In　the　full　paper,　we　describe　in　detail　our　research　on　dense　two-phase　turbulent　flow　of　power　law　fluid　with　particles;　here　we　give　only　a　briefing.　We　derived　dense　two-phase　turbulent　flow　governing　equation　of　power　law　fluid　with　particles.　We　used　our　proposed　model　to　simulate　two-phase　turbulent　flow　of　power　law　fluid　in　centrifugal　pump　impellers.　The　results　show　preliminarily　that;　(1)　velocity　is　continuously　decreasing　from　impeller＇s　inlet　to　outlet,　and　pressure　increases　gradually　as　radius　increases　gradually　from　inlet　to　outlet;　(2)　pressure　on　suction　surface　is　lower　than　that　on　pressure　surface;　pseudo-temperature　of　particles　at　suction　surface　is　lower　than　that　at　pressure　surface;　pseudo-temperature　of　particles　near　wall　is　higher　than　that　in　interior;　(3)　both　the　pseudo-temperature　of　particles　and　the　turbulent　kinetic　energy　of　the　two-phase　flow　of　power　law　fluid　with　particles　are　respectively　lower　than　those　of　the　liquid-solid　two　phase　flow.