1 - 10 of 110 Search Results for argon ion
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2.
AnalyticalArticleRev2
(PAGE 3 OF 5)
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... paradigms. The process of ascertaining the exact order of the nucleotides in DNA, known as DNA sequencing, has traditionally used air-cooled argon-ion lasers. Instrument manufacturers still employ them because of the convenience of multiline excitation from a single package. However, several prominent ...
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3.
SapphireBrochure
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... in a variety of fields sought to exploit the power of diodepumped solid-state lasers in applications that had traditionally used air-cooled argon ion lasers. Unfortunately, the limitations of conventional diode-pumped lasers, most notably their limited emission wavelengths, made the desired transition ...
Related Searches: vecsel | sapphire | 488 | 488nm
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5.
microelectrdetectionRev2
(PAGE 4 OF 4)
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doubled argon-ion lasers at 257 nm. Solid-state instruments are more compact and place a lighter burden on power consumption and cooling functions. Generally, these lasers are based on Nd:YAG or Nd:vanadate technology doubled to emit at 532 nm. A resonant enhancement cavity doubles this wavelength ...
Related Searches: vanadate
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6.
microelectrdetectionRev2
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... now operate at 488 nm. At this wavelength, solid-state lasers such as this offer more compact, efficient and low-noise alternatives to air-cooled argon-ion lasers. Reprinted from the August 2003 issue of PHOTONICS SPECTRA © Laurin Publishing Microelectronics Inspection electronics industry are difficult ...
Related Searches: reticles
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7.
SapphireBrochure
(PAGE 5 OF 6)
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... p h i r e R e s o n a t o r ( o u t p u t b e a m ) Revolutionary. Imagine the possibilities of a laser system that is 90% smaller than a comparable argon ion laser. A laser system that consumes 98% less power, and dissipates 98% less heat. A laser system engineered specifically for demanding applications ...
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9.
SapphireBrochure
(PAGE 3 OF 6)
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... inside the laser. It's about the benefits of that technology in end-user applications. Sapphire is about 90% smaller than a comparable output argon ion laser. This compactness enables extremely close-coupling of the laser to the working surface or sensing point, and reduced optical pathlengths. Further ...
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10.
AnalyticalArticleRev2
(PAGE 1 OF 5)
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... a limiting factor in the packaging, ease of use, functionality and reliability of many analytical instruments. Whether the choice was an air-cooled argon-ion, HeNe or HeCd laser, or a watercooled argon-ion, Kr or mixed-gas laser, each brought significant drawbacks to analytical instrument design. Some ...
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