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The problem of graphene "stunning" to solve the problem of hydrogen production by photolysis

The problem of graphene "stunning" to solve the problem of hydrogen production by photolysis
ScienceandTechnologyDailyNews(reporterWuChangfeng)thereporterlearnedfromtheUniversityofScienceandTechnologyofChinaresearchteamledbyProfessorLuoYi,HefeiNationalLaboratoryforphysicalsciencesatmicroscale
2017-12-21
Graphene is expected to replace 13 rare metals.

Graphene is expected to replace 13 rare metals.
Althoughraremetalsexistinvariousdailynecessitiesaroundus,theextractionofraremetalelementsiscomplex,difficulttorecycleandveryrare,soitiseasytoevolveinto"conflictminerals",causingconflictsandsqueezingam
2017-12-21
Professor Shen Wanci of Tsinghua University: China is moving from a big graphite country to a powerful graphite power

Professor Shen Wanci of Tsinghua University: China is moving from a big graphite country to a powerful graphite power
OnDecember18th,atthesecondInternationalCarbonMaterialsConferenceandindustrialexhibition,ProfessorShenWanciofTsinghuaUniversitysummarizedtheresearchanddevelopmentofgraphenemining,deepprocessingandgraph
2017-12-21
Analysis of the status and suggestions of the graphene industry

Analysis of the status and suggestions of the graphene industry
Grapheneisatwo-dimensionalcrystal,alsoknownasasingleatomiclayerofgraphite.TheUniversityofManchesterphysicistAndregaimeandConstantineNovoselov??,withmicromechanicalstrippingmethodsuccessfullyisolatedgr
2017-12-21
50 billion graphene professional industrial park in Nanhai New District, Weihai

50 billion graphene professional industrial park in Nanhai New District, Weihai
ChinaShandongnetworkDecember19thWeihai(traineereporterSunXiaomengcorrespondentLiuChangyong)grapheneisthethinnestandhardestnanomaterial,knownas"thekingofnewmaterials",andhasgoodapplicationprospectsinen
2017-12-21
Carbon project initiative, the extraction of graphene from coal

Carbon project initiative, the extraction of graphene from coal
怀俄明大学的一些研究人员正在研究“增长”型的石墨烯和其他碳材料的使用方法。这项由PatrickJohnson副教授领导的研究，主要的一个方面是寻找怀俄明主要矿产的其他用途。　　Johnson说：“所有这些特殊碳素材料的特点是：它们对某些应用具有特殊的性能。”因此，石墨烯具有高导电性，高导热性，有一些传导性是所有材料中最好的。　　“碳工程倡议”(CarbonEngineeringInitiative
2017-12-21
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