The work was oriented towards desing and realization of optical setup for investigation of dissociated molecules of ultra-pure iodine 127I2 throught laser spectroscopy methods. The absorption cell was equipped with special-design thermostatic box with possibility of precise control of thermal dissociation of absorption media atoms and molecules
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tra...
The work presented in this thesis covers the technical development and related experiments of a mole...
Optical frequency references - absorption cells - represent an unique tool for frequency stabilizati...
This work deals with the study of dissociation of iodine molecule for Chemical and Discharge Oxygen-...
The photolysis of molecular iodine at 193 and 248 nm has been studied by diode laser based frequency...
The photolysis of molecular iodine at 193 and 248 nm has been studied by diode laser based frequency...
Development, design and implementation of iodine absorption cells for high-resolution spectroscopy a...
We report a new iodine spectrometer for absolute frequency measurements of various transitions of mo...
We report a new iodine spectrometer for absolute frequency measurements of various transitions of mo...
Raw data of transmission spectrum between 915 and 985nm + atlas of identified iodines lines
Raw data of transmission spectrum between 915 and 985nm + atlas of identified iodines lines
The contractual research was oriented towards development of custom absorption cells filled with mol...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tran...
Author Institution: Department of Chemistry, University of Evansville, Evansville, IN 47722The iodin...
It was shown that the use of visible laser spectroscopy in the attentuated total reflectance mode co...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tra...
The work presented in this thesis covers the technical development and related experiments of a mole...
Optical frequency references - absorption cells - represent an unique tool for frequency stabilizati...
This work deals with the study of dissociation of iodine molecule for Chemical and Discharge Oxygen-...
The photolysis of molecular iodine at 193 and 248 nm has been studied by diode laser based frequency...
The photolysis of molecular iodine at 193 and 248 nm has been studied by diode laser based frequency...
Development, design and implementation of iodine absorption cells for high-resolution spectroscopy a...
We report a new iodine spectrometer for absolute frequency measurements of various transitions of mo...
We report a new iodine spectrometer for absolute frequency measurements of various transitions of mo...
Raw data of transmission spectrum between 915 and 985nm + atlas of identified iodines lines
Raw data of transmission spectrum between 915 and 985nm + atlas of identified iodines lines
The contractual research was oriented towards development of custom absorption cells filled with mol...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tran...
Author Institution: Department of Chemistry, University of Evansville, Evansville, IN 47722The iodin...
It was shown that the use of visible laser spectroscopy in the attentuated total reflectance mode co...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tra...
The work presented in this thesis covers the technical development and related experiments of a mole...
Optical frequency references - absorption cells - represent an unique tool for frequency stabilizati...