# Fileset

[Table_3_all_data.csv](https://mdr.nims.go.jp/filesets/9d7c229e-2fa2-41f2-918f-1cf61753afd4/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

Phrase Frequency Nd_Fe 1060 Nd_Fe_B 930 0_T 561 0_kOe 428 0_M 363 0_nm 326 0_°C 317 0_% 284 0_kA 277 α_Fe 255 0_MGOe 252 energy_product 240 0_m 221 Fe_Co 199 grain_boundary 196 0_K 193 melt_spun 173 sintered_magnet 153 diffusion_process 145 Fe_B_phase 133 0_kG 129 magnetic_phase 124 maximum_energy_product 123 maximum_energy 123 hot_deformed 122 permanent_magnet 122 0_kJ 117 Nd_rich 115 room_temperature 113 Nd_Fe_B_magnet 113 rare_earth 111 Pr_Fe 106 0_at_._% 96 melt_spinning 86 Nd_Fe_B_phase 86 melt_spun_ribbon 85 Nd_Fe_B_grain 85 (_Nd_Ce_)_Fe 85 0_kJ_/_m_3 82 hot_deformed_magnet 79 Ce_Fe_B 78 H_=_0_kOe 77 0_h 74 0_μ 73 magnetic_field 72 μ_H 72 Pr_Fe_B 70 0_:_0_phase 67 curie_temperature 66 Pr_Cu 66 μ_M 64 diffusion_processed 64 Nd_Cu 63 0_MG_Oe 63 Nd_rich_phase 61 Nd_Fe_B_sintered_magnet 59 temperature_coefficient 58 0_m_/_s 58 Sm_Co 57 coercivity_of_0_T 57 saturation_magnetization 56 0_wt_._% 56 Fe_B_alloy 56 0_wt_% 55 0_mm 55 thin_film 51 coercivity_value 49 0_kA_m_-_1 47 0_μm 47 energy_product_(_BH_) 47 H_=_0_kA_/_m 45 grain_boundary_phase 45 wheel_speed 45 α_Fe_phase 45 0_0_nm 45 Co_phase 44 magnetocrystalline_anisotropy 43 coercivity_of_0_kOe 43 (_Nd_Ce_)_Fe_Co_B 43 coercivity_H 43 M_=_0_T 42 Nd_Fe_B_/_α_Fe 41 μ_M_=_0_T 41 Nd_Fe_C 40 ~_0_T 40 0_:_0_:_0_phase 40 Sm_Fe 40 0_°_C 39 energy_product_of_0_MGOe 39 grain_boundary_diffusion 38 0_g 38 (_BH_)_=_0_MGOe 38 Pr_Co 38 B_=_0_kG 38 hot_press 36 maximum_energy_product_(_BH_) 35 Nd_,_Dy 35 Fe_,_Co 35 H_=_0_T 34 annealing_temperature 32 multilayer_film 31 0_s 31 0_%_/_°C 31 rare_earth_element 31 μ_H_=_0_T 30 Fe_/_Nd_Fe_B 30 thick_film 30 α_Fe_/_Nd_Fe_B 29 0_°C_for_0_h 29 RE_Fe_B 29 Nd_content 28 0_kJ_m_-_3 28 Fe_Nd_B 28 coercive_field 28 HDDR_powder 28 (_Nd_Ce_)_Fe_B 28 hot_deformation 28 (_BH_)_=_0_kJ_/_m_3 28 Pr_Co_C 27 (_Nd_,_Dy_)_Fe_B 27 Dy_Cu 27 about_0_T 27 Co_Zr 26 heat_treatment 26 M_/_M 26 Dy_content 26 RE_rich 26 Fe_nanocomposite 26 0_at_% 26 Co_Fe 26 grain_boundary_diffusion_process 25 ball_milling 25 Nd_Fe_B_alloy 25 Nd_,_Pr 25 magnetic_anisotropy 25 0_kOe_to_0_kOe 24 remanent_magnetization 24 0_emu 24 Nd_Fe_B_based 24 α_Fe_nanocomposite 24 ~_0_% 24 from_0_kOe_to_0_kOe 24 (_B_H_)_=_0_MG_Oe 24 0_emu_/_g 23 T_=_0_K 23 hot_pressed 23 Cu_diffusion 23 Dy_free 22 ~_0_nm 22 Nd_Ce_Fe_B 22 Dy_Fe_B 22 0_Oe 22 0_0_°C 22 0_μ_m 22 0_MA_/_m 21 RE_content 21 Co_substitution 21 Pr_Cu_alloy 21 remanence_ratio 21 (_Nd_Dy_)_Fe_B 20 J_=_0_T 20 R_Fe 20 Nd_Co 20 magnetic_material 20 diffusion_temperature 20 H_of_0_kOe 20 magnetic_moment 19 Nd_Fe_B_layer 19 Cu_content 19 heavy_rare_earth 19 0_%_ZrC 19 Ce_content 19 (_BH_)_of_0_MGOe 19 Fe_B_/_Nd_Fe_B 19 Nd_Fe_Al 19 Pr_Fe_C 19 coercivity_of_0_kA_/_m 18 magnetic_layer 18 sintered_Nd_Fe_B 18 0_0_T 18 annealing_process 18 Nd_Fe_B_Nb 18 energy_density 17 value_of_coercivity 17 sample_cast 17 Fe_B_Nd 17 Fe_layer 17 from_0_T_to_0_T 17 HDDR_process 17 doped_magnet 17 diffusion_treatment 17 0_K_/_s 17 die_upset 17 Dy_Ga 17 Fe_Zr 17 0_T_to_0_T 17 sintered_Nd_Fe_B_magnet 17 Ti_(_0_nm_) 16 α_Fe_/_Nd_Fe_B_nanocomposite 16 Ce_concentration 16 HD_magnet 16 Mo_(_0_nm_) 16 maximum_coercivity 16 (_BH_)_value 16 0_0_m 16 temperature_of_0_°C 16 Fe_grain 16 Fe_/_Nd_Fe_B_nanocomposite 16 coercivity_of_magnet 16 diffusion_source 16 T_=_0_°C 15 remanence_B 15 grain_structure 15 temperature_coefficient_of_coercivity 15 alloy_powder 15 temperature_coefficient_of_remanence 15 magnetic_powder 15 large_coercivity 15 Nd_rich_grain_boundary 15 Nd_Fe_B_powder 15 hot_deformed_Nd_Fe_B_magnet 15 Nd_Nb 15 temperature_T 15 anisotropic_magnet 15 α_Fe_magnet 15 α_Fe_grain 15 Ce_Fe_B_magnet 15 diffusion_processed_sample 15 remanence_and_coercivity 15 Nd_Fe_Co_Al_B 15 Fe_Cu 15 Fe_O 15 (_Nd_,_Pr_)_Fe_B 15 0_%_°C 15 Co_Zr_B 14 Nd_Fe_B_film 14 Nd_Fe_B_(_0_nm_) 14 Fe_M_B 14 (_Nd_Ce_)_Fe_Co_B_+_0_%_ZrC 14 Nd_Fe_B_flake 14 La_Ce 14 Dy_element 14 magnetic_energy 14 0_%_/_K 14 Fe_content 14 diffusion_processed_magnet 14 Nd_Fe_B_/_Fe_B 14 Nd_Dy_Al 14 maximum_value 14 amount_of_Dy 14 heating_rate 14 R_Fe_B 13 Sm_(_Co_,_M_) 13 alloy_method 13 magnetization_process 13 coercivity_and_remanence 13 thick_film_magnet 13 large_amount 13 M_H 13 melt_spinning_process 13 coercivity_(_H_) 13 B_Nd_Nb 13 B_content 13 thermal_annealing 13 about_0_nm 13 Nd_Fe_Co_B 13 Nd_Al 13 alloy_magnet 13 Pr_Fe_B_/_α_Fe 13 RE_rich_phase 13 Nd_Fe_Nb_B 12 annealing_condition 12 0_and_0_kOe 12 Dy_or_Tb 12 Dy_Mn 12 Pr_Co_C_ribbon 12 B_of_0_kG 12 (_Nd_Dy_)_Fe_B_nanoparticle 12 0_0_MGOe 12 Ce_rich 12 Fe_3_+_ion 12 Nd_Fe_B_/_α_Fe_nanocomposite 12 Fe_3_+ 12 Fe_nanocomposite_magnet 12 Fe_rich 12 magnetic_energy_product 12 alloy_composition 12 H_value 12 B_=_0_T 12 Nd_Cu_alloy 12 Co_atom 12 annealing_treatment 12 α_Fe_nanocomposite_magnet 12 rare_earth_content 12 Pr_Cu_diffusion 12 MRE_Fe_B 12 0_kA_/_m_(_0_kOe_) 12 0_to_0_kOe 11 0_T_at_room_temperature 11 0_m_s_-_1 11 from_0_°C_to_0_°C 11 0_g_/_cm_3 11 0_MGOe_at_0_K 11 0_°C_to_0_°C 11 0_W 11 La_Fe_B 11 Nd_Ce_Fe_B_magnet 11 annealing_at_0_°C 11 Nd_Fe_B_permanent_magnet 11 sample_annealed 11 hci_=_0_kOe 11 approximately_0_kA_/_m 11 Ce_Y 11 SmCo_ribbon 11 ~_0_MGOe 11 0_wt_%_Dy 11 heavy_rare_earth_element 11 addition_of_Dy 11 about_0_MGOe 11 Fe_atom 11 Nd_Dy_Fe_B 11 sintering_temperature 11 magnetocrystalline_anisotropy_field 11 temperature_dependence_of_coercivity 11 0_0_kA_/_m 11 Nd_Dy_Fe_Co_B 10 curie_temperature_T 10 around_0_T 10 about_0_°C 10 applied_field 10 diameter_of_0_mm 10 Pr_Cu_diffusion_processed 10 Al_3_+ 10 Al_3_+_ion 10 from_0_to_0_kA_/_m 10 maximum_energy_product_of_0_MGOe 10 μ_H_~_0_T 10 Fe_/_Pr_Fe_B 10 RE_Fe_B_Zr 10 ball_milled 10 Pr_Fe_Co_B 10 Ta_spacer 10 Nd_Fe_B_nanocomposite_magnet 10 Nd_Fe_B_ribbon 10 H_=_0_kA_m_-_1 10 Nd_Cu_diffusion_process 10 Dy_concentration 10 remanence_value 10 Nd_Fe_B_/_α_Fe_magnet 10 Dy_rich 10 Fe_B_Nd_Nb 10 HD_temperature 10 value_of_H 10 Ce_substitution 10 Nd_(_0_nm_) 10 B_and_(_BH_) 10 ~_0_kOe 10 substitution_of_Dy 10 Dy_Cu_alloy 10 Ti_substitution 10 Dy_containing 10 Fe_Cu_Zr 10 Dy_substitution 10 Cu_Zr 10 cooling_rate 10 Dy_/_Nd 10 0_MJ_/_m_3 10 α_Fe_/_Nd_Fe_B_nanocomposite_magnet 9 room_temperature_coercivity 9 Ta_spacer_layer 9 Nd_Al_Ni_Cu 9 Pr_Fe_Ti_Co_B_C 9 0_to_0_MGOe 9 (_BH_)_of_0_kJ_/_m_3 9 deformation_process 9 melt_spun_powder 9 Nd_Fe_B_based_magnet 9 large_grain 9 sample_diffusion_processed 9 Fe_/_Nd_Fe_B_nanocomposite_magnet 9 annealing_time 9 Sm_content 9 0_%_°C_-_1 9 ~_0_MG_Oe 9 Co_concentration 9 M_=_Ti 9 Pr_Fe_B_film 9 sintering_process 9 amount_of_Nd 9 Nb_Si 9 Sm_(_Co_,_Fe_) 9 Nd_in_Nd_Fe_B 9 Co_content 9 0_0_μ 9 Fe_Co_(_0_nm_) 9 value_of_0_kOe 9 Pr_Co_C_phase 9 substitution_of_Nd 9 0_0_kG 9 hydride_powder 9 Nd_rich_grain_boundary_phase 8 Nd_atom 8 Nd_and_Dy 8 Sm_Co_R 8 about_0_kA_/_m 8 H_(_T_) 8 about_0_kOe 8 above_0_°C 8 Sm_Fe_Ga_C 8 melt_spinning_technique 8 large_value 8 <_0_kOe 8 Ce_and_Co 8 SmCo_magnet 8 Nd_Fe_Ti_B 8 SrAl_Fe 8 Co_addition 8 energy_product_of_about_0_MGOe 8 magnetic_field_of_0_T 8 melt_spun_Nd_Fe_B 8 (_BH_)_max_=_0_MGOe 8 NdFeB_magnet 8 (_BH_)_of_0_kJ_m_-_3 8 milled_powder 8 DyF_EPD 8 SrAl_Fe_O 8 Dy_Y 8 (_Nd_,_Pr_)_Fe_B_phase 8 magnetic_property_of_sample 8 without_magnetic_field 8 Ti_addition 8 only_0_T 8 0_MPa 8 MRE_Fe_B_Zr 8 0_:_0_structure 8 Nd_Fe_B_thick_film 8 ~_0_at_._% 8 permanent_magnetic_material 8 Mo_spacer_layer 8 0_minute 8 magnetic_grain 8 magnetic_property_of_magnet 8 0_kOe_magnetic_field 7 about_0_μ 7 grain_boundary_(_GB_) 7 coercivity_of_about_0_T 7 magnetic_Fe 7 coercivity_of_HDDR_powder 7 K_=_0_MJ_/_m_3 7 0_T_at_0_°C 7 amount_of_α_Fe 7 around_0_°C 7 substitution_for_Nd 7 coercivity_of_hot_deformed_magnet 7 Sm_Co_phase 7 Nd_Fe_B_/_Fe_Co 7 coercivity_of_ribbon 7 0_%_to_0_% 7 ball_milled_powder 7 curie_temperature_(_T_) 7 temperature_of_0_K 7 H_of_0_kA_/_m 7 thermal_stability_of_magnet 7 Dy_film 7 0_0_kOe 7 magnetization_reversal_process 7 value_of_0_T 7 Dy_free_Nd_Fe_B_sintered_magnet 7 value_of_remanence 7 value_of_α 7 Dy_Ga_powder 7 produced_at_0_K 7 Pr_rich 7 α_Fe_content 7 doped_sample 7 heated_at_0_K 7 heated_at_0_K_/_s 7 remanence_of_0_T 7 Nd_Fe_B_thick_film_magnet 7 die_upset_magnet 7 addition_of_Ti 7 Nd_Fe_B_Hf 7 rare_earth_permanent_magnet 7 Δ_H 7 Fe_Pt 7 La_and_Ce 7 magnetic_polarization 7 0_G 7 Nd_Fe_Ti_Zr_Cr_B_C 7 coercivity_and_energy_product 7 RE_element 7 addition_of_0_at_._% 7 remanence_(_B_) 7 0_0_m_/_s 7 SrFe_O 7 0_kOe_at_0_K 7 from_0_to_0_MGOe 6 from_0_to_0_nm 6 <_0_nm 6 temperature_and_time 6 GBDP_magnet 6 Fe_/_Pr_Fe_B_film 6 >_0_MGOe 6 substitution_for_Fe 6 SmCo_/_α_Fe 6 0_at_._%_Nd 6 melt_spun_at_0_m_/_s 6 Sm_Co_based 6 0_to_0_nm 6 Nd_based_magnet 6 sample_cast_without_magnetic_field 6 melt_spinning_method 6 remanent_polarization 6 remanence_and_maximum_energy_product 6 Fe_B_based_nanocomposite 6 remanence_and_maximum_energy 6 Fe_B_Nd_Gd 6 Fe_B_Nd_Gd_Nb 6 Fe_B_Nd_Gd_Nb_Si 6 remanence_and_(_B_H_) 6 remanence_(_α_) 6 cast_with_magnetic_field 6 J_of_0_T 6 processing_temperature 6 Ce_Fe_Co_Ti 6 Ce_Fe_Ti 6 Pr_Fe_B_phase 6 Ce_Y_magnet 6 Fe_Co_phase 6 Co_atom_per_formula_unit 6 Pr_Cu_diffusion_processed_sample 