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graphene.eu

Ireland Graphene

http://www.graphene.eu/en/ireland-graphene.php

The hexagonal chemical structure of graphene was described during the 1930s by Phillip Russell. Increased hardness: its hardness is 200 times greater than that of steel and higher than that of diamonds. High thermal and electrical conductivity. High elasticity and hardness. It is the densest material known, since not a single molecule of helium can pass through it. Generation of electricity when hit by light. Chemical interaction with other substances to produce composites with different properties.

graphene.eu

Graphene Canada

http://www.graphene.eu/en/graphene-canada.php

The hexagonal chemical structure of graphene was described during the 1930s by Phillip Russell. Increased hardness: its hardness is 200 times greater than that of steel and higher than that of diamonds. High thermal and electrical conductivity. High elasticity and hardness. It is the densest material known, since not a single molecule of helium can pass through it. Generation of electricity when hit by light. Chemical interaction with other substances to produce composites with different properties.

graphene.eu

Graphene China

http://www.graphene.eu/en/china-graphene.php

2004年，英国曼彻斯特大学物理学家安德烈 海姆(Andre Geim)和康斯坦丁 诺沃肖洛夫(Konstantin Novoselov)，成功地分离出石墨烯，从而共同获得2010年诺贝尔物理学奖。 LIAOYANG XINGWANG GRAPHITE PRODUCTS FACTORY. XIAMEN TOB NEW ENERGY TECHNOLOGY CO .LTD. SHANDONG ENERISE POWER TECHNOLOGY CO .LTD. SUZHOU DASEN ELECTRONICS MATERIAL CO LTD. XIAMEN LUDUO ELECTRONIC TECHNOLOGY CO LTD. ANHUI SAFE ELECTRONICS CO.LTD. CNC ELECTRIC GROUP CO LTD. SDOCHOW HENGQIU GRAPHENE TECHNOLOGY CO LTD. 169; - The Graphene Company.

graphene.eu

Graphene Brazil

http://www.graphene.eu/en/brazil-graphene.php

A estrutura química hexagonal do grafeno foi descrita durante o decénio de 1930 por Phillip Russell. Elevada dureza: a sua dureza é 200 vezes superior à do aço e superior à do diamante. Alta condutividade térmica e elétrica. Suporte de radiação ionizante. Elasticidade e dureza elevadas. É o material mais denso conhecido, já que nem uma única molécula de hélio pode trespassá-lo. Produção de eletricidade ao ser alcançado pela luz. Eletrónica: nos chips aumentará 1000 vezes a velocidade atual do silício.

graphene.eu

Graphene Italy

http://www.graphene.eu/en/italy-graphene.php

La struttura chimica esagonale del grafene è stata descritta negli anni '30 da Phillip Russell. Durezza elevata: la durezza è 200 volte maggiore di quella dell'acciaio e superiore a quella del diamante. Alta conduttività termica ed elettrica. Supporto alla radiazione ionizzante. Elasticità e durezza elevate. È il materiale più denso mai conosciuto, poiché non può essere penetrato nemmeno da una molecola d'elio. Generazione di elettricità quando è raggiunto dalla luce. Settore tessile: tessuti intelligent...

graphene.eu

Graphene Switzerland

http://www.graphene.eu/en/swiss-graphene.php

Die chemische sechseckige Struktur des Graphens wurde in den dreißiger Jahren von Phillip Russel entdeckt. Heutzutage ist die verbreiteste Form Graphen zu synthetisieren CVD (chemische Gasphasenabscheidung CVD). Erhöhte Härte: die Härte ist 200 mal größer als die des Stahls und höher als die der Diamanten. Eine hohe elektrische und thermische Ableitfähigkeit. Unterstützung der ionisierender Strahlung. Erhöhte Elastizität und Harte. Stromerzeugung bei Kontakt mit dem Licht. Sehr hohes Verhältnis Oberfläch...

graphene.eu

Grafenoa - Graphene Basque Country

http://www.graphene.eu/en/grafenoa-basque-country.php

Grafenoa karbono purua da, diamantea, grafitoa eta karbono-nanohodiak bezala. Beste karbonoen aurrean, geruza bakarreko lamina-formako egitura atomiko hexagonalarengatik da berezia grafenoa, oso arina delako (1m2-k 0,77 mg bakarrik pisatzen ditu), munduko materialik gogorrena dena, bere lotura atomikoari esker, eta elektroien portaera dela eta, bere konduktantzia elektrikoa silizioarena baino 100 aldiz handiagoa delako. Horrez gain, bere portaera kimikoa bakarra da industriaren sektore guztietan ...Grafe...

graphene.eu

Graphene India

http://www.graphene.eu/en/india-graphene.php

The hexagonal chemical structure of graphene was described during the 1930s by Phillip Russell. Increased hardness: its hardness is 200 times greater than that of steel and higher than that of diamonds. High thermal and electrical conductivity. High elasticity and hardness. It is the densest material known, since not a single molecule of helium can pass through it. Generation of electricity when hit by light. Chemical interaction with other substances to produce composites with different properties.

graphene.eu

Graphene France

http://www.graphene.eu/en/france-graphene.php

La structure chimique hexagonale du graphène est décrite dans les années 1930 par Phillip Russell. Dureté élevée : sa dureté est 200 fois supérieure à celle de l’acier et notamment plus élevée que celle du diamant. Haute conductivité thermique et électrique. Support de radiation ionisante. Élasticité et dureté élevées. C’est le matériel le plus dense jamais connu puisqu’il ne peut même pas être traversé par une seule molécule d’hélium. Diminution de l’effet Joule. Emballages pour un usage alimentaire : e...

graphene.eu

Graphene Spain

http://www.graphene.eu/en/spain-graphene.php

La estructura química hexagonal del grafeno se describió durante el decenio de 1930 por Phillip Russell. Elevada dureza: su dureza es 200 veces mayor que la del acero y superior a la del diamante. Alta conductividad térmica y eléctrica. Soporte de radiación ionizante. Elasticidad y dureza elevadas. Es el material más denso conocido, ya que ni una sola molécula de helio puede traspasarlo. Generación de electricidad al ser alcanzado por la luz. Farmacia: aplicación de nanofármacos eficientes. Química: alta...