热源的

• Through analysis of testing results , the concept of unit generator group is initially put forward in the paper , at other hand the 58200kj / h heat is acquired which one unit generator group including 10 unit generating tube needs under the condition of the maximal heat unitization rate , which supplies the foundation for the ‘ design of most suitable dy generator in term of the known the heat source
  通过对试验结果的分析，首次提出了单元发生器组的概念，同时得出了以10根单元发生管构成的单元发生器组在热利用率最高的情况下所需要的热量为58200kj / h ，为在一定热源的情况下设计出最佳匹配dy发生器奠定了基础。
• Then numerical experiments on forcing dissipation and heating response of dipole ( unipole ) are carried out using global spectral model of quasi - geostrophic barotropic vorticity equation . for every experiment model integration is run for 90 days on the condition of three waves quasi - resonance . the results are given as follows : ( 1 ) under the effects of basic flow intensity and dipole ( unipole ) forcing source , there exist strong interaction among the three planetary waves , and there also exist quasi - two - week and intra - seasonal oscillation of the three planetary waves
  然后，用数值试验的方法，应用强迫耗散准地转正压涡度方程的全球谱模式，并在方程中考虑了偶(单)极子的热力强迫作用，在三个行星波准共振的条件下，模式共积分90d ，得出： ( 1 )在基本气流强度和偶(单)极强迫热源的共同作用下，三个行星波之间存在很强的波?波相互作用，且波动振荡呈现准双周和季节内振荡。
• Electromagnetic heat is generated from the coils that are transmitted with high frequency electric currents , when magnetic metal cookware is used , high magnetic frequencies are generated , thereby creating huge volumes of whirling fluids , which is transformed from electric power into heat power
  电磁炉具热源的产生是利用高频电流通过一组线圈，形成高频交变磁场，磁场的磁力线穿过铁磁材料的金属锅，作用于锅体内的粒子，使其剧烈运动、磨擦，即时产生极高的温度场，将电能转化成热能。
• At the same time , i discover that the number of the return air inlet has a little influecing and it can be neglected . when there is hot resource at upperside of the room , the hot jet and supply air jet together affecting . at the same lower part heat intensity , a utmost wind speed exist , the supply air speed lower , the more heat intensity on the upside , the less convecting transfer heat , whereas
  对于上部有热源的条件下，则其对流热转移量的变化关系是由热射流与送风冷射流共同作用影响的，在下部热源强度相同的条件下，存在一极限风速，在该风速以下，上部热源强度越大，则对流热转移量越小，反之在该风速以上，上部热源强度越大，则对流热移量越大。
• The responses of asian monsoon circulation to the heat source annual anomalies over the bay of bengal and philippines in summer and the annual relationships between the heat sources over the bay of bengal and philippines and the precipitation of china in summer are studied emphatically , with the results as follows : ( 1 ) the coverage and intensity of atmospheric heat source are the largest and strongest in summer and then turn smaller and weaker in autumn and winter , and in turn begin to become larger and stronger in spring again
  着重讨论了夏季孟加拉湾和菲律宾热源年际异常时，亚洲季风环流系统的响应，及其与中国夏季降水的年际关系。结果表明： ( 1 )夏季大气热源的范围最大，强度最强，以后以秋、冬季依次变小变弱，春季又开始变大变强。夏季亚洲季风区有三个强的大气热源中心，其中以孟加拉湾热源最强，菲律宾热源和印度半岛西部热源次之。
• Questions about whether the adsorbent is endurable and whether the adsorption refrigeration equipment has effect on the performance of diesel are answered with theoretical analysis and test . numerical simulation is used in optimum design of adsorbent bed of an adsorption refrigeration prototype which is driven by exhaust heat of gas electric generator
  分析了吸附制冷系统是否增加内燃机能耗和吸附剂使用寿命等问题，并采用数值模拟方法，对以燃气涡轮发电机尾气为热源的吸附式制冷样机，进行了吸附床结构的优化设计。
• Besides , practical load of the ghes varies with time . the variable load of ghes is decomposed as a series of pulse load , and the superimposition principle is employed to obtain the real temperature response of the ghes on basis of the theoretical solutions of a single borehole experiencing a constant heat flux
  利用把具有摘要， . . . . . . . . . . . . . . .复杂边界条件和热源的问题分解为许多较简单的问题的方法，把具有多个钻孔的地热换热器温度场化作许多单孔温度场的益加，建立了多钻孔地热换热器温度场亚加模型。
• In the external region , heat transfer between the u - tube borehole and the ground is considered with a model of a finite line - source in a semi - infinite medium , and it is the first time to achieve an analytical solution of the temperature distribution for a such a transient two - dimensional conduction problem by means of the green - function method
  对单个钻孔的传热划分为两个区域分别进行研究。在钻孔周围区域，将竖直u型管的传热简化为有限长线热源的传热问题，采用格林函数法首次得到了有限长线热源温度分布的解析解。