A low energy electron diffraction apparatus is described for experiments in the range 20 °K-150 °K, with the possibility of fast temperature variations in that range. The major difficulties of such an apparatus are pointed out. The corresponding solutions are presented and justified.On présente un appareillage permettant l'étude par diffraction d'électrons lents (DEL) de surface refroidis à des températures aussi basses que 20 °K et ajustables rapidement dans la gamme 20 °K-150 °K. On met en évidence les difficultés principales à surmonter dans une telle réalisation. On expose les solutions retenues
Three instruments for femtosecond electron diffraction (FED) experiments were erected, partially com...
Ultrafast laser pulses - optical pulses shorter than a picosecond - result in rapid processes occurr...
A furnace for diffraction studies using synchrotron X-ray radiation is described. The furnace can be...
An electron diffraction apparatus has been constructed for studies at low-temperature down to 4.2°K....
The basic ideas and possibilities of application of Low Energy Electron Diffraction (L. E. E. D.) ar...
The design and construction of two types of apparatus for X-ray diffraction studies at low temperatu...
The various optical arrangements which enable a conventional electron microscope to be used as a low...
We first briefly recall the principle of the techniques of low energy electron diffraction. Its main...
We report the design and performance of a time-resolved electron diffraction apparatus capable of pr...
Electron crystallography is complementary to X-ray crystallography. Single crystal X-ray diffraction...
International audienceA 'universal' low temperature device for laboratory x-ray diffractometers equi...
We report on the development of ultracold electron beams, which are created from a cloud of laser-co...
The present thesis deals both experimentally and theoretically with the diffraction of fast electron...
© 2013 Dr. Andrew James McCullochThis thesis presents the development of a new electron source with ...
The Xiphos is a new diffractometer that has been been designed and built to determine the solid-stat...
Three instruments for femtosecond electron diffraction (FED) experiments were erected, partially com...
Ultrafast laser pulses - optical pulses shorter than a picosecond - result in rapid processes occurr...
A furnace for diffraction studies using synchrotron X-ray radiation is described. The furnace can be...
An electron diffraction apparatus has been constructed for studies at low-temperature down to 4.2°K....
The basic ideas and possibilities of application of Low Energy Electron Diffraction (L. E. E. D.) ar...
The design and construction of two types of apparatus for X-ray diffraction studies at low temperatu...
The various optical arrangements which enable a conventional electron microscope to be used as a low...
We first briefly recall the principle of the techniques of low energy electron diffraction. Its main...
We report the design and performance of a time-resolved electron diffraction apparatus capable of pr...
Electron crystallography is complementary to X-ray crystallography. Single crystal X-ray diffraction...
International audienceA 'universal' low temperature device for laboratory x-ray diffractometers equi...
We report on the development of ultracold electron beams, which are created from a cloud of laser-co...
The present thesis deals both experimentally and theoretically with the diffraction of fast electron...
© 2013 Dr. Andrew James McCullochThis thesis presents the development of a new electron source with ...
The Xiphos is a new diffractometer that has been been designed and built to determine the solid-stat...
Three instruments for femtosecond electron diffraction (FED) experiments were erected, partially com...
Ultrafast laser pulses - optical pulses shorter than a picosecond - result in rapid processes occurr...
A furnace for diffraction studies using synchrotron X-ray radiation is described. The furnace can be...