6 Pr_Al_Ni_Cu 6 coercivity_to_0_T 6 Nd_(_Fe_,_Co_,_Al_) 6 Nd_substituted 6 deformation_temperature 6 Nd_loss 6 diffusion_coefficient 6 Nd_Fe_Ti_M_B 6 diffusion_processed_hot_deformed_magnet 6 Nd_Fe_Ga_B 6 Dy_diffusion_process 6 Nd_Fe_B_Nb_Ga_powder 6 Nd_Fe_B_Nb_Ga_alloy 6 multilayer_thin_film 6 Dy_interlayer 6 (_B_H_)_=_0_MGOe 6 (_B_H_)_of_0_MG_Oe 6 La_,_Ce 6 magnetic_isolation_of_Nd_Fe_B_grain 6 (_BH_)_=_0_kJ_m_-_3 6 α_Fe_+ 6 α_Fe_/_Pr_Fe_B_film 6 without_Dy 6 wheel_speed_of_0_m_/_s 6 ~_0_°C 6 ~_0_kA_m_-_1 6 temperature_coefficient_of_remanence_(_α_) 6 Mn_Al 6 milling_time 6 RE_=_Nd 5 α_and_β 5 0_0_K 5 Nd_Fe_Co_Ga_B 5 M_=_Ti_,_V 5 doped_ribbon 5 0_0_at_._% 5 0_±_0_T 5 Fe_B_/_Nd_Fe_B_nanocomposite 5 amount_of_Nb 5 Nd_Fe_Co_Al_B_alloy 5 large_remanence 5 Co_Zr_B_ribbon 5 α_Fe_film 5 Nd_Fe_B_type_powder 5 alloy_annealed 5 maximum_coercivity_of_0_kOe 5 Nd_Fe_B_/_Dy_/_Nd_film 5 ±_0_T 5 M_=_V 5 Dy_and_Fe 5 Co_for_Fe 5 μ_H_(_T_) 5 TbF_EPD 5 magnetic_property_of_Ce_Fe_B 5 Nd_Fe_Al_Co_B 5 temperature_coefficient_of_remanence_and_coercivity 5 remanence_of_0_kG 5 Th_Zn 5 arc_melting 5 thin_magnet 5 approximately_0_nm 5 sample_cast_with_magnetic_field 5 between_hard_and_soft_magnetic_layer 5 Co_rich 5 approximately_0_MA_/_m 5 Pr_Cu_eutectic_alloy 5 value_of_0_kA_/_m 5 Dy_for_Nd 5 remanence_and_energy_product 5 value_of_hci 5 (_Nd_Ce_)_Fe_Co_B_melt_spun_ribbon 5 between_hard_and_soft_phase 5 applied_magnetic_field 5 Pr_Fe_Ti_Co_B_C_ribbon 5 M_=_Nb 5 Nd_Fe_B_hot_deformed_magnet 5 Ce_rich_main_phase 5 (_Nd_Ce_)_Fe_Al_Cu_B 5 below_0_K 5 remanence_of_magnet 5 melt_spun_SmCo 5 M_=_0_emu_/_g 5 saturation_of_magnetization 5 sintered_at_0_°C 5 about_0_μ_m 5 about_0_wt_% 5 M_FeSO 5 about_0_% 5 M_(_T_) 5 ~_0_K 5 coercivity_of_sintered_magnet 5 coercivity_temperature_coefficient 5 Sm_(_Co_,_Cu_,_Fe_,_Zr_) 5 from_0_to_0_°C 5 0_wt_._%_Dy_Ga 5 Sm_(_Co_,_M_)_H 5 Sm_(_Co_Fe_Cu_Zr_) 5 permanent_magnet_material 5 Nd_concentration 5 over_0_T 5 Nd_Co_(_0_nm_) 5 operating_temperature 5 0_vol_% 5 M_type_hexaferrite 5 Cu_and_Nb 5 grain_size_of_0_nm 5 Cu_free 5 Nb_substitution 5 maximum_energy_product_of_(_BH_) 5 Cu_substitution 5 0_nm_for_α_Fe 5 0_mm_3 5 Nd_rich_phase_at_grain_boundary 5 0_MGOe_to_0_MGOe 5 Nd_rich_main_phase 5 0_MGOe_at_room_temperature 5 0_M_FeSO 5 Ce_Fe_B_ribbon 5 Nd_(_Fe_Co_)_B 5 M_value 5 between_soft_and_hard_magnetic_layer 5 Nd_lean_magnetic_powder 5 0_h_at_0_°C 5 Nb_substituted 5 height_reduction_rate 5 Nb_content 5 Nb_addition 5 rare_earth_(_RE_) 5 multilayer_magnet 5 SmCo_phase 5 hot_deformed_sample 5 large_temperature 5 0_and_0_%_°C 5 hot_pressed_magnet 5 Nd_Fe_M_B 5 J_(_H_) 5 0_0_mm 5 0_0_MG_Oe 5 Fe_B_/_Nd_Fe_B_one 4 remanence_J 4 remanence_M 4 Pr_Dy_Cu_alloy 4 Pr_Cu_powder 4 pure_Ce_Fe_B 4 anisotropic_nanocomposite 4 Nd_Fe_B_/_FeCo 4 anisotropic_field 4 Nd_Fe_B_/_Fe_B_magnet 4 Co_substitution_for_Fe 4 remanence_ratio_M 4 remnant_magnetization 4 M_=_Zr 4 Fe_Co_particle 4 alloy_be_0_kA_/_m 4 Al_doping 4 Al_content 4 aging_time 4 squareness_ratio 4 addition_of_Ga 4 addition_of_Co 4 saturation_magnetic_polarization 4 PrCo_ribbon 4 saturation_magnetization_M 4 RE_rich_grain_boundary 4 Nd_Fe_Co_B_Ga 4 Fe_Nd_B_alloy 4 Nd_Dy_Fe_Co_B_single_layer 4 Dy_,_Nd 4 maximum_energy_product_(_BH_)_of_0_MGOe 4 Fe_Nd_B_M 4 Nd_Dy_Al_alloy 4 substrate_temperature 4 Nd_Cu_flake 4 surface_area 4 about_0_0_nm 4 Nd_Fe_B_type_material 4 sintered_NdFeB 4 surface_of_Nd_Fe_B_grain 4 Nd_Cu_eutectic_alloy 4 Fe_rich_composition 4 poor_squareness 4 Nd_Cu_diffusion_processed_sample 4 >_0_T 4 >_0_kOe 4 >_0_K 4 produced_by_melt_spinning 4 temperature_below_0_K 4 ~_0_kA_/_m 4 |_β_| 4 thin_film_diffusion_processed 4 TM_=_V 4 corresponding_Nd 4 magnetic_property_of_Pr_Fe_Ti_Co_B_C 4 0_wt_%_/_0_wt_% 4 uniaxial_anisotropy 4 Nd_Co_B 4 value_of_(_B_H_) 4 Pr_rich_intergranular_phase 4 over_0_kOe 4 operation_temperature 4 value_of_B 4 0_vol_._% 4 O_Zr_Co 4 grain_boundary_diffusion_process_(_GBDP_) 4 maximum_coercivity_value 4 grain_boundary_layer 4 Nd_Ce_Fe_B_alloy 4 NdFeB_layer 4 Nd_Fe_B_Nb_alloy 4 grain_of_α_Fe 4 grain_of_α_Fe_phase 4 (_Nd_Ce_)_Fe_B_alloy 4 grain_size_of_~_0_nm 4 Dy_Mn_alloy 4 length_of_0_mm 4 Sm_(_CoFe_) 4 Nd_and_Cu_content 4 Cu_doped 4 NdFeB_(_0_nm_) 4 without_addition 4 Y_substitution 4 H_<_0_kOe 4 Nd_substituted_alloy 4 Nd_Fe_B_main_phase 4 α_Co 4 Sm_Co_alloy 4 α_Fe_/_Nd_Fe_B_alloy 4 maximum_energy_product_(_B_H_) 4 Nd_/_Pr 4 MgO_spacer_layer 4 DyF_EPD_coated_magnet 4 α_Fe_thick_film 4 Nd_,_La 4 Sm_Co_Fe 4 β_La 4 D_(_H_) 4 energy_density_of_magnet 4 energy_product_(_B_H_) 4 0_kV 4 0_kG_to_0_kG 4 magnetic_property_of_B_=_0_T 4 Nd_O 4 Nd_(_FeCo_)_B 