Results 151 to 160 of about 29,895 (213)
Emerging paradigms in microwave imaging technology for biomedical applications: unleashing the power of artificial intelligence. [PDF]
Npj ImagingKhalid N +3 more
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Mid-infrared spectroscopy on a fiber tip for molecular monitoring. [PDF]
Opt EngLee TA, Xiao Z, Burghoff DP, Hutter T.
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OH* 3D Concentration Measurement of Non-Axisymmetric Flame via Near-Ultraviolet Volumetric Emission Tomography. [PDF]
Sensors (Basel)Ma J +5 more
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Thermal Imaging for Teaching Materials Chemistry: Phase Change Materials toward Energy Transition. [PDF]
J Chem Educde Cabo-Rodríguez C +7 more
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Key results and possible future endeavors of the Russian health studies program. [PDF]
Radiat Environ BiophysNapier BA.
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Review of Scientific Instruments, 1971
An ir radiometer utilizing a Golay cell was constructed to measure heat production in excised muscle preparations near room temperature. This radiometer resolves temperature changes of 1 mdeg on surface areas of several square millimeters with a lag time constant of a few milliseconds.
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An ir radiometer utilizing a Golay cell was constructed to measure heat production in excised muscle preparations near room temperature. This radiometer resolves temperature changes of 1 mdeg on surface areas of several square millimeters with a lag time constant of a few milliseconds.
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Applied Optics, 1973
When the absolute value X = ?Xmicro(micro).dmicro of incident radiation cannot be obtained from the output V = ?Xmicro(micro) R(x)(micro) dmicroof a selective instrument, with nonuniform responsivity R(x)(micro) = V(micro)(micro)/X(micro)(micro), because the incident distribution X(micro),(micro) is not known, recourse is had to various normalization ...
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When the absolute value X = ?Xmicro(micro).dmicro of incident radiation cannot be obtained from the output V = ?Xmicro(micro) R(x)(micro) dmicroof a selective instrument, with nonuniform responsivity R(x)(micro) = V(micro)(micro)/X(micro)(micro), because the incident distribution X(micro),(micro) is not known, recourse is had to various normalization ...
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Ultraviolet radiometry with synchrotron radiation and cryogenic radiometry
Applied Optics, 1999The combination of a cryogenic radiometer and synchrotron radiation enables detector scale realization in spectral regions that are otherwise difficult to access. Cryogenic radiometry is the most accurate primary detector-based standard available to date, and synchrotron radiation gives a unique broadband and continuous spectrum that extends from x ray
P S, Shaw +8 more
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