Dr. Varró
Sándor
tudományos közleményeinek idézettsége
a Science Citation Index alapján (
1980-2003. Március )
1. J. Bergou, S.
Varró: Wave functions of a free electron in an external field and their
application in intense field interactions, II. Relativistic treatment.
J. Phys. A: Math. Gen. 13, 2823-2837
(1980) [ 1.620 ]
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1.Ehlotzky F
CANADIAN JOURNAL OF PHYSICS 1981;59(9):1200-1211
2.Guo DS
JOURNAL OF PHYSICS A-MATHEMATICAL GEN 1988;21(24):4577-4591
3.Faisal FHM
RADIAT EFF DEFECT SOLID 1991;122(P1):27-50
4.Ehlotzky F
PHYS REP REV SECT PHYS LETT 1998;297(2-3):64-153
5.Kaminski JZ
PHYS REV A 59 (3): 2105-2110 MAR 1999
6.Panek P
CAN J PHYS 77 (8): 591-602 AUG 1999
7.Kaminski JZ
LASER PHYS 10 (1): 163-170 JAN-FEB
2000
8.de Aldana JRV
PHYS REV A 64 (1): art. no. 013411 JUL
2001
9. Panek P
PHYS REV A 65 (3): art. no. 033408
Part B MAR 2002
10. Milosevic DB
ADV ATOM MOL OPT PHY 49: 373-532 2003
11. Panek P
LASER PHYS 13 (11): 1399-1404 NOV 2003
12. Muller C
PHYS REV A 67 (6): Art. No. 063407 JUN 2003
13. Kaminski JZ
J MOD OPTIC 50 (3-4): 621-642 JAN 2003
2. J. Bergou, S. Varró: Optically induced
band structure of free electrons in an external plane wave field.
J. Phys. A: Math. Gen. 13, 3553-3559
(1980) [ 1.863 ]
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1.Ehlotzky F
CANADIAN JOURNAL OF PHYSICS 1981;59(9):1200-1211
2.Druhl K
JOURNAL OF MATHEMATICAL PHYSICS 1983;24(3):705-711
3.Connor JNL
JOURNAL OF CHEMICAL PHYSICS 1984;80(10):5095-5106
4.Kormendi FF
OPTICA ACTA 1984;31(3):301-311
5.Mitter H
PHYSICAL REVIEW A-GENERAL PHYSICS 1985;31(4):2030-2037
6.Kaminski JZ
ACTA PHYSICA POLONICA A 1988;74(1):59-66
7. Reiss HR
PHYS REV A 63 (1): art. no. 013409 JAN
2001
3. J. Bergou, S.
Varró: Nonlinear scattering processes in the presence of a quantised radiation
field: I. Nonrelativistic treatment.
J. Phys. A: Math. Gen. 14, 1469-1482
(1980) [ 1.863 ]
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1.Nguyendang TT
JOURNAL OF CHEMICAL PHYSICS 1983;79(7):3256-3268
2.Benaryeh Y
PHYSICAL REVIEW LETTERS 1985;54(10):1020-1022
3.Becker W
PHYSICAL REVIEW A-GENERAL PHYSICS 1987;36(5):2167-2170
4.Dattoli G
JOURNAL OF THE OPTICAL SOCIETY OF AM B-OPT 1987;4(2):185-187
5.Ehlotzky F
CANADIAN JOURNAL OF PHYSICS 1988;66(9):752-756
6.Aberg T
PHYS SCR 1993;T460:173-181
7.Thrapsaniotis EG
J PHYS A MATH GEN 1997;30(22):7967-7973
8.Ehlotzky F
PHYS REP REV SECT PHYS LETT 1998;297(2-3):64-153
4. J. Bergou, S.
Varró: Nonlinear scattering processes in the presence of a quantised radiation
field: II. Relativistic treatment.
J. Phys. A: Math. Gen. 14, 2281-2303
(1980) [ 1.863 ]
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1.Druhl K
JOURNAL OF MATHEMATICAL PHYSICS 1983;24(3):705-711
2.Filipowicz P
JOURNAL OF PHYSICS A-MATHEMATICAL GEN 1985;18(10):1675-1685
3.Krstic PS
PHYSICAL REVIEW A-GENERAL PHYSICS 1989;39(4):1783-1790
4.Gazazyan AD
ZHURNAL EKSPERIMENTALNOI I TEORETICH FIZIKI 1989;96(1):71-84
5.Aberg T
PHYS SCR 1993;T460:173-181
6.Thrapsaniotis EG
J PHYS A MATH GEN 1997;30(22):7967-7973
7.Prepelitsa OB
J EXP THEOR PHYS 1997;85(5):838-845
5. J. Bergou, S. Varró
and M.V. Fedorov: e-e scattering in the presence of an external field.