4 milled_sample 4 between_hard_and_soft_magnetic_phase 4 0_kA_/_m_to_0_kA_/_m 4 below_0_nm 4 Sm_Fe_C 4 EPD_coated_magnet 4 0_kA_/_m_and_0_kJ_/_m 4 EPD_coated_sample 4 Sm_Fe_Ti 4 Nd_substitution 4 EPD_coated_sintered_Nd_Fe_B_magnet 4 external_field 4 0_at_._%_Co 4 external_magnetic_field 4 Pr_Fe_B_thick_film 4 rare_earth_metal 4 Nd_Fe_Ti_Zr_B 4 B_concentration 4 Fe_/_Nd_Fe_B_alloy 4 diffusion_depth 4 SmCo_and_Sm_Co_R 4 B_=_0_0_kG 4 MRE_Fe_B_Zr_alloy 4 Nd_Fe_Ti_B_magnet 4 diffusion_processed_film 4 Nd_Fe_B_based_nanocomposite_magnet 4 Ce_Fe_CoTi 4 maximum_magnetic_energy_product 4 Pr_Fe_B_magnet 4 around_0_0_nm 4 0_A_m_2 4 Pr_Fe_B_/_α_Fe_film 4 Mo_(_0_nm_)_/_Fe 4 0_A_m 4 SPS_method 4 RE_Fe_B_magnet 4 MnBi_magnet 4 Nd_Fe_B_/_α_Fe_thick_film 4 Mn_substitution 4 diffusion_temperature_and_time 4 Nd_Fe_B_/_α_Fe_nanocomposite_magnet 4 Nd_Fe_B_nanoparticle 4 (_B_H_)_=_0_0_MG_Oe 3 (_B_H_)_of_0_MGOe 3 (_BH_)_~_0_MG_Oe 3 uniaxial_magnetic_anisotropy 3 value_of_maximum_energy 3 value_of_maximum_energy_product 3 Y_,_Pr 3 Zn_type_structure 3 α_Fe_phase_content 3 β_=_0_%_/_°C 3 Δ_J_(_H_) 3 μ_H_of_0_T 3 (_Nd_,_Ce_)_Fe_B 3 (_Nd_,_Pr_)_H 3 (_Nd_Ce_)_Fe_B_melt_spun_ribbon 3 (_Nd_La_)_Fe_Cr_B 3 ~_0_~_0_% 3 ~_0_kJ 3 <_0_at_._% 3 0_%_K 3 0_%_K_-_1 3 0_%_substitution_of_Nd 3 0_0_% 3 0_and_0_MGOe 3 0_at_._%_V 3 0_K_for_Nd_Fe_B 3 0_to_0_kG 3 0_wt_._%_Nd_Cu_flake 3 0_year 3 about_0_0_°C 3 above_0_kA_/_m 3 addition_of_0_wt_% 3 addition_of_B 3 aging_process 3 Al_substitution 3 alloy_prepared_by_melt_spinning 3 anisotropic_sintered_magnet 3 annealing_amorphous 3 annealing_treatment_at_0_°C 3 B_and_H 3 B_rich 3 carbon_addition 3 Ce_,_Co 3 Ce_,_Nd 3 Ce_Fe_B_based_magnet 3 Ce_Fe_B_melt_spun_ribbon 3 CeFe_Co_Ti 3 Co_Zr_B_nanocomposite 3 coercivity_of_Cu 3 containing_sintered_magnet 3 Cu_/_Fe 3 deposited_on_surface 3 diffusion_time 3 Dy_,_Tb 3 Dy_added 3 Dy_addition 3 Dy_atom 3 Dy_doped_Nd_Fe_B_sintered_magnet 3 Dy_substitution_for_Nd 3 energy_milled_sample 3 energy_product_of_rare_earth 3 Fe_and_Co 3 Fe_B_Nd_Nb_Si 3 Fe_concentration 3 Fe_Nd_B_V 3 Fe_Pt_B 3 FePt_nanoparticle 3 grain_surface 3 H_and_M 3 HDDR_Nd_Fe_B_type_powder 3 HDDR_powder_be_0_nm 3 hot_compaction 3 hot_pressed_sample 3 La_,_Ce_,_Pr 3 La_,_Nd 3 La_/_Ce 3 La_and_Nd 3 La_Fe_B_phase 3 La_phase 3 large_energy_product 3 M_/_M_=_0_% 3 M_=_Nb_and_Zr 3 M_=_Si 3 magnetic_Fe_3_+ 3 magnetic_Fe_3_+_ion 3 magnetic_film 3 magnetic_hysteresis_loop_for_melt_spun_ribbon 3 magnetic_polarization_J 3 magnetic_rod 3 Co_Fe_Zr_C 3 magnetic_torque_of_α_Fe_/_Pr_Fe_B_film 3 magnetization_B 3 melt_spun_SmCo_ribbon 3 MnBi_film 3 MnBi_layer 3 MRE_(_Fe_,_Co_)_B 3 Nb_atom 3 Nb_Si_magnet 3 Nb_Si_rod_magnet 3 Nd_(_Fe_,_Co_)_B 3 Nd_(_Fe_,_Co_,_Al_)_B 3 Nd_,_Gd 3 Nd_Cu_diffusion_processed_magnet 3 Nd_Cu_infiltrated_sample 3 Nd_diffusion_process 3 Nd_Dy_Co_Cu_Fe_alloy 3 Nd_Dy_Co_Cu_Fe_alloy_powder 3 Nd_Dy_Fe_B_flake 3 Nd_Dy_Fe_B_magnet 3 Nd_Dy_Fe_Ti_Nb_Co_B 3 Nd_Fe_Al_Co_B_alloy 3 Nd_Fe_B_/_Fe_B_nanocomposite_magnet 3 Nd_Fe_B_/_Fe_Co_interface 3 Nd_Fe_B_/_Ta 3 Nd_Fe_B_based_sintered_magnet 3 Nd_Fe_B_composite 3 Nd_Fe_B_Hf_alloy 3 Nd_Fe_B_lattice 3 Nd_Fe_B_matrix_phase 3 Nd_Fe_B_sample 3 Nd_Fe_B_thin_film 3 Nd_Fe_Ga_B_/_Fe_Co 3 Nd_Fe_Nb_B_magnet 3 particle_annealed 3 Pr_Dy_Cu_ribbon 3 Pr_Fe_B_/_α_Fe_nanocomposite_magnet 3 Pr_Fe_B_Mn 3 Pr_Fe_B_ribbon 3 Pr_Fe_C_B 3 Pr_Fe_Co_B_C 3 Pr_Fe_Nb_B 3 Pr_substitution 3 PrCo_phase 3 processing_condition 3 produced_by_SPS 3 R_Fe_M 3 R_Fe_M_B 3 rare_earth_magnet 3 remanence_and_magnetic_energy_product 3 remanent_polarization_J 3 sample_annealed_at_0_°C 3 sample_annealed_by_conventional_method 3 sample_by_diffusing_Pr_Cu_alloy 3 sample_prepared_at_0_°C 3 saturation_magnetization_and_remanence 3 Si_substrate 3 sintered_and_hot_deformed_magnet 3 sintered_Nd_Ce_Fe_B_magnet 3 sintered_sample 3 sintering_condition 3 sintering_method 3 Sm_(_Co_Cu_Fe_Zr_)_ribbon 3 Sm_(_CoFeCuZr_)_magnet 3 Sm_Co_H 3 Sm_Co_R_phase 3 Sm_doped 3 Sm_Fe_Ga_C_/_α_Fe 3 Sm_Fe_phase 3 Sm_Fe_ribbon 3 SmCo_/_α_Fe_nanocomposite_magnet 3 SmCo_based_magnet 3 substitution_of_Ce 3 Tb_,_Dy 3 Tb_Fe_B 3 Tb_layer 3 TbCu_type_structure 3 TbF_EPD_coated_sintered_Nd_Fe_B_magnet 3 temperature_coefficient_of_α 3 temperature_coefficient_β 3 temperature_dependence_of_hci 3 thermal_stability_of_coercivity 3 thin_GB_phase 3 thin_layer 3 Ti_C_ribbon 3 Ti_content 3 Ti_free 3 TM_=_V_,_Cr_,_Mn 3 TM_powder 3 (_BH_)_be_0_T 2 CeFe_Mo 2 (_Ce_,_Nd_)_Fe_B 2 Nd_Fe_B_(_0_K_) 2 Fe_Co_nanocomposite 2 (_Co_,_Fe_)_magnet 2 Fe_Co_alloy 2 Nd_Fe_B_/_Dy_/_Nd_thin_film 2 Co_Cr 2 Dy_,_Y 2 Fe_Co_/_Ta 2 Nd_Fe_Ti_Zr_Cr_B_C_magnet 2 Fe_B_Nd_Nb_rod_magnet 2 Nd_rich_powder 