Semiconductors and Semimetals: Semi-Insulating Gaas (Semiconductors and Semimetals) 🔍
Robert K Willardson; Albert C Beer; Eicke R Weber; Jacques I Pankove; W. T Tsang; R. F Wood; C. W White; R. T Young; Raymond Dingle; Jacek K Furdyna; Jacek Kossut; Esther Conwell; Robert B Marcus; Toshiaki Ikoma; Thomas P Pearsall; Noble M Johnson; Mark Reed; David G Seiler; Christopher L Littler; Katherine T Faber; Kevin J Malloy; Richard K Ahrenkiel; Mark S Lundstrom; Arthur C Gossard; Richard A Kiehl; T. C. L. Gerhard Sollner; Fumio Shimura; T. E Schlesinger; Ralph B James; R. L Gunshor; A. V Nurmikko; Gérard Ghibaudo; Constantinos Christofides; Paul W Kruse; David D Skatrud; G. B Stringfellow; M. George Craford; David J Lockwood; Theodore D Moustakas; Michael Stavola; Yoon Soo Park; Tadeusz Suski; William Paul; Robert Hull; John C Bean; Elsa Garmire; Alan Kost; Mitsuru Sugawara; Gerhard P Willeke; Norbert H Nickel
Orlando, Fla.: Academic Press, Elsevier Ltd., Orlando, Fla, 1984
English [en] · PDF · 28.8MB · 1984 · 📗 Book (unknown) · 🚀/ia · Save
description
xi, 379 pages : 24 cm
Includes bibliographical references and index
High purity LEC growth and direct implantation of GaAs for monolithic microwave circuits / R.N. Thomas, H.M. Hobgood, G.W. Eldridge, D.L. Barrett, T.T. Braggins, L.B. Ta, and S.K. Wang -- Ion implantation and materials for GaAs integrated circuits / C.A. Stolte -- LEC GaAs for integrated circuit applications / C.G. Kirkpatrick, R.T. Chen, D.E. Holmes, P.M. Asbeck, K.R. Elliott, R.D. Fairman, and J.R. Oliver -- Models for Mid-Gap centers in gallium arsenide / J.S. Blakemore and S. Rahimi
Includes bibliographical references and index
High purity LEC growth and direct implantation of GaAs for monolithic microwave circuits / R.N. Thomas, H.M. Hobgood, G.W. Eldridge, D.L. Barrett, T.T. Braggins, L.B. Ta, and S.K. Wang -- Ion implantation and materials for GaAs integrated circuits / C.A. Stolte -- LEC GaAs for integrated circuit applications / C.G. Kirkpatrick, R.T. Chen, D.E. Holmes, P.M. Asbeck, K.R. Elliott, R.D. Fairman, and J.R. Oliver -- Models for Mid-Gap centers in gallium arsenide / J.S. Blakemore and S. Rahimi
Alternative title
Semiconductors and semimetals. Vol. 20 : a treatise : Semi-insulating GaAs
Alternative author
Robert K Willardson; Albert C Beer; Eicke R Weber; Jacques I Pankove; W. T Tsang; R. F Wood; C. W White; R. T Young; Raymond Dingle; Jacek K Furdyna; Jacek Kossut; Esther Conwell; Robert B Marcus; Toshiaki Ikoma; Thomas P Pearsall; Noble M Johnson; Mark Reed; David G Seiler; Christopher L Littler; Katherine T Faber; Kevin J Malloy; Richard K Ahrenkiel; Mark S Lundstrom; Arthur C Gossard; Richard A Kiehl; T. C. L. Gerhard Sollner; Fumio Shimura; T. E Schlesinger; Ralph B James; R. L Gunshor; A. V Nurmikko; Gérard Ghibaudo; Constantinos Christofides; Paul W Kruse; David D Skatrud; G. B Stringfellow; M. George Craford; David J Lockwood; Theodore D Moustakas; Michael Stavola; Yoon Soo Park; Tadeusz Suski; William Paul; Robert Hull; John C Bean; Elsa Garmire; Alan Kost; Mitsuru Sugawara; Gerhard P Willeke; Norbert H Nickel
Alternative publisher
Academic Press, Incorporated
Alternative publisher
Morgan Kaufmann Publishers
Alternative publisher
Elsevier S & T
Alternative publisher
Brooks/Cole
Alternative edition
Semiconductors and semimetals -- v. 20, Orlando, Fla, Florida, 1984
Alternative edition
United States, United States of America
Alternative edition
2, 06/1984
Alternative edition
May 1984
metadata comments
[curator]associate-cheri-destefano@archive.org[/curator][date]20180730204456[/date]
metadata comments
Includes bibliographies and index.
Alternative description
The achievement of single crystal growth of large-area semiconductor films on different kinds of substrate materials is of technological importance in many solid state electronic devices.
Alternative description
SEMICONDUCTORS & amp; SEMIMETALS V20
date open sourced
2023-06-28
🚀 Fast downloads
Become a member to support the long-term preservation of books, papers, and more. To show our gratitude for your support, you get fast downloads. ❤️
- Fast Partner Server #1 (recommended)
- Fast Partner Server #2 (recommended)
- Fast Partner Server #3 (recommended)
- Fast Partner Server #4 (recommended)
- Fast Partner Server #5 (recommended)
- Fast Partner Server #6 (recommended)
- Fast Partner Server #7
- Fast Partner Server #8
- Fast Partner Server #9
- Fast Partner Server #10
- Fast Partner Server #11
- Fast Partner Server #12
🐢 Slow downloads
From trusted partners. More information in the FAQ. (might require browser verification — unlimited downloads!)
- Slow Partner Server #1 (slightly faster but with waitlist)
- Slow Partner Server #2 (slightly faster but with waitlist)
- Slow Partner Server #3 (slightly faster but with waitlist)
- Slow Partner Server #4 (slightly faster but with waitlist)
- Slow Partner Server #5 (no waitlist, but can be very slow)
- Slow Partner Server #6 (no waitlist, but can be very slow)
- Slow Partner Server #7 (no waitlist, but can be very slow)
- Slow Partner Server #8 (no waitlist, but can be very slow)
- Slow Partner Server #9 (no waitlist, but can be very slow)
- After downloading: Open in our viewer
All download options have the same file, and should be safe to use. That said, always be cautious when downloading files from the internet, especially from sites external to Anna’s Archive. For example, be sure to keep your devices updated.
External downloads
-
For large files, we recommend using a download manager to prevent interruptions.
Recommended download managers: JDownloader -
You will need an ebook or PDF reader to open the file, depending on the file format.
Recommended ebook readers: Anna’s Archive online viewer, ReadEra, and Calibre -
Use online tools to convert between formats.
Recommended conversion tools: CloudConvert and PrintFriendly -
You can send both PDF and EPUB files to your Kindle or Kobo eReader.
Recommended tools: Amazon‘s “Send to Kindle” and djazz‘s “Send to Kobo/Kindle” -
Support authors and libraries
✍️ If you like this and can afford it, consider buying the original, or supporting the authors directly.
📚 If this is available at your local library, consider borrowing it for free there.
Total downloads:
A “file MD5” is a hash that gets computed from the file contents, and is reasonably unique based on that content. All shadow libraries that we have indexed on here primarily use MD5s to identify files.
A file might appear in multiple shadow libraries. For information about the various datasets that we have compiled, see the Datasets page.
For information about this particular file, check out its JSON file. Live/debug JSON version. Live/debug page.