Add to ORKGDisclosed is a compact, small diameter, high resolution charged particle-energy detecting, retractable cylindrical mirror analyzer system. Multiple sequential stages enable charged particle-energy detection with an improved resolution as compared to that possible where only a single stage is utilized. The relatively small size allows for positioning, via a manipulator of the cylindrical mirror analyzer system, which is attached to a linear motion feedthrough mounted on a conflat flange of a vacuum system
We abstract developed a new technique that allows the trajectories of ionizing particles to be image...
The energy deposited by a charged particle in a medium is non-uniform and peaks near the end of the ...
A Retarding Field Analyzer (RFA) was inserted in a drift region of a magnetic transport section of t...
Disclosed is a compact, small diameter, high resolution charged particle-energy detecting, retractab...
A single pass cylindrical mirror analyzer for use in charged particle analysis has reduced size for ...
In this paper we will review the performance of a “miniature” single pass cylindrical mirror analyze...
The electron collecting efficiency of a cylindrical mirror energy analyzer incorporating retardation...
Device utilizes concept that charged-particle analysis is achievable by applying sinusoidal voltage ...
The construction and performance of a double pass cylindrical mirror analyzer (CMA) is described. Th...
The design and performance of a new miniature cylindrical mirror analyzer (CMA) are presented. The C...
Over the last few decades particle physics has led to many new discoveries, laying the foundation fo...
A low pressure multiwire proportional counter, a Bragg curve counter, and an array of CaF2/plastic s...
Faraday cups provide a simple and efficient apparatus to measure the absolute magnitude of charge pa...
AbstractThe new apparatus is developed for experimental determination of electron energy and spatial...
We have developed a compact high-resolution retarding field energy analyzer for measuring the energy...
We abstract developed a new technique that allows the trajectories of ionizing particles to be image...
The energy deposited by a charged particle in a medium is non-uniform and peaks near the end of the ...
A Retarding Field Analyzer (RFA) was inserted in a drift region of a magnetic transport section of t...
Disclosed is a compact, small diameter, high resolution charged particle-energy detecting, retractab...
A single pass cylindrical mirror analyzer for use in charged particle analysis has reduced size for ...
In this paper we will review the performance of a “miniature” single pass cylindrical mirror analyze...
The electron collecting efficiency of a cylindrical mirror energy analyzer incorporating retardation...
Device utilizes concept that charged-particle analysis is achievable by applying sinusoidal voltage ...
The construction and performance of a double pass cylindrical mirror analyzer (CMA) is described. Th...
The design and performance of a new miniature cylindrical mirror analyzer (CMA) are presented. The C...
Over the last few decades particle physics has led to many new discoveries, laying the foundation fo...
A low pressure multiwire proportional counter, a Bragg curve counter, and an array of CaF2/plastic s...
Faraday cups provide a simple and efficient apparatus to measure the absolute magnitude of charge pa...
AbstractThe new apparatus is developed for experimental determination of electron energy and spatial...
We have developed a compact high-resolution retarding field energy analyzer for measuring the energy...
We abstract developed a new technique that allows the trajectories of ionizing particles to be image...
The energy deposited by a charged particle in a medium is non-uniform and peaks near the end of the ...
A Retarding Field Analyzer (RFA) was inserted in a drift region of a magnetic transport section of t...