1.
Investigation on Portland-Type Cements Early Hydration Characteristics and Their Relations;
硅酸盐类水泥早期水化特性及其关系的探索
2.
Study on the Physical and Chemical Effects of Mineral Admixtures During Hydration Process at Early Age;
矿物外加剂早期水化过程中的物理和化学效应
3.
Infra-red Spectrum Analysis for the Hydration Process of Cement Pastes with Chemically Activated Manganese Slag at Early Age
化学活化锰渣-水泥复合体系早期水化过程的红外光谱分析
4.
The results of micro-analyses indicated that the hydration speed of portland limestone cement is faster, as well as the strength of the cement is higher at early stage.
通过微观分析，证实了石灰石硅酸盐水泥早期水化速度较快，具有早期强度较高的特点。
5.
Study on Influence of Compositions on Hydration and Shrinkage Cracking in Cement-based Materials at Early Ages
水泥基材料组分对早期水化及收缩开裂影响的研究
6.
DISCUSS OFTHE EARLY HYDRATION PROPERTIES AND SETTING MECHNISM OF SILICATE-TYPE CEMENTS;
硅酸盐类水泥非常早期水化特性与凝结机理的讨论
7.
EFFECT OF LARGE AMOUNT OF FLY ASH ON HYDRATION PROCESSES OF ORDINARY PORTAND CEMENT AT THE EARLY STAGE
大掺量粉煤灰对硅酸盐水泥早期水化历程的影响
8.
Effect of Superplasticizer on the Performance and Early Hydration of Less Clinker Cementitious Material;
外加剂对少熟料胶凝材料性能及早期水化的影响
9.
Changes of organ water content in the early stage of 50% third degree burns in dogs
犬50%Ⅲ度烧伤后早期脏器含水量的变化
10.
Dynamic Expression of Aquaporin-4 mRNA in the Early Stage of Ischemic Brain Edema in Rats;
大鼠缺血性脑水肿早期AQP4mRNA表达的动态变化研究
11.
Investigation for Influences of Hydration Heat on Early Cracking of Concrete Main Tower of Cable Stayed Bridge
水化热对斜拉桥混凝土主塔早期开裂影响研究
12.
The center-edge model theory under the early Hanshui culture
“核心—边缘”模式理论视阈下的早期汉水文化
13.
Studies on Early Strength of a Low Density Multi-Element Composite Cement Slurry
多元复合低密度水泥石早期固化强度研究
14.
Early Hydration Characteristics of Complex Binder Containing Slag under High Temperature
高温下矿渣复合胶凝材料早期的水化性能
15.
Study on Early Age Cement Hydration Behavior Using Electrodless Cement and Concrete Resistivity Tests;
无电极电阻率仪在早龄期水泥水化行为的应用研究
16.
The Dawn of Early Nations:Evolution of Society and Politics of Liangzhu Culture;
早期国家之黎明─—兼谈良渚文化社会政治演化水平
17.
On the Position of the Early Han-Jiang River Culture in China
试论早期汉水文化在中华文化形成发展中的地位
18.
The methane emission peak of early rice appeared in young panicle differentiation stage of rice.
早稻甲烷排放峰值出现在水稻幼穗分化期，晚稻种稻期间甲烷排放通量在水稻分蘖盛期最大。