laser|lasers in English

noun

[la·ser || 'leɪzə(r)]

(acronym of: Light Amplification by Stimulated Emission of Radiation) device which stimulates the atoms in a medium in order to increase electrical impulses and produce an intense concentrated beam of light

Use "laser|lasers" in a sentence

1. Other common applications of lasers include laser printers and laser pointers.

2. Semiconductor "lasers" are commonly called "laser" diodes.

3. Semiconductor ‘lasers’ are commonly called ‘laser’ diodes.

4. Beamin Lasers Laser light shows, laser rentals/purchases and the best laser services in Phoenix Arizona

5. The Applied Biosystems Arcturus LCM System offers the power of two lasers—combining laser-capture and laser cutting into one system

6. As a laser scientist, the answer was just before my eyes: Lasers, of course.

7. LASER-ION Accelerato yielded advanced understanding of ion acceleration mechanisms with ultra-short pulse lasers.

8. At the Laser 2005 exhibition, RAYLASE presented two new control cards for controlling lasers and deflection units.

9. Lasers or laser systems for both methods require spectrum frequency stabilization for operation over extended periods of time.

10. In contrast, most "conventional" lasers (such as the ruby laser) rely on stimulated electronic transitions to amplify light.

11. Industrial lasers, communications lasers, lasers for use in printers

12. The proposed active material is used in liquid lasers and amplifiers based on direct nuclear excitation of the laser active medium.

13. One of key problems is lasers cooling in researching high power semiconductor diode lasers.

14. Hicks does extensive research on all Lasers before introducing a new one into our laser toolbelt to make sure we hAve the best the industry has to offer.

15. Laser theory of Fabry-Perot (FP) semiconductor lasers proves to be nonlinear, since the gain, the refractive index and the loss coefficient are the functions of energy flux.

16. Most femtosecond lasers emit pulses with near-IR wavelengths and, due to the limited gain bandwidth of laser amplifiers, these pulses have durations over many optical cycles when amplified.

17. b. non-'Q-switched lasers` with:

18. Deuterium Fluoride-Carbon dioxide (DF-CO2) "lasers";

19. It was into bioengineering, lasers, fiber optics.

20. Laser anemometers, laser Doppler anemometers, laser Doppler Velocimeters (LDVs), laser radars (lidars) for wind speed measurement, laser based wind speed measurement apparatus, apparatus for measuring wind speed using Infra-Red (IR) radiation, optical fibre based laser anemometers, anemometers, ground based laser anemometers, vehicle mountable laser anemometers, buoy mountable laser anemometers, ship mountable laser anemometers, aircraft mountable laser anemometers, airborne laser anemometers, laser anemometers for true air-speed measurements, laser anemometers for air turbulence measurements, laser anemometers for measuring wind speed in a wind tunnel and wind turbine mountable laser anemometers

21. In a simple laser, each of these modes oscillates independently, with no fixed relationship between each other, in essence like a set of independent lasers all emitting light at slightly different frequencies.

22. Cynosure lasers work for the following applications:

23. Because most CO 2 lasers contain helium-rich gas mixtures, 6 MHz/Torr (4.6 GHz/atm) is a reasonably good assumption for the pressure-Broadening coefficient for typical CO 2 laser mixtures.

24. Optical gas diagnostics with tunable diode lasers

25. Collimating lenses product line: Laser Collimating lens, Laser collimation lens, Laser collimator lens