Add to ORKGPhenomenological approaches on the basis of simple model potentials for the description of various situations where the atom is spacially confined, such, e.g., as atoms inside a C60-like environment or in impenetrable cavities of small radii are reviewed along with the trends in modifications in structure and photoionization of such confined atoms. © 2003 Elsevier Ltd. All rights reserved
The photoionization cross section of the Ca atom, confined by a spherical annular potential, has bee...
This letter demonstrates for the first time that an endohedral environment, such as the bucky-ball C...
It is discovered theoretically that significant confinement resonances in an nl photoionization of a...
Owing to the relative simplicity of atoms and atomic ions, investigation of their response to ionizi...
Results of a theoretical study of photoionization cross sections and photoelectron angular distribut...
A theory of deep-subshell photoionization of atoms confined in fixed-in-space molecules is presented...
Two semiempirical models for the photoionization of atoms A encaged in spherical single-walled fulle...
Confined atomic systems are of great importance owing a multitude of possible applications in variou...
Results of a theoretical study of photoionization cross sections and photoelectron angular asymmetry...
Calculations were performed to provide insight into both differential and total photoionization cros...
A new theory for near-threshold photoionization of inner electrons of atoms confined in multicentere...
A review of effects due to the confinement and compression of atoms is presented. It is argued that ...
Fundamental trends in angle-resolved photoionization cross sections of both at-the-center and off-th...
Trends in resonances, termed confinement resonances, in photoionization of atoms A in endohedral ful...
A perceived advantage for the replacement of a discontinuous square-well pseudo-potential, which is ...
The photoionization cross section of the Ca atom, confined by a spherical annular potential, has bee...
This letter demonstrates for the first time that an endohedral environment, such as the bucky-ball C...
It is discovered theoretically that significant confinement resonances in an nl photoionization of a...
Owing to the relative simplicity of atoms and atomic ions, investigation of their response to ionizi...
Results of a theoretical study of photoionization cross sections and photoelectron angular distribut...
A theory of deep-subshell photoionization of atoms confined in fixed-in-space molecules is presented...
Two semiempirical models for the photoionization of atoms A encaged in spherical single-walled fulle...
Confined atomic systems are of great importance owing a multitude of possible applications in variou...
Results of a theoretical study of photoionization cross sections and photoelectron angular asymmetry...
Calculations were performed to provide insight into both differential and total photoionization cros...
A new theory for near-threshold photoionization of inner electrons of atoms confined in multicentere...
A review of effects due to the confinement and compression of atoms is presented. It is argued that ...
Fundamental trends in angle-resolved photoionization cross sections of both at-the-center and off-th...
Trends in resonances, termed confinement resonances, in photoionization of atoms A in endohedral ful...
A perceived advantage for the replacement of a discontinuous square-well pseudo-potential, which is ...
The photoionization cross section of the Ca atom, confined by a spherical annular potential, has bee...
This letter demonstrates for the first time that an endohedral environment, such as the bucky-ball C...
It is discovered theoretically that significant confinement resonances in an nl photoionization of a...