多种铝热剂复配设计及其热性能

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英文篇名：Compound Design and its Thermal Property of Multiple Thermite 作者：贾栓柱 ; 甄建伟 ; 杜仕国 ; 闫军 ; 赵志峰 英文作者：JIA Shuan-zhu;ZHEN Jian-wei;DU Shi-guo;YAN Jun;ZHAO Zhi-feng;Ammunition Engineering Department,Shijiazhuang Campus of Army Engineering University;Changzhi Army Military Representative Office,Beijing Army Military Representative Bureau; 关键词：弹药销毁 ; 铝热剂 ; 均匀设计法 ; 配方理论模型 ; 最佳配方 英文关键词：ammunition destruction;;thermite;;uniform design method;;formula theory model;;optimal formula 中文刊名：ZJBX 英文刊名：Journal of Academy of Armored Force Engineering 机构：陆军工程大学石家庄校区弹药工程系;陆军北京军代局驻长治地区军代室; 出版日期：2018-02-15 出版单位：装甲兵工程学院学报 年：2018 期：v.32;No.135 语种：中文; 页：ZJBX201801012 页数：6 CN：01 ISSN：11-3984/E 分类号：70-75

摘要

为寻找金属基可燃胶体的最佳配方,同时减少工作量,首先利用配方均匀设计理论对Al/Fe_3O_4、Al/CuO、Al/Y、Al/KNO_3四种成分进行配方均匀设计;其次利用DPS数据处理系统进行二次逐步线性回归分析建模;然后利用U10*(10~8)均匀设计表设计10次不同配方,对模型的可靠性进行验证;最后对利用MATLAB建立的三维可视化模型进行预测。结果表明:金属基可燃胶体最佳配方为ω(Al/KNO_3)=14%,ω(Al/Fe_3O_4)=32%,ω(Al/CuO)=28%,ω(Al/YO_3)=26%,此时可达到的理论最高值为1 873.6℃。
        In order to find out the best formula for the metal-based flammable colloid and reduce the workload at the same time,first of all,the formula uniform design theory is used to design the four components of Al/Fe_3O_4,Al/CuO,Al/Y and Al/KNO_3. Secondly,the DPS data processing system is used for quadratic form regression analysis and modeling,and U10*( 10~8) uniform design table is used to design10 different formulas to verify the reliability of the model. Finally,a three-dimensional visual model is established and measured by using MATLAB. The results show that the best formula of metal-based flammable colloids is ω( Al/KNO_3) = 14%,ω( Al/Fe_3O_4) = 32%,ω( Al/CuO) = 28%,ω( Al/YO_3) =26%,and the maximum theoretical temperature of the formula reached is 1 873. 6 ℃.

引文

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