【摘 要】
：
The interaction of Si anions with AI sites during the hydration process was ob-served by NMR,IR and SEM to understand the reaction mechanism of the hydrates for-mation mixed with oil shale calcined at different temperatures.As the reaction progressed,the
【机 构】
：
Department of Safety Engineering,Henan Institute of Engineering,Zhengzhou 451191,China;Shougang Envi
论文部分内容阅读
The interaction of Si anions with AI sites during the hydration process was ob-served by NMR,IR and SEM to understand the reaction mechanism of the hydrates for-mation mixed with oil shale calcined at different temperatures.As the reaction progressed,the coordination of AI (Ⅳ,Ⅴ,and Ⅵ) changed almost completely to Ⅳ,when mixed with oil shale calcined at 700 ℃.However,when mixed with oil shale calcined at 400℃,some 6-coordination of AI still remained in the hydrates.Under the function of alkaline solutions,which were produced with the hydration of clinker,a certain amount of Si and AI atoms dissolved or hydrolyzed from aluminosilicate,formed geomonomers in solutions,and then polycondensed to form networks.
其他文献
Along with Chinese economic growth, energy plays a more and more important role in the national economy. The imbalance between insufficient energy supply and huge energy demand has become a major problem in energy utilization, and energy substitution is a
Red mud will flow in paste form under high pressure during pipeline transport. It belongs to a two-phase flow of materials with high viscosity and a high concentration of non-sedimentation, homogeneous solid-liquids. In pipeline transport, its resistance
Directing at the non-linear dynamic characteristics of water inrush from coal seam floor and by the analysis of the shortages of current forecast methods for water inrush from coal seam floor,a new forecast method was raised based on wavelet neural networ
Significant changes of geological and hydraulic behaviors of rock mass with depth was studied. The general regulation and the critical depth of qualitative change of rock mass geological and hydraulic changes with depth were studied. Preliminary research
According to the characteristics of the shock bump due to roof fall, a simple mechanics model has been established by applying the catastrophic theory and the law of energy conservation. The author suggests that the shock bump may be induced by the sudden
Studied forecasting and controlling the blasting fragmentation by using artificial neural network for multi-ingredients. At the same time, according to the characteristic of multi-parameters input to network model, the gray correlation theory was employed
Based on a great number of measured data, the author put forward zonal compressive and tensile deformation mechanism of soft rock around roadway. By using self-supporting capacity of compressive zone and controlling rock deformation of tensile zone, the l
Coal and gas outburst information system is based on Geographic Information System(GIS), with which the relation among mine geological structure, coal features, stress field and coal and gas outburst were researched, and also the relation between gas dist
According to the cover rock caving features, the gob of fully mechanized cavingface was divided into 3 zones: natural collected zone, pressure effecting zone and pressstable zone. Based on these and the gob gas flow control equation, and considered the in