Roger Ward: Publications

Magnetic phase diagram of HoxTm1-x alloys

Physical Review B American Physical Society (APS) 62:22 (2000) 14943-14949

Authors:

RS Sarthour, RA Cowley, RCC Ward, MR Wells, DF McMorrow, J Jensen

Ferroelectricity, conductivity, domain structure and poling conditions of rubidium titanyl phosphate

Journal of Physics D IOP Publishing 33:21 (2000) 2831

Authors:

Q Jiang, A Lovejoy, PA Thomas, KB Hutton, RCC Ward

Determination of hydrogen ordering within the β‐RH2+x phase (R = Ho, Y) using electron diffraction techniques

Journal of Applied Crystallography International Union of Crystallography (IUCr) 33:5 (2000) 1246-1252

Authors:

Elizabeth J Grier, Amanda K Petford‐Long, Roger CC Ward

Exchange springs in antiferromagnetically coupled DyFe2-YFe2 superlattices

Physical Review B American Physical Society (APS) 62:9 (2000) 5817-5820

Authors:

M Sawicki, GJ Bowden, PAJ de Groot, BD Rainford, J-ML Beaujour, RCC Ward, MR Wells

Engineering coercivity in epitaxially grown (110) films of DyFe2–YFe2 superlattices

Applied Physics Letters AIP Publishing 77:4 (2000) 573-575

Authors:

M Sawicki, GJ Bowden, PAJ de Groot, BD Rainford, JML Beaujour, RCC Ward, MR Wells

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Roger Ward

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Magnetic phase diagram of HoxTm1-x alloys

Authors:

Ferroelectricity, conductivity, domain structure and poling conditions of rubidium titanyl phosphate

Authors:

Determination of hydrogen ordering within the β‐RH2+x phase (R = Ho, Y) using electron diffraction techniques

Authors:

Exchange springs in antiferromagnetically coupled DyFe2-YFe2 superlattices

Authors:

Engineering coercivity in epitaxially grown (110) films of DyFe2–YFe2 superlattices

Authors:

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Roger Ward

Sub department

Magnetic phase diagram of HoxTm1-x alloys

Authors:

Ferroelectricity, conductivity, domain structure and poling conditions of rubidium titanyl phosphate

Authors:

Determination of hydrogen ordering within the β‐RH2+x phase (R = Ho, Y) using electron diffraction techniques

Authors:

Exchange springs in antiferromagnetically coupled DyFe2-YFe2 superlattices

Authors:

Engineering coercivity in epitaxially grown (110) films of DyFe2–YFe2 superlattices

Authors:

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