H. K. Fauske, Properly size vents for non reactive and reactive chemicals, Chem. Eng. Prog, vol.96, pp.17-29, 2000.

B. Fletcher, Flashing flow through orifices and pipes, Chem. Eng. Prog, vol.80, pp.76-81, 1984.

L. Friedel and S. Korfmann, Predictive accuracy of simplified vent area sizing methods for the case of thermal runaway reactions, J. loss prev. process ind, pp.125-152, 2000.

L. R. Kevorkov, S. Z. Lutovinov, L. K. Tikhonenko, and H. Ogasawara, A theoritical approach to two-phase critical Influence of the scale factor on the critical discharges of flow. 4th report: Experiments on saturated water discharging saturated water from straight tubes with a sharp inlet edge, through long tubes, bulletin of A.S.M.E. Thermal Engineering, vol.12, issue.24, pp.837-846, 1969.

. Van-der-akker and W. M. Bond, Discharges of satured Marviken Full Scale Critical Flow Tests (The), 1979, Third and superheated liquids from pressure vessels. Prediction series. Results from test 24 Joint Reactor Safety Experiments of homogeneous choked two-phase flow through pipes, the Marviken Power Station Sweden. IchemE symposium series N885, pp.91-108, 1984.