Nanoscience and Molecular Engineering NME 498 |
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Handouts: Week 1-2: Nanomaterials for Applications in Medicine and
Biology (Lecture 1) (Lecture 2) (Homework) (Solution) Literature (Reviews) on: Mechanisms
for Polymer Degradation and Erosion Biomedical
Applications of Polyanhydrides Predicting
Surface and Bulk Erosion Biomaterial
Engineering for Immune Modulation
Week 2-3: Nanothermodynamics and Nanoparticle Synthesis (Lecture
1) (Lecture
2) (Text –Lecture 1-3) (Homework) (Solution) Literature (Reviews) on: Nanocrystalline Semiconductors Nanoparticles
in Optical Applications Reverse
Micelle Synthesis of Nanoparticles Week 4: Molecular Biomimetics – Peptide-Based Nanotechnology and Nanomedicine (Lecture
1) (Lecture
2) (Lecture
3) (Homework) (Solution) Literature (Reviews) additional Lecture Material on: Adsorption
Kinetics and Protein Adsorption Week 5: Basics
of Micro- and Nano-Fabrication Applied to MEMS (Lecture 1) (Lecture
2) (Homework) (Solution) Literature (Reviews) additional Lecture Material on: Feynman – There’s Plenty of Room at the
Bottom Week 6: From
Classical to Molecular Tribology (Text
– Lecture) (Slides
– Lecture) (Homework) (Solution) Week 7: Quantum Effects in Materials and Devices (Lecture
1) (Homework) (Solution) Literature (Reviews) on: Quantum Dots
(QM of larger Semiconductor Clusters) Synthesis and
Characterization of Semiconductor Nanocrystallites Week 8-9: Transport
and Band Gap Engineering (Lecture
1) (Lecture
2) (Lecture 3) (Homework) (Solution) Literature (Reviews) on: Weichner and Sells: Introduction
into Semiconductorbands Ibach and Lueth:
Electron
Transport in Solids Kroemer: Nobel
Prize Lecture (Teaching Electrons new Tricks) Alferov: Nobel
Prize Lecture (The Double Heterostructure
Concept) Capasso: Science
Overview and Band Gap Engineering Topinka et al.: Imaging
Low Dimensional Electron Transport Review on Graphene Electronic
Structure Week 10: Basics
of Micro- and Nano-Fabrication Applied to Microfluidics (Lecture) |
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