罗少锋,陈文阁,李娅菲.军事装备野外封存封套材料选择[J].包装工程,2020,41(1):197-201.
LUO Shao-feng,CHEN Wen-ge,LI Ya-fei.Selection of Envelop Materials for Field Sealing of Military Equipment[J].Packaging Engineering,2020,41(1):197-201. |
| 军事装备野外封存封套材料选择 |
| Selection of Envelop Materials for Field Sealing of Military Equipment |
| 投稿时间：2019-06-24 修订日期：2020-01-10 |
| DOI：10.19554/j.cnki.1001-3563.2020.01.031 |
| 中文关键词: 军事装备 野外封存 封套材料 |
| 英文关键词: military equipment field sealing envelop materials |
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| 中文摘要: |
| 目的 研究野外条件下军事装备封存封套材料的选择方法和技术指标，指导封套材料的选择，并提供技术依据。方法 依据军事勤务需求确定封套材料的技术指标，依据有关技术检测标准确定封套材料的检测方法，选择典型气候环境条件，并进行为期1年的野外曝晒试验，委托第三方试验检测机构对试验前后封套材料的性能开展技术检测，最终依据检测结果选择满足要求的封套材料。结果 经过野外曝晒试验和第三方技术检测，从9种新研的封套材料样品中选出了3种符合技术指标要求的封套材料。结论 提出的封套材料选择方法和技术指标合理可行，选出的封套材料性能良好，适合用于军事装备野外封存防护，有利于提高军事装备的完好率。 |
| 英文摘要: |
| The work aims to study the selection method and technical indicators of the sealing of envelop materials for military equipment under field conditions, and provide the technical basis for guiding the selection of envelop materials. Firstly, according to the military service requirements, the technical indicators of envelop materials were determined, and then based on the related technical testing standard, the method used to test envelop materials was determined. Secondly, a one-year field exposure test was conducted in typical climatic conditions, and a third-party auditor was entrusted to conduct technical testing on the properties of envelop materials before and after the test. Finally, according to the test results, the envelop materials that met the requirements were selected. After the field exposure test and the third-party technical testing of the 9 newly developed envelop material samples, 3 envelop materials that met the requirements of technical indicators were selected. The proposed selection method and technical indicators of envelop materials are reasonable and feasible, and the selected envelop materials have good performance and are suitable for field sealing and protection of military equipment, which is conducive to improving the readiness rate of military equipment. |
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