Publication date
January 2011
DOIAbstract
A demonstration of the ability to produce arbitrary-shaped electron bunches from an ultracold gas represents an important step towards studying ultrafast molecular processes in laboratories around the world
A demonstration of the ability to produce arbitrary-shaped electron bunches from an ultracold gas represents an important step towards studying ultrafast molecular processes in laboratories around the world
Continuing size reduction in semiconductor manufacturing, and a push toward atomic time and spatial ...
The study of structural dynamics of complex macromolecular crystals using electrons requir...
By near threshold photoionization of a laser-cooled and trapped atomic gas we create dense, picoseco...
A demonstration of the ability to produce arbitrary-shaped electron bunches from an ultracold gas re...
At Eindhoven University of Technology we are developing new methods for generating beams for ultrafa...
We have developed an electron source that creates ultrashort, ultracold electron bunches by accelera...
Since the discovery of electron-wave duality, electron scattering instrumentation has developed into...
Recent advances in ultrafast electron diffraction offer the possibility to image isolated molecules ...
With properly timed sequences of ultrafast electron pulses, it is now possible to image complex mole...
We report on the development of ultracold electron beams, which are created from a cloud of laser-co...
We report our first successful ultrafast electron diffraction from beams of isolated molecules, CCI_...
In this review I will first discuss beam requirements for ultrafast electron diffraction, in particu...
Ultrafast electron diffraction has emerged since the end of last century, and has become an increasi...
Coherent electron beams for ultrafast structural dynamics Jom Luiten Eindhoven University of Technol...
Continuing size reduction in semiconductor manufacturing, and a push toward atomic time and spatial ...
The study of structural dynamics of complex macromolecular crystals using electrons requir...
By near threshold photoionization of a laser-cooled and trapped atomic gas we create dense, picoseco...
A demonstration of the ability to produce arbitrary-shaped electron bunches from an ultracold gas re...
At Eindhoven University of Technology we are developing new methods for generating beams for ultrafa...
We have developed an electron source that creates ultrashort, ultracold electron bunches by accelera...
Since the discovery of electron-wave duality, electron scattering instrumentation has developed into...
Recent advances in ultrafast electron diffraction offer the possibility to image isolated molecules ...
With properly timed sequences of ultrafast electron pulses, it is now possible to image complex mole...
We report on the development of ultracold electron beams, which are created from a cloud of laser-co...
We report our first successful ultrafast electron diffraction from beams of isolated molecules, CCI_...
In this review I will first discuss beam requirements for ultrafast electron diffraction, in particu...
Ultrafast electron diffraction has emerged since the end of last century, and has become an increasi...
Coherent electron beams for ultrafast structural dynamics Jom Luiten Eindhoven University of Technol...
Continuing size reduction in semiconductor manufacturing, and a push toward atomic time and spatial ...
The study of structural dynamics of complex macromolecular crystals using electrons requir...
By near threshold photoionization of a laser-cooled and trapped atomic gas we create dense, picoseco...
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