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chemicals News
Laser Techniques Make Surfaces Spotless
Jun 1, 1997 — Surface contamination by microscopic particles is currently one of the most serious problems facing the microelectronics industry. As much as 50 percent of yield losses could be attributable to particulates. Furthermore, as the demand for smaller scale technology increases, the minimum critical size of particle that must be removed decreases correspondingly. In today’s submicron integrated circuit technology, particles of 0.1-mm diameter or less are potential sources of circuit failure, while...
Spectroscopy Gauges Blast Potential
May 1, 1997 — ATLANTA -- When FBI agents rush into the hideouts of terrorist groups, they often find jars of chemicals that could be explosive. Some explosives are so dangerous that they would be downright deadly under even the gentlest of jostling, so carrying...
The Future Looks Bright for IR Plane Deicer
May 1, 1997 — While the FAA does not have a strict approval process like the US Food and Drug Administration, Process Technologies Vice President Tim Seel said working with the government has paid off in global interest. In 1995, the company entered a cooperative...
Optical Fibers Make Sense of Chemicals
Mar 1, 1997 — Optical fibers have revolutionized a variety of fields: They carry images through endoscopes, voices through phone lines, data and video through cable networks, and, more recently, physical and chemical information through sensors. The fiber's...
Photonic Cleaning Process Moves to Heavy Industry
Mar 1, 1997 — A process originally developed for the microelectronics industry and typically used for keeping semiconductor components free of minute contaminants could now prove to be a boon to tire manufacturers. In an unusual case of technology transfer, one...
Photonics Makes Refinery a Good Neighbor
Feb 1, 1997 — RODEO, Calif. -- As part of a "good neighbor" agreement, Unocal Corp. plans to incorporate seven infrared, ultraviolet and laser sensors into what it calls the world's most comprehensive refinery air-monitoring system. The agreement ends two years...
'Artificial Nose' Uses Fiber Optics to Emulate the Real Thing
Nov 1, 1996 — MEDFORD, Mass. -- One of the most complex sensors of all -- the human nose -- is the inspiration for a fiber optic sensor that can detect and differentiate chemical vapors better than commercial electronic chemical-detecting devices. "Commercial...
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