J. Phys. A: Math. Gen. 14, 2305-2315
(1981) [ 1.863 ]
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1.Nguyendang TT
JOURNAL OF CHEMICAL PHYSICS 1983;79(7):3256-3268
2.Kazantsev AP
PHYSICS LETTERS A 1983;97(8):320-322
3.Kazantsev AP
JOURNAL OF PHYSICS B-ATOMIC MOL AND O 1984;17(14):2943-2954
4.Roshechupkin SP
OPTIKA I SPEKTROSKOPIYA 1984;56(1):36-40
5.Kazantsev AP
ZHURNAL EKSPERIMENTALNOI I TEORETICH FIZI 1984;86(3):896-905
6.Bandrauk AD
JOURNAL OF CHEMICAL PHYSICS 1986;84(12):6761-6770
7.Kalman P
PHYSICAL REVIEW C-NUCLEAR PHYSICS 1986;34(3):1024-1030
8.Kalman P
PHYSICAL REVIEW C-NUCLEAR PHYSICS 1988;37(6):2676-2686
9.Saito N
INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY 1989;35(2):283-295
10.Roshchupkin SP
IZV AKAD NAUK SSSR FIZ 1992;56(8):182-187
11.Roshchupkin SP
UKR FIZ ZH 1991;36(7):967-973
12.Denisenko OI
PHYS SCR 1994;50(4):339-342
13.Faisal FHM
PHYS LETT A 1994;187(2):180-184
14.Prepelitsa OB
J EXP THEOR PHYS 1997;85(5):838-845
15. Schwengelbeck U
PHYS LETT A 253 (3-4): 168-172 MAR 22
1999
16. Denisenko OI
LASER PHYS 9 (5): 1108-1112 SEP-OCT
1999
17.Roshchupkin SP
LASER PHYS 10 (6): 1256-1272 NOV-DEC
2000
18. Panek P
PHYS REV A 69 (1): Art. No. 013404 JAN 2004
19. Starodub SS
LASER PHYS 13 (11): 1422-1425 NOV 2003
7. J. Bergou and S.
Varró: On the quantum mechanical states of a free charged particle in a uniform
magnetic field and a laser field.
J. Phys. B: At. Mol. Phys. 15,
L179-L184 (1980) [ 2.894 ]
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1.Kennedy PK
JOURNAL OF PHYSICS A-MATHEMATICAL AND GENERAL 1983;16:521-533
9. J. Bergou, F.
Ehlotzky and S. Varró: Charged particle scattering in a magnetic and a laser
field and nonlinear Bremsstrahlung.
Phys. Rev. A26, 470-479 (1982) [
2.580 ]
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1.Bivona S
JOURNAL OF PHYSICS B-ATOMIC MOL AND OPT 1984;17(6):1093-1106
2.Bivona S
JOURNAL OF PHYSICS B-ATOMIC MOL AND OPT 1984;17(12):L411-L416
12. S. Varró: Coherent
states of an electron in a homogeneous constant magnetic field and the zero
magnetic field limit.
J. Phys. A: Math. Gen. 17, 1631-1638
(1984) [ 2. 381 ]
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2.Demeur M
PHYSICAL REVIEW A-GENERAL PHYSICS 1988;38(4):1711-1723
3.Dodonov VV
PHYS LETT A 1994;188(3):232-238
4.Ozana M
PHYS SOLID STATE 1998;40(8):1276-1282
5.Dodonov VV
J OPT B-QUANTUM S O 4 (1): R1-R33 FEB
2002
6. Jellal A
MOD PHYS LETT A 17 (11): 671-682 APR 10 2002
15. Z.Gy. Horváth and S. Varró: Modes in
wall-reflection planar halo lasers.
Optica Acta 32, 1125-1144 (1985) [
0.861 ]
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1.Bertolotti M
OPTICA ACTA 1985;32(9-10):961-980
16. O.T. Serimaa, J.
Javanainen and S. Varró: Gauge-independent Wigner functions: General
formulation.
