Prof. Patrick Irwin: Publications

Aerosols in the atmospheres of the Giant Planets

Copernicus Publications (2022)

Authors:

Patrick Irwin, Nicholas Teanby, Leigh Fletcher, Daniel Toledo, Glenn Orton, Michael Wong, Michael Roman, Santiago Pérez-Hoyos, Jose Franciso Sanz Raquena, Arjuna James, Charlotte Alexander, Jack Dobinson

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Comparing atmospheric models of Jupiter, can we reduce the degeneracy of this problem?

Copernicus Publications (2022)

Authors:

Charlotte Alexander, Patrick Irwin

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Investigating the properties of a near-surface cloud layer from Venera 13 and 14 descent probe data

Copernicus Publications (2022)

Authors:

Shubham Kulkarni, Colin Wilson, Patrick Irwin

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Monsters of rock: are Uranus and Neptune rock giants?

Copernicus Publications (2022)

Authors:

Nicholas Teanby, Patrick Irwin, Lucy Wright, Robert Myhill

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Preliminary atmospheric study of Jupiter using ISO/SWS data

Copernicus Publications (2022)

Authors:

José Ribeiro, Pedro Machado, Santiago Pérez-Hoyos, João Dias, Patrick Irwin

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Prof. Patrick Irwin

Research theme

Sub department

Aerosols in the atmospheres of the Giant Planets

Authors:

Comparing atmospheric models of Jupiter, can we reduce the degeneracy of this problem?

Authors:

Investigating the properties of a near-surface cloud layer from Venera 13 and 14 descent probe data

Authors:

Monsters of rock: are Uranus and Neptune rock giants?

Authors:

Preliminary atmospheric study of Jupiter using ISO/SWS data

Authors:

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Prof. Patrick Irwin

Research theme

Sub department

Research groups

Aerosols in the atmospheres of the Giant Planets

Authors:

Comparing atmospheric models of Jupiter, can we reduce the degeneracy of this problem?

Authors:

Investigating the properties of a near-surface cloud layer from Venera 13 and 14 descent probe data

Authors:

Monsters of rock: are Uranus and Neptune rock giants?

Authors:

Preliminary atmospheric study of Jupiter using ISO/SWS data

Authors: