河南工业大学主办的Grain & Oil Science and Technology正式出版

正Grain Oil Science and Technology(《粮油科技》(英文版))是由河南工业大学主办,面向全球公开发行的粮油科技类英文期刊,刊期为季刊。经国家新闻出版广电总局批准于2018年1月20日正式出版,国内统一刊号为     

河南工业大学主办的Grain & Oil Science and Technology正式出版

正GrainOil Science and Technology(《粮油科技》(英文版))是由河南工业大学主办,面向全球公开发行的粮油科技类英文期刊,刊期为季刊。经国家新闻出版广电总局批准于2018年1月20日正式出版,国内统一连续出版物号为CN41-1447/TS,国际标准连续出版物号为ISSN2096-4501,邮发代号36-64,海外发行代号QR9381,主要刊载粮食储藏技术、粮食工程、油脂工程、食品科学与食品安全等研究领域的新成     

河南工业大学主办的Grain & Oil Science and Technology正式出版

正GrainOil Science and Technology(《粮油科技》(英文版))是由河南工业大学主办,面向全球公开发行的粮油科技类英文期刊,刊期为季刊。经国家新闻出版广电总局批准于2018年1月20日正式出版,国内统一刊号为CN 41-1447/TS,国际标准刊号为ISSN 2096-4501,邮发代号36-64,海外发行代号QR9381,主要     

河南工业大学主办的Grain & Oil Science and Technology正式出版

正GrainOil Science and Technology(《粮油科技》(英文版))是由河南工业大学主办,面向全球公开发行的粮油科技类英文期刊,刊期为季刊。经国家新闻出版广电总局批准于2018年1月20日正式出版,国内统一刊号为CN 41-1447/TS,国际标准刊号为ISSN 2096-4501,邮发代号36-64,海外发行代号QR9381,主要     

Inevitability and Emergent Problems of Science ＆ Technology Innovation Access to Integration

The causes and the problems of integration of scientific ＆ technical innovation （ISTI） and inevitability are proposed. The status of domestic scientific ＆ technical innovation is analysed. A series of emergent managerial problems caused by the system ISTI （SISTI） are pointed out. Because of Hall three dimensions structure＇s enlightenment, a three dimensional logical net diagram in which the system integration of innovation based on problem in real world but not on disciplinary logic is drawn. The intelligent group＇ s need span is greater under the conditions of relatively low material level than common groups who have lower degree of education. The SISTI is composed by multi-rule and intelligent multi-agent behavior. It is concluded that the logical relationships of integrated technology which based on the author＇s experience and observation must be considerded for a valid management of SISTI.     

Evolutionarily Cooperative Stable of Science ＆ Technology Alliance Under Self-organized Organization

The cooperative evolutionary stability under self-organized organization is discussed in this paper. The differences between the objects studied by cooperative game theory and the ones studied by cooperative game in science & technology alliance are analyzed. The mutant probability of agent’s utility under endogenous technical factor condition is analyzed. By clarifying the connotation of Pareto-dominate institution in cooperative game, the efficient and feasible managerial definition of Pareto-dominate Ins...     

Journal of University of Science and Technology Beijing

This journal provides an international medium for the publication of theoretical and experimental studies related     

Journal of University of Science and Technology Beijing

This journal provides an international medium for the publication of theoretical and experimental studies related to the fields of Mineral, Metallurgy and Materials. Papers dealing with mineral processing, mining, mine safety, environmental pollution and protection of mines, process metallurgy, metallurgical physical chemistry, metals working, structure and physical properties of materials, corrosion and resistance of materials, are viewed as suitable for oublication.     

《粮油科技(英文)》(Grain&Oil Science and Technology)被DOAJ数据库收录

正《粮油科技(英文)》(GrainOil Science and Technology)创刊于2018年1月,季刊,是我国第一本有CN刊号(CN 41-1447/TS)的粮油食品科技研究领域的国际同行评议英文期刊。主要刊登粮油食品科技方向原创性科研论文和相关综述,主要聚焦粮油储藏、粮油食品工程、食品科学、食品安全等研究领域的新成果、新技术及相关研究进展。     

《粮油科技（英文）》（Grain&Oil Science and Technology）被DOAJ数据库收录

正《粮油科技(英文)》(GrainOil Science and Technology)创刊于2018年1月,季刊,是我国第一本有CN刊号(CN 41-1447/TS)的粮油食品科技研究领域的国际同行评议英文期刊。主要刊登粮油食品科技方向原创性科研论文和相关综述,主要聚焦粮油储藏、粮油食品工程、食品科学、食品安全等研究领域的新成果、新技术及相关研究进展。     

《粮油科技（英文）》（Grain & Oil Science and Technology）被DOAJ数据库收录

正《粮油科技(英文)》(GrainOil Science and Technology)创刊于2018年1月,季刊,是我国第一本有CN刊号(CN41-1447/TS)的粮油食品科技研究领域的国际同行评议英文期刊。主要刊登粮油食品科技方向原创性科研论文和相关综述,主要聚焦粮油储藏、粮油食品工程、食品科学、食品安全等研究领域的新成果、新技术及相关研究进展。     

Journal of University of Science and Technology Beijing (English Edition)

Vol.14(2007), No.1-6Mineral GIS-based 3D limit equilibrium analysis for design optimization of a 600 m high slope in an open pit mine Meifeng Cai, Mowen Xie, and Chunlei Li .............................................................................................................. (1) Application of a microseismic monitoring system in deep mining Chengxiang Yang, Zhouquan Luo, Guobin Hu, and Xiaoming Liu........................................................................ (6) A ne…     

An Introduction to the School of Information Science and Technology of BIT

The School of Information Science and Technology inBeijing Institute of Technology(BIT)was established July 2002by merging the former Department of Computer Science andEngineering, Department of Automatic Control,Department ofOptical Engineering and Department of Electronic Engineering.As a significant organizational reform in the university to fit inwith developments in higher education as well as in science andtechnology;the organizational reform was taken in order to     

An Introduction to the School of Information Science and Technology of BIT

The School of Information Science and Technology in Beijing Institute of Technology(BIT) was established July 2002 by merging the former Department of Computer Science and Engineering, Department of Automatic Control, Department of Optical Engineering and Department of Electronic Engineering.As a significant organizational reform in the university to fit in     

Fluid Potential Distribution and Oil ＆ Gas Accumulation in Tertiary of Western Qaidam Basin

With the development of oil and gas exploration industry, researchers and engineers have realized that the key element controlling the migration of underground oil and gas and other fluid is not the pressure of stratum, but the underground fluid potential. Therefore, it is very crucial to study the distribution rule of fluid potential in order to correctly determine the exploration target areas. This paper studies the fluid potential distribution in Tertiary of west Qaidam Basin, puts forward tile model of underground oil and gas migration and predicts the areas for further exploration.