Phys. Rev. A33, 2913-2927 (1986) [
2.363 ]
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1.Vasak D
ANNALS OF PHYSICS 1987;173(2):462-492
2.Kim YS
PHYSICAL REVIEW A-GENERAL PHYSICS 1987;36(3):1293-1297
3.Reggiani L
PHYSICAL REVIEW B-CONDENSED MATTER 1987;36(12):6602-6608
4.Papiez L
JOURNAL OF MATHEMATICAL PHYSICS 1988;29(3):642-659
5.Han D
PHYSICAL REVIEW A-GENERAL PHYSICS 1988;37(3):807-814
6.Tso HC
PHYS REV B-CONDENSED MATTER 1991;44(4):1451-1457
7.Levanda M
J PHYS-CONDENS MATTER 1994;6(39):7889-7908
8.Fan HY
MOD PHYS LETT A 13 (33): 2679-2687 OCT
30 1998
9.Muller M
J PHYS A-MATH GEN 32 (6): 1035-1052 FEB
12 1999
10.Levanda M
ANN PHYS-NEW YORK 292 (2): 199-231 SEP
15 2001
11. Fan HY
PHYS LETT A 301 (3-4): 153-162 AUG 26
2002
12. Dragoman D
PROG OPTICS 43: 433-496 2002
19. S. Varró and F. Ehlotzky:
Generalized coherent states for electrons in external fields and application to
potential scattering.
Phys. Rev. A36, 497-509 (1987) [
2.639 ]
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1.Demeur M
PHYSICAL REVIEW A-GENERAL PHYSICS 1988;38(4):1711-1723
2.Abdalla MS
PHYSICAL REVIEW A-GENERAL PHYSICS 1988;37(10):4026-4029
3.Vojta G
ANNALEN DER PHYSIK 1988;45(8):614-625
4.Abdalla MS
NUOVO CIMENTO DELLA SOCIETA ITAL DI FI 1990;105(10):1119-1129
20. S. Varró and F.
Ehlotzky: Scattering by a hard sphere in a laser field.
Z. Physik D8, 211-217 (1988) [ 1.951
]
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1.Faisal FHM
COMPUTER PHYSICS REPORTS 1989;9(2):57-113
2.Kaminski JZ
ZEITSCHRIFT FUR PHYSIK D-ATOMS MOLECULES AND C 1990;16(3):153-159
48. W. Schleich, R.J.
Horowicz and S. Varró: A bifurcation in squeezed
state physics: But how? or Area- of - overlap in phase as a guide to the phase
distribution and the action-angle Wigner function of a squeezed state, in Quantum
Optics V (Ed. J.D. Harvey and D.F. Walls) pp. 133-142 (Springer,
Heidelberg, 1989)
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1.Walls DF
PHYSICAL REVIEW A 1990;42(7):4366-4373
2.Buzek V
OPT COMMUN 1991;81(5):331-336
3.Eiselt J
PHYS REV A 1991;43(1):346-360
4.Luks A
CZECH J PHYS 1991;41(12):1205-1230
5.Bialynicki-Birula I
PHYS SCR 1993;T480:113-118
6.Agarwal GS
PHYS SCR 1993;T480:128-130
7.Lynch R
PHYS REV A 1993;47(2):1576-1578
8.Freyberger M
PHYS REV A 1993;47(1):R30-R33
9.Tanas R
PHYS SCR 1993;T480:53-60
10.Garraway BM
PHYS SCR 1993;T480:66-76
11.Daeubler B
PHYS SCR 1993;T480:119-123
12.Vaccaro J
PHYS REV A 1995;52(5):3474-3488
13.Lynch R
PHYS REP-REV SECT PHYS LETT 1995;256(6):368-436
14.Tanas R
PROG OPTICS 1996;35:355-446
15.Luks A
PHYS LETT A 1997;229(1):8-16
16.Shumovsky AS
OPT COMMUN 1997;136(3-4):219-222
21. W. Schleich, R.J. Horowicz and S.
Varró: A bifurcation in the phase probability of a highly squeezed state.
