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Results 1 to 18 of 18 for query "David M. Acreman". (0.01 sec.)

1.

Simulations of the Effects of Stripping and Accretion on Galaxy Haloes in Clusters
David M. Acreman; Ian R. Stevens; Trevor J. Ponman; Irini Sakelliou;
17 Feb 2003 / Mon.Not.Roy.Astron.Soc. 341 (2003) 1333

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2.

Galaxies in Clusters: the Observational Characteristics of Bow-Shocks, Wakes and Tails
Ian R. Stevens; David M. Acreman; Trevor J. Ponman;
3 Sep 1999

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3.

The UM, a fully--compressible, non--hydrostatic, deep atmosphere GCM, applied to hot Jupiters
N. J. Mayne; I. Baraffe; David M. Acreman; Chris Smith; Matthew K. Browning; David Skålid Amundsen; Nigel Wood; John Thuburn; David R. Jackson;
8 Nov 2013

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4.

Simulating the cloudy atmospheres of HD 209458 b and HD 189733 b with the 3D Met Office Unified Model
S. Lines; N. J. Mayne; Ian A. Boutle; James Manners; Graham K.H. Lee; Ch. Helling; Benjamin Drummond; David S. Amundsen; Jayesh Goyal; David M. Acreman; Pascal Tremblin; Max Kerslake;
1 Mar 2018

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5.

The UK Met Office GCM with a sophisticated radiation scheme applied to the hot Jupiter HD 209458b
David S. Amundsen; Nathan J. Mayne; Isabelle Baraffe; James Manners; Pascal Tremblin; Benjamin Drummond; Chris Smith; David M. Acreman; Derek Homeier;
30 Aug 2016

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6.

Assessing molecular line diagnostics of triggered star formation using synthetic observations
Thomas J. Haworth; Tim J. Harries; David M. Acreman; David A. Rundle;
6 Mar 2013

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7.

Three-dimensional molecular line transfer: A simulated star-forming region
David Rundle; Tim J. Harries; David M. Acreman; Matthew R. Bate;
10 May 2010

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8.

Modelling circumstellar discs with 3D radiation hydrodynamics
David M. Acreman; Tim J. Harries; David A. Rundle;
10 Dec 2009

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9.

The influence of a sub-stellar continent on the climate of a tidally-locked exoplanet
Neil T. Lewis; F. Hugo Lambert; Ian A. Boutle; Nathan J. Mayne; James Manners; David M. Acreman;
1 Feb 2018

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10.

Exploring the climate of Proxima B with the Met Office Unified Model
Ian A. Boutle; Nathan J. Mayne; Benjamin Drummond; James Manners; Jayesh Goyal; F. Hugo Lambert; David M. Acreman; Paul D. Earnshaw;
27 Feb 2017

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11.

Modelling multi-wavelength observational characteristics of bow shocks from runaway early type stars
David M. Acreman; Ian R. Stevens; Tim J. Harries;
10 Nov 2015

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12.

On the relative importance of different microphysics on the D-type expansion of galactic HII regions
Thomas J. Haworth; Tim J. Harries; David M. Acreman; Thomas G. Bisbas;
4 Aug 2015

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13.

The morphology of the Milky Way - II. Reconstructing CO maps from disc galaxies with live stellar distributions
Alex R. Pettitt; Clare L. Dobbs; David M. Acreman; Matthew R. Bate;
18 Mar 2015

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14.

Testing models of triggered star formation: theory and observation
Thomas J. Haworth; Tim J. Harries; David M. Acreman;
8 Aug 2012

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15.

The structure of HI in galactic disks: Simulations vs observations
David M. Acreman; Clare L. Dobbs; Christopher M. Brunt; Kevin A. Douglas;
24 Jan 2012

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16.

A Synthetic 21-cm Galactic Plane Survey of an SPH Galaxy Simulation
Kevin A. Douglas; David M. Acreman; Clare L. Dobbs; Christopher M. Brunt;
23 Apr 2010

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17.

Synthetic HI observations of a simulated spiral galaxy
David M. Acreman; Kevin A. Douglas; Clare L. Dobbs; Christopher M. Brunt;
19 Apr 2010

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18.

Observable signatures of wind--driven chemistry with a fully consistent three dimensional radiative hydrodynamics model of HD 209458b
Benjamin Drummond; N. J. Mayne; James Manners; Aarynn L. Carter; Ian A. Boutle; Isabelle Baraffe; Eric Hebrard; Pascal Tremblin; David K. Sing; David S. Amundsen; Dave Acreman;
26 Feb 2018

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