Magnetic correlations at the nanometric scale in NdCu2 nanoparticles with broadened crystal field excitations
This experiment aims to analyse the magnetic response of nanoparticles of a rare earth-based alloy of NdCu2. The study is fundamental as it may establish the magnetic correlations among nanoparticles of a magnetic alloy. The magnetic nanoparticles are routinely used for biomedical applications (Fe-Oxides). The advantage of NdCu2 nanoparticles is that they constitute a case example and the results can be extended to those Fe-oxide nanoparticles. The magnetic structure is antiferromagnetic NdCu2 in bulk but, when it is milled and nanoparticles are then produced, the magnetic core retains such a magnetic structure but the shell is modified giving rise to magnetic disorder. The overall nanostructure is what we want to disclose.
- Al_hard_foil_200K_0...
- Al_hard_foil_200K_0...
- MT_beam_SANS
- MT_beam_TRANS
- NdCu2_2h_100K_test_...
- NdCu2_2h_100K_test_...
- NdCu2_2h_110K_0T_SANS
- NdCu2_2h_110K_0T_TRANS
- NdCu2_2h_12K_0 02T_...
- NdCu2_2h_12K_0 02T_...
- NdCu2_2h_12K_0 75T_...
- NdCu2_2h_12K_0T_SANS
- NdCu2_2h_12K_0T_TRANS
- NdCu2_2h_12K_1 7T_SANS
- NdCu2_2h_12K_2 8T_SANS
- NdCu2_2h_12K_3 0T_SANS
- NdCu2_2h_200K_0 0T_...
- NdCu2_2h_200K_0 0T_...
- NdCu2_2h_2K_0 02T_SANS
- NdCu2_2h_2K_0 75T_SANS
- NdCu2_2h_2K_0T_SANS
- NdCu2_2h_2K_0T_TRANS
- NdCu2_2h_2K_1 7T_SANS
- NdCu2_2h_2K_2 8T_SANS
- NdCu2_2h_2K_3 0T_SANS
- NdCu2_2h_5K_0 02T_SANS
- NdCu2_2h_5K_0 02T_T...
- NdCu2_2h_5K_0 75T_SANS
- NdCu2_2h_5K_0 75T_T...
- NdCu2_2h_5K_0T_SANS
- NdCu2_2h_5K_0T_TRANS
- NdCu2_2h_5K_1 7T_SANS
- NdCu2_2h_5K_2 8T_SANS
- NdCu2_2h_5K_3 0T_SANS
- NdCu2_2h_6K_0T_SANS
- NdCu2_2h_6K_0T_TRANS
- NdCu2_2h_7 5K_0 02T...
- NdCu2_2h_7 5K_0 02T...
- NdCu2_2h_7 5K_0 75T...
- NdCu2_2h_7 5K_0T_SANS
- NdCu2_2h_7 5K_0T_TRANS
- NdCu2_2h_7 5K_1 7T_...
- NdCu2_2h_7 5K_2 8T_...
- NdCu2_2h_7 5K_3 0T_...
- NdCu2_2h_7K_0T_SANS
- NdCu2_2h_7K_0T_TRANS
- NdCu2_5h_100K_0T_SANS
- NdCu2_5h_100K_0T_TRANS
- NdCu2_5h_100K_0T_te...
- NdCu2_5h_100K_0T_te...
- NdCu2_5h_10K_0 02T_...
- NdCu2_5h_10K_0 02T_...
- NdCu2_5h_10K_0 75T_...
- NdCu2_5h_10K_0 75T_...
- NdCu2_5h_10K_0T_SANS
- NdCu2_5h_10K_0T_TRANS
- NdCu2_5h_10K_1 7T_SANS
- NdCu2_5h_10K_1 7T_T...
- NdCu2_5h_10K_2 8T_SANS
- NdCu2_5h_10K_2 8T_T...
- NdCu2_5h_10K_3 0T_SANS
- NdCu2_5h_10K_3 0T_T...
- NdCu2_5h_11K_0T_SANS
- NdCu2_5h_11K_0T_TRANS
- NdCu2_5h_12K_0 02T_...
- NdCu2_5h_12K_0 02T_...
- NdCu2_5h_12K_0 75T_...
- NdCu2_5h_12K_0 75T_...
