Applied Surface Science 2003: Vol 215 Index

9 Pages·2003·1.8 MB·English

ELSEVIER Applied Surface Science 215 (2003) I-III
www.elsevier.com locate/apsusc
Author Index
Anikin, V.M., Yu.A. Barulina and A.F. Golou- Ding, M., see Li, X. 215 (20032)4 9
bentsev, Regression equations modelling Ding, Y.G., see Liu, G.Y. 215 (20032)0 9
diffusion processes 215 (2003) 185 Djubua, B.Ch., and O.V. Polivnikova, Stratum-
like structured metal alloy cathode 215 (2003) 242
Bai, G., see Li, X. 215 (2003) 249 Du, Y., see Li, X. 215 (20032)4 9
Baiburin, V._B., U.P. Volkov, S.V. Semenov and Dyuzhev, G.A., see Fursey, G.N. 215 (2003) 135
A.S. Semenov, Scanning electron and tun-
neling microscopy of palladium—barium Emel’ yanov, V.1., O.Y. Maslennikov and P.N.
emitters 215 (2003) 269 Roukhlyada, Determination of the latent
Baik, Y.J., see Lee, $.W. 215 (2003) 265 heat of phase transitions in ruthenium by
Baker, M.A., see Jenkins, S.N. 215 (2003) 78 means of a thermionic microscope 215 (2003) 96
Bakhtizin, R.Z., see Ghots, S.S. 215 (2003) 105 Evtukh, A.A., N.1. Klyui, V.G. Litovchenko,
Barber, D.K., see Jenkins, S.N. 215 (2003) 78 Yu.M. Litvin, O.B. Korneta, V.M. Puzikov
Barratt, D., see Gaertner, G. 215 (2003) 72 and A.V. Semenov, Peculiarities of field
Barratt, D.S., and G. Gaertner, Recent devel- emission from silicon carbide films 215 (2003) 237
opments in oxide cathode research for CRT Evtukh, A.A., see Litovchenko, V.G. 215 (2003) 160
applications 215 (2003) 65
Barulina, Yu.A., see Anikin, V.M. 215 (2003) 185 Feng, J., see Li, X. 215 (2003) 249
Baturin, A.S., see Bormashov, V.S. 215 (2003) 178 Fursey, G.N., Field emission in vacuum micro-
Baturin, A.S., see Kurnosov, D.A. 215 (2003) 232 electronics 215 (2003) 113
Baturin, A.S., see Leshukov, M. Yu. 215 (2003) 260 Fursey, G.N., D.V. Novikov, G.A. Dyuzhev,
Bayburin, V.B., A.A. Terentiev, V1. Vislov, A.V. Kotcheryzhenkov and P.O. Vassiliev,
A.B. Levande, LK. Guriev and A.A. The field emission from carbon nanotubes 215 (2003) 135
Sysuev, Computer simulation of magnetron Fursey, G.N., M.A. Polyakov, L.A. Shirochin
devices 215 (2003) : and A.N. Saveliev, Liquid carbon surface
Belobrov, PL. L.A. Bursill, K.1. Maslakov and during explosive emission 215 (2003) 286
A.P. Dementjev, Electron spectroscopy of
nanodiamond surface states 215 (2003) Gaertner, G., D. Raasch, D. Barratt and S.
Bernatskii, D.P.. A.V. Chernyshev and V.L Jenkins, Accelerated life tests of CRT oxide
Ivanov-Omskii, Study of emission centers cathodes 215 (2003) 72
in amorphous carbon (a-C:H) by field elec- Gaertner, G., see Barratt, D.S. 215 (2003) 65
tron and field desorption microscopy 215 (2003) 222 Gaertner, G., see Zhang, X. 215 (2003) 25
Bhat, K.S., see Ravi, M. 215 (2003) 33 Gao, Y., see Wang, J. 215 (20032)7 3
Bormashov, V.S.. K.N. Nikolski, A.S. Baturin Ghots, S.S., and R.Z. Bakhtizin, Model of
and E.P. Sheshin, Prediction of field emitter m-level low-frequency current fluctuations
cathode lifetime based on measurement of in metal thermionic cathodes 215 (2003) 105
/-V curves 215 (2003) 178 Glukhova, O.E., A.I. Zhbanov, LG. Torgashov,
Bugaev, A.S., see Kurnosov, D.A. 215 (2003) 232 N.L Sinitsyn and G.V. Torgashov, Ponder-
Bulakhov, S.Yu., see Popov, M.O. 215 (2003) 253 omotive forces effect on the field emission
Bursill, L.A., see Belobrov, P.L. 215 (2003) 169 of carbon nanotube films 215 (2003) 149
Goloubentsev, A.F., see Anikin, V.M. 215 (2003) 185
Chadaev, N.N., see Leshukov, M. Yu. 215 (2003) 260 Goncharuk, N.M., see Litovchenko, V.G. 215 (2003) 160
Chen, Q., see Li, J. 215 (2003) 49 Gulyaev, Yu.V., N.1. Sinitsyn, G.V. Torgashov
Chen, Q., see Shao, W. 215 (2003) 54 and S.G. Saveliev, Fundamental and
Cheng, S.F., see Liu, G.Y. 215 (2003) 209 applied directions of field emission electro-
Chernyshev, A.V., see Bernatskii, D.P. 215 (2003) 222 nics using nanocluster carbon materials 215 (2003) 141
Gulyaev, Yu.V., see Sinitsyn, N.1. 215 (2003) 310
Dementjev, A.P., see Belobrov, P.I. 215 (2003) 169 Gulyaev, Yu.V., see Zakharchenko, Yu.F. 215 (2003) 280
doi: 10.1016/S0169-4332(03)00737-2
Author Index
Gundobin, G.S., see Karzhavin, LA. 215 (2003) 291 Li, X., C. Yang, G. Bai, F. Zhang, F. Liao, J.
