Graphene/Research progress of polyurethane composites
Abstract
Graphene is a new two-dimensional nano-layer carbon material,has extremely high mechanical strength,E-Migration,thermal conductivity and unique chemistrystructure,The functional modification of polyurethane as a filler can effectively improve the mechanical properties of the matrix.,,conducting a conductive,Electromagnetic Shielding performance,therefore becomes nearA major hotspot in composite materials research over the years.inThis paper, the modification of graphene and its research progress in polyurethane materials are reviewed,to compoundMaterial Preparation methods,Performance Research classification,on composite materials common stretch,compressionthe,Thermal Model establishment method is summarized,Outlook on the stonegraphene/Challenges and opportunities for the industrialization of polyurethane composites.
References
Acta materiaecompositaesinica,2014, 3:644-65 2.
Lu Senhua , Zhouqingfang , Sun Ting , , and so on . Go nano-slice layer on cement hydration crystals and rubber sand effects of mechanical properties []. Journal of Building Materials , 2014, 5 749-754.
LV S H , ZHOU Q F , SUN T , et al. Effect of graphene oxide nanosheets on cement hydration crystals and mechanical proper- ties O F Mortar[j]. Journal of building materials,2014, (5 ): 749-754
Lu Senhua , Sun Ting , Ma Yujuan , , and so on . nanometer Graphite oxide to cement composite water control and toughening of crystal structures []. Concrete , 2013 , 1-6 .
LV S h,sun t,ma Y j,et al regulation of graphene oxide on microstructure of hydration crystals of cement composi TES and its impact reinforcing toughenss[j]. concrete»2013» : 1 - 6 .
LV S H, MA Y J, QIU C, et al Effect of graphene oxide nanosheets of microstructure and mechanical properties of CE ment Composites construct[j].¬ Construction and building Materi- als,2013,49 (a)::121-127.
Fakhim B,hassani A,rashidi a,et al Preparation and mechanical properties of graphene oxide : Cement nanocompo-sites [J]. The scientific World Journal 2014, (4) : 983 -990.
KIMJ , Cotelj , KIMF , etal. GRAPHENEOXIDESHEETSATINTER-FACES[J]. Journal of the American chemistry society»2010»132 : 8180-8186
CHANG S t,lin K-Y a,lu C. Efficient adsorptive removal of tetramethylammonium hydroxide (TMAH) from water using graphene oxide [J]. Separation and purification Technology,2014,33 :99-107.
WANG H,yuan X Z/wu Y,et al adsorption characteristics and behaviors of graphene oxide for Zn ((I) removal from a Que- oussolution[j]. Applied SurfaceScience,2013, 279 ( 8 ): 432-440
Copyright (c) 2018 Ying chang
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
Copyright on any open access article in a journal published by PiscoMed Publishing is retained by the author(s).
Authors grant PiscoMed Publishing a license to publish, copy, distribute, and convey the article.
The current adopted license, the Creative Commons Attribution 4.0 International License (CC BY 4.0), formalizes these and other terms and conditions of publishing articles. The license (CC BY 4.0) means:
Share: Everyone can copy and redistribute the open-access content in the journal.
Adapt: Materials in the articles can be remixed, reused, and reanalyzed for any purpose.
Attribution: You must cite the source with the correct license if some changes to the materials are made, but that does not mean that the licensor endorses you or your use.
Authors should ensure that the content of the article is not involved in a copyright dispute before submitting it. For previously published articles, authors should obtain permission from the copyright holder if the material is under a more restrictive license.
