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   thermal energy storage 在 建筑科学与工程 分类中 的翻译结果: 查询用时:0.2秒
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thermal energy storage
相关语句
  热能储存
    Thermal Energy Storage Technology and Its Application in Building Heating
    热能储存技术及其在建筑供暖的应用
短句来源
  贮能
    A Thermal Energy Storage Model for A Confined Aquifer
    承压含水层贮能数学模型研究
短句来源
    Review and prospect of research on latent thermal energy storage in the domain of HVAC
    HVAC领域相变贮能研究的现状与进展
短句来源
    This model is used for describing a series of seasonal thermal energy storage experiments of an aquifer in Shanghai. The simulated temperatures agree very well with the field data(relative error:2.8%-4.5%).
    模型被用来描述上海的一系列含水层贮能试验,模拟得出的温度与野外资料拟合得非常好(相对误差2.8%—4.5%)。
短句来源
    (4)The benefits of latent thermal energy storage used in HVAC.
    相变贮能技术在HVAC中应用的诸多优势。
短句来源
    At last,directions and contents of research on latent thermal energy storage in the domain of HVAC are put forward.
    提出了HVAC领域相变贮能技术今后的研究方向。
短句来源
  “thermal energy storage”译为未确定词的双语例句
    CALCULATION OF WATER TEMPERATURE AND THERMAL ENERGY STORAGE IN DEEP WELL FILLING AND PUMPING PROCESS
    深井灌用过程中水温及蓄热量计算
短句来源
    Study of a Stratified Chilled-water Thermal Energy Storage HVAC System with Simulation
    温度分层型水蓄冷罐的仿真研究
短句来源
    SIMULATION ON THE THERMAL PERFORMANCE OF HYDRAULIC FLOOR HEATING MODULAR WITH SHAPE-STABILIZED PHASE CHANGE MATERIALS FOR THERMAL ENERGY STORAGE
    相变材料蓄能式低温热水采暖地板热性能模拟
短句来源
    THE ISSUES AND APPROACH OF THERMAL ENERGY STORAGE SYSTEM
    冰蓄冷空调问题与对策探讨
    Thermal performance of radiant heating and cooling ceiling with two kinds of phase change materials for thermal energy storage
    双层相变材料蓄能型辐射采暖与空调吊顶热性能
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  thermal energy storage
Micro-encapsulated phase change material (Micro-PCM) could be used for high density thermal energy storage and also for PCM-building materials.
      
The objectives of this study were to develop a shape-stabilized functional thermal energy storage material and to find an optimum plasma reaction condition out of various operations.
      
Thermal characteristics of surface-crosslinked high density polyethylene beads as a thermal energy storage material
      
This behavior is identical to the 10,000 h results (Ref 3); hence, Haynes alloy 188 is a suitable containment material for an eutectic LiF-CaF2 thermal energy storage salt.
      
As a continuation of a study of a space-based thermal energy storage system centered on a LiF-CaF2 eutectic salt contained by Haynes alloy 188, this Co-base superalloy was subjected to molten salt, its vapor, and vacuum for 22,500 h at 1093 K.
      
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Features of some concentrating solar power generation system are discussed and a steam cycle and a binary cycle with thermal energy storage are summarized. The thermal efficiency, exergy efficiency and losses due to irreversibility in this two kind of cycles at initial parameters 40 ata and 90 ata are colculated. Their thermodynamic economics are well compared.

本文对各国已有的聚焦式太阳能电站热力系统的特点作了分析。以带有蓄热设备的单循环系统和双循环系统为例,选择初参数为40和90大气压两种工况,对循环热效率、(火用)效率、主要的不可逆(火用)损失和各项经济指标进行计算,比较了单循环系统和双循环系统的热力学经济性。

Although the underground aquifer has been utilized as a thermal energy storage in winterfilling and summer pumping of deep well for a long period,the theoretical calculating methodfor storage efficiency and temperatures of filling water are still imcomplete.In this paper,asimplified mathematical model is suggested to find the relation between water temperaturesand heat storage efficiency on condition that no loss of cool water exists in the aquifer.First,the fundamental equations of temperature...

Although the underground aquifer has been utilized as a thermal energy storage in winterfilling and summer pumping of deep well for a long period,the theoretical calculating methodfor storage efficiency and temperatures of filling water are still imcomplete.In this paper,asimplified mathematical model is suggested to find the relation between water temperaturesand heat storage efficiency on condition that no loss of cool water exists in the aquifer.First,the fundamental equations of temperature field of aquifer during the process of winter fillingand water temperature variation in summer pumping are derived.In addition,a practicalcalculating method is introduced to solve the problem of temperature distribution in aquiferat the end of three years' winter filling,at the beginning of three years' winter filling andsummer pumping as well as temperatures of pumped water for three years during the periodof summer sumping.From the illustrative example quoted in this paper,its solutions coin-cide basically with the operating data in practice.

深井冬灌夏用,利用地下含水砂层进行蓄热虽已有多年历史,但对其蓄热效率及灌回水温度的理论计算方法尚感不足。本文提出一个较为简化的计算模型,在不考虑地下水流失条件下求解蓄热效率和灌用水温度之间的关系。文中导出冬季灌水过程中地下含水砂层的温度场和夏季抽用水温度变量的基本方程。在此基础上又进一步提出实用计算方法来求解连续三年在冬灌结束、夏用开始时和冬灌开始时地下砂层的温度分布,以及夏用时的抽用水温度。并引倒说明此方法的计算结果基本符合实际运行中测得的数据。

A three-dimensional convection-heat dispersion model for a confined aquifer is developed. The governing equation of our model contains not only the convection and conduction terms, as usual, but also the heat dispersion term, which is neglected la many papers. This model is used for describing a series of seasonal thermal energy storage experiments of an aquifer in Shanghai. The simulated temperatures agree very well with the field data(relative error:2.8%-4.5%).

本文提出了一个承压含水层中三维对流-热弥散模型。模型的控制方程不仅如通常那样包含对流项和传导项,还包含许多文献中常被忽略的热机械弥散项。模型被用来描述上海的一系列含水层贮能试验,模拟得出的温度与野外资料拟合得非常好(相对误差2.8%—4.5%)。

 
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