【公开课】石墨烯科学和技术引论 - 查尔姆斯理工大学(CTH)-(Graphene Science and Technology,英文授课,中(机翻)英字幕)

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http://www.xuetangx.com/courses/ChalmersX/ChM001x/1T2015/about 石墨烯科学和技术引论 - 英文授课,中(机翻)英字幕 什么是石墨烯?石墨烯是世界上第一种二维材料,而且是已知的最薄、最强、最灵活的材料。作为碳的一种特殊形式,它比其他任何东西都能更好地导电、传热。 本课程将会让你认识到石墨烯科技激动人心的世界。你会学到石墨烯的基本原理,了解到这种材料在纳米技术和量子力学方面是如何给我们一些新理解的。你还会学到新兴的石墨烯实际应用。
www.bilibili.com/read/cv9038294 关于“微电子与纳电子学”的使用说明及版权声明
视频选集
(9/64)
1.0 Course introduction
03:30
1.1.1 A tale of a Nobel prize
06:16
1.1.2 Demonstration of Mechanical Exfoliation
01:13
1.1.3 Interview with Prof. Per Delsing
03:23
1.2.1 Electrical and optical properties
07:57
1.2.2 Thermal, mechanical, chemical and biological properties
03:20
1.2.3 Transparent conductors in optoelectronics
04:00
1.2.4 Integrated circuits
04:55
1.2.5 Energy applications
04:30
1.2.6 Sensors, actuators and Composites
03:57
1.2.7 Bioapplications
03:08
1.3.1 The hexagonal lattice
08:15
1.3.2 The Carbon atom
11:13
1.3.3 Stacking of graphene
02:50
1.3.4 The k-space
06:30
1.3.5 Graphene’s lattice in k-space
04:58
1.3.6 Conductor, insulator, semiconductor
10:03
1.3.7 Energy band formation
03:40
1.3.8 Energy band of monolayer graphene
09:21
1.4 Graphene´s advantages and challenges
10:39
2.1.1 Mechanical exfoliation
07:14
2.1.2 Demonstration of mechanical exfoliation
04:00
2.2 Liquid phase exfoliation
08:42
2.3 Graphene oxide reduction
15:50
2.4.1 Epitaxial graphene on SiC part 1
07:22
2.4.2 Epitaxial graphene on SiC part 2
09:53
2.4.3 Epitaxial graphene on SiC part 3
05:58
3.1.1 Chemical vapor deposition
06:21
3.1.2 Thin film growth
11:03
3.2.1 CVD of graphene on metals 1
08:57
3.2.2 CVD of graphene on metals 2
08:30
3.3.1 Etching transfer of CVD graphene
05:47
3.3.2 Electrochemical transfer of CVD graphene
07:16
3.4.1 CVD of graphene on insulators 1
10:45
3.4.2 CVD of graphene on insulators 2
05:32
3.5.1 Graphene characterization by TEM
06:17
3.5.2 Graphene characterization by Raman spectroscopy
05:02
3.5.3 Electrical characterization of graphene
20:52
3.6.1 CVD graphene in industry
07:51
3.6.2 Interview with Dr. Ken Teo
10:10
3.6.3 Interview with Dr. Haofei Shi
08:19
4.1.1 Making graphene visible
07:47
4.1.2 Transmittance of graphene
05:37
4.1.3 Graphene for transparent conducting films
08:17
4.2.1 Bottom up and top down approaches
05:38
4.2.2 Patterning by lithography
11:25
4.3.1 p-n junctions
11:00
4.3.2 Light emission from p-n diodes
15:12
5.1.1 Graphene as ITO substitute in GaN based devices
10:57
5.1.2 Prototype devices of graphene-GaN LEDs
06:01
5.2.1 Motivation of growing graphene directly on GaN
12:17
5.2.2 Characterization of the transfer-free graphitic carbon on GaN
10:51
5.3.1 Resistive type touch screen
08:44
5.3.2 Capacitive type touch screen
07:21
6.1.1 The reciprocal lattice
07:53
6.1.2 The lattice of graphene
06:43
6.2.1 Electrons in solids
03:56
6.2.2 From vacuum electrons to electrons in solids
08:07
6.2.3 Computing the energy band of graphene
07:22
6.3.1 What does density of states mean
06:28
6.3.2 Graphene's density of states and density of carriers
08:28
6.3.3 Hall measurement of carrier density and mobility
11:36
7.1 Lab experiment:Graphene synthesis by CVD
11:32
7.2.1 Examples of 2D materials other than graphene 1
11:24
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