Filter Profile Service
A repository of Filter information for the VO
Astronomy (6166)Planetary science (347)Earth Obs. (2363)


MKO :Mauna Kea Observatories
MKO/MIRSI :MIRSI (Mid-InfraRed Spectrometer and Imager) is a mid-infrared camera system with both spectroscopic and imaging capabilities.

MKO/MIRSI.K21859.4521952.6821721.8919670.7724331.323625.29651.574.14e-11MKOMIRSIMauna kea Obsevatory. MIRSI K filter
MKO/MIRSI.4_949027.7949308.2148590.5842802.8756038.369984.32151.371.92e-12MKOMIRSIMauna kea Obsevatory. MIRSI 4.9m filter
MKO/MIRSI.7_777152.8577243.2777017.9872225.7683260.016871.0163.833.23e-13MKOMIRSIMauna kea Obsevatory. MIRSI 7.7m filter
MKO/MIRSI.8_787162.7387261.7087001.3581231.2093272.567650.6750.542.0e-13MKOMIRSIMauna kea Obsevatory. MIRSI 8.7m filter
MKO/MIRSI.9_796639.7396768.6996433.9989588.65104384.889319.1141.411.33e-13MKOMIRSIMauna kea Obsevatory. MIRSI 9.7m filter
MKO/MIRSI.N103310.70106025.5899054.2878225.76134489.0044136.5335.691.09e-13MKOMIRSIMauna kea Obsevatory. MIRSI N filter
MKO/MIRSI.11_7116297.09116453.57116042.48107429.84124727.5011480.3728.816.41e-14MKOMIRSIMauna kea Obsevatory. MIRSI 11.7m filter
MKO/MIRSI.12_282122649.22122656.86122636.53120089.05125529.641992.0425.975.18e-14MKOMIRSIMauna kea Obsevatory. MIRSI 12.282m filter
MKO/MIRSI.12_33123288.64123451.72123016.57114236.73132638.2711764.3425.695.09e-14MKOMIRSIMauna kea Obsevatory. MIRSI 12.33m filter
MKO/MIRSI.18183224.55183407.87182922.72172670.74197233.4115057.9211.761.05e-14MKOMIRSIMauna kea Obsevatory. MIRSI 18m filter
MKO/MIRSI.20209807.66214280.08202871.45162500.35289684.7675307.928.876.46e-15MKOMIRSIMauna kea Obsevatory. MIRSI 20m filter
MKO/MIRSI.24247768.84248081.26247226.23224811.65276399.8620449.816.463.17e-15MKOMIRSIMauna kea Obsevatory. MIRSI 24m filter
 

Filter Plots (using a common λ range)

(Plot them zoomed to their own λ range)

© SVO,   8873 filters available,   Last update: 2020-09-27
 
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

and we would appreciate if you could include the following references in your publication: