Solar Cells --- frontiers in materials and devices. Ning Su. Outline. Introduction Market & technology comparison Low cost solar cells thin film solar cells (TFSC) High efficiency solar cells Advanced Si solar cells Tandem cells ThermophotovoltaicBy atira
Solar Cells --- frontiers in materials and devices. Ning Su. Outline. Introduction Market & technology comparison Low cost solar cells thin film solar cells (TFSC) High efficiency solar cells Advanced Si solar cells Tandem cells ThermophotovoltaicBy vida
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Gap Junctions & Plasmodesmata. BY: KRISTIN HUNTER. What is a gap junction?. An intercelluar junction in animal cells that provide a cytoplasmic channel from one cell to an adjacent cell Not found in skeletal muscle fibers and free circulating cells. Composition of the Gap Junction.
By Rachel and Sara Lembke Period 6. Tight Junctions, Gap Junctions, and Extracellular Matrix. TIGHT JUNCTIONS. STRUCTURE. Tight junctions are composed of branching networks of sealing strands. The efficiency of the junction is increased because each strand acts independently.
E (eV). Band gap. Empty lattice bands. Density of states Wave vector. Band structure: Semiconductor.   . Inverse photoemission. Photoemission. “Empty lattice solution” vs. Experimental bands.
Electron Band Gap. Wesley Matson. Content of Presentation. Project Goals Background Physics Details of code Results from program Discuss importance of Energy Gap. Project Goals. Write a program using python to integrate the Schrödinger equation
Gap Junctions in the SCN. YiDing Yu MCB 186 Circadian Biology. Autonomous Oscillators. Single-cell autonomous oscillators in the SCN (Welsh 1995) Synchronized firing in vivo Heterogeneity within the SCN rhythmicity (phase, period) neurotransmitter environmental response
Photonic Band Gap Crystals. Srivatsan Balasubramanian. Summary. Physics of photonic bandgap crystals. Photonic Crystals Classification. Fabrication. Applications. Protoype photonic band gap devices. Current Research. Future Directions. Conclusion. What is a PBG ?.
Photonic Band Gap Structures. Mikhail Rybin. Saint Petersburg State University, Ioffe Physico-Technical Institute. Euler School March-April 2004. Overview. Photonic crystals and photonic bandgap Artificial opals Photonic bandgap structure of artificial opals:
Mott Insulator. Metal-Insulator Transition. 360. U ~ Coulomb Band gap. activation energy ( K ). 320. Inter-particle coupling. NDOS. I(nA). 280. Strong coupling. 140. 210. 280. area (cm 2 ). Weak coupling. 25. e. -1.0. 0. 1.0. Volts. Resistance. 21. e. 1.5. 1.4. 1.3.