[('diffusion_processed', '<Treatment>')]
[('thin_film', '<Shape>'), ('diffusion_processed', '<Treatment>')]
[('diffusion_processed_film', '<Shape>')]
[('remanence_temperature_coefficient', '<QNT>')]
[('remanence_temperature_coefficient', '<QNT>'), ('α', '<QNT>')]
[('sample', '<Shape>'), ('diffusing_Pr_Cu_alloy', '<Treatment>')]
[('magnetocrystalline_anisotropy_field', '<QNT>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('Pr_Fe_B_phase', '<Shape>')]
[('Nd_Fe_B_melt_spun_ribbon', '<Shape>')]
[('energy_product', '<QNT>'), ('rare_earth', '<Element>')]
[('temperature_dependence', '<QNT>'), ('D', '<QNT>')]
[('ambient_coercivity', '<QNT>'), ('~_0_T', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('Fe_B_Nd_Gd_Nb_Si_rod_magnet', '<Class>')]
[('value', '<QNT>'), ('MnBi_magnet', '<Class>')]
[('high_coercivity', '<QNT>'), ('0_T', '<Condition>')]
[('Nd_Pr_Fe_B_Ga_Cu_sintered_magnet', '<Class>')]
[('Nd_Pr_Fe_B_Ga_Cu_sintered_magnet', '<Class>'), ('coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('high_coercivity', '<QNT>'), ('magnet', '<Class>')]
[('that', '<QNT>'), ('MRE_Fe_B_Zr_alloy', '<Class>')]
[('large_diameter', '<Shape>'), ('0_mm', '<Shape>')]
[('0_%_K', '<Fabrication>|<Value>|<Treatment>')]
[('saturation_magnetization', '<QNT>'), ('M', '<QNT>'), ('0_T', '<Value>')]
[('(_Nd_,_Dy_)_Fe_B_sintered_magnet', '<Class>')]
[('low_coercivity', '<QNT>'), ('single_layer_film', '<Shape>')]
[('melt_spun_precipitation_hardened_magnet', '<Class>')]
[('high_coercivity', '<QNT>'), ('melt_spun_precipitation_hardened_magnet', '<Class>')]
[('magnetization', '<QNT>'), ('bulk', '<Shape>')]
[('magnetic_energy_product', '<QNT>'), ('0_MG_Oe', '<Value>')]
[('Cr_containing_Nd_Fe_Ti_Zr_Cr_B_C_magnet', '<Class>')]
[('magnetic_torque', '<QNT>'), ('α_Fe_/_Pr_Fe_B_film', '<Class>')]
[('energy_product', '<QNT>'), ('nanocomposite', '<Class>')]
[('intrinsic_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('about_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('curie_temperature', '<QNT>'), ('about_0_°C', '<Value>')]
[('deposited', '<Fabrication>'), ('Nd_Dy_Fe_Co_B_layer', '<Shape>')]
[('0', '<Value>|<Condition>'), ('0_kOe', '<Value>|<Condition>')]
[('anisotropy_field_H', '<QNT>'), ('Dy_Fe_B', '<Class>')]
[('intrinsic_coercivity', '<QNT>'), ('sample_0', '<Shape>')]
[('Nd_Fe_B_/_Fe_/_Nd_Fe_B_trilayer', '<Shape>')]
[('Nd_Fe_B_/_Fe_B_type_nanocomposite', '<Class>')]
[('Fe_Nd_B_permanent_magnet', '<Class>')]
[('0_°C_0_°C', '<Condition>|<Treatment>|<Fabrication>')]
[('0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('0_0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('0_%_/_°C', '<Fabrication>|<Value>|<Treatment>')]
[('coercivity_temperature_coefficient_β', '<QNT>'), ('0_%_/_°C', '<Value>')]
[('uniaxial_anisotropy', '<QNT>'), ('room_temperature', '<Condition>')]
[('high_saturation_magnetization', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Zr_Co', '<Class>')]
[('amount', '<Element>'), ('Fe', '<Element>')]
[('saturation_magnetic_polarization_J', '<QNT>')]
[('saturation_magnetic_polarization_J', '<QNT>'), ('0_T', '<Value>')]
[('temperature_coefficient', '<QNT>'), ('α', '<QNT>')]
[('coercivity', '<QNT>'), ('alloy', '<Class>')]
[('without_addition', '<Element>'), ('Nd', '<Element>')]
[('coercivity', '<QNT>'), ('Pr_Cu', '<Class>')]
[('0_°C', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('curie_temperature', '<QNT>'), ('0_°C', '<Value>')]
[('MRE_Fe_B_based_nanocomposite', '<Class>')]
[('Sm_(_Co_,_Cu_,_Fe_,_Zr_)_permanent_magnet', '<Class>')]
[('annealing_temperature', '<Treatment>')]
[('annealing_temperature', '<Treatment>'), ('T', '<Treatment>')]
[('Sm_(_Co_,_M_)_H_nanocluster', '<Shape>')]
[('maximum_energy_product', '<QNT>'), ('(_BH_)_max', '<QNT>')]
[('sintered_Nd_Pr_Fe_Co_B_Nb_Al_Cu_magnet', '<Class>')]
[('diffusion_processed_hot_deformed_magnet', '<Class>')]
[('Nd_Ce_Fe_B_melt_spun_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('Sm_Fe_C', '<Class>')]
[('maximum_energy_product_(_BH_)', '<QNT>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('0_MG_Oe', '<Value>')]
[('Sm_Fe_Ga_C_based_nanocomposite', '<Class>')]
[('rare_earth_eutectic_alloy', '<Class>')]
[('curie_temperature', '<QNT>'), ('magnet', '<Class>')]
[('temperature_dependence', '<QNT>'), ('magnet', '<Class>')]
[('Nd_Pr_Fe_B_melt_spun_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('sample', '<Shape>')]
[('permanent_magnet_material', '<Class>')]
[('Dy_containing_Nd_Fe_B_sintered_magnet', '<Class>')]
[('M', '<QNT>'), ('anisotropy_field', '<QNT>')]
[('amount', '<Element>'), ('Dy_addition', '<Element>')]
[('magnetic_field', '<Condition>'), ('0_T', '<Condition>')]
[('Co_substitution', '<Element>'), ('melt_spinning', '<Fabrication>')]
[('deformation', '<Fabrication>'), ('ratio', '<QNT>')]
[('saturation_magnetization', '<QNT>'), ('0_emu_/_g', '<Value>')]
[('hot_deformation_process', '<Fabrication>')]
[('0_kOe', '<Value>'), ('EPD_coated_sample', '<Shape>')]
[('(_Nd_,_Pr_)_H_diffusion', '<Treatment>')]
[('large_energy_product', '<QNT>'), ('about_0_MGOe', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('room_temperature', '<Condition>')]
[('temperature', '<QNT>'), ('nanocomposite_film', '<Shape>')]
[('saturation_magnetic_polarization', '<QNT>')]
[('low_coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('remanence', '<QNT>'), ('Nd', '<Element>')]
[('coercivity', '<QNT>'), ('Nd_Fe_Co_B_Ga', '<Class>')]
[('saturation', '<QNT>'), ('magnetization', '<QNT>')]
[('Sm_(_Co_Fe_Cu_Zr_)_magnet', '<Class>')]
[('(_Nd_Ce_)_Fe_Co_B_melt_spun_ribbon', '<Shape>')]
[('hci', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B_melt_spun_ribbon', '<Shape>')]
[('Nd_rich_magnetic_powder', '<Shape>')]
[('diffusion_processed_Ce_Fe_B_based_magnet', '<Class>')]
[('diffusion_coefficient', '<QNT>'), ('temperature', '<QNT>')]
[('addition', '<Element>'), ('V', '<Element>')]
[('0_×_0_-_3_Pa', '<Condition>|<Fabrication>|<Value>')]
[('(_Nd_Dy_)_Fe_B_compound', '<Class>')]
[('HREE_grain_boundary_diffusion_process', '<Treatment>')]
[('coercive_field', '<QNT>'), ('Nd_Cu', '<Class>')]
[('anisotropic_Nd_Fe_B_composite', '<Class>')]
[('HD_magnet', '<Class>'), ('coercivity_value', '<QNT>'), ('0_T', '<Value>')]
[('alloy', '<Class>'), ('substitution', '<Element>')]
[('coercivity', '<QNT>'), ('Fe_Nd_B_M', '<Class>')]
[('0', '<Value>'), ('Ti_substitution', '<Element>')]
[('distribution', '<Element>'), ('RE', '<Element>')]
[('magnetization', '<QNT>'), ('sample', '<Shape>')]
[('coercivity', '<QNT>'), ('TM', '<Element>')]
[('Nd_Dy_Al_diffusion_processed_sample', '<Shape>')]
[('temperature_coefficient', '<QNT>'), ('remanence', '<QNT>')]
[('intrinsic_coercivity_H', '<QNT>'), ('0_kOe', '<Value>')]
[('enhance_coercivity', '<QNT>'), ('Ce_Fe_B_magnet', '<Class>')]
[('without_rare_earth_element', '<Element>')]
[('substitution', '<Element>'), ('Nd', '<Element>')]
[('saturation_magnetization', '<QNT>'), ('nanocomposite_film', '<Shape>')]
[('high_saturation_magnetization', '<QNT>'), ('nanocomposite', '<Class>')]
[('that', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('substrate_temperature', '<Fabrication>')]
[('substrate_temperature', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('Mn_substitution', '<Element>'), ('Fe', '<Element>')]
[('operation_temperature', '<Condition>')]
[('operation_temperature', '<Condition>'), ('0_°C', '<Condition>')]
[('Nd_Dy_Fe_Co_C_B_melt_spun_ribbon', '<Shape>')]
[('temperature_below_0_K', '<Condition>|<Treatment>')]
[('(_BH_)', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('room_temperature_coercivity', '<QNT>')]
[('Sm_Fe_N_ribbon', '<Shape>'), ('room_temperature_coercivity', '<QNT>'), ('0_T', '<Value>')]
[('distribution', '<Element>'), ('Tb', '<Element>')]
[('high_coercivity', '<QNT>'), ('approximately_0_MA_/_m', '<Value>')]
[('maximum_magnetic_energy_product', '<QNT>')]
[('maximum_magnetic_energy_product', '<QNT>'), ('0_MGOe', '<Value>')]
