装备环境工程
裝備環境工程
장비배경공정
EQUIPMENT ENVIRONMENTAL ENGINEERING
2013年
4期
56-60
,共5页
集装箱内部低温环境%回归分析%预测模型%对比分析
集裝箱內部低溫環境%迴歸分析%預測模型%對比分析
집장상내부저온배경%회귀분석%예측모형%대비분석
low temperature environment inside container%regression analysis%predictive model%contrastive analysis
以天津和齐齐哈尔两个低温地区军用物资集装箱运输为背景，分别对两个地区的集装箱内部温度变化及大气温度等数据进行测试并对比分析。对齐齐哈尔地区的数据进行回归分析，建立了集装箱内部温度模型，预测出集装箱内部最恶劣的低温极值范围，为危险军用物资集装箱安全储运提供理论依据，并提出了相应的对策及建议。
以天津和齊齊哈爾兩箇低溫地區軍用物資集裝箱運輸為揹景，分彆對兩箇地區的集裝箱內部溫度變化及大氣溫度等數據進行測試併對比分析。對齊齊哈爾地區的數據進行迴歸分析，建立瞭集裝箱內部溫度模型，預測齣集裝箱內部最噁劣的低溫極值範圍，為危險軍用物資集裝箱安全儲運提供理論依據，併提齣瞭相應的對策及建議。
이천진화제제합이량개저온지구군용물자집장상운수위배경，분별대량개지구적집장상내부온도변화급대기온도등수거진행측시병대비분석。대제제합이지구적수거진행회귀분석，건립료집장상내부온도모형，예측출집장상내부최악렬적저온겁치범위，위위험군용물자집장상안전저운제공이론의거，병제출료상응적대책급건의。
With the background of container transport for military materials in Tianjin and Qiqihaer, variety of container’s inner temperature and humidity, and atmospheric temperature was tested. The data of Qiqihaer were analyzed by regression method, the temperature mathematical model in container was established, and the worst range of low temperature inside container was predicated. The purpose was to provide guidance for safe storage and transportation of dangerous military materials with container.
