英語 での Blue laser の使用例とその 日本語 への翻訳
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Compared with a red laser, a blue laser has a shorter wavelength, stronger ability in recognizing small details of objects and can provide better scanning results with higher resolution.
Our products include Green Laser, Blue Laser, Yellow Laser, Red Laser, RGB laser, Infrared Laser, UV Laser, Single Longitudinal Mode Laser and Q-switched Laser systems.
Blue laser autofluorescence(BAF), early phase fluorescence angiography(FA) and indocyanin green angiography(ICGA) images were used to detect the source of subfoveal leakage for a patient with recurrent CSCR.
High-Performance Tools to Meet Rising Quality Standards 4X resolution: Captures fine details and large volumes thanks to the unique and versatile combination of improved high-performance optics and multiple blue laser technology.
The blue laser has a shorter wavelength compared to red laser and delivers improved scanning results with higher resolution thanks to its greater ability to discover smaller details in an object.
Because all variants except 3× DVD and HD REC employed a blue laser with a shorter wavelength, HD DVD stored about 3.2 times as much data per layer as its predecessor.
For applications requiring exceptional sensitivity, a high-power blue laser(HPL) is offered in both single- and HT-loader formats.
The FARO Design ScanArm features the optically-superior blue laser technology to accurately capture 3D data on object surfaces, to help users rapidly digitize physical objects.
Both the FAROBlu Laser Line Probe HD and the FAROBlu Laser Line Probe SD leverage an optically-superior blue laser technology, for improved scanning and higher resolution.
And in 1999, Nichia began commercial sales of InGaN violet laser diodes; a sampling program of 440 nm InGaN blue laser diodes followed in 2001.
ZEONEX340R will be lens material that will promote the spread of recording/playing media using blue laser technology, since it allows for manufacture of lenses by injection molding, just like existing optical resins.
The Edge ScanArm HD uses blue laser to improve its scanning performance, allowing operators the ability to scan glossy, dark, and strong contrasting colored objects more easily.
Hundreds of fine, clearly visible red, green and blue laser dots are rotating and illuminate trees, plants and buildings at a large scan angle or draws attention at every party, even at Halloween, Christmas, etc….
The standard 488 nm blue laser of the FlowSight System may be augmented with up to three additional lasers at 405 nm(violet), 561 nm(green), and 642 nm(red) wavelengths.
In 1992 Japanese inventor Shuji Nakamura invented the first efficient blue LED, and four years later, the first blue laser.
Intricate components can be captured in fine detail as a result of the 2,000 actual points per scanline and the new blue laser featuring noise reduction technology.
The BLU-escent JVC hybrid technology uses an array of blue laser diodes that provides the light beam which excites yellow phosphorus then applied to a rotating disk of aluminum reflective high speed.
MW blue laser pointer with safety key brings the most wonderful visual feast of crystal blue laser beam in various pointing works in scientific research, education, lab experiment etc. It allows greatly visible laser beam of at least 1200 meters in the wild.
After 10 years, Japanese manufacturers mastered the production of a blue laser with 60 mW of power, making them applicable for devices that read a dense high-speed stream of data from Blu-ray, BD-R, and BD-RE.
By using ZEONEX350R, lenses can be mass-produced by injection molding, like conventional optical resins, the material further promotes the use of plastic lenses and therefore encourages the popularization of blue laser recording and playback devices.