Guriev, I.K., see Bayburin, V.B. 215 (2003) 301 Feng, M. Ding and Y. Du, Investigation of
FEAs applied in vacuum electron gun 215 (2003) 249
Hangfu, LJ., see Liu, G-Y. 215 (2003) 209 Liao, F., see Li, X. 215 (2003) 249
Hartnagel, H., see Litovchenko, V.G. 215 (2003) 160 Litovchenko, V.G., A.A. Evtukh, Yu.M. Litvin,
N.M. Goncharuk, H. Hartnagel, O. Yilma-
Ivanov-Omskii, V.I., see Bernatskii, D.P. 215 (2003) 222 zoglu and D. Pavlidis, Peculiarities of the
electron field emission from quantum-size
structures 215 (2003) 160
Jenkins, S., see Gaertner, G. 215 (2003) 72 Litovchenko, V.G., see Evtukh, A.A. 215 (2003) 237
Jenkins, S.N., D.K. Barber, M.J. Whiting and Litvin, Yu.M., see Evtukh, A.A. 215 (2003) 237
M.A. Baker, Preliminary results on the Litvin, Yu.M., see Litovchenko, V.G. 215 (2003) 160
chemical characterisation of the cathode Liu, G.Y., D.Y. Zhong, S.H. Xia, S.F. Cheng,
nickel—emissive layer interface in oxide Y.G. Ding, YJ. Lu, YJ. Shao, H.-Y. Li, LJ.
cathodes 215 (2003) 78
Hangfu and E.G. Wang, CNTs grown on the
Jeon, D., see Ko, Y.C. 215 (2003) 228 surface of various materials by large
Jeon, D., see Lee, S.W. 215 (2003) 265 volume MP-CVD for VME applications 215 (2003) 209
Liu, J., see Wang, J. 215 (2003) 273
Kang, CJ., see Lee, S.W. 215 (2003) 265 Lu, YJ., see Liu, G.Y. 215 (2003) 209
Karpov, A.V., see Popov, M.O. 215 (2003) 253 L'vov, S.G., see Kukovitsky, E.F. 215 (2003) 201
Karzhavin, 1.A., B.Z. Neyman, G.S. Gundobin, Lyashenko, D.A., see Obraztsov, A.N. 215 (2003) 214
VI. Vislov, A.V. Lashenko and A.B.
Levande, A study of noise and collateral Maslakov, K.L., see Belobrov, P.I. 215 (2003) 169
phenomena observed in central-cathode
Maslennikov, O.Y., see Emel’ yanov, V.I. 215 (2003) %6
magnetron devices 215 (2003) 291 Maslennikov, O.Y., see Kruglenya, P.A. 215 (2003) 101
Klyui, N.1., see Evtukh, A.A. 215 (2003) 237 Melnikova, L.P.. V.G. Vorozheikin and D.A.
Ko, Y.C., and D. Jeon, Field emission influ-
Usanov, Correlation of emission capability
enced by residual gas and passivation of
and longevity of dispenser cathodes with
field emitters by diamond coating 215 (20032)2 8 characteristics of tungsten powders 215 (2003) 59
Korneta, O.B., see Evtukh, A.A. 215 (20032)3 7 Monterrin, A., see Roquais, J.M. 215 (2003) 5
Kotcheryzhenkov, A.V., see Fursey, G.N. 215 (2003) 135
Kruglenya, P.A.. and O.Y. Maslennikov,
Neyman, B.Z., see Karzhavin, LA. 215 (2003) 291
Advanced structure of cathode for gas dis-
Nie, Z., see Yang, J. 215 (2003) 87
charge lamp of super high pressure 215 (2003) 101
Nikolski, K.N., see Bormashov, V.S. 215 (2003) 178
Kukovitsky, E.F.. S.G. L’vov, N.A. Sainov and
V.A. Shustov, CVD growth of carbon nano- Nikolski, K.N., see Kurnosov, D.A. 215 (2003) 232
Novikov, D.V., see Fursey, G.N. 215 (2003) 135
tube films on nickel substrates 215 (2003) 201
Kurnosov, D.A., A.S. Baturin, A.S. Bugaev,
K.N. Nikolski, R.G. Tchesov and E.P. Obraztsov, A.N., A.P. Volkov, Al.A. Zakhidov,
Sheshin, Influence of the interelectrode D.A. Lyashenko, Yu.V. Petrushenko and
distance in electrophoretic cold cathode O.P. Satanovskaya, Field emission charac-
fabrication on the emission uniformity 215 (2003) 232 teristics of nanostructured thin film carbon
materials 215 (2003) 214
Lashenko, A.V., see Karzhavin, 1A. 215 (2003) 291
le Doze, R., see Roquais, J.M. 215 (2003) 5 Pavlidis, D., see Litovchenko, V.G. 215 (2003) 160
Lee, S.W., YJ. Baik, C.J. Kang and D. Jeon, Petrushenko, Yu.V., see Obraztsov, A.N. 215 (2003) 214
Suppression of secondary electrons from Polivnikova, O.V., see Djubua, B.Ch. 215 (2003) 242
diamond by whisker formation 215 (2003) 265 Polyakov, M.A., see Fursey, G.N. 215 (2003) 286
Leshukov, M.Yu., A.S. Baturin, N.N. Chadaev Popov, M.O., S.Yu. Bulakhov, A.V. Karpov,