2 large_value_of_H 2 hot_deformation_process 2 Fe_B_Nd_Nb_magnet 2 maximum_squareness 2 Nd_Fe_B_/_Fe_Co_layer 2 Nd_Fe_B_/_Fe_nanocomposite 2 Nb_and_Zn 2 Fe_B_Nd_Nb_alloy 2 HfCo_phase 2 Cu_substituted_ribbon 2 Nd_Fe_B_/_Nd_film 2 Cu_substituted 2 HEBM_for_0_h 2 Nb_substituted_magnet 2 Cr_(_0_nm_) 2 deposited_Ta 2 Fe_B_based_material 2 Nd_Nb_Fe_B 2 Nd_(_Co_Fe_)_B 2 Fe_B_/_Nd_Fe_B_type_nanocomposite 2 corresponding_remanence 2 Nd_(_Fe_,_Al_) 2 Fe_and_B 2 mass_loss 2 heat_treated_at_0_°C 2 magnetic_property_of_H_=_0_kOe 2 Fe_/_Pr_Fe_B_nanocomposite 2 Nd_Fe_B_and_SmCo 2 HDDR_processed_powder 2 Nd_Fe_B_as_secondary_phase 2 HDDR_processed 2 Nd_(_FeCoAl_)_B 2 deposited_on_Nd_Dy_Fe_Co_B_layer 2 Nd_Fe_B_based_alloy 2 Nd_Fe_Co_B_M_ribbon 2 Nd_oxide 2 Fe_/_Nd_Fe_B_magnet 2 Nd_Fe_B_based_permanent_magnet 2 Nd_,_Sm 2 Nd_,_Y 2 maximum_value_of_0_kOe 2 Nd_Fe_B_bonded_magnet 2 Nd_Fe_B_bulk_magnet 2 Nd_addition 2 H_=_0_MA_/_m 2 coercivity_value_of_0_kA_/_m 2 Nd_Zr_Fe_Co_B 2 Nd_Fe_Cu_B 2 Nd_Fe_B_composite_film 2 Nd_Fe_B_compound 2 grain_size_of_about_0_0_nm 2 coercivity_be_0_kA_/_m 2 Pr_Co_C_/_Pr_Co_C 2 grain_of_Nd_Fe_B_phase 2 Fe_/_Nd_Fe_B_based_magnet 2 Nd_Fe_B_film_magnet 2 0_mg_/_cm_2 2 Pr_(_Fe_,_Co_)_B 2 Nd_Ce_Fe_B_sintered_magnet 2 Fe_,_Zr_,_B_,_Cu 2 Nd_Fe_Ga_B_/_Fe_Co_magnet 2 melt_spinning_at_wheel_speed 2 Pr_,_Nd_,_Dy 2 coercivity_mechanism_of_α_Fe_/_Nd_Fe_B_nanocomposite_magnet 2 Nd_Co_alloy 2 Co_,_Dy 2 energy_product_and_remanence 2 Nd_Fe_M_B_magnet 2 Cr_or_V 2 Nd_Pr_Fe_B_melt_spun_powder 2 Ga_added_ribbon 2 Ga_added 2 Cr_for_Fe 2 from_0_to_0_m_/_s 2 Pr_Cu_diffusion_processed_magnet 2 Nd_Fe_Nb_B_alloy 2 NdFeB_ribbon 2 magnetic_property_of_composite 2 Fe_Zr_C_ribbon 2 coercivity_mechanism_of_α 2 Nd_Fe_B_melt_spun_ribbon 2 Nd_Fe_Si 2 Pr_Fe_B_Mn_ribbon 2 Co_Sm 2 magnetic_moment_in_GB_phase 2 Dy_layer 2 Dy_Ga_alloy 2 deformation_ratio 2 Nd_Dy_Al_diffusion_processed_magnet 2 Nd_Dy_Al_diffusion_processed_sample 2 Nd_Fe_B_Nb_rod 2 magnetic_material_Nd_Fe_B 2 magnetic_ion 2 Nd_Fe_Ti_B_alloy 2 Nd_Dy_Cu 2 Nd_rich_alloy 2 Fe_Nd_B_heated_at_0_K 2 Dy_content_of_0_wt_% 2 Cr_C 2 Nd_Fe_Ti_C_B_alloy 2 Nd_Dy_Fe_Co_B_layer 2 Nd_Fe_B_Pr_Fe_B 2 Nd_rich_GB_phase 2 Nd_Dy_Fe_Co_Ga_B 2 Dy_coated_surface 2 M_=_Co_,_Cu 2 deformation_processed 2 Cr_atom 2 diffusion_coefficient_of_Dy 2 Nd_rich_magnetic_powder 2 Fe_moment 2 Fe_magnetic_moment 2 Ce_in_(_Nd_Ce_)_Fe_B 2 Dy_=_0_wt_%_and_O_=_0_wt_% 2 Nd_rich_Nd_Fe_B_powder 2 maximum_energy_product_of_rare_earth 2 curie_temperature_of_about_0_°C 2 Dy_/_Tb 2 Nd_Fe_B_type_permanent_magnet 2 Ce_free 2 Ce_Fe_Co_B_alloy 2 Ce_Fe_B_material 2 produced_via_standard_HDDR_process 2 pure_Nd_Fe_B 2 R_=_0_nm 2 R_=_Pr_,_Pr_+ 2 large_saturation_magnetization 2 R_Zr_Co 2 rare_earth_eutectic_alloy 2 Ce_and_Nd 2 Ce_/_La 2 RE_and_B_content 2 RE_atom 2 RE_Cu_(_RE_=_Pr_,_Nd_) 2 Ce_,_La 2 RE_Fe_B_/_α_Fe 2 cast_without_magnetic_field_to_B 2 RE_Fe_C 2 carbon_content 2 RE_rich_intergranular_phase 2 B_rich_alloy 2 B_of_0_T 2 B_=_0_0_T 2 annealing_temperature_to_0_°C 2 annealing_at_temperature 2 anisotropic_sample 2 anisotropic_Nd_Fe_B_composite_film 2 anisotropic_Nd_Fe_B_composite 2 amount_of_soft_magnetic_phase 2 remanence_of_film 2 remanence_of_J_=_0_T 2 amount_of_Fe 2 remanence_reaches_maximum_value 2 remanence_temperature_coefficient 2 alloy_rod 2 alloy_be_prepared_by_melt_spinning 2 room_temperature_value 2 Al_concentration 2 melt_spun_Nd_Fe_B_powder 2 melt_spun_Nd_Fe_B_ribbon 2 aging_temperature 2 addition_of_V 2 addition_of_Fe 2 sample_milled 2 large_diameter_of_0_mm 2 saturation_field 2 addition_of_0_wt_._% 2 saturation_magnetic_polarization_J 2 saturation_magnetization_(_M_) 2 saturation_magnetization_4πM 2 saturation_magnetization_in_nanocomposite_film 2 above_0_T 2 above_0_kJ_/_m 2 about_0_kJ_/_m_3 2 about_0_0_T 2 sintering_time 2 0_wt_._%_Nd_Fe_B 2 0_wt_._%_Nd_Dy_Fe_B 2 Sm_(_Co_,_M_)_grain 2 0_wt_%_0_wt_% 2 Sm_(_CoFe_)_ribbon 2 Sm_(_Fe_,_M_) 2 magnetic_soft_phase 2 0_nm_to_0_nm 2 Sm_Co_based_magnet 2 Sm_Co_Cu_Fe_Zr_alloy 2 0_MGOe_for_steel 2 Sm_Co_Fe_Cu 2 Sm_Co_Fe_Zr_B_Cu 2 Sm_Co_magnet 2 0_MGOe_for_Ga 2 0_MG_Oe_be_obtained_in_Pr_Fe_Co_B_C 2 Sm_doped_ribbon 2 0_kOe_at_0_°C 2 0_kA_/_m_at_T_=_0_K 2 Sm_Fe_Cu_Ga_C_ribbon 2 Sm_Fe_N_ribbon 2 melt_spun_Sm_(_CoFeCuZr_)_ribbon 2 Sm_Fe_Si_C 2 Sm_Fe_Ti_ribbon 2 SmCo_/_Fe_system 2 0_at_._%_Nb 2 0_at_%_MRE 2 SmCo_and_α_Fe 2 SmCo_Fe_ribbon 2 SmCo_Nb 2 0_and_0_nm 2 SmCo_single_phase 2 SmCo_sintered_magnet 2 SmCo_Zr_ribbon 2 SmFe_M 2 0_0_wt_% 2 SPS_treated_magnet 2 0_°C_0_h 2 strontium_hexaferrite 2 substituting_Fe 2 substituting_for_Nd 2 0_×_0_-_3_Pa 2 substitution_of_Cr 2 0_%_of_R_Zr 