Unlike earlier studies of photoelectron spectroscopy which were carried out with traditional light sources, the availability of intense tunable radiation provided by synchrotron sources has made possible remarkable progress in the characterization of the important dynamical aspects of molecular photoionization. In this article we review both the current experimental thrust in molecular photoionization and the theoretical models which are being developed to adequately describe the important new features which emerge from these experiments. Progress in this area continues to reveal the rich dynamical content of molecular photoionization
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
The work presented in this thesis was carried out with the ultimate aim of learning about the photoi...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
Unlike earlier studies of photoelectron spectroscopy which were carried out with traditional light s...
Unlike earlier studies of photoelectron spectroscopy which were carried out with traditional light s...
Recent theoretical and experimental advances have shown that shape and autoionizing resonances play ...
Recent theoretical and experimental advances have shown that shape and autoionizing resonances play ...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
The work presented in this thesis was carried out with the ultimate aim of learning about the photoi...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
Unlike earlier studies of photoelectron spectroscopy which were carried out with traditional light s...
Unlike earlier studies of photoelectron spectroscopy which were carried out with traditional light s...
Recent theoretical and experimental advances have shown that shape and autoionizing resonances play ...
Recent theoretical and experimental advances have shown that shape and autoionizing resonances play ...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
It is becoming increasingly clear that, due to the availability of high-resolution electron spectro...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
Increasing amounts of data have shown that shape resonances play an important role in molecular phot...
The work presented in this thesis was carried out with the ultimate aim of learning about the photoi...
Rotationally resolved photoelectron spectra can provide significant insight into the underlying dyna...