Add to ORKGChemically pure radioactive halogen beams have interesting potentials for solid state and nuclear physics, for instance for implantation studies or in precise -decay measurements. They can be produced as positive ions by the ISOL approach, with possible isobaric contaminations, or as pure negative ion beams, with a LaB6 negative surface ion source..
Over the past quarter century, advances in hydrogen negative ion sources have extended the usable ra...
This paper presents a survey of methods, commonly in use or under development, to produce beams of p...
Chemically active radioactive species, diffused from RIB target materials, often arrive at the ioniz...
A simple and efficient negative surface ionization source has been designed, fabricated and initiall...
Beams of short-lived radioactive nuclei are needed for frontier experimental research in nuclear str...
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Some years ago it was suggested that halogen negative ions [1] could offer a feasible alternative pa...
We have assessed the feasibility of producing heavy negative ion beams as drivers for an inertial co...
Some years ago it was suggested that halogen negative ions could offer a feasible alternative path t...
Abstract. An efficient negative surface ionization source has been designed, fabricated, and initial...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
The results of an investigation on the production of Group IIA atomic and molecular negative ion bea...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
Yields are reported for the formation of positive and negative ions from molecular beams striking va...
Over the past quarter century, advances in hydrogen negative ion sources have extended the usable ra...
This paper presents a survey of methods, commonly in use or under development, to produce beams of p...
Chemically active radioactive species, diffused from RIB target materials, often arrive at the ioniz...
A simple and efficient negative surface ionization source has been designed, fabricated and initiall...
Beams of short-lived radioactive nuclei are needed for frontier experimental research in nuclear str...
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Some years ago it was suggested that halogen negative ions [1] could offer a feasible alternative pa...
We have assessed the feasibility of producing heavy negative ion beams as drivers for an inertial co...
Some years ago it was suggested that halogen negative ions could offer a feasible alternative path t...
Abstract. An efficient negative surface ionization source has been designed, fabricated, and initial...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
The results of an investigation on the production of Group IIA atomic and molecular negative ion bea...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
Yields are reported for the formation of positive and negative ions from molecular beams striking va...
Over the past quarter century, advances in hydrogen negative ion sources have extended the usable ra...
This paper presents a survey of methods, commonly in use or under development, to produce beams of p...
Chemically active radioactive species, diffused from RIB target materials, often arrive at the ioniz...