Add to ORKGAn electronic instrument designed to study many problems connected with the decay of u-mesons is discussed in detail. Special coincidence circuits, which differ from ordinary coincidence circuits in the fact that the output pulse from the special coincidence corresponds to the first input pulse, rather than to the last one, arc used for recording the incoming mesons and the decay electrons. Many channels of delayep coincidences are used so that several points on the decay curve can be obtained simultaneously
An apparatus developed in our laboratory for measurement of the radiative lifetime of atoms and mole...
When an ionizing particle or radiation enters the sensitive volume of a counter an avalanche of elec...
In this study a unique pulse amplifier, with automatic controlled gain, was used to measure nuclear ...
The lifetime for the decay of a {pi} meson into {mu} meson and neutral particle was first measured b...
The writer has attempted to show in this thesis how the scintillation counter may be used for the me...
An apparatus for the measurement of the lifetimes of gamma-ray transitions between nuclear excited s...
The apparatus is shown in block form in figure 1 and can conveniently be considered to fall into thr...
A delayed-coincidence timing spectrometer system was constructed to measure nuclear lifetimes in the...
The classic experiment on muon decay is proposed in the undergraduate or master physics curriculum, ...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
The comparison method in delayed coincidence experiments is discussed and the fast coincidence circu...
SCOPE AND CONTENTS: The design and construction of a coincidence spectrometer and its application to...
After a short introductory chapter, a critical summary of previous work is contained in chapter 2, a...
In the analysis of nuclear decay schemes, where half-lives in the order of minutes or less are invol...
A versatile coincidence-anticoincidence circuit in the 50 nsec time range is described capable of be...
An apparatus developed in our laboratory for measurement of the radiative lifetime of atoms and mole...
When an ionizing particle or radiation enters the sensitive volume of a counter an avalanche of elec...
In this study a unique pulse amplifier, with automatic controlled gain, was used to measure nuclear ...
The lifetime for the decay of a {pi} meson into {mu} meson and neutral particle was first measured b...
The writer has attempted to show in this thesis how the scintillation counter may be used for the me...
An apparatus for the measurement of the lifetimes of gamma-ray transitions between nuclear excited s...
The apparatus is shown in block form in figure 1 and can conveniently be considered to fall into thr...
A delayed-coincidence timing spectrometer system was constructed to measure nuclear lifetimes in the...
The classic experiment on muon decay is proposed in the undergraduate or master physics curriculum, ...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
The comparison method in delayed coincidence experiments is discussed and the fast coincidence circu...
SCOPE AND CONTENTS: The design and construction of a coincidence spectrometer and its application to...
After a short introductory chapter, a critical summary of previous work is contained in chapter 2, a...
In the analysis of nuclear decay schemes, where half-lives in the order of minutes or less are invol...
A versatile coincidence-anticoincidence circuit in the 50 nsec time range is described capable of be...
An apparatus developed in our laboratory for measurement of the radiative lifetime of atoms and mole...
When an ionizing particle or radiation enters the sensitive volume of a counter an avalanche of elec...
In this study a unique pulse amplifier, with automatic controlled gain, was used to measure nuclear ...