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Backlight (17) | ![]() |
Beam of light (73) | ![]() |
Blue light (86) | ![]() |
Bright light (14) | ![]() |
Coherent light (12) | ![]() |
Efficient light (20) | ![]() |
Fluorescent light (11) | ![]() |
Green light (27) | ![]() |
Incandescent light (19) | ![]() |
Infrared light (120) | ![]() |
Light (2049) | ![]() |
Light absorption (27) | ![]() |
Light detector (25) | ![]() |
Light pulse (65) | ![]() |
Light scattering (20) | ![]() |
Light signal (21) | ![]() |
Light source (179) | ![]() |
Light switch (8) | ![]() |
Natural light (9) | ![]() |
Optical microscope (40) | ![]() |
Organic light (5) | ![]() |
Red light (35) | ![]() |
Reflected light (32) | ![]() |
Scattered light (24) | ![]() |
Shining light (8) | ![]() |
Ultraviolet light (143) | ![]() |
Visible light (169) | ![]() |
White light (27) | ![]() |
When combined evenly with the blue the green-yellow-orange light yields white light. The notion of multiple colors creating white may seem counterintuitive.
white light used to make the moving TV images. The new Triluminos tele#visions instead pair an uncoated blue LED with a thin glass tube filled with quantum dots.
The resulting white light is more intense at the wavelengths of these three specific colours than the white light made by a phosphor-coated LED,
and similarly converts raw blue light into white light made up of pure colours. Nanosys and 3m announced their partnership in June 2012
The white light used in this work does not penetrate tissue sufficiently for in vivo applications Liu explains
For the impedance spectroscopy measurements, the sample was installed beneath an LED broadband white light, calibrated to one Sun illumination (natural sunlight).
We show that SERS image-guided resection is more accurate than resection using white light visualization alone.
A photonic crystal fiber was used to generate (quasi-white light) supercontinuum to probe the spectral response of select regions within the array.
The researchers are currently working on further functionalization of the phosphor nanoparticles. ur goal is to generate white light by means of an altered doping
Even when available for field-testing, white light microscopy tends to report many false positive diagnoses as well.
The system has been verified in the laboratory using a white light interferometer and a laser-scanning confocal microscope to characterize the surface of the coded product
portable device that we believe is more sensitive than the standard microscope that uses white light
Experimenting with the interplay of white light on sandwich-like structures, or plasmonic interfaces, the researchers developed
the missing color for producing white light was blue. Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura cracked the blue conundrum in the early 1990s.
Now, thanks to their work, white light LEDS are ubiquitous. In recognition of this energy saving invention, they received the Nobel prize in Physics last year.
Three expert and four novice endoscopists performed white light endoscopy followed by LCE and HRME. All optical images were compared to gold standard of histopathology.
White light is viewed typically as a complete mixture of all of the wavelengths of the visible spectrum, said Ning,
This mixture of colored light will be perceived by humans as white light and can therefore be used for general illumination.
Sandia National Labs in 2011 produced high-quality white light from four separate large lasers. The researchers showed that the human eye is as comfortable with white light generated by diode lasers as with that produced by LEDS,
inspiring others to advance the technology. hile this pioneering proof-of-concept demonstration is impressive,
White light allows those signals to be transmitted over multiple areas of the color spectrum which is effectively adding more pathways for data to travel.
No one has been able to create a laser that beams white light. Researchers at Arizona State university have solved the puzzle.
White light is viewed typically as a complete mixture of all of the wavelengths of the visible spectrum, said Ning,
This mixture of colored light will be perceived by humans as white light and can therefore be used for general illumination.
Sandia National Labs in 2011 produced high-quality white light from four separate large lasers. The researchers showed that the human eye is as comfortable with white light generated by diode lasers as with that produced by LEDS,
inspiring others to advance the technology. hile this pioneering proof-of-concept demonstration is impressive,
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