简介：10月10日，Discreet3dsmax6,Combustion3发布会在北京的“数字图像中国节”（CCGF2003）展会现场召开，Discreet大中华区销售总监傅富垣，Discreet大中华区销售经理姜中强，Discreet国内销售代理商佳杰科技代表等人物联袂出席。

简介：有不同元素dopings的极其细小的基于Ce的氧化物nanoparticles(Zr，Y)被传播micropores的一起沉淀(MDC)的方法作为降水代理人用氨答案综合。为煤烟氧化的催化剂的活动被规划温度的氧化(TPO)评估反应。基于Ce的氧化物在这准备了学习为在在煤烟粒子和催化剂之间的松开的接触的条件下面的煤烟氧化的展出高催化的活动，和为煤烟燃烧的极其细小的Ce0.9Zr0.1O2nanoparticle的催化活动最高，364是其T10，T50和SCO2m，442???‰眠?ㄥ‵瑷吗？

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简介：我们集中于与Ni-Al金属间化合的混合物扔合金由的ligth重量的表面加强在原处改进非铁的扔的表面性质的燃烧反应部件。在我们的以前的工作，元素的Ni和艾尔粉末紧缩的绿色被SHS(自我繁殖的高温度合成)反应到形式Ni3Al金属间化合的化合物有熔融的艾尔合金并且同时的热的反应与艾尔扔结合了合金。但是象微小的裂缝和孔那样的一些缺点在反应协议被仍然是。我们因此使用了压力阻止热裂缝并且与液体艾尔合金充满毛孔由压榨扔过程。压缩艾尔合金与Ni3Al金属间化合的混合物结合了是sectioned并且由光显微镜学和扫描电子显微镜学(SEM)观察了。在结合的接口附近并且在反应协议形成的intermetallics的stoichiometric作文被散光谱学(版本)和电子探查的精力识别微分析(EPMA).Si富人层被艾尔的顺序的团结在结合的接口附近在艾尔合金方面上形成合金。在反应Ni3Al协议观察的孔与液体艾尔合金被充满。从熔融的艾尔合金的Si粒子在反应Ni3Al金属间化合的协议的毛孔被检测。扔合金和Ni3Al金属间化合的化合物的艾尔被把压力用于液体艾尔合金很很熟加入。

简介：Thispaperprovidesanumericalanalysismodelofunsteadyheattrans-ferinpiston-linersetofaninternalcombustionengine.Themodelsimulatestheun-steadyheattransferprocessamongthecombustionmixture,pistonset,lubricantfilm,linerandcoolantinawholeenginecycle,andcanpredictthetemperaturefluc-tuationanddistributiononpistoncrown,innersurfaceofliner,pistonringandthelubricantfilm.Acomputerprogramisdevelopedtocalculatetheunsteadyheattrans-ferprocessofpiston-linersysteminawater-cooleddieselengine.

简介：CuO/γ-Al2O3catalystswerepreparedbyplasmatreatmentandconventionalimpregnationmethods.Thecatalyticcombustionoftwokindsofvolatileorganiccompounds(VOCs),tolueneandbenzene,werecarriedoutovertheseCuO/γ-Al2O3catalysts.ThesurfacepropertiesofthesecatalystswerecharacterizedbyX-rayDiffraction(XRD)andScanningElectronMicroscopy(SEM).TheexperimentalresultsshowedthatincatalyticcombustiontheactivityoftheCuO/γ-Al2O3catalystpreparedviaplasmawasmuchhigherthanthatoftheCuO/γ-Al2O3catalystpreparedbyconventionalimpregnationmethod.XRDresultsshowedthatanenhanceddispersionhadbeenachievedwiththeplasmatreatment.SEMresultsindicatedthatthesizebecamemuchsmallerandthesurfacebecamemoreuniformwiththeplasmatreatment.

简介：NanosizedBaCeo.95Yo.o5O3-δpowderswiththehomogeneouscompositionweresynthesizedbyanewcombustionprocessbasedonthePechinimethod.Apolymericprecursorsolwasformedbyuseofcitricacidandethyleneglycolasthechelatingagentsofmetalions.Theperovskite-typeBaCeo.95Yo.o5O3-δpowderswithuniformshapeandsmallerthan40nminsizedwereobtainedthroughthecombustionofthepolymericprecursorsolattheexistenceofnitricacidandammoniumhydroxide.Itwasfoundtheparticlesizecouldbecontrolledbymodulatingthequantitiesofnitricacidandammoniumhydroxide,thequantitiesoftheresidue,carbonateionswerealsoaffectedbythequantitiesofthecitricacidandethyleneglycol.

简介：在这个工作，我们在一半线上涉及单个边界价值问题的积极解决方案的存在和复合。从积极一半线上的传染病学和燃烧理论集合的二个问题被调查。我们使用在适当Banach空格在锥上与固定的点索引相结合的上面、更低的解决方案技术。结果在文学补充最近的。

简介：Theresincompositematerials(RCM)werepreparedbythemethodofdopingresinwithtourmalinepowdersmodifiedwithlanthanumelement.Itwascharacterizedbyscanningelectronmicroscope(SEM),IRradiationdetermination,X-raydiffraction(XRD),andfouriertransforminfraredspectroscope(FTIR).TheresultsshowedthattheRCMcouldradiatehigherintensityoffarinfrared.Themolecularmovementwasstrengthenedandtheinter-molecularcontactswereeasilyreducedwhenthedieseloilwasdealtwiththeRCM.TheeffectsoftheRCMontheoilconsumptionandairpollutantemissionsofoil-burningboilerwereinvestigated.Theoil-savingrateoftheRBS·VH-1.5boilerdealtwiththeRCMwas2.76%,andthereducingratesofCOandNOintheexhaustgaswere32.9%and15.8%,respectively.

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简介：Athree-dimensionalmathematicalmodelofthecombustionofpulverizedcoalandcokehasbeendeveloped.Themodelisappliedtotheblowpipe-tuyere-raceway-cokebedregioninanironmakingblastfurnaceinonecomputationaldomain,whichincludestwoparts:pulverizedcoalcombustionmodelintheblowpipe-tuyere-racewaycavityandthecoal/cokecombustionmodelinthesurroundingcokebed.Theeffectsofcoalpropertiesareexaminedcomprehensively,intermsofcoalburnoutandgasspeciesdistributions.TheresultsindicatethatusingacoaloffineparticlesizeorhighVMcontentcouldimproveburnoutandwouldaffectthegascompositionconsiderably.Theburnoutisexaminedintwoways:comparedwithburnoutalongtuyereaxis,burnoutovertheracewaysurfaceisamoresensitiveandsensibleparametertodescribetheamountofunburntcharenteringthecokebed.Themodelisusefulforexaminingtheflow-thermo-chemicalcharacteristicsofthepulverizedcoalinjection(PCI)processundervariousconditionsinablastfurnace.

简介：Besedonpreviousstudies,animprovednon-slaggingspouting-cyclonecombustorwithtwo-stagecombustion,organizedinperpendicularlyvortexingflows,isdevelopedforcleancoalcombustionappliedissmall-sizeindustrialfurnacesanddomesticfurnaces.Theisothermalmodeltestandthecombustiontestgivesomeencouragingresults.Inthisstudy,furtherimprovementofthegemoetricalconfigurationwasmade,avisualizationmethodandaLDAsystemwereusedtostudythegas-particleflowbehaviorandthetemperatureandgascompositionincombustionexperimentsweremeasuredbyusingthermocouplesandaCOSA-6000-CDPortableStackAnalyzer.Strongerrecirculationinthesopoutingzoneandthestronglyswirlingefectinthecyclonezonewereobtainedintheimprovedcombustor.Thecombustiontemperaturedistributionisuniform.Theseresultsindicatethattheimprovedgeometricalconfigurationofthecombustorisfavorabletothestabilizationofcoalflameandtheintensificationofcoalcombustion.andisprovidesabasisforthepracticalapplicationofthistechnique.

简介：Effectsofexhaustgasrecirculation(EGR)onhomogeneouschargecombustionofn-heptanewasstudiedthroughsimulationandexperiment.Experimentswerecarriedoutinasinglecylinder,four-stroke,aircooledengineandasinglecylinder,two-stroke,watercooledengine.Inthefour-strokeengine,experimentsoftheeffectsofEGRwereexaminedusingheatedN2additionasasurrogateforexternalEGRandmodifyingenginetoincreaseinternalEGR.TheignitiontimingwassensitivetoEGRduetothermalandchemicaleffects.EGRorextraairisakeyfactorineliminatingknockduringmid-loadconditions.Forhigherloadoperationtheonlywaytoavoidknockistocontrolreactiontimingthroughtheuseofsparkignition.Experimentalandmodelingresultsfromthetwo-strokeengineshowthatauto-ignitioncanbeavoidedbyincreasingtheenginespeed.Thetwo-strokeengineexperimentsindicatethathighlevelsofinternalEGRcanenablesparkignitionatleanconditions.Athigherloadconditions,increasingtheenginespeedisaneffectivemethodtocontroltransitionfromhomogeneouschargecompressionignition(HCCI)operationtonon-HCCIoperationandsuccessfulsparkignitionofahighlydilutemixturecanavoidseriousknock.