Phys. Rev. A40, 7405-7408 (1989) [
2.292 ]
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1.Barnett SM
PHYSICAL REVIEW A 1990;42(11):6713-6720
2.Braunstein SL
PHYSICAL REVIEW A 1990;42(7):4115-4119
3.Dowling JP
OPT COMMUN 1991;86(2):119-122
4.Orszag M
OPT COMMUN 1991;86(2):147-150
5.Vogel W
PHYS REV A 1991;44(11):7642-7646
6.Dowling JP
ANN PHYS LEIPZIG 1991;48(7):423-478
7.Bergou J
ANN PHYS N Y 1991;209(2):479-505
8.Eiselt J
PHYS REV A 1991;43(1):346-360
9.Vaccaro JA
J MOD OPTICS 1992;39(3):603-614
10.Cohen D
OPT COMMUN 1992;94(4):227-230
11.Ritze HH
OPT COMMUN 1992;92(1-3):127-134
12.Dung HT
PHYS LETT A 1992;169(5):379-388
13.Gheri KM
PHYS REV A 1992;46(9):6002-6009
14.Burak D
PHYS REV A 1992;46(5):2744-2748
15.Noh JW
PHYS REV A 1992;46(5):2840-2852
16.Buzek V
PHYS REV A 1992;45(11):8079-8094
17.Agarwal GS
PHYS REV A 1992;45(7):4904-4910
18.Tanas R
PHYS REV A 1992;45(7):5031-5038
19.Garraway BM
PHYS REV A 1992;46(9):R5346-R5349
20.Kuang LM
PHYS LETT A 1993;183(1):1-8
21.Smithey DT
PHYS REV A 1993;48(4):3159-3167
22.Noh JW
PHYS REV LETT 1993;71(16):2579-2582
23.Nieto MM
PHYS SCR 1993;T480:5-12
24.Noh JW
PHYS SCR 1993;T480:29-34
25.Smithey DT
PHYS SCR 1993;T480:35-44
26.Leonhardt U
PHYS SCR 1993;T480:45-48
27.Tanas R
PHYS SCR 1993;T480:53-60
28.Herzog U
PHYS SCR 1993;T480:61-65
29.Garraway BM
PHYS SCR 1993;T480:66-76
30.Stenholm S
PHYS SCR 1993;T480:77-83
31.Vourdas A
PHYS SCR 1993;T480:84-86
32.Bialynicki-Birula I
PHYS SCR 1993;T480:113-118
33.Daeubler B
PHYS SCR 1993;T480:119-123
34.Buzek V
PHYS SCR 1993;T480:131-142
35.Barnett SM
PHYS SCR 1993;T480:13-21
36.Agarwal GS
OPT COMMUN 1993;100(5-6):479-481
37.Chizhov AV
PHYS LETT A 1993;176(1-2):33-40
38.Schieve WC
PHYS REV A 1993;48(3):2315-2323
39.Tara K
PHYS REV A 1993;47(6):5024-5029
40.Smithey DT
PHYS REV LETT 1993;70(9):1244-1247
41.Beck M
PHYS REV A 1993;48(2):R890-R893
42.Leonhardt U
PHYS REV A 1993;47(4):R2460-R2463
43.Freyberger M
PHYS REV A 1993;47(1):R30-R33
44.Leonhardt U
PHYS REV A 1994;49(2):1231-1242
45.Dung HT
PHYS REV A 1994;49(1):473-480
46.Raymer MG
PHYS REV A 1993;48(6):4617-4628
46.Palma A
INT J QUANTUM CHEM 1994;(S28):261-264
47.Kuang LM
PHYS REV A 1994;50(5):4228-4236
48.Brif C
PHYS REV A 1994;50(4):3505-3516
49.Raymer MG
ACTA PHYS POL A 1994;86(1-2):71-80
50.Kuang LM
J MOD OPTIC 1994;41(7):1307-1318
51.Gangopadhyay G
J MOD OPTIC 1994;41(3):525-541
52.Leonhardt U
PHYS LETT A 1994;193(2):117-120
53.Kuang LM
PHYS LETT A 1994;186(1-2):8-14
54.Freyberger M
PHYS REV A 1994;49(6):5056-5066
55.Franson JD
PHYS REV A 1994;49(5):3221-3228
56.Agarwal GS
PHYS REV A 1994;49(5):4077-4084
57.Leonhardt U
PHYS REV A 1994;49(2):1231-1242
