metalalloy金属合金-中国材料研究学会

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1、Mcanxixun*InformationVol.89,2015*E-Material*MetalAlloy*Organic&Polymer*CompositeMaterials*PracticalApplication*TechNews&NewTechMCanxixunInformationandNewsServiceMCanxixunInformationandNewsService37Mcanxixun*InformationContentsTechNews&NewTech（技术前沿）3Simulationsleadtodesignofnear-frictionlessmateria

2、l3利用模拟设计近乎无摩擦的材料5Newmethodologytostudynanoparticlestructures7研究纳米结构的新方法8Makingnewmaterialswithmicro-explosions9微爆炸制造新材料10MetalAlloy（金属合金）11Metalfoamscapableofshieldingx-rays,gammarays11金属泡沫能够屏蔽X射线、γ射线12HoeganaesCorporationintroducesmetalpowdersforAdditiveManufacturing12海格纳士公司推出用于增量制造的金属粉末13Composi

3、teMaterials（复合材料）14IndustrialScaleProductionofFunctionalisedGraphiticCarbonNanomaterials14功能石墨碳纳米材料的工业规模生产15NewcompositematerialenablessmallerCO2sensor15新型复合材料使较小的CO2传感器成为可能16Advancedcompositesmayborrowdesignsfromdeep-seashrimp17借鉴深海虾设计高等复合材料18PracticalApplication（实际应用）20Bringingbackthemagicinmeta

4、materials20恢复超材料的魔力21Satisfyingthehungerforalightweightyetstrongmaterial22满足轻量级、强韧材料的需求23Heatbuckyballstohelpenvironment23加热巴基球有助改善环境24Organic&Polymer（有机高分子材料）25Improvingstrengthandmodulusincarbonfibers25提高碳纤维强度和模量26Whenpolymerreactionengineersplaydice27工程师在研究聚合物反应时“玩骰子”28Solvingmysteriesofconduct

5、ivityinpolymers29解开聚合物导电性谜团3037Mcanxixun*InformationE-Material（电子材料）32Scientistsuselargeparticleacceleratortovisualizepropertiesofnanoscaleelectronicmaterials32科学家用大型粒子加速器可视化纳米电子材料性能33Researchersmakescalablearraysof“buildingblocks”forultra-thinelectronics34研究人员制造超薄电子产品“构筑块”的可伸缩阵列36Graphene-basedfi

6、lmcanbeusedforefficientcoolingofelectronics37石墨烯薄膜高效冷却电子产品3837Mcanxixun*InformationTechNews&NewTech（技术前沿）Simulationsleadtodesignofnear-frictionlessmaterialInthisschematicofthesuperlubricitysystem,thegoldrepresentsnanodiamondparticles;theblueisagraphenenanoscroll;greenshowsunderlyinggrapheneonsilic

7、ondioxide;andtheblackstructuresarethediamond-likecarboninterface.Image:SanketDeshmukh,JosephInsleyandSubramanianSankaranarayanan,ArgonneNationalLaboratoryArgonneNationalLaboratoryscientistsusedMiratoidentifyandim