[('milling', '<Fabrication>'), ('time', '<Treatment>')]
[('Nd', '<Element>'), ('Pr_rich', '<Element>')]
[('ribbon', '<Shape>'), ('energy_product', '<QNT>'), ('about_0_MGOe', '<Value>')]
[('magnetization', '<QNT>'), ('nanocomposite', '<Class>')]
[('optimum_diffusion_temperature', '<Treatment>'), ('time', '<Treatment>')]
[('that', '<QNT>'), ('sintered_magnet', '<Class>')]
[('Fe_/_Nd_Fe_B_multilayer_magnet', '<Class>')]
[('EPD_coated_sintered_Nd_Fe_B_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('nanocomposite', '<Class>')]
[('increase_coercivity', '<QNT>'), ('μ_H', '<QNT>')]
[('maximum_energy_product', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('approximately_0_MA_/_m', '<Value>')]
[('0_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('temperature', '<Treatment>'), ('0_0_°C', '<Treatment>')]
[('Nd_Fe_B_Hf_melt_spun_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_Hf_melt_spun_ribbon', '<Shape>')]
[('0_MPa', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('about_0_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('sintering_temperature', '<Fabrication>')]
[('sintering_temperature', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('hot_pressing', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>'), ('Nd_Fe_B', '<Class>')]
[('Nd_Fe_B_/_Dy_/_Nd_thin_film', '<Shape>')]
[('temperature', '<Treatment>'), ('thermal_annealing', '<Treatment>')]
[('<_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('temperature_coefficient', '<QNT>'), ('coercivity', '<QNT>'), ('β', '<QNT>')]
[('grain', '<Shape>'), ('Nd_Fe_B_phase', '<Class>')]
[('0_kOe', '<Value>|<Condition>'), ('0_kOe', '<Value>|<Condition>')]
[('die_upset', '<Fabrication>'), ('Pr_Sm', '<Class>'), ('Co_C_magnet', '<Class>')]
[('Nd_Fe_B_bulk_nanocomposite_magnet', '<Class>')]
[('enhance_coercivity', '<QNT>'), ('sintered_magnet', '<Class>')]
[('melt_spun_Pr_Fe_VB_C_ribbon', '<Shape>')]
[('0_T', '<Value>'), ('melt_spun_Pr_Fe_VB_C_ribbon', '<Shape>')]
[('sintered_magnet', '<Class>'), ('Dy_content', '<Element>')]
[('M', '<QNT>'), ('saturation_magnetization', '<QNT>')]
[('melt_spun_Nd_Fe_B_magnet', '<Class>')]
[('temperature_dependence', '<QNT>'), ('remanence', '<QNT>'), ('coercivity', '<QNT>')]
[('substitution', '<Element>'), ('Fe', '<Element>')]
[('maximum_magnetic_energy_product', '<QNT>'), ('(_JH_)', '<QNT>')]
[('amount', '<Element>'), ('Ce', '<Element>')]
[('anisotropy_field', '<QNT>'), ('(_Nd_,_Pr_)_Fe_B_region', '<Shape>')]
[('anisotropy_field', '<QNT>'), ('(_Nd_,_Pr_)_Fe_B_phase', '<Shape>')]
[('coercivity', '<QNT>'), ('exchange_coupled_Nd_Fe_B_/_Fe_multilayer_thin_film', '<Shape>')]
[('anisotropy_field_H', '<QNT>'), ('0_T', '<Value>')]
[('ambient_coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('coercivity', '<QNT>'), ('Fe_Pt_B', '<Class>')]
[('intrinsic_coercivity_H', '<QNT>'), ('as_cast_magnet', '<Class>')]
[('above_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('uniaxial_magnetic_anisotropy', '<QNT>')]
[('magnetization', '<QNT>'), ('Fe_layer', '<Shape>')]
[('enhance_coercivity', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('curie_temperature', '<QNT>'), ('magnetic_phase', '<Shape>')]
[('Nd_Fe_B_/_α_Fe_nanocomposite', '<Class>')]
[('magnetic_anisotropy', '<QNT>'), ('Sm', '<Element>')]
[('0_h', '<Treatment>|<Value>|<Fabrication>')]
[('HEBM', '<Fabrication>'), ('0_h', '<Fabrication>')]
[('Nd_Dy_Al_diffusion_processed_hot_deformed_magnet', '<Class>')]
[('remanence', '<QNT>'), ('Nd_Dy_Al_diffusion_processed_hot_deformed_magnet', '<Class>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('0_MGOe', '<Value>')]
[('about_0_0_T', '<Condition>|<Value>')]
[('high_coercivity', '<QNT>'), ('H', '<QNT>'), ('approximately_0_MA_/_m', '<Value>')]
[('α_Fe_nanocomposite_magnet', '<Class>')]
[('alloy', '<Class>'), ('height_reduction_rate', '<Treatment>')]
[('heat_treatment', '<Treatment>'), ('0_°C', '<Treatment>')]
[('0_%_°C_-_1', '<Fabrication>|<Value>|<Treatment>')]
[('temperature_dependence', '<QNT>'), ('remanence', '<QNT>')]
[('magnetization', '<QNT>'), ('applied_field', '<Condition>')]
[('magnetization_process', '<Fabrication>|<Treatment>')]
[('without_magnetic_field', '<Condition>')]
[('sample_cast', '<Fabrication>'), ('without_magnetic_field', '<Condition>')]
[('thin_film_deposition', '<Fabrication>')]
[('squareness', '<QNT>'), ('annealed_alloy', '<Class>')]
[('HDDR_powder', '<Shape>'), ('coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('extra_amount', '<Element>'), ('Nd_+_Ce', '<Element>')]
[('Nd_based_Nd_Fe_B_magnet', '<Class>')]
[('remanence', '<QNT>'), ('maximum_value', '<QNT>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('Dy_substituted_alloy', '<Class>')]
[('grain_boundary_diffusion_process', '<Treatment>')]
[('grain_boundary_diffusion_process', '<Treatment>'), ('GBDP', '<Treatment>')]
[('heat_treated', '<Treatment>'), ('temperature', '<Treatment>')]
[('Nd_Dy_Co_Cu_Fe_alloy_powder', '<Shape>')]
[('deposition_annealing', '<Treatment>'), ('0_°C', '<Treatment>')]
[('high_coercivity', '<QNT>'), ('Nd', '<Element>')]
[('anisotropy_field_ha', '<QNT>'), ('0_kOe', '<Value>')]
[('Pr_Cu_diffusion_processed_sample', '<Shape>')]
[('high_coercivity', '<QNT>'), ('Pr_Cu_diffusion_processed_sample', '<Shape>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('Pr_Co_C', '<Class>')]
[('diffusion_temperature', '<Treatment>')]
[('diffusion_temperature', '<Treatment>'), ('time', '<Treatment>')]
[('Dy_substitution', '<Element>'), ('0_wt_._%', '<Element>')]
[('Nd_Fe_B_/_α_Fe_nanocomposite_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_/_α_Fe_nanocomposite_magnet', '<Class>')]
[('substitution', '<Element>'), ('0_at_._%', '<Element>')]
[('Fe_B_/_Nd_Fe_B', '<Class>'), ('nanocomposite', '<Class>')]
[('Co_Zr_B_ribbon', '<Shape>'), ('melt_spinning', '<Fabrication>')]
[('melt_spun_ribbon', '<Shape>'), ('(_Nd_Ce_)_Fe', '<Class>')]
[('Nd_rich_grain_boundary_phase', '<Shape>')]
[('coercivity', '<QNT>'), ('HDDR_powder', '<Shape>')]
[('value', '<QNT>'), ('intrinsic_coercivity', '<QNT>')]
[('grain', '<Shape>'), ('melt_spun_SmCo', '<Class>')]
[('anisotropy_field_H', '<QNT>'), ('0_kOe', '<Value>'), ('0_K', '<Condition>')]
[('amount', '<Element>'), ('Sm', '<Element>')]
[('without_addition', '<Element>'), ('rare_earth_element', '<Element>')]
[('RE', '<Element>'), ('rare_earth', '<Element>')]
[('Dy_substitution', '<Element>'), ('Nd', '<Element>')]
[('magnetocrystalline_anisotropy', '<QNT>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('Dy_Fe_B_alloy', '<Class>')]
[('particle', '<Shape>'), ('annealed', '<Treatment>')]
[('Nd_Fe_B_/_Fe_Co_interface', '<Shape>')]
[('coercivity_value', '<QNT>'), ('sample', '<Shape>')]
[('approximately_0_MA_/_m', '<Value>'), ('room_temperature', '<Condition>')]
[('remanence', '<QNT>'), ('magnet', '<Class>')]
[('distribution', '<Element>'), ('Nd_rich', '<Element>')]
[('substitution', '<Element>'), ('La', '<Element>')]
[('0_s', '<Treatment>|<Fabrication>|<Value>')]
[('0_T', '<Value>'), ('room_temperature', '<Condition>')]
[('Nd_Cu', '<Class>'), ('HEBM', '<Fabrication>')]
[('increase_in_coercivity', '<QNT>'), ('quinternary_alloy', '<Class>')]
[('alloy', '<Class>'), ('annealed', '<Treatment>')]
[('Nd_rich_phase', '<Shape>'), ('grain_boundary', '<Shape>')]
[('amount', '<Element>'), ('Zr', '<Element>')]
[('0_MGOe', '<Value>'), ('MnBi_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Sm_Fe_Cu_Ga_C_ribbon', '<Shape>')]
[('Pr_Co_/_Co_multilayer', '<Shape>'), ('sputtering', '<Fabrication>')]
[('produced', '<Fabrication>'), ('SPS', '<Fabrication>')]
[('maximum_energy_product', '<QNT>'), ('nanocomposite', '<Class>')]
[('energy_product', '<QNT>'), ('0_MGOe', '<Value>')]
[('anisotropy_field_H', '<QNT>'), ('0_kOe', '<Value>')]
[('melt_spun_Nd_Co_B_ribbon', '<Shape>')]
[('melt_spun_Nd_Co_B_ribbon', '<Shape>'), ('coercivity', '<QNT>'), ('0_T', '<Value>')]
[('diffusion_processed_Nd_Fe_B_layer', '<Shape>')]
[('cast', '<Fabrication>'), ('without_magnetic_field', '<Condition>'), ('B', '<QNT>')]
