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From quantum yield calculations, the use of the most active titania under low intensity of UV light was determined as preferable condition to carry out MEK photocatalytic oxidation.
The photocatalytic activity under UV and visible light was determined following the abatement of NOx and the photodegradation of 2-propanol in gas solid systems.
The amount of reflected light was determined as 6.05±0.38% for light polarized parallel to the fiber direction, while it was 3.65±0.41% for light polarized perpendicular to the fiber direction in case of laser-processed CFRP.
Thus, in addition to visual assessment, roughness and gloss measurements were carried out, the ratio between specular and diffusely reflected light was determined, and scanning electron microscopy (SEM) was used, in order to find an instrumental method to reduce the subjectivity of visual assessment.
Absorption of transmitted light was determined at 470 nm (Infinite M200 Pro, Tecan, Männedorf, Switzerland).
The spectrum of the stimulus light was determined using a spectrophotometer (Ocean Optics USB2000), and the light intensity was measured using a power meter (Thorlabs S130VC).
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Based on the k-sphere formalism the propagation direction of the diffracted light is determined.
In this type of laser, the wavelength of the light is determined by the thickness of the active materials used.
Chosen physicochemical properties including the ability of the chromophores to realign upon linearly polarized light were determined and discussed in relation to details of the materials structure.
The amount of charge generated for a given source of light is determined by several factors, the main of which are dependent on wavelength, i.e., on photon energy, and to a less extent on nonlinearities in the conversion process.
Since the amount of reflected light is determined not only by the distance from the camera to the object but also by the surface albedo and normals, the sensitivity map does not match the depth information perfectly.
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CEO of Professional Science Editing for Scientists @ prosciediting.com