58.Dung HT
PHYS REV A 1994;49(1):473-480
59.Raymer MG
PHYS REV A 1993;48(6):4617-4628
60.Wunsche A
APPL PHYS B-LASERS OPT 1995;60(2-3):S119-S122
61.Paris MGA
MOD PHYS LETT B 1995;9(18):1141-1147
62.Gagen MJ
PHYS REV A 1995;51(4):2715-2725
62.Hillery M
PHYS REV A 1995;51(3):1792-1803
63.Leonhardt U
PHYS REV A 1995;51(1):84-95
64.Luis A
PHYS REV A 1995;51(1):861-863
65.Lynch R
PHYS REP-REV SECT PHYS LETT 1995;256(6):368-436
66.Buzek V
J MOD OPTIC 1996;43(8):1633-1651
67.Agarwal GS
PHYS LETT A 1996;217(4-5):215-218
68.Paris MGA
PHYS REV A 1996;53(4):2658-2663
69.Luis A
PHYS REV A 1996;53(1):495-501
70.Tanas R
PROG OPTICS 1996;35:355-446
71.Selvadoray M
OPT COMMUN 1997;136(1-2):125-134
72.Luks A
PHYS LETT A 1997;229(1):8-16
73.Murzakhmetov BK *
THEOR MATH PHYS ENGL TR 1996;107(2):679-685
74.Gantsog T
OPT SPEKTROSK 1997;82(2):278-281
75.Grisch LP
PHYS REV A 1997;56:1924
76.Breitenbach G
J MOD OPTIC 1997;44(11-12):2207-2225
77.Shumovsky AS
PHYS LETT A 1997;235(5):438-443
78.Grishchuk LP
PHYS REV D 1997;56(4):1924-1938
79.Alodjants AP
APPL PHYS B LASERS OPT 1998;66(1):53-65
80.Gagen MJ
FORTSCHR PHYS 1998;46(4-5):579-589
81.Shumovsky AS
OPT COMMUN 1998;146(1-6):124-129
82.Chaturvedi S
PHYS REV A 1998;57(3):1529-1535
83.Musslimani ZH
PHYS REV A 1998;57(2):1451-1453
84.Mlynek J
PHYS SCR 1998;T76:98-102
85. Joshi A
ACTA PHYS SLOVACA 48 (1): 23-42 FEB
1998
86. Mista L
J MOD OPTIC 45 (11): 2269-2279 NOV
1998
87. Alodjants AP
J MOD OPTIC 46 (3): 475-507 MAR 10
1999
88. Fiurasek J
ACTA PHYS SLOVACA 49 (4): 689-694 AUG
1999
89. Fiurasek J
OPT COMMUN 167 (1-6): 115-124 AUG 15
1999
90.El-Orany FAA
J MOD OPTIC 46 (11): 1621-1639 SEP 15
1999
91. Mista L
OPT SPECTROSC+ 87 (4): 561-564 OCT
1999
92. Fiurasek J
J MOD OPTIC 47 (8): 1399-1417 JUL 10
2000
93. Fiurasek J
PHYS REV A 62 (1): art. no. 013822 JUL
2000
94. Miranowicz A
J PHYS A-MATH GEN 33 (29): 5159-5169
JUL 28 2000
95. El-Orany FAA
J OPT B-QUANTUM S O 2 (4): 545-552 AUG
2000
96. El-Orany FAA
INT J MOD PHYS B 15 (1): 75-100 JAN 10
2001
97. El-Orany FAA
PHYS SCRIPTA 63 (2): 128-140 FEB 2001
98. Grishchuk LP
USP FIZ NAUK+ 171 (1): 3-59 JAN 2001
99. Abdalla MS
EUR PHYS J D 13 (3): 423-438 MAR 2001
100. Honegger R
ANN PHYS-NEW YORK 289 (2): 213-231 MAY
1 2001
101. El-Orany FAA
J OPT B-QUANTUM S O 3 (2): 67-75 Sp.
Iss. SI APR 2001
102. Fan HY
MOD PHYS LETT B 15 (25): 1155-1169 OCT
30 2001
103. Dragoman D
PROG OPTICS 43: 433-496 2002
104. Vorontsov YI
PHYS-USP+ 45 (8): 847-868 AUG 2002
49. W. Schleich, J.P.
Dowling, R.J. Horowicz and S. Varró: Phase in quantum mechanics, in New Frontiers in Quantum Optics and Quantum Electrodynamics (Ed. A.O. Barut) pp.