[('hot_deformed_magnet', '<Class>'), ('0_T', '<Value>')]
[('maximum_coercivity_value', '<QNT>'), ('approximately_0_kA_/_m', '<Value>')]
[('around_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('high_coercivity', '<QNT>'), ('x_=_0_alloy', '<Class>')]
[('Fe_nanocomposite_magnet', '<Class>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('sintered_magnet', '<Class>')]
[('Nd_Fe_B_based_permanent_magnet', '<Class>')]
[('magnetization', '<QNT>'), ('Fe', '<Element>')]
[('melt_spun_(_Nd_Ce_)_Fe_Co_B', '<Class>')]
[('substitution', '<Element>'), ('R', '<Element>')]
[('enhance_coercivity', '<QNT>'), ('Nd_Fe_B_layer', '<Shape>')]
[('die_upset_magnet', '<Class>'), ('Nd_Ce', '<Class>'), ('Fe_Co_B', '<Class>')]
[('value', '<QNT>'), ('magnetic_energy_product', '<QNT>')]
[('magnetic_moment', '<QNT>'), ('Sm_Co', '<Class>')]
[('Nd_Pr_Fe_B_melt_spun_powder', '<Shape>')]
[('temperature', '<QNT>'), ('Nd_Pr_Fe_B_melt_spun_powder', '<Shape>')]
[('temperature_dependence', '<QNT>'), ('μ_H', '<QNT>')]
[('sintered_(_Nd_,_Y_,_Dy_)_Fe_B_magnet', '<Class>')]
[('Dy_substituted_alloy', '<Class>'), ('0_kA_/_m', '<Value>')]
[('Nd_diffusion_process', '<Treatment>')]
[('0_kA_/_m', '<Value>'), ('room_temperature', '<Condition>')]
[('curie_temperature_T', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B', '<Class>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('high_temperature', '<Condition>')]
[('Fe_/_Nd_Fe_B_nanocomposite', '<Class>')]
[('low_coercivity', '<QNT>'), ('Pr_Cu_diffusion_processed_sample', '<Shape>')]
[('addition', '<Element>'), ('Dy', '<Element>')]
[('high_remanence', '<QNT>'), ('Zr_containing', '<Element>')]
[('Nd_Cu_infiltrated_sample', '<Shape>')]
[('coercive_field', '<QNT>'), ('Nd_Cu_infiltrated_sample', '<Shape>')]
[('amount', '<Element>'), ('substitution', '<Element>')]
[('magnetic_moment', '<QNT>'), ('α_Fe', '<Class>')]
[('Co_concentration', '<Element>'), ('Ce_Fe_Co_Ti', '<Class>')]
[('value', '<QNT>'), ('Nd_Fe_B_thin_film', '<Shape>')]
[('anisotropic_sintered_magnet', '<Class>')]
[('Nd_Fe_B_based_nanocomposite_magnet', '<Class>')]
[('(_BH_)', '<QNT>'), ('quaternary_magnet', '<Class>')]
[('Dy_atom', '<Element>'), ('surface', '<Shape>')]
[('coercivity', '<QNT>'), ('particle', '<Shape>')]
[('melt_spun_Pr_Fe_VB_ribbon', '<Shape>')]
[('melt_spun_Nd_Fe_Co_Al_B_alloy', '<Class>')]
[('magnetic_moment', '<QNT>'), ('Co_atom', '<Element>')]
[('Nd_lean_magnetic_powder', '<Shape>')]
[('surface', '<Shape>'), ('Nd_Fe_B_grain', '<Shape>')]
[('maximum_energy_product', '<QNT>'), ('0_kJ', '<Value>')]
[('value', '<QNT>'), ('remanence', '<QNT>'), ('coercivity', '<QNT>')]
[('room_temperature_value', '<QNT>'), ('maximum_energy_product_(_BH_)_max', '<QNT>')]
[('magnetic_moment', '<QNT>'), ('Dy', '<Element>')]
[('curie_temperature', '<QNT>'), ('T', '<Value>'), ('magnet', '<Class>')]
[('substitution', '<Element>'), ('0_wt_._%', '<Element>')]
[('high_maximum_energy_product_(_BH_)', '<QNT>'), ('0_kJ_/_m_3', '<Value>')]
[('coercivity_value', '<QNT>'), ('Pr_Fe_B', '<Class>')]
[('Dy_free_Nd_Fe_B_sintered_magnet', '<Class>')]
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[('melt_spun_Pr_Fe_B_Mn_ribbon', '<Shape>')]
[('temperature', '<Treatment>|<Value>|<Condition>|<Fabrication>'), ('0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('Nd_Fe_B_sintered_magnet', '<Class>')]
[('Nd_Fe_B_sintered_magnet', '<Class>'), ('high_remanence', '<QNT>'), ('~_0_T', '<Value>')]
[('0_%_substitution', '<Element>'), ('Nd', '<Element>')]
[('sample', '<Shape>'), ('milled', '<Fabrication>')]
[('magnetic_field', '<Condition>'), ('0', '<Condition>')]
[('curie_temperature', '<QNT>'), ('Fe', '<Class>')]
[('remanent_polarization', '<QNT>'), ('sample', '<Shape>')]
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[('0_kA_/_m', '<Value>'), ('sample_without_Hf', '<Element>')]
[('amount', '<Element>'), ('rare_earth', '<Element>')]
[('coercivity', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('saturation_magnetization_4πM', '<QNT>')]
[('saturation_magnetization_4πM', '<QNT>'), ('0_kG', '<Value>')]
[('remanent_magnetization', '<QNT>'), ('μ_M', '<QNT>'), ('0_T', '<Value>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_film', '<Shape>')]
[('Nd_Fe_B_film', '<Shape>'), ('approximately_0_kA_/_m', '<Value>')]
[('temperature', '<Treatment>|<Value>|<Condition>|<Fabrication>'), ('0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('Nd_(_Co_Fe_)_B_melt_spun_ribbon', '<Shape>')]
[('around_0_T', '<Value>'), ('room_temperature', '<Condition>')]
[('Ti_substituted_Pr_(_Fe_,_Co_)', '<Class>')]
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[('0_%', '<Element>'), ('Ce_substitution', '<Element>')]
[('grain', '<Shape>'), ('Zr_containing', '<Element>')]
[('maximum_energy_product', '<QNT>'), ('0_kJ_/_m_3', '<Value>')]
[('coercivity_temperature_coefficient', '<QNT>')]
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[('Nd_Fe_Nb_B_nanocomposite', '<Class>')]
[('melt_spun_Sm_(_Co_Cu_Fe_Zr_)_ribbon', '<Shape>')]
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[('(_Nd_Ce_)_Fe_Co_B_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B_ribbon', '<Shape>')]
[('Nd_Fe_Ga_B_/_Fe_Co_magnet', '<Class>')]
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[('melt_spun_Nd_Fe_B_alloy', '<Class>')]
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[('Sm_Fe_N_/_Fe_Co_composite', '<Class>')]
[('high_value', '<QNT>'), ('Dy_free_Nd_Fe_B_sintered_magnet', '<Class>')]
[('temperature_coefficient', '<QNT>'), ('coercivity', '<QNT>')]
[('remanence_value', '<QNT>'), ('Pr_Fe_B_thick_film', '<Shape>')]
[('melt_spun_ribbon', '<Shape>'), ('Nd_Fe_B', '<Class>')]
[('coercivity', '<QNT>'), ('NdFeB_sintered_magnet', '<Class>')]
[('magnetic_moment', '<QNT>'), ('GB_phase', '<Shape>')]
[('(_Si_,_Al_)_amorphous_ribbon', '<Shape>')]
[('0_°_C', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('anisotropy_field', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('hot_deformed', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('diffusion_processed_Nd_Fe_B_magnet', '<Class>')]
[('(_BH_)_max', '<QNT>'), ('sintered_magnet', '<Class>')]
[('applied_field', '<Condition>'), ('0_T', '<Condition>')]
[('room_temperature_value', '<QNT>'), ('maximum_energy_product', '<QNT>'), ('BH', '<QNT>')]
[('thin_crystalline_structure', '<Shape>')]
[('curie_temperature', '<QNT>'), ('T', '<Value>')]
[('rare_earth_(_MRE_)_Fe_B', '<Class>')]
[('addition', '<Element>'), ('Ga', '<Element>')]
[('melt_spun_Sm_(_CoFeCuZr_)_ribbon', '<Shape>')]
[('Nd_Cu_diffusion_processed_sample', '<Shape>')]
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[('~_0_T', '<Value>'), ('room_temperature', '<Condition>')]
[('substitution', '<Element>'), ('Pr', '<Element>')]
[('distribution', '<Element>'), ('α_Fe', '<Element>')]
[('intrinsic_coercivity', '<QNT>'), ('annealed_alloy', '<Class>')]
[('large_temperature_degradation', '<QNT>'), ('coercivity', '<QNT>')]
[('anisotropic_field', '<QNT>'), ('μ_H', '<QNT>')]
[('anisotropy_field', '<QNT>'), ('Nd_Fe_B_matrix_phase', '<Shape>')]
[('SmCo_/_Fe_(_Co_)_based_nanocomposite_magnet', '<Class>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('0_:_0_:_0_phase', '<Shape>')]
[('Ce_doped_(_Nd_Ce_)_Fe_B_alloy', '<Class>')]
[('coercivity', '<QNT>'), ('remanence', '<QNT>')]
[('coercivity', '<QNT>'), ('Nd_Fe_MCB_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('GBDP_magnet', '<Class>')]
[('maximum_coercivity', '<QNT>'), ('room_temperature', '<Condition>')]
[('Nd_Dy_Fe_Co_B_single_layer', '<Shape>')]
[('that', '<QNT>'), ('Nd_Dy_Fe_Co_B_single_layer', '<Shape>')]
[('amount', '<Element>'), ('Co', '<Element>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('Pr_Fe_B', '<Class>')]
[('Fe_B_based_nanocomposite', '<Class>')]
[('hot_pressed', '<Fabrication>'), ('powder', '<Shape>')]
[('diffusion_treatment', '<Treatment>')]
[('diffusion_treatment', '<Treatment>'), ('0_°C', '<Treatment>')]
