164. Th.Mercouris
and C.A.Nicolaides , J.Phys. B24, L557
(1991).
"Computation
of the widths of doubly excited states coupled by external AC or DC fields"
165.
C.
A. Nicolaides and P.Valtazanos, J.Mol. Struct.(Theochem),234,483 (1991).
"The
(H2O)2* cluster at a geometry of intramolecular charge transfer"
166.
Th.Mercouris
and C.A.Nicolaides, J.Phys. B24 , L57 (1991).
"Above-threshold
ionization in the presence of a DC-field. Application to
H- "
"Chemical
trapping of molecular hydrogen by BeO"
168.
Th.Mercouris
and C.A. Nicolaides, J.Phys. B24, L165 (1991).
"The
meaning of "correlations" in the theory of multiphoton detachment"
169.
C.A.Nicolaides
and Th. Mercouris, Phys.Rev. A44, 7827 (1991).
"Magnitude
of static and dynamic polarizabilities of doubly excited states of negative
ions: Applications ot the second bound state of H- "
170.
C.
A. Nicolaides and G. Aspromallis, Phys. Rev. A44, 2217 (1991).
"Binding
of an electron by He and Xe"
171.
C.A.
Nicolaides and P.Valtazanos, in
"Theoretical and Computational Models
for Organic Chemistry", edited by S. J. Formosinho et al, Kluwer, Amsterdam,
(1991)
p. 355.
"Molecules
with "volcanic" ground hypersurfaces.
Structure, stability and reactivity"
172.
I.
D. Petsalakis, G. Theodorakopoulos, C.A.Nicolaides and R. J. Buenker, Chem.Phys.Lett. 185, 359 (1991).
"Nearly-diabatic
states by maximization of the non-orthonormal overlap between model-diabatic
and MRD-CI wavefunctions"
173.
I.
D. Petsalakis, Th. Mercouris, G. Theodorakopoulos and C. A. Nicolaides, Chem.Phys.Lett.
182 561 (1991).
"Theory
and ab-initio calculations of partial widths and interchannel coupling in
predissociation diatomic states. Application to HeF"
174.
A.
Metropoulos and C. A. Nicolaides, Chem. Phys. Lett. 187, 487 (1991).
"Excited
2Óu+ states of He2+ and the formation of explosive He22+"
175.
E.
D. Simandiras and C.A. Nicolaides, Chem.Phys.Lett. 185, 529 (1991).
"Nonclassical
hydrogen complexes of the alkaline earths"
176.
J.N.
Silverman and C.A. Nicolaides , Chem.Phys.Lett. 184, 321 (1991).
"Complex
Stark eigenvalues for excited states of hydrogenic ions from analytic continuation or real variationally based
large-order perturbation theory"
177.
E.
I. Kamitsos, G. D. Chryssikos and C.A. Nicolaides in "Laser Applications in
Basic Sciences, Engineering and Medicine" ed. by K. Siomos , Techn.University
of Crete, Hania, Greece (1991), p.p. 97-113.
"Use
of lasers in the study of the glassy state"
178. C.A.Nicolaides,
Phys.Rev. A46, 690 (1992).
“Hole-projection, saddle points and
localization in the theory of autoionizing states”.
179. C.A.Nicolaides, in “Applied Many-Body Methods in spectroscopy
and electronic structure”, ed. D.Mukherjee, Plenum, N. Y. (1992), p. 233.
“Theory and computation of nonstationary
states of polyelectronic atoms and molecules”.
180.
C.
A. Nicolaides
and E. D. Simandiras, Chem. Phys. Lett. 196, 213 (1992).
“Prediction of non-transition-metal hydrogen
complexes”.
181.
I.
D. Petsalakis, G. Theodorakopoulos and C.
A. Nicolaides, J.Chem.Phys.97 , 7623 (1992)
“Adiabatic and quasiadiabatic 2Ó+ states of BeH”.
182. C.
A. Nicolaides and S. I. Themelis, Phys. Rev. A45, 349 (1992).
“Theory of the resonances of the
LoSurdo-Stark effect”.
183. Th. Mercouris and C. A. Nicolaides, Phys. Rev. A45,
2116 (1992).
“Theory of multiphoton ionization tested on
negative ions”.
184.
C.
A. Nicolaides,
J. Phys. B25, L91 (1992); Corrigendum B25, 2442 (1992).
“On the preparation and observation of the
triply excited discrete state He- 2p3
4So”.
