简介：PURPOSETheChineseSocietyofParticuologyisavoluntaryorganizationofworkersinresearch,developmentandapplicationofthescienceandtechnologyofparticles.TheSocietyisdedicatedtofosteringliaisonandexchange,amongitsmembersthroughscientificand

简介：TheChineseSocietyofParticuologyisavoluntaryorganizationofworkersinresearch,developmentandapplicationofthescienceandtechnologyofparticles.TheSocietyisdedicatedtofostedngliaisonandexchangeamongitsmembersthroughscientificandtechnicalsymposiaandseminarsofbothanationalandinternationalnatureandtodisseminatingknowledgeonparticlesthroughcontinuingeducationandpublicationintheformofscientifictransactionsandofjournalsonnewsandotheritemsofcurrentinterest.Itsultimateobjectiveistoservethecountry'sneedsformodernization.

简介：

简介：PURPOSETheChineseSocietyofParticuologyisavoluntaryorganizationofworkersinresearch,developmentandapplicationofthescienceandtechnologyofparticles.TheSocietyisdedicatedtofosteringliaisonandexchangeamongitsmembersthroughscientificandtechnicalsymposiaandseminarsofbothanationalandinternationalnature,andtodisseminatingknowledgeonparticlesthroughcontinuingeducationandpublicationintheformofscientifictransactionsandofjournalsonnewsandotheritemsofcurrentinterest.Itsultimateobjectiveistoservethecountry'sneedsformodernization.

简介：

简介：PURPOSETheChineseSocietyofParticuologyisavoluntaryorganizationofworkersinresearch,developmentandapplicationofthescienceandtechnologyofparticles.TheSocietyisdedicatedtofosteringliaisonandexchangeamongitsmembersthroughscientificandtechnicalsymposiaandseminarsofbothanationalandinternationalnatureandtodisseminatingknowledgeonparticlesthroughcontinuingeducationandpublicationintheformofscientifictransactionsandofjournalsonnewsandotheritemsofcurrentinterest.Itsultimateobjectiveistoservethecountry'sneedsformodernization.

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简介：尽管有在中国喷雾器上增加注意，从来没有它的一般特征的遍及全国的调查。这份报纸在23个地点为喷雾器论述元素的数据在并且在中国附近，主要从文学，和表演绘画一些大规模模式。艾尔，Na，和Se被用来代表外壳，水兵，和污染部件分别地。大多数模式在SWNE被排列。分别地，艾尔和Na对NW和SE最高级，他们的比率变化很快接近海岸。Se从NW日益增多地在华中，和Se/Al比率(污染对外壳的喷雾器的指示物)增加上有宽广最大值到SE。为模仿污染喷雾器的一个简单索引，使用人口密度，年度降水，和吝啬的风速度，足够地复制污染喷雾器的大规模模式并且显示出在NW的外壳的艾尔怎么逐渐地向SE让路给flyash艾尔。

简介：Thehemodynamicmechanismofrollingmanipulation(RM)oftraditionalChinesemedicalmassage(TCMM)isinvestigated.AnaxisymmetricalnonlinearmodelandanarbitraryLagrangian-Eulerianfiniteelementmethod(ALE-FEM)withrezoningalgorithmwereintroducedtostudytheviscousflowthroughanaxisymmetricalrigidtubewithaxiallymovingstenosistosimulatetherollingmanipulation.FlowrateandwallshearstresswereobtainedbysolvingcompleteNavier-Stokesequationsnumerically.Thenumericalresultsshowthatthestenosismovingfrequency,namelythefrequencyofrollingmanipulation,hasgreateffectonthedisturbanceofflowandthewallshearstress.Thestenosiscoefficient,whichcharacterizestheseverityofthestenosis,anotheradjustableparameterinrollingmanipulation,alsoshowsthesignificanteffectonflowrateandwallshearstress.Thesenumericalresultsmayprovidesomedatathatcanbetakenintoconsiderationwhenmassageisusedinclinic.

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简介：Basedonourpreviouswork,self-excitedvibrationofamulti-degree-of-freedomsystemcausedbydryfrictionbetweentwoelasticstructuresisinvestigatedusingtheChineseculturalrelicdragonwashbasinasanexample.Somenewcharacteristicsoftheself-excitedvibrationinthiskindofsystemarefound.Theconditionsunderwhichself-excitedvibrationoccursatlow-orderorhigh-ordermodesarediscussed.Effectsofchangesinparametersofthesystemontheself-excitedvibrationareanalyzed.ThevibrationmechanismofthewaterdropletsspurtingphenomenonoftheChineseculturalrelicdragonwashbasinisfurtherexplained.Thisinvestigationpresentsanewideaformodelingtheself-excitedvibrationcausedbydryfrictioninteractionbetweentwoelasticstructures.