[('saturation_magnetization', '<QNT>'), ('sample', '<Shape>')]
[('energy_product', '<QNT>'), ('nanocomposite', '<Class>'), ('0_MJ_/_m_3', '<Value>')]
[('0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>'), ('0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('sample', '<Shape>'), ('annealed', '<Treatment>')]
[('saturation_magnetization', '<QNT>'), ('M', '<QNT>')]
[('produced', '<Fabrication>'), ('melt_spinning', '<Fabrication>')]
[('energy_product', '<QNT>'), ('remanence', '<QNT>')]
[('value', '<QNT>'), ('maximum_energy', '<QNT>')]
[('hot_deformation', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('curie_temperature_T', '<Value>'), ('0_K', '<Value>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('Pr_Co_C_phase', '<Shape>')]
[('remanence', '<QNT>'), ('maximum_energy_product', '<QNT>')]
[('amount', '<Element>'), ('Nd', '<Element>')]
[('Ce_substituted_Nd_Fe_B_based_alloy', '<Class>')]
[('~_0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('coercivity_value', '<QNT>'), ('thick_film', '<Shape>')]
[('Nd_Dy_Fe_Ti_Nb_Co_B_ribbon', '<Shape>')]
[('heavy_rare_earth_element', '<Element>')]
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[('Ce_Fe_B_melt_spun_ribbon', '<Shape>')]
[('large_temperature_dependence', '<QNT>'), ('coercivity', '<QNT>')]
[('substitution', '<Element>'), ('B', '<Element>')]
[('maximum_energy_product', '<QNT>'), ('0_MG_Oe', '<Value>')]
[('magnetic_polarization', '<QNT>'), ('μ_M', '<QNT>'), ('0_T', '<Value>'), ('nanocomposite', '<Class>')]
[('Sm_Zr_(_Fe_Co_)_Ti_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Sm_Zr_(_Fe_Co_)_Ti_magnet', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Zr_Co_phase', '<Shape>')]
[('Nd_Fe_Ti_C_B_bulk_nanocomposite_magnet', '<Class>')]
[('coercivity_H', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('maximum_energy_product', '<QNT>'), ('M', '<QNT>')]
[('low_coercivity', '<QNT>'), ('Pr', '<Element>')]
[('intrinsic_coercivity', '<QNT>'), ('0_kA_m_-_1', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('MnBi', '<Class>')]
[('coercivity', '<QNT>'), ('SFAO', '<Class>')]
[('Nd_Fe_B_thick_film_magnet', '<Class>')]
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[('saturation_magnetization', '<QNT>'), ('4πM', '<QNT>'), ('0_kG', '<Value>')]
[('addition', '<Element>'), ('Cu', '<Element>')]
[('rare_earth_content', '<Element>'), ('0_at_%', '<Element>')]
[('that', '<QNT>'), ('Nd_Fe_Al_system', '<Class>')]
[('annealed', '<Treatment>'), ('various_temperature', '<Treatment>')]
[('0_K_/_s', '<Treatment>|<Value>|<Fabrication>')]
[('heated', '<Treatment>'), ('0_K_/_s', '<Treatment>')]
[('annealing_process', '<Treatment>'), ('MnBi', '<Class>')]
[('coercivity', '<QNT>'), ('powder', '<Shape>')]
[('temperature_coefficient', '<QNT>'), ('Br', '<QNT>'), ('α', '<QNT>')]
[('substitution', '<Element>'), ('Nd', '<Element>'), ('LaCe', '<Class>')]
[('heated', '<Treatment>'), ('0_K', '<Treatment>')]
[('coercivity', '<QNT>'), ('film', '<Shape>')]
[('addition', '<Element>'), ('Pr', '<Element>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('La_Fe_B', '<Class>')]
[('large_temperature', '<Treatment>|<QNT>|<Fabrication>|<Condition>')]
[('hot_deformed_magnet', '<Class>'), ('~_0_MGOe', '<Value>')]
[('anisotropy_field', '<QNT>'), ('about_0_T', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('H', '<QNT>')]
[('Dy_addition', '<Element>'), ('remanence', '<QNT>'), ('0_T', '<Value>')]
[('coercivity', '<QNT>'), ('M_type_hexaferrite', '<Class>')]
[('structure', '<Shape>'), ('coercivity', '<QNT>'), ('0_Oe', '<Value>')]
[('curie_temperature', '<QNT>'), ('phase', '<Shape>')]
[('high_coercivity', '<QNT>'), ('Nd_Fe_B_/_Fe_nanocomposite_film', '<Shape>')]
[('substitution', '<Element>'), ('Cu', '<Element>')]
[('saturation_magnetization', '<QNT>'), ('remanence', '<QNT>')]
[('melt_spinning_method', '<Fabrication>')]
[('milling', '<Fabrication>'), ('melt_spinning_method', '<Fabrication>')]
[('coercivity', '<QNT>'), ('Pr_Cu_diffusion_processed_sample', '<Shape>')]
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[('deformation_processed', '<Fabrication>')]
[('remanent_magnetization', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('produced', '<Fabrication>'), ('HDDR_process', '<Fabrication>')]
[('sintered', '<Fabrication>'), ('0_h', '<Fabrication>')]
[('high_coercivity', '<QNT>'), ('modified_powder', '<Shape>')]
[('>_0_GPa', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('Fe_/_Nd_Fe_B_nanocomposite_magnet', '<Class>')]
[('magnetic_anisotropy', '<QNT>'), ('deformed_sample', '<Shape>')]
[('intrinsic_coercivity', '<QNT>'), ('hci', '<QNT>'), ('maximum_energy_product', '<QNT>'), ('(_BH_)_max', '<QNT>'), ('0_kOe', '<Value>'), ('0_MGOe', '<Value>')]
[('addition', '<Element>'), ('Si', '<Element>')]
[('coercivity_value', '<QNT>'), ('0_T', '<Value>')]
[('anisotropic_Nd_Fe_B_composite_film', '<Shape>')]
[('remanence', '<QNT>'), ('sample', '<Shape>')]
[('annealed', '<Treatment>'), ('0_°C', '<Treatment>')]
[('sintering_condition', '<Fabrication>')]
[('distribution', '<Element>'), ('Dy', '<Element>')]
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[('Fe_magnetic_moment', '<QNT>'), ('GB_phase', '<Shape>')]
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[('RE_rich_grain_boundary', '<Shape>'), ('GB', '<Shape>')]
[('0_%_/_K', '<Fabrication>|<Value>|<Treatment>')]
[('enhance_coercivity', '<QNT>'), ('magnet', '<Class>')]
[('Fe_/_Nd_Fe_B_based_magnet', '<Class>')]
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[('sintered_Sm_(_CoFeCuZr_)_magnet', '<Class>')]
[('Nd_Fe_B_/_FeCo_nanocomposite', '<Class>')]
[('that', '<QNT>'), ('single_layer_film', '<Shape>')]
[('diffusion_coefficient', '<QNT>'), ('D', '<QNT>')]
[('J_max', '<QNT>'), ('saturation_remanence', '<QNT>')]
[('H_value', '<QNT>'), ('approximately_0_kA_/_m', '<Value>')]
[('amount', '<Element>'), ('magnetic_phase', '<Shape>')]
[('remanent_polarization', '<QNT>'), ('0_T', '<Value>')]
[('magnetization', '<QNT>'), ('ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('melt_spun_ribbon', '<Shape>')]
[('melt_spun_Fe_Nd_B_ribbon', '<Shape>')]
[('curie_temperature', '<QNT>'), ('Nd_Ce_Fe_B_alloy', '<Class>')]
[('substitution', '<Element>'), ('Fe_3_+_ion', '<Element>')]
[('deposited', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('temperature_coefficient', '<QNT>'), ('remanence', '<QNT>'), ('α', '<QNT>')]
[('intrinsic_coercivity', '<QNT>'), ('μ_H', '<QNT>')]
[('Nd_Ce_Fe_B_permanent_magnet', '<Class>')]
[('deformation_process', '<Fabrication>')]
[('0_kOe', '<Value>'), ('un_doped_sample', '<Shape>')]
[('Dy_doped_Nd_Fe_B_sintered_magnet', '<Class>')]
[('melt_spun_(_Nd_La_)_Fe_B_alloy', '<Class>')]
[('0_MGOe', '<Value>'), ('Ga_added_ribbon', '<Shape>')]
[('post_sintering_thermal_treatment', '<Treatment>'), ('0_°C', '<Treatment>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('Pr_Cu', '<Class>')]
[('melt_spun_MRE_(_Fe_,_Co_)_B_ribbon', '<Shape>')]
[('maximum_saturation_magnetization', '<QNT>'), ('0_emu_/_g', '<Value>')]
[('room_temperature_coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('(_BH_)', '<QNT>')]
[('increment_in_coercivity', '<QNT>'), ('x_=_0', '<Element>')]
[('addition', '<Element>'), ('Co', '<Element>')]
[('saturation_magnetization_M', '<QNT>')]
[('saturation_magnetization_M', '<QNT>'), ('0_T', '<Value>')]
[('magnetic_anisotropy', '<QNT>'), ('SmCo', '<Class>')]
[('produced', '<Fabrication>'), ('0_K', '<Fabrication>')]
[('Co_Zr_Si_B_melt_spun_ribbon', '<Shape>')]
[('Nd_Fe_B_melt_spun_alloy', '<Class>')]
[('melt_spun_Nd_Fe_B_powder', '<Shape>')]
[('coercivity', '<QNT>'), ('melt_spun_Nd_Fe_B_powder', '<Shape>')]
[('Dy_containing_Nd_Fe_B_magnet', '<Class>')]
[('grain_boundary', '<Shape>'), ('GB', '<Shape>')]
[('temperature_dependence', '<QNT>'), ('remnant_magnetization', '<QNT>')]
[('(_Ce_Pr_Nd_)_Fe_B_sintered_magnet', '<Class>')]
[('diameter', '<Shape>'), ('magnet', '<Class>')]
