Products & Services

See also: Categories | Technical Articles | Engineering Web Results
Page: 1

Conduct Research Top

  • Trends in Laser Research
    of the spectrum. The new search is accomplished under the term of different laser types such as `CO2. laser' Semiconductor laser, Excimer, Ion, Chemical, Nd: YAG, X-ray, and Nitrogen laser. In the area of semiconductor lasers a great deal of attention has been paid to the quantum. well and quantum
  • Procedure for Cleaning Optics
    Fiber Optic Dye Dye 532 Er:YAG Erbium Excimer GaAs HeCad HeNe HeNe Alignment Holmium IR Krypton Krypton Alignment KTP KTP Alignment Nd:YAG Near Infrared PDT Ruby Telecom Ti:Sapphire UV Vis. Diode YAG YAG Doubled YAG Harmonics IPL Thulium Tunable Diode Visible Alignment Fiber Laser Diode Alignment
  • Laser Ablation of Thermally Conducted Oxides
    in thin layers. It has an. 20W SPI Pulsed MOPA Laser. excellent combination of electrical conductivity. Excimer, femto second and pico second lasers. and optical transparency. have been evaluated for this application but lack. ITO films behave as metals to long wavelength. the power levels required
  • Femtosecond and Nanosecond Laser Micromachining of Oxidized Multi-Walled Carbon Nanotube Doped Morthane
    systems. The main disadvantage of excimer systems. is poor beam quality, which requires a series of optics to homogenize, mask, and focus the laser. The beam delivery can. also be difficult because a vacuum is required for the propagation of the 157 nm wavelength. Solid-state lasers are becoming more
  • Micromachining of Carbon Nanocomposites with Nd:YAG and Nd:YVO4 Frequency Converted Solid State Lasers
    is a breaking of chemical bonds which. ablates the material. This method of material removal has very low heat input. There are also some disadvantages of. UV lasers systems. The main disadvantage of the excimer system is poor beam quality, which requires a series of optics. to homogenize, mask, and focus
  • Medical Device Link .
    by Diametrics Ltd. (High Wycombe, Bucks, UK), which developed the system, was to find a way to repeatably drill consistently sized holes in the fiber. The firm settled on an excimer laser that was able to perform the exacting task without straining the production budget. The blood-gas monitor is marketed
  • Medical Device Link .
    involved drilling miniature, consistently sized holes in the device's optical-fibre sensors. According to an engineer familiar with the project, an excimer laser operating in the UV range was critical to the success of the project. The paragraphs that follow discuss this application in greater detail
  • MICRO:Product News
    The NovaLine A4005 is a 193-nm ultranarrow-bandwidth laser for optical lithography systems. The unit's line-narrowing optics and high repetition rate of 4 kHz yield an output power of 20 W at a bandwidth of <0.35 pm. The excimer laser has a spectral purity of <0.85 pm at >95% of its output energy

Engineering Web Search: Excimer Laser Optics Top