- NdCu2_5h_12K_0T_SANS
- NdCu2_5h_12K_0T_TRANS
- NdCu2_5h_12K_1 7T_SANS
- NdCu2_5h_12K_1 7T_T...
- NdCu2_5h_12K_2 8T_SANS
- NdCu2_5h_12K_2 8T_T...
- NdCu2_5h_12K_3 0T_SANS
- NdCu2_5h_12K_3 0T_T...
- NdCu2_5h_13K_0T_SANS
- NdCu2_5h_13K_0T_TRANS
- NdCu2_5h_14K_0T_SANS
- NdCu2_5h_14K_0T_TRANS
- NdCu2_5h_15K_0 02T_...
- NdCu2_5h_15K_0 02T_...
- NdCu2_5h_15K_0 75T_...
- NdCu2_5h_15K_0 75T_...
- NdCu2_5h_15K_1 7T_SANS
- NdCu2_5h_15K_1 7T_T...
- NdCu2_5h_15K_2 8T_SANS
- NdCu2_5h_15K_2 8T_T...
- NdCu2_5h_15K_3 0T_SANS
- NdCu2_5h_15K_3 0T_T...
- NdCu2_5h_2K_0 02T_SANS
- NdCu2_5h_2K_0 02T_T...
- NdCu2_5h_2K_0 75T_SANS
- NdCu2_5h_2K_0 75T_T...
- NdCu2_5h_2K_0T_SANS
- NdCu2_5h_2K_0T_TRANS
- NdCu2_5h_2K_1 7T_SANS
- NdCu2_5h_2K_1 7T_TRANS
- NdCu2_5h_2K_2 8T_SANS
- NdCu2_5h_2K_2 8T_TRANS
- NdCu2_5h_2K_3 0T_SANS
- NdCu2_5h_2K_3 0T_TRANS
- NdCu2_5h_5K_0 02T_SANS
- NdCu2_5h_5K_0 02T_T...
- NdCu2_5h_5K_0 75T_SANS
- NdCu2_5h_5K_0 75T_T...
- NdCu2_5h_5K_0T_SANS
- NdCu2_5h_5K_0T_TRANS
- NdCu2_5h_5K_1 7T_SANS
- NdCu2_5h_5K_1 7T_TRANS
- NdCu2_5h_5K_2 8T_SANS
- NdCu2_5h_5K_2 8T_TRANS
- NdCu2_5h_5K_3 0T_SANS
- NdCu2_5h_5K_3 0T_TRANS
- NdCu2_5h_6K_0T_SANS
- NdCu2_5h_6K_0T_TRANS
- NdCu2_5h_7 5K_0 02T...
- NdCu2_5h_7 5K_0 02T...
- NdCu2_5h_7 5K_0 75T...
- NdCu2_5h_7 5K_0 75T...
- NdCu2_5h_7 5K_1 7T_...
- NdCu2_5h_7 5K_1 7T_...
- NdCu2_5h_7 5K_2 8T_...
- NdCu2_5h_7 5K_2 8T_...
- NdCu2_5h_7 5K_3 0T_...
- NdCu2_5h_7 5K_3 0T_...
- NdCu2_5h_7K_0T_SANS
- NdCu2_5h_7K_0T_TRANS
- NdCu2_5h_8K_0T_SANS
- NdCu2_5h_8K_0T_TRANS
- NdCu2_5h_9K_0T_SANS
- NdCu2_5h_9K_0T_TRANS
- NdCu2_bulk_10 1K_0T...
- NdCu2_bulk_10K_0 02...
- NdCu2_bulk_10K_0 02...
- NdCu2_bulk_10K_0 75...
- NdCu2_bulk_10K_0 75...
- NdCu2_bulk_10K_0T_T...
- NdCu2_bulk_10K_1 7T...
- NdCu2_bulk_10K_1 7T...
- NdCu2_bulk_10K_2 8T...
- NdCu2_bulk_10K_2 8T...
- NdCu2_bulk_10K_3 0T...
- NdCu2_bulk_10K_3 0T...
- NdCu2_bulk_11 1K_0T...
- NdCu2_bulk_11K_0T_T...
- NdCu2_bulk_12K_0 02...
- NdCu2_bulk_12K_0 02...