[('remanence', '<QNT>'), ('film', '<Shape>')]
[('Pr_Cu_diffusion_processed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Pr_Cu_diffusion_processed_magnet', '<Class>')]
[('GBDP', '<Treatment>'), ('various_temperature', '<Treatment>')]
[('alloy', '<Class>'), ('produced', '<Fabrication>'), ('melt_spinning', '<Fabrication>')]
[('coercivity', '<QNT>'), ('Fe_B_Nd_Gd_Nb_Si_magnet', '<Class>')]
[('diffusion_processed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('diffusion_processed_magnet', '<Class>')]
[('maximum_energy_product', '<QNT>'), ('(_B_H_)', '<QNT>')]
[('amount', '<Element>'), ('Nd_Fe_B_powder', '<Shape>')]
[('Nd_Cu_diffusion_processed_magnet', '<Class>')]
[('that', '<QNT>'), ('Nd_Cu_diffusion_processed_magnet', '<Class>')]
[('sintered', '<Class>'), ('hot_deformed_magnet', '<Class>')]
[('Nd_Fe_B_/_α_Fe_thick_film', '<Shape>')]
[('substitution', '<Element>'), ('Y', '<Element>')]
[('RE_rich_intergranular_phase', '<Shape>')]
[('Nd_Pr_Dy_Fe_Ga_Zr_Al_Co_Cu_B_C_O', '<Class>')]
[('Nd_Y_Fe_Zr_B_bulk_magnet', '<Class>')]
[('(_Ce_,_Nd_)_Fe_B_hot_deformed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('hot_pressed_sample', '<Shape>')]
[('low_coercivity', '<QNT>'), ('Pr_Cu', '<Class>')]
[('curie_temperature', '<QNT>'), ('Nd_Fe_B_magnet', '<Class>')]
[('temperature_range', '<Condition>'), ('0_0_°C', '<Condition>')]
[('addition', '<Element>'), ('Y', '<Element>')]
[('coercivity', '<QNT>'), ('Sm_Fe_Al', '<Class>')]
[('Sm_(_Co_,_M_)_nanocluster', '<Shape>')]
[('MnBi_powder', '<Shape>'), ('coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('grain', '<Shape>'), ('α_Fe_phase', '<Shape>')]
[('coercivity', '<QNT>'), ('α_Fe', '<Element>')]
[('annealing_condition', '<Treatment>')]
[('that', '<QNT>'), ('single_phase', '<Shape>')]
[('anisotropy_field_ha', '<QNT>'), ('0_kOe', '<Value>'), ('0_K', '<Condition>')]
[('HD_magnet', '<Class>'), ('Nd_content', '<Element>')]
[('coercivity', '<QNT>'), ('Fe_Nd_B_V', '<Class>')]
[('magnetic_polarization', '<QNT>'), ('μ_M', '<QNT>')]
[('hot_deformed_Sm_Co_alloy', '<Class>')]
[('Fe', '<Element>'), ('amorphous', '<Class>')]
[('high_uniaxial_anisotropy', '<QNT>'), ('0_MJ_/_m_3', '<Value>')]
[('0_%_°C', '<Fabrication>|<Value>|<Treatment>')]
[('0', '<Treatment>|<Value>|<Fabrication>'), ('0_%_°C', '<Treatment>|<Value>|<Fabrication>')]
[('increase_coercivity', '<QNT>'), ('Nd_Fe_B_phase', '<Shape>')]
[('melt_spinning_technique', '<Fabrication>')]
[('produced', '<Fabrication>'), ('melt_spinning_technique', '<Fabrication>')]
[('high_coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('value', '<QNT>'), ('melt_spun_ribbon', '<Shape>')]
[('α_Fe_/_Nd_Fe_B_nanocomposite', '<Class>')]
[('temperature_coefficient', '<QNT>'), ('Br', '<QNT>')]
[('remanence', '<QNT>'), ('modified_HDDR_Nd_Fe_Nb_Al_Cu_Ga_B_powder', '<Shape>')]
[('HD_temperature', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('magnetization', '<QNT>'), ('soft_phase', '<Shape>')]
[('anisotropy_field', '<QNT>'), ('(_Nd_Dy_)_Fe_B', '<Class>')]
[('Nd_Fe_B_magnet', '<Class>'), ('high_coercivity', '<QNT>'), ('0_T', '<Value>')]
[('anisotropy_field', '<QNT>'), ('R_Fe_B', '<Class>')]
[('Dy', '<Element>'), ('grain_boundary', '<Shape>')]
[('melt_spun_Ce_Fe_B_powder', '<Shape>')]
[('0_kOe', '<Value>'), ('melt_spun_Ce_Fe_B_powder', '<Shape>')]
[('temperature', '<QNT>'), ('nanocomposite', '<Class>')]
[('Nd_Fe_B_M_(_M_=_Cr_,_Cu_)_nanocomposite_magnet', '<Class>')]
[('sample', '<Shape>'), ('annealed', '<Treatment>'), ('0_°C', '<Treatment>')]
[('Nd_Fe_B_melt_spun_material', '<Class>')]
[('saturation_magnetization', '<QNT>'), ('Nd_Fe_B_magnet', '<Class>')]
[('NdFeB_/_Fe_Co_composite', '<Class>')]
[('0_°C_0_h', '<Treatment>|<Value>|<Fabrication>')]
[('maximum_energy_product', '<QNT>'), ('0_MGOe', '<Value>')]
[('Nd_Dy_Al_grain_boundary_diffusion_process', '<Treatment>')]
[('Nd_Pr_Fe_Co_B_Nb_Al_Cu_sintered_magnet', '<Class>')]
[('Nd_Fe_B_magnet', '<Class>'), ('coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('high_room_temperature_coercivity', '<QNT>'), ('Pr_Cu_diffusion_processed_hot_deformed_Nd_Fe_B_magnet', '<Class>')]
[('Nd_Fe_B_/_Fe_nanocomposite', '<Class>')]
[('high_coercivity', '<QNT>'), ('Nd_Fe_B_/_Fe_nanocomposite', '<Class>')]
[('that', '<QNT>'), ('Nd_rich_phase', '<Shape>')]
[('temperature', '<Fabrication>'), ('TbF_EPD_coated_sintered_Nd_Fe_B_magnet', '<Fabrication>')]
[('soft_magnetic_phase', '<Shape>'), ('α_Fe', '<Shape>')]
[('remanence_value', '<QNT>'), ('Pr_Fe_B_/_α_Fe_film', '<Shape>')]
[('coercivity', '<QNT>'), ('about_0_T', '<Value>')]
[('coercivity', '<QNT>'), ('ribbon', '<Shape>')]
[('around_0_T', '<Value>'), ('operation_temperature', '<Condition>')]
[('value', '<QNT>'), ('temperature_coefficient', '<QNT>')]
[('intrinsic_coercivity', '<QNT>'), ('Nd_Fe_B_magnet', '<Class>')]
[('room_temperature_(_BH_)', '<QNT>'), ('0_MGOe', '<Value>')]
[('(_Nd_Dy_)_Fe_B_melt_spun_ribbon', '<Shape>')]
[('that', '<QNT>'), ('hard_magnetic_phase', '<Shape>')]
[('intrinsic_coercivity', '<QNT>'), ('0_kA_/_m', '<Value>')]
[('melt_spinning_process', '<Fabrication>')]
[('melt_spinning_process', '<Fabrication>'), ('SmCo_ribbon', '<Class>')]
[('substitution', '<Element>'), ('Dy', '<Element>')]
[('Nd_Fe_Ti_Zr_Cr_B_C_alloy', '<Class>')]
[('annealed', '<Treatment>'), ('0_0_°C', '<Treatment>')]
[('T', '<Condition>'), ('0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('Nd_Fe_B_type_permanent_magnet', '<Class>')]
[('0_%', '<Value>'), ('soft_magnetic_phase', '<Shape>')]
[('Nd_Fe_B_permanent_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_permanent_magnet', '<Class>')]
[('operating_temperature', '<Condition>')]
[('α_Fe_/_Nd_Fe_B_nanocomposite_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('α_Fe_/_Nd_Fe_B_nanocomposite_magnet', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Pr_Fe_B', '<Class>')]
[('Pr_Cu_diffusion_processed', '<Treatment>')]
[('low_coercivity', '<QNT>'), ('hot_deformed_magnet', '<Class>')]
[('amount', '<Element>'), ('B', '<Element>')]
[('temperature_coefficient', '<QNT>'), ('hci', '<QNT>')]
[('saturation_magnetization', '<QNT>'), ('4π_M', '<QNT>')]
[('magnetization', '<QNT>'), ('Fe_B', '<Class>')]
[('sintered_magnet', '<Class>'), ('about_0_T', '<Value>')]
[('uniaxial_Nd_Fe_B_magnet', '<Class>')]
[('maximum_energy_product', '<QNT>'), ('Mn', '<Shape>')]
[('distribution', '<Element>'), ('Zr', '<Element>')]
[('stored_magnetic_energy', '<QNT>'), ('about_0_kJ_/_m_3', '<Value>')]
[('maximum_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('high_coercivity', '<QNT>'), ('single_phase', '<Shape>')]
[('remanence', '<QNT>'), ('magnetic_energy_product', '<QNT>')]
[('substitution', '<Element>'), ('Ce', '<Element>')]
[('melt_spun_Pr_Fe_Co_NbB_C_alloy', '<Class>')]
[('melt_spinning', '<Fabrication>'), ('wheel_speed', '<Fabrication>')]
[('anisotropy_field_H', '<QNT>'), ('Dy_Fe_B_phase', '<Shape>')]
[('coercivity', '<QNT>'), ('Fe_B_Nd_Gd_Nb_Si_magnetic_rod', '<Shape>')]
[('Nd_Fe_B_/_Fe_B_nanocomposite_magnet', '<Class>')]
[('melt_spun', '<Fabrication>'), ('wheel_speed', '<Fabrication>')]
[('hot_deformation_technique', '<Fabrication>')]
[('coercivity', '<QNT>'), ('single_phase', '<Shape>')]
[('wheel_speed', '<Fabrication>'), ('0_m_s_-_1', '<Fabrication>')]
[('alloy', '<Class>'), ('melt_spinning', '<Fabrication>')]
[('temperature_dependence', '<QNT>'), ('magnetization', '<QNT>')]
[('temperature_dependence', '<QNT>'), ('H', '<QNT>')]
[('distribution', '<Element>'), ('Nd_content', '<Element>')]
[('wheel_speed', '<Fabrication>'), ('0_m_/_s', '<Fabrication>')]
[('(_Nd_La_)_Fe_Co_Cr_B_alloy', '<Class>')]
[('remanence', '<QNT>'), ('energy_product', '<QNT>')]
[('coercivity', '<QNT>'), ('operation_temperature', '<Condition>')]
[('Dy_substituted_R_Fe_B_phase', '<Shape>')]
[('anisotropy_field_H', '<QNT>'), ('Dy_substituted_R_Fe_B_phase', '<Shape>')]
[('curie_temperature', '<QNT>'), ('Nd_Fe_B_sample_0', '<Shape>')]
