Multiwire proportional chamber is a conventional technique to study radiation in general, and cosmic rays in particular. To study cosmic rays, it was planned, designed, constructed, characterized, and tested a four channel mini wire chamber, based on two 3 cm × 3 cm × 0.6 cm Aluminum frames, two 3 cm × 3 cm × 0.6 cm plastic frames, two 3 cm × 3 cm × 0.3 cm Aluminum frames, two electronic planes each with two Tungsten Gold plated 1 mil diameter wires, parallel and 1 cm apart each other at 25 g stretched-each plane was 90° rotated each other in the final assemble- and two Aluminum foil window to define the gas volume; it was operated with Argon 90%-CH4 10% gas mixture at 1 atmosphere and ambient temperature (20°C in the average). It is presen...
Radioactive ion beam is generally characterized by small beam intensity and big beam size. In order ...
A detector system for directional and time correlation measurements of multiple cosmic muons has bee...
This is an agreement between the National Accelerator Laboratory and Professor I. Pless of MIT repre...
Multiwire proportional chamber is a conventional technique to study radiation in general, and cosmic...
Multiwire proportional chamber is a conventional technique to study radiation in general, and cosmic...
The aim of this work is twofold: first, to develop a multilayered multiwire proportional chamber wh...
Radioactive ion beam is generally characterized by small beam intensity and big beam size. In order ...
The design principle for a multi-wire proportional chamber with a cathode strip and delay-line reado...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
A multiwire proportional chamber system consisting of ten beam chambers and seven 0.5 m/sup 2/ chamb...
The development of large area multiwire proportional chambers, to be used as high resolution spatial...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
We describe a set of large multiwire proportional chambers used in an experiment at the CERN Super P...
Detecting and localizing radiation is the very basis of physicists ’ work in a variety of fields, es...
Radioactive ion beam is generally characterized by small beam intensity and big beam size. In order ...
A detector system for directional and time correlation measurements of multiple cosmic muons has bee...
This is an agreement between the National Accelerator Laboratory and Professor I. Pless of MIT repre...
Multiwire proportional chamber is a conventional technique to study radiation in general, and cosmic...
Multiwire proportional chamber is a conventional technique to study radiation in general, and cosmic...
The aim of this work is twofold: first, to develop a multilayered multiwire proportional chamber wh...
Radioactive ion beam is generally characterized by small beam intensity and big beam size. In order ...
The design principle for a multi-wire proportional chamber with a cathode strip and delay-line reado...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
A multiwire proportional chamber system consisting of ten beam chambers and seven 0.5 m/sup 2/ chamb...
The development of large area multiwire proportional chambers, to be used as high resolution spatial...
A set of two multi-wire proportional chambers with a central hole has been designed and built in a K...
We describe a set of large multiwire proportional chambers used in an experiment at the CERN Super P...
Detecting and localizing radiation is the very basis of physicists ’ work in a variety of fields, es...
Radioactive ion beam is generally characterized by small beam intensity and big beam size. In order ...
A detector system for directional and time correlation measurements of multiple cosmic muons has bee...
This is an agreement between the National Accelerator Laboratory and Professor I. Pless of MIT repre...