This paper compared and analyzed existing detection methods, then took Heat Flow Meter method as research object. 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。
Float manometer-type flow indicator ACCURATE MEASUREMENT OF HEATFLUXDENSITY ── INTELLIGENT HEAT FLOW METER 浮子压力计式流量指示表热流密度的准确测量&智能热流计
Self-made Thermopile Heat Flow Meter and Testing of Error Analysis 热电堆型热流计制作及测试误差分析
Application of Heat Diffusion Type Flow Meter in Primary Air Flow Control of Medium Speed Coal Pulverizer 热扩散式风量传感器在中速磨煤机一次风自动调节中的应用
Application of Heat Flow Meter Field Testing Method in Construction of Energy Conservation Building 建筑节能现场检测中热流计法的应用
Research on the Inspection Error Caused by Environmental Conditions for Heat Flow Meter Method 环境条件引起的热流计法测试误差研究
Accurate measurement of heat fluxdensity ─ ─ intelligent heat flow meter 热流密度的准确测量&智能热流计
Research on the transient radiant heat flow meter 瞬态辐射热流计
The Principle of Heat Flow Meter LATTICE GAUGE THEORY 热流量计的原理格点规范理论
The analysis of calibrating difference between the 1 to 1 calibrating device and wide open grate plate calibrating device of heat flow meter 热流计1:1分度装置与敞开式大平板分度装置分度差异的研究
An Analysis on Dynamic Characteristics of the Portable Surface Heat Flow Meter 便携式表面安装热流计的动态特性分析
Researches on Heat Flow Meter with Own Intellectual Property 自有知识产权热流计的研究
A Multi-Channel Intelligent Heat Flow Meter 多通道智能热量计
Development of a Smart Non-contact Total Heat Flow Meter 智能非接触全热流计的研制
Firstly, the advantages and disadvantages of the existing on-the-spot detection methods were compared in the thesis, especially the limitation of the Heat Flow Meter method in hot summer and cold winter area, on the basis of the research in our group. 本文在本课题组的研究成果上,首先综合分析了已有的现场检测方法的优缺点,着重分析了热流计法在夏热冬冷地区应用的局限性。
Characteristic of Heat Flow Meter in Non Stable Thermal Environment 非稳态环境中的热流计特性
The Principle of Heat Flow Meter 热流量计的原理
The Exploring Research on a New-type Measuring Technique of the Heat Flow Meter 新型热流计测量技术的探索研究
The Improvement of Installing Method of Heat Flow Meter in Calibrating Device 热流计校准装置中热流计安装方法的改进
The simulating experimental study on the correction of errors in measurement by the heat flow meter 热流计测试精度修正的模拟试验研究
The multi goals optimization design of calibration device of heat flow meter 热流计检定装置的多目标优化设计
For heat flow meter itself, ensure adhesive close to the wall because it can be reduce thermal contact resistant so as to improve precision. 热流计紧密黏贴在被测试件上,从而保证接触热阻最小化,增加了测量精度。
Since the mid-twentieth century, three main types heat flow meter has appeared: Bullard-type, Ewing-type and Lister type, so that heat detection accuracy and efficiency has been greatly improved. 自二十世纪中期以来,先后出现了Bullard型、Ewing型和Lister型等三种主要的热流探测设备,使海底热流探测的精度和效率均得到了很大的提高。
In the fluid heat capacity, water content and other properties change, the traditional heat flow meter will have a single point of measurement error, there is less compatibility and interoperability problems. 在流体比热容,含水量等性质发生变化时,传统的热式流量计会产生单点测量偏差,有兼容性和通用性较差问题存在。
To further prove the reliability of this method then the heat flow meter method is used to verify, and then the compressive heat transfer coefficient is calculated. 为了进一步证明辨识方法的可靠性又用了热流计法进行试验,计算综合传热系数。