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Graphene Functionalization and Enhancement
Graphene Functionalization and Enhancement
Presented by:
www.TheGrapheneCouncil.org
Wednesday, 12 August 2020
Graphene Functionalization and Enhancement
ANTI-TRUST STATEMENT
Participants in any meeting that is convened by The Graphene Council, whether in-person or virtually, are required to comply with proper anti-trust behaviors. Failure to comply may result in immediate expulsion. This is for the protection of The Graphene Council, its members and for the industry. Prohibited ActivitiesMembers and meeting participants shall NOT engage in the following activities at any time (whether in a formal meeting or informally);
• Sharing of information that is not publicly available and can include:• proprietary prices, price trends, timing of price changes, costs of common inputs, margins, terms of sale, discounts, rebates,
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Allowed Activities• Discussion of industry-wide activities and concerns.• Exchange of information on new developments in the industry.• Promotion of markets for the industry as a whole.• Development of standards for noncompetitive items for voluntary use by industry members.• Development of common approach to legislative and regulatory matters.• Industry statistics or information that is publicly available.
Graphene Functionalization and Enhancement
Graphene Networking & Intelligence
Founded in 2013 as a global Trade and Professional body.
The largest community in the world for graphene researchers, developers, producers and other stakeholders.
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Deliver news on graphene research, commercial developments and patent filings world-wide, and craft original industry reports and intelligence.
We connect more than 27k materials scientists in academia and industry globally and reach hundreds of thousands of engineers and industry specialists through strategic partnerships.
About
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Graphene Functionalization and Enhancement
Graphene Council Member OrganizationsPartial list of members
Graphene Functionalization and Enhancement
Membership Benefits
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Graphene Functionalization and Enhancement
Introduction
Graphene is an incredibly versatile nano-material that is able to be incorporated into a wide range of host materials, resins and solvents.
Graphene is typically produced either as an exfoliated version of graphite or as a film produced by Chemical Vapor Deposition (CVD) with an ever increasing range of possible production routes.
Commercial grades of graphene vary widely by carbon layer count, physical morphology and by chemical composition (e.g. Graphene Oxide with approx. 35% oxygen by weight).
Graphene Functionalization and Enhancement
Graphene Functionalization
Graphene can be “functionalized” or further enhanced through various processes that result in additional elements or species that are deposited on the surface and or edges of the graphene.
This might be done to improve the solubility of graphene in a solvent, enhance its strength profile or improve its bonding to a host matrix material.
Functionalization and enhancement enlarges the range of applications for graphene materials and is another important tool for material scientists and engineers.
Source: https://pubs.rsc.org/en/content/articlelanding/2012/jm/c2jm14718a#!divAbstract
Graphene Functionalization and Enhancement
How and Why to Functionalize Graphene Materials
Graphene Functionalization and Enhancement
Graphene Functionalization and Enhancement
Kevin Keith ([email protected])
Co-founder, Head of Product
MITO Material Solutions
Subject Matter Experts
John-Mark Seymour ([email protected])
Site and Engineering Manager
HAYDALE
Graphene Functionalization and Enhancement
Q & A
Graphene Functionalization and Enhancement
Graphene Functionalization and Enhancement
Graphene Commercialization
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![1 An Introduction to Graphene - Wiley-VCH · PDF file1 An Introduction to Graphene ... [23] Alkali 50–90 A few minutes ... the oxygen functional groups can be used for further functionalization](https://img.pdfslide.net/doc/110x75/5a9dcde07f8b9ae0108bbf2f/1-an-introduction-to-graphene-wiley-vch-an-introduction-to-graphene-23-alkali.jpg)
