Download Presentation schedule and topics

Group Number:
Solid state chemistry
Group presentation evaluation sheet:
Evaluation items
Relevance to topics
Clearness of introduction
Background and theory
Delivery of knowledge
Presentation materials and handout
Group collaboration (correlation of individual roles)
Time management
Critical issues and review in solid state chemistry
Conclusions
Questions and answer
Total points
Points/10
Solid state chemistry
Team Project Groups
Presentation period: Dec. 5th ~ 12th
Individual group: 15 min presentation and 3 min Q&A
Term paper due date: Dec. 21
조원
주제
1 (1)
2 (8)
3 (6)
4 (7)
5 (4)
6 (3)
7 (5)
8 (9)
9 (2)
김호석
남재훈
김기성
김광묵
이소연
이가원
서보윤
김다빈
박준형
황의민
전창배
이형주
김미래
정철호
윤다솜
원종범
김동연
김상우
김한솔
하태원
이승원
김동규
조원우
유인상
박우종
김지연
장세호
최훈무
남찬우
정재원
김성수
김성은
김지훈
이원호
허건
정영광
김승록
남도현
김상훈
유민곤
41
19
22
62
39
60
31
25
Presentation topics:
1
Colloidal quantum dot solar cells
19
Bio related/inspired materials (biomineralization, biomimic)
2
Organic thin film transistor (OTFT)
20
Materials for fuel cells
3
Solar cells: dye sensitized organic solar cells
21
Heterojunction polymer solar cells
4
MEMS (Micro Electric Mechanical System) and NEMS applications
22
Molecular electronics (molecular wires): single molecule junctions
(e.g. field effect transistors)
5
Biological nano devices (e.g. sensors, diagnostic tools)
23
Polymer Li ion battery
6
Self assembly of functional nanomaterials (e.g. defect free structure
of colloids, block copolymers and nanoparticles (dots and rods))
24
Non volatile organic memories
7
Liquid crystals and Liquid crystal display (LCD)
25
Printed flexible and strechable electronics
8
Nano patterning of soft materials (e.g. soft lithography,
nanoimprinting lithography, dip-pen lithography)
26
Manipulation of single polymeric materials (e.g. DNA
manipulation using optical tweezer)
9
Photo refractive polymers
27
Information storage media: magnetic storage
10
Self assembled monolayers (preparation and applications)
28
Photo and electrochromic devices
11
Polymeric micelles (formation and applications) for drug delivery
29
Information storage media: optical storage
12
Inorganic-polymer nano composites (clay-polymer, carbon
nanotube-polymer)
30
Molecular imprinting for biotechnology
13
Block copolymer nanolithography: physics and applications
31
Organic and polymer light emitting diode (OLED, PLED)
14
Control of surface properties (super hydrophobicity)
32
Photonic band gap solids
15
Supra molecular self assembly (hierarchical structure formation and
applications)
33
Graphene and its applications
16
Carbon nanotube transistor, transparent electrodes
34
Soft morphing actuators
17
DNA and protein chips
35
Materials for tissue engineering
18
Smart fibers and textiles
36
Thermoelectric materials: inorganic and organic
Presentation topics:
37
Thermal conductive materials
55
Recycling polymers
38
Electro-magnetic wave absorbing materials
56
Chemically reduced graphene: principle and applications
39
E-papers for display
57
GMR and TMR materials
40
Micro and nanofluidics: materials and devices
58
Photo and electrochromic materials
41
Quantum dot displays
59
Ionic liquids for high performance organic devices
42
Self assembly of functional nanomaterials (e.g. defect free structure
of colloids, block copolymers and nanoparticles (dots and rods))
60
Novel 2D materials: synthesis and applications
43
Large area printing technology
61
Negative index materials
44
Biodegradable materials
62
Lithium air batteries
45
Nanocrystal floating gate memory
46
Surface probe microscopes: principles and applications
47
Light emitting transistors
48
Near IR detectors
49
Flexible photonic crystal materials
50
Self healing materials
51
Buckling and wrinkling materials
52
Printed RFIDs
53
3D nanopatterning
54
Localized surface plasmonic materials
Presentation schedule and topics
Dec. 5th : group 1 and 2
Dec.10th : group 3,4,5,6 and 7
Dec.12th : group 8 and 9