and E.P. Sheshin, Characterizations of light S.A. Shiriaev, E.N. Skorokhodov and
sources with carbon fiber cathodes 215 (2003) 260 A.L. Suvorov, Influence of parameters of
Levande, A.B., see Bayburin, V.B. 215 (2003) 301 field-emission cathodoluminescence light
Levande, A.B., see Karzhavin, LA. 215 (2003) 291 sources on their technical properties 215 (20032)5 3
i, H., see Wang, J. 215 (2003) 38 Poret, F., see Roquais, J.M. 215 (2003) 5
i, H., see Wang, J. 215 (2003) 273 Puzikov, V.M., see Evtukh, A.A. 215 (20032)3 7
. HLY., see Liu, G.Y. 215 (2003) 209
i, J., S. Yan, W. Shao, Q. Chen and M. Zhu, Raasch, D., see Gaertner, G. 215 (2003) 72
Investigation and application of impreg- Ravi, M., and K.S. Bhat, Estimation of barium
nated scandate cathodes 215 (2003) 49 evaporation rate from emission measure-
i, J., see Shao, W. 215 (2003) 54 ment of dispenser cathodes 215 (2003) 33
Author Index
Ricaud, J.L., see Roquais, J.M. 215 (2003) § Vancil, B.K., and E.G. Wintucky, Miniature
Roquais, J.M., F. Poret, R. le Doze, J.L. Ricaud, reservoir cathode—an update 215 (2003) 18
A. Monterrin and A. Steinbrunn, Barium Vassiliev, P.O., see Fursey, G.N. 215 (20031)3 5
depletion study on impregnated cathodes Vislov, V.I., see Bayburin, V.B. 215 (2003) 301
and lifetime prediction 215 (2003) 5 Vislov, V.I., see Karzhavin, LA. 215 (2003) 291
Roukhlyada, P.N., see Emel’ yanov, V.I. 215 (2003) 96 Volkov, A.P., see Obraztsov, A.N. 215 (20032)1 4
Volkov, U.P., see Baiburin, V.B. 215 (20032)6 9
Sainov, N.A., see Kukovitsky, E.F. 215 (2003) 201 Vorozheikin, V.G., see Melnikova, LP. 215 (2003) 59
Satanovskaya, O.P., see Obraztsov, A.N. 215 (2003) 214
Saveliev, A.N., see Fursey, G.N. 215 (2003) 286 Wang, E.G., see Liu, G.Y. 215 (2003) 209
Saveliev, S.G., see Gulyaev, Yu.V. 215 (2003) 141 Wang, J., H. Li, J. Liu, Y. Wang, M. Zhou, Y.
Saveliev, S.G., see Zakharchenko, Yu.F. 215 (2003) 280 Gao, S. Tao and J. ZhaA nstudgy o,f s ec-
Semenov, A.S., see Baiburin, V.B. 215 (2003) 269 ondary electron emission properties of the
Semenov, A.V., see Evtukh, A.A. 215 (2003) 237 molybdenum cathode doped with RE,O, 215 (2003) 273
Semenov, S.V., see Baiburin, V.B. 215 (2003) 269 Wang, J., Y. Wang, S. Tao, H. Li, J. Yang and M.
Shao, W., K. Zhang, J. Li, S. Yan and Q. Chen, Zhou, Scandia-doped tungsten bodies for
Gas poisoning investigations of scandate Sc-type cathodes 215 (2003) 38
and M-type dispenser cathodes 215 (2003) 54 Wang, Y., see Wang, J. 215 (2003) 38
Shao, W., see Li, J. 215 (2003) 49 Wang, Y., see Wang, J. 215 (20032)7 3
Shao, YJ., see Liu, G.Y. 215 (2003) 209 Wang, Y., see Yang, J. 215 (2003) 87
Sheshin, E.P., Properties of carbon materials, Whiting, M_J., see Jenkins, S.N. 215 (2003) 78
especially fibers, for field emitter applica- Wintucky, E.G., see Vancil, B.K. 215 (2003) 18
tons 215 (2003) 191
Sheshin, E.P., see Bormashov, V.S. 215 (2003) 178 Xia, S.H., see Liu, G.Y. 215 (2003) 209
Sheshin, E.P., see Kurnosov, D.A. 215 (2003) 232
Sheshin, E.P., see Leshukov, M. Yu. 215 (2003) 260 Yan, S., see Li, J. 215 (2003) 49
Shiriaev, S.A., see Popov, M.O. 215 (2003) 253 Yan, S., see Shao, W 215 (2003) 54
Shirochin, L.A., see Fursey, G.N. 215 (2003) 286 Yang, C., see Li, X. 215 (20032)4 9
Shustov, V.A., see Kukovitsky, E.F. 215 (2003) 201 Yang, J., see Wang, J. 215 (2003) 38
Sinitsyn, N.1., see Glukhova, O.E. 215 (2003) 149 Yang, J., Z. Nie and Y. Wang, Microstructure
Sinitsyn, N.1., see Gulyaev, Yu.V. 215 (2003) 141 and emission ability of rare earth oxides
Sinitsyn, N.I., see Zakharchenko, Yu.F. 215 (2003) 280 doped molybdenum cathodes 215 (2003) 87
Sinitsyn, N.L, Yu.F. Zakharchenko and Yu.V. Yilmazoglu, O., see Litovchenko, V.G. 215 (2003) 160
Gulyaev, Construction principles for multi-
beam microwave power amplifier tubes Zakharchenko, Yu.F.. N.I. Sinitsyn, Yu.V.