185. C.
A. Nicolaides and H. J. Gotsis, J. Phys. B25, L171 (1992).
“On the calculation of the complex energies
of resonances”.
186. S.
I. Themelis and C. A. Nicolaides,
Phys. Rev. A46, R21 (1992).
“Theory and computation of scalar and tensor
polarizabilities and hyperpolarizabilities and of LoSurdo-Stark shifts in
polyelectronic atoms”.
187.
M.
Chrysos, G. Aspromallis, Y. Komninos and C. A. Nicolaides, Phys. Rev.
A46, 5789 (1992).
“Partial
widths of the He- 2S two-electron
ionization ladder resonances”.
188.
C.
A. Nicolaides,N.C.Bacalis
and Y.Komninos, Chem.Phys.Lett. 192, 486
(1992).
“Theory for the direct construction of
diabatic states and application to the He+2 2Óg+
spectrum”.
189.
M.
A. Dubinskii, A.C.Cefalas and C.A.Nicolaides,
Optics Comm. 88,
122 (1992).
“Solid state LaF3: Nd3+ vuv laser
pumped by a pulsed discharge F2- molecular laser at 157 nm”.
190.
N.
C. Bacalis, Y. Komninos and C. A. Nicolaides,
Phys. Rev. A45, 2701
(1992).
“State-specific theory and method for the
computation of diatomic molecules: Application to He22+
1Óg+”.
191.
M.
Chrysos, Y. Komninos and C. A.
Nicolaides, J. Phys. B25, 1977 (1992).
“Partial widths of the resonances of the H-
1Po
two-electron ionization ladder”.
192.
M.
A. Dubinskii, A. C. Cefalas, E. Sarantopoulou, S. M. Spyrou, C. A.
Nicolaides, R. Yu. Abdulsabirov, S. L. Korableva and V. V. Semashko,
“Efficient LaF3:Nd3+-based
vacuum-ultraviolet laser at 172 nm”.
193. N.
A. Piangos and C. A. Nicolaides, Phys. Rev. A48, 4142(1993).
“Radiative lifetimes of triply excited
states of the Li isoelectronic sequence”.
194.
C.
A. Nicolaides,
N. A. Piangos and Y. Komninos, Phys. Rev. A48, 3578 (1993).
“Theory and computation of triply excited
resonances: Application to states of He-”.
195.
C.
A. Nicolaides,
Th. Mercouris and I. D. Petsalakis, Chem. Phys. Lett. 212 685(1993).
“Above and below threshold multiphoton
dissociation of volcanic ground states.
Application to BeH++”.
196. P.
Valtazanos and C. A. Nicolaides, J. Chem. Phys. 98, 549 (1993)
“The OBeH2
hypersurface: Local and global minima, transition states and reaction paths”.
197.
G.
Theodorakopoulos, I. D. Petsalakis and C. A. Nicolaides, Chem. Phys.
Lett. 207, 321 (1993).
“Diabatic potentials for the 11A'' and 21A'' states of H2S”
198.
Th.
Mercouris, I. D. Petsalakis and C. A. Nicolaides, Chem. Phys. Lett. 208,
197 (1993).
“Time-dependent laser-induced molecular
formation from repulsive surfaces”
199. C.
A. Nicolaides and S. I. Themelis, J. Phys. B26, L387 (1993).
“Doubly excited autoionizing states in a DC
field. Widths, polarizabilities and
hyperpolarizabilities of the He 2s2
1S and 2s2p 3Po states”.
200. C.
A. Nicolaides and S. I. Themelis, J. Phys. B26, 2217 (1993).
“The hyperpolarizability of Li 1s22s 2S: a test case
for advanced theories of electronic properties”.
201. C.
A. Nicolaides, J. Phys. B26, L291 (1993).
“Multielectron radiative transitions”.
202. M.
Bylicki and C. A. Nicolaides, Phys. Rev. A48, 3589 (1993).
“Computation of resonances by two methods
involving the use of complex coordinates”.
203. Th.
Mercouris and C. A. Nicolaides, Phys. Rev. A48, 628 (1993).
“Quantitative study of multiphoton multiple
ionization: Second-harmonic Nd: YAG laser ionization of the doubly excited 2p2 3P bound state of
H-”.
204. C.
A. Nicolaides and S. I. Themelis, Phys. Rev. A47, 3122 (1993).
“Theory and computation of
electric-field-induced tunneling rates of polyelectronic atomic states”.
205.
Y.
Komninos, S. I. Themelis, M. Chrysos and C. A. Nicolaides, Int. J.
