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A0-alu i30D3a1'0AE xo HA-0Ae[J]. A=iao1,1993,21(6):33-38[5 Heisenbery Wz. Proc Roy Soc [M]. Al95, 19482IA14IAlx[6 3AAGOA. 03D0A=iaA NS Ai AOVo TEA- 1n 31FEEa[M][1] 1oEUIA.1B0so}0U6AyBμ ATAHNS x÷0A[J].01、0±士⊙:±土沁9%ONS036°aEc,1986,221EAAE,1998,14(2)[7]1aA,·№,证正.正A+B6 Ay 4% EO NE%[J.E回HAW4[2]00%2y.脚E3seE[M].址:01“01a0u36°E6,1999(3:171-173[8]00NsE,证E.00A÷1aANS[M].±沁:u1a0u36°aEc,1986,29-50[3]A0e,μ.A+ laAH NS[M].AT:°090Ns36°aEcEc,1983,74[9]DAA,让E.,0E8HAAA06N[M].±0:01控1990,6:298-350.0b1aou=6°aEc,1992,150RESEARCHES ON KINETIC CAUSE OF TURBULENT FLOW FLOCCULATIONWU Dao-ji, WANG Xin-wen, TAN Feng-xun(Depart of Environ Eng Shandong Architechural and CHE/inan 250014. China)Abstract: On the basis of hydra dynamics principle, kine中国煤化工 lation was studied.nis turned out that vortes shear force and inertial centrifugaCNMHGce of particle collisionand the vortes shear force is the dominant kinetic factorKey words: turbulence flow; flocculation; kinetic cause