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One Dimensional

Ultrafast Amplifiers

Ultrafast Amplifiers

--> Ultrafast Amplifiers Coherent’s ultrafast amplifier portfolio is the most extensive available offering amplified pulse energies from 4 µJ to 13 mJ and repetition-rates from 1 kHz to 500 kHz. Coherent has a long and successful history of providing reliable, high-performance, ultrafast laser…

RQB Fiber Optic Cable

RQB Fiber Optic Cable

…10 µm. Contact Us About This Product See Related Products Close PRICE HERE Tech Spec AR-coatings 1030-1090 nm, 780-1100 nm, 510-550 nm Fiber core dimension SM-1000 µm Length 5-200 m Numerical aperture 0.20 Max Power (CW) @1064nm 1.5 kW 3.0 kW (with external cooler) Max Peak power @1064nm 10 kW at 10…

QBH Fiber Optic Cable

QBH Fiber Optic Cable

…Us About This Product See Related Products Close PRICE HERE Tech Specs AR-coatings 1030-1090 nm, 780-1100 nm, 510-550 nm, 430-480 nm Fiber core dimension SM-1000 µm Length 5-200 m Numerical aperture 0.20 Max Power (CW) @1064nm 10 kW Max Peak power @1064nm 10 kW at 10 ms pulse length 50 kW at 1 ms…

QD Fiber Optic Cable

QD Fiber Optic Cable

…standard interface requirements. Contact Us About This Product See Related Products Close PRICE HERE Tech Spec AR-coatings 1030-1090 nm Fiber core dimension SM-1000 µm Length 5-200 m Numerical aperture 0.20 Max Power (CW) 20 kW Max Peak power 10 kW at 10 ms pulse length 50 kW at 1 ms pulse length 1…

11-57-93 4- dimensional drawing

11-57-93 4- dimensional drawing

…ALL DIMENSIONS IN [ ] ARE MILLIMETERS.DO NOT SCALE DRAWING. CAGE NO. LASERCAM UV DIMENSIONAL TOLERANCES UNLESS OTHERWISE SPECIFIED 8/11/08 SEE BOM NONE DWG NO. SH REV TITLE 1 1157934 LASERCAM - HR-UV, Dimensional Drawing for 1149004 DECIMALS : .X .1 .XX .01 .XXX .005 .XXXX .0005 MACHINED HOLE DIA…

SurfaceCatalystStructure AstrellaProfXiong2D Case Study FINAL.pdf

SurfaceCatalystStructure AstrellaProfXiong2D Case Study FINAL.pdf

…spectrum of the same sample. The lower plot shows a 2D IR absorption spectrum of 1 in solution (in DMSO). Again the right
hand panel is one dimensional spectrum, this time from a conventional FTIR instrument. Lines of red open circles are the
center line slope (CLS) of the diagonal peaks.…

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

2011-Diode-Laser-Modules-and-Pattern-Generators-Catalog.pdf

…between 405-830 nm
Order code: FIB - Wavelength (E.g., FIB-640)
Flat Top Type
One Dimensional Diverging Flat Top Order code: 1DDFT - Divergence (E.g., 1DDFT-0.3°)
Two Dimensional Diverging Flat Top Order code: 2DDFT - Divergence 1 x Divergence 2
(E.g., 2DDFT-0.3°x2°)…

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

…between 405-830 nm
Order code: FIB - Wavelength (E.g., FIB-640)
Flat Top Type
One Dimensional Diverging Flat Top Order code: 1DDFT - Divergence (E.g., 1DDFT-0.3°)
Two Dimensional Diverging Flat Top Order code: 2DDFT - Divergence 1 x Divergence 2
(E.g., 2DDFT-0.3°x2°)…

ModeMaster PC User Manual

ModeMaster PC User Manual

…Diameter
It is also possible to interpret the experimental profile E(x) as a
one-dimensional scan across a (possibly asymmetric) two dimensional beam cross-section, and to calculate this linear second
moment diameter. (Presumably, a second scan along the orthogonal
direction y…

COHR WhitePaper template 10 22 2018

COHR WhitePaper template 10 22 2018

…408-764-4983 | p. 2
Figure 1: Experimentally measured FTIR (top) and 2D IR (bottom) spectra for a mixture of compounds. From the FTIR
spectrum, one cannot determine how many types of molecules are contained in the mixture. The 2D IR spectrum
exhibits a pair of diagonal peaks for each…

Vision Systems - June 2015

Vision Systems - June 2015

…size and
lower divergence in one direction (the slow
axis) than in the perpendicular direction
(the fast axis). This is an inherent property of
diode lasers due to the fact that their emitting
facet is much longer in one dimension than
the other. Laser line projection…

Photonics Spectra - September 2017

Photonics Spectra - September 2017

…limited temporal information. The use of flash lamps and pulsed lasers can often extend linear spectroscopy to show the timescale over which one state of the system evolves into another. While this is obviously useful, these pump-probe type studies are, at best, like a series of still photographs…