热流计是一种重要的节能用仪表。
Heat flow meter is an important instrument for saving energy.
本文提出了一种新型的热流计标定装置。
The object of this contribution is to present a new type of calibration device for heat flow meters.
采用CCD法得到了能流密度的相对分布并用热流计标定出能流密度分布。
The spatial distribution of the flux density is investigated by the CCD method and calibrated by heat flow meter.
对炉膛水冷壁局部在线灰污监测的两种方法——热流计法和背面温差法进行了论述。
Two methods are discussed which are heating flux and temperature difference of the furnace water wall.
本文对现有围护结构传热系数的测试方法做了分析与比较，以热流计法作为研究对象。
This paper compared and analyzed existing detection methods, then took Heat Flow Meter method as research object.
计算得出，由于热流计测头的出现，对流换热系数的变化会给热流测量带来较大误差。
Conclusions can be drawn that changes of the convective heat transfer coefficients can bring error because of the appearance of heat flux sensors.
热流探测是一项重要的基础地球物理调查项目，使用探针式热流计测量海底热流是常用的方法。
The Heat flow probe is the common-used device in measuring seafloor heat flow, which is one of the most important items of geophysical investigations.
目前的热流计在测量热量时需要测量供热管道的流量以及进出口温度，然后再对其进行积分计算。
The flux and the temperature difference between inlet and outlet of the heat-supply system must be measured when measuring heat flux by heat meter, and then the result can be calculated.
在分析总结国内外众多瞬态热流计测量原理的基础上，本文利用薄膜技术，制作出了热阻式微型薄膜瞬态热流计测头。
Upon comprehensive reviews of the predecessors 'results and using thin-film depositing technology, the author developed a thermal-resistant miniature thin-film transient heat flux sensor.
在分析总结国内外众多瞬态热流计测量原理的基础上，本文利用薄膜技术，制作出了热阻式微型薄膜瞬态热流计测头。
Upon comprehensive reviews of the predecessors 'results and using thin-film depositing technology, the author developed a thermal-resistant miniature thin-film transient heat flux sensor.
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