2 0_%_of_R 2 0_%_of_O_Zr 2 0_%_of_O 2 T_<_0_K 2 T_>_0_K 2 Ta_free 2 >_0_kA_/_m 2 >_0_% 2 <_0_°C 2 temperature_coefficient_of_Br 2 ~_0_wt_% 2 ~_0_MA_/_m 2 ~_0_g_/_cm_3 2 temperature_coefficient_of_α_and_β 2 ~_0_%_°C_-_1 2 thermal_stability_of_Nd_Ce_Fe_B_alloy 2 (_PrNd_)_Fe_B 2 (_Pr_,_Nd_)_Fe_B 2 magnetic_spacer_layer 2 Ti_substituted_Pr_(_Fe_,_Co_) 2 (_NdPr_)_Fe_B 2 magnetization_in_nanocomposite 2 J_/_J 2 value_of_0_kG 2 value_of_4π_M 2 value_of_energy_product 2 (_Nd_Ce_)_Fe_Zr_B_alloy 2 (_Nd_Ce_)_Fe_CoB 2 HREE_grain_boundary_diffusion_process 2 HRE_free 2 value_of_temperature_coefficient 2 (_Nd_Ce_)_Fe_Co_B_alloy 2 (_Nd_,_Tb_)_Fe_B 2 wheel_surface 2 without_Hf 2 Mo_and_Ta 2 Zn_addition 2 (_Nd_,_Pr_)_Ce_Fe_M_B 2 α_Fe_/_Nd_Fe_B_magnet 2 (_Nd_,_Dy_)_Fe_B_magnet 2 (_Nd_,_Dy_)_Fe_B_layer 2 (_Nd_,_Dy_)_Fe_B_core 2 α_Fe_multilayer_film 2 (_La_Nd_)_Fe_B 2 MRE_content 2 (_Fe_Co_)_B_alloy 2 μ_H_be_0_T 2 (_Fe_,_Co_)_B_magnet 2 doped_SFO_SrFe_Al_O 1 Nd_Fe_Co_B_and_Pr_Fe_Co_B_system 1 doped_Nd_Fe_B_sample 1 Nd_Fe_Co_B_Ga_powder 1 Nd_Fe_Co_B_M_alloy 1 Nd_Fe_Co_B_Nb_alloy 1 doped_Nd_Fe_B_magnet 1 Nd_Fe_Co_Ga_B_alloy 1 Nd_Fe_Cu_B_magnet 1 Nd_Fe_Dy_B_magnet 1 doped_(_Nd_Ce_)_Fe_Co_B 1 M_=_Ag_,_Si_,_Hf_,_Ga_,_Cu 1 Nd_Fe_Ga_B_powder 1 diffusion_processed_Nd_Fe_B_magnet 1 Nd_Fe_M_B_alloy 1 Nd_Fe_MCB_ribbon 1 Nd_Fe_Mn_B 1 Nd_Fe_Nb_Al_Cu_B_powder 1 diffusion_processed_Nd_Fe_B_layer 1 M_(_Nd_Fe_B_)_ribbon 1 Nd_Fe_Nb_B_nanocomposite 1 Nd_Fe_Si_ribbon 1 Nd_Fe_system 1 diffusion_processed_Nd_Fe_B_hot_deformed_sample 1 Nd_Fe_Ti_B_bulk_magnet 1 diffusion_processed_Ce_Fe_B_based_magnet 1 Nd_Fe_Ti_C_B_bulk_nanocomposite_magnet 1 diffusion_coefficient_of_various_temperature 1 Nd_Fe_Ti_M_B_magnet 1 Nd_Fe_Ti_Zr_B_alloy 1 Nd_Fe_Ti_Zr_B_C_magnet 1 Nd_Fe_Ti_Zr_B_magnet 1 die_upset_magnet_of_(_Nd_Ce_)_Fe_Co_B 1 Nd_Fe_Ti_Zr_Cr_B_C_alloy 1 Nd_Fe_Ti_Zr_Cr_B_C_bulk_magnet 1 Nd_Fe_Zr_Al_Cu_Ga_B_powder 1 Nd_Fe_Zr_B_C_ribbon 1 die_upset_(_Pr_Sm_)_Co_C_magnet 1 diameter_of_magnet 1 diameter_=_0_mm 1 Nd_Nb_Fe_B_ribbon 1 Nd_oxide_layer 1 Nd_poor_Nd_Fe_B_powder 1 Nd_Pr_B_Cu_Al_Co_Fe 1 Nd_Pr_Ce_Fe_B_melt_spun_ribbon 1 Nd_Pr_Ce_Fe_B_ribbon 1 Nd_Pr_Dy_Fe_Al_Co_Ga_B 1 Nd_Pr_Dy_Fe_B_Co_Al_Cu 1 Nd_Pr_Dy_Fe_Ga_Zr_Al_Co_Cu_B_C_O 1 Nd_Pr_Fe_B_alloy 1 Nd_Pr_Fe_B_Ga_Cu_sintered_magnet 1 Nd_Pr_Fe_B_melt_spun_ribbon 1 Nd_Pr_Fe_Co_B_Ga_Cu 1 Nd_Pr_Fe_Co_B_Nb_Al_Cu_sintered_magnet 1 Nd_Pr_Fe_Co_B_ribbon 1 Nd_Pr_Fe_Co_Ga_Al_B 1 Nd_PrFe_B_alloy 1 Nd_rich_composition 1 D_of_0_μ_m 1 curie_temperature_(_T_)_of_single_magnet 1 Nd_rich_phase_on_Nd_Fe_B_grain 1 Nd_site 1 Nd_substituted_La_Fe_B 1 Cu_rich 1 Nd_Y_Fe_Zr_B_bulk_magnet 1 Nd_Zr_Fe_Co_B_alloy 1 NdCu_/_Nd 1 NdFe_B 1 Cu_doped_Nd_Fe_B_sintered_magnet 1 NdFeB_/_Co 1 NdFeB_/_Fe_Co_composite 1 NdFeB_/_Fe_composite 1 NdFeB_powder 1 nearly_0_°C 1 Cr_containing_Nd_Fe_Ti_Zr_Cr_B_C_magnet 1 Cr_C_content 1 Cr_and_Mo 1 Cr_/_Mo 1 melt_spun_(_Nd_Ce_)_Fe_Co_B 1 poor_Nd_Fe_B_powder 1 coercivity_of_SFAO 1 Pr_(_Co_,_Cu_) 1 Pr_Al_Ni_Cu_alloy 1 Pr_Al_Ni_Cu_ribbon 1 Pr_Co_/_Co_multilayer_prepared_by_sputtering 1 Pr_Co_/_Pr_Co 1 Pr_Co_alloy 1 Pr_Co_B 1 Pr_Co_B_with_coercivity_of_0_T 1 Co_Zr_Si_B_system 1 Co_Zr_Si_B_melt_spun_ribbon 1 Co_Zr_B_system 1 Pr_Co_C_ribbon_be_0_kOe 1 Pr_Co_thin_film 1 Co_Zr_B_ribbon_prepared_by_melt_spinning 1 Co_TM_alloy 1 Co_substitution_with_optimized_melt_spinning 1 Co_substituting 1 Pr_Cu_diffusion_processed_hot_deformed_magnet 1 Co_Sm_/_Fe_Co 1 Co_Nd_Fe_B_alloy 1 Pr_Cu_sample 1 Pr_Cu_system 1 melt_spun_(_Nd_La_)_Fe_B_alloy 1 Pr_Dy_Fe_B_magnet 1 Co_doped_Nd_Fe_B 1 Co_concentration_in_Ce_Fe_Co_Ti 1 melt_spun_(_Nd_La_)_Fe_Cr_B_alloy 1 Pr_Fe_B_based_magnet 1 Pr_Fe_B_Cu_ribbon 1 Co_(_Nd_Ce_)_Fe_Co_B_alloy 1 melt_spun_alnico 1 Ce_substituted_Nd_Fe_B_ribbon 1 Ce_substituted_Nd_Fe_B_based_alloy 1 Ce_substituted_Nd_Fe_B_alloy 1 melt_spun_Ce_Fe_B_powder 1 Pr_Fe_C_B_ribbon 1 Pr_Fe_C_nanocomposite 1 Pr_Fe_C_type_ribbon 1 Ce_Nd_Fe_B_powder 1 melt_spun_Ce_Fe_B_ribbon 1 Pr_Fe_Co_B_C_ribbon 1 Pr_Fe_Co_B_system 1 melt_spun_Fe_Nd_B_ribbon 1 Pr_Fe_Nb_B_ribbon 1 Pr_Fe_Ti_B_alloy 1 Ce_Nd_Fe_B_magnet 1 Ce_Nd_Ce_Fe_B_ribbon 1 Pr_free 1 Pr_or_Nd 1 (_BH_)_values 1 melt_spun_magnet 1 Pr_substitution_for_Nd 1 melt_spun_MM_Fe_B_alloy 1 Ce_Fe_CoTi_melt_spun 1 PrCo_Ti_alloy 1 PrNd_Cu_alloy 1 melt_spun_MM_Fe_B_ribbon 1 Ce_Fe_Co_B_sample 1 (_Ce_,_Nd_)_Fe_B_hot_deformed_magnet 1 (_Ce_Pr_Nd_)_Fe_B_sintered_magnet 1 melt_spun_MRE_(_Fe_,_Co_)_B_ribbon 1 (_Dy_,_Nd_)_Fe_B 1 Ce_Fe_B_layer 1 pure_Ce_Fe_B_alloy 1 pure_Ce_Fe_B_magnet 1 (_Dy_/_Tb_)_Fe_B 1 pure_TbCu_type_structure 1 R_(_Fe_,_M_)_compound 1 R_(_Fe_,_Ti_) 1 (_Fe_,_Co_)_B_/_Nd_Fe_B_nanocomposite 1 