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Increase in demand, public concern at the emission of noxious effluents, and competition between rival processes provided the incentives for greater efficiency.
Direct-air capture — deliberate extraction of CO2 from our atmosphere using empirically proven technologies — may turn out to be more expensive than carbon capture at the emission source, but it has several important possible advantages.
In addition, silicon is transparent at the emission wavelengths most often used in InP-based optoelectronics.
Spectrophotometric results indicated fluorescent changes at the emission peak were correlated to the titers of H5N1.
The luminescence intensity with an antireflection coating is increased by 20% at the emission peak wavelength.
Another is an enhanced extraction in nanopillar arrays at the emission wavelength.
The second one is the light extraction efficiency in nanopillar arrays at the emission wavelength.
The second possible explanation is to postulate causation from the measurement events backward to the source at the emission time.
It is found that the transmission loss coefficient at the emission wavelength is reduced with increasing thickness of the waveguides.
In contrast, an interference filter has low absorption at the excitation wavelength and high absorption at the emission wavelength.
Using a simple relationship between the incident photon flux and the resultant electron density at the emission site, an estimation of the tunneling current is made.
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CEO of Professional Science Editing for Scientists @ prosciediting.com