ELFT HÍRADÓ

[SIMON Ferenc <simon AT esr.phy.bme.hu>]

                                MEGHIVO

                A BME Fizika Tanszek eloadassorozatara:

                        Prof. Hans Kuzmany
                        (University of Vienna)

        Physics of Carbon Nanophases and Related Materials

Idopontok:
2012. május 22, 10.00-12.00 BME K epulet KF82
2012. május 23, 10.00-12.00 BME K epulet KF82
2012. május 24, 10.00-12.00 BME F epulet I. lepcsohaz, I. emelet Schay 
terem
2012. május 25, 10.00-12.00 BME F epulet I. lepcsohaz, I. emelet Schay 
terem

Megkozelites: http://portal.bme.hu/terkep.aspx (KF82: K epulet 
alagsor/foldszint)

Kivonat es rovid leiras:
Hans Kuzmany a szilardtest-spektroszkopia egyik meghatarozo szemelyisege, 
leginkabb a "Solid-State Spectroscopy: An Introduction" c. konyverol 
ismert. Eloadassorozatanak kivonata:

1.  Introduction
1.1 Why carbon nanophases
1.2 Content in more detail
1.3 Carbon atom, free and bonded

2. Classical Carbon Phases
2.1 Solid state carbon
2.2  Diamond
2.3  Graphite
2.4  Noncrystalline carbon (includes D-line)

3. Classical Carbon Nanostructures
3.1  Nanocrystallin diamond
3.2  Molecular graphite

4. Fullerenes
4.1  Historical background
4.2  Preparation and molecular structure
4.3  Crystal structure, electronic structure, phase transitions,
4.4 Doping  C60, simple fullerene salts
4.5 Polymeric phases
4.6  Fulelrene salts, magnetic fullerenes, functionalization
4.7  higher fullerenes, endohedral fullerenes

5.  Carbon Nanotubes (CNTs)
5.1    Basic properties
5.2 Theory
5.3 Preparation
5.4 Characterization
5.5   Special properties: Raman scattering
5.6   CNT electronics and transport
5.7    The inside of  carbon nanotubes
5.8    Applications of CNTs
5.8.1 Progress in lithography
5.8.2 NT electrics and electro-optics
5.8.3 CNT electronics and sensors
5.8.4 Single tube mechanics
5.8.5 Compound materials
5.8.6 CNTs in biology

6.  Graphene
6.1   Field effect and magneto-transport in graphene
6.2   The quantum Hall effect, Landau levels (remainder)
6.3   Massless Dirac fermions
6.4       Characterization of few layer graphene
6.5       Graphene technology
6.6   Graphene, recent results (FQHE, Klein Paradoxon, bi-layer & 
tri-layer graphene, etc.)

7. Topological Insulators
7.1 Concept of TI
7.2 Experiments

8.   Summary
8.1  Summary fullerenes
8.2  Summary CNTs
8.3  Summary graphene and TI

----------------------------
Prof. Ferenc SIMON
egyetemi tanar (professor) @ BUTE
&
venia docendi (privatdozent) @ Uni Wien

http://dept.phy.bme.hu/staff/simon/simon.html
&
http://homepage.univie.ac.at/Ferenc.Simon/

skype: ferisimon

INSTITUTE of PHYSICS
Department of Physics
Budapest University of Technology and Economics
H 1521 Budapest POBox 91 HUNGARY

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