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多功能含能結(jié)構(gòu)材料沖擊壓縮特性的理論計(jì)算 (Theoretical calculation on shock compression characteristics of multifunctional energetic structural materials ) 2013年發(fā)表《爆炸與沖擊》
史安順張先鋒喬良 Shi An-shun Zhang Xian-feng Qiao Liang

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Accession number:
20132516432948

            Title:  Theoretical calculation on shock compression characteristics of multifunctional energetic structural materials
   Authors:  Shi, An-Shun1, 2; Zhang, Xian-Feng1 Email author lynx@mail.njust.edu.cn; Qiao, Liang1; Wei, Sheng3; Zhang, Jiang1; He, Yuan1; He, Yong1
Author affiliation:  1 Ministerial Key Laboratory of ZNDY, Nanjing University of Science and Technology, Nanjing 210094, Jiangsu, China
2 Ningbo Branch of China Academy of Ordnance Science, Yantai 264003, Shandong, China
3 Anhui Hongxing Ltd., Hefei 231135, Anhui, China
   Corresponding author:  Zhang, X.-F. (lynx@mail.njust.edu.cn)
      Source title:  Baozha Yu Chongji/Explosion and Shock Waves
Abbreviated source title:  Baozha Yu Chongji
Volume:  33
      Issue:  2
      Issue date:  March 2013
Publication year:  2013
      Pages:  148-155
      Language:  Chinese
ISSN: 10011455
   CODEN: BAYCE7
      Document type:  Journal article (JA)
            Publisher:  Explosion and Shock Waves, P.O. Box 523-60, Chengdu, 610003, China
   Abstract:  Based on the cold energy mixture theory, the equations of state were given for the compaction multifunctional energetic structural materials (MESMs) under shock compression by using the Hugoniot relations of the components. And combining the above method and the Wu-Jing model, the equations of state were proposed for the porous MESMs under shock compression along the isobaric paths. To verify the accuracy of the calculations, the Hugoniot relations were calculated for the typical metal particle mixture (W/Cu) and the typical MESMs (Al/Ni, Ni/Ti and Al/Fe2O3/epoxy), respectively. The theoretical calculations agree well with the corresponding experimental results. The shock compression characteristics of the MESMs can be evidently influenced by their porosities and the proportions of the components in them.
         Number of references:  26
            Main heading: Semiconductor insulator boundaries
   Controlled terms: Equations of state  -  Mixtures  -  Porous materials
Uncontrolled terms: Hugoniot relation  -  Impact loads  -  Metal particle  -  Mixture theory  -  Shock compressions  -  Shock response  -  Solid mechanics  -  Theoretical calculations
      Classification code: 714.2 Semiconductor Devices and Integrated Circuits -  802.3 Chemical Operations -  921 Mathematics -  951 Materials Science
                        Database:  Compendex
Compilation and indexing terms, © 2015 Elsevier Inc.

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