Showing results 5 to 23 of 23
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| Issue Date | Title | Author(s) |
| 5-Feb-2020 | FeMn3Ge2Sn7O16 : a spin-liquid candidate with a perfectly isotropic 2-D kagomé lattice | Allison, MC; Wurmehl, S; Büchner, B; Valla, J; Söhnel, T; Avdeev, M; Schmid, S; Ling, CD |
| 26-Jan-2012 | Giant magnetoelastic effect at the opening of a spin-gap in Ba3BiIr2O9 | Miiller, W; Avdeev, M; Zhou, Q; Kennedy, BJ; Sharma, N; Kutteh, R; Kearley, GJ; Schmid, S; Knight, KS; Blanchard, PER; Ling, CD |
| 10-Nov-2014 | In situ neutron powder diffraction using custom-made lithium-ion batteries | Brant, WR; Schmid, S; Du, GD; Brand, G; Pang, HEA; Peterson, VK; Guo, ZP; Sharma, N |
| 1-Jan-2012 | Incommensurate Modulated Structures in the Ta2O5-Al2O3 System | Schmid, S; Fung, V |
| 15-Jun-2020 | Manganese metaphosphate Mn(PO3)2 as a high‐performance negative electrode material for lithium‐ion batteries | Xia, Q; Naeyaert, PJP; Avdeev, M; Schmid, S; Liu, H; Johannessen, B; Ling, CD |
| 12-Jul-2017 | Microstructural evolution of dental glass-ionomer cements during setting reaction followed using SANS and USANS | Loy, CW; Matori, KA; Zainuddin, N; Whitten, AE; Rehm, C; de Campo, L; Schmid, S |
| 22-Jul-2019 | Multiple competing magnetic interactions in Na4Ni7(PO4)6 | Xia, Q; Wang, CH; Schmid, S; Avdeev, M; Ling, CD |
| 31-Aug-2021 | Nickel metaphosphate as a conversion positive electrode for lithium-ion batteries | Xia, Q; Avdeev, M; Schmid, S; Liu, H; Johannessen, B; Ling, CD |
| 9-Jun-2020 | Nickel metaphosphate as a conversion positive electrode for lithium‐ion batteries | Xia, Q; Avdeev, M; Schmid, S; Liu, H; Johannessen, B; Ling, CD |
| 24-Mar-2020 | Phase evolution and intermittent disorder in electrochemically lithiated graphite determined using in operando neutron diffraction | Didier, C; Pang, WK; Guo, ZP; Schmid, S; Peterson, VK |
| 18-Jun-2012 | Rapid lithium insertion and location of mobile lithium in the defect perovskite Li0.18Sr0.66Ti0.5Nb0.5O3 | Brant, WR; Schmid, S; Kuhn, A; Hester, JR; Avdeev, M; Sale, M; Gu, QF |
| 15-Dec-2013 | A simple electrochemical cell for in-situ fundamental structural analysis using synchrotron X-ray powder diffraction | Brant, WR; Schmid, S; Du, GD; Gu, QF; Sharma, N |
| 23-Jul-2014 | Sodium uptake in cell construction and subsequent in operando electrode behaviour of Prussian blue analogues, Fe[Fe(CN)6]1−x·yH2O and FeCo(CN)6 | Pramudita, JC; Schmid, S; Godfrey, T; Whittle, T; Alam, AKMM; Hanley, TL; Brand, HEA; Sharma, N |
| 3-Dec-2017 | Striped magnetic ground state of the ideal kagomé lattice compound Fe4Si2Sn7O16 | Ling, CD; Allison, MC; Schmid, S; Avdeev, M; Gardner, JS; Ryan, DH; Soehnel, T |
| 15-Nov-2017 | Striped magnetic ground state of the kagome lattice in Fe4Si2Sn7O16 | Ling, CD; Allison, MC; Schmid, S; Avdeev, M; Gardner, JS; Wang, CW; Ryan, DH; Zbiri, M; Söhnel, T |
| 2017 | Striped magnetic ground state on an ideal S = 2 Kagomé lattice | Ling, CD; Allison, MC; Schmid, S; Avdeev, M; Ryan, DH; Soehnel, T |
| 3-Feb-2017 | Structure and magnetic properties of the AB3Si2Sn7O16 layered oxides | Allison, MC; Ling, CD; Schmid, S; Avdeev, M; Stuart, G; Söhnel, T |
| 23-May-2016 | Synthesis, structure and geometrically frustrated magnetism of the layered oxide-stannide compounds Fe(Fe3−xMnx)Si2Sn7O16 | Allison, MC; Avdeev, M; Schmid, S; Liu, S; Söhnel, T; Ling, CD |
| Sep-2010 | Temperature and composition dependent structural investigation of the defect perovskite series Sr1−xTi1−2xNb2xO3, 0≤x≤0.2 | Brant, WR; Schmid, S; Gu, QF; Withers, RL; Hester, JR; Avdeev, M |
