| Summary: | 碩士 === 中華科技大學 === 土木防災與管理碩士班 === 102 === The principal objective of this thesis was to use weight method to estimate the suitability of fire extinguishing agent system of specialn protection space gas. Each member of the fire extinguishing system was given its weight value corresponding to its importance in order to establish detective risk estimation table and synthetic risk rank estimation table.The risk rank is divided into five orders：rank A：total estimation points of risk degree R=0, This means that the current status is available . rank B：0＜R≦2：small break down, rank C：2＜R≦5 general repair；rank D：5＜R≦35,urgent repair；and rank E：35＜R ≦100,ought to eliminate and change for new.This proposed method was applied to the case study for helocarbon, inert gas and pressed halocarbon fire distinguishing equipment.The estimated result are A,B,and D, respectively. The present study results may provide for estimating risk rank of clean agent gas fire extinguishing system for fire rotection law nowadays.
Key words：Weight method, Special protection space, Clean agent
fire extinguishing, Risk rank
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