As a subversive manufacturing technology, additive manufacturing technology has many technical advantages such as high freedom of design and not limited by complex structure of parts. The application of additive manuf...As a subversive manufacturing technology, additive manufacturing technology has many technical advantages such as high freedom of design and not limited by complex structure of parts. The application of additive manufacturing technology to the charge molding of energetic materials will subvert the traditional manufacturing concept of energetic materials, realize the advanced charge design concept, shorten the research and development time of weapons and equipment, and improve the comprehensive performance of weapons and equipment, which is of great significance for the rapid development of high-tech weapons and equipment. This paper analyzes the research progress of additive manufacturing technology in the field of energetic materials at home and abroad and puts forward some suggestions for future research of this technology. .展开更多
The concept,research content and direction of biological manufacturing were elaborated in this text. The biological manufacturing progress in China,application situation,development trend and existing problems were an...The concept,research content and direction of biological manufacturing were elaborated in this text. The biological manufacturing progress in China,application situation,development trend and existing problems were analyzed,and the prospect of the development of biological manufacturing was put forward,in order to provide reference and guidance for the manufacture of biological research and industrial development.展开更多
Recently the research team of the State Key Engineering Laboratory for Manufacturing Olefins from Methanol headed by Academician Liu Zhongmin and Research Fellow Zhu Wenliang at the CAS Dalian Institute of Chemical Ph...Recently the research team of the State Key Engineering Laboratory for Manufacturing Olefins from Methanol headed by Academician Liu Zhongmin and Research Fellow Zhu Wenliang at the CAS Dalian Institute of Chemical Physics has made new progress in the production of aromatics via coupling of methanol with CO.展开更多
文摘As a subversive manufacturing technology, additive manufacturing technology has many technical advantages such as high freedom of design and not limited by complex structure of parts. The application of additive manufacturing technology to the charge molding of energetic materials will subvert the traditional manufacturing concept of energetic materials, realize the advanced charge design concept, shorten the research and development time of weapons and equipment, and improve the comprehensive performance of weapons and equipment, which is of great significance for the rapid development of high-tech weapons and equipment. This paper analyzes the research progress of additive manufacturing technology in the field of energetic materials at home and abroad and puts forward some suggestions for future research of this technology. .
基金Supported by Shaanxi Agricultural Promotion Program(2012SNJC159NTF-H1)
文摘The concept,research content and direction of biological manufacturing were elaborated in this text. The biological manufacturing progress in China,application situation,development trend and existing problems were analyzed,and the prospect of the development of biological manufacturing was put forward,in order to provide reference and guidance for the manufacture of biological research and industrial development.
文摘Recently the research team of the State Key Engineering Laboratory for Manufacturing Olefins from Methanol headed by Academician Liu Zhongmin and Research Fellow Zhu Wenliang at the CAS Dalian Institute of Chemical Physics has made new progress in the production of aromatics via coupling of methanol with CO.