with distributed transverse—extended inter- Gulyaev and S.G. Saveliev, Peculiarities
action, using fea electron source 215 (2003) 310 of constructing planar microminiature cur-
Skorokhodov, E.N., see Popov, M.O. 215 (2003) 253 rent sources based on secondary emission
Steinbrunn, A., see Roquais, J.M. 215 (2003) § cathode excited by an edge FEA 215 (2003) 280
Suvorov, A.L., see Popov, M.O. 215 (2003) 253 Zakharchenko, Yu.F., see Sinitsyn, N.I. 215 (2003) 310
Sysuev, A.A., see Bayburin, V.B. 215 (2003) 301 Zakhidov, Al.A., see Obraztsov, A.N. 215 (2003) 214
Zhang, F., see Li, X. 215 (2003) 249
Tao, S., see Wang, J. 215 (2003) 38 Zhang, J., see Wang, J. 215 (2003) 273
Tao, S., see Wang, J. 215 (2003) 273 Zhang, K., see Shao, W. 215 (2003) 54
Tchesov, R.G., see Kurnosov, D.A. 215 (2003) 232 Zhang, X., and G. Gaertner, lon bombardment
Terentiev, A.A., see Bayburin, V.B. 215 (2003) 301 investigations of impregnated cathodes 215 (2003) 25
Torgashov, G.V., see Glukhova, O.E. 215 (2003) 149 Zhbanov, A.1., see Glukhova, O.E. 215 (20031)4 9
Zhong, D.Y., see Liu, G.Y. 215 (20032)0 9
Torgashov, G.V., see Gulyaev, Yu.V. 215 (2003) 141
Torgashov, I.G., see Glukhova, O.E. 215 (2003) 149 Zhou, M., see Wang, J. 215 (2003) 38
Zhou, M., see Wang, J. 215 (20032)7 3
Usanov, D.A., see Melnikova, LP. 215 (2003) 59 Zhu, M., see Li, J. 215 (2003) 49
applied
surface science
ELSEVIER Applied Surface Science 215 (2003) IV-IX
www.elsevier.com locate/apsusc
Subject Index
Alloys Scanning electron and tunneling microscopy of
palladium—barium emitters, V.B. Baiburin,
Stratum-like structured metal alloy cathode, U.P. Volkov, S.V .S emenov and A.S. Semenov 215 (2003) 269
B.Ch. Djubua and O.V. Polivnikova 215 (2003)
Atomic force microscopy Carbon
Peculiarities of field emission from silicon Field emission in vacuum micro-electronics 215 (2003) 113
carbide films, A.A. Evtukh, N.I. Klyui, The field emission from carbon nanotubes,
V.G. Litovchenko, Yu.M. Litvin, O.B. Kor- G.N. Fursey, D.V. Novikov, G.A. Dyuzhev,
neta, V.M. Puzikov and A.V. Semenov 215 (2003) A.V. Kotcheryzhenkov and P.O. Vassiliev 215 (2003) 135
Fundamental and applied directions of field
emission electronics using nanocluster car-
Auger electron spectroscopy bon materials, Yu.V .G ulyaev, N.L. Sinitsyn,
G.V. Torgashov and S.G. Saveliev 215 (2003)
Miniature reservoir cathode—an update, B.K. Prediction of field emitter cathode lifetime
Vancil and E.G. Wintucky 215 (2003) based on measurement of /-V curves,
Preliminary results on the chemical character- V.S. Bormashov, K.N. Nikolski, A.S.
isation of the cathode nickel—emissive Baturin and E.P. Sheshin 215 (2003)
layer interface in oxide cathodes, S.N. Properties of carbon materials, especially
Jenkins, D.K. Barber, MJ. Whiting and fibers, for field emitter applications, E.P.
M.A. Baker 215 (2003) Sheshin 215 (2003)
Microstructure and emission ability of rare CVD growth of carbon nanotube films on
earth oxides doped molybdenum cathodes, nickel substrates, E.F. Kukovitsky, S.G.
J. Yang, Z. Nie and Y. Wang 215 (2003) L’vov, N.A. Sainov and V.A. Shustov 215 (2003) 201
Electron spectroscopy of nanodiamond surface CNTs grown on the surface of various materials
states, Pl. Belobrov, L.A. Bursill, K.1. by large volume MP-CVD for VME appli-
Maslakov and A.P. Dementjev 215 (2003) cations, G.Y. Liu, D.Y. Zhong, S.H. Xia,
S.F. Cheng, Y.G. Ding. YJ. Lu, YJ. Shao,
H.Y. Li, LJ. Hangfu and E.G. Wang 215 (2003) 209
Barium Field emission characteristics of nanostruc-
tured thin film carbon materials, A.N
Barium depletion study on impregnated cath- Obraztsov, A.P. Volkov, A.A. Zakhidov,
odes and lifetime prediction, J.M. Roquais, D.A. Lyashenko, Yu.V. Petrushenko and
F. Poret, R. le Doze, J.L. Ricaud, A. Mon- O.P. Satanovskaya 215 (20032)1 4
terrin and A. Steinbrunn 215 (2003) Study of emission centers in amorphous carbon
Miniature reservoir cathode—an update, B.K. (a-C:H) by field electron and field deso-
Vancil and E.G. Wintucky 215 (2003) rption microscopy, D.P. Bernatskii, A.V.
lon bombardment investigations of impreg- Chernyshev and V.I. Ivanov-Omskii 215 (2003) 222
nated cathodes, X. Zhang and G. Gaertner 215 (2003) Influence of parameters of field-emission cath-
Estimation of barium evaporation rate from odoluminescence light sources on their
emission measurement of dispenser cath- technical properties, M.O. Popov, S.Yu.
odes, M. Ravi and K.S. Bhat 215 (2003) Bulakhov, A.V. Karpov, S.A. Shiriaev,
Correlation of emission capability and long- E.N. Skorokhodov and A.L. Suvorov 215 (2003) 253
evity of dispenser cathodes with character- Characterizations of light sources with carbon
istics of tungsten powders, I.P. Melnikova, fiber cathodes, M.Yu. Leshukov, A.S.
V.G. Vorozheikin and D.A. Usanov 215 (2003) Baturin, N.N. Chadaev and E.P. Sheshin 215 (2003) 260
doi: 10.1016/S0169-4332(03 )00738-4
Subject Index
Liquid carbon surface during explosive emis- A study of secondary electron emission proper-
sion, G.N. Fursey, M.A. Polyakov, L.A. ties of the molybdenum cathode doped with
Shirochin and A.N. Saveliev 215 (2003) RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M.
Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273
Catalysis
Chemical vapour deposition
CVD growth of carbon nanotube films on
nickel substrates, E.F. Kukovitsky, S.G. CVD growth of carbon nanotube films on
Lvov, N.A. Sainov and V.A. Shustov 215 (2003) 201 nickel substrates, E.F. Kukovitsky, S.G.
L’vov, N.A. Sainov and V.A. Shustov 215 (2003) 201
Cathodes CNTs grown on the surface of various materials
by large volume MP-CVD for VME appli-
Barium depletion study on impregnated cath- cations, G.Y. Liu, D.Y. Zhong, S.H. Xia,
odes and lifetime prediction, J.M. Roquais, S.F. Cheng, Y.G. Ding, YJ. Lu, YJ. Shao,
F. Poret, R. le Doze, J.L. Ricaud, A. Mon- H.Y. Li, LJ. Hangfu and E.G. Wang 215 (20032)0 9
terrin and A. Steinbrunn 215 (2003) Field emission characteristics of nanostruc-
Miniature reservoir cathode—an update, B.K. tured thin film carbon materials, A.N.
Vancil and E.G. Wintucky 215 (2003) Obraztsov, A.P. Volkov, A.A. Zakhidov,
lon bombardment investigations of impreg- D.A. Lyashenko, Yu.V. Petrushenko and
nated cathodes, X. Zhang and G. Gaertner 215 (2003) O.P. Satanovskaya 215 (2003) 214
Estimation of barium evaporation rate from Suppression of secondary electrons from dia-
emission measurement of dispenser cath- mond by whisker formation, S.W. Lee, YJ.
odes, M. Ravi and K.S. Bhat 215 (2003) Baik, C.J. Kang and D. Jeon 215 (2003) 265
Investigation and application of impregnated
scandate cathodes, J. Li, S. Yan, W. Shao, Computer simulations
Q. Chen and M. Zhu 215 (2003)
Gas poisoning investigations of scandate and
M-type dispenser cathodes, W. Shao, K. Computer simulation of magnetron devices,
Zhang, J. Li, S. Yan and Q. Chen 215 (2003) V.B. Bayburin, A.A. Terentiev, V1. Vislov,
Correlation of emission capability and long- A.B. Levande, I.K. Guriev and A.A. Sysuev 215 (2003) 301
evity of dispenser cathodes with character-
istics of tungsten powders, I.P. Melnikova, Depth profiling
V.G. Vorozheikin and D.A. Usanov 215 (2003)
Recent developments in oxide cathode research
for CRT applications, D.S. Barratt and G. Microstructure and emission ability of rare
Gartner 215 (2003) earth oxides doped molybdenum cathodes,
Accelerated life tests of CRT oxide cathodes, G. J. Yang, Z. Nie and Y. Wang 215 (2003) 87
Gaertner, D. Raasch, D. Barratt and S. Jenkins 215 (2003)
Preliminary results on the chemical character- Diamond
isation of the cathode nickel—emissive layer
interface in oxide cathodes, S.N. Jenkins, Electron spectroscopy of nanodiamond surface
D.K. Barber, MJ. Whiting and M.A. Baker 215 (2003) states, PI. Belobrov, L.A. Bursill, K.I
Microstructure and emission ability of rare Maslakov and A.P. Dementjev 215 (2003) 169
earth oxides doped molybdenum cathodes, Field emission influenced by residual gas and
J. Yang, Z. Nie and Y. Wang 215 (2003) passivation of field emitters by diamond
Advanced structure of cathode for gas dis- coating, Y.C. Ko and D. Jeon 215 (20032)2 8
charge lamp of super high pressure, P.A. Suppression of secondary electrons from dia-
Kruglenya and O.Y. Maslennikov 215 (2003) mond by whisker formation, S.W. Lee, YJ.
Model of m-level low-frequency current fluc- Baik, C.J. Kang and D. Jeon 215 (2003) 265
tuations in metal thermionic cathodes, SS.
Ghots and R.Z. Bakhtizin 215 (2003)
Electrical properties
Prediction of field emitter cathode lifetime
based on measurement of /-V curves,
V.S. Bormashov, K.N. Nikolski, A.S. Gas poisoning investigations of scandate and
Baturin and E.P. Sheshin 215 (2003) 178 M-type dispenser cathodes, W. Shao, K.
Stratum-like structured metal alloy cathode, Zhang, J. Li, S. Yan and Q. Chen 215 (2003) 54
B.Ch. Djubua and O.V. Polivnikova 215 (2003) 242 Fundamental and applied directions of field
Characterizations of light sources with carbon emission electronics using nanocluster car-
fiber cathodes, M.Yu. Leshukov, A.S. bon materials, Yu.V .G ulyaev, N.1. Sinitsyn,
Baturin, N.N. Chadaev and E.P. Sheshin 215 (2003) 260 G.V. Torgashov and S.G. Saveliev 215 (2003) 141
VI Subject Index
Field emission characteristics of nanostruc- shenko, Yu.V. Petrushenko and O.P. Sata-
tured thin film carbon materials, A.N. novskaya 215 (2003) 214
Obraztsov, A.P. Volkov, Al.A. Zakhidov, Peculiarities of field emission from silicon
D.A. Lyashenko, Yu.V. Petrushenko and carbide films, A.A. Evtukh, N.I. Klyui,
O.P. Satanovskaya 215 (2003) 214 V.G. Litovchenko, Yu.M. Litvin, O.B.
