Examples of using Reflectivity in English and their translations into Norwegian
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
Enhances the reflectivity of the hair colored by optimizing the cohesion of the scales of the hair cuticle.
Some drives and players are confused by DVD-RW media's lower reflectivity into thinking it's a dual-layer disc.
then again to even lower reflectivity.
Antireflective coatings use destructive interference to reduce the reflectivity of the surfaces they coat, and can be used to minimise glare and unwanted reflections.
The aluminium foil plays the role of reflecting radiation heat from sunshine with reflectivity of 96-97%.
The headband is equipped with reflectors all the way around, which means that you have 360 degree reflectivity and can be seen from all directions.
Choosing the proper reflective coating option ensures high reflectivity of the needed wavelength or wavelength range.
The particles of color PHYSIA TONE are obtained by combining the micropigments oxidation with a rich complex of Direct Dyes with high reflectivity, which provides a shimmering effect multi-faceted.
are characterized by high gloss and high reflectivity.
reveal increased surface reflectivity, temperature, dryness and dustiness. Desert dust seen from space.
Backroads are often poorly lit compared to main roads, and reflectivity is a key safety component.
do not forget about the reflectivity of the glossy stretch ceilings.
skin passed products with extremely good surface glossiness and high reflectivity, are used in building decoration,
Light up your run with the Fresh Foam Gobi Moon Phase featuring lunar-inspired colors and added reflectivity.
refractive index and reflectivity of thin films
Make sure your contractor is testing reflectivity and applying the appropriate glass beads and at the correct specification application rates for optimum reflectivity.
More complex designs using multiple layers can achieve low reflectivity over a broad band, or extremely low reflectivity at a single wavelength.
In the late-1960s, Mikhail Ivanovich Budyko worked with simple two-dimensional energy-balance climate models to investigate the reflectivity of ice.
Black carbon lowers this reflectivity, also called albedo,
ceramic substrate reflectivity is high,