地热
Structure of geothermal reservoirs play an important role in formation of geothermy.
热储结构对地热形成起着重要作用。
The exploration of the geothermy is very important aspect in development and prospecting.
地热勘探与开发的一个重要方面。
The water temperature originates in geothermy warming rate and the radioactive element decay has the heat energy.
水温来源于地热增温率及放射元素的衰变产生热能。
Environmental impact analysis for district heating by geothermy associated with high temperature water source heat pump;
地热温室是采用地热为热源供热的一种温室 ，通过调查研究设计了一套地热温室的采暖系统。
This basin and mountain coupling mechanics model may reasonably interpret the features of the basin structures, basin depression, mountain uplift, lithosphere structure and geothermy in this region.
这一盆山耦合模型可以解释盆地构造、盆地沉降、山脉隆升、岩石圈深部构造和热特征。
“Geothermy”（地热学）是研究地球内部热量及其应用的学科，主要涉及地球热能分布、产生机制和实际利用方式。以下是详细解释：
定义与词源
该词由希腊语词根“geo-”（地球）和“thermy”（热）组成，字面意为“地球的热能”。它既指地球内部自然存在的热能，也指相关科学研究领域。
核心研究内容
应用领域
地热学直接指导地热能的开发，例如：
相关术语区分
若需进一步了解地热发电技术或具体案例，可查阅地质学或能源工程领域的专业文献。
Geothermy (noun) refers to the natural heat of the earth's interior, especially as used for geothermal energy.
The pronunciation of geothermy is /dʒiˈɑːrθərmi/.
Geothermy is used to describe the heat energy that is generated by the Earth's interior. It is commonly used in the context of geothermal energy, which is a renewable energy source that harnesses the heat stored within the Earth to generate electricity.
Some synonyms for geothermy include geothermal energy, Earth heat, and thermal energy.
There are no direct antonyms for geothermy, as it is a specific term for a type of energy. However, some antonyms for the concept of renewable energy might include non-renewable energy or fossil fuels.
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