[('remanence_value', '<QNT>'), ('Pr_Fe_B', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_sintered_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('alloy_powder', '<Shape>')]
[('anisotropy_field_H', '<QNT>'), ('Dy_substituted_R_Fe_B', '<Class>')]
[('giant_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('Fe_/_Pr_Fe_B_nanocomposite', '<Class>')]
[('(_Fe_,_Co_)_B_/_Nd_Fe_B_nanocomposite', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Fe_Co_B_Ga_powder', '<Shape>')]
[('Sm_(_Co_,_Fe_,_Cu_,_Zr_)_type_sintered_magnet', '<Class>')]
[('0_kOe', '<Value>'), ('respective_alloy', '<Class>')]
[('0_%_/_K', '<Fabrication>|<Value>|<Treatment>'), ('0_%_/_K', '<Fabrication>|<Value>|<Treatment>')]
[('curie_temperature', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('Nd_rich_phase', '<Shape>'), ('Nd_Fe_B_grain', '<Shape>')]
[('amount', '<Element>'), ('heavy_rare_earth_element', '<Element>')]
[('T', '<QNT>'), ('recycled_magnet', '<Class>')]
[('diffusion_process', '<Treatment>'), ('0_°C', '<Treatment>')]
[('hot_deformed_magnet_sample', '<Shape>')]
[('remanence_value', '<QNT>'), ('Nd_Dy_Al', '<Class>')]
[('operation_temperature', '<Condition>'), ('~_0_K', '<Condition>')]
[('hot_deformed_(_NdDy_)_Fe_Nb_B_magnet', '<Class>')]
[('curie_temperature_T', '<QNT>'), ('0_°C', '<Value>')]
[('anisotropy_field', '<QNT>'), ('D', '<QNT>')]
[('maximum_coercivity', '<QNT>'), ('0_kA_/_m', '<Value>')]
[('coercivity', '<QNT>'), ('magnet', '<Class>')]
[('Nd_Fe_B', '<Class>'), ('secondary_phase', '<Shape>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('Dy', '<Element>')]
[('addition', '<Element>'), ('B', '<Element>')]
[('Ce_substituted_Nd_Fe_B_alloy', '<Class>')]
[('substitution', '<Element>'), ('Mn', '<Element>')]
[('hard', '<Shape>'), ('soft_phase', '<Shape>')]
[('that', '<QNT>'), ('HDDR_powder', '<Shape>')]
[('addition', '<Element>'), ('Zr', '<Element>')]
[('Sm_Fe_N_/_Fe_Co_nanocomposite_magnet', '<Class>')]
[('H', '<QNT>'), ('ferrite_magnet', '<Class>')]
[('Sm_(_Co_Fe_Cu_Zr_)_ribbon', '<Shape>')]
[('Sm_(_Co_Cu_Fe_Zr_)_ribbon', '<Shape>')]
[('maximum_energy_product', '<QNT>'), ('Pr_Fe_C_nanocomposite', '<Class>')]
[('melt_spun_(_Nd_La_)_Fe_Cr_B_alloy', '<Class>')]
[('saturation_magnetization', '<QNT>'), ('4πM', '<QNT>')]
[('temperature_coefficient', '<QNT>'), ('intrinsic_coercivity', '<QNT>')]
[('high_saturation_magnetization', '<QNT>'), ('nanocomposite_film', '<Shape>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('Ce_Fe_B', '<Class>')]
[('Nd_Ce_Fe_B_sintered_magnet', '<Class>')]
[('intrinsic_coercivity', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B', '<Class>')]
[('curie_temperature_T', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B_melt_spun_ribbon', '<Shape>')]
[('diffusion_processed_Nd_Fe_B_hot_deformed_sample', '<Shape>')]
[('Nd_Co_diffusion_processed_film', '<Shape>')]
[('K', '<QNT>'), ('Nd_Co_diffusion_processed_film', '<Shape>')]
[('anisotropic_[_Nd_Fe_B_/_Ta_/_Fe_Co_/_Ta_]_nanocomposite_multilayer_film', '<Shape>'), ('coercivity', '<QNT>'), ('0_T', '<Value>')]
[('decrease_in_remanence', '<QNT>'), ('magnet', '<Class>')]
[('produced', '<Fabrication>'), ('SPS_method', '<Fabrication>')]
[('temperature_coefficient', '<QNT>'), ('coercivity', '<QNT>'), ('remanence', '<QNT>')]
[('magnetization', '<QNT>'), ('0_T', '<Condition>')]
[('value', '<QNT>'), ('coercivity', '<QNT>')]
[('coercivity', '<QNT>'), ('DyF_EPD_coated_magnet', '<Class>')]
[('high_value', '<QNT>'), ('remanence', '<QNT>')]
[('produced_remanence', '<QNT>'), ('0_T', '<Value>')]
[('β', '<QNT>'), ('temperature_coefficient', '<QNT>')]
[('containing_sintered_magnet', '<Class>')]
[('coercivity_value', '<QNT>'), ('Pr_Fe_B_/_α_Fe_film', '<Shape>')]
[('temperature_coefficient', '<QNT>'), ('hci', '<QNT>'), ('β', '<QNT>')]
[('value', '<QNT>'), ('maximum_energy_product', '<QNT>')]
[('sample', '<Shape>'), ('diffusion_processed', '<Treatment>')]
[('0_kJ_/_m_3', '<Value>'), ('sample_diffusion_processed', '<Shape>')]
[('coercivity', '<QNT>'), ('Fe_Nd_B_alloy', '<Class>')]
[('coercivity_value', '<QNT>'), ('low_than_0_kOe', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('(_Nd_,_Dy_)_Fe_B', '<Class>')]
[('substitution', '<Element>'), ('Nd', '<Element>'), ('RE', '<Element>')]
[('Nd_Fe_Zr_Al_Cu_Ga_B_powder', '<Shape>')]
[('PrCo_Ti_alloy', '<Class>'), ('energy_product', '<QNT>'), ('0_MGOe', '<Value>')]
[('Nd_Fe_Ti_Zr_Cr_B_C_magnet', '<Class>')]
[('remanence', '<QNT>'), ('coercivity', '<QNT>')]
[('saturation_magnetization', '<QNT>'), ('0_:_0_:_0_phase', '<Shape>')]
[('maximum_energy_product_(_B_H_)', '<QNT>')]
[('high_value', '<QNT>'), ('maximum_energy_product_(_B_H_)', '<QNT>')]
[('about_0_T', '<Value>'), ('room_temperature', '<Condition>')]
[('magnetic_moment', '<QNT>'), ('α_Fe_grain', '<Element>')]
[('coercivity', '<QNT>'), ('more_than_0_kOe', '<Value>')]
[('substituting', '<Element>'), ('Nd', '<Element>')]
[('remanence', '<QNT>'), ('HD_magnet', '<Class>')]
[('Ce_Fe_CoTi', '<Class>'), ('melt_spun', '<Fabrication>')]
[('large_temperature_dependence', '<QNT>'), ('anisotropy_field', '<QNT>')]
[('Nd_Fe_B_nanocomposite_magnet', '<Class>')]
[('RE_Fe_B_sintered_magnet', '<Class>')]
[('amount', '<Element>'), ('Cu', '<Element>')]
[('value', '<QNT>'), ('coercivity', '<QNT>'), ('remanence', '<QNT>')]
[('coercivity', '<QNT>'), ('temperature_range', '<Condition>')]
[('magnetization', '<QNT>'), ('0_kOe', '<Condition>')]
[('Nd_Fe_Nb_Al_Cu_B_powder', '<Shape>')]
[('T', '<Condition>'), ('0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('melt_spun_Nd_Fe_B_/_Fe_Co_ribbon', '<Shape>')]
[('hot_deformed_Nd_Fe_B_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('hot_deformed_Nd_Fe_B_magnet', '<Class>')]
[('amount', '<Element>'), ('Dy', '<Element>')]
[('Fe_Nd_B', '<Class>'), ('heated', '<Treatment>'), ('0_K', '<Treatment>')]
[('distribution', '<Element>'), ('RE_rich', '<Element>')]
[('high_coercivity', '<QNT>'), ('0_Oe', '<Value>')]
[('coercivity', '<QNT>'), ('hot_pressed_magnet', '<Class>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('Pr_Cu_diffusion_processed_sample', '<Shape>')]
[('amount', '<Element>'), ('RE', '<Element>')]
[('Sm_Zr_(_Fe_Co_)_Ti_compound', '<Class>')]
[('high_saturation_magnetization', '<QNT>'), ('Nd', '<Element>')]
[('deformation_temperature', '<Fabrication>')]
[('Pr_substitution', '<Element>'), ('Nd', '<Element>')]
[('increase_in_coercivity', '<QNT>'), ('M', '<Class>')]
[('coercivity', '<QNT>'), ('grain', '<Shape>')]
[('maximum_energy_product', '<QNT>'), ('rare_earth', '<Element>')]
[('RE', '<Element>'), ('B_content', '<Element>')]
[('Nd_Al_diffusion_processed_magnet', '<Class>')]
[('waste', '<Class>'), ('ecycled_magnet', '<Class>')]
[('about_0_kOe', '<Value>|<Condition>')]
[('coercivity_increase', '<QNT>'), ('about_0_kOe', '<Value>')]
[('(_Nd_,_Pr_,_Ce_)_Fe_B_melt_spun_powder', '<Shape>')]
[('low_(_BH_)', '<QNT>'), ('nanocomposite_alloy', '<Class>')]
[('>_0_K', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('enhance_coercivity', '<QNT>'), ('Nd', '<Element>')]
[('magnetization_reversal_process', '<Treatment>|<Fabrication>')]
[('melt_spun_Sm_Fe_Ga_Ti_V', '<Class>')]
[('coercivity', '<QNT>'), ('low_Ce_Nd_Ce_Fe_B_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('melt_spun_SmCo_ribbon', '<Class>')]
[('remanence', '<QNT>'), ('ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('Cu', '<Element>')]
[('magnetic_moment', '<QNT>'), ('Fe', '<Class>')]
[('sintered_Nd_Ce_Fe_B_magnet', '<Class>')]
[('alloy', '<Class>'), ('method', '<Fabrication>')]
[('enhance_coercivity', '<QNT>'), ('Nd_Fe_B', '<Class>')]
[('Co_atom', '<Element>'), ('unit', '<Shape>')]
[('substitution', '<Element>'), ('Co', '<Element>')]
[('that', '<QNT>'), ('ferrite_magnet', '<Class>')]
[('Pr_Fe_B_/_α_Fe_nanocomposite_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('surface', '<Shape>')]
[('substitution', '<Element>'), ('Ti', '<Element>')]
[('nearly_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('melt_spun_Ce_Fe_B_ribbon', '<Shape>')]
[('substitution', '<Element>'), ('Mo', '<Element>')]
[('Co_(_Nd_Ce_)_Fe_Co_B_alloy', '<Class>')]
[('coercive_field', '<QNT>'), ('grain', '<Shape>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('0_kG', '<Value>')]
[('temperature_coefficient', '<QNT>'), ('0_%_°C_-_1', '<Value>')]
[('Dy_substituted_(_Nd_,_Dy_)_Fe_B', '<Class>')]
[('coercivity', '<QNT>'), ('sample_SrAl_Fe_O', '<Shape>')]
[('coercivity', '<QNT>'), ('SmFe', '<Class>')]
[('magnetocrystalline_anisotropy_field', '<QNT>'), ('H', '<QNT>')]
[('Nd_Fe_B_based_sintered_magnet', '<Class>')]
[('amount', '<Element>'), ('rare_earth_element', '<Element>')]
[('intrinsic_coercivity', '<QNT>'), ('H', '<QNT>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('0_MG_Oe', '<Value>'), ('0_K', '<Condition>')]
[('annealed', '<Treatment>'), ('0_K', '<Treatment>')]
[('Nd_Fe_B_type_magnetic_powder', '<Shape>')]
[('0_emu_/_g', '<Value>'), ('room_temperature', '<Condition>')]
[('about_0_×_0_-_3_Pa', '<Value>|<Condition>|<Fabrication>')]
[('high_coercivity', '<QNT>'), ('Pr_Cu', '<Class>')]
[('melt_spun_MM_Fe_B_alloy', '<Class>')]
[('Sm_Fe_Cu_Si_C_ribbon', '<Shape>'), ('coercivity', '<QNT>'), ('0_T', '<Value>')]
[('without_addition', '<Element>'), ('Dy', '<Element>')]
[('magnetic_field', '<Condition>'), ('0_kOe', '<Condition>')]
[('hot_deformation', '<Fabrication>'), ('melt_spun', '<Fabrication>')]
[('magnetization', '<QNT>'), ('PrCo_phase', '<Shape>')]
[('melt_spun_Pr_Fe_V_B_C_ribbon', '<Shape>')]
[('high_coercivity', '<QNT>'), ('Nd_rich_composition', '<Element>')]
[('magnetization', '<QNT>'), ('Br', '<QNT>')]
[('value', '<QNT>'), ('energy_product', '<QNT>')]
[('coercivity', '<QNT>'), ('bulk_material', '<Class>')]
[('enhance_coercivity', '<QNT>'), ('SrFe_O', '<Class>')]
[('coercivity', '<QNT>'), ('melt_spun_Nd_Fe_B', '<Class>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('<_0_MGOe', '<Value>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('0_T', '<Value>')]
[('hot_deformed_magnet', '<Class>'), ('around_0_T', '<Value>')]
[('cast', '<Fabrication>'), ('magnetic_field', '<Condition>')]
[('energy_density', '<QNT>'), ('magnet', '<Class>')]
[('saturation_induction_density', '<QNT>'), ('B', '<QNT>'), ('0_G', '<Value>')]
[('temperature_coefficient', '<QNT>'), ('remanence', '<QNT>'), ('coercivity', '<QNT>')]
[('amount', '<Element>'), ('Nd_substituted', '<Element>')]
[('coercivity', '<QNT>'), ('sintered_magnet', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Sm_Co', '<Class>')]
[('(_Nd_Ce_)_Fe_B_melt_spun_ribbon', '<Shape>')]
[('Ti_substitution', '<Element>'), ('y_=_0', '<Element>')]
[('coercivity', '<QNT>'), ('annealed_x_=_0_alloy', '<Class>')]
[('applied_field', '<Condition>'), ('0_kOe', '<Condition>')]
[('applied_magnetic_field', '<Condition>')]
[('0_kOe', '<Condition>'), ('applied_magnetic_field', '<Condition>')]
[('Nb_substituted_Pr_Fe_Nb_B_magnet', '<Class>')]
[('Nb_substituted_Pr_Fe_Nb_B_magnet', '<Class>'), ('coercivity', '<QNT>'), ('0_T', '<Value>')]
[('sample', '<Shape>'), ('annealed', '<Treatment>'), ('conventional_method', '<Fabrication>')]
[('(_Nd_Dy_)_Fe_B_permanent_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('(_Nd_Dy_)_Fe_B_permanent_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Pr_Fe_B', '<Class>')]
[('annealing', '<Treatment>'), ('0_°C', '<Treatment>')]
[('maximum_magnetic_energy_product', '<QNT>'), ('(_JH_)', '<QNT>'), ('0_MGOe', '<Value>')]
[('anisotropy_field', '<QNT>'), ('Dy_Fe_B', '<Class>')]
[('Pr_rich_intergranular_phase', '<Shape>')]
[('magnetic_energy_product', '<QNT>'), ('BH', '<QNT>')]
[('coercivity', '<QNT>'), ('this_sample', '<Shape>')]
[('0', '<Condition>|<Fabrication>|<Value>|<Treatment>'), ('0_K_/_s', '<Condition>|<Fabrication>|<Value>|<Treatment>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('permanent_magnet', '<Class>')]
[('addition', '<Element>'), ('Fe', '<Element>')]
[('Ce_doped_RE_Fe_B_magnet', '<Class>')]
[('high_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('maximum_energy_product', '<QNT>'), ('powder', '<Shape>')]
[('~_0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('saturation', '<QNT>'), ('magnet', '<Class>')]
[('large_value', '<QNT>'), ('intrinsic_coercivity_H', '<QNT>')]
[('Nd_Cu_diffusion_process', '<Treatment>')]
[('addition', '<Element>'), ('Ti', '<Element>')]
[('substitution', '<Element>'), ('Cr', '<Element>')]
[('intrinsic_coercivity', '<QNT>'), ('hci', '<QNT>'), ('0_kOe', '<Value>')]
[('substitution', '<Element>'), ('Cr', '<Element>'), ('Fe', '<Element>')]
[('annealing_time', '<Treatment>'), ('0_h', '<Treatment>')]
[('magnetic_moment', '<QNT>'), ('Fe_atom', '<Element>')]
[('sample', '<Shape>'), ('approximately_0_kA_/_m', '<Value>')]
[('SmCo_/_α_Fe_nanocomposite_magnet', '<Class>')]
[('amount', '<Element>'), ('α_Fe', '<Element>')]
[('addition', '<Element>'), ('silicon', '<Element>')]
[('0_0_kA_/_m', '<Value>'), ('room_temperature', '<Condition>')]
[('coercivity_temperature_coefficient', '<QNT>'), ('0_%_/_K', '<Value>')]
[('value', '<QNT>'), ('Nd_based_magnet', '<Class>')]
[('substitution', '<Element>'), ('heavy_rare_earth_element', '<Element>')]
[('Nd_Fe_Ti_Zr_Cr_B_C_bulk_magnet', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Nd_Fe_B_phase', '<Shape>')]
[('0_kOe', '<Value>'), ('room_temperature', '<Condition>')]
[('|_β_|', '<QNT>'), ('sample_diffusion_processed', '<Shape>')]
[('deposited', '<Fabrication>'), ('surface', '<Shape>')]
[('annealing_temperature', '<Treatment>'), ('0_°C', '<Treatment>')]
[('maximum_value', '<QNT>'), ('coercivity', '<QNT>')]
[('0_°C', '<Treatment>|<Condition>|<Fabrication>'), ('0_°C', '<Treatment>|<Condition>|<Fabrication>')]
[('0', '<Treatment>|<Value>|<Condition>|<Fabrication>'), ('0_°C', '<Treatment>|<Value>|<Condition>|<Fabrication>')]
[('intrinsic_coercivity', '<QNT>'), ('(_Nd_Ce_)_Fe_Co_B_melt_spun_ribbon', '<Shape>')]
[('HDDR_Nd_Fe_B_type_powder', '<Shape>')]
[('coercivity', '<QNT>'), ('recycled_magnet', '<Class>')]
[('(_Nd_Dy_)_Fe_B_nanoparticle', '<Shape>')]
[('coercivity', '<QNT>'), ('(_Nd_Dy_)_Fe_B_nanoparticle', '<Shape>')]
[('saturation_magnetization', '<QNT>'), ('J', '<QNT>'), ('0_T', '<Value>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_Hf_alloy', '<Class>')]
[('0_%_substitution', '<Element>'), ('Dy', '<Element>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('H', '<QNT>')]
[('Nd_Ce_Fe_TM_B_based_alloy', '<Class>')]
[('external_magnetic_field', '<Condition>')]
[('coercivity_increase', '<QNT>'), ('about_0_kA_/_m', '<Value>')]
[('grain', '<Shape>'), ('magnet', '<Class>')]
[('curie_temperature', '<QNT>'), ('GB_phase', '<Shape>')]
[('Nd_Pr_Ce_Fe_B_melt_spun_ribbon', '<Shape>')]
[('anisotropic_nanocomposite', '<Class>')]
[('energy_product', '<QNT>'), ('anisotropic_nanocomposite', '<Class>')]
[('Fe_B_/_Nd_Fe_B_nanocomposite', '<Class>')]
[('hot_deformed_Nd_Fe_B_bulk_magnet', '<Class>')]
[('amount', '<Element>'), ('Nb', '<Element>')]
[('high_coercivity', '<QNT>'), ('recycled_magnet', '<Class>')]
[('maximum_coercivity_value', '<QNT>'), ('0_kOe', '<Value>')]
[('coercivity', '<QNT>'), ('room_temperature', '<Condition>')]
[('that', '<QNT>'), ('as_hot_deformed_magnet', '<Class>')]
[('heat_treated', '<Treatment>'), ('0_°C', '<Treatment>')]
[('anisotropy_field_H', '<QNT>'), ('Ce_Fe_B', '<Class>')]
[('rare_earth_permanent_magnet', '<Class>')]
[('sintering_process', '<Fabrication>')]
[('increase_in_coercivity', '<QNT>'), ('0_%', '<Value>')]
[('permanent_magnetic_material', '<Class>')]
[('high_saturation_magnetization', '<QNT>'), ('μ_M', '<QNT>'), ('0_T', '<Value>')]
[('grain_boundary', '<Shape>'), ('Nd_Fe_B_flake', '<Shape>')]
[('saturation_induction_density', '<QNT>'), ('B', '<QNT>')]
[('0_MGOe', '<Value>'), ('room_temperature', '<Condition>')]
[('Nd_Dy_Al_diffusion_processed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Dy_Al_diffusion_processed_magnet', '<Class>')]
[('grain_boundary_diffusion', '<Treatment>')]
