简介：~~《热贡6月会》@姜丽彬

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简介：1、断箭——不相信自己的意志，永远也做不成将军春秋战国时代，一位父亲和他的儿子出征打战。父亲已做了将军，儿子还只是马前卒。又一阵号角吹响，战鼓雷鸣了，父亲庄严地托起一个箭囊，其中插着一只箭。父亲郑重对儿子说：“这是家传宝箭，配带身边，力量无穷，但千万不可抽出来。”

简介：X6创新触屏操控技术让跑步回归纯粹而不失智感。宽大智慧触屏搭配自有平板浑然一体,指尖触启心舞动。X6无需手持,解放双手,无线监测心率,专注跑步,快意畅跑聆听内心声音。驭跑无界,以专注者心境奔驰天地。X6宽大跑台搭载全跑台专利减震技术并可智能传感体重数据。驰动宽阔坦荡,如舞台之上绽放人生华彩。扫码连接微信,步数同步计入微信运动,建立加入跑步群,乐享跑趣;采集身体数据,定制选择运动健身处方,科学趣味便捷。

简介：头文字“Z”的摩托罗拉新丁为我们带来了全新的沟通乐趣，它拥有倾倒众生的魔力。无论黑夜还是白天，它始终都是人群中的焦点，让你总能找到聚光灯下的脱俗感觉。

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简介：Thenon-isothermalcrystallizationkineticsofpolyamide6/diamine-modifiedmulti-walledcarbonnanotube(PA6/D-MWNT)nanocompositewasinvestigatedbydifferentialscanningcalorimetry(DSC).ThemodifiedAvramiequation,theOzawaequationandthecombinedAvrami/Ozawaequationwereemployedtoanalyzethenon-isothermalcrystallizationdata.ThecrystallizationactivationenergieswerealsoevaluatedbytheKissingermethod.ItwasfoundthatthecombinedAvrami/Ozawaequationcouldsuccessfullydescribethenon-isothermalcrystallizationprocess.TheresultsshowedthatD-MWNTsnotonlyactedaseffectivehetero-geneousnucleatingagentsforPA6andnoticeablyincreasedthecrystallizationtemperatureofPA6,butalsoinfluencedthemechanismofnucleationandcrystalgrowthofPA6andthenreducedtheoverallcrystallizationrateoftheneatPA6matrix.ThecrystallizationactivationenergyforthenanocompositesamplewasgreaterthanthatoftheneatPA6,whichindicatedthattheadditionofD-MWNTshinderedthemobilityofPA6chainsegments.

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简介：微观结构和Ni//3艾尔的机械性质基于拥有低杂质内容的Ni-Al-Mosuperalloy-IC6，由水花免职技术的高密度被学习了。结果显示IC6合金在空间和中间的温度两个都有好张力的力量和延伸。(编辑作者摘要)6个裁判员。

简介：Ionbeamenhanceddeposition(IBED)wasemployedtoincreasethefrettingfatigueresistanceofTi6AI4V.CrNandTiNhardcoatingswereappliedonthebasematerialandshotpeeningwascombinedwiththehardcoatingstostudytheduplexeffectonfrettingfatigueresistance,TheIBEDcoatingsexhibitedagoodbondingstrength.Theydidnotspalloffevenaftershotpeening.However,anoptimumcompositionofCrNshowedbetterfrettingfatigueresistancethanthatofTiNwiththesameprocessingparameters.

简介：La9.33Si6O26氧离子导体被稳固的州的reactionmethod.Its综合结构被单个水晶的X光检查衍射分析在结果显示出的roomtemperature.The决定那La9.33Si6O26氧化物让磷灰石组织，空间groupP6_3/m.AC阻抗大小显示了在氮的氧化物sintered在空中比那些sintered有高得多的电导率。传导性上的谷物边界的效果被讨论。

简介：照相手机正在蚕食相机市场，功能单一的照相机不得不用更多的性能做出反击，数码相机让我们不必再为了冲洗照片而与一脸媚笑的照相馆店员打交道。而现在这些漂亮的金属方块又要将我们从一大堆连线中解放出来，改由奇迹般的Wi-Fi技术将照片无线传输到电脑或者打印机。

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简介：Becauseoftheexcellentmechanicalpropertiesof34C「NiMo6steel,itiswidelyusedinhigh-valuecomponents.Manyconventionalapproachestostrengthening-steelstypicallyinvolvethelossofusefulductility.Inthisstudy,34CrNiMo6Steelhavinghighstrengthandductilityisproducedbylasersolidforming(LSF)w让haquenching-tempering(QT)treatment.TemperingofbainiteismainlybysolidphasetransformationinthepreviousLSFlayersduringtheLSFprocess.ThestablemicrostructureofLSFconsistsofferriteandfinecarbides.Themicrostructuretransferstotemperedsorbiteafterheat-treatment.ThetensilepropertiesoftheLSFsteelmeetthoseofthewroughtstandard.TheUTSandelongationofLSFsampleat858MPa,19.2%,respectively,aregreaterthanthoseofthewrought.TheQTtreatmentenhancedtheultimatetensilestrengthandyieldstrengthoftheLSFsample.Theultimatetensilestrength,yieldstrength,reductioninarea,andelongationoftheLSF+QTsampleat980MPa,916MPa,58.9%,and13.9%,respectively,aregreaterthanthoseofthewroughtstandard.TheyieldstrengthoftheLSF+QTsampleisapproximately1.27timesthatofthewrought.TheLSFsamplesfailedinaductilefracturemode,whiletheLSF+QTsamplesshowedmixed-modefailure.ThedefectshaveonlyasmalleffectonthetensilepropertiesowingtotheexcellentductilityoftheLSFsample.

简介：据报道，受到日本地震影响，半导体硅晶圆供给缺口将逐渐在2011年6月份半导体业者库存见底之际，产生明显的缺料危机，再加上日本拟关闭核电厂，接下来的电力短缺恐将进一步影响上游硅晶圆的供料吃紧。据半导体业者表示，以往在每季底才开始谈下季半导体硅晶圆价格，今年在恐缺货、

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简介：AnewcompoundK6Ti0.67Nb15.33O42waspreparedforthefirsttimebysolidstatereactioninK2O-Ni2O3-Nb2O5ternarysystem.Thenewcompoundwascharacterizedbyelectronprobe,X-raypowderdiffractionandDTA.TheresultofX-raypowderdiffractionshowsthatK6Ti0.67Nb15.33O42crystallizesthehexagonalsystemwithunitcellparametersa=9.1341(5)A,c=12.090(1)A.andspacegroupP62/mcm(193).

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