Oxygen in Silicon Single Crystals


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Oxygen in Silicon Single Crystals ццц

Norton P., Braggins Т., Levinstein H. Impurity and Lattice Scattering Parametres as Determined from Hall and Mobility Analysis in n-Type Silicon // Phys. Rev.

  1. -1973.-V.8, N 12.-P. 5632-5653.

  1. Ashe М., Sarbei O. G. Electron-Phonon Interaction in n-Si // Phys. Stat. Sol.

(b).-1981 .-V.103, N 1 .-P. 11-50.

  1. Igo Т. Determination of Concentration Ratio in Silicon by an Electron Spin Reso­

nance Method // Jap. J. Appl. Phys.-1965.-V.4, N 7.-P. 523-529.

  1. Borimskii V. V., Glinchuk K. D., Litovchenko N. M., Salnik Z. A. Influence of Car­

bon and Preannealing on the Formation of Oxygen induced Recombination Centres in Heat-Treated Silicon // Phys. Stat. Sol. (a).-1984.-V.86, N 2. -P. 623-627.

  1. Гпинчук К. Д., Литовченко Н. М., Сальник 3. А., Скрыль С. И., Трошин А. Л.

Влияние углерода на время жизни неосновных носителей тока в термооб­работанном кислородсодержащем кремнии // ФТП.-1985.-Т. 19, Вып.4. -С. 770-771.

  1. Мордкович В. Н. Влияние кислорода на электрофизические свойства крем­

ния электронной проводимости // ФТТ.-1962.-Т.4. Вып. 12.-С. 3640-3643.

  1. lgras Е. Generacja termoakceptorow w krzemie i wplyw naprezen mechanicznych

na szybkosc tey generacji // Biuletyn WAT im. J. Dabrowskieco.-1985.-V.34, N 3.-P. 51-62.

  1. Schmalz К., Gaworzewski P., Kirscht F.-G. Deep Levels in Czochralski Si due to

Heat Treatment at 600 to 900°C // Phys. Stat. Sol. (a).-1984.-V.81, N 2. -P. К165-К169.

  1. Takaoka H., Oosaka J., Inoue N. Staking Faults from Oxide Precipitates in Cz Silicon // Jap. J. Appl. Phys.-1979.-V. 18, Suppl. N 1.-P. 179-185.

  2. Reiche М., Breitenstein O. The Roll of Silicon Self-Interstitials in the Formation of

Thermally Induced Rod-Like Defects in Cz-Silicon // Phys. Stat. Sol. (a). -1987.-V.101, N 2.-P. K97-K99.

  1. Yasutake К., Umeno M., Kawabe H. Oxygen Precipitation and Microdefects in Czochralski-Grown Silicon Crystals // Phys. Stat. Sol. (a).-1984.-V.83, N 1. -P. 207-217.

  2. Inoue N., Wada K., Osaka J. Oxygen precipitation in Czochralski Silicon. Mecha­

nism and application // ln: Semiconductor Silicon 1981, edited H.R.Huff, R.J.Kriegler and Y.Takeishi (The Electrochemical Society, Pennington, New York, 1981).-P. 282.


238


  1. Vanhellemont J., Claeys С. A Theoretical Study of the Critical Radius of Precipi­tates and its Application to Silicon Oxide in Silicon // J. Appl. Phys.-1987.-V.62, N 9.-P. 3960-3967.

  2. Claeys С., Vanhellemont J. Impact of Point Defect on Dislocation Phenomena in

Silicon // In: Proceeding of 2-nd International Autumn Meeting "Gettering and Defect. Engineering in the Semiconductor Technology (GADEST)", edited by H. Richter (DDR, Garzau, 1987).-P. 3-26.

  1. Huber D., Reffle J. Precipitation Process Design for Denuded Zone Formation in

Cz-Silicon Wafers // Solid State Technology.-1983.-N 8.-P. 137-143.

  1. Burke J. The Kinetic of Phase Transformation in Metals.-Pergamon Press, Ox­ford, 1965.-226 p.

  2. Richter H. Gettering in the Silicon Device Technology: An Overview // In: Pro­ceedings of 1-st international Autumn School "Gettering and Defect Engineer­ing in the Semiconductor Technology (GADEST)", edited by H.Richter (DDR, Garzau, 1985).-P. 1-20.

  3. Craven R. A., Kord H. W. Internal Gettering in Silicon // Solid State Technology.

-1981 .-N 7.-P. 55-61.

  1. Yonenaga I., Sumino К., Hoshi К. Mechanical Strength of Silicon Crystals as a Function of the Oxygen Concentration // J. Appl. Phys.-1984.-V.56, N 8. -P. 2346-2350.

  2. Yonenaga I., Sumino К. Mechanical Behavior of Czochralski-Silicon Crystals as Affected by Precipitation and Dissolution of Oxygen Atoms // Jap. J. Appl. Phys.-1982.-V.21, N 1.-P. 47-55.

  3. Wada К., Inoue N., Osaka J. Precipitation of Oxygen and Mechanism of Stacking

Fault Formation in Czochralski Silicon Bulk Crystals // Mat. Res. Soc. Symp. -1983.-V.14.-P. 125-139.

  1. Wada К., Inoue N., Kohra K. Diffusion-Limited Growth of Oxide. Precipitates in Czochralski Silicon // J. Cryst. Growth.-1980.-V.49, N 4.-P. 749-752.

  2. Hu S. M. Precipitation of Oxygen in Silicon. Some Phenomena and Nucleation

Model // J. AppL Phys.-1981.-V.52, N 6.-P. 3974-3984.
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