emittance

You'd also get a better feel for the emittance/reflectance curves of various dyes, plants, and lighting technologies.

Fluorescence is a three-step-process of absorption, internal conversion (energy-loss) and re-emittance of light with a higher wavelength.

Repeat this process ad nauseam and the constant absorption/re-emittance will slow down the speed of light to a varying degree.

Mitsubishi needs to purchase these credits to stay within regulatory requirements pertaining to emittance of CO2 probably in the EU.

This is especially important in light sources, but really any machine where you want low emittance.

First, the beam quality (emittance and stability) is orders of magnitude below collider requirements.

You’re aware that turning on a blue filter at the same brightness level will obviously decrease the overall emittance of the display?

To be even more specific, the reason why it is slowed down is because of absorption and re-emittance of particles of light (photons).

There's also all kinds of drone detection systems based on RF emittance.

While that foam had a slightly lower total solar reflectance, it had a better far infrared emittance, so the cooling performance was similar, i.e.

And then if we talk about total emittance, it's even lower because 40% of electricity is generated from nuclear and renewables.

Also, the emittance of the panels at thermal wavelengths is important.

Adding white reflective coating increases "Solar Reflectance" and decreases "Thermal Emittance" and absorption.

“re-emittance of light with a higher wavelength” I would say that the re-emitted light has a “longer” wavelength.

"Compilation of Kotlin, then emittance of JS"?

In case anyone wonders what's the big deal about this: As someone who knows a liiittle bit about collider physics, I think a relatively clean, relatively high energy electron gun has the advantage of reducing the "emittance" of the beam, i.e.