Quantum matter in high magnetic fields

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Structural Chemistry and Electronic Properties of the n = 3 Ruddlesden−Popper Phases Ca4Mn2FeO9.75 and Sr4Mn2FeO9.80

Chemistry of Materials American Chemical Society (ACS) 11:3 (1999) 674-683

Authors:

PD Battle, WR Branford, A Mihut, MJ Rosseinsky, J Singleton, J Sloan, LE Spring, JF Vente
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Ferromagnetic ordering in the perovskite La 1.5 Sr 0.5 RhMnO 6

Chemical Communications Royal Society of Chemistry (RSC) 0:21 (1999) 2209-2210

Authors:

B Bakowski, PD Battle, EJ Cussen, LD Noailles, MJ Rosseinsky, AI Coldea, J Singleton
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Physical properties of the n =3 Ruddlesden - Popper compound

Journal of Physics Condensed Matter IOP Publishing 10:45 (1998) l727

Authors:

AI Mihut, LE Spring, RI Bewley, SJ Blundell, W Hayes, Th Jestädt, BW Lovett, R McDonald, FL Pratt, J Singleton, PD Battle, J Lago, MJ Rosseinsky, JF Vente
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FTIR reflectance studies of electrochemically prepared polypyrrole films

Applied Physics A Springer Nature 67:3 (1998) 283-287

Authors:

R Turcu, M Brie, G Leising, V Tosa, A Mihut, A Niko, A Bot
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Chemistry of naturally layered manganites (invited)

Journal of Applied Physics AIP Publishing 83:11 (1998) 6379-6384

Authors:

PD Battle, N Kasmir, JE Millburn, MJ Rosseinsky, RT Patel, LE Spring, JF Vente, SJ Blundell, W Hayes, AK Klehe, A Mihut, J Singleton

Abstract:

Experiments on three double-layer (n=2) Ruddlesden–Popper (RP) systems are reported. Doping Sr1.8La1.2Mn2O7 (Tc=126 K) with Nd to form Sr1.8La1.2−xNdxMn2O7 leads to a reduction in Curie temperature for low doping levels (x=0.2), and to behavior reminiscent of Sr1.8Nd1.2Mn2O7 for x⩾0.7. This suggests that it may be possible to control the temperature of maximum magnetoresistance chemically in these phases. The application of pressure (0

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