Peculiarities of field emission from silicon Korneta, V.M. Puzikov and A.V. Semenov 215 (2003) 237
carbide films, A.A. Evtukh, N.I. Klyui, Investigation of FEAs applied in vacuum
V.G. Litovchenko, Yu.M. Litvin, O.B. Kor- electron gun, X. Li, C. Yang, G. Bai, F.
neta, V.M. Puzikov and A.V. Semenov 215 (2003) 237 Zhang, F. Liao, J. Feng, M. Ding and Y. Du 215 (2003) 249
Suppression of secondary electrons from
diamond by whisker formation, S.W. Lee,
Electron emission
YJ. Baik, C.J. Kang and D. Jeon 215 (2003) 265
Scanning electron and tunneling microscopy of
Accelerated life tests of CRT oxide cathodes, G. palladium—barium emitters, V.B. Baiburin,
Gaertner, D. Raasch, D. Barratt and S. Jenkins 215 (2003) 72 U.P. Volkov, S. V.S emenoavn d A.S. Semenov 215 (2003) 269
Suppression of secondary electrons from dia- A study of secondary electron emission proper-
mond by whisker formation, $.W. Lee, YJ. ties of the molybdenum cathode doped with
Baik, C.J. Kang and D. Jeon 215 (20032)6 5 RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M.
Scanning electron and tunneling microscopy of Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273
palladium—barium emitters, V.B. Baiburin, Liquid carbon surface during explosive emis-
U.P. Volkov, S.V. Semenov and A.S. Semenov 215 (20032)6 9 sion, G.N. Fursey, M.A. Polyakov, L.A.
A study of secondary electron emission proper- Shirochin and A.N. Saveliev 215 (2003) 286
ties of the molybdenum cathode doped with
RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M. Field desorption
Zhou, Y. Gao, S. Tao and J. Zhang 215 (20032)7 3
Study of emission centers in amorphous carbon
Electron energy loss spectroscopy
(a-C:H) by field electron and field deso-
rption microscopy, D.P. Bernatskii, A.V.
Electron spectroscopy of nanodiamond surface Chernyshev and V.I. Ivanov-Omskii 215 (2003) 222
states, Pl. Belobrov, L.A. Bursill, K.1
Maslakov and A.P. Dementjev 215 (2003) 169 Field electron microscopy
Electron microscopy Study of emission centers in amorphous carbon
(a-C:H) by field electron and field deso-
rption microscopy, D.P. Bernatskii, A.V.
Preliminary results on the chemical characterisa- Chernyshev and V.I. Ivanov-Omskii 215 (2003) 222
tion of the cathode nickel—emissive layer
interface in oxide cathodes, S.N. Jenkins,
D.K. Barber, M.J. Whiting and M.A. Baker 215 (2003) 78 Field emission
Microstructure and emission ability of rare
earth oxides doped molybdenum cathodes, Field emission in vacuum micro-electronics 215 (2003) 113
J. Yang, Z. Nie and Y. Wang 215 (2003) 87 The field emission from carbon nanotubes,
Field emission in vacuum micro-electronics 215 (2003) 113 G.N. Fursey, D.V. Novikov, G.A. Dyuzhev,
The field emission from carbon nanotubes, A.V. Kotcheryzhenkov and P.O. Vassiliev 215 (2003) 135
G.N. Fursey, D.V. Novikov, G.A. Dyuzhev, Fundamental and applied directions of field
A.V. Kotcheryzhenkov and P.O. Vassiliev 215 (2003) 135 emission electronics using nanocluster
Fundamental and applied directions of field carbon materials, Yu.V. Gulyaev, N.1. Sinit-
emission electronics using nanocluster car- syn, G.V. Torgashov and S.G. Saveliev 215 (2003) 141
bon materials, Yu.V .G ulyaev, N.1. Sinitsyn, Prediction of field emitter cathode lifetime
G.V. Torgashov and S.G. Saveliev 215 (2003) 141 based on measurement of /-V curves,
Properties of carbon materials, especially fibers, V.S. Bormashov, K.N. Nikolski, A.S.
for field emitter applications, E.P. Sheshin 215 (2003) 191 Baturin and E.P. Sheshin 215 (2003) 178
CNTs grown on the surface of various materials Regression equations modelling diffusion pro-
by large volume MP-CVD for VME appli- cesses, V.M. Anikin, Yu.A. Barulina and
cations, G.Y. Liu, D.Y. Zhong, S.H. Xia, A.F. Goloubentsev 215 (2003) 185
S.F. Cheng, Y.G. Ding, YJ. Lu, YJ. Shao, Properties of carbon materials, especially fibers,
HLY. Li, LJ. Hangfu and E.G. Wang 215 (2003) 209 for field emitter applications, E.P. Sheshin 215 (2003) 191
Field emission characteristics of nanostructured CNTs grown on the surface of various materials
thin film carbon materials, A.N. Obraztsov, by large volume MP-CVD for VME appli-
A.P. Volkov, A.l.A. Zakhidov, D.A. Lya- cations, G.Y. Liu, D.Y. Zhong, S.H. Xia,
Subject Index
S.F. Cheng, Y.G. Ding, YJ. Lu, YJ. Shao, Infrared spectroscopy
H.Y. Li, L.J. Hangfu and E.G. Wang 215 (2003) 209
Field emission characteristics of nanostructured
thin film carbon materials, A.N. Obraztsov, Study of emission centers in amorphous carbon
(a-C:H) by field electron and field deso-
A.P. Volkov, A.A. Zakhidov, D.A. Lya-
shenko, Yu.V. Petrushenko and O.P. Sata- rption microscopy, D.P. Bernatskii, A.V.
novskaya 215 (2003) 214 Chernyshev and V.I. Ivanov-Omskii 215 (2003) 222
Field emission influenced by residual gas and
passivation of field emitters by diamond lon bombardment
coating, Y.C. Ko and D. Jeon 215 (2003) 228
Peculiarities of field emission from silicon
lon bombardment investigations of impreg-
carbide films, A.A. Evtukh, N.I. Klyui, nated cathodes, X. Zhang and G. Gaertner 215 (2003) 25
V.G. Litovchenko, Yu.M. Litvin, O.B.
