水泥强度

结合煅烧高岭土对水泥强度的影响，考虑到节约能源，以采用980℃恒温0.5h然后快速冷却的方法作为最佳煅烧温度与时间。

Considering energy conservation and effects of calcined kaolin on the strength of cement , it was optimum method to produce calcined kaolin by calcining it at 980 C for 0.5h and then cooling it suddenly .

海盐石膏对水泥强度的影响及模型预测

Influence of sea salt gypsum on strength of cement and model forecast

基于RBF神经网络水泥强度预测模型的研究

Forecast of cement strength based on RBF neural networks

实践表明上述措施，对提高ISO水泥强度是非常有利。

The experiments proved that above measures were very useful for enhancing the ISO cement strength .

利用XRD，SEM，力学性能测试等手段，研究了物理活化和化学活化粉煤灰对硅酸盐水泥强度及其浆体结构的影响；

The influence of physical activated and chemical activated fly-ash on the strength and paste structure of portland cement was studied by XRD , SEM and measuring strength etc.

水化14d时，该水泥强度就超过或接近同龄期的硅酸盐水泥。

At 14 days curing age , strength of the cement more than or close to the Portland cement .

本文研究了PRC（PoreReducedCement）材料的成型压力和养护龄期对水泥强度发展的影响和成型工艺与材料力学性能之间的联系。

The paper studies the influence of PRC ( pore reduced cement ) material forming pressure and curing age on cement strength and the relation between forming technology and material mechanism .

利用模糊数学预测熟料与水泥强度的研究

Research on Predicting Strength of Both Cement and Clinker With Fuzzy Scts

影响氯氧镁水泥强度因素的初步探讨

A preliminary study on relative factors of strength of Magnesium Oxychloride cement

关于水泥强度标准评价方法的探讨

Limits of standard evaluating method of cement strength grade and its improvement

基于模糊逻辑的熟料与水泥强度预测研究

Research on Predicting Strength of Both Clinker and Cement Upon Fuzzy Logic

新标准水泥强度与混凝土强度关系研究

The Relation between New Standard Cement Strength and Concrete Strength

人工神经网&遗传算法在水泥强度预测中的应用

Application of Artificial Neural Networks Genetic Algorithms to Prediction of Cement Strength

用多元线性回归分析的方法快速预报水泥强度

Rapid Prediction of Cement Strength by Multiple Linear Regression Analysis

磷酸钙骨水泥强度的研究

Study on Compressive Strength of Calcium Phosphate Bone Cement

高温煅烧石膏对粉煤灰水泥强度的影响

Effects of High Temperature Gypsum Burning on the Strength of Fly Ash Cement

浅析新旧水泥强度检验方法

Analysis for the New and Old Methods to Test the Strength of Cement

锰矿渣对水泥强度的影响及其活性激发

The Influences of Manganese Slag to Cement Strength and Stimulation of Its Activity

影响钢渣沸石水泥强度诸因素的探讨

Exploration of factors affecting strength of blastfurnace slag-zeolite cement

水泥强度快速检测中预养方案的试验研究

Research on Precuring of Quick Intensity Test of Cement

推行优生混凝土提高水泥强度效益

Promote optimized concrete , increase cement strength benefit

水泥强度新检验方法探讨

Study on New Method for Inspecting Cement Strength

水泥强度快速检测试验研究

Study on Rapid Detection Test of Cement Strength

粉煤灰水泥强度与粉煤灰掺加量之间的关系探讨

Discussion on the Relationship between Fly Ash Cement Strength and Fly Ash Mixing Amount

钢渣粉的颗粒粒径分布与水泥强度之间的关系

Relationship between the particle size distribution of steel-making slag and strength of relevant cement

同时还研究了水泥强度、论证了尾矿水泥的稳定性。

Results indicate the cement in stable .

Ⅲ级粉煤灰掺量、细度对水泥强度发展的影响

Effects of Grade ⅲ Fly Ash with Different Amount and Fineness on Cement Strength Development

水泥强度偏差的试验分析

Test analysis of strength deviation of cement

本文提出了一种快速预报水泥强度的方法。

An approach for the rapid prediction of cement strength is presented In this paper .

水泥强度模糊预测研究

Fuzzy Logic Research on the Cement Strength