|
2#
樓主 |
發表於 2009-4-20 11:13:19
|
只看該作者
Contents% ]2 y7 u' V& ]3 x' i
4 k3 @; T2 x! v2 h+ D' I, YSeries Preface. 1 i6 n) t2 N. k9 [7 E5 Q& I1 V
Preface. " B) d% X, x J
1 u. l6 n* I7 n- i8 Q/ a4 W( G
List of Contributors. 8 N ?: Y0 D8 f! r' x S
9 G# ]" D" x% u, o. E9 E6 w' I& VBasic Properties, Defects and Impurities, Surface properties and Synthesis.
5 j- B5 \- i% w2 G/ [+ F6 H8 y4 w; @9 j8 }
1 Basic Properties of Diamond: Phonon Spectra, Thermal Properties, Band Structure (Gordon Davies).
y7 Q& w$ ]+ k# ^: }1 c
/ m: B# Y( ^" A2 Transport Properties of Electrons and Holes in Diamond (Jan Isberg).
9 a. s( ]' k6 U
. k* E$ ?" T0 |$ C8 }3 Point Defects, Impurities and Doping (Alison Mainwood).
/ |: U# @4 Y+ J u! B2 f* E
4 _3 v4 n& @/ I/ W8 i6 b8 Q4 Surface Conductivity of Diamond (Lothar Ley).
4 B0 |2 h" d- U2 v1 w- Z& L0 P. _# N
- l D/ R/ B1 u# G- O% ?5 Recent Progress in the Understanding of CVD Growth of Diamond (J.E. Butler, A. Cheesman and M. N. R. Ashfold).
* y$ Y. R- b) o) t' ~! ~
& A1 j! H9 G8 \2 {6 Heteroepitaxial Growth (M. Schreck). / c& K& }% H) p6 w8 }+ e4 Q0 l7 y1 Q
' I2 T1 b2 q$ zRadiation Sensors.
4 r! F4 U3 q# X7 O) f+ V' M: F, m8 i v% d8 S$ E6 Y
7 Detectors for UV and Far UV Radiation (Alan T. Collins).
v% M8 X+ ]/ Q( ?
% r3 F9 P n: c5 Z( H' A% ]8 Diamond Radiation Sensors for Radiotherapy (Mara Bruzzi). 6 b) y8 h* u! ]* i- l6 r* `
, v& S. l. z, k9 ?8 Z9 Radiation Sensors for High Energy Physics Experiments (H. Kagan and W. Trischuk).
3 g) v( }6 _: X* G' `; x
, n* A# ] a$ _10 CVD-Diamond Detectors for Experiments with Hadrons, Nuclei, and Atoms (E. Berdermann and M. Ciobanu).
9 l7 ~ J& ?8 L% l6 l" p) b( \3 o: S: F
11 Neutron Detectors (G. Verona-Rinati). ; @" k1 s' B4 ?4 `& d
; d/ V4 R$ e. S+ ^% c! `Active Electronic Devices.
0 F' W1 W! h* K7 ^! h
7 T3 X' }- D- {# l7 c6 N' [. ]12 High-Power Switching Devices (Jan Isberg). . v1 x6 y# O. P8 L
7 _: Z9 x* U4 q5 o
13 H-Terminated Diamond Field-Effect Transistors (Makoto Kasu). + p9 D# v: \$ ]! _+ Z8 T R
8 c! a" P2 B* r6 G. L
14 Doped Diamond Electron Devices (E. Kohn and A. Denisenko). & u k, L: g2 G6 |: f! f8 L/ F
2 I# e4 e0 l0 n/ _# e d& `. I15 Optoelectronic Devices Using Homoepitaxial Diamond p –n and p –i –n Junctions (Toshiharu Makino and Hiromitsu Kato). % ~! `* U3 I$ G
" H5 y2 F9 {9 | ?
Electrochemical and Biological Sensors. " `' o+ R. l( ~ J' X
4 G! V' G) Z0 M% P
16 Biofunctionalization of Diamond Surfaces: Fundamentals and Applications (J. A. Garrido). ) ]# f; M( \4 K7 _7 `
. ~5 \0 o! I2 l1 w7 R4 o3 u" u. R- E17 Diamond Electrochemical Sensors (John S. Foord). ! a0 O3 U4 F5 H p; R" `' r
( D$ d0 F! a. K+ Z& Y! c7 k& q% L/ g
Micro-Electro-Mechanical Systems.
( a" P8 P. q9 T& M; @+ G5 @* |
0 `0 Q0 I/ S# N& ]" F18 CVD Diamond MEMS (J. Kusterer and E. Kohn).
9 R2 v( e: b' _: y- I' S6 v5 ^0 C$ B! i* L/ Y. W
Superconductivity in CVD Diamond.
4 i7 b n0 [$ k, X
1 [4 C. W! z2 k& z" Z* `* N19 Superconductivity in Diamond (Yoshihiko Takano). $ m) h7 ~' [) ?" t
* f. W/ X w- M7 X0 @0 D
Index. |
|