Add to ORKGWe propose a laser induced sensitized fluorescence spectrometry for measuring the spontaneous emission branching ratios o?the transitions from the ten levels 5f36d7s7p-7M7, 5f36d7s7p-7L6, 5f37s27p-5K6, 5f26d27s2 - 5L7, 5f46d7s - 7L6, (17,070cm-1)-5L6, 5f26d27s2-5K6, 6d7s7p-7L5, 5f36d7s7p-7K5 and 5f26d27s2-5I5 to the ground state of atomic uranium (UI) for the first time. Their relative oscillator strengths have been measured by means of hollow cathode discharge (HCD) emission spectrometry. The radiative..
This work reports the spatiotemporal diagnostics of uranium species in plasma plumes produced by nan...
Resonance Ionization Mass Spectrometry (RIMS) has been developed as a method to measure relative ura...
Time-resolved laser-induced fluorescence spectroscopy (TRLFS) was used to study the speciation of ur...
Isotopically-selective excitation of uranium atoms by diode lasers can be the basis for a portable i...
I. TNTRODUCTIONThe emission spectroscopic method is usually used to measure spontaneous emission br...
We have developed a technique for uranium isotope ratio determinations in field settings. Such a tec...
Ultrafast laser-based spectroscopy is of interest for nuclear nonproliferation monitoring because it...
We present new measurements of radiative lifetimes for six energy levels of singly ionized uranium,...
The production of uranium vapors has been studied in the 5L°6 ground state using a pulsed hollow cat...
In this talk I will describe the laboratory astrophysics program of the Jim Lawler group at the Univ...
Absolute emission coefficient measurements on arc-generated singly ionized uranium (UII) in local th...
Spectroscopic detection of signatures produced by Nuclear Weapons of Mass Destruction (NWMD) is esse...
Measurements of γ-rays are a reliable way to identify the quantities of different long-lived radioac...
The focus of this work is on the experimental techniques and data analysis in atomic spectroscopy. I...
The measurement of lifetimes using laser-induced fluorescence at the University of Wisconsin-Madison...
This work reports the spatiotemporal diagnostics of uranium species in plasma plumes produced by nan...
Resonance Ionization Mass Spectrometry (RIMS) has been developed as a method to measure relative ura...
Time-resolved laser-induced fluorescence spectroscopy (TRLFS) was used to study the speciation of ur...
Isotopically-selective excitation of uranium atoms by diode lasers can be the basis for a portable i...
I. TNTRODUCTIONThe emission spectroscopic method is usually used to measure spontaneous emission br...
We have developed a technique for uranium isotope ratio determinations in field settings. Such a tec...
Ultrafast laser-based spectroscopy is of interest for nuclear nonproliferation monitoring because it...
We present new measurements of radiative lifetimes for six energy levels of singly ionized uranium,...
The production of uranium vapors has been studied in the 5L°6 ground state using a pulsed hollow cat...
In this talk I will describe the laboratory astrophysics program of the Jim Lawler group at the Univ...
Absolute emission coefficient measurements on arc-generated singly ionized uranium (UII) in local th...
Spectroscopic detection of signatures produced by Nuclear Weapons of Mass Destruction (NWMD) is esse...
Measurements of γ-rays are a reliable way to identify the quantities of different long-lived radioac...
The focus of this work is on the experimental techniques and data analysis in atomic spectroscopy. I...
The measurement of lifetimes using laser-induced fluorescence at the University of Wisconsin-Madison...
This work reports the spatiotemporal diagnostics of uranium species in plasma plumes produced by nan...
Resonance Ionization Mass Spectrometry (RIMS) has been developed as a method to measure relative ura...
Time-resolved laser-induced fluorescence spectroscopy (TRLFS) was used to study the speciation of ur...