Ice　slurry　treated　with　sodium　chloride　was　produced　by　vacuum　method.　The　feasibility　of　describing　the　crystallization　behaviors　of　ice　slurry　based　on　the　non-isothermal　crystallization　kinetic　model,　Jeziorny　and　Mo　method,　was　theoretically　proved.　The　relationships　between　the　crystallization　time　and　the　ice　packing　fraction　(IPF)　were　measured　and　the　non-isothermal　crystallization　kinetic　equations　were　developed.　Experimental　results　indicated　that　the　non-isothermal　crystallization　kinetics　of　ice　slurry　formation　fit　the　Jeziorny　and　Mo　model　very　well.　The　values　of　the　Jeziorny　exponent　n　were　between　0.473　and　0.525,　indicating　that　the　crystallization　mechanisms　were　almost　the　same　for　different　experimental　conditions　and　the　growth　pattern　of　ice　crystals　was　flake　thickening.　The　change　trends　of　the　crystallization　kinetic　parameters,　Kc,　the　crystallization　time,　t0.25,　and　the　cooling　rate　function,　F(T),　revealed　that　high　cooling　rate　was　beneficial　to　promote　the　formation　of　ice　slurry　and　sodium　chloride　inhibited　the　growth　of　ice　crystals.　©　All　Right　Reserved.