%0 Journal Article
%T fuzzymatterelementmodelbasedrunningstateevaluationformedium£¿speedcoalpulverizers
%A lishaohua
%A wanglei
%A zhangwang
%J ÈÈÁ¦·¢µç
%P 24-27
%D 2013
%X bytakingarpmedium£¿speedcoalpulverizerastheresearchobject,thestatusevaluationmodelformedium£¿speedcoalpulverizerswasestablished.accordingtorunningstateoftherpmedium£¿speedpulverizer,suchfactorsasthecoalfineness,thepulverizercapacityandcurrent,andtheseparatoroutlettemperaturewereregardedastheevaluationindices.thefuzzymatterelementtheoryandtheeuclidapproachdegreeprinciplewereappliedtoconstructtheeuclidapproachdegreecompositefuzzymatterelement.thenthefuzzymatterelementmodelforoperationstatusevaluationofcoalpulverizerswasestablished.theanalytichierarchyprocess(ahp)methodwasemployedtodeterminetheweightcoefficientofeachevaluationindex,andtoevaluaterunningstateofthecoalpulverizerquantitativelyandqualitatively.thenewmodelwasverifiedontherp903xmedium£¿speedcoalpulverizerfora300mwunitboilerandtheresultsshowedthat,thismodelcanmakeareasonableevaluationforrunningstateoftherpmedium£¿speedcoalpulverizerrapidlyandeffectively,whichenhancedthesafetyandstabilityoftheunitoperation.
%K rpmedium£¿speedcoalpulverizer
%K stateevaluation
%K fuzzymatterelement
%K euclidapproachdegree
%U http://rlfd.paperopen.com//oa/darticle.aspx?type=view&id=201304007