[('sintered_Nd_Fe_B_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('sintered_Nd_Fe_B_magnet', '<Class>')]
[('Nd_Fe_B_magnetic_powder', '<Shape>')]
[('Nd_Fe_B_magnetic_powder', '<Shape>'), ('high_coercivity', '<QNT>'), ('0_kA_/_m', '<Value>')]
[('coercivity', '<QNT>'), ('temperature_T', '<Condition>')]
[('0_°C', '<Treatment>|<Condition>|<Fabrication>'), ('0_h', '<Treatment>|<Fabrication>')]
[('alloy', '<Class>'), ('substitution', '<Element>'), ('C', '<Element>')]
[('remanence', '<QNT>'), ('these_magnet', '<Class>')]
[('amount', '<Element>'), ('Pr', '<Element>')]
[('coercivity', '<QNT>'), ('Pr', '<Element>')]
[('TbCu_type_Sm_Zr_Fe_Co_N_material', '<Class>')]
[('Nd_Fe_B_hot_deformed_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_hot_deformed_magnet', '<Class>')]
[('processing_temperature', '<Fabrication>')]
[('processing_temperature', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('Dy_free_Nd_Pr_B_Cu_Al_Co_Fe_at_%_(_0_wt_%_RE_content_)_magnet', '<Class>'), ('high_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('temperature_dependence', '<QNT>'), ('anisotropy_field', '<QNT>')]
[('Sm_(_CoFe_)_alloy', '<Class>'), ('single_phase', '<Shape>')]
[('temperature', '<Treatment>'), ('time', '<Treatment>')]
[('theoretically_calculated_value', '<QNT>'), ('energy_product', '<QNT>')]
[('amount', '<Element>'), ('La', '<Element>')]
[('high_coercivity', '<QNT>'), ('permanent_magnet', '<Class>')]
[('intrinsic_coercivity', '<QNT>'), ('hci', '<QNT>')]
[('coercivity', '<QNT>'), ('Nd_Fe_B_Hf', '<Class>')]
[('addition', '<Element>'), ('Nd', '<Element>')]
[('distribution', '<Element>'), ('0_wt_._%_Dy', '<Element>')]
[('Pr_Co_C_/_Pr_Co_C_nanocomposite', '<Class>')]
[('0_%_K_-_1', '<Fabrication>|<Value>|<Treatment>')]
[('temperature_coefficient_β', '<QNT>')]
[('temperature_coefficient_β', '<QNT>'), ('0_%_K_-_1', '<Value>')]
[('anisotropy_field', '<QNT>'), ('H', '<QNT>')]
[('coercivity_temperature_coefficient', '<QNT>'), ('β', '<QNT>'), ('recycled_magnet', '<Class>'), ('0_%_/_K', '<Value>')]
[('processing_condition', '<Fabrication>')]
[('processing_condition', '<Fabrication>'), ('melt_spinning', '<Fabrication>')]
[('magnetic_moment', '<QNT>'), ('system', '<Class>')]
[('about_0_MGOe', '<Value>'), ('Nd_Fe_B_sintered_magnet', '<Class>')]
[('magnetic_anisotropy', '<QNT>'), ('magnet', '<Class>')]
[('Fe_concentration', '<Element>'), ('0_%', '<Element>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('Nd_Fe_B_compound', '<Class>')]
[('coercivity', '<QNT>'), ('original_N48M_magnet', '<Class>')]
[('coercivity', '<QNT>'), ('approximately_0_kA_/_m', '<Value>')]
[('Sm_(_Co_Fe_Cu_Zr_B_)_ribbon', '<Shape>')]
[('Nd_Fe_B', '<Class>'), ('minor_phase', '<Shape>')]
[('hard', '<Shape>'), ('magnetic_layer', '<Shape>')]
[('that', '<QNT>'), ('directly_annealed_partially_amorphous_(_Nd_Pr_)_Fe_Co_Nb_B', '<Class>')]
[('maximum_coercivity_value', '<QNT>'), ('0_kA_m_-_1', '<Value>')]
[('deposited', '<Fabrication>'), ('substrate_temperature', '<Fabrication>')]
[('Ce_rich', '<Element>'), ('phase', '<Shape>')]
[('remanent_magnetization', '<QNT>'), ('0_emu_/_g', '<Value>')]
[('coercivity', '<QNT>'), ('hot_pressed', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Pr_Fe_B_phase', '<Shape>')]
[('low_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('coercivity', '<QNT>'), ('Nd', '<Element>')]
[('coercivity', '<QNT>'), ('Zr_Co', '<Class>')]
[('anisotropy_field', '<QNT>'), ('Nd', '<Element>')]
[('rare_earth_element', '<Element>'), ('RE', '<Element>')]
[('coercivity_decreases', '<QNT>'), ('0_kOe', '<Value>')]
[('melt_spinning_method', '<Fabrication>'), ('annealing', '<Treatment>')]
[('curie_temperature', '<QNT>'), ('0_K', '<Value>')]
[('temperature_coefficient', '<QNT>'), ('α', '<QNT>'), ('β', '<QNT>')]
[('temperature', '<QNT>'), ('ribbon', '<Shape>')]
[('large_value', '<QNT>'), ('intrinsic_coercivity_H', '<QNT>'), ('maximum_energy_product_(_BH_)', '<QNT>')]
[('temperature_dependence', '<QNT>'), ('magnetocrystalline_anisotropy_field', '<QNT>')]
[('sintered_magnet', '<Class>'), ('0_T', '<Value>')]
[('enhance_coercivity', '<QNT>'), ('0_kA_/_m', '<Value>')]
[('coercivity', '<QNT>'), ('SrAl_Fe_O', '<Class>')]
[('as_hot_deformed_magnet', '<Class>'), ('0_T', '<Value>')]
[('Zn', '<Element>'), ('structure', '<Shape>')]
[('coercivity', '<QNT>'), ('Co_Zr_B_nanocomposite', '<Class>')]
[('saturation_magnetization_0_πM', '<QNT>'), ('0_kG', '<Value>')]
[('temperature_dependence', '<QNT>'), ('Fe_magnetic_moment', '<QNT>')]
[('remanence', '<QNT>'), ('temperature_T', '<Condition>')]
[('magnetic_material_Nd_Fe_B', '<Class>')]
[('distribution', '<Element>'), ('Dy_element', '<Element>')]
[('melt_spun_R_Fe_Ti_B_ribbon', '<Shape>')]
[('soft', '<Shape>'), ('magnetic_layer', '<Shape>')]
[('maximum_energy_product', '<QNT>'), ('HD_magnet', '<Class>')]
[('~_0_kA_m_-_1', '<Value>'), ('room_temperature', '<Condition>')]
[('remanent_magnetization', '<QNT>'), ('μ_M', '<QNT>')]
[('melt_spun_Sm_Fe_precursor', '<Class>')]
[('distribution', '<Element>'), ('Co', '<Element>')]
[('produced', '<Fabrication>'), ('melt_spinning_process', '<Fabrication>')]
[('remanence', '<QNT>'), ('isotropic_magnet', '<Class>')]
[('Nd_Dy_Fe_Co_Ga_B_magnet', '<Class>')]
[('increase_in_coercivity', '<QNT>'), ('0_T', '<Value>')]
[('Sm_(_Co_Cu_)_Fe_M_ribbon', '<Class>')]
[('Ce_substituted_Nd_Fe_B_ribbon', '<Shape>')]
[('value', '<QNT>'), ('magnetic_energy_product', '<QNT>'), ('BH', '<QNT>')]
[('that', '<QNT>'), ('0_wt_%_Dy_doped_Nd_Fe_B_sintered_magnet', '<Class>')]
[('room_temperature_coercivity', '<QNT>'), ('0_T', '<Value>')]
[('that', '<QNT>'), ('as_spun_ribbon', '<Shape>')]
[('Co_substitution', '<Element>'), ('Fe', '<Element>')]
[('melt_spun_Nd_Fe_B_ribbon', '<Shape>')]
[('coercivity', '<QNT>'), ('Fe_Nd_B', '<Class>')]
[('Cu_doped_Nd_Fe_B_sintered_magnet', '<Class>')]
[('maximum_energy_product', '<QNT>'), ('0_kJ_m_-_3', '<Value>')]
[('high_value', '<QNT>'), ('coercivity', '<QNT>')]
[('intrinsic_coercivity_H', '<QNT>'), ('0_kA_m_-_1', '<Value>')]
[('maximum_magnetic_energy_product', '<QNT>'), ('0_MGOe', '<Value>'), ('room_temperature', '<Condition>')]
[('applied_magnetic_field', '<Condition>'), ('0_T', '<Condition>')]
[('B_and_(_BH_)', '<QNT>'), ('Nd_Pr_Fe_B_melt_spun_powder', '<Shape>')]
[('magnetocrystalline_anisotropy', '<QNT>'), ('H', '<QNT>'), ('0_T', '<Value>')]
[('that', '<QNT>'), ('Nd_Fe_B_sintered_magnet', '<Class>')]
[('melt_spun_Sm_(_CoFeCuZr_)_magnet', '<Class>')]
[('temperature_coefficient', '<QNT>'), ('magnet', '<Class>')]
[('large_coercivity', '<QNT>'), ('approximately_0_kA_/_m', '<Value>')]
[('maximum_coercivity', '<QNT>'), ('D', '<QNT>')]
[('large_coercivity', '<QNT>'), ('0_kOe', '<Value>')]
[('Pr_Cu_diffusion_processed_hot_deformed_magnet', '<Class>')]
[('Nd', '<Element>'), ('Cu_content', '<Element>')]
[('coercivity_H', '<QNT>'), ('Nd_Fe_B_flake', '<Shape>')]
[('Dy', '<Element>'), ('diffusion_process', '<Treatment>')]
[('produced', '<Fabrication>'), ('ball_milling', '<Fabrication>')]
[('diffusion_time', '<Treatment>'), ('0_h', '<Treatment>')]
[('coercivity', '<QNT>'), ('Pr_Co_C_ribbon', '<Shape>')]
[('increment_in_coercivity', '<QNT>'), ('more_than_0_kOe', '<Value>')]
[('grain_boundary', '<Shape>'), ('milled_flake', '<Shape>')]
[('maximum_energy_product_(_BH_)', '<QNT>'), ('these_magnet', '<Class>')]
[('coercivity_value', '<QNT>'), ('0_kOe', '<Value>')]
[('distribution', '<Element>'), ('Ce', '<Element>')]
[('increase_in_coercivity', '<QNT>'), ('0_kA_m_-_1', '<Value>')]
[('energy_product', '<QNT>'), ('about_0_MGOe', '<Value>')]
[('0_kOe_magnetic_field', '<Condition>')]
[('sample_cast', '<Fabrication>'), ('0_kOe_magnetic_field', '<Condition>')]
[('temperature', '<QNT>'), ('about_0_°C', '<Value>')]
[('hard', '<Shape>'), ('magnetic_phase', '<Shape>')]
[('diffusion_processed_sample', '<Shape>')]
[('0_%_/_°C', '<Value>'), ('diffusion_processed_sample', '<Shape>')]
[('sintered', '<Fabrication>'), ('0_°C', '<Fabrication>')]
[('large_saturation_magnetization', '<QNT>')]