The work covers the investigation of potentialities of rare isotopes detection within accelerated atomic beam using method of stepwise photoionization by dye laser radiation. Processes that limit the possibilities of rare isotopes photoionization detection in the high-speed beam have been studied. A prototype of rare isotopes laser radiation detector has been created. Cross-sections of collision excitation of Riedberger states have been measuredAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
The combination of high-resolution laser spectroscopy techniques and radioactive ion beams has provi...
The paper is concerned with autoionizing states of alkaline-earth atoms. The purpose of the paper is...
The constant evolution of the multi-terawatt and petawatt laser performances is opening new paths of...
A method is suggested for detecting rare krypton isotopes, based on the collinear laser photoionizat...
In this study, the estimates presented showed that the proposed technique of collinear laser photoio...
We studied laser isotope-selective two-step photoionization of metastable helium atoms in a fast bea...
The applications of the laser resonance ionization method in nuclear research are reviewed. Investig...
We present a novel nuclear activation-based method for the investigation of high-energy photons and ...
A novel, accurate method for the absolute detection of metastable rare gas atoms is described and de...
We have proposed a method for isotope-specific nondestructive assay (NDA) of nuclear materials based...
High-resolution methods of optical spectroscopy in unstable isotopes are discussed, with emphasis on...
Solid targets irradiated with 10{sup 19} W/cm{sup 2} or greater of 1 {mu}m light in picosecond pulse...
High intensity lasers (>1019 W/cm2) produce relativistic electrons when they interact with matter. T...
The development and use of optical methods for the investigation of electron-atomic collisions, free...
The on-going developments in laser acceleration of protons and light ions, as well as the production...
The combination of high-resolution laser spectroscopy techniques and radioactive ion beams has provi...
The paper is concerned with autoionizing states of alkaline-earth atoms. The purpose of the paper is...
The constant evolution of the multi-terawatt and petawatt laser performances is opening new paths of...
A method is suggested for detecting rare krypton isotopes, based on the collinear laser photoionizat...
In this study, the estimates presented showed that the proposed technique of collinear laser photoio...
We studied laser isotope-selective two-step photoionization of metastable helium atoms in a fast bea...
The applications of the laser resonance ionization method in nuclear research are reviewed. Investig...
We present a novel nuclear activation-based method for the investigation of high-energy photons and ...
A novel, accurate method for the absolute detection of metastable rare gas atoms is described and de...
We have proposed a method for isotope-specific nondestructive assay (NDA) of nuclear materials based...
High-resolution methods of optical spectroscopy in unstable isotopes are discussed, with emphasis on...
Solid targets irradiated with 10{sup 19} W/cm{sup 2} or greater of 1 {mu}m light in picosecond pulse...
High intensity lasers (>1019 W/cm2) produce relativistic electrons when they interact with matter. T...
The development and use of optical methods for the investigation of electron-atomic collisions, free...
The on-going developments in laser acceleration of protons and light ions, as well as the production...
The combination of high-resolution laser spectroscopy techniques and radioactive ion beams has provi...
The paper is concerned with autoionizing states of alkaline-earth atoms. The purpose of the paper is...
The constant evolution of the multi-terawatt and petawatt laser performances is opening new paths of...