On the Measurement of Transit Time Dispersion in Multiplier Phototubes

Greenblatt, M.H.

doi:10.1109/tns2.1958.4315600

Cited by 5 publications

(1 citation statement)

References 1 publication

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“…While the detection efficiencies of PMTs do not show a strong dependence on the wavelength of the incident photons, they are typically low in comparison to other single-photon detectors [20]. Furthermore, PMTs frequently exhibit long timing jitters of the order of 1 ns, mainly due to the spread in transit times of electrons from photocathode to anode [21]. Most of the dark counts are typically induced by thermionic emission in the photocathode and can be significantly reduced by lowering the operating temperature [22].…”

Section: Photomultiplier Tubes (Pmts)mentioning

confidence: 99%

Single-Photon Detectors for Infrared Wavelengths in the Range 1–1.7 μm

Buller¹,

Collins²

2014

Springer Series on Fluorescence

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The ongoing progress of scientific research in areas such as quantum communications, low-light level laser ranging, and material science (to name but a few) has led to increased interest in the detection of single photons in the wavelength range 1-1.7 μm. Several technologies have been used to detect photons with wavelengths in this range -each with different characteristic parameters that affect their suitability for specific applications. This chapter will provide a review of progress in the development of detectors for use in this spectral region and will highlight some notable results.

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Section: Photomultiplier Tubes (Pmts)mentioning

confidence: 99%

Single-Photon Detectors for Infrared Wavelengths in the Range 1–1.7 μm

Buller¹,

Collins²

2014

Springer Series on Fluorescence

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Influence of the time-of-flight spread of photoelectrons on the measurements of the shape of subnanosecond light pulses in 8850 RCA photomultipliers

Sipp¹,

Miehé²

1974

Nuclear Instruments and Methods

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Measurement of Fast Luminescence Decay Times

Dreeskamp

Burton

1959

Phys. Rev. Lett.

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JANUARY 15, 1959 different degrees of thermal stability (see Table I). That a similar phenomenon can happen to Sstate atoms in a different manner is brought out by recent reports 3 on the positive and negative frequency shifts produced by various buffer gases on the hyperfine coupling constant of Cs. Photolytic experiments with hydrogen atoms in other inert matrices are in progress. 7 Q" A. Kerns, IRE Trans, on Nuclear Sci. NS-3, 114 (1956), 8 Rc Go Stoudenheimer and J 0 C 0 Moor, RCA Rev. 18, 322 (1957). 9 Gc Diemer and J 0 L 0 H, Jonker, Phillips Research Repts. £, 161 (1950). 10 A o vander Ziel, J. Appl. Phys. 28_ t 1216 (1957).

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On the Measurement of Transit Time Dispersion in Multiplier Phototubes

Cited by 5 publications

References 1 publication

Single-Photon Detectors for Infrared Wavelengths in the Range 1–1.7 μm

Single-Photon Detectors for Infrared Wavelengths in the Range 1–1.7 μm

Influence of the time-of-flight spread of photoelectrons on the measurements of the shape of subnanosecond light pulses in 8850 RCA photomultipliers

Measurement of Fast Luminescence Decay Times

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