In-orbit recalibration of Longwave Infrared Camera onboard Akatsuki

[1] Akiba M(2021)Thermal tides in the upper cloud layer of Venus as deduced from the emission angle dependence of the brightness temperature by Akatsuki/LIR J Geophys Res Planets 126 e2020JE06808-1018

[2] Taguchi M(2011)LIR: longwave infrared camera onboard the Venus orbiter akatsuki Earth Planets Space 63 1009-88

[3] Fukuhara T(2017)Absolute calibration of brightness temperature of the Venus disk observed by the longwave infrared Camera onboard Akatsuki Earth Planets Space 69 141-515

[4] Imamura T(2017)Large stationary gravity wave in the atmosphere of Venus Nat Geosci 10 85-1555

[5] Kouyama T(2021)The nightside cloud-top circulation of the atmosphere of Venus Nature 595 511-409

[6] Sato TM(2022)Horizontal structures of bow-shaped mountain wave trains seen in thermal infrared images of Venusian clouds taken by Akatsuki LIR Icarus 68 1533-12105

[7] Fukuhara T(2021)Hayabusa2 extended mission: New voyage to rendezvous with a small asteroid rotating with a short period Adv Space Res 368 405-9465

[8] Taguchi M(2020)How is the super-rotation of Venus’atmosphere maintained by waves and turbulence Science 126 e2021JE007047-457

[9] Imamura T(2021)Planetary-scale waves seen in thermal infrared images of Venusian cloud top J Geophys Res Planets 44 12098-286

[10] Nakamura M(2017)Topographical and local-time dependence of large stationary gravity waves observed at the cloud top of Venus Geophys Res Lett 46 9457-undefined

[1] Akiba M(2021)Thermal tides in the upper cloud layer of Venus as deduced from the emission angle dependence of the brightness temperature by Akatsuki/LIR J Geophys Res Planets 126 e2020JE06808-1018

[2] Taguchi M(2011)LIR: longwave infrared camera onboard the Venus orbiter akatsuki Earth Planets Space 63 1009-88

[3] Fukuhara T(2017)Absolute calibration of brightness temperature of the Venus disk observed by the longwave infrared Camera onboard Akatsuki Earth Planets Space 69 141-515

[4] Imamura T(2017)Large stationary gravity wave in the atmosphere of Venus Nat Geosci 10 85-1555

[5] Kouyama T(2021)The nightside cloud-top circulation of the atmosphere of Venus Nature 595 511-409

[6] Sato TM(2022)Horizontal structures of bow-shaped mountain wave trains seen in thermal infrared images of Venusian clouds taken by Akatsuki LIR Icarus 68 1533-12105

[7] Fukuhara T(2021)Hayabusa2 extended mission: New voyage to rendezvous with a small asteroid rotating with a short period Adv Space Res 368 405-9465

[8] Taguchi M(2020)How is the super-rotation of Venus’atmosphere maintained by waves and turbulence Science 126 e2021JE007047-457

[9] Imamura T(2021)Planetary-scale waves seen in thermal infrared images of Venusian cloud top J Geophys Res Planets 44 12098-286

[10] Nakamura M(2017)Topographical and local-time dependence of large stationary gravity waves observed at the cloud top of Venus Geophys Res Lett 46 9457-undefined