- NdCu2_bulk_12K_0 75...
- NdCu2_bulk_12K_0 75...
- NdCu2_bulk_12K_1 7T...
- NdCu2_bulk_12K_1 7T...
- NdCu2_bulk_12K_2 8T...
- NdCu2_bulk_12K_2 8T...
- NdCu2_bulk_12K_3 0T...
- NdCu2_bulk_12K_3 0T...
- NdCu2_bulk_2 6K_0 0...
- NdCu2_bulk_2 6K_0 0...
- NdCu2_bulk_2 6K_0 7...
- NdCu2_bulk_2 6K_0 7...
- NdCu2_bulk_2 6K_1 7...
- NdCu2_bulk_2 6K_1 7...
- NdCu2_bulk_200K_0 0...
- NdCu2_bulk_200K_0 0...
- NdCu2_bulk_200K_0T_...
- NdCu2_bulk_200K_0T_...
- NdCu2_bulk_200K_1T_...
- NdCu2_bulk_200K_1T_...
- NdCu2_bulk_2KK_0T_T...
- NdCu2_bulk_2K_0T_SANS
- NdCu2_bulk_2K_2 8T_...
- NdCu2_bulk_2K_3 0T_...
- NdCu2_bulk_3K_0T_SANS
- NdCu2_bulk_5K_0 02T...
- NdCu2_bulk_5K_0 02T...
- NdCu2_bulk_5K_0 75T...
- NdCu2_bulk_5K_0 75T...
- NdCu2_bulk_5K_0T_SANS
- NdCu2_bulk_5K_0T_SA...
- NdCu2_bulk_5K_0T_TRANS
- NdCu2_bulk_5K_0T_TR...
- NdCu2_bulk_5K_1 7T_...
- NdCu2_bulk_5K_1 7T_...
- NdCu2_bulk_5K_2 8T_...
- NdCu2_bulk_5K_2 8T_...
- NdCu2_bulk_5K_3 0T_...
- NdCu2_bulk_5K_3 0T_...
- NdCu2_bulk_6 5K_0T_...
- NdCu2_bulk_6K_0T_SANS
- NdCu2_bulk_7 1K_0T_...
- NdCu2_bulk_7 5K_0 0...
- NdCu2_bulk_7 5K_0 0...
- NdCu2_bulk_7 5K_0 7...
- NdCu2_bulk_7 5K_0 7...
- NdCu2_bulk_7 5K_1 7...
- NdCu2_bulk_7 5K_1 7...
- NdCu2_bulk_7 5K_2 8...
- NdCu2_bulk_7 5K_2 8...
- NdCu2_bulk_7 5K_3 0...
- NdCu2_bulk_7 5K_3 0...
- NdCu2_bulk_7K_0T_TRANS
- NdCu2_bulk_8 1K_0T_...
- NdCu2_bulk_8K_0T_TRANS
- NdCu2_bulk_9 1K_0T_...
- NdCu2_bulk_9K_0T_TRANS
- NdCu2_bulk_pellet_1...
- NdCu2_bulk_pellet_1...
- NdCu2_bulk_pellet_2...
- NdCu2_bulk_pellet_2...
- NdCu2_bulk_r2_10K_0...
- NdCu2_bulk_r2_10K_0...
- NdCu2_bulk_r2_11 13...
- NdCu2_bulk_r2_11 19...
- NdCu2_bulk_r2_11 33...
- NdCu2_bulk_r2_11 45...
- NdCu2_bulk_r2_11 58...
- NdCu2_bulk_r2_11 59...
- NdCu2_bulk_r2_11 59...
- NdCu2_bulk_r2_11K_0...
- NdCu2_bulk_r2_11K_0...
- NdCu2_bulk_r2_12K_0...
- NdCu2_bulk_r2_12K_0...
- NdCu2_bulk_r2_13K_0...
- NdCu2_bulk_r2_13K_0...
- NdCu2_bulk_r2_14K_0...
- NdCu2_bulk_r2_14K_0...
- NdCu2_bulk_r2_15K_0...
- NdCu2_bulk_r2_15K_0...
- NdCu2_bulk_r2_2 064...
- NdCu2_bulk_r2_2 069...
- NdCu2_bulk_r2_2 077...