R_=_La_,_Ce 1 MRE_Fe_B_based_nanocomposite 1 R_=_Y_,_La_,_Pr_,_Nd_,_Sm 1 R_=_Y_,_Pr 1 R_Ce_Fe_B_alloy 1 Ce_Fe_B_Hf_alloy 1 Ce_Fe_B_core 1 R_Fe_B_(_R_=_Nd_,_Ce_) 1 R_Fe_B_(_R_=_Nd_,_Dy_) 1 R_Fe_B_(_R_=_Nd_,_Dy_)_phase 1 R_Fe_C_(_R_=_Pr_,_Nd_)_alloy 1 melt_spun_Nd_Co_B_ribbon 1 hot_deformed_Nd_Fe_B_bulk_magnet 1 R_Fe_M_B_magnet 1 R_Nd_Fe_B_alloy 1 hot_deformed_magnet_sample 1 Ce_Fe_B_compound 1 rare_earth_(_MRE_)_Fe_B 1 Ce_Fe_B_(_B_)_sample 1 Ce_doped_RE_Fe_B_magnet 1 Ce_doped_Nd_Fe_B_alloy 1 hot_deformed_(_NdDy_)_Fe_Nb_B_magnet 1 melt_spun_Nd_Fe_B_/_Fe_Co_ribbon 1 Ce_doped_(_Nd_Ce_)_Fe_B_alloy 1 hot_deformation_technique 1 RCo_(_R_=_Sm_,_Pr_)_magnet 1 multilayer_Si 1 RE_=_Nd_or_Dy 1 RE_=_Y_,_Ce_,_La_,_Pr_,_Nd 1 Nb_/_Ta 1 Ho_and_Er 1 RE_Co_B_compound 1 RE_Co_compound 1 Ce_,_Pr_,_Nd 1 Nb_and_Ta 1 Ce_,_Pr_,_Co 1 Nb_and_Ti 1 RE_Fe_B_(_RE_=_Nd_,_Ce_,_Pr_,_Tb_,_Dy_,_Y_) 1 magnetic_property_of_Sm_Fe_Si_C 1 RE_Fe_B_alloy 1 RE_Fe_B_based_alloy 1 Hf_Co_alloy 1 RE_Fe_B_sintered_magnet 1 RE_Fe_B_system 1 carbon_free_ribbon 1 magnetic_property_of_rod 1 RE_Fe_C_system 1 magnetic_property_of_melt_spun_alnico 1 carbon_composition 1 Nb_substituted_Pr_Fe_Nb_B_magnet 1 Br_for_two_different_sample 1 between_waste_and_recycled_magnet 1 heavy_rare_earth_element_of_Dy 1 heat_treated_ribbon 1 Nd_(_Ce_Y_)_Fe_Al_Cu_B 1 applied_to_field 1 melt_spun_Nd_Fe_B_alloy 1 Nd_(_Co_Fe_)_B_melt_spun_ribbon 1 annealing_process_of_MnBi 1 Nd_(_Cu_)_Fe_B 1 Nd_(_Fe_,_Al_)_B 1 Nd_(_Fe_,_M_)_B_magnet 1 Nd_(_Fe_,_M_)_compound 1 Nd_(_Fe_Co_)_B_alloy 1 HD_magnet_with_Nd_content 1 magnetic_property_of_Fe_B_based_nanocomposite 1 amount_of_Nd_Fe_B_powder 1 H_of_Nd_Fe_B_flake 1 alloy_with_substitution_of_C 1 Nd_,_Mn_,_Si_,_Co_,_Dy_O 1 H_of_ferrite_magnet 1 alloy_with_height_reduction_rate 1 alloy_with_further_substitution 1 Nd_,_Pr_rich 1 melt_spun_Nd_Fe_B_magnet 1 alloy_produced_by_melt_spinning 1 alloy_CeFe_Mo 1 room_temperature_(_BH_)_of_0_MGOe 1 Nd_/_Fe 1 H_of_0_0_kA_/_m 1 Nd_/_Pr_rich 1 Nd_Al_diffusion_processed_magnet 1 H_<_0_A_/_m 1 melt_spun_Nd_Fe_Co_Al_B_alloy 1 Nd_Al_Ni_Cu_alloy 1 grain_size_of_Zr_containing 1 addition_of_silicon 1 grain_size_of_melt_spun_SmCo 1 grain_size_in_magnet 1 Nd_based_Nd_Fe_B_magnet 1 grain_boundary_of_Nd_Fe_B_flake 1 grain_boundary_in_as_milled_flake 1 Nd_Ce_Fe_B_melt_spun_ribbon 1 addition_free 1 Nd_Ce_Fe_B_permanent_magnet 1 Nd_Ce_Fe_Co_B_alloy 1 melt_spun_Pr_Fe_B_Mn_ribbon 1 Nd_Ce_Fe_TM_B_based_alloy 1 giant_coercivity 1 GBDP_of_(_Nd_,_Pr_)_H_powder 1 saturation_remanence 1 Si_content 1 melt_spun_Pr_Fe_Co_B 1 sintered_(_Nd_,_Y_,_Dy_)_Fe_B_magnet 1 sintered_(_Nd_Ce_) 1 melt_spun_Pr_Fe_Co_NbB_C_alloy 1 about_SmFe 1 sintered_ferrite 1 Nd_Co_Al 1 sintered_magnet_with_Dy_content 1 melt_spun_Pr_Fe_V_B_C_ribbon 1 Ga_or_Al 1 about_0_×_0_-_3_Pa 1 sintered_Nd_Pr_Fe_Co_B_Nb_Al_Cu_magnet 1 4πM_=_0_kG 1 melt_spun_Pr_Fe_VB_C_ribbon 1 sintered_single_alloy 1 sintered_Sm_(_CoFeCuZr_)_magnet 1 melt_spun_Pr_Fe_VB_ribbon 1 melt_spun_precipitation_hardened_magnet 1 0_πM_=_0_kG 1 0_π_M_=_0_kG 1 Nd_Co_B_alloy 1 Sm_(_Co_,_Cu_) 1 0_wt_._%_ZrC 1 Sm_(_Co_,_Cu_,_Fe_,_Zr_)_permanent_magnet 1 Nd_Co_diffusion_processed_film 1 Sm_(_Co_,_Fe_)_ribbon 1 Sm_(_Co_,_Fe_,_Cu_,_Zr_)_type_sintered_magnet 1 Nd_Co_Fe_Al_B 1 Ga_content 1 0_wt_%_RE_content 1 Sm_(_Co_,_M_)_H_nanocluster 1 Sm_(_Co_,_M_)_nanocluster 1 Sm_(_Co_,_M_)_R 1 Sm_(_Co_Cu_)_Fe_M_ribbon 1 melt_spun_R_Fe_Ti_B_ribbon 1 Nd_Cu_after_HEBM 1 Sm_(_Co_Fe_Cu_Zr_)_magnet 1 Sm_(_Co_Fe_Cu_Zr_)_ribbon 1 Sm_(_Co_Fe_Cu_Zr_B_)_ribbon 1 Sm_(_Co_Fe_Cu_Zr_C_) 1 Sm_(_Co_Fe_Zr_C_) 1 0_to_0_K_/_s 1 Sm_(_CoFe_)_alloy 1 Sm_(_CoFe_)_alloy_with_single_phase 1 Nd_Cu_containing_film 1 Sm_(_CoFeCuZr_)_alloy 1 La_substitution_ribbon 1 Sm_(_CoFeMn_)_B_ribbon 1 Sm_(_CoZr_)_alloy 1 Sm_(_Fe_,_Co_,_Ti_)_ribbon 1 FePr_(_BSi_)_alloy 1 Sm_(_Fe_,_M_)_magnet 1 Sm_(_Fe_,_Ti_) 1 Nd_Cu_diffusion_processed_hot_deformed_magnet 1 Fe_rich_alloy 1 0_nm_<_t_<_0_nm 1 Fe_Nd_B_sample 1 Sm_Co_compound 1 magnetic_moment_of_system 1 Nd_Cu_powder 1 Nd_Cu_type_alloy 1 Fe_Nd_B_permanent_magnet 1 melt_spun_ribbon_of_(_Nd_Ce_)_Fe 1 Sm_Co_layer 1 Fe_Nd_B_M_alloy 1 Sm_Co_melt_spun_ribbon 1 Nd_Dy_Al_diffusion_processed_hot_deformed_magnet 1 Sm_Co_powder 1 Nd_Dy_Al_grain_boundary_diffusion_process 1 melt_spun_ribbon_of_Nd_Fe_B 1 Sm_Co_type_magnet 1 0_kOe_at_T_=_0_K 1 melt_spun_Sm_(_Co_Cu_Fe_Zr_)_ribbon 1 Nd_Dy_Co_Cu_Fe_powder 1 Nd_Dy_Cu_alloy 1 Sm_Fe_Al 1 Sm_Fe_alloy 1 Sm_Fe_B 1 magnetic_anisotropy_in_deformed_sample 1 M_=_Ti_alloy 1 Sm_Fe_Cu_Si_C_ribbon 1 0_g_/_cm_3_to_0_g_/_cm_3 1 melt_spun_Sm_(_CoFeCuZr_)_magnet 1 Sm_Fe_Ga_C_based_nanocomposite 1 Sm_Fe_Ga_C_ribbon 1 