Acknowledgements

dcmodel project has been supported by followings.

FY2008

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

ISAS PLAIN Center, collaborative study using the super computer, "Comparative numerical study on the structure of convection in planetary atmospheres"

ISAS PLAIN Center, collaborative study using the super computer, "Development of a general circulation model for planetary atmospheres and numerical experiments on the variety of climate"

JSPS Grants-in-Aid for Scientific Research, category C, "Study on the thermal convection and the hydro-magnetic fluid dynamo in a rotating spherical shell with outer stable layer"

FY2007

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NIES, Research programs using the supercomputer, "Direct Numerical Experiment on the Interaction between Cumulus convection and Large-scale Atmospheric Motions"

NIES, Research programs using the supercomputer, "A study on the variety of the representations of equatorial precipitation Activities"

ISAS PLAIN Center, collaborative study using the super computer, "Comparative numerical study on the structure of convection in planetary atmospheres"

ISAS PLAIN Center, collaborative study using the super computer, "Development of a general circulation model for planetary atmospheres and numerical experiments on the variety of climate"

JSPS Grants-in-Aid for Scientific Research, category A, "Theoretical and numerical studies on the dynamical, material and energy transfer processes in the Jovian planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category C, "Study on the thermal convection and the hydro-magnetic fluid dynamo in a rotating spherical shell with outer stable layer"

FY2006

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NIES, Research programs using the supercomputer, "Development of atmospheric general circulation model for terrestrial planets and reralted fundamental experiments on the atmospheric structures"

NIES, Research programs using the supercomputer, "Direct calculation of the interaction between cumulus convection and large-scale motions"

ISAS PLAIN Center, collaborative study using the super computer, "A numerical study on circulation structure of planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category A, "Theoretical and numerical studies on the dynamical, material and energy transfer processes in the Jovian planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category C, "Study on the thermal convection and the hydro-magnetic fluid dynamo in a rotating spherical shell with outer stable layer"

FY2005

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NAOJ, Astronomical Data Analysis Center, Project for large scale simulation (category C), "Convection in a rotating spherical shell - a study on the fluid motions in stars and planets"

NIES, Research programs using the supercomputer, "Development of atmospheric general circulation model for terrestrial planets and reralted fundamental experiments on the atmospheric structures"

NIES, Research programs using the supercomputer, "Direct calculation of the interaction between cumulus convection and large-scale motions"

ISAS PLAIN Center, collaborative study using the super computer, "A numerical study on circulation structure of planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category A, "Theoretical and numerical studies on the dynamical, material and energy transfer processes in the Jovian planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category C, "Study on the thermal convection and the hydro-magnetic fluid dynamo in a rotating spherical shell with outer stable layer"

JSPS Grants-in-Aid for Young Scientists, category B, "Dependence of atmospheric equiliburium state on the solar constant"

JSPS Grants-in-Aid for Young Scientists, category B, "Numerical simulation of moist convection in the Martian atmosphere"

Global Environment Research Fund, B-1 Study on climate model improvement for projection of future changes in atmospheric water and energy circulation 2) Study on changes in atmospheric water circulation processes associated with the climate change

FY2004

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NAOJ, Astronomical Data Analysis Center, Project for large scale simulation (category C), "Numerical experiments for understanding fluid motion in celestial bodies and development of related numerical software"

NIES, Research programs using the supercomputer, "Development of atmospheric general circulation model for terrestrial planets and reralted fundamental experiments on the atmospheric structures"

ISAS PLAIN Center, collaborative study using the super computer, "A numerical study on circulation structure of planetary atmospheres"

JSPS Grants-in-Aid for Scientific Research, category A, "Theoretical and numerical studies on the dynamical, material and energy transfer processes in the Jovian planetary atmospheres"

JSPS Grants-in-Aid for Young Scientists, category B, "Dependence of atmospheric equiliburium state on the solar constant"

JSPS Grants-in-Aid for Young Scientists, category B, "Numerical simulation of moist convection in the Martian atmosphere"

FY2003

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NIES, Research programs using the supercomputer, "Development of atmospheric general circulation model for terrestrial planets and reralted fundamental experiments on the atmospheric structures"

ISAS PLAIN Center, collaborative study using the super computer, "A numerical study on circulation structure of planetary atmospheres"

JSPS Grants-in-Aid for Young Scientists, category B, "Dependence of atmospheric equiliburium state on the solar constant"

JSPS Grants-in-Aid for Young Scientists, category B, "Numerical simulation of moist convection in the Martian atmosphere"

FY2002

NAOJ, collaborative study, "Development of numerical models for understanding fluid motion in celestial bodies and related fundamental experiments"

NAOJ, Astronomical Data Analysis Center, Project for large scale simulation (category C), "Convection in a rotating spherical shell - a study on the fluid motions in stars and planets"

NIES, Research programs using the supercomputer, "Development of atmospheric general circulation model for terrestrial planets and reralted fundamental experiments on the atmospheric structures"

ISAS PLAIN Center, collaborative study using the super computer, "A numerical study on circulation structure of planetary atmospheres"