引入了能级比和纯供热耗热的概念，提出了对应的热电比计算方法。
This paper puts forward a calculation method to define the ratio of district heating and electricity generation in a cogeneration power plant.
通常这种热-电转化方式是利用热电偶实现的。 热电偶由两层不同的金属构成，其中一层比另一层温度高时就在两层金属间产生电流。
The usual way to do this is with a thermocouple—a sandwich of two metals that produce a current when one side of the sandwich is hotter than the other.
介绍几种热电偶参比端温度补偿方法供选择。
A number of temperature compensation methods for thermocouple thermometer reference end was presented.
在热电联产中，热电分摊比的合理制定是直接关系到热电厂和热用户双方利益的一个重要的问题。
According to essential of thermoelectric cost-apportion, the question between the multiformity of cogeneration and adaptability of thermoelectric cost-apportion is discussed.
制定合理的热价格需要确定热电厂合理的热分摊比，传统的分摊方法存在着或多或少不足，热电联合方法能够集各家之所长给出合理的热电分摊比。
It is point out that the determination of heat rates, collection of heat tariff and mode of heat metering for metered heating system are related each other.
制定合理的热价格需要确定热电厂合理的热分摊比，传统的分摊方法存在着或多或少不足，热电联合方法能够集各家之所长给出合理的热电分摊比。
It is point out that the determination of heat rates, collection of heat tariff and mode of heat metering for metered heating system are related each other.
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