“Properties of the two-electron ionization
ladder and related good quantum numbers”.
206. S.
I. Themelis and C. A. Nicolaides, Phys. Rev. A49, 596 (1994).
“Partial widths with interchannel coupling
to all orders for the H- two-electron ionization ladder of 1D symmetry”.
207. S.I.
Themelis and C.A. Nicolaides, Phys.Rev. A49 3089 (1994).
“dc-field tunneling of polyelectronic atoms
and of negative ions: Computations based on models and on ab
initio theory”.
208. E. Sarantopoulou, A.C. Cefalas, M.A. Dubinski,
C.A. Nicolaides , R. Yu Abdulsabirov, S.L. Korableva, A.K.
Naumov and V.U.Semashko, Opt.Comm. 107, 104 (1994).
“VUV and UV fluorescence and absorption studies of Nd3+
and Ho3+
ions in LiYF4
single crystals”.
209. S.
I. Themelis and C.A. Nicolaides,
Phys.Rev. A49 1618 (1994).
“Effect of interchannel coupling on the
partial and total autoionization widths: Application to the 1s3s3p 4Po and 1s3p2 4P states for
Z=2-5, 10”.
210.
I.D.
Petsalakis, G. Theodorakopoulos and C.A. Nicolaides,
“Quasidiabatic states for
intramolecular charge transfer.
Application to the protonation of NH3”.
211.
E.D.Simandiras
and C.A.Nicolaides,Chem. Phys. Letts. 223, 233 (1994)
“Prediction and characterization of
magnesium fluoride dimers and their nonclassical hydrogen complexes”.
212. M.
Bylicki, S.I.Themelis and C.A. Nicolaides, J. Phys. B27, 2741
(1994).
“State-specific theory and computation of a
polyelectronic atomic state in a magnetic field. Application to doubly excited states of H-”
213.
C.A.
Nicolaides, Th. Mercouris, Y. Komninos and I.D.
Petsalakis, Int. J.
Qu. Chem. 51 529 (1994).
“Many-electron, many-photon theory of nonstationary states”.
214.
Th.
Mercouris, I.D.Petsalakis, P.Valtazanos and C.A.Nicolaides,
“Time-dependent multiphoton absorption by NO++. Above and below threshold dissociation and
the effect of the first excited surface”.
215. Y.
Komninos and C.A. Nicolaides,
Phys.Rev. A50, 3782 (1994).
“Electron correlation, geometry and energy
spectrum of quadruply excited states”
216.
Th.
Mercouris, Y. Komninos, I. Dionyssopoulou and
C.A. Nicolaides,
“Computation of strong-field
multiphoton processes in polyelectronic atoms.
State-specific method and application to H and Li-”.
217. C.A.
Nicolaides, Anales de Fisica 90,
214 (1994)
“Theory and computation of nonstationary
states of polyelectronic atoms and molecules”.
218. E.
Sarantopoulou, A.C. Cefalas, M. A. Dubinskii, Z. Kollia, C.A. Nicolaides
, R. Yu.Abdusabiorov, S.L. Korableva, A. K. Naumov and V.V. Semashko,
J.Mod.Opt. 41, 767 (1994).
“VUV and UV fluorescence and absorption
studies of Tb3+
and Tm3+
trivalent ions in Lyi F4 single crystal
hosts”.
219.
E.
Sarantopoulou, A.C. Cefalas, M. A. Dubinskii, C.A. Nicolaides , R.
Yu.Abdusabiorov, S.L. Korableva, A. K. Naumov and V.V. Semashko, Appl. Phys.Lett. 65, 813 (1994).
“Vacuum Ultraviolet and Ultraviolet
fluorescence and absorption studies of Er3+
doped LiLu F4 single crystals”.
220.
E.
Sarantopoulou, A.C. Cefalas, M. A. Dubinskii, C.A. Nicolaides , R.
Yu.Abdusabiorov, S.L. Korableva, A. K. Naumov and V.V. Semashko,
Opt. Lett. 19, 499 (1994).
“VUV and UV fluorescence and absorption
studies of Pr3+
doped LiLu F4 single crystals”.
221.
I.D.Petsalakis,
Th. Mercouris, C.A.Nicolaides, Chem.Phys.189, 615
“Computation of time-dependent transition
probabilities in excimer molecules induced by femtosecond laser pulses”.
222. M.
Bylicki and C.A. Nicolaides, Phys.Rev. A51, 204 (1995).
