简介：目的：为使零件在设计阶段实现公差的自动分配，研究线轮廓度在计算机中的表达模型。创新点：1.提出一种新的构建线轮廓度公差T-Map图的方法；2.用运动学等效的方法表示理想轮廓公差域的允许偏差。方法：1.将零件轮廓分解成多段，然后分别为每段生成一个实体模型T-Map（图6和7）；2.利用布尔交运算将所有分段T-Map合成一个完整线轮廓度的T-Map（图8）；3.以弧形短槽为例，演示创建线轮廓度的方法步骤。结论：将弧形短槽轮廓分成多段，先实现每一段的T-Map，再利用布尔交实现整体线轮廓度公差的T-Map图，证明该方法在构建任意轮廓的线轮廓度公差上的有效性。

简介：我们基于联合地图格子(电流型逻辑)的空间与时间的混乱建议一个密码的计划，它基于一次性的垫。秘密成员系统的结构决定在解密的进步在在电流型逻辑探索空间与时间的混乱的动态行为暗示进步。电流型逻辑的起始的条件的部分被彻底的搜索用作秘密钥匙的一把秘密钥匙，和恢复由于到在空间与时间的混乱的起始的条件的敏感是不可能的系统。特殊计划的软件实现是容易的。

简介：SLAMisoneofthemostimportantcomponentsinrobotnavigation.ASLAMalgorithmbasedonimagesequencescapturedbyasingledigitalcameraisproposedinthispaper.Bythisalgorithm,SIFTfeaturepointsareselectedandmatchedbetweenimagepairssequentially.Afterthreeimageshavebeencaptured,theenvironment’s3Dmapandthecamera’spositionsareinitializedbasedonmatchedfeaturepointsandintrinsicparametersofthecamera.Arobustmethodisappliedtoestimatethepositionandorientationofthecameraintheforthcomingimages.Finally,arobustadaptivebundleadjustmentalgorithmisadoptedtooptimizetheenvironment’s3Dmapandthecamera’spositionssimultaneously.Resultsofquantitativeandqualitativeexperimentsshowthatouralgorithmcanreconstructtheenvironmentandlocalizethecameraaccuratelyandefficiently.

简介：光线的汽轮机阶段经常例如为要求离开设计操作的应用被使用，作为turbocharging。如此的阶段的离开设计能力通常通过传统的汽轮机地图被分析，阴谋减少对压力比率集体流动，为还原剂速度线。然而，一些选择是可能的，例如流动系数()到负担系数()压力比率排队的图实际上是直线，执行的很方便的性质预言。柔韧的方法re-creating这张地图从一预言-图被需要。最近的工作证明了没有任何损失模型的使用，这背推理质量取决于中间的压力比率的知识。这个参数的modelization然后被建议。比较与试验性并且CFD结果被介绍与为集体流动率和旋转速度的相当好的同意，并且为中间的压力比率。纸的最后部分被奉献给到压力比率的推理的改进的知识排队在的中间的压力比率的申请-图。在这改进旁边，古典地图的背推理方法被组织，使用并且评估。

简介：Wastebiomassisalwaysgeneratedduringtheproductionprocessinindustries.Theordinarywaytogetridofthewastebiomassistosendthemtolandfillorburnitintheopenfield.Thewastemaypotentiallybeusedforco-firingwithcoaltosavefossilfuelconsumptionandalsoreducenetcarbonemissions.Inthiscasestudy,thebio-wastefromaNicotianaTabacum（NT）pre-treatmentplantisusedasthebiomasstoco-firewithcoal.ThesamplesofNTwasteswereanalysed.Itwasfoundthatthewasteswereoftherelativelyhighenergycontentwhichweresuitableforco-firingwithcoal.ToinvestigatethepotentialandbenefitsforaddingNTwastestoaFluidisedBedCombustion（FBC）boilerintheplant,detailedmodellingandsimulationarecarriedoutusingtheEuropeanCoalLiquefactionProcessSimulationandEvaluation（ECLIPSE）processsimulationpackage.ThefeedstockblendingratiosofNTwastetocoalstudiedinthisworkarevariedfrom0%to30%.TheresultsshowthattheadditionofNTwastesmaydecreasetheemissionsofCO2andSOxwithoutreducingtheboilerperformance.

简介：Thispaperdevelopedanewtypeofthreedimensionalinnermicrofintube,Theexperimentalresultsoftheflowpatternsforthehorizontalcondensationinsidethesetubesarereportedinthepaper,Theflowpatternsforthehirizontalcondensationinsidethenewmadetubesaredividedintoannularflowstratifiedflowandintermittentflowwithinthetestconditions.Theexperimentsofthelocalheattransfercoefficientsforthedifferentflowpatternshavebeensystematicallycariedout,Theexperimentsofthelocalheattransfercoefficientschangingwiththevapordrynessfractionhavealsobeencarriedout.Ascomparedwiththeheattransfercoefficientsofthetwodimensionalinnermicrofintubes,thoseofthethreedimensionalinnermicrofintubesincrease47-127%fortheannularflowregion,38-183%forthestratifiedflowand15-75%,fortheintermittentflow,respectively.Theenhancementfactorofthelocalheattransfercoefficientsisfrom1\8-6\9forthevapordrynessfractionfrom0.05to1.

简介：Inrecentyears,heavyionbeamshavebeenrecognizedasaneffectiveandefficientphysicalmutagenduetotheircapacitytoinducemutationswithhighfrequencyandbroadspectrum.Nowadays,itisnotsodifficulttoproducevariousmutantsinplants.However,tominetheresponsiblemutatedgeneshasbeenanimportantchallenge.Formutationisolation,map-basedcloningisoneofthemajortraditionalwaystoisolatethemutantgenesthatcontroltraitsofinterestinforwardgeneticsstudies.However,theprocessofmap-basedcloningisusuallycomplicatedandtime-consuming.

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