热分析法

本文阐述膨胀型防火涂料的主要成分及其制法，并用差示热分析法、热重量分析法、透射电子显微镜等方法研究涂层受热时变化情况。

It described the main components of the expansive fire-retardant paint and its preparation . DSC , TGA and TEM were used to study the film performance during heating .

采用热分析法研究了无机添加剂对硝酸铵晶型转变的影响，并用高分子表面处理剂对硝酸铵进行表面处理。

The effect of inorganic additives on AN ′ s crystal pattern transition is studied by DSC method , and the surface treatment of AN is investigated by polymer surfactant .

用热分析法研究γ-Fe2O3的热稳定性

The Study on Thermal Stability of γ - Fe_2O_3 by Thermal Analysis Method

用DSC热分析法测定变压器油的热氧化安定性

Determination of thermal oxidation stability of transformer oils by DSC

用高温X射线衍射法和示差热分析法研究了形状记忆反铁电陶瓷中的相变。

Phase transformations in antiferroelectric shape memory ceramics were studied by means of high-temperature X-ray diffraction and differential scanning calorimetry .

热分析法快速测定辐射交联PF尼龙的凝胶分数

Determination of Jel Content in Radiation Nylon PF by Thermal Analysis

差热分析法（DTA）；

Differential thermal analysis ( DTA ); the isotopic method ;

热分析法研究含SiO2、金刚砂填充物的光固化材料

Characterization of UV Curing Materials Containing SiO_2 and Carborundum by Thermal Analysis

PBT与高能氧化剂的相互作用的热分析法研究

Interactions of PBT with Some High Energy Oxidizers by Thermal Analysis

用热分析法测定Li2B4O7单晶的一致熔融组成

Determination of Congruent Melting Constituent of Li_2B_4O_7 Crystal Using Thermal Analysis Method

并用热分析法考察了纳米CuO、Cu2O对高氯酸铵（AP）分解的催化作用。

The catalysis of as-prepared CuO and Cu2O nanocrystals on ammonium perchlorate decomposition was investigated by thermal analysis .

热分析法研究NiCo2O4尖晶石型催化剂的还原特性

Study of the Reducibility of NiCo 2O 4 Spinel Catalyst by Thermoanalysis

非晶态CuxZr（1-x）合金的热分析法研究

Thermal analysis study of amorphous cu_xzr_ ( 1-x ) alloys

采用双折射法、DSC热分析法对不同拉伸级数的纤维进行了结构分析并测试了其力学性能和抗蠕变性能。

The structure and properties of the fiber during multistage drawing were measured by double refraction , DSC and mechanical test .

热分析法从发展过程看，可分为TA、DTA、CCA法。

Thermal analysis can be classified into : TA , DTA , CCA methods throughout its development .

用热分析法研究了不同微结构的纳米CuO对AP热分解的催化性能。

The catalysis of the different microstructure of nanocrystalline CuO on AP thermal decomposition was investigated by thermal analysis .

应用X射线衍射法、差热分析法和化学分析法，鉴定了中国主要水稻土区的近六十个土壤标本。粘粒系小于2微米的部分。

The mineral composition of clay fraction ( < 2 μ) of about sixty representative paddy soils was studied by X-ray diffraction , differential thermal analysis and chemical methods .

用热分析法研究了纳米金属粉（Ni、Cu和Al）对高氯酸铵（AP）以及AP/HTPB推进剂热分解的催化性能。

The decomposition behavior of ammonium perchlorate ( AP ) and AP / HTPB propellant has been investigated in the presence of nanometer metal powders by DTA .

本文用热分析法研究了CaO用量α（CaO与金精矿的重量比）为0.33～1.33范围内加石灰焙烧金精矿的焙烧过程。

The roasting process in which the CaO was added to refractory gold concentrates was studied by the method of thermal analysis .

差热分析法检测MnO2电气性能

Differential Thermal Analysis of Discharge Performance of Manganese Dioxide

差热分析法测定固体AgI的电导活化能和相转变熵

Determination of Conductance Activation Energy and Phase Transition Entropy of Solid AgI

对熔体急冷法得到的CO基非晶带的头段、中段分别进行了韧性、磁性测定，X射线结构分析和热分析法分析。

The toughness , magnetic property , X-ray diffraction and DSC analysis have been measured both on the headmost section and medium section bi the Co-based amorphous ribbon produced by melt spinning .

热分析法研究复合纳米TiO2催化酸酐/环氧树脂固化特性

Study on curing characteristic of acid anhydride / epoxy resin catalysed by nanometer sized complex tio , by means of thermal analysis

以及用热分析法（TG、DTG）测得燃烧分布曲线，用于评价森林可燃物相对燃烧性的研究。

The burning profiles was used for evaluation of comparable flamability of forest fuels with thermal analysis ( TG . DTG ) .

采用差热分析法（DTA）和热重法（TG）研究了产物对AP热分解的影响。

The effect of products powders on thermal decomposition kinetics of AP was investigated by thermogravimetry ( TG ) and differential therm analysis ( DTA ) .

用热分析法研究木材阻燃剂FRW的阻燃机理

Study on fire-retardation mechanism of fire retardant FRW by thermoanalysis

用差热分析法（DTA）、热重分析法（TG）和微分热重分析法（DTG）研究络合物Pd（NH3）4CI2·H2O在空气流中的热氧降解过程和动力学。

DTA , TG - DTG techniques were used to study thermal oxidation degradation process and kinetics of complex Pd ( NH3 ) 4Cl2 · H2O in air .

借助示差热分析法探讨了体系的反应机制，采用XRD、SEM和OM分析了复合材料的相组成及显微组织。

The reaction mechanism was investigated by differential thermal analysis ( DTA ) . The phases composition and microstructure of the composites was analyzed by XRD , SEM and OM .

与差热分析法比较，最大误差为5%，其计算精度远高于Newton算法。

Compared with the difference thermal analysis value , the precision of calculating solidification latent heat is much higher than that of Newton arithmetic . The maximum error value is 5 % .

其平均容积径为82.66μm。用差示热分析法求得其热解活化能为337.09kJ／mol。

The average volume diameter of the PZQ microcapsules was 82.66 μ m and their activation energy of thermal degradation determined by differential thermal analysis was 337.09 kJ / mol.