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Experimental results of the normalized transmission spectrum through the Si etalon as a function of wavelength at different temperatures can be seen in Fig. 6a.
A Matlab simulation of the normalized transmission spectrum through a Si etalon (470 μm thick) as a function of wavelength at different temperatures can be seen in Fig. 3a.
A star's energy emission as a function of wavelength is influenced by both its temperature and composition.
The variation of transmittance T as a function of wavelength for samples 1 4 were recorded at room temperature and are shown in Fig. 5.
The variation of transmittance (T) and reflectance (R) as a function of wavelength for sample 1 3 were recorded at room temperature and are showed in Fig. 2.
Upon increasing the concentration of nanotubes, the absorbance of the composites decreases (see the inset of Fig. 2). Figure 2 Optical absorption measurements at room temperature of SWNT/P3HT composites as a function of wavelength.
Figure 2 Optical transmittance spectra of VO 2 films: (a1-a3) optical transmittance as a function of wavelength, in semiconducting and metallic states; (b1-b3) optical transmittance as a function of temperature obtained at λ = 2500 nm.
Spectral analysis (see spectroscopy) involves measuring the intensity of the radiation as a function of wavelength or frequency.
b Refractive index as a function of wavelength after irradiation.
b Absorption coefficient as a function of wavelength after irradiation.
Figure 5 shows the IPCE as a function of wavelength.
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