source: UPM 2016年1月21日
Short Course on Materials for Green Energy by Dr. Edgar Lara ‐ Curzio
Director of the High Temperature Materials Laboratory Responsible for the management, operation, technical leadership and long ‐ term planning of the High Temperature Materials Laboratory (HTML) and the HTML User Program Oak Ridge National Laboratory, USA.
Departamento de Ciencia de los Materiales ‐ Aula de Seminarios.
ETS de Ingenieros de Caminos, Canales y Puertos.
Materials for Green Energy 28: Gas turbine materials 40:00
27: Materials genome initiative for global competitiveness 34:07
26: Thermoelectric materials 37:29
25: Thermal conductivity 36:16
24: Energy efficiency thermoelectrics 41:17
23: Main goals of the course 45:11
22: Hydrogen storage goals 25:26
21: Hydrogen and photochemical cells 21:25
20: Photovoltaics, photocatalysis, and concentrated solar power 31:26
19: Manufacturing of solar cells 25:02
18: Solar spectrum 17:12
17: The power of the Sun. The science of the silicon solar cells 34:52
16: Semiconductor basis for solar energy 36:35
15: Solar energy 22:18
14: Eolic energy: composites and wind turbines 33:01
13: Relation between fiber/matrix in composite materials 28:02
12: Stress and strain in composites 26:40
11: Composites applications 32:01
10: Standards for composites 34:17
9: Carbon fibers interfaces 29:12
8: Kind of composites 30:26
7: Composite material statistics 23:28
6: Water energy nexus 41:15
5: Energy policy analysis 59:35
4: Scientific and technological advanced 24:57
3: Energy technologies 33:43
2: Projections for energy use in the future 46:43
1: Introduction 15:30
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