油页岩

中国油页岩资源现状

The Situation of Oil Shale Resources in China

世界油页岩资源利用和发展趋势

World Oil Shale Utilization and Its Future

微波辅助CS2-NMP萃取依兰油页岩的研究

Study of Microwave-assisted CS_2-NMP Extraction of Yilan Oil Shale

微波辅助下油页岩CS2-NMP萃取物的GC/MS分析

GC / MS analysis of CS_2-NMP extracts from oil shale with microwave assistant

ABR处理油页岩干馏污水的试验研究

Study on the treatment of oil shale retort wastewater by anaerobic baffled reactor

颗粒油页岩在流化床燃烧过程中的传热Biot数

Calculation of heat transfer Biot number of oil shale particles during fluidized bed combustion

MnO4~－／MnO4~（2－）间接电氧化油页岩制取有机羧酸

The study of mno_4 ￣ - / mno_4 ￣( 2 - ) indirect electrochemical synthesis of organic acid from oil shale

应用差热分析（DTA）技术，在CR-G型DTA装置、N2气气氛中，对抚顺油页岩的热解动力学进行了研究。

A kinetic study of pyrolysis of Fushun oil shale was conducted with the aid of DTA apparatus ( CR-G type ) in nitrogen atmosphere .

本文进一步考察了电化学氧化黄县油页岩过程。利用DSC、IR等分析技术研究了反应前后油页岩有机质性质的变化情况。

The process of electrochemical oxidation of Huangxian oil shale was studied with respect to the changes of kerogen properties of the oil shale through reaction , by some instrumental methods such as DSC and IR .

求取了这三个温区内页岩试样的热解动力学参数，即表观活化能E、指数前因子A和相应的反应速率常数表达式，并对茂名油页岩的热分解机理进行了初步的探讨。

The pyrolysis kinetics parameters of oil shale , i. e. the apparent activation energy E , the pre-exponential factor A and the corresponding expressions of rate constants for pyrolysis reactions were found by least square curve fitting of pyrolysis data .

根据固体反应方程式和单一的非等温的DSC曲线的原理，作者开发了DSC高度法来确定油页岩的热解动力学参数。

According to the principles of the solid reaction equation and the single non-isothermal DSC curve , the authors have developed the DSC high - ness method to determine the kinetic parameters of oil shale pyrolysis .

对桦甸北台子油页岩样品，用甲苯、甲苯四氢萘混合溶剂进行丁非等温（升温速率为8K·min~（-1））的超临界萃取实验（萃取压力为10MPa，终温为550℃）。

The oil shale samples from Huadian were extracted in nonisothermal experiments with supercritical toluene and toluene-tetralin mixture .

中侏罗统有机质类型以Ⅲ型为主，局部（J（2d）~7）含有Ⅰ2型油页岩，中&低成熟度。

The type of organic matter in middle Jurassic hydrocarbon source rock mainly belongs to type ⅲ, but ⅱ 2 petroliferous shale also exist partially ( J2d7 ), and the maturity of organic mater is from middle to low .

用差热分析技术，对抚顺、茂名、黄县、美国Colorado、南斯拉夫等7个油页岩在空气气氛中的燃烧性能进行了研究。

Combustion properties of seven oil shale , samples including Fushun , Mao-ming , Huangxian , Colorado of the U.S. and Yugoslavia oil shales have been investigated by means of DTA technique in air atmosphere .

沿着林区，覆盖整个陆地面积47%的油页岩（位于kukersite）和石灰岩矿藏在这个资源匮乏的国家的经济中扮演了重要的角色。

Oil shale ( or Kukersite ) and limestone deposits , along with forests which cover 47 % of the land , play key economic roles in this generally resource-poor country .

颗粒油页岩燃烧及含硫杂质的转化

A study on combustion and sulfur transition of oil shale particle

不同升温速率下茂名油页岩的热分解动力学

The pyrolysis kinetics of Maoming oil shale at various heating rates

鄂尔多斯盆地油页岩的主要地质特征及资源潜力

Geological characteristics and resource potential of oil shale in Ordos basin

干馏油页岩渗透规律实验研究

Study on Seepage Regulation of Carbonization Oil Shale Under Normal Temperture

区内油页岩及褐煤形成于湖沼相沉积环境。

The oil shale developed in lacustrineswamp environment under subtropical-tropical paleoclimate .

影响油页岩低温干馏因素的考察

Examination of Factors on Dry Distillation of Oil Shale at Low Temperature

湖相油页岩的沉积环境及其层序地层学意义

Depositional environments of lacustrine OILSHALES and its sequence stratigraphy significance

两种木本植物光合作用对油页岩废渣污染的响应

Responses of Photosynthesis in Two Woody Plants to Oil Shale Residue Pollution

而哪儿有油页岩，哪儿就可能有石油。

And where there is shale there is likely to be oil .

以油页岩灰为原料合成沸石分子筛的研究

Study on the Synthesis of Zeolites from Oil Shale Ash

东北地区煤炭与油页岩资源的合理开发利用

The rational development and utilization of coal and kerogen in north-east China

颗粒油页岩燃烧动力学模型的研究

Study on the combustion kinetics model of oil shale particle

国内外油页岩资源现状及综合开发潜力分析

Oil Shale Resource Situation and Multi-Purpose Development Potential in China and Abroad

褐煤和油页岩快速热分解研究

Research on Rapid Pyrolysis of Brown Coal and Oil Shale

燃用油页岩的流化床锅炉设计方法探讨

Discussion on Design of CFB Boiler Fired with Oil Shale