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Träfflista för sökning "WFRF:(Olsson Jörgen) srt2:(1995-1999)"

Search: WFRF:(Olsson Jörgen) > (1995-1999)

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  • Bengtsson, Stefan, 1961, et al. (author)
  • Integration of silicon and diamond, aluminum nitride or aluminum oxide for electronic materials
  • 1999
  • In: conference proceedings:III-V and IV-IV Materials and Processing Challenges for Highly Integrated Microelectronics and Optoelectronics. Symposium.. ; , s. 133-
  • Conference paper (peer-reviewed)abstract
    • Material integration for the formation of advanced silicon-on-insulator materials by wafer bonding and etch-back is discussed. Wafer bonding allows the combining of materials that it is not possible to grow on top of each other by any other technique. In our experiments, polycrystalline diamond, aluminum nitride or aluminum oxide films with thickness of 0.1-5 μm were deposited on silicon wafers. Bonding experiments were made with these films to bare silicon wafers with the goal of forming silicon-on-insulator structures with buried films of polycrystalline diamond, aluminum nitride or aluminum oxide. These silicon-on-insulator structures are intended to address self-heating effects in conventional silicon-on-insulator materials with buried layers of silicon dioxide. The surfaces of the deposited diamond films were, by order of magnitude, too rough to allow direct bonding to a silicon wafer. In contrast the deposited aluminum nitride and aluminum oxide films did allow direct bonding to silicon. Bonding of the diamond surface to silicon was instead made through a deposited and polished layer of polycrystalline silicon on top of the diamond. In the case of the aluminum nitride electrostatic bonding was also demonstrated. Further, the compatibility of these insulators to silicon process technology was investigated
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  • Edholm, Bengt, et al. (author)
  • Electrical investigation of the silicon/diamond interface
  • 1997
  • In: Microelectronic Engineering. - 0167-9317 .- 1873-5568. ; 36:1-4, s. 245-248
  • Journal article (peer-reviewed)abstract
    • A new method for measuring the interface properties, using diamond terminated silicon p-n diodes, is used to quantify the electrical quality and to determine the conduction mechanism of the silicon/diamond interface for two types of diamond. It was found
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  • Result 1-10 of 44
Type of publication
conference paper (20)
journal article (13)
editorial collection (6)
book (1)
other publication (1)
doctoral thesis (1)
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book chapter (1)
patent (1)
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Type of content
peer-reviewed (32)
other academic/artistic (11)
pop. science, debate, etc. (1)
Author/Editor
Olsson, Jörgen (26)
Nilsson, Per (7)
Vestling, Lars (7)
Olsson, Ulf (7)
Eklund, Klas-Håkan (4)
Olsson, Jörgen, 1966 ... (3)
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Carlsson, Jörgen (3)
Lundqvist, Hans (2)
Hallen, A (2)
Olsson, Pär (2)
Forsberg, Markus (2)
Gedda, Lars (2)
Teneberg, Susann, 19 ... (2)
Sjöberg, Stefan (2)
Bengtsson, L (2)
Norde, Herman (2)
Tilly, Nina (2)
Berg, Sören (2)
Ericsson, P. (2)
Bergh, M. (2)
Ångström, Jonas, 195 ... (2)
Bengtsson, Lars (1)
Glimelius, Bengt (1)
Olcén, P. (1)
Johansson, E (1)
Pettersson, Jean (1)
Tolmachev, Vladimir (1)
Orlova, Anna (1)
Stenerlöw, Bo (1)
Olsson, P. (1)
Pontén, J. (1)
Fredlund, H (1)
Essand, Magnus (1)
Koziorowski, Jacek (1)
Ericsson, Per, 1968 (1)
Bengtsson, Stefan, 1 ... (1)
Westermark, Bengt (1)
Jonsson, Magnus, 196 ... (1)
Katardjiev, Ilia (1)
Jonsson, Lars (1)
Sundin, Anders (1)
Olsson, Bertil (1)
Larsson, Jörgen (1)
Linder, H (1)
Bergh, Mats, 1968 (1)
Hartman, T (1)
Lovqvist, A. (1)
Hakansson, P (1)
Sjöberg, S (1)
Blom, Hans-Olof (1)
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University
Uppsala University (36)
University of Gothenburg (3)
Lund University (2)
Halmstad University (1)
Chalmers University of Technology (1)
Karolinska Institutet (1)
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Blekinge Institute of Technology (1)
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Language
English (41)
Swedish (3)
Research subject (UKÄ/SCB)
Engineering and Technology (27)
Medical and Health Sciences (5)
Natural sciences (1)

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