Film Silicon Science and Technology

Herausgeber: Stradins, Paul; Finger, Friedhelm; Boukai, Akram

• Gebundenes Buch

Produktbeschreibung

Symposium A, 'Film Silicon Science and Technology', was held April 1-5, 2013 at the 2013 MRS Spring Meeting in San Francisco, California.

Produktdetails

• Verlag: Cambridge University Press
• Seitenzahl: 238
• Erscheinungstermin: 16. Januar 2014
• Englisch
• Abmessung: 235mm x 157mm x 17mm
• Gewicht: 501g
• ISBN-13: 9781605115139
• ISBN-10: 1605115134
• Artikelnr.: 39761911

Inhaltsangabe

Part I. Thin Film Silicon Solar Cells: 1. Light management using periodic
textures for enhancing photocurrent and conversion efficiency in thin-film
silicon solar cells; 2. Panasonic's thin film silicon technologies for
advanced photovoltaics; 3. Hydrogen-plasma etching of thin amorphous
silicon layers for heterojunction interdigitated back-contact solar cells;
4. Employing lc-SiOX:H as n-type layer and back TCO replacement for
high-efficiency a-Si:H/lc-Si:H tandem solar cells; 5. A vertical PN
junction utilizing the impurity photovoltaic effect for the enhancement of
ultra-thin film silicon solar cells; 6. Impact on thin film silicon
properties and solar cell parameters of texture generated by laser
annealing and chemical etching of ZnO:Al; 7. Novel intermediate reflector
layer for optical and morphological tuning in the micromorph thin film
tandem cell; 8. Development of nanocrystalline silicon based multi-junction
solar cell technology for high volume manufacturing; 9. SnO2:F with very
high haze value and transmittance in near infrared wavelength for use as
front transparent conductive oxide films in thin-film silicon solar cells;
Part II. Novel Silicon-Based Devices and Solar Cells: 10. Amorphous silicon
based betavoltaic devices; 11. SiC monolithically integrated wavelength
selector with 4 channels; 12. Design of an optical transmission WDM link
using plastic optical fibers; 13. Optoelectronic logic functions using
optical bias controlled SiC multilayer devices; 14. Improvement of seed
layer smoothness for epitaxial growth on porous silicon; Part III.
Materials and Devices Characterization and Simulation: 15. Local junction
voltages and radiative ideality factors of a-Si:H solar modules determined
by electroluminescence imaging; 16. The dependence of the crystalline
volume fraction on the crystallite size for hydrogenated nanocrystalline
silicon based solar cells; 17. Carrier lifetime measurements by
photoconductance at low temperature on passivated crystalline silicon
wafers; 18. Characterization of boron doped amorphous silicon films by
multiple internal reflection infrared spectroscopy; 19. Emission spectra
study of plasma enhanced chemical vapor deposition of intrinsic, n1, and p1
amorphous silicon thin films; 20. On the origin of the Urbach Rule and the
Urbach Focus; 21. Ultrafast optical measurements of acoustic phonon
attenuation in amorphous and nanocrystalline silicon; 22. Stress analysis
of free-standing silicon oxide films using optical interference; 23. Effect
of RF or VHF plasma on nanocrystalline silicon thin film structure: insight
from OES and Langmuir Probe measurements; Part IV. Defects and Transport:
24. Defect densities and carrier lifetimes in oxygen doped nanocrystalline
Si; 25. Microstructure characterization of amorphous silicon films by
effusion measurements of implanted helium; 26. Temperature dependence of
1/f noise and electrical conductivity measurements on p-type a-Si:H
devices; 27. Study of surface passivation of CZ c-Si by PECVD a-Si:H films:
a comparison between quasi-steady-state and transient photoconductance
decay measurement; Part V. Nanostructured Silicon and Related Novel
Materials: 28. Charge transport in nanocrystalline germanium/hydrogenated
amorphous silicon mixed-phase thin films; 29. Low temperature annealing of
inkjet-printed silicon thin-films for photovoltaic and thermoelectric
devices; 30. Shape evolution of faceted silicon nanocrystals upon thermal
annealing in an oxide matrix; 31. Crystallization kinetics of
plasma-produced amorphous silicon nanoparticles.