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Supplier: Laserglow Technologies
Description: The LRS-0480 Series of Diode-Pumped Solid-State (DPSS) Lasers are ideal for applications which specifically require 480 nm light with power levels from <5 mW to >150 mW. These lasers are commonly used for fluorescence excitation, Raman Spectroscopy and a broad range of other applications
- Laser Type: Solid State Lasers
- Laser Output: Continuous Wave
- Laser Wavelength: Blue
- Wavelength Range: 480 nm
Supplier: Edmund Optics Inc.
Description: the ultraviolet to the near-infrared in a single platform. Although each laser utilizes one of two technologies, Coherent’s proprietary Optically Pumped Semiconductor Laser (OPSL) or laser diode-based, OBIS Laser Systems feature the same beam parameters in packages that allow the user to plug-and-play
- Laser Type: Laser Diodes
- Wavelength Range: 552 nm
- Laser Power: 20 milliwatts
- Operating Temperature Range: 50 to 104 F
Description: saw is turned off High Intensity LED Work Light - Illuminates work area for increased accuracy Adjustable Laser Alignment System - Assists operator to accurately align cutting wheel with the cut line Removable Rear and Side Water Trays - Capture water from larger tiles to help keep work area dryShow More
Supplier: ValueTronics International, Inc.
Description: Fluke 820-2 Features: High intensity 7-LED array—4,800 Lux @ 6,000 FPM/30cm High efficiency LED solid-state light source with uniform flash characteristics allow for higher flash rates—30-300,000 FPM (flashes per minute) Digital pulse width modulation for exceptionally sharp imagesShow More
Chillers (industrial) - 9 676 070.16 - Julabo FL Recirculator Coolers, 7kW, Water Cooled, 208V 60Hz -- GO-12149-44Supplier: Cole-Parmer
Description: • Ideal for electron microscopes, lasers, mills, pilot plants, drying of gases, and general industrial applications • Working temperature down to -20 deg C • Powerful circulating pumps with gauge and by-pass valve to adjust pressure • Overload protection for pump motor
- Cooling Capacity: 7.4 kW
- Process Flow: 15.84 GPM
- Process Pressure: 87 psi
- Reservoir Capacity: 6.34 to 7.93 gallons
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Knight Optical (USA) LLC
High Damage Threshold
components including: Micro lenses. Fiber lenses. Collimators. Beam shaping optics. Ball lenses. Hemispherical lenses. LED lenses. Domes. Reflectors. LDT 's are designed to be used with lasers and high energy systems, the coatings are ideal for diode, diode-pumped solid-state and gas lasers. Industries used: Research and Development applications as well as commercial and military environments. Contact our multilingual technical sales team and discover how Knight Optical 's high quality optical... (read more)
Browse Optical Filters Datasheets for Knight Optical (USA) LLC
Water Cooling for Machine Tool
is optionally available that indicates the individual function statuses via an LED display. Customizable Options: * pump seals made from FPM (Viton) * diagnostic module. * Hot gas bypass * electric level control. * built to UL 1995 standards * flow monitor. * differential temperature control * heater for tempering the fluid. * minimum/maximum temperature alarm * pressure-sealed system. * control accuracy +/- 0.5 K * other supply voltages/ambient temp ranges. Additionally for the EB 190 - 400... (read more)
Browse Chillers (industrial) Datasheets for Pfannenberg Inc.
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Laser cooling of a semiconductor by 40 kelvin: an optical refrigerator based on cadmium sulfide nanoribbions
…a pump- probe luminescence thermometry technique to measure the local temperature change, we have achieved as large as 40 K cooling temperature from room temperature pumped by a 514 nm laser while a 532 nm laser pumping led to a cooling of…
2-µm high-brilliance micro-cavity VECSEL with >2W output power
This fundamentally different behavior of µC-VECSELs compared to single-frequency VECSELs stems from the fact that the active region plus heatspreader, where intensity noise of the pump laser leads to thermally-induced refractive index fluctuations, amounts for 100 % of the…
charged excitonic complexes in shallow quantum wells of undoped
GaAs/AlGaAs structures under below-barrier and above-barrier
Finally, we also observed that variation in the exciton and trion densities under the He–Ne laser pumping leads to the changes in the resonant Rayleigh scattering.
Experimental search for laser-induced effects in 151 Eu and 57 Fe doped crystals
As can be seen, laser pumping leads to some transformation of the Mössbauer spectrum (Fig. 14b).
Experimental demonstration of a novel heterogeneously integrated III-V on Si microlaser
path of the pump laser leading to the device.
Influence of surfactant on dynamics of photoinduced motions in a dye-doped deoxyribonucleic acid
lasers.16,19 In these lasers the optical excitation of a dye by another pump laser leads toa strong luminescence gain for only those photons which fulfill the Bragg reflection condition due to suitable periodic perturbations of refractive index of the medium.
Chaotic laser dynamics
In addition, the laser pumping leads to inversion in only one velocity group of molecules, so that Doppler broadening is eliminated .
An efficient modeling and simulation of quantum key distribution protocols using OptiSystem™
CW Laser LED Pump laser VCSEL Laser YES .
Cerium-doped fluoride lasers
…of a visible or infrared pump laser may be required to match the cerium UV absorption bands; however, such a con- version is at a fixed wavelength and the relatively higher peak power of the pump laser leads to greater nonlinear conversion…
Laser - Surface Interactions
Adding positive or negative chirp to the pump laser led to a decrease in HHG efficiency, which is likely associated with the reduction in the maximum pump in- tensity.
Research on output frequency characteristics of optically pumped THz gas laser
And different frequency offset of pump laser leads to different frequency shift to theTHz laser.
Carrier-envelope frequency stabilization of a Ti:sapphire oscillator using different pump lasers: part II
In our earlier measurements, the same pump laser led to a less prominent increase in phase noise in the kHz range at around 20 kHz and a slightly larger one between 80 and 800 Hz.
Optical Signal Processing by Silicon Photonics
Even CW pumping lasers led to spectral broadening at high power levels .
Quantum Dot Devices
two optical fields, proper control of the input pump laser leads to the desirable output signal laser on-demand.
Standard Handbook of Electronic Engineering, Fifth Edition > Radiant Energy Sources and Sensors
Figure 9.2.4 illustrates the overlap of pump emissions and the absorption bands of a typical Nd 3+ four-level laser scheme where pumping is accomplished by xenon-lamp pumping and LED laser pumping .