31-46 (Plenum Press, New York, 1990)
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1.Buzek V
PHYS REV A 1992;45(11):8079-8094
2.Buzek V
PHYS REV A 1992;45(9):6570-6585
3.Kim MS
PHYS REV A 1992;46(7):4239-4251
4.Bialynicki-Birula I
PHYS SCR 1993;T480:113-118
5.Barnett SM
PHYS SCR 1993;T480:13-21
6.Jex I
J MOD OPTIC 1993;40(5):771-783
7.Lynch R
PHYS REV A 1993;47(2):1576-1578
8.Freyberger M
PHYS REV A 1993;47(1):R30-R33
9.Garraway BM
PHYS SCR 1993;T480:66-76
10.Schaufler S
J MOD OPTIC 1994;41(9):1765-1779
11.Lee KS
J OPT SOC AM B-OPT PHYSICS 1994;11(6):1118-1129
12.Brif C
PHYS REV A 1994;50(4):3505-3516
13.Dariano GM
NUOVO CIMENTO B-GEN PHYS R 1995;110(9):1127-1136
14.Dodonov VV
PHYS LETT A 1995;199(3-4):123-130
15.Lynch R
PHYS REP-REV SECT PHYS LETT 1995;256(6):368-436
16.Gagen MJ
PHYS REV A 1995;51(4):2715-2725
17.Hillery M
PHYS REV A 1995;51(3):1792-1803
18.Wodkiewicz K
PHYS REV A 1998;57(2):815-821
19.Leifer P
FOUND PHYS LETT 1998;11(3):233-249
20.Acikgoz I
FOUND PHYS 1998;28(5):815-828
23. S. Varró and F.
Ehlotzky: Scattering of electrons by a one-dimensional square-well potential in
a powerful low-frequency radiation field.
J. Opt. Soc.Am B7, 537-544 (1990) [
2.357 ]
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1.Sacks RA
J OPT SOC AM B-OPT PHYSICS 1991;8(9):1987-1998
2.Grobe R
PHYS REV A 1991;43(1):388-397
3.Eberly JH
PHYS REP-REV SECT PHYS LETT 1991;204(5):331-383
4.Deaguiar MAM
PHYS REV A 1993;48(4):2567-2573
5.Kaminski JZ
PHYS REV A 1994;50(5):4404-4407
6.Lagattuta KJ
PHYS REV A 1994;49(3):1745-1751
7.Fearnside AS
PHYS REV A 1995;51(2):1471-1481
8.Faisal FHM
PHYS REV A 1997;56:748
9.Kaminski JZ
NUOVO CIMENTO D COND MATT AT 1998;20(1):19-27
10. Kaminski JZ
J PHYS B-AT MOL OPT 32 (13): 3193-3201
JUL 14 1999
11. Lefebvre R
J MOL STRUC-THEOCHEM 493: 117-123 DEC
15 1999
12. Lefebvre R
INT J QUANTUM CHEM 80 (2): 110-116 OCT
15 2000
13. Florescu M
LASER PART BEAMS 18 (3): 455-460 SEP
2000
14. del Valle CP
ADV QUANTUM CHEM 40: 179-190 Part 2
2001
15. Moiseyev N
PHYS REV A 64 (5): art. no. 052711 NOV
2001
16. Cionga A
J PHYS B-AT MOL OPT 34 (20): 3951-3962
OCT 28 2001
17. Garland LW
J PHYS B-AT MOL OPT 35 (13): 2861-2872
JUL 14 2002
24. S. Varró and F.
Ehlotzky: Thomson scattering in strong external fields.
Z. Physik D22, 619-628 (1992) [ 1.416 ]
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1.Salamin YI
PHYS REV E 67 (1): art. no. 016501
Part 2 JAN 2003
25. R. Daniele, G.
Ferrante, E. Fiordilino and S. Varró: Photoelectric effect from a metal
surface:
a revisited
theoretical model.
J. Opt. Soc.Am. B9, 1916-1921 (1992)
[ 2.276 ]
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1.Farkas G
OPT ENG 1993;32(10):2476-2480
2.Girardeaumontaut JP
PHYS REV B-CONDENSED MATTER 1995;51(19):13560-13567
3.Georges AT
PHYS REV B-CONDENSED MATTER 1995;51(19):13735-13738
4.Tergiman YS
OPT COMMUN 1997;142(1-3):126-134
5.Faisal FHM
PHYS REV A 1998;58(1):R19-R22
6. Faisal FHM
LASER PHYS 8 (1): 129-135 JAN-FEB 1998
7. Peloi M
SOLID STATE COMMUN 118 (7): 339-344
2001
8. Raseev G
SURF SCI 528 (1-3): 196-203 MAR 20
2003
27. S. Varró and F. Ehlotzky: Free-free
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