“Energies and widths of triply excited n=2
intrashell autoionizing states of He-.
223. S.
I. Themelis and C.A. Nicolaides,
Phys.Rev. A 51 2801
(1995).
“Field-induced tunneling rates,
polarizabilities and hyperpolarizabilities for low-lying excited states of Li
and Na”.
224. S.
Dionissopoulou, Th. Mercouris, A. Lyras, Y. Komninos and C.A. Nicolaides,
Phys.Rev. A51 3104 (1995).
“High-order harmonic generation and
above-threshold ionization in H:
Calculations using expansions over field-free state-specific wave
functions”.
225.
Ch.
Sinanis, Y. Komninos and C.A. Nicolaides , Phys.Rev. A51 R2672
“Asymmetry parameter and total cross section for the photodetachment
of the metastable Be- 1s22s2p2 4P state”.
226. S.
Dionissopoulou, A. Lyras, Th. Mercouris and C.A. Nicolaides, J.Phys. B28
L109 (1995); Corrigendum, J.Phys. B28
4005 (1995).
“High-order above threshold ionization
spectrum of hydrogen and photoelectron angular distributions”.
227. S.
I. Themelis and C.A. Nicolaides, J.Phys. B28 L379 (1995).
“Energies,
widths and l-dependence of the H- 3P and He- 4P TEIL states”.
228.
N.C.Bacalis,
Y. Komninos and C.A.Nicolaides,Chem.Phys.Letts.240,172 (1995).
“Toward the understanding of the He2- excited states”.
229. A.
Vegiri and C.A. Nicolaides , J.
Phys. B28, 2927 (1995)
“Predissociation of the A2Ó+, C2Ó+ and
D2Ó+ levels of 4HeH
from a multistate close-coupling
scattering approach”.
230. S.
I. Themelis and C.A. Nicolaides,
Phys.Rev. A52 , 2439
(1995)
“Dipole polarizabilities and
hyperpolarizabilities of excited valence
states of Be”.
231.
Y.
Komninos , G. Aspromallis and C.A.Nicolaides , J.Phys.B28, 2049
“Theory and computation of perturbed
spectra. Application to the Al 2D relativistic
J=5/2, 3/2 spectrum.”
232.
Ch.
Sinanis, G. Aspromallis and C.A. Nicolaides , J.Phys. B28 L423
“Electron correlation in the Auger spectra
of the Ne+ K2s2p5
(3,1Po)3p 2S satellites”.
233.
C.
E. Theodosiou, L.J. Curtis and C.A. Nicolaides, Phys.Rev. A52,
3677 (1995).
“Determination of dipole
polarizabilities for Mg+ and Ca+ ions from precision
lifetime measurements and transition- moment cancellations”
234. C.A.
Nicolaides, Int.J.Qu. Chem. 60
,119 (1996).
“The
state-specific approach to the solution of problems of electronic
structure and dynamics involving excited states”.
235. C.A.Nicolaides and
E.D.Simandiras, Comm. Inorg. Chem. 18, 65 (1996).
“Prediction of nonclassical hydrogen
complexes of nontransition metals”.
236.
C.A.
Nicolaides,
S. Dionissopoulou and Th.
Mercouris, J.Phys.B29,
231 (1996).
“Time-dependent multiphoton
ionization from the He 1s2s 1S
metastable state”.
237. C.
A. Nicolaides, Th. Mercouris and S. I. Themelis , in “New Methods in Quantum
Theory” eds. C. A. Tsipis, V. S. Popov, D. R. Hershbach and J. S. Avery,
Kluwer, Dordrecht, 1996, p.135.
“Multielectron, multichannel problems and
their solution to all-orders via the diagonalization of state-specific complex
eigenvalue Schrödinger equations”.
238. C.A.
Nicolaides and Th. Mercouris , J.
Phys. B29 1151 (1996)
“On the violation of the exponential
decay law in atomics physics: Ab initio calculation of the time-dependence of
the He- 1s2p2 4P
nonstationary state”.
239. Th.
Mercouris, Y. Komninos, S. Dionissopoulou and
C.A. Nicolaides, J.Phys. B29 L13 (1996).
“Effect on observables of the singularity in
the multiphoton free-free dipole matrix elements”.
240. G.
Aspromallis, Ch. Sinanis and C.A. Nicolaides, J.Phys. B29 ,L1
(1996)
“The lifetimes of the fine structure levels
of the Be- 1s22s2p2 4P metastable state”.
241.
