燃气联合循环的新发展

根据国内外能源结构的调整变化，就我国和世界上其他国家采用燃气联合循环发电的情况以及能电共生新趋势作一些介绍，供规划建设联合循环发电决策参考。     

高真空多层绝热低温液体运输半挂车的开发研制

简述高真空多层绝热低温液体运输半挂车的基本结构、绝热特性 ,并阐述了该车在低温液体运输的应用前景。     

追寻企业梦想争做塑料包装行业排头兵——浙江富陵控股集团有限公司发展侧记简

本文主要通过“艰苦创业，高瞻远瞩；抓住机遇，做大做强”等章节，阐述了浙江富陵控股集团有限公司的追梦历程、成功的做法以及通过“展望未来，无限美好”章节描绘了公司灿烂前景。     

电子陶瓷材料及产品与技术解读

电子陶瓷在信息的检测、转化、处理和存储显示中应用广泛,是信息技术中基础元器件的关键材料。针对电子陶瓷材料的功用特点及应用领域,分别介绍了电子绝缘装置陶瓷,电子电容器陶瓷,电子铁电陶瓷和半导体陶瓷以及电子快离子陶瓷的结构原理、性能优势和制造工艺等,同时指出了电子陶瓷材料的发展前景。     

Research Developments and Prospects on Microseismic Source Location in Mines

Microseismic source location is the essential factor in microseismic monitoring technology, and its location precision has a large impact on the performance of the technique. Here, we discuss the problem of low-precision location identification for microseismic events in a mine, as may be obtained using conventional location methods that are based on arrival time. In this paper, microseismic location characteristics in mining are analyzed according to the characteristics of the mine’s microseismic wavefield. We review research progress in mine-related microseismic source location methods in recent years, including the combination of the Geiger method with the linear method, combined microseismic event location method, optimization of relative location method, location method without pre-measured velocity, and location method without arrival time picking. The advantages and disadvantages of these methods are discussed, along with their feasible conditions. The influences of geophone distribution, first arrival time picking, and the velocity model on microseismic source location are analyzed, and measures are proposed to influence these factors. Approaches to solve the problem under study include adopting information fusion, combining and optimizing existing methods, and creating new methods to realize high-precision microseismic source location. Optimization of the velocity structure, along with applications of the time-reversal imaging technique, passive time-reversal mirror, and relative interferometric imaging, are expected to greatly improve microseismic location precision in mines. This paper also discusses the potential application of information fusion and deep learning methods in microseismic source location in mines. These new and innovative location methods for microseismic source location have extensive prospects for development.     

日趋成熟的SOI技术

SOI技术作为 2 1世纪的硅集成技术正在日益受到人们的青睐。从SOI技术的发展过程、制备工艺、开发应用及市场预测几个方面评述了SOI技术现状及前景。     

“一带一路”油气资源潜力及合作前景

"一带一路"是国家重大战略,本文着重从"一带一路"油气资源潜力、贸易量及线路、我国石油企业对外合作权益等方面分析"一带一路"国家油气资源潜力与合作前景,指明油气资源主要合作方向是中东、中亚和俄罗斯等大型含油气区。在此基础上,结合中国油气资源形势,提出相关合作建议:一是巩固和加强与中亚国家的油气合作;二是扩大与中东国家油气合作的领域与规模;三是抓住机遇,力争在俄罗斯油气上游市场取得突破。     

新形势下中国与中亚油气合作面临的挑战和前景展望（增刊）

中亚地区油气资源丰富,中国与中亚国家的油气合作已近20年,合作成果丰硕。在油价持续低迷的情况下,中亚国家对能源策略和油气政策做出了相应调整。新形势下,中国与中亚油气合作面临着地缘政治形势更加复杂、大国博弈和竞争激烈、合作思路需要调整等多重挑战。在“一带一路”战略背景下,我国要全面推进与中亚国家的油气合作,并在此基础上进一步推动能源综合发展,实现与中亚国家的协同发展。     

我国高性能碳纤维产业发展现状与展望

对我国碳纤维产业的技术现状、主要生产厂家和市场需求进行了分析,就我国碳纤维产业发展面临的机遇与挑战进行了探讨,并针对碳纤维产业的未来发展提出了意见和建议.     

新型光电信息材料的应用及展望

介绍了光电信息工程用新型功能材料———光电半导体材料、非线性光学材料和金刚石薄膜的基本特性、分类及其应用，并对它们的发展前景作了展望。