97 Works

Mantid 5.0.0: Manipulation and Analysis Toolkit for Instrument Data.

Matthew Andrew, Owen Arnold, Jose Borreguero, Harriet Brown, Phil Colebrooke, Giovanni Di Siena, Nick Draper, David Fairbrother, Conor Finn, Marina Ganeva, Martyn A. Gigg, William F Godoy, Gemma Guest, Steven Hahn, Simon Heybrock, Dannny Hindson, Danny Hindson, Fahima Islam, Adam J. Jackson, Matthew D. Jones, Duc Le, Anthony Lim, Geish Miladinovic, Lamar Moore, Daniel Murphy … & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Euphonic

Rebecca Fair, Jessica Farmer, Adam Jackson, James King, Manh Le, Toby Perring, Connor Pettitt, Keith Refson, Gregory Tucker & David Voneshen
Euphonic is a Python package for efficient simulation of phonon bandstructures, density of states and inelastic neutron scattering intensities from force constants

Mantid 3.1.1: Manipulation and Analysis Toolkit for Instrument Data.

Owen Arnold, Arturs Bekasovs, Keith Brown, Mathieu Doucet, Nick Draper, Martyn A. Gigg, Peter G. Parker, Gesner Passos, Michael Reuter, Andrei Savici & Russell J. Taylor
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 3.2.1: Manipulation and Analysis Toolkit for Instrument Data.

Owen Arnold, Alex Buts, Nick Draper, Martyn A. Gigg, Michael Reuter, Andrei Savici & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 3.1: Manipulation and Analysis Toolkit for Instrument Data.

Owen Arnold, Arturs Bekasovs, Jean Bilheux, Jose Borreguero, Keith Brown, Alex Buts, Stuart Campbell, Mathieu Doucet, Nick Draper, Martyn A. Gigg, Samuel Jackson, Ricardo Leal, Vickie Lynch, Anders Markvardsen, Ross Miller, Karl Palmen, Peter G. Parker, Gesner Passos, Peter F. Peterson, Jay Rainey, Shelly Ren, Michael Reuter, Andrei Savici, Russell J. Taylor, Roman Tolchenov … & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 3.7.1: Manipulation and Analysis Toolkit for Instrument Data.

Shahroz Ahmed, Raquel Alvarez, Owen Arnold, Raquel Alvarez Banos, Jose Borreguero, Ian Bush, Alex Buts, Stuart Campbell, Mathieu Doucet, Nick Draper, Marina Ganeva, Martyn A. Gigg, Garrett Granroth, Steven Hahn, Michael Hart, Simon Heybrock, Matthew D. Jones, Matt King, Duc Le, Ricardo Leal, Vickie Lynch, David Mannicke, Anders Markvardsen, Ross Miller, Lamar Moore … & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

The ICAT Project: icat.server version 4.5.0

The ICAT Project: icat.client

The ICAT Project: icat.client version 4.4.0

The ICAT Project: authn.anon version 1.0.2

The ICAT Project: authn.db version 1.1.2

The ICAT Project: ids.server version 1.1.0

The ICAT Project: ids.server version 1.3.1

The ICAT Collaboration

Mantid 3.5.1: Manipulation and Analysis Toolkit for Instrument Data.

Raquel Alvarez Banos, Alex Buts, Mathieu Doucet, Martyn A. Gigg, Steven Hahn, Matthew D. Jones, Matt King, Peter F. Peterson, Andrei Savici & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

The ICAT Project: topcat version 1.12.0

The ICAT Project: ids.client

Mantid 3.7.2: Manipulation and Analysis Toolkit for Instrument Data.

Stuart Campbell, Nick Draper, David Fairbrother, Martyn A. Gigg, Steven Hahn, Vickie Lynch, Ross Miller, Peter F. Peterson, Anton Piccardo-Selg & Andrei Savici
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 3.8.0: Manipulation and Analysis Toolkit for Instrument Data.

Eltayeb Ahmed, Shahroz Ahmed, Raquel Alvarez, Owen Arnold, Pranav Bahuguna, Raquel Alvarez Banos, Jose Borreguero, Jan Burle, Ian Bush, Alex Buts, Stuart Campbell, Mathieu Doucet, Nick Draper, David Fairbrother, Marina Ganeva, Martyn A. Gigg, Lottie Greenwood, Steven Hahn, Simon Heybrock, Samuel Jackson, Matt King, Duc Le, Ricardo Leal, Jiao Lin, Vickie Lynch … & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 3.9.1: Manipulation and Analysis Toolkit for Instrument Data.

Raquel Alvarez, Nick Draper, Krzysztof Dymkowski, Martyn A. Gigg, Samuel Jackson, Anthony Lim, Louise McCann, Peter F. Peterson & Andrei Savici
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 4.0.0: Manipulation and Analysis Toolkit for Instrument Data.

Freddie Akeroyd, Matthew Andrew, Robert Applin, Owen Arnold, Andre Bamidele, Bhuvan Bezawada, Jose Borreguero, Matthew Bowles, Ian Bush, Keith T. Butler, Alex Buts, Joachim Coenen, Ewan Cook, Mathieu Doucet, Nick Draper, Lewis Edwards, David Fairbrother, Marina Ganeva, Martyn A. Gigg, Igor Gudich, Gemma Guest, Steven Hahn, Michael Hart, Brandon Hewer, Simon Heybrock … & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 5.1.0: Manipulation and Analysis Toolkit for Instrument Data.

Robert Applin, Jose Borreguero, David Fairbrother, Martyn A. Gigg, William F Godoy, Steven Hahn, Cole Kendrick, Peter F. Peterson, Andrei Savici, Ross Whitfield, Chen Zhang & Wenduo Zhou
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

Mantid 6.5.0: Manipulation and Analysis Toolkit for Instrument Data.

Robert Applin, Dominik Arominski, Rachel Baust, Harriet Brown, Guillaume Communie, Conor Finn, Sarah Foxley, Martyn A. Gigg, Gemma Guest, Jonathan Haigh, Thomas Hampson, Dannny Hindson, Danny Hindson, Adam J. Jackson, Oleksandr Koshchii, Jens Krüger, Mial Lewis, Anthony Lim, Geish Miladinovic, Zachary Morgan, Thomas Mueller, Daniel Murphy, Peter F. Peterson, Andrei Savici, Silke Schomann … & Yuanpeng Zhang
Mantid: A high performance framework for the reduction and analysis of muon spin resonance and neutron scattering data.

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