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Nature of Roughness of Ryugu Revealed by Thermal Simulation of High Resolution Digital Elevation Model.
Published in:
LPI Contribution, 2021, p. 1
By:
- Tanaka, S.;
- Miura, A.;
- Sakatani, N.;
- Shimaki, Y.;
- Okada, T.;
- Senshu, H.;
- Takita, J.;
- Kikuchi, S.;
- Arai, T.;
- Demura, H.;
- Suko, K.;
- Sekiguchi, Y. T.;
- Fukuhara, T.;
- Taguchi, M.;
- Kouyama, T.;
- Morikawa, E.;
- Ito, M.;
- Helbert, J.;
- Mueller, T. G.;
- Hagermann, A.
Publication type:
Article
GLOBAL THERMAL INERTIA AND SURFACE ROUGHNESS OF ASTEROID 162173 RYUGU BY TIR ON HAYABUSA2.
Published in:
LPI Contribution, 2021, p. 1
By:
- Shimaki, Y.;
- Senshu, H.;
- Sakatani, N.;
- Okada, T.;
- Fukuhara, T.;
- Tanaka, S.;
- Arai, T.;
- Demura, H.;
- Suko, K.;
- Sekiguchi, T.;
- Kouyama, T.;
- Takita, J.;
- Taguchi, M.;
- Hasegawa, S.
Publication type:
Article
FINE-GRAINED REGION WITH LOW THERMAL INERTIA IN CRATERS ON RYUGU.
Published in:
LPI Contribution, 2021, p. 1
By:
- Sakatani, N.;
- Tanaka, S.;
- Okada, T.;
- Senshu, H.;
- Arai, T.;
- Demura, H.;
- Suko, K.;
- Shimaki, Y.;
- Sekiguchi, T.;
- Takita, J.;
- Fuhuhara, T.;
- Taguchi, M.;
- Müller, T.;
- Hagermann, A.;
- Biele, J.;
- Grott, M.;
- Hamm, M.;
- Delbo, M.;
- Sugita, S.;
- Honda, R.
Publication type:
Article
THERMOPHYSICAL PROPERTIES OF ASTEROID 162173 RYUGU REVEALED BY HIGH-RESOLVED THERMAL IMAGING - A LINK TO POROUS ASTEROID FORMATION.
Published in:
LPI Contribution, 2021, p. 1
By:
- Okada, T.;
- Fukuhara, T.;
- Tanaka, S.;
- Taguchi, M.;
- Arai, T.;
- Sakatani, N.;
- Shimaki, Y.;
- Senshu, H.;
- Ogawa, Y.;
- Demura, H.;
- Suko, K.;
- Kitazato, K.;
- Kouyama, T.;
- Sekiguchi, T.;
- Takita, J.;
- Hasegawa, S.;
- Matsunaga, T.;
- Wada, T.;
- Imamura, T.;
- Helbert, J.
Publication type:
Article
GEOMETRIC CORRECTION AND DATA ARCHIEVES OF THERMAL INFRARED IMAGER ONBOARD HAYABUSA2.
Published in:
LPI Contribution, 2021, p. 1
By:
- Arai, T.;
- Okada, T.;
- Tanaka, S.;
- Fukuhara, T.;
- Demura, H.;
- Suko, K.;
- Sakatani, N.;
- Kouyama, T.;
- Shimaki, Y.;
- Senshu, H.;
- Sekiguchi, T.;
- Takita, J.
Publication type:
Article

Found: 5

Nature of Roughness of Ryugu Revealed by Thermal Simulation of High Resolution Digital Elevation Model.

GLOBAL THERMAL INERTIA AND SURFACE ROUGHNESS OF ASTEROID 162173 RYUGU BY TIR ON HAYABUSA2.

FINE-GRAINED REGION WITH LOW THERMAL INERTIA IN CRATERS ON RYUGU.

THERMOPHYSICAL PROPERTIES OF ASTEROID 162173 RYUGU REVEALED BY HIGH-RESOLVED THERMAL IMAGING - A LINK TO POROUS ASTEROID FORMATION.

GEOMETRIC CORRECTION AND DATA ARCHIEVES OF THERMAL INFRARED IMAGER ONBOARD HAYABUSA2.