简介：Theblended-fuelbasededdy-dissipation-conceptcombustionmodelwasnewlydevelopedintheFireFOAMframework,andappliedtosimulate30cm×30cmheptane-ethanolpoolfire.Comparisonwasmadeoffireheight,centerlinetemperatureagainstexperimentalmeasurements,whichshowsthattheymatchverywellwitheachother.However,furtherstudiesareneededtoexaminethevalidationofthismodelinfiresimulationswithvariousscales.

简介：高度有效的Tb3+激活SrAl2O4黄磷被一个联合combustionsolid状态反应方法综合。SrAl2O4的先锋:Tb3+黄磷经由一个燃烧过程被准备，然后同样准备的粉末被加热在一减少在1250点的激活的碳周围??慥獲？

简介：当引擎使用与纳米大小的添加剂Ce0.9Cu0.1O2和Ce0.9Zr0.1O2混合的重油时，这篇论文主要在高速度的柴油机引擎和排放减小的表演上学习。在测试期间，Indiset620燃烧分析器由AVL做了，被用来在柱体压力上做即时调查，燃料点火时刻，并且在柱体和曲柄角度建立在温度的变化趋势之间的一种关系。为烧与添加剂混合的重油和重油的引擎，燃烧分析软件Indicom和协奏曲被用来分析它的燃烧进程和排放条件。试验性的调查证明缩放nano的复杂氧化物能改进与重油，和还原剂造成的柴油机引擎的表演象NOx和公司一样的污染物质的排放，把它与纯重油作比较。根据这个实验的后果，添加剂在重油的使用改进全面表演。

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简介：Chemical-loopingcombustion(CLC)isanovelcombustiontechniquewithinherentCO2separation.Magnetite(Fe3O4)wasselectedastheoxygencarrier.Shenhuacoal(InnerMongolia,China),strawcokeandnaturalcokewereusedasfuelsforthisstudy.Influencesofoperationtemperatures,coaltoFe3O4massratios,anddifferentkindsoffuelsonthereductioncharacteristicsoftheoxygencarrierwereinvestigatedusinganatmospherethermogravimetricanalyzer(TGA).Scanningelectronmicroscopy(SEM)wasusedtoanalysethecharacteristicofthesolidresidues.Experimentalresultsshownthatthereactionbetweenthecoalandtheoxygencarrierbecomestrongatatemperatureofhigherthan800℃.Astheoperationtemperaturerises,thereductionconversionrateincreases.Atthetemperaturesof850oС,900℃,and950℃,thereductionconversionrateswere37.1%,46.5%,and54.1%respectively.However,SEMimagesshowthatatthetemperatureofhigherthan950℃,theironoxidesbecomemeltedandsintered.Thepossibleoperationtemperatureshouldbekeptaround900℃.WhenthemassratiosofcoaltoFe3O4were5/95,10/90,15/85,and20/80,thereductionconversionrateswere29.5%,40.8%,46.5%,and46.6%respectively.Withtheincreaseofcoal,theconversionrategoesup.Butthereexistanoptimalratioaround15/85.Comparisonsbasedondifferentkindsoffuelsshowthatthesolidfuelwithahighervolatileandamoredevelopedporestructureisconducivetothereductionreactivityoftheoxygencarrier.

简介：Inthepresentpaper,amultifluidmodeloftwo-phaseflowswithpulverized-coalcombustion,basedonacontinuum-trajectorymodelwithreactingparticlephase,isdevelopedandemployedtosimulatethe3-Dturbulenttwo-phaseflowsandcombustioninanewtypeofpulverized-coalcombustorwithoneprimary-airjetplacedalongthewallofthecombustor.Theresultsshowthat:(1)thiscontinuum-trajectorymodelwithreactingparticlephasecanbeusedinpracticalengineeringtoqualitativelypredicttheflamestability,concentrationsofgasspecies,possibilitiesofslagformationandsootdeposition,etc.;(2)largerecirculationzonescanbecreatedinthecombustor,whichisfavorabletotheignitionandflamestabilization.

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