摘要Numerical simulations illustrate the half-cell law of regular cellular detonations propagating in confined space, i.e., the number of cells always maintains an integral multiple of half cell. The cells adapt themselves larger or smaller to the size of the unconfined space by maintaining the cell scale larger or smaller than the original cells of detonation.
Abstract：Numerical simulations illustrate the half-cell law of regular cellular detonations propagating in confined space, i.e., the number of cells always maintains an integral multiple of half cell. The cells adapt themselves larger or smaller to the size of the unconfined space by maintaining the cell scale larger or smaller than the original cells of detonation.
[1] Lee J H S 2001 Handbook of Shockwaves ed Ben-Dor G,Igra O and Elperin T (New York: Academic) chap 17 p 309 [2] Achasov O V and Penyazkov O G 2002 Shock Waves 11 297 [3] Lee J H S 1984 Ann. Rev. Fluid Mech. 16 311 [4] Deng B, Hu Z M, Teng H H and Jiang Z L 2007 Sci.Chin. G 50 1
2008, Vol. 25 
