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简介：液相线设计通常在恒压指ternaryliquidus单变的线的二维的设计。算法为液体的计算在Pandat使用了我们有在一个三元系统的等温的线和不变的反应方程的设计被介绍。这些算法被扩大了到多部件液体我们设计并且也在Pandat被实现了。第三、第四级的液体上的一些例子我们设计被介绍。

简介：ＳｏｍｅＡｓｐｅｃｔｓｉｎＡｐｐｌｉｃａｔｉｏｎｏｆＭｉｃｒｏｓｃｏｐｉｃａｌａｎｄＭｉｃｒｏａｎａｌｙｔｉｃａｌＴｅｃｈｎｉｑｕｅｓＳｈａＷｅｉ（沙维）（ＤｅｐａｒｔｍｅｎｔｏｆＭａｔｅｒｉａｌｓＳｃｉｅｎｃｅａｎｄＭｅｔａｌｌｕｒｇｙ，Ｕｎｉｖｅ...

简介：AnanalysistechniquecombiningRBSwithPIXEtechnologybyx-particlesincidentbeamwasconstructedandappliedtoanalyselightimpuritiesinheaviersubstrates.ItcanruninmeasuringRutherfordbackscatteringandX-rayspectrainrandomandchannelingmode,simultaneously.Beingusedtoanalysesulphuratomsim-plantedintoGaAssinglecrystals,thismethodisrelativelysimpleandquick-operating.Itisespeciallyusefulforanalysinglightimpuritiesinsemiconductorcompounds,optoelectronicandmicrowavematerials.

简介：ThefatiguebehaviorofweldedstructuresiscurrentlydeterminedbymeansofrecommendationsdefinedintermsofS-Ncurvecorrespondingtothedetailclassesofweldedjointswithouttakingaccountoftheactualgeometryoftheweld.AnewfatiguestrengthassessmentmethodbasedonDangVanmultiaxialfatiguelimitcriterionwasintroduced,whichisnamedthelocalapproachandpresentedbyInstitutdeSoudurerecently.Thelocalapproachhasadvantagesintakingweldingresidualstressesandthegeometryoftheweldtoeandweldrootintoconsideration.TheapplicationofthelocalapproachtothefatiguestrengthassessmentoflowcarbonsteelQ235Bweldedjointswasstudied.ThefatiguetestsandfiniteelementanalysisresultsshowthatthelocalapproachparametersrecommendedbyInstitutdeSoudurewereincorrectlyforlowcarbonsteelQ235Bweldedjoints.Withaluminumalloyweldedjointsbeingusedwidely,theparametersofthelocalapproachusedforaluminumalloyweldedjointswereobtainedandverifiedonbasesofthefatiguetestsandfiniteelementanalysis.

简介：Imagesensorhasbeenoneofthekeytechnologiesinintellectualizedroboticswelding.Edgedetectionplaysanimportantrolewhenthevisiontechnologyisappliedinintellectualizedweldingroboticstechnologies.Thereareallkindsofnoisesinweldingenvironment.Thealgorithmsincommonusecannotbeappliedtotherecognitionofweldingenvironmentdirectly.Theedgeofimagescanbefellintofourtypes.Theweldimagesareclassifiedbythecharacteristicofweldingenvironmentinthispaper.Thispaperanalyzessomealgorithmsofedgedetectionaccordingtothecharacterofweldingimage,somerelativeadvantagesanddisadvantagesarepointedoutwhenthesealgorithmsareusedinthisfield,andsomesuggestionsaregiven.Thefeatureextractionofweldseamandweldpoolaretwotypicalproblemsintherealizationofintellectualizedwelding.Theiredgefeaturesareextractedandtheresultsshowtheapplicabilityofdifferentedgedetectors.Thetradeoffbetweenprecisionandcalculatedtimeisalsoconsideredfordifferentapplication.

简介：Thetenacityofheat-affectedzone(HAZ)willdeclineandthesizeofgrainswillincrease,becauseoftheoverheatingonHAZwhensubmergedarcwelding(SAW)isusedtothickplatewithhighheatinput.TheshapingwillworsenwhenSAWisusedtothinplatewithhighcurrentathighspeed.AnewSAWtechnology,thepulseddirectcurrent(DC)automaticSAW,willbeputforwardinthispaperinordertoovercometheaboveshortcomings.Andapulsedcontrollerwithmicro-controllerunit(MCU)asthecore,nixietube(NT)andkeyboardastheman-machineconversationinterfaceisdeveloped.Themainfunctionsofthepulsedcontrollerincludetheoutputofpulsedweldingcurrentandtheworkingwithtwinwire.Theresearchhaswidelyprospectsinapplicationwithsignificantmeaningsintheoryandpracticalengineering.

简介：本文介绍了评价埋地管道外防腐保温层绝缘状况的4种检测方法，并对4种方法的优缺点进行比较。还介绍了埋地管道腐蚀与防护状况调查方法及应用情况，阐述了其在实际应用中效果。

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简介：AnewtypeofDZ9000EOxygenGaseousHVOFsystem(GHVOF)isdevelopedwhichcanreducethecostofcoatingsandincreasethein-situremovabilitytoadaptvariousworkingconditions.Thewholesystemiseconomical,whichenablesthesystemtomeettherequirementofsprayingmediumorlowcostHighVelocityOxy-Fuel(HVOF)coatingsformediumandsmalljobshops.ThedepositedcermetscoatingsbytheDZ9000EsystemhavegoodperformancewithaveragemicrohardnessHV0.2ofmorethan1000andthebondstrengthbetweencoatingandsubstrateofgreaterthan50MPa.