Y.Komninos,
G. Aspromallis and C.A. Nicolaides, J.Phys.B29, L193 (1996)
“The 2Fo Rydberg series
and low-lying autoionizing states of Al”.
242.
S.
Dionissopoulou, Th. Mercouris and C.A. Nicolaides, J.Phys. B29 4787 (1996)
“Ionization rates and harmonic generation
for H interacting with laser pulses of ë=1064 nm and peak intensities in
the range 2x 1013 W/cm2- 2 x 1014 w/cm2”.
243. V. Constantoudis and C.A. Nicolaides,
Phys. Rev. A55, 1325 (1997)
“Regular and chaotic multiphoton
dissociation”
244. Y.
Komninos and C.A.Nicolaides, J.Phys.
B30 , L237 (1997)
“Theory and
computation of the profile of the free-free transition probability
between autoionizing (resonant)
states”.
245. Th.
Mercouris and C.A. Nicolaides, J. Phys. B30 , 811 (1997).
“Time dependence and properties of
nonstationary states in the continuous
spectrum of atoms”.
246.
C.A.
Nicolaides, C. Haritos and Th. Mercouris, Phys.Rev. A55
2830 (1997).
“Theory and computation of
electron correlation in the continuous spectrum: Double photoionization cross-section of H and He near and far from threshold”.
247.
Th.
Mercouris, Y. Komninos, S. Dionissopoulou and C.A. Nicolaides,
“The electric dipole approximation and the
calculation of free-free transition
matrix elements in multiphoton
processes”.
248.
Th. Mercouris , S.Dionissopoulou and C.A. Nicolaides, J.Phys. B30
, 4751
“Multiphoton
response of He to short laser pulses of wavelength 248 nm and
intensities
in the range 1014 – 1016 W/cm2”
249.
S. Dionissopoulou, Th. Mercouris, A. Lyras and
C.A. Nicolaides, Phys.Rev. A55 , 4397 (1997).
“Strong laser-field effects
in hydrogen: High-order above-threshold ionization and photoelectron
angular distribution”.
250.
C. A. Nicolaides, S. Dionissopoulou and Th.Mercouris, J. Phys. B31,
L1 (1998).
“The significance of electron
correlation and of state symmetries in the interaction of strong laser pulses of
5 eV with He”.
251.
N. A. Piangos and C.A. Nicolaides, J. Phys. B31, L147
(1998).
“Very highly excited bound states
of atomic negative ions having all their electrons with unpaired spins”.
252.
C. A. Nicolaides and Y. Komninos, Int. J. Quantum Chem. 67
, 321 (1998).
“Geometrically active atomic
states and the formation of molecules in their normal shape”.
253.Ch.
Sinanis, Y. Komninos and C. A. Nicolaides, Phys. Rev. A57 , R3158
“Computation of the position and
the width of the B- 1s22s22p2 1D
shape resonance”.
254.
M. Bylicki and C.A.
Nicolaides, J.Phys. B31, L685
(1998).
“The H2-
4So
spetrum has at least two resonance states”.
255.C.
Haritos, Th. Mercouris and C. A. Nicolaides, J. Phys. B31, L783
(1998).
“Single and double photoionization cross-sections of the He-
1s2s2p 4Po
state at and far from threshold, from the many-electron,
many-photon theory”.
256.
Y. Komninos and C. A. Nicolaides, Int. J. Quantum Chem.
71 , 25 (1999).
“Molecular shape, the shape of
the geometrically active atomic states and hybridization”.
257.
C. A. Nicolaides, Int. J. Quantum Chem. 71 , 209 (1999).
“On the application of
conventional quantum chemistry methods of computation to states perturbed by the
continuous spectrum”.
258.
S. I. Themelis and C. A. Nicolaides, Phys. Rev. A59 , 2500
(1999)
“Quantum mechanical vs
semiclassical calculations of
dc-field-induced tunneling rates of Li 1s22s
2S,
1s22p
2Po and
1s23d 2D”.
259.
Th. Mercouris and C. A.
Nicolaides, J.Phys. B32 , 2371 (1999)
“Does a delta function atom
interacting with a superstrong laser pulse exhibit stabilization?”
260.
M.Bylicki and C.A.Nicolaides , J.Phys. B32 , L317 (1999)
“Even parity 1P
resonances of H- up to the n=5 threshold”
261.
Th.Mercouris, S.I.Themelis and C.A.Nicolaides , Phys.Rev. A61 ,
“Nonperturbative theory and
computation of the nonlinear response of
He
to dc- and ac-fields”
262.
