Filter Profile Service
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Keck :W.M. Keck Observatory
Keck/LWS :The Long Wavelength Spectrometer (LWS) is a Keck facility instrument offering diffraction-limited imaging and spectroscopy in the 3-25 ┬Ám range from the forward Cassegrain focus on Keck I.

Keck/LWS.080083621.1683848.3983249.8775585.9794239.8111239.3154.752.37e-13KeckLWSLWS 8.0, 7.81-8.94
Keck/LWS.089088186.1788310.0787987.0082133.5995439.448178.0249.421.91e-13KeckLWSLWS 8.9, 8.39-9.27
Keck/LWS.0990100386.96100468.48100252.7394902.09106799.587448.9938.501.15e-13KeckLWSLWS 9.9, 9.67-10.42
Keck/LWS.Nwide101095.38104871.3195317.1773559.35137327.0252412.1436.981.22e-13KeckLWSLWS Nwide, 7.73-13.31
Keck/LWS.1070106692.03107099.57106025.9889710.00129900.0015698.9734.059.08e-14KeckLWSLWS 10.7, 9.92-11.47
Keck/LWS.Spec10107837.08114452.1498001.9472999.19154200.0068146.7932.101.0e-13KeckLWSLWS Spec 10, >7.52 Ám (long pass)
Keck/LWS.1170116779.87116928.66116543.05109007.19125423.4310433.1328.576.31e-14KeckLWSLWS 11.7, 11.15-12.25
Keck/LWS.SiC117037.57117666.68116007.42100724.57133615.1522190.5828.366.32e-14KeckLWSLWS SiC, 10.64-12.96
Keck/LWS.1250126138.63126320.84125843.39117069.89136331.9411779.8224.564.65e-14KeckLWSLWS 12.5, 12.01-13.25
Keck/LWS.1765177315.20177400.71177174.39167592.96187781.458881.9612.571.2e-14KeckLWSLWS 17.65, 17.31-18.16
Keck/LWS.1875187397.87187474.97187264.34177868.02196880.319066.1711.229.6e-15KeckLWSLWS 18.75, 18.31-19.20
Keck/LWS.2310230978.24231033.80230886.21220595.57241806.147881.797.434.18e-15KeckLWSLWS 23.1, 22.74 - 23.47
Keck/LWS.2450245219.25245271.42245133.44235056.43255735.638001.376.603.29e-15KeckLWSLWS 24.5, 24.16 - 24.90
 

Filter Plots (using a common λ range)

(Plot them zoomed to their own λ range)

© SVO,   8933 filters available,   Last update: 2020-10-20
 
If your research benefits from the use of the SVO Filter Profile Service, we would appreciate if you could include the following acknowledgement in your publication:

This research has made use of the SVO Filter Profile Service (http://svo2.cab.inta-csic.es/theory/fps/) supported from the Spanish MINECO through grant AYA2017-84089

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