DOIAbstract
A coincidence circuit using the traveling wave principle as applied to distributed amplification is described. The resolving time is about 10{sup -8} sec. when the device is used in connection with scintillation detectors
A coincidence circuit using the traveling wave principle as applied to distributed amplification is described. The resolving time is about 10{sup -8} sec. when the device is used in connection with scintillation detectors
Theoritical shapes of resolution curves for slow-fast coincidence circuits are calculated taking int...
The apparatus is shown in block form in figure 1 and can conveniently be considered to fall into thr...
Abstract–The design and realization of a truly scalable, distributed real time coincidence detection...
This thesis describes the use of avalanche transistors in a circuit for measuring delayed coincidenc...
<p>The two timing coincidence apparatuses. In (a) the standard coincidence apparatus, used in this p...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
WOS: 000313713300080The resolving time values of the coincidence spectrometers composed by NaI(Tl) i...
The use of ordinary transistors working with delayed collector conduction (avalanche) in fast-trigge...
Description of a transistorised fast circuit, working in the saturated region, giving good resolutio...
Based on the multi-coincidence measurement, the time resolution of three liquid scintillation detect...
We have designed, fabricated and tested a time-to-digital converter (TDC) using SFQ logic circuits. ...
This thesis is concerned with the timing and coincidence circuitry which controls the operation of a...
The electronic detection of the coincidence of two events is still a key ingredient for high-perform...
Lawrence Berkeley National Laboratory, University of California, University of California.Bibliograp...
Coincidence counting is a necessary ingredient for quantum optics experiments at the undergraduate l...
Theoritical shapes of resolution curves for slow-fast coincidence circuits are calculated taking int...
The apparatus is shown in block form in figure 1 and can conveniently be considered to fall into thr...
Abstract–The design and realization of a truly scalable, distributed real time coincidence detection...
This thesis describes the use of avalanche transistors in a circuit for measuring delayed coincidenc...
<p>The two timing coincidence apparatuses. In (a) the standard coincidence apparatus, used in this p...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
WOS: 000313713300080The resolving time values of the coincidence spectrometers composed by NaI(Tl) i...
The use of ordinary transistors working with delayed collector conduction (avalanche) in fast-trigge...
Description of a transistorised fast circuit, working in the saturated region, giving good resolutio...
Based on the multi-coincidence measurement, the time resolution of three liquid scintillation detect...
We have designed, fabricated and tested a time-to-digital converter (TDC) using SFQ logic circuits. ...
This thesis is concerned with the timing and coincidence circuitry which controls the operation of a...
The electronic detection of the coincidence of two events is still a key ingredient for high-perform...
Lawrence Berkeley National Laboratory, University of California, University of California.Bibliograp...
Coincidence counting is a necessary ingredient for quantum optics experiments at the undergraduate l...
Theoritical shapes of resolution curves for slow-fast coincidence circuits are calculated taking int...
The apparatus is shown in block form in figure 1 and can conveniently be considered to fall into thr...
Abstract–The design and realization of a truly scalable, distributed real time coincidence detection...
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