Korneta, V.M. Puzikov and A.V. Semenov 215 (2003) 237
Stratum-like structured metal alloy cathode, Lanthanum
B.Ch. Djubua and O.V. Polivnikova 215 (2003) 242
Investigation of FEAs applied in vacuum elec- Stratum-like structured metal alloy cathode,
tron gun, X. Li, C. Yang, G. Bai, F. Zhang, B.Ch. Djubua and O.V. Polivnikova 215 (2003) 242
F. Liao, J. Feng, M. Ding and Y. Du 215 (2003) 249
Influence of parameters of field-emission cath-
Luminescence
odoluminescence light sources on their
technical properties, M.O. Popov, S.Yu.
Bulakhov, A.V. Karpov, S.A. Shiriaev, Field emission characteristics of nanostruc-
E.N. Skorokhodov and A.L. Suvorov 215 (2003) 253 tured thin film carbon materials, A.N.
Characterizations of light sources with carbon Obraztsov, A.P. Volkov, ALA. Zakhidov,
fiber cathodes, M.Yu. Leshukov, AS. D.A. Lyashenko, Yu.V. Petrushenko and
Baturin, N.N. Chadaev and E.P. Sheshin 215 (2003) 260 O.P. Satanovskaya 215 (2003) 214
Liquid carbon surface during explosive emis- Influence of parameters of field-emission cath-
sion, G.N. Fursey, M.A. Polyakov, L.A. odoluminescence light sources on their
Shirochin and A.N. Saveliev 215 (2003) 286 technical properties, M.O. Popov, S.Yu.
Construction principles for multi-beam micro- Bulakhov, A.V. Karpov, S.A. Shiriaev,
wave power amplifier tubes with distributed E.N. Skorokhodov and A.L. Suvorov 215 (2003) 253
transverse—extended interaction, using fea Characterizations of light sources with carbon
electron source, NI. Sinitsyn, Yu.F. fiber cathodes, M.Yu. Leshukov, A.S.
Zakharchenko and Yu.V. Gulyaev 215 (2003) 310 Baturin, N.N. Chadaev and E.P. Sheshin 215 (2003) 260
Field emission microscopy Molybdenum
The field emission from carbon nanotubes, Microstructure and emission ability of rare
G.N. Fursey, D.V. Novikov, G.A. Dyuzhev, earth oxides doped molybdenum cathodes,
A.V. Kotcheryzhenkov and P.O. Vassiliev 215 (2003) 135 J. Yang, Z. Nie and Y. Wang 215 (2003) 87
Field emission influenced by residual gas and
Graphite passivation of field emitters by diamond
coating, Y.C. Ko and D. Jeon 215 (2003) 228
A study of secondary electron emission proper-
Prediction of field emitter cathode lifetime based ties of the molybdenum cathode doped with
on measurement of /-V curves, V.S. Borma- RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M.
shov, K.N. Nikolski, A.S. Baturin and E.P. Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273
Sheshin 215 (2003) 178
Properties of carbon materials, especially fibers,
Nanostructures
for field emitter applications, E.P. Sheshin 215 (2003) 191
Field emission in vacuum micro-electronics 215 (2003) 113
Indium
The field emission from carbon nanotubes,
G.N. Fursey, D.V. Novikov, G.A. Dyuzhev,
Gas poisoning investigations of scandate and A.V. Kotcheryzhenkov and P.O. Vassiliev 215 (2003) 135
M-type dispenser cathodes, W. Shao, K. Fundanda appmlied edirenctionts oaf fielldem is-
Zhang, J. Li, S. Yan and Q. Chen 215 (2003) 54 sion electronics using nanocluster carbon
Stratum-like structured metal alloy cathode, materials, Yu.V. Gulyaev, N.1. Sinitsyn,
B.Ch. Djubua and O.V. Polivnikova 215 (2003) 242 G.V. Torgashov and S.G. Saveliev 215 (2003) 141
Vill Subject Index
Electron spectroscopy of nanodiamond surface Palladium
states, PI. Belobrov, L.A. Bursill, K.1.
Maslakov and A.P. Dementjev 215 (2003) 169
Scanning electron and tunneling microscopy of
CVD growth of carbon nanotube films on
palladium—barium emitters, V.B. Baiburin,
nickel substrates, E.F. Kukovitsky, S.G.
L’vov, N.A. Sainov and V.A. Shustov 215 (2003) 201 U.P. Volkov, S. V. Semenov and A.S. Semenov 215 (2003) 269
CNTs grown on the surface of various materials
by large volume MP-CVD for VME appli- Phase transition
cations, G.Y. Liu, D.Y. Zhong, S.H. Xia,
S.F. Cheng, Y.G. Ding, YJ. Lu, YJ. Shao,
HY. Li, LJ. Hangfu and E.G. Wang 215 (2003) 209 Determination of the latent heat of phase tran-
Field emission characteristics of nanostruc- sitions in ruthenium by means of a ther-
tured thin film carbon materials, A.N. mionic microscope, V.I. Emel’ yanov, O-Y.
Obraztsov, A.P. Volkov, A.1.A. Zakhidov, Maslennikov and P.N. Roukhlyada 215 (2003) 96
D.A. Lyashenko, Yu.V. Petrushenko and
O.P. Satanovskaya 215 (2003) 214 Photo electron spectroscopy
Nickel
Electron spectroscopy of nanodiamond surface
states, Pl. Belobrov, L.A. Bursill, K.I.
Preliminary results on the chemical character- Maslakov and A.P. Dementjev 215 (2003) 169
isation of the cathode nickel—emissive
layer interface in oxide cathodes, S.N.
