Thin-film calorimeter for low-energy laser pulse measurements

G. Koren; Y. Yacoby; H. Lotem; M. Kosower; G. Greenwald

doi:10.1063/1.1654812

Thin-film calorimeter for low-energy laser pulse measurements

G. Koren^*, Y. Yacoby, H. Lotem, M. Kosower, G. Greenwald

^*Corresponding author for this work

Racah Institute of Physics

Research output: Contribution to journal › Article › peer-review

4 Scopus citations

Abstract

A laser pulse calorimeter which enables measurements of energies within the region of 20-0.02 mJ is described. The calorimeter is a temperature-sensitive resistor, composed of a thin film of black V₂O₅ evaporated on an 8-μ sapphire substrate of 1-cm diameter. The characteristic peak reading pulse responsivity is 1 mV/mJ, and the accuracy of the measurements at 0.1 mJ is approximately 7%. The calorimeter is sensitive primarily to the beams' energy, and its response is independent of the shape and size of the incident beam of a given energy.

Original language	English
Pages (from-to)	73-74
Number of pages	2
Journal	Applied Physics Letters
Volume	23
Issue number	2
DOIs	https://doi.org/10.1063/1.1654812
State	Published - 1973

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abstract = "A laser pulse calorimeter which enables measurements of energies within the region of 20-0.02 mJ is described. The calorimeter is a temperature-sensitive resistor, composed of a thin film of black V2O5 evaporated on an 8-μ sapphire substrate of 1-cm diameter. The characteristic peak reading pulse responsivity is 1 mV/mJ, and the accuracy of the measurements at 0.1 mJ is approximately 7\%. The calorimeter is sensitive primarily to the beams' energy, and its response is independent of the shape and size of the incident beam of a given energy.",

author = "G. Koren and Y. Yacoby and H. Lotem and M. Kosower and G. Greenwald",

year = "1973",

doi = "10.1063/1.1654812",

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journal = "Applied Physics Letters",

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AU - Koren, G.

AU - Yacoby, Y.

AU - Lotem, H.

AU - Kosower, M.

AU - Greenwald, G.

PY - 1973

Y1 - 1973

N2 - A laser pulse calorimeter which enables measurements of energies within the region of 20-0.02 mJ is described. The calorimeter is a temperature-sensitive resistor, composed of a thin film of black V2O5 evaporated on an 8-μ sapphire substrate of 1-cm diameter. The characteristic peak reading pulse responsivity is 1 mV/mJ, and the accuracy of the measurements at 0.1 mJ is approximately 7%. The calorimeter is sensitive primarily to the beams' energy, and its response is independent of the shape and size of the incident beam of a given energy.

AB - A laser pulse calorimeter which enables measurements of energies within the region of 20-0.02 mJ is described. The calorimeter is a temperature-sensitive resistor, composed of a thin film of black V2O5 evaporated on an 8-μ sapphire substrate of 1-cm diameter. The characteristic peak reading pulse responsivity is 1 mV/mJ, and the accuracy of the measurements at 0.1 mJ is approximately 7%. The calorimeter is sensitive primarily to the beams' energy, and its response is independent of the shape and size of the incident beam of a given energy.

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JO - Applied Physics Letters

JF - Applied Physics Letters

IS - 2

ER -

Thin-film calorimeter for low-energy laser pulse measurements

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