radiant temperature中文是什么意思

• 辐射温度

• "radiant"中文翻译    adj. 1.发光的，放热的。 2.放射的，辐射的；【动 ...
• "temperature"中文翻译    n. 1.温度，气温。 2.体温。 3.〔口语〕发烧，高 ...
• "mean radiant temperature" 中文翻译 :    平均辐射温度
• "radiant temperature sensitivity" 中文翻译 :    辐射热感温灵敏度
• "radiant" 中文翻译 :    adj. 1.发光的，放热的。 2.放射的，辐射的；【动、植】辐射形的。 3.照耀的，辉煌的，灿烂的；满面春风的，容光焕发的；极漂亮的。 n. 光源，光点；光体；【天文学】(流星的)辐射点。 radiant energy [heat] 辐射能[热]。 radiant ray 辐射线。 the radiant sun 耀眼的太阳。 a radiant smile 满脸微笑。 radiant with joy 喜形于色。 adv. -ly
• "american radiant" 中文翻译 :    美国朗洁
• "apparent radiant" 中文翻译 :    视辐射点
• "be radiant with joy" 中文翻译 :    喜盈于色
• "be radiant with smile" 中文翻译 :    笑容可掬是
• "bengaline radiant" 中文翻译 :    花式罗缎
• "ceramic radiant" 中文翻译 :    陶瓷辐射
• "energy, radiant" 中文翻译 :    辐射能
• "external radiant" 中文翻译 :    外部辐射
• "geocentric radiant" 中文翻译 :    地心辐射点
• "glacial radiant" 中文翻译 :    冰川辐射
• "heat, radiant" 中文翻译 :    辐射热
• "intensity， radiant" 中文翻译 :    辐射强度
• "marine radiant" 中文翻译 :    船用全辐射型
• "monochromat radiant" 中文翻译 :    单色辐射能,单波长辐射能
• "new radiant" 中文翻译 :    新拉迪安特体育俱乐部
• "radiant absorptance" 中文翻译 :    辐射吸收系数
• "radiant absorption" 中文翻译 :    辐射吸收
• "radiant ai" 中文翻译 :    的任务；最后的最后，有; 和敌人的; 和生物的睡眠时间取决于他们各自的
• "radiant bath" 中文翻译 :    辐射浴
• "radiant body" 中文翻译 :    辐射体

• Modelling and calculating of millimeter wave radiant temperature for armored target
  装甲目标毫米波辐射温度的建模与计算
• Irradiance or its equivalent , the plane radiant temperature , can be simply measured
  可以简单地量测辐照度或其当量- -平面辐射温度。
• In the following chapter , the energy conservation of air conditioning system with this new type was analyzed and the indoor thermal comfort was evaluated by indoor mean radiant temperature so the feasibility of this new type of air conditioning was primary demonstrated
  接着分析了此方式下空调系统室内部分的节能性，并利用平均辐射温度对室内热环境进行了舒适评价，从而初步论证了这种空调方式的可行性。
• The results indicate that drying thickness , radiant temperature and pressure of drying chamber are the most three significant factors . there ' s hardly any relationship between freezing rate and drying time , the sublimation drying time of slow freezing material is shorter than quick freezing one , but its desorption drying time is relatively longer , so the total drying time is approximately the same . the initial freezing temperature and freezing manner has little influence on vacuum freeze drying process
  试验表明：冻干厚度、加热板温度、系统的真空度是最重要的三个过程参数；冻结速率对总冻干时间没有影响，慢冻物料的升华干燥时间要比快冻物料短，但慢冻的解析时间相对较长，两者的总冻干时间相差很小；初始冻结温度对冻干过程的影响可以忽略。
• 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。
• Abstract : the paper established the idea of passive solar houses with zero - auxiliary heating source as well as the calculating method for the design and passive solar house . based on the ratio of radiant temperature difference i . e . thermal design and calculation method for passive solar houses with zero - auxiliary heating source
  文摘:着重介绍零辅助热源被动式太阳房的概念及以辐射温差比为设计依据的被动式太阳房热工设计计算方法零辅助热源被动式太阳房热工设计计算方法
• As we all know , occupants " thermal sense is mainly dependent on the six factors : inside air temperature , humidity , air velocity , mean radiant temperature , clothing and metabolism rate . the traditional hvac control system , neglecting other factors concerned with human comfort , only considering the inside air temperature and air humidity and indirectly impacting on occupants by the two parameters control , cannot satisfy the comfort requirement of occupants and is energy wasting as well
  传统的空调控制系统以室内空气的温湿度作为控制对象，而实际上影响人体热舒适的因素不仅包括温度与湿度，还有风速、平均辐射温度、人体的衣着热阻和人体的新陈代谢率，人体对环境的冷热感受是这些因素综合作用的结果，因此在很多时候系统并不能满足人体对热舒适的需要而且节能性较差。
• For the space heated by low - temperature water floor radiant heating system , the mean radiant temperature and air temperature are two main factors that affect the indoor thermal quality as well as the building energy consumption , so how to minimize the heating load as much as possible on the condition of securing thermal comfort demand
  采暖空间的室内热舒适度主要是由两个因素来决定的：室内平均辐射温度和室内空气温度，这两个参数同时也影响室内采暖系统的能耗大小，因此，如何在保证室内人体热舒适要求的条件下，最大限度地减少低温热水地板辐射采暖系统的能耗

• radiant temperature перевод