Sm_Fe_M_C_material 1 Sm_Fe_N_(_C_) 1 Sm_Fe_N_/_Fe_Co_composite 1 Sm_Fe_N_/_Fe_Co_nanocomposite_magnet 1 Fe_Nd_B_doped 1 Fe_Nd_B_Cr_,_Fe_Nd_B_V 1 melt_spun_Sm_Fe_(_Ga_,_Si_)_C_ribbon 1 Nd_Dy_Fe_Co_C_B_melt_spun_ribbon 1 Sm_Fe_Si_C_/_α_Fe 1 Sm_Fe_Si_C_ribbon 1 0_f_site 1 Nd_Dy_Fe_Co_Ga_B_magnet 1 Sm_Fe_Ti_V 1 Sm_Zr_(_Fe_Co_)_Ti_compound 1 Sm_Zr_(_Fe_Co_)_Ti_magnet 1 SmCo_/_Fe_(_Co_)_based_nanocomposite_magnet 1 Nd_Dy_Fe_Ga_B 1 Nd_Dy_Fe_Nb_B_alloy 1 melt_spun_Sm_Fe_Ga_Ti_V 1 M_=_Ti_,_V_,_Cr_,_Zr 1 Nd_Dy_Fe_Ti_Nb_Co_B_ribbon 1 melt_spun_Sm_Fe_precursor 1 Nd_Dy_Fe_Zr_Nb_Co_B 1 0_at_%_compared_to_0_at_%_for_sintered_magnet 1 Nd_Fe_Al_alloy 1 SmCo_Nb_and_SmCo 1 SmCo_Nb_magnet 1 Nd_Fe_Al_B 1 0_and_0_MA_/_m 1 Fe_disperses_in_amorphous 1 Nd_Fe_Al_Cu_B 1 SmCo_Zr_C_ribbon 1 Nd_Fe_Al_ribbon 1 Nd_Fe_Al_system 1 SmFe_M_magnet 1 SmFe_TiV_ribbon 1 Fe_Co_Nd_Dy_B_alloy 1 Nd_Fe_B_/_Fe_/_Nd_Fe_B 1 0_0_kA_m_-_1 1 0_0_at_%_Nd 1 Nd_Fe_B_/_Fe_/_Nd_Fe_B_trilayer 1 0_°C_0_°C 1 Nd_Fe_B_/_Fe_B_alloy 1 M_=_Ti_,_H 1 Nd_Fe_B_/_Fe_B_type_nanocomposite 1 Nd_Fe_B_/_FeCo_nanocomposite 1 0_,_0_,_0_,_and_0_wt_._% 1 melt_spun_Sm_Fe_ribbon 1 Nd_Fe_B_/_Sm_(_Co_,_Fe_)_magnet 1 substitution_of_Cr_for_Fe 1 Nd_Fe_B_/_Sm_(_Co_Fe_Cu_Zr_) 1 M_=_Mo_,_Nb_,_Ta_,_Ti_,_and_Zr 1 substitution_of_Nd_for_LaCe 1 substitution_of_Nd_of_total_RE 1 Fe_B_/_R_Fe_B_film 1 Fe_B_/_Nd_Fe_B_film 1 0_%_/_K_to_0_%_/_K 1 Fe_/_Pr_Fe_B_flake 1 >_0_MG_Oe 1 >_0_kJ_/_m_3 1 Nd_Fe_B_based_flake 1 Fe_/_Nd_Fe_B_multilayer_magnet 1 Ta_free_film 1 Ta_free_Nd_Fe_B_ribbon 1 Ta_ribbon 1 Nd_Fe_B_bulk_nanocomposite_magnet 1 >_0_GPa 1 La_Fe_B_type_magnet 1 magnetization_at_0_kOe 1 Tb_Fe_B_alloy 1 La_Fe_B_ribbon 1 Tb_or_Dy 1 TbCu_type_Sm_Zr_Fe_Co_N_material 1 La_Ce_Fe_B 1 >_0_at_._% 1 K_for_Si 1 Nd_Fe_B_C_Ti_Ga 1 <_0_MGOe 1 M_=_Fe_B_,_Fe_B 1 Nd_Fe_B_core 1 <_0_% 1 Nd_Fe_B_Cu_Nb_ribbon 1 Fe_/_Nd_Fe_B_,_Fe_B_/_Nd_Fe_B 1 Nd_Fe_B_Ga_Nb_powder 1 milling_or_melt_spinning_method 1 Fe_,_Mo 1 J_max_J_(_H_) 1 ~_0_0_T 1 J_max_be_saturation_remanence 1 Nd_Fe_B_Hf_melt_spun_ribbon 1 [_Nd_Dy_]_Fe_B_alloy 1 (_Si_,_Al_)_amorphous_ribbon 1 (_R_=_Pr_,_Nd_,_Dy_)_ribbon 1 (_PrNd_,_Tb_)_Fe_B 1 Mn_Al_alloy 1 (_PrNd_)_Fe_B_powder 1 Fe_(_Fe_B_)_magnet 1 M_=_Cr_,_Nb_,_Ti_,_V 1 (_Pr_Sm_)_Co_C_magnet 1 thick_permanent_magnet 1 thin_crystalline_structure 1 (_Pr_Nd_)_Fe_B_alloy 1 thin_film_deposition 1 (_Pr_Nd_)_Cu_Fe_B 1 Mn_Al_C_RE_ribbon 1 Mn_Al_C_ribbon 1 (_Pr_,_Nd_)_Fe_B_magnet 1 Nd_Fe_B_M_(_M_=_Cr_,_Cu_)_nanocomposite_magnet 1 (_NdPr_)_Fe_B_ribbon 1 Mn_Al_C_ribbon_with_C 1 J_for_La_Fe_B_and_Ce_Fe_B 1 DyF_EPD_coated_sample 1 Nd_Fe_B_magnetic_powder 1 Dy_substituted_R_Fe_B_phase 1 TM_=_Fe_,_Co_,_Ni 1 (_Nd_Y_Dy_)_Fe_B_alloy 1 Nd_Fe_B_material 1 TM_=_Zr_,_Hf 1 melt_spinning_method_followed_by_annealing 1 (_Nd_Pr_)_Fe_Co_Nb_B 1 uniaxial_Ce_Fe_B 1 MnBi_powder 1 uniaxial_Nd_Fe_B_magnet 1 (_Nd_Pr_)_Fe_B_ribbon 1 (_Nd_La_)_Fe_Co_Cr_B_alloy 1 Nd_Fe_B_melt_spun_alloy 1 (_Nd_Dy_)_Fe_B_permanent_magnet 1 (_Nd_Dy_)_Fe_B_melt_spun_ribbon 1 Nd_Fe_B_melt_spun_material 1 (_Nd_Dy_)_Fe_B_magnet 1 (_Nd_Dy_)_Fe_B_compound 1 Dy_substituted_R_Fe_B 1 Dy_substituted_alloy 1 Dy_substituted_(_Nd_,_Dy_)_Fe_B 1 Dy_Fe_B_alloy 1 Nd_Fe_B_Nd_Fe_B 1 (_Nd_Ce_)_Fe_Co_B_ribbon 1 Nd_Fe_B_O_C 1 Dy_containing_Nd_Fe_B_sintered_magnet 1 (_Nd_Ce_)_Fe_B_ribbon 1 Dy_containing_Nd_Fe_B_magnet 1 Nd_Fe_B_Pr_Fe_B_system 1 (_Nd_,_RE_)_Fe_B 1 (_Nd_,_Pr_,_Ce_)_Fe_B_melt_spun_powder 1 without_Dy_Ga_powder 1 Nd_Fe_B_Si_magnet 1 (_Nd_,_Pr_)_H_powder 1 without_Nd_Cu 1 without_Nd_rich_phase 1 without_rare_earth_element 1 without_significant_loss 1 Dy_atom_in_surface 1 (_Nd_,_Pr_)_H_diffusion 1 Nd_Fe_B_system 1 hot_pressed_nanocrystalline_powder 1 ZrC_to_(_Nd_Ce_)_Fe_Co_B 1 (_Nd_,_Pr_)_Fe_Co_Nb_B_alloy 1 (_Nd_,_Pr_)_Ce_Fe_M_B_magnet 1 Nd_Fe_B_Tb_Fe_B_system 1 (_Nd_,_La_)_Fe_B 1 (_Nd_,_Dy_)_Fe_B_sintered_magnet 1 Dy_along_grain_boundary 1 melt_spinning_process_for_SmCo_ribbon 1 Nd_Fe_B_type_magnetic_powder 1 Dy_/_Nd_Fe_B 1 (_Nd_,_Ce_,_Pr_)_Fe 1 (_Nd_,_Ce_)_Fe_B_powder 1 (_Nd_,_Ce_)_based_alloy 1 (_LaCe_)_Fe_B 1 (_La_Nd_)_Fe_B_ribbon 1 Nd_Fe_B_with_minor_phase 1 Nd_Fe_Co_(_HfGa_)_B 1 (_La_Ce_)_Nd_Fe_B_alloy 1 (_La_Ce_)_Fe_B_ribbon 1 magnetic_property_of_α_Fe_/_Nd_Fe_B_nanocomposite 1 α_Fe_powder 1 (_La_,_Ce_)_Fe_B_alloy 1 α_Nd 1 β_~_0_%_/_°C 1 β_~_0_to_0_%_/_°C 1 MRE_(_Fe_,_Co_)_B_magnet 1 (_Fe_Co_)_Nb_B_alloy 1 (_Fe_Co_)_B_N_ribbon 1 Dy_,_Tb_,_Pr_,_Nd 1 ΔBr_/_Br 1 μ_at_0_°C 1 Dy_,_Tb_,_La_,_Sm_,_Y_,_Pr 1 (_Fe_,_TM_)_B_magnet 1 μ_H_(_T_)_be_coercivity 1 (_Fe_,_Mn_)_B_core 1 (_Fe_,_Co_)_ribbon 1 Nd_Fe_Co_Al_B_powder 1 hot_deformed_Sm_Co_alloy 1 Nd_Fe_Co_Al_Cu 1 Pr_Co_C_/_Pr_Co_C_nanocomposite 1