1) thermal resistance of submerged heat sources
埋藏热源的热阻
2) burial evolution
埋藏热演化
1.
The differential burial evolution led to the differential thermal evolution in different structural belts.
研究表明:塔里木盆地自下古生界沉积以来,地温梯度整体递减的热史和多次地层抬升剥蚀降温,延缓了烃源岩热演化进程;差异埋藏热演化,使部分地区烃源岩的生烃潜力得以保持至喜山期;晚期的快速深埋升温使短期内大量生、排烃并高效运聚;为新构造期的断裂系统活化提供运移的通道;这些地质条件是下古生界油气可晚期成烃成藏的保证。
3) deep burial hot water dolomitization
深埋藏热水云化
4) ground-coupled heat pump
地埋管地源热泵
1.
Heat transfer performance and temperature field of soil around horizontal buried heat exchangers for ground-coupled heat pump system
地埋管地源热泵水平埋管冬夏季工况换热性能及土壤温度场
2.
Nine kinds of ground-coupled heat pump central AC systems design schemes were proposed and the characteristic and applicability were discussed individually depending upon the running conditions in summer and winter and the balance between the amount of heat extracted and rejected from the ground and also the different regional climates of China.
根据地埋管地源热泵中央空调夏、冬季运行,对地层岩土体累积排热量、累积取热量的平衡状况及我国的地域气候状况,提出了9种设计方案,并逐一论述了各自的特性及其适用性。
5) ground heat pump
地埋管地源热泵
1.
Based on the investigation results of ground-source heat pump projects in this area,analyses the problems of groundwater heat pump systems and ground heat pump systems existed in project application,and puts forward respective technical and management countermeasures.
基于武汉地区地源热泵工程的调查,分析了地下水地源热泵系统和地埋管地源热泵系统在实际工程应用中存在的问题,并提出了相应的技术和管理对策。
2.
Analyses operation testing data of groundwater heat pump system and ground heat pump system served for representative quarters in this area.
对武汉地区典型住宅小区地下水地源热泵系统和地埋管地源热泵系统的运行测试数据进行了分析,获得了地源热泵系统夏、冬季工况下用户侧和地下侧的供回水温度变化规律、机组与系统的COP及运行费用。
6) thermal-resistance type
热阻型的
补充资料：埋藏
1.掩埋尸体。 2.藏在泥土或其他细碎物体之中。 3.隐藏。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条