According to the thermal experiment data and correction curve of heat supply units, the mathematical analysis formula of thermodynamic characteristic has been given accurately in this paper.
以供热机组热力试验数据及修正曲线为依据，较准确地建立了表达供热式汽轮机机组热力特性的数学解析式。
Verifies the design method with an experiment and evaluates the indoor thermal comfort.
通过实验对设计方法进行了验证，并对室内热舒适性进行了评价。
The influence of sludge type, sludge moisture content, drying method and thermal drying temperature on sludge adhering quantity during thermal drying was investigated through experiment.
通过试验考察了污泥种类、含水率、干燥方式及热干燥温度等因素对污泥热干燥过程中粘壁量的影响。
This paper presents the application of virtual Instrument technology on thermal measurement and build a system of thermal measurement experiment based on virtual Instrument technology.
本论文提出了在热工实验中应用虚拟仪器技术的方法，并据此研究和开发了虚拟热工测量平台。
In general, the dynamic math model of a thermal process is an approximate transfer function obtained from step response curve which is figured through field experiment.
热工过程的动态数学模型通常通过现场试验作出它的阶跃响应曲线，然后从阶跃响应曲线得出近似传递函数。
Through experiment, the thermal stability of inner wall tiles with different body composition and different slip fineness is studied.
通过试验研究了不同配方组成内墙砖的热稳定性，以及不同泥浆细度内墙砖的热稳定性。
The Stokes parameters images of metal objects and camouflage nets in earth background are acquired by the thermal imaging polarization system in experiment.
利用该系统对地物背景(土壤)中的不同种类金属目标板及红外伪装遮障进行了热红外偏振成像探测实验。
In this paper, low mature mudstone and limestone from Carboniferous System in Tarim Basin have been studied by the thermal simulating experiment.
对塔里木盆地石炭系低成熟的泥岩和灰岩生油岩进行了热模拟实验研究。
The thermal ignition experiment system of gasoline-air mixture in confined space under the conditions of hot wall is designed.
设计了受限空间内高温热壁条件下的油气热着火的实验系统。
At last, through studying the corresponding testing standard, a standard text for testing the thermal performance of evacuated air heater was put forward based on experiment.
最后本文在分析现有的集热器测试标准和实验基础上，建立了一个真空管空气集热器的测试标准文本文件。
The experiment showed the low cost, good thermal stability, high strength and specific resistance of the composite burden and saving energy.
试验证明，复合炉料成本低、热稳定性好、强度高、比电阻大，并有利于节能降耗。
First, this article based on experiment datum, educed the rule of the thermal feel in hot-humid environment.
本文首先在实验数据的基础上，给出了热湿环境中热感觉的规律。
Also a closing course of initial crack and thermal cracking coming into being in the cooling process are observed in our experiment.
实验还观察到砂岩表面微缺陷发生闭合的全过程，在冷却过程也有微裂纹形成等现象。
The intensity correlated quantum imaging experiment and application with thermal light restricted by the high bright thermal light to some extent.
高亮度的辐照热光源一定程度上限制了基于经典热光场的强度关联量子成像技术的实验研究和广泛应用。
Because the inside work processing of engine is very complex, and the influence factor are numerous, the heat transfer and thermal load inside engine are primarily investigated by means of experiment.
由于发动机内工作过程非常复杂、影响因素众多，对发动机内传热及热负荷的研究目前主要还是采用实验测试的方法。
The porous thermal hydraulic model is used to calculate complex fluid flow and heat transfer in rod bundle. The simulating calculation is verified through experiment.
采用多孔体模型对流体在棒束间的复杂流动传热进行了模拟计算，并将模拟计算结果与实验数据进行了比较。
The experiment shows that the optimized thermal lens resonator has the better pointing stability.
实验结果表明，优化后的热透镜谐振腔具有较高的指向精度。
Through experiment, the relation figures of engine rotation speed, coefficient of performance of heat pump and engine thermal efficiency are presented and analyzed.
通过实验，得出了发动机转速与热泵性能系数、发动机热效率的关系曲线，并进行了分析。
Thermal model experiment of catalyst synthesis shows the shape of the N-catalyst can be controlled by using the above optimized agitation in a certain range of rotating speed.
催化剂合成热模实验表明，采用以上的搅拌形式，在一定的搅拌转速范围内，可以较好地控制催化剂的颗粒形态。
The thermal decomposition kinetics experiment of sodium percarbonate was statistically designed in theory and the optimum experimental position was determined.
从理论上对过碳酸钠分解动力学实验进行了统计设计，确定了最佳实验点的位置，并通过实验进行了验证。
At last we can decide the leading technique by using the best scope of technique parameters and the suitable thermal treatment system gained by above experiment to test a forging technique.
最后依据上述实验得出的最佳工艺参数范围及合适的热处理制度进行锻件工艺试制，确定主导工艺。
We have done experiment to measure the thermal conductivity of insulation material KT-TC, and found out the relation between thermal conductivity and temperature.
通过实验的方法测定耐火保温材料的导热系数，测算出耐火保温材料的导热系数随温度的变化规律。
The experiment data of measuring the clothing thermal resistance by the apparatus were analyzed when human body in dress.
分析了用该仪器在人体着装条件下测量服装热阻的实验数据。
The thermal test system of cooling stave was designed and established to put up the industrial experiment of the heat transfer for the cast steel cooling stave and ductile iron cooling stave.
设计并建造了冷却壁热态试验系统，对铸钢冷却壁和球墨铸铁冷却壁的换热效果进行了工业模拟试验。
The theory and experiment techniques about measuring the thermal diffusivity of solid materials by using laser induced transient reflecting grating is introduced.
阐述了用脉冲激光引发瞬态热反射栅的方法来测量固体材料热扩散率的理论、实验装置和实验技术。
We study the respiration character of YBCO for oxygen by the thermal analyzer experiment and high temperature static adsorption experiment.
采用热分析仪和高温静态吸附等实验研究了YBCO材料的氧的呼吸特性。
In vivo experiment of rabbit livers is introduced by using an experimental equipment to measure the thermal properties and blood perfusion rate in live cancer tissues.
利用自行研制的肝癌组织热物性参数和血液灌注率测量装置，以兔子为对象进行了活体实验。
Kinetic analysis of experiment data was made. It is found that thermal oxidative reaction is a first-order reaction under the experiment condition in this work.
对实验数据进行了反应动力学分析，发现线缆绝缘材料的热氧化降解反应为一级反应。
Kinetic analysis of experiment data was made. It is found that thermal oxidative reaction is a first-order reaction under the experiment condition in this work.
对实验数据进行了反应动力学分析，发现线缆绝缘材料的热氧化降解反应为一级反应。
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