Emergency relief system design for reactive and non-reactive systems: Extension of the DIERS methodology

@inproceedings{Fauske1988EmergencyRS,
  title={Emergency relief system design for reactive and non-reactive systems: Extension of the DIERS methodology},
  author={Hans K. Fauske},
  year={1988}
}
Simple mechanistic models for reactive and non-reactive chemicals are summarized. The DIERS methodology has been extended as well as simplified to account for vapor disengagement and frictional effects including laminar flow conditions—both principal objectives of the DIERS program. 

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