Biomedical Engineering Reference
In-Depth Information
34. Blagov E. V., Klimchitskaya G. L., and Mostepanenko V. M. (2005).
Phys.
, 235401.
35. Han S. S. and Lee H. M. (2004).
Rev. B
,
71
Carbon
,
42
, 2169.
36. Yang F. H. and Yang R. T. (2002).
Carbon
,
40
, 437.
37. Volpe M. and Cleri F. (2003).
Surface Sci
.,
544
, 24.
38. Stojkovic D.,
, 195406.
39. Margulis V. l. A., Muryumin E. E., and Tomilin O. B. (2004).
et al.
(2003).
Phys. Rev. B
,
68
Physica B
,
314.
40. Rafii-Tabar H. (2004).
353
,
Phys. Rep.,
390
, 235.
41. Ichimura K.,
et al.
(2002).
Physica B
,
323
, 137.
42. Sumanasekera G. U.,
et al.
(2002).
Phys. Rev. B
,
65
, 035408.
43. Nechaev Y. S. and Öchsner A. (2009
). J. Nanosci. Nanotechnol.,
(in
press).
44. Nechaev Y. S. and Öchsner A. (2009).
Defect & Diffusion Forum
679.
45. Nechaev Y. S. and Öchsner A. (2009).
289
-
292
,
Defect & Diffusion Forum
286, 545.
46. Nechaev Y. S. (2008).
283
-
Physics-Uspekhi
,
51
, 681.
47. Nechaev Y. S. (2008).
, 81.
48. Nechaev Y. S., Burzhanov A. A., and Filippov G. A. (2007).
Solid State Phenomena
,
138
Advances in
166.
49. Nechaev Y. S. (2006).
Materials Science
,
7
,
Diffusion and Defect Forum
251
-
252, 111.
50. Nechaev Y. S. (2005).
New Challenges in Superconductivity: Experimental
Advances and Emerging Theories,
, Kluwer
Academic Publishers; The NATO Science Series II—Mathematics,
Physics and Chemistry,
edited by Ashkenazi
et al.
, 91.
51. Atsumi H., Tokura S., and Miyake M. J. (1988).
183
Nucl. Mater.,
155
-
157
,
241.
52. Denisov E. A.,
et al.
(2002).
Materialovedenie,
2
,
45.
53. Atsumi H. and Tauchi K. J. (2003).
Alloys Compounds,
356
-
357
, 705.
54. Shindo K., Kondo T., and Sakurai Y. J. (2004).
Alloys Compounds
,
372
,
201.
55. Isobe S.,
, 535.
56. Shindo K., Kondo T., and Sakurai Y. J. (2005).
et al.
(2004).
Phys. Chem. Solids
,
65
Alloys Compounds
,
397
,
216.
57. Bauschlicher Jr. C. W., and So C. R. (2002).
Nano Lett.
,
2
,
337.