- NdCu2_bulk_r2_2 098...
- NdCu2_bulk_r2_2 327...
- NdCu2_bulk_r2_2 344...
- NdCu2_bulk_r2_2 353...
- NdCu2_bulk_r2_4 780...
- NdCu2_bulk_r2_4 808...
- NdCu2_bulk_r2_4 816...
- NdCu2_bulk_r2_4 818...
- NdCu2_bulk_r2_4 824...
- NdCu2_bulk_r2_4 832...
- NdCu2_bulk_r2_4 839...
- NdCu2_bulk_r2_6K_0 ...
- NdCu2_bulk_r2_6K_0 ...
- NdCu2_bulk_r2_7K_0 ...
- NdCu2_bulk_r2_7K_0 ...
- NdCu2_bulk_r2_8K_0 ...
- NdCu2_bulk_r2_8K_0 ...
- NdCu2_bulk_r2_9K_0 ...
- NdCu2_bulk_r2_9K_0 ...
- Physics
- TbCu2_10K_0T_SANS
- TbCu2_10K_0T_TRANS
- TbCu2_20K_0T_SANS
- TbCu2_20K_0T_TRANS
- TbCu2_30K_0T_SANS
- TbCu2_30K_0T_TRANS
- TbCu2_40K_0T_SANS
- TbCu2_40K_0T_TRANS
- TbCu2_50K_0T_SANS
- TbCu2_50K_0T_TRANS
- TbCu2_5K_0T_SANS
- TbCu2_5K_0T_TRANS
- TbCu2_5K_0T_down_SANS
- TbCu2_5K_0T_down_TRANS
- TbCu2_5K_1T_SANS
- TbCu2_5K_1T_TRANS
- TbCu2_5K_2T_SANS
- TbCu2_5K_2T_TRANS
- TbCu2_5K_2T_down_SANS
- TbCu2_5K_2T_down_TRANS
- TbCu2_5K_3T_SANS
- TbCu2_5K_3T_TRANS
- TbCu2_5K_4T_SANS
- TbCu2_5K_4T_TRANS
- TbCu2_60K_0T_SANS
- TbCu2_60K_0T_TRANS
- TbCu2_bulk_40K_0 5T...
- TbCu2_bulk_40K_0 5T...
- TbCu2_bulk_40K_0 6T...
- TbCu2_bulk_40K_0 6T...
- TbCu2_bulk_40K_0 75...
- TbCu2_bulk_40K_0 75...
- TbCu2_bulk_40K_0 7T...
- TbCu2_bulk_40K_0 7T...
- TbCu2_bulk_40K_0 8T...
- TbCu2_bulk_40K_0 8T...
- TbCu2_bulk_40K_1 0T...
- TbCu2_bulk_40K_1 0T...
- TbCu2_bulk_40K_2T_SANS
- TbCu2_bulk_40K_2T_T...
- TbCu2_bulk_40K_SANS
- TbCu2_bulk_40K_TRANS
- TbCu2_ramp_SANS
- TbCu2_test_2_SANS
- TbCu2_test_2_TRANS
- TbCu2_test_SANS
- TbCu2_test_TRANS
- blend1_SANS
- blend1_TRANS
- stack_of_NMG_sample...
- stack_of_NMG_sample...
Provenance | |
---|---|
Creator | Dr Javier Alonso Masa; Dr Maria de la Fuente Rodriguez; Dr Diego Alba Venero; Dr Ma Luisa Fdez-Gubieda; Ms Elizabeth Martín Jefremovas; Professor Andreas Michels; Dr Jesus Blanco; Dr Philipp Bender; Dr J Espeso; Professor Luis Fernandez-Barquin; Dr Cristina Echevarria-Bonet |
Publisher | ISIS Neutron and Muon Source |
Publication Year | 2022 |
Rights | CC-BY Attribution 4.0 International; https://creativecommons.org/licenses/by/4.0/ |
OpenAccess | true |
Contact | isisdata(at)stfc.ac.uk |
Representation | |
---|---|
Resource Type | Dataset |
Discipline | Natural Sciences; Physics |
Temporal Coverage Begin | 2019-06-14T08:00:00Z |
Temporal Coverage End | 2019-06-18T03:02:04Z |