We describe a new experimental setup for photoelectron spectroscopy on mass selected clusters. The recently developed pulsed arc cluster ion source (PACIS) for metal and semiconductor clusters is used as an anion source. The design of the PACIS is optimized for maximum intensity of cluster ion production and a minimum internal temperature of the particles. A simple modification allows vaporization of liquid and low melting point metals. The produced anions are mass selected via an inline time-of-flight setup with the option of using a reflectron for increased mass resolution. Photoelectron spectra of the mass selected cluster anions are collected in a "magnetic bottle" type electron spectrometer. First results on copper clusters are present...
A cold cluster ion source has been developed within our lab. This source is capable of generating bo...
An experimental setup for photoelectron spectroscopy on mass selected cluster anions is described. T...
An experiment facility has been set up for the study of metal cluster compounds in our laboratory, w...
The electronic and geometric structure of free metal cluster anions is studied by photodetachment. T...
A home-made magnetic-bottle time-of-flight anion photoelectron spectrometer (PES) for the investigat...
The performance of a new pulsed arc cluster ion source (PACIS) is demonstrated for pure metal cluste...
A PACIS (pulsed arc cluster-ion source) developed for high average cluster-ion currents is presented...
Free size-selected metal clusters are investigated by core-level photoelectron spectroscopy at the f...
Author Institution: Department of Chemistry and Biochemistry, University of Colorado; Department of ...
Metal-cluster anions have been produced by laser vaporization and cooled in a supersonic expansion, ...
The recently developed Exchange Metal Cluster Source (EXMEC) is described. The source is designed fo...
The nature of metal and semi-conductor bonding has been investigated via UV photoelectron spectrosco...
A new Ultraviolet Magnetic Time-of-Flight Photoelectron Spectrometer (MTOFPES) has been developed fo...
Photoelectrons (PE) from jet-cooled mass-identified silver and palladium cluster anions (number of a...
The design of a high resolution "magnetic-bottle"-type time-of-flight electron spectrometer suitable...
A cold cluster ion source has been developed within our lab. This source is capable of generating bo...
An experimental setup for photoelectron spectroscopy on mass selected cluster anions is described. T...
An experiment facility has been set up for the study of metal cluster compounds in our laboratory, w...
The electronic and geometric structure of free metal cluster anions is studied by photodetachment. T...
A home-made magnetic-bottle time-of-flight anion photoelectron spectrometer (PES) for the investigat...
The performance of a new pulsed arc cluster ion source (PACIS) is demonstrated for pure metal cluste...
A PACIS (pulsed arc cluster-ion source) developed for high average cluster-ion currents is presented...
Free size-selected metal clusters are investigated by core-level photoelectron spectroscopy at the f...
Author Institution: Department of Chemistry and Biochemistry, University of Colorado; Department of ...
Metal-cluster anions have been produced by laser vaporization and cooled in a supersonic expansion, ...
The recently developed Exchange Metal Cluster Source (EXMEC) is described. The source is designed fo...
The nature of metal and semi-conductor bonding has been investigated via UV photoelectron spectrosco...
A new Ultraviolet Magnetic Time-of-Flight Photoelectron Spectrometer (MTOFPES) has been developed fo...
Photoelectrons (PE) from jet-cooled mass-identified silver and palladium cluster anions (number of a...
The design of a high resolution "magnetic-bottle"-type time-of-flight electron spectrometer suitable...
A cold cluster ion source has been developed within our lab. This source is capable of generating bo...
An experimental setup for photoelectron spectroscopy on mass selected cluster anions is described. T...
An experiment facility has been set up for the study of metal cluster compounds in our laboratory, w...