# Fileset

[Table_6_all_data.csv](https://mdr.nims.go.jp/filesets/0bec9532-6322-42e7-911a-557d990f80c9/download)

## Creator

[Akira Suzuki](https://orcid.org/0000-0002-8167-0414)

## Rights

Creative Commons BY Attribution 4.0 International[Creative Commons BY Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/)

## Other metadata

[A material dictionary database to extract information on permanent magnets from scientific articles](https://mdr.nims.go.jp/datasets/20a8b35a-6c97-4670-bdf3-c157aeb3d470)

## Fulltext

Pattern Relations Frequency Examples <QNT>_of_<Value> [(0, 1)] 26 ['B_of_0_kG', 'B_of_0_T', 'coercivity_of_0_kA_/_m', 'coercivity_of_0_kOe', 'coercivity_of_0_T', 'coercivity_of_about_0_T', 'coercivity_value_of_0_kA_/_m', 'curie_temperature_of_about_0_°C', 'energy_product_of_0_MGOe', 'energy_product_of_about_0_MGOe'] <QNT>_=_<Value> [(0, 1)] 20 ['0_π_M_=_0_kG', '0_πM_=_0_kG', '4πM_=_0_kG', 'B_=_0_0_kG', 'B_=_0_kG', 'B_=_0_T', 'H_=_0_kA_/_m', 'H_=_0_kA_m_-_1', 'H_=_0_kOe', 'H_=_0_MA_/_m'] <QNT>_of_<QNT> [(0, 1)] 11 ['maximum_energy_product_of_(_BH_)', 'temperature_coefficient_of_Br', 'temperature_coefficient_of_coercivity', 'temperature_coefficient_of_remanence', 'temperature_coefficient_of_α', 'value_of_(_B_H_)', 'value_of_coercivity', 'value_of_energy_product', 'value_of_H', 'value_of_hci'] <QNT>_of_<Class> [(1, 0)] 8 ['coercivity_of_hot_deformed_magnet', 'coercivity_of_magnet', 'coercivity_of_SFAO', 'coercivity_of_sintered_magnet', 'energy_density_of_magnet', 'H_of_ferrite_magnet', 'magnetic_moment_of_system', 'remanence_of_magnet'] <Value>_at_<Condition> [(0, 1)] 6 ['0_kOe_at_0_°C', '0_kOe_at_0_K', '0_MGOe_at_0_K', '0_MGOe_at_room_temperature', '0_T_at_0_°C', '0_T_at_room_temperature'] <Treatment>_at_<Treatment> [(0, 1)] 5 ['annealing_at_0_°C', 'annealing_treatment_at_0_°C', 'heat_treated_at_0_°C', 'heated_at_0_K', 'heated_at_0_K_/_s'] <QNT>_of_<Element> [(1, 0)] 4 ['coercivity_of_Cu', 'diffusion_coefficient_of_Dy', 'energy_product_of_rare_earth', 'maximum_energy_product_of_rare_earth'] <QNT>_of_<QNT> [(1, 0)] 4 ['maximum_energy_product_of_(_BH_)', 'temperature_coefficient_of_Br', 'temperature_coefficient_of_coercivity', 'temperature_coefficient_of_remanence', 'temperature_coefficient_of_α', 'value_of_(_B_H_)', 'value_of_coercivity', 'value_of_energy_product', 'value_of_H', 'value_of_hci'] <Fabrication>_at_<Fabrication> [(0, 1)] 3 ['melt_spinning_at_wheel_speed', 'produced_at_0_K', 'sintered_at_0_°C'] <Value>_at_<Condition>_=_<Condition> [(0, 1), (1, 2)] 2 ['0_kA_/_m_at_T_=_0_K', '0_kOe_at_T_=_0_K'] <QNT>_=_<Value>_at_<Condition> [(0, 1), (1, 2)] 2 ['anisotropy_field_H_=_0_kOe_at_0_K', 'anisotropy_field_ha_=_0_kOe_at_0_K'] <QNT>_be_<Value> [(0, 1)] 2 ['coercivity_be_0_kA_/_m', 'μ_H_be_0_T'] <QNT>_<_<Value> [(0, 1)] 2 ['H_<_0_A_/_m', 'H_<_0_kOe'] <Fabrication>_by_<Fabrication> [(0, 1)] 2 ['produced_by_melt_spinning', 'produced_by_SPS'] <QNT>_(_<QNT>_) [(0, 1)] 2 ['remanence_(_B_)', 'remanence_(_α_)'] <QNT>_~_<Value> [(0, 1)] 2 ['β_~_0_%_/_°C', 'μ_H_~_0_T'] <Value>_for_<Element> [(1, 0)] 1 ['0_MGOe_for_Ga'] <Value>_for_<Class> [(1, 0)] 1 ['0_MGOe_for_steel'] <Class>_be_<Value> [(0, 1)] 1 ['alloy_be_0_kA_/_m'] <Treatment>_to_<Treatment> [(0, 1)] 1 ['annealing_temperature_to_0_°C'] <QNT>_for_<Shape> [(0, 1)] 1 ['Br_for_two_different_sample'] <QNT>_to_<Value> [(0, 1)] 1 ['coercivity_to_0_T'] <QNT>_(_<Value>_) [(0, 1)] 1 ['curie_temperature_(_T_)'] <QNT>_(_<Value>_)_of_single_<Class> [(2, 1), (0, 1)] 1 ['curie_temperature_(_T_)_of_single_magnet'] <Treatment>_and_<Treatment> [(0, 1)] 1 ['diffusion_temperature_and_time'] <Element>_of_<Element> [(0, 1)] 1 ['Dy_content_of_0_wt_%'] <Shape>_(_<Shape>_) [(0, 1)] 1 ['grain_boundary_(_GB_)'] <Treatment>_(_<Treatment>_) [(0, 1)] 1 ['grain_boundary_diffusion_process_(_GBDP_)'] <Fabrication>_for_<Fabrication> [(0, 1)] 1 ['HEBM_for_0_h'] <QNT>_for_<Class> [(1, 0)] 1 ['J_for_La_Fe_B'] <QNT>_be_<QNT> [(0, 1)] 1 ['J_max_be_saturation_remanence'] <QNT>_for_<Element> [(1, 0)] 1 ['K_for_Si'] <Condition>_of_<Condition> [(0, 1)] 1 ['magnetic_field_of_0_T'] <QNT>_at_<Condition> [(0, 1)] 1 ['magnetization_at_0_kOe'] <QNT>_in_<Class> [(1, 0)] 1 ['magnetization_in_nanocomposite'] <Fabrication>_at_<Fabrication> [(1, 0)] 1 ['melt_spun_at_0_m_/_s'] <Fabrication>_or_<Fabrication> [(0, 1)] 1 ['milling_or_melt_spinning_method'] <Class>_with_<QNT>_of_<Value> [(0, 1), (1, 2)] 1 ['Pr_Co_B_with_coercivity_of_0_T'] <Fabrication>_via_standard_<Fabrication> [(0, 1)] 1 ['produced_via_standard_HDDR_process'] <Shape>_=_<Shape> [(0, 1)] 1 ['R_=_0_nm'] <Element>_(_<Element>_) [(0, 1)] 1 ['rare_earth_(_RE_)'] <QNT>_of_<Shape> [(1, 0)] 1 ['remanence_of_film'] <QNT>_of_<QNT>_=_<Value> [(0, 1), (1, 2)] 1 ['remanence_of_J_=_0_T'] <Shape>_<Treatment>_at_<Treatment> [(0, 1), (1, 2)] 1 ['sample_annealed_at_0_°C'] <Shape>_<Treatment>_by_<Fabrication> [(0, 1), (1, 2)] 1 ['sample_annealed_by_conventional_method'] <Fabrication>_with_<Condition> [(0, 1)] 1 ['sample_cast_with_magnetic_field'] <Fabrication>_<Condition> [(0, 1)] 1 ['sample_cast_without_magnetic_field'] <QNT>_of_<QNT>_(_<QNT>_) [(1, 0)] 1 ['temperature_coefficient_of_remanence_(_α_)'] <QNT>_of_<QNT>_and_<QNT> [(1, 0), (2, 0)] 1 ['temperature_coefficient_of_remanence_and_coercivity'] <Fabrication>_of_<Fabrication> [(1, 0)] 1 ['wheel_speed_of_0_m_/_s'] <QNT>_~_<Value>_to_<Value> [(0, 1)] 1 ['β_~_0_to_0_%_/_°C'] <QNT>_(_<Condition>_)_be_<QNT> [(2, 1)] 1 ['μ_H_(_T_)_be_coercivity']