what is happening for materials engineers

2. GRAPHENE
PRESENTED BY
ARSALAN

3. GRAPHENE
 HISTORY AND DISCOOVERY
 PROPERTIES
 APPLICATIONS
 DRAWBACKS
 CONCLUSIONS

4. HISTORY AND DISCOVERY
BRIEF HISTORY ON GRAPHENE
 EFFORTS IN FIELD
DISCOVERY IN 2004

5. HISTORY AND DISCOVERY
K.NOVOSELOV(LEFT) AND A.GEIM(RIGHT)

6. PROPERTIES
CONDUCTIVITY
OPTICAL PROPERTIES
MECHANICAL PROPERTIES
ELECTRONIC PROPERTIES

7. APPLICATIONS
 ELECTRONICS
COMPOSITES
AEROSPACE
NANOTECHNOLOGY
BILOGICAL ENGINEERING

8. DRAW BACKS
 NO MASS PRODUCTION METHODS
SOME TYPE OF POLLUTIONS
NANO STRUCTURE AFFECTS

9. CONCLUTIONS
OUR DEPARTMENT
FUTURE CONCERNS
 WORKING

10. REFERENCES
graphene-flagship.edu
um.edu.uk
Graphenechapteruniversityofpunjabfcebook.com.
pk
 cnu.edu.sk

11. REFERENCES
 http://www.cchem.berkeley.edu/pdygrp/pub_files/pubpdf
/170.pdf
 http://pubs.acs.org/doi/pdf/10.1021/jp051813i
 Geim, Andre. "Nobel Lecture." Nobel Prize, 8 Dec. 2010.
Web. 18 Apr. 2014.
<http://www.nobelprize.org/mediaplayer/index.php?id=1418
>.