神府

神府煤焦与CO2的气化反应动力学分析

Analysis on Gasification Reaction Kinetics of Shenfu Char Gasified by CO_2

神府煤焦性质和CO2反应活性的关系

Relationship of Residue Cake Property of Shenfu Coal & its CO_2 Reactivity

模糊AHP在神府东胜矿区开发方案决策中的应用

Application of Fuzzy AHP to tile decision of exploitative plans of Dongsheng Mine Area in Shenfu

HDPE与神府煤共混物材料的相容性研究

Study of compatibility of hdpe / shenfu-coal blend material

选取神府煤焦为研究对象，将煤焦CO2催化气化作为探针反应，做了典型KCl催化剂和K-Ni复合催化剂的催化气化实验，并对模型进行了验证。

The model was validated with the experimental results of CO_2 catalytic gasification of Shenfu coal char .

采用静态吸附法探讨了神府煤粉（SFC）对大豆分离蛋白质（SPI）的吸附特性。

The adsorption behavior of soy protein isolate ( SPI ) on Shenfu coal ( SFC ) was investigated in batch experiments .

结果表明，在溶胀时间为2h，煤/溶比为0.05，温度为80℃的溶胀条件下，神府煤在苯胺中的平衡溶胀度达到最大。

The results show that the maximum degree of equilibrium swelling of SFC is obtained under the conditions of 80 ℃, 2 h and 0.05 g / mL of coal vs solvent .

得到以下主要结论：用THF对兖州煤和神府煤进行抽提，兖州煤的抽提率为14.00%，神府煤的抽提率为10.72%。

The research mainly includes the following conclusions : The extraction experiments of Yanzhou coal and Shenfu coal shown that the extraction rate of Yanzhou coal is 14.00 % and that of Shenfu coal is 10.72 % .

论文首先根据野外人工模拟降雨入渗试验的实测资料，拟合得到了用于描述降雨条件下神府东胜矿区各种下垫面坡面入渗过程的Horton型入渗方程；

In the paper , based on the observed data of the field simulated rainfall infiltration experiments , the Horton infiltration models , which were suitable for describing rationally the rainfall infiltration processes on the several land surface slopes mentioned above , were fitted .

神府煤与胜利减压渣油共处理反应特性的研究

Reaction characteristics of coprocessing of Shenfu coal and Shengli vacuum resid

神府东胜煤田开发中诱发的环境灾害问题研究

Environmental disaster issues induced by coal exploitation in Shenfu-Dongsheng coal field

热解技术是实现神府煤分质转化与清洁利用的有效途径之一。

Pyrolysis is one of Shenfu coal grading effective utilization technologies .

神府浅埋煤层顶板破断运动规律

Law of roof breaking movement of shallow seams in Shenfu CMA

不同溶剂神府煤超临界萃取研究

Study on the supercritical extraction of Shenfu coal with different solvents

神府矿区机械化开采技术研究

Study on the Mechanization Mining Technique of Shenfu Coal Mine

神府东胜煤田原生地面放水冲刷试验研究

Scouring experiment of on-sites on undisturbed lands of Shenfu-Dongsheng coalfield

神府东胜矿区景观生态异质性分析与景观生态建设

Landscape heterogeneity and ecological construction for the Shenmu-Fugu-Dongsheng mining area

神府煤固体热载体法快速热解的研究

Studies on Shen Fu subbituminous coal rapid retorting using solid heat carrier

神府东胜煤田开发建设弃土弃渣冲刷试验研究

Scouring Experiment on Residues of Shenfu Dongsheng Coalfield during Exploitation

热解压力及气氛对神府煤焦气化反应活性的影响

Effects of pyrolysis pressure and atmosphere on gasification reactivity of Shenfu char

论神府东胜矿区煤炭洗选加工的必要性

On the Necessity of Coal Cleaning in Dongsheng Mine Area of Shenfu

神府煤二硫化碳萃取物的组成分析

Constituent analysis of extract from Shenfu coal with carbon disulfide

神府煤新法干馏焦油的性质及组成的研究

Study of structure and components of tar from Shenfu coal

神府煤新法干馏焦油的加氢处理

Hydrogenation of Shenfu coal tar by a new devolatilization

神府煤高温快速液化可行性的初步研究

Feasible study on quick liquefaction reaction of Shenfu coal

系统工程原理在神府东胜矿区土地适宜性评价中的应用

Application of System Engineering in Evaluation of Land Suitability in Shenfu-Dongsheng Ore Area

神府东胜矿区煤中水分赋存状态及脱水试验

Moisture - Preserving Condition in Coal and Dehydrated Test in Shenfu-Dongsheng Mining Area

神府经济开发区土地集约利用评价研究

Study on the Evaluation of Land Intensive Use in Shenfu Economic Development Zone

神府煤在高温气化过程中碱金属挥发比例较高。

Most alkali metals in Shenfu coal volatilize during gasification at high temperature .

神府能源基地水资源利用分析

Water Resources Use in Shenmu-Fugu Base of Energy Sources