S.I.Themelis, Th.Mercouris and C.A.Nicolaides, Phys.Rev.A61 ,
024101
“Quantum mechanical
versus semiclassical calculations of dc-field tunneling rates for He , for field
strengths in the range 0.067-1.0 a.u.”
263.
M.Bylicki and C.A.Nicolaides, J.Phys. B33 , 911 (2000).
“Energies, widths and spectral
features of the 3P resonances of H-“
264.
M.Bylicki and C.A.Nicolaides, Phys.Rev.A61 , 052508 (2000).
“Theoretical resolution
of the H- resonance spectrum up to the n=4 threshold, I: States of 1Po
, 1D, and 1Fo symmetries”
265.
M.Bylicki and C.A.Nicolaides, Phys.Rev.A61 , 052509 (2000).
“Theoretical resolution
of the H- resonance spectrum up to the n=4 threshold, II: States of 1S
and 1D symmetries”
266.S.
Dionissopoulou, Th. Mercouris and C.
A. Nicolaides, Phys.Rev A61 ,
“Variation of harmonic generation from He interacting with short laser
pulses of 5 eV as a function of pulse rise time and intensity”
267. Th.Mercouris and C.A.Nicolaides , J.Phys.B33 ,
2095 (2000).
“The
continuous spectrum in the solution of the time-dependent
Schroedinger equation for laser-atom interactions”
268. C.A.Nicolaides , C.Haritos and Th.Mercouris, J.Phys.B33 ,
2733 (2000).
“
Nonperturbative multiphoton detachment rates of H- and their relation
to the electronic structure of the initial state”.
269.Th.Mercouris
and C.A.Nicolaides , J.Phys.B33 , 4673 (2000).
“
Dichromatic polyphotonic ionization rate of He for ë1
= 248 nm and ë2
= (1/3)248 nm from the many-electron, many-photon theory.”
270.
S.I.Themelis and C.A.Nicolaides , J.Phys. B33 , 5561
(2000).
“Complex
energies and the polyelectronic Stark problem”
271.C.Haritos,
Th.Mercouris and C.A.Nicolaides , Phys.Rev. A63 , 013410 (2001).
“
Multiphoton detachment rates of H- for weak and strong fields.”
272. Th.Mercouris and C.A.Nicolaides , Phys.Rev. A63
, 013411 (2001).
“
He in dichromatic weak or strong ac-fields of ë1
= 248 nm and ë2
= (1/m)248 nm, m=2,3,4.”
273.
C.A.Nicolaides and N.A.Piangos, J. Phys. B34 , 99 (2001).
“
Existence and characterization of n=3 triply excited resonances of He – ”
274.
Th.Mercouris and C.A.Nicolaides ,
Eur. Phys. J. D14 , 241 (2001).
“
The multiphoton ionization rate and the energy shift of atoms interacting with
weak dichromatic fields with commensurate frequencies are simple functions of
the phase”
275. S.I.Themelis and C.A.Nicolaides , J.Phys. B34 , 2905
(2001).
“Complex energies and the polyelectronic Stark problem : II. The Li n
= 4
levels for weak and strong fields”
276.
Th.Mercouris and C.A.Nicolaides, Physica B296 , 271 (2001).
“He
in two-color ac-fields of ë1
=248
nm and ë2 =
(1/m)248 nm , m = 2,3,4. The rate of multiphoton ionization , for weak fields,
is a simple function of the phase”.
277.
C.A.Nicolaides
and N.A.Piangos, Phys.Rev. A64 , 052505 (2001).
“State-specific
approach and computation of resonance states . Identification and properties of
the lowest 2Po and 2D triply excited states of
He-“
278.
Th.Mercouris , C.Haritos and C.A.Nicolaides, J.Phys. B34 ,
3789 (2001).
“Theory
and computation of the rate of multiphoton two-electron ionization via the
direct mechanism”.
279.
V.Constantoudis and C.A.Nicolaides, Phys.Rev. E64 , 056211
(2001).
“Nonhyperbolic
escape and changes in phase space stability structures in laser-induced
multiphoton dissociation of a diatomic molecule”.
280.
N.A.Piangos and C.A.Nicolaides, J.Phys. B34 , L633 (2001).
“Weakly
bound resonances: Electronic structure and partial decay widths of a new He-
triply excited resonance”.
281.
M.Bylicki and C.A.Nicolaides, Phys.Rev. A65 , 012504
(2002).
“Theoretical
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