简介：以环氧改性有机硅树脂和水玻璃组成的有机、无机复合胶粘剂为粘结体，以空心陶瓷微粒为主隔热材料，含铝硅酸盐的轻质矿物组分为增容填料，附以适量助剂，制备了薄层绝热防腐陶瓷涂料。隔热温度梯度差可达90～110℃／cm，4cm的薄层绝热陶瓷涂层可将350℃热源温度降至40℃。

简介：Aimingattheweldingconditionofspacecomplexseamisuncertainandtheintelligenceofweldingrobotisunideal,atwo-wheeledmobilerobotisdeveloped.Itnotonlyhasthecapacityofautonomousdecisionandavoidingobstacles,butalsocanflexiblymoveandstronglyadaptvariableenvironment.Thecompositionoftheweldingrobotisdescribedandthedynamicmodelisestablished.Thefeasiblecontrolstrategyandcontrolalgorithmisputforward.Thesimulationexperimentsofrealworldareconducted,theresultsaresatisfying.

简介：回顾了超硬刀具技术的发展概况，介绍了最新的超硬刀具制造技术，并结合我国超硬刀具发展中刀具加工制造与应用研究存在的问题进行了系统分析，提出了解决当前我国超硬刀具发展中的有关问题的对策，探讨了今后超硬刀具技术发展及应用趋势。

简介：本文讨论分析了模具企业生产管理的现状，指出了模具企业生产管理信息化是随当今制造业界管理信息化的大势，它在提高模具企业生产率、降低成本以及提高品质等方面起到非常重要的作用。在对模具生产特殊性的深入研究基础上，本文提出采用生产环节条码化来解决模具企业生产管理信息化中所面临的问题。

简介：Recoveryprocessesofsecondaryresourcesusuallyencounterproblemsbecauseofthediversecompositionsofwastes.Toenhancetheapplicabilityoftraditionalhydrometallurgicalprocesstowardsecondaryresources,theadjustmentofcomponentsisnecessary.Intraditionalhydrometallurgicalseparation,precipitationandcomplexationareextensivelyused.However,theircombinationasaspecificmetalseparationmethodhasnotyetbeenstudiedindetail.Thisapproachisverypromisingforsolvingproblemscausedbychangeablecomponentsduringrecyclingprocessesofsecondaryresources.Thispaperreviewstheeffectsofprecipitationandcomplexationinmetalseparationprocesses,andametalseparationmethodsystemof‘‘complexation–precipitation’’developedtoadjustthecomponentsofsecondaryresourcesisintroduced.

简介：MagneticBarkhausennoise(MBN)isaphenomenonofelectromagneticenergyduetothemovementofmagneticdomainwallsinsideferromagneticmaterialswhentheyarelocallymagnetizedbyanalternatingmagneticfields.AccordingtoFaraday’slawofelectromagneticinduction,thenoisecanbereceivedbythecoilattachedtothesurfaceofthematerialbeingmagnetizedandthenoisecarriesthemessageofthecharacteristicsofthematerialsuchasstresses,hardness,phasecontent,etc.Basedonthecharacteristicofthenoise,researchingabouttherelationshipbetweentheresidualstressintheweldingassemblyandthenoisearecarriedout.Furthermore,dataprocessisperformedbyRMS(RootMeanSquare)equationandPowerSpectrumanalysis.

简介：为从海水的锂离子恢复过程的开发，一系列试验性的研究被执行。从把煤油用作溶剂的水的答案的锂离子的溶剂抽取被建议。锂离子被thenoyltrifluoroacetone-trioctylphosphine氧化物(TTA-TOPO)有效地在80以内在煤油提取?min。抽取效率被stoichiometric参数严重地影响。在stoichiometric参数之中，到抽取(E)答案的水的(A)的卷比率是最有影响的参数。在抽取以后，锂离子能被酸的答案容易从抽取答案剥去。有酸的溶液的pH的脱衣的效率减少，和酸的类型不影响脱衣的效率。抽取效率在超过93点维持?%甚至当抽取答案被再循环三次时。当镁离子被NH4在溶剂抽取以前的OH过程。在海水的另外的金属性的离子减少锂的抽取效率离子。

简介：简述了采用逆向工程技术理论对电吹风外壳的研究和分析，并主要介绍利用Pro／E软件进行注射模设计的全过程。用MoldFlow进行流动模拟分析，提高了设计效率，节约了成本，对同类产品的设计具有一定的参考价值。

简介：将ASP集成到模具智能设计系统中，是对传统模具设计方式的一种质的改变，对整个行业的发展将是一种促进，是未来行业发展的必然趋势。模具智能设计CBR系统与ASP集成应用研究（1）主要是从系统构架的层次上对模具设计CBR系统如何与ASP集成进行了探讨，本文则从知识表达和事例描述角度详细阐述了ASP模式下的模具（冲裁模）智能设计CBR系统的数据传输问题及其解决方案。

简介：微磁检测技术是通过对试样磁信号的检测,对试样的应力集中情况和疲劳损伤程度进行早期评估的一种新的检测手段。该方法的使用可以正确反映待测试样应力的变化。为了精确测量试样的磁信号强度,在研制了高灵敏度磁矢量探头检测的试验平台的同时,建立了检测信号与磁导率的关系算法。试验发现：应力集中区域会导致其与周边的区域磁导率发生相应的差异,即随着试样中所存在的残余应力增加,采集得到的磁信号强度增大,且材料的微观应变变大,晶粒减小。