Once more trouble was stewing» you could taste it» what with old Shermans
phosphoring into ash across the desert, and all those blackened corpses on the road to Tripoli and Hell.
Not exact matches
However, Schnick and his team had previously achieved a notable technological breakthrough by synthesizing innovative
phosphor materials that allowed the blue light produced by conventional LEDs to be converted
into all the colors of the visible spectrum — in particular, those at the red end.
The electrons then fly through the vacuum in the cavity, and hit the
phosphor screen
into glowing.
In environmental biotechnology, new concepts are currently being developed to employ microalgae to recover
phosphor and nitrogen from sewage and reintroduce them
into the nutrient cycle by means of organic fertilizers.
When the power was turned down, the coating reorganized
into a scattering material that bounced back more of the blue light
into the
phosphor, generating a warmer glow.
A
phosphor converter then transforms the blue laser beam
into a very bright and pure white light.»
A
phosphor converter transforms it
into white light suitable for roadway use with a colour temperature of 5,500 Kelvin — ideal conditions for the human eye that enable the driver to recognise contrast more easily and help to prevent fatigue.
A
phosphor converter transforms it
into white light suitable for roadway use with a color temperature of 5,500 Kelvin — ideal conditions for the human eye that enable the driver to recognize contrast more easily and help to prevent fatigue.
Instead of using white LEDs (which have yellow
phosphors) that produce a broad light spectrum that makes it hard to efficiently produce saturated colors, quantum dots directly convert the light from blue LEDs
into highly saturated primary colors for LCDs.
Instead of using White LEDs (which have yellow
phosphors) that produce a broad light spectrum that makes it hard to efficiently produce saturated colors, Quantum Dots directly convert the light from Blue LEDs
into highly saturated primary colors for LCDs.
A solution was to add a thin color optical filter to the top layer of a black and white EPD, with the filter's array of pixels divided
into triads, groups of three
phosphor dots coloured red, green, and blue.
But they use a
phosphor coating that converts some blue light
into a broad spectrum of yellow light.