论文部分内容阅读
近年来,移动通讯设备、消费类电子产品及数码摄像产品快速发展与普及,绝大多数电子产品选择锂电池作为其充电设备。然而锂电池稳定性较差,运输过程中易发生自燃,并伴有爆炸可能。尤其在航空运输领域,由锂电池运输导致的爆炸事件屡禁不绝,对生命财产安全构成严重威胁。为确保锂电池航空运输安全且满足市场对锂电池货物的运输需求,项目组通过调研国家相关部门及行业涉及的公司、协会,获得一手信息及资料,再运用归纳法、系统与结构分析法、调查法等方法,找
In recent years, the rapid development and popularization of mobile communication equipment, consumer electronics products and digital camera products, the vast majority of electronic products choose lithium batteries as their charging equipment. However, lithium battery stability is poor, prone to spontaneous combustion during transport, and accompanied by an explosion may. Especially in the area of air transport, the explosion caused by lithium battery transport has been repeatedly banned, posing a serious threat to the safety of life and property. In order to ensure the safety of lithium battery air transportation and meet the market demand for transportation of lithium batteries, the project team obtained first-hand information and materials through researching relevant companies and associations involved in the relevant national departments and industries, and then applied inductive method, system and structure analysis method, Investigation method, find