "传热面" 英文翻译 :    conduction surface; heat tra fer area; heat tra fer surface; heat transfer front; heat transfer surface; heat-transfer surface; heating transfer surface; transfer surface
• "传热片" 英文翻译 :    thermofin
• "传热器" 英文翻译 :    heat tra mitter; heat transmitter
• "传热势" 英文翻译 :    diabatic potential
• "传热性" 英文翻译 :    conductivity of heat; diathermancy; diathermy; heat transfer property; heat transmissibility
• "传热学" 英文翻译 :    heat transfer theory
• "传热盐" 英文翻译 :    heat transfer salt
• "传热液" 英文翻译 :    heat-transfer fluid
• "传热油" 英文翻译 :    heat transfer oil; heat transmission oil; heat-transfer oil
• "传热值" 英文翻译 :    thermal transmittance value
• "传热阻" 英文翻译 :    resistance of heat tra fer; resistance of heat transfer
• "净传热" 英文翻译 :    net heat transfer
• "蚊传热" 英文翻译 :    zika fever
• "无传热" 英文翻译 :    zero heat transfer

• The envelop heat transfer value ( ehtv ) is a mean value for sum of heat transfer in envelop by buildings area
  建筑围护结构传热量指标( envelopheattransfervalue )是单位建筑面积通过各围护结构的传热量。
• Based on this principle , bionic optimization technique is introduced to search the optimal spatial distribution of the high - conductivity material in pursuit of the maximum heat transfer at a given temperature difference
  基于这一原则，提出并采用了仿生方法来寻找一定量的高导热材料在导热空间内的构造形式，以使给定温差下的传热量达到最大。
• This question is solved by programming use the software maple . at the same time , this paper set up a three - dimensional model , then analyzed and calculated of conducting cylinder heat transmission through software matlab and cosmos
  在气缸传热数值模拟的基础上建立喷油模型,运用matlab软件和cosmos / works软件对传热量进行分析计算,以确保气缸传热模型的正确性和计算精度。
• 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。
• A lot of results are made from calculating of case for geothermal reservoir property of earth energy within 200 2000 ( m . ) ， it is helpful to analysis influence of permeability coefficient , kinematic viscosity and thermal diffusion coefficient of soils and rocks on heat transfer performance
  在地表热能热储物性为200 - 2000 ( m . )的范围内进行的理论计算，得到了许多重要结果，为分析岩土层渗透系数、流体运动粘度和导温系数等对传热量的影响打下了良好基础。
• It is very difficult to analyze flame radiation in the cylinder of a diesel engine by theoretical method since flame radiation is a function of many parameters , such as the combustion process , the geometrical description of the chamber , the soot formation and oxidation processes , the soot radiant temperature and soot absorption coefficient . the radiant property of the flame in a cylinder is dependent on the combustion process . but the thermodynamic state of real engine cycles can be analyzed from the pressure - volume diagrams in the cylinder . thus a new thermodynamic computational model is set up for the flame radiation in the cylinder of a diesel engine based on the indirect relationship between the flame radiation and the pressure - volume diagram of the combustion process in this paper . the flame radiant heat flux in the cylinder of a di diesel engine is calculated with the variation of crank angle by this model . compared with measured values , the result of the computational values shows the model is available to represent the effects of flame radiation
  柴油机缸内的火焰辐射受诸多因素的影响，用理论分析法来确定它是相当困难的，由于柴油机缸内火焰辐射特性依赖于缸内的燃烧过程，而燃烧过程中的实际热力状态又可用示功图来分析，因此借助于火焰辐射与缸内热力参数之间的这种间接关系，建立了一种计算柴油机缸内火焰辐射传热的新模型，利用该模型对一台直喷柴油机缸内火焰辐射热流量随曲轴转角的变化情况进行了计算，将计算结果与实测结果进行了比较，表明该模型能较好预测缸内火焰辐射传热量。
• This paper is consisted of two major parts : one deals with the general working performance of the fmghp by setting up mathematic model and developing computer procedure , getting the datum related to the capillary flow and heat transfer , analysing the working characteristics of fmghp in different working temperature , heat flux and inclination angle etc . in this part , the prediction of capillary and boiling limit are also included . the other major part studies the flow and heat transfer characteristics in the micro - film region formed by the meniscus attached on the metalic fin in the micro rectangular groove . investigations on the influence of width of groove and other factors on heat transfer in this region have been made . the importance of this micro - region in the heat transfer of the entire heat pipe has been unveiled . the heat transfer characteristics gotten by this research could be used in design and application and also optimization of this kind of fmghp
  本文在大量查阅现有国内外文献的基础上,总结并综合前人有关微槽平板热管理论研究方面的成果,对单面刻有槽道的微槽平板热管进行了较为深入和细致的研究。本文的研究共分两大部分,其中第一部分考察了该型热管的整体工作表现,通过建立数学模型和开发相应的计算程序,得到了热管内部毛细流动和传热的数据,分析了热管在不同工作倾角、不同加热热流以及不同工作温度等情况下工作特性的变化规律,考察了汽液界面上的剪切作用对热管传热量的影响,并且进一步在理论上预测了该型热管的毛细和沸腾极限。
• Compared the heating load ( and energy consumption ) of a same room with floor heating or radiator heating under same operative temperature . revealed the energy consumption of floor heating room could reduce 5 % ~ 10 % to radiator heating , and the heating load could reduce 10 % ~ 15 % . the main season of energy efficiency is due to no apparent high temperature zone in floor heating room , which avoid additional heat loss in outside envelopes , rather than the lower of indoor air temperature
  利用对连续供暖房间温度场的研究结果，对分别采用上述两种供暖方式的典型房间的热负荷和能耗进行了全面分析后发现：低温地板辐射供暖房间热负荷比散热器供暖房间可降低10 15 ，能耗可降低5 10 ；低温地板辐射供暖房间节能的主要原因并不是由于房间空气温度可以降低，而是消除了室内空气局部高温区，避免了由此产生的在外围护上的附加传热量。
• Compared to other methods , optimized 3r2c thermal network model method is very simple and efficient , and has high accuracy and fast computation speed . the heat loss from a building foundation to the ground may , in a cold climate , account for up to one third of the transmission heat losses
  对寒冷地区的建筑物或者其它围护结构为轻型的建筑物,从地下传入室内的热量或者通过地下从室内传出的热量也是围护结构传热量的一个重要方面,甚至能占到围护结构总传热量的三分之一。
• Abstract : the in servie tubular heaters built early in refineries and chemical plans have low thermal load and low heat efficiency , therefore measures for technical reform are offered , including ( 1 ) enlarging the surface area of convection tubes to increase the thermal load of rhe convection section ; ( 2 ) increasign the heat interchanging area of radiant tubes ; ( 3 ) changing the height of the chimney ; ( 4 ) using new burner with forced air supply to increase calorific capacityu ; ( 5 ) adding air preheater between the convection section and chimney to enhence the temperature of the air entering the furnace ; ( 6 ) adopting high temperature radiant coating to improve the effect of radiant heat interchanging
  文摘:针对早期建造的炼油厂和化工厂在役管式加热炉热负荷和热效率低的状况，提出了若干技术改造措施包括，增大对流管表面积以增大对流段的热负荷；增加辐射管的换热面积；修正烟囱高度；换用新型燃烧器，变自然通风为强制供风，以增大燃烧器的发热量，减小过剩空气系数，节省燃料2 % 3 % ；在对流段和烟囱之间增设空气预热器以提高空气入炉温度；采用高温辐射涂料增强辐射换热效果，从而增加热源对炉壁的辐射传热量和炉管的传热量等。