Plasma processing
Jenkins, D.K. Barber, M.J. Whiting and
M.A. Baker 215 (2003) 78
CVD growth of carbon nanotube films on CNTs grown on the surface of various materials
nickel substrates, E.F. Kukovitsky, S.G. by large volume MP-CVD for VME appli-
L’vov, N.A. Sainov and V.A. Shustov 215 (20032)0 1 cations, G.Y. Liu, D.Y. Zhong, S.H. Xia,
S.F. Cheng, Y.G. Ding, YJ. Lu, YJ. Shao,
Osmium H.Y. Li, L.J. Hangfu and E.G. Wang 215 (2003) 209
Suppression of secondary electrons from
diamond by whisker formation, S.W. Lee,
Gas poisoning investigations of scandate and YJ. Baik, C.J. Kang and D. Jeon 215 (2003) 265
M-type dispenser cathodes, W. Shao, K.
Zhang, J. Li, S. Yan and Q. Chen 215 (2003)
Raman scattering
Oxides
Study of emission centers in amorphous carbon
(a-C:H) by field electron and field deso-
Recent developments in oxide cathode research
rption microscopy, D.P. Bernatskii, A.V.
for CRT applications, D.S. Barratt and G.
Chernyshev and V.1. [vanov-Omskii 215 (2003) 222
Gartner 215 (2003)
Accelerated life tests of CRT oxide cathodes, G.
Gaertner, D. Raasch, D. Barratt and S. Rare earth metals
Jenkins 215 (2003)
Preliminary results on the chemical character-
isation of the cathode nickel—emissive Microstructure and emission ability of rare
layer interface in oxide cathodes, S.N. earth oxides doped molybdenum cathodes,
Jenkins, D.K. Barber, MJ. Whiting and J. Yang, Z. Nie and Y. Wang 215 (2003) 87
M.A. Baker 215 (2003) A study of secondary electron emission proper-
A study of secondary electron emission proper- ties of the molybdenum cathode doped with
ties of the molybdenum cathode doped with RE,O,, J. Wang, H. Li, J. Liu, Y.W ang, M
RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M. Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273
Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273
Ruthenium
Oxygen
Determination of the latent heat of phase tran-
Suppression of secondary electrons from dia- sitions in ruthenium by means of a ther-
mond by whisker formation, S.W. Lee, YJ. mionic microscope, V.1. Emel’ yanov, O.Y.
Baik, C.J. Kang and D. Jeon 215 (2003) 265 Maslennikov and P.N. Roukhlyada 215 (2003) 96
Subject Index
Scandium Tungsten
Investigation and application of impregnated Barium depletion study on impregnated cath-
scandate cathodes, J. Li, S. Yan, W. Shao, odes and lifetime prediction, J.M. Roquais,
Q. Chen and M. Zhu 215 (2003) 49 F. Poret, R. le Doze, J.L. Ricaud, A. Mon-
Gas poisoning investigations of scandate and terrin and A. Steinbrunn 215 (2003) 5
M-type dispenser cathodes, W. Shao, K. Correlation of emission capability and long-
Zhang, J. Li, S. Yan and Q. Chen 215 (2003) 54 evity of dispenser cathodes with character-
istics of tungsten powders, I.P. Melnikova,
V.G. Vorozheikin and D.A. Usanov 215 (2003) 59
Scanning tunneling spectroscopy
Advanced structure of cathode for gas dis-
charge lamp of super high pressure, P.A.
Scanning electron and tunneling microscopy Kruglenya and O.Y. Maslennikov 215 (2003) 101
of palladium—barium emitters, V.B. Bai-
burin, U.P. Volkov, S.V. Semenov and
A.S. Semenov 215 (2003) 269 Work function
Secondary ion mass spectroscopy Determination of the latent heat of phase tran-
sitions in ruthenium by means of a ther-
mionic microscope, V.I. Emel’ yanov, O.Y.
Preliminary results on the chemical character-
Maslennikov and P.N. Roukhlyada 215 (2003) 96
isation of the cathode nickel—emissive
Scanning electron and tunneling microscopy of
layer interface in oxide cathodes, S.N.
palladium—barium emitters, V.B. Baiburin,
Jenkins, D.K. Barber, MJ. Whiting and
U.P. Volkov, S.V. Semenov and A.S. Semenov 215 (2003) 269
M.A. Baker 215 (2003) 78
X-ray diffraction
Silicon carbide
CVD growth of carbon nanotube films on
Peculiarities of field emission from silicon
nickel substrates, E.F. Kukovitsky, S.G.
carbide films, A.A. Evtukh, N.I. Klyui,
Lvov, N.A. Sainov and V.A. Shustov 215 (20032)0 1
V.G. Litovchenko, Yu.M. Litvin, O.B.
Korneta, V.M. Puzikov and A.V. Semenov 215 (2003) 237
X-ray spectroscopy
Thin films
Preliminary resultso n the chemical characterisa-
Suppression of secondary electrons from tion of the cathode nickel—emissive layer
diamond by whisker formation, $.W. Lee, interface in oxide cathodes, S.N. Jenkins,
YJ. Baik, CJ. Kang and D. Jeon 215 (20)3) 265 D.K. Barber, M.J. Whiting and M.A. Baker 215 (2003) 78
Microstructure and emission ability of rare
earth oxides doped molybdenum cathodes,
Thorium J. Yang, Z. Nie and Y. Wang 215 (2003) 87
A study of secondary electron emission proper-
Advanced structure of cathode for gas dis- ties of the molybdenum cathode doped with
charge lamp of super high pressure, P.A. RE,O,, J. Wang, H. Li, J. Liu, Y. Wang, M.
Kruglenya and O.Y. Maslennikov 215 (2003) 101 Zhou, Y. Gao, S. Tao and J. Zhang 215 (2003) 273