Emphasizes the variation of peak load regulating with ambient temperature, the design of terminal heat radiators, and the design operating parameters of geothermal heat exchangers in indirect systems.
重点分析了间接式地热供热系统调峰负荷随环境温度的变化，以及所受末端散热器设计、地热水与循环水换热器设计运行参数的影响。
Impose forms and standards, direct the Design Institute in Heat Load, Cooling Load Calculations.
实施格式与标准，指导设计院进行热负荷计算，冷负荷计算。
This paper introduced the operating principle, design and check of heat accumulator used in the boiler having a great fluctuation in load.
该文介绍了适合负荷波动较大时应用的锅炉蓄热器工作原理、设计和校核方法。
The article introduces the design principle, heat power load and heat storage, air-conditioning load and ice-storage programme.
介绍了该项目的设计原则，供热负荷及蓄热、空调负荷及蓄冰的运行方案。
The heat load to the vacuum vessel thermal shield (VVTS) is analyzed by FLUENT finite element software in order to demonstrate that the design of cooling tubes is reliable.
采取有限元法对内冷屏的受热状况进行了计算分析，以验证内冷屏氦冷却管道设计方案的可靠性。
Described the role of thermal accumulator in load adjustment of boiler and waste heat utilization of Industrial Furnace etc, and its working principle and design ideas.
阐述了蓄热器在锅炉负荷调节和工业窑炉等余热综合利用项目中的作用，以及其工作原理和设计思路。
The calculation and design procedures of air conditioning load, ground loop heat exchangers, radiant floor system, distribution system between heat pump and build are mainly introduced.
重点介绍了建筑空调负荷计算、地下埋管换热器系统、辐射地板系统以及热泵和建筑物内分配系统设计等方面的内容。
To decrease the radiation heat load of the cryopanel is considered to be necessary for the design of cryopumps.
减小低温板的辐射热负荷是低温泵设计中的关键问题。
Thermal performance of a developing exhaust system was evaluated. The CFD and FEA methods were used to complete two design schemes of heat transfer and thermal load.
对某款正在开发的汽车排气系统进行热性能评估，应用CFD和FEA方法完成两种设计方案的传热与热负荷研究。
In this paper different heat load investigating, predicting as well as data handling ways, which were formerly used in the central heating system design, are dealt with in some detail.
本文对以往设计集中供热系统所采用的热负荷调查、预测和处理方法进行了客观剖析。
We try to optimize the design variable condition calculation, heat pump unit heat transfer area of the parts and the parts heat load calculation.
进行优化设计、变工况计算、热泵机组各部件传热面积和各部件热负荷计算。
In the second chapter, we use the heat supply tunnel design of Beijing as the research background. We choose the "load-structure" mechanical model as the calculation model.
第二章以北京热力隧道为研究背景，确立以“荷载—结构”力学模型作为北京热力隧道衬砌计算模型。
In the second chapter, we use the heat supply tunnel design of Beijing as the research background. We choose the "load-structure" mechanical model as the calculation model.
第二章以北京热力隧道为研究背景，确立以“荷载—结构”力学模型作为北京热力隧道衬砌计算模型。
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