A Verification of Diamond Nucleation Model

  • Yugo, S. (University of Electro-Communications) ;
  • Kimura, T. (University of Electro-Communications)
  • Published : 1996.12.01

Abstract

We found that our initial model agrees with most of the recent reports; however, it does not agree with some of them with respect to the kinetics of nucleus formation. This disagreement stems from the question of whether or not a nucleus precursor should be treated as an embryonic cluster.

Keywords

References

  1. Appl. Phys. Lett. v.58 no.11 S. Yugo;T. Kanai;T. Kimura;T. Muto
  2. Dia. Rel. Mat. v.1 S. Yugo;T. Kanai;T. Kimura
  3. Dia. Rel. Mat. v.2 S. Yugo;T. Kimura;T. Kanai
  4. Dia. Rel. Mat. v.4 S. Yugo;K. Semoto;K. Hoshina;T. Kimura;H. Nakai
  5. Phys. Rev. Lett. v.67 no.6 D. R. McKenzie;D. Muller;B. A. Pailthrope
  6. J. Maters, Res. v.7 B. R. Stoner;B. E. Williams;S. D. Wolter;K. Nishiyama;J. T. Glass
  7. Appl. phys. lett. v.65 X. Jiang;C.-P. Klages
  8. Dia. Rel. Mat. v.4 J. Gerber;S. Sattel;K. Jung;H. Ehrhardt;J. Robertson
  9. Phys. Rev. v.B45 no.19 B. R. Stoner;G.-H. Ma;S. D. Wolter;J. T. Glass
  10. Appl. Phys. Lett. v.63 R. Kohl;C. Wild;N. Herres;P. Koidl;B. R. Stoner;J. T. Glass
  11. Phys. Rev. v.B50 no.12 X. Jiang;K. Schiffamann;C.-P, Klages
  12. Appl. Phys. Lett. v.62 S. D. Wolter;B. R. Stoner;J. T. Glass;P. J. Ellis;D. S. Buhaenko;C. E. Jenkins;P. Southworth
  13. Dia. Rel. Mat. v.4 W. Kulisch;B. Sobisch;M. Kuhr;R. Beckmann
  14. Appl. Phys. Lett. v.59 no.4 W. Moller
  15. J. Appl. Phys. v.73 no.15 J. Singh;M. Vellaika
  16. Dia. Rel. Mat. v.3 Y. Lifshitz;G. D. Lempert;S. Rotter;I. Avigal;C. Uzan-Saguy;R. Kalish;J. Kulik;D. Marton;J. W. Rabalais
  17. Dia. Rel. Mat. v.4 J. Gerber;S. Sattel;K. Jung;H. Ehrhardt;J. Robertson
  18. Dia. Rel. Mat. v.4 Y. Ma;T. Tsurumi;N. Shinoda;O. Fukunaga
  19. Phys. Rev. Lett v.62 no.11 Y. Lifshitz;S. R. Kasi;J. W. Rabais
  20. Appl. Phys. Lett. v.66 no.12 J. Robertson;J. Gerber;S. Sattel;M. Weiler;K. Jung;H. Ehhardt
  21. Dia Rel. Mat. v.2 J. Robertson
  22. Dia. Rel. Mat. v.3 J. Gerber;M. Weiler;O. Sohr;K. Jung;Ehrhardt
  23. Dia. Rel. Mat. v.4 P. Deak;A. Gali;G. Sczigel;H. Ehrhardt
  24. Dia. Rel. Mat. v.3 E. Sandre;A. Bonnot;F. Cyrot-Lackman
  25. 2nd Int. Cof. Appl. Dia. Films and Rel. Mat. J. C. Angus;Z. Li;M. Sunkara;Y. Wang;C. Lee;W. R. Lambrecht;B. Segall
  26. Dia Rel. Mat. v.4 J. Robertson
  27. Dia. Rel. Mat v.1 R. McKenzie;D. Muller;B. A. Pailthrope;Z. H. Wang;E. Kravtchinskaia;D. Segel;P. B. Lukins;P. D. Swift;P. J. Martin;G. Amaratunga;P. H. Gaskell;A. Saeed
  28. Appl. phys. Lett. v.63 Y. Shigesato;R. E. Boekenauer;B. W. Seldon
  29. J. appl. Phys. v.75 B. W. Seldon;R. Csencsits;J. Rankin;E. R. Boekenhauer;Y. Shigesato
  30. Dia. Rel. Mat v.2 W. Piekarczyk;S. Prawer
  31. Dia. Rel. Mat. v.4 S. Sattel;M. Weiler;J. Gerber;T. Giessen;H. Roth;M. Scheib;K. Jung;H. Ehrhardt
  32. Dia. Rel. Mat. v.4 M. Schreck;T. Baur;B. Stritzker