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{{r|Accidental release source terms}}

{{r|Accidental release source terms}}

{{r|Accidental release source terms}}

{{r|Accidental release source terms}}

{{r|Accidental release source terms}}

'''Accidental release source terms''' are the mathematical equations that quantify the flow rate at which acci ...ulational methods are referred to as ''source terms'', and this article on accidental release source terms explains some of the calculation methods used for determining the mass flow

'''Accidental release source terms''' are the [[mathematics|mathematical]] [[equation]]s that quantify the flo ...ulational methods are referred to as ''source terms'', and this article on accidental release source terms explains some of the calculation methods used for determining the mass flow

.... Their review and study interests include routine discharges as well as [[accidental release source terms|accidental releases]] or releases cause by operational upsets. Their intere

...than the air. For example, a plume of evaporated gaseous methane from an [[Accidental release source terms|accidental release]] of [[liquefied natural gas]] (LNG) may be as cold as -

...than the air. For example, a plume of evaporated gaseous methane from an [[Accidental release source terms|accidental release]] of [[liquefied natural gas]] (LNG) may be as cold as -

...td. and designed to predict the source-term and subsequent dispersion of [[Accidental release source terms|accidental chemical releases]] with an emphasis on dense gas behavior. * GASTAR - A model for simulating [[Accidental release source terms|accidental releases]] of denser-than-air flammable and toxic gases. It hand

* [[Accidental release source terms]]