Add to ORKGFragmentation of charged nanodroplets has been studied for one and a half cen-tury since Lord Rayleigh gave a stability condition[1]. In the last decades the fragmentation process has obtained practical significance because it is basic in electrospray mass spectrometry (ESMS)[2, 3, 4, 5]. About the mechanism, ther
International audienceWhen a cluster or nanodroplet bears charge, its structure and thermodynamics a...
Charge separation in condensed matter after strong impacts is a general and intriguing phenomenon in...
Water nanodroplets charged with excess protons play a central role during electrospray ionization (E...
Fragmentation of charged nanodroplets has been studied for one and a half cen-tury since Lord Raylei...
Charged nanodroplets represent a fascinating research area due to their unique dynamics and physical...
International audienceComplex molecular systems such as large molecules or clusters are characterise...
The first atomistic simulations that reveal the mechanism of Rayleigh fission are presented. It is d...
The mechanism whereby gaseous protein ions are released from charged solvent droplets during electro...
Electrospray ionization (ESI) mass spectrometry is invaluable for studying complex biological system...
A series of experiments have been undertaken on the fragmentation of multiply charged ammonia cluste...
This work uses a minimalist model for deciphering the opposing effects of Coulomb repulsion and surf...
This work uses a minimalist model for deciphering the opposing effects of Coulomb repulsion and surf...
RATIONALE: Tandem mass spectrometry (MS/MS) dissociation pathways can vary markedly between compound...
A highly charged ion causes ultrastrong electric fields at the location of a close-by target molecul...
International audienceWhen a cluster or nanodroplet bears charge, its structure and thermodynamics a...
Charge separation in condensed matter after strong impacts is a general and intriguing phenomenon in...
Water nanodroplets charged with excess protons play a central role during electrospray ionization (E...
Fragmentation of charged nanodroplets has been studied for one and a half cen-tury since Lord Raylei...
Charged nanodroplets represent a fascinating research area due to their unique dynamics and physical...
International audienceComplex molecular systems such as large molecules or clusters are characterise...
The first atomistic simulations that reveal the mechanism of Rayleigh fission are presented. It is d...
The mechanism whereby gaseous protein ions are released from charged solvent droplets during electro...
Electrospray ionization (ESI) mass spectrometry is invaluable for studying complex biological system...
A series of experiments have been undertaken on the fragmentation of multiply charged ammonia cluste...
This work uses a minimalist model for deciphering the opposing effects of Coulomb repulsion and surf...
This work uses a minimalist model for deciphering the opposing effects of Coulomb repulsion and surf...
RATIONALE: Tandem mass spectrometry (MS/MS) dissociation pathways can vary markedly between compound...
A highly charged ion causes ultrastrong electric fields at the location of a close-by target molecul...
International audienceWhen a cluster or nanodroplet bears charge, its structure and thermodynamics a...
Charge separation in condensed matter after strong impacts is a general and intriguing phenomenon in...
Water nanodroplets charged with excess protons play a central role during electrospray ionization (E...