Nano-scale rare earth and transition metal oxides, obtained via a sol-gel process, were used as precursors to synthesize the intermetallic compound Nd2Fe17 with the reduction-diffusion method. The product obtained is a single Nd2Fe17 phase. The particles of the produced alloy, which can be controlled by the particle size of the precursors, are narrowly distributed with a typical size of a few micrometers.Chemistry, PhysicalMaterials Science, MultidisciplinaryMetallurgy & Metallurgical EngineeringSCI(E)EI19ARTICLE1-2113-11523
Phase coexistence in the Fe-Nd binary system has been investigated by metallography, x-ray diffracto...
NdFe10+xMo2-2xTix compounds with 0 less than or equal to x less than or equal to 1.0 have been prepa...
A new reduction-diffusion method for preparing submicron-sized Sm2Fe17N3 was developed. First, submi...
Small particulate alloys, Sm2Fe7, Nd2Fe7, NdFe10Mo2 and NbFe11Ti, have been obtained by reduction-di...
The microstructure of the rare-earth intermetallic materials, under some circumstances, is very impo...
Small particulate alloys, Sm2Fe7, Nd2Fe7, NdFe10, Mo2 and NbFe11Ti, have been obtained by reduction-...
The present investigation attempted to optimize the R-D (reduction-diffusion) process for fabricatin...
This study investigates the synthesis of SmFe intermetallic compounds by a solid state reduction-dif...
Submicron-sized Sm2Fe17 powder samples were fabricated by a non-pulverizing process through reductio...
Monodispersed and highly crystalline Nd2Fe14B ferromagnetic nanoparticles were chemically synthesize...
Starting from superfine precursors, Nd-Fe-B based magnetic materials, Nd2Fe14B and Nd2Fe12Co2B, have...
Starting from superfine precursors, Nd-Fe-B based magnetic materials, Nd2Fe14B and Nd2Fe12Co2B, have...
This study investigated the effect of process temperature on the alloying process during synthesis o...
The preparation of Nd-enriched particles from NdFeB sintered magnets using no acid or basic solution...
The preparation of Nd-enriched particles from NdFeB sintered magnets using no acid or basic solution...
Phase coexistence in the Fe-Nd binary system has been investigated by metallography, x-ray diffracto...
NdFe10+xMo2-2xTix compounds with 0 less than or equal to x less than or equal to 1.0 have been prepa...
A new reduction-diffusion method for preparing submicron-sized Sm2Fe17N3 was developed. First, submi...
Small particulate alloys, Sm2Fe7, Nd2Fe7, NdFe10Mo2 and NbFe11Ti, have been obtained by reduction-di...
The microstructure of the rare-earth intermetallic materials, under some circumstances, is very impo...
Small particulate alloys, Sm2Fe7, Nd2Fe7, NdFe10, Mo2 and NbFe11Ti, have been obtained by reduction-...
The present investigation attempted to optimize the R-D (reduction-diffusion) process for fabricatin...
This study investigates the synthesis of SmFe intermetallic compounds by a solid state reduction-dif...
Submicron-sized Sm2Fe17 powder samples were fabricated by a non-pulverizing process through reductio...
Monodispersed and highly crystalline Nd2Fe14B ferromagnetic nanoparticles were chemically synthesize...
Starting from superfine precursors, Nd-Fe-B based magnetic materials, Nd2Fe14B and Nd2Fe12Co2B, have...
Starting from superfine precursors, Nd-Fe-B based magnetic materials, Nd2Fe14B and Nd2Fe12Co2B, have...
This study investigated the effect of process temperature on the alloying process during synthesis o...
The preparation of Nd-enriched particles from NdFeB sintered magnets using no acid or basic solution...
The preparation of Nd-enriched particles from NdFeB sintered magnets using no acid or basic solution...
Phase coexistence in the Fe-Nd binary system has been investigated by metallography, x-ray diffracto...
NdFe10+xMo2-2xTix compounds with 0 less than or equal to x less than or equal to 1.0 have been prepa...
A new reduction-diffusion method for preparing submicron-sized Sm2Fe17N3 was developed. First, submi...