Titlebook: Analytical Applications of FT-IR to Molecular and Biological Systems; Proceedings of the N James R. Durig Conference proceedings 1980 D. Re

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書目名稱Analytical Applications of FT-IR to Molecular and Biological Systems讀者反饋學(xué)科排名

garrulous

Apodization and Phase Correctionath-difference between the two arms of the interferometer is x is given by . (1) k is the wavenumber of the radiation in the gas, or vacuum, which fills the dashed box in Fig. 1; I.(k) is the intensity of radiation emitted by the source at wavenumber k; S(k) is the transmittance of the sample at wav

按時(shí)間順序

Energy-Limited Systemso yield an acceptable signal-to-noise ratio with the slits set to yield the diffraction-limited resolution. This is the case for most, if not all, infrared grating spectrometers, and traditionally the solution has been to open the slits to allow more energy to fall on the detector, so that an accept

faultfinder

RALES

Excise

The Use of Fourier Transform Methods for the Measurement of Infrared Emission Spectrabed from the environment to be equal to the amount emitted to the environment. This must be so in all directions and at all wavenumbers or wavelengths. This consideration is the basis of Kirchoff’s Law [1] which states that at a given temperature the absorptance, a, of a sample is equal to its emiss

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步履蹣跚

Chromatography and FT-IR Spectrometryt species. By far the most important application of this rapid-scanning property is the on-line identification of peaks eluting from a gas chromatograph (GC/FT-IR). GC/FT-IR measurements using low resolution (20 cm.) interferometers were described as early as 1967 [1], but only recently have GC/FT-I

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deforestation