Charge driven fragmentation of biologically relevant molecules
T Schlathölter, R Hoekstra, R Morgenstern - International Journal of Mass …, 2004 - Elsevier
A highly charged ion causes ultrastrong electric fields at the location of a close-by target
molecule. As a response to those fields, several electrons are removed from the molecule on …
molecule. As a response to those fields, several electrons are removed from the molecule on …
Charge driven fragmentation of biologically relevant molecules
T Schlathölter, R Hoekstra… - International Journal of …, 2004 - ui.adsabs.harvard.edu
A highly charged ion causes ultrastrong electric fields at the location of a close-by target
molecule. As a response to those fields, several electrons are removed from the molecule on …
molecule. As a response to those fields, several electrons are removed from the molecule on …
Charge driven fragmentation of biologically relevant molecules
TA Schlathölter, RA Hoekstra… - International Journal of …, 2004 - research.rug.nl
A highly charged ion causes ultrastrong electric fields at the location of a close-by target
molecule. As a response to those fields, several electrons are removed from the molecule on …
molecule. As a response to those fields, several electrons are removed from the molecule on …
Charge driven fragmentation of biologically relevant molecules
T Schlathölter, R Hoekstra, R Morgenstern - International Journal of …, 2004 - infona.pl
A highly charged ion causes ultrastrong electric fields at the location of a close-by target
molecule. As a response to those fields, several electrons are removed from the molecule on …
molecule. As a response to those fields, several electrons are removed from the molecule on …