Contrary to expectation, large argon clusters ArN,103<N<105, do not adopt the bulk fcc crystal structure. Rather they contain a mixture of fcc, hcp, and random close-packed regions, with no significant preference for fcc. This can be concluded from a simulation of observed electron diffraction patterns of large unsupported argon clusters with structural models. The new diffraction patterns exhibit features that have not been detected previously in experiments with smaller clusters; these features can unambiguously be attributed to hcp stacking
What drives the stability of complex intermetallic compounds? Many, if not most, metals and alloys c...
The structures of mixed argon-nitrogen clusters of different compositions are investigated by analyz...
The nitrogen-argon system provides a useful paradigm for studying segregation and mixing behavior in...
A structural model for a 3000-atom Ar cluster has been developed whose simulated electron-diffractio...
Argon clusters formed on an amorphous carbon substrate as deposited from the vapor phase were studie...
The motivation to study the structure of clusters is the possible observation of unusual structures ...
Clusters of argon, krypton, and xenon are grown in a free jet and ionized by electron impact. The si...
Extended x-ray absorption fine structure (EXAFS) spectroscopy is used to study the size-dependent st...
The stable structures of argon clusters doped with a strontium cation were computationally determine...
Ground state geometries of small hard sphere clusters were studied using two different type of cont...
The nitrogen-argon system provides a useful paradigm for studying segre-gation and mixing behavior i...
Clusters are produced during the free jet expansion of gaseous CH4, CO2 or H2O. For a given stagnati...
Author Institution: Department of Chemistry, Ohio State UniversityThe spectroscopic shifts of guest ...
Rare gas clusters are model systems to investigate structural properties at finite size. However, th...
Comparative calculations of the binding energy and structure of relaxed closed-shell clusters of ico...
What drives the stability of complex intermetallic compounds? Many, if not most, metals and alloys c...
The structures of mixed argon-nitrogen clusters of different compositions are investigated by analyz...
The nitrogen-argon system provides a useful paradigm for studying segregation and mixing behavior in...
A structural model for a 3000-atom Ar cluster has been developed whose simulated electron-diffractio...
Argon clusters formed on an amorphous carbon substrate as deposited from the vapor phase were studie...
The motivation to study the structure of clusters is the possible observation of unusual structures ...
Clusters of argon, krypton, and xenon are grown in a free jet and ionized by electron impact. The si...
Extended x-ray absorption fine structure (EXAFS) spectroscopy is used to study the size-dependent st...
The stable structures of argon clusters doped with a strontium cation were computationally determine...
Ground state geometries of small hard sphere clusters were studied using two different type of cont...
The nitrogen-argon system provides a useful paradigm for studying segre-gation and mixing behavior i...
Clusters are produced during the free jet expansion of gaseous CH4, CO2 or H2O. For a given stagnati...
Author Institution: Department of Chemistry, Ohio State UniversityThe spectroscopic shifts of guest ...
Rare gas clusters are model systems to investigate structural properties at finite size. However, th...
Comparative calculations of the binding energy and structure of relaxed closed-shell clusters of ico...
What drives the stability of complex intermetallic compounds? Many, if not most, metals and alloys c...
The structures of mixed argon-nitrogen clusters of different compositions are investigated by analyz...
The nitrogen-argon system provides a useful paradigm for studying segregation and mixing behavior in...