救灾物资储备库防潮设计与技术研究
|
摘要
在救灾物资储备库中库房是储备救灾物资的最主要场所,而库房的防潮能力直接影响到储备物资寿命的长短.分析了救灾物资储备库潮湿的成因,提出了"防导结合"的整体防潮理念,进而讨论救灾物资储备库防潮的设计方法:基于对不同环境、不同性质的物资进行分类,进而选用不同的防潮做法,并对防潮设计的构造技术与设计方法进行了探索.
In the reserve system,warehouse is the main place of disaster relief materials to reserve,store goods.Its quality directly affects the life of reserve materials.This paper analyzes the causes of the relief materials reserve ground moisture and the thought of "whole moisture-proof guide combination",and then discusses the designing method of disaster relief materials reserve ground moisture.Based on different environments and different properties of materials,different ground moisture methods will be chosen in classification.A detailed analysis of the reserve system should be used in constructing technology proof designing under different conditions.
In the reserve system,warehouse is the main place of disaster relief materials to reserve,store goods.Its quality directly affects the life of reserve materials.This paper analyzes the causes of the relief materials reserve ground moisture and the thought of "whole moisture-proof guide combination",and then discusses the designing method of disaster relief materials reserve ground moisture.Based on different environments and different properties of materials,different ground moisture methods will be chosen in classification.A detailed analysis of the reserve system should be used in constructing technology proof designing under different conditions.
引文
[1]高建国,贾燕,李保俊,等.国家救灾物资储备体系的历史和现状[J].国际地震动态,2005(4):5-12.GAO Jian-guo,JIA Yan,LI Bao-jun,et al.The historical and present situation of the state reserve system of rescue goods and materials[J].Recent Developments in World Seismology,2005(4):5-12.
[2]谢浩,杨楚屏.优化防潮设计改善建筑环境[J].哈尔滨工业大学学报,2003,35(10):71-73.XIE Hao,YANG Chu-ping.Optimization of structural designs for improvement of moisture resistance[J].Journal of Harbin Institute of Technology,2003,35(10):71-73.
[3]《工业建筑地面设计规范》修订组.仓库建筑地面的防潮设计[J].工业建筑,1983(3):51-55.The Ground Design of Industrial Building Specifications Amendment Group.Storage building ground moisture design[J].Industrial Construction,1983(3):51-55.
[4]王薛刚.地面返潮原因及处理[J].科技信息,2007(27):104-104.WANG Xue-gang.Causes and treatment of damping of ground floor[J].Science&Technology Information,2007(27):104-104.
[5]龚光彩,李红祥,李玉国.自然通风的应用与研究[J].建筑热能通风空调,2003,22(4):4-6,20.GONG Guang-cai,LI Hong-xiang,LI Yu-guo.Situation and development of natural ventilation[J].Building Energy&Environment,2003,22(4):4-6,20.
[2]谢浩,杨楚屏.优化防潮设计改善建筑环境[J].哈尔滨工业大学学报,2003,35(10):71-73.XIE Hao,YANG Chu-ping.Optimization of structural designs for improvement of moisture resistance[J].Journal of Harbin Institute of Technology,2003,35(10):71-73.
[3]《工业建筑地面设计规范》修订组.仓库建筑地面的防潮设计[J].工业建筑,1983(3):51-55.The Ground Design of Industrial Building Specifications Amendment Group.Storage building ground moisture design[J].Industrial Construction,1983(3):51-55.
[4]王薛刚.地面返潮原因及处理[J].科技信息,2007(27):104-104.WANG Xue-gang.Causes and treatment of damping of ground floor[J].Science&Technology Information,2007(27):104-104.
[5]龚光彩,李红祥,李玉国.自然通风的应用与研究[J].建筑热能通风空调,2003,22(4):4-6,20.GONG Guang-cai,LI Hong-xiang,LI Yu-guo.Situation and development of natural ventilation[J].Building Energy&Environment,2003,22(4):4-6,20.
版权所有：© 2023 中国地质图书馆 中国地质调查局地学文献中心