由于煤心实验物性测量开展难度很大，没有搜集到该地区的煤心孔隙度、渗透率资料来定量验证。
As coal core experimental measurement is very difficult, there is no data collection of coal core porosity and permeability from this region for quantitative validation.
由于本工程混凝土材料各项物性参数即无试验数据又无量测数据，所以，本文首先结合实际测量资料对其进行了参数的优化反演。
Firstly, Optimization back analysis of parameters is carried out based on the datas of practical measure, because in this project the parameters of concrete neither testing nor practical datas.
对于低渗透致密岩石的物性参数，由于流体流动速率很小，采用常规的岩心分析方法难以测量和解释。
Owing to a small fluid flowing rate, it is difficult to measure and interpret the physical parameters of low permeability tight rocks by use of conventional core analysis method.
将计算的和测量的靶管外壁温度进行比较，可认为铀靶生产厂家给出的靶管各热物性参数是准确的。
By comparing temperatures measured of the outer wall of the tube with those calculated, it is thought that the thermo physical parameters given by the tube's producer are accurate.
理论和实验分析了运用准稳态法测量纳米颗粒悬浮液有效导热系数和比热容等热物性的可行性。
The feasibility of using quasi-steady state method for the measurements of effective thermal conductivity and specific heat of nanoparticle suspension is discussed theoretically and experimentally.
介绍了使用粉体物性测试仪测量、计算粉体流动性指数的方法。
The method for measuring and calculating the powder fluidity index by means of powder physical property test set was presented.
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。
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.
使用这种测量方法，得到的数据准确、可靠，对材料的物性及材料结构的研究有着十分重要的价值。
With this method, the data is accurate, reliable and it is valuable in studying the feature and structure of materials.
基于此模型对传感器内外层结构、物性参数和边界条件等影响传感器温度测量的各个因素进行分析。
Influencing factors on thermometry such as the structure of the sensor inner and outer layers, thermal properties and boundary conditions are discussed.
介绍了自行设计和研发的纱线与织物性能测量装置的系统特征和基本参数。
The systematic characteristics and basic parameters of the Handle Evaluation system of Fabric and Yarn (briefly called HESFY) designed and developed by ourselves were introduced.
对其应用情况的统计分析揭示，测量失败与地层物性、岩性、井孔质量以及泥浆性能等因素有关。
The statistics and analysis of it indicate that the failures of MDT are related to petrophysical property and lithology of the reservoir, irregular borehole, as well as mud performance.
由物性参数看出，该区实施激电测量，寻找铜硫化物矿产的物性前提是具备的。
These geophysical parameters indicate that conditions are available in these areas for prospecting copper sulfide deposit using induced polarization method.
由物性参数看出，该区实施激电测量，寻找铜硫化物矿产的物性前提是具备的。
These geophysical parameters indicate that conditions are available in these areas for prospecting copper sulfide deposit using induced polarization method.
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