Crystallographic　alignment　and　magnetic　anisotropy　were　studied　for　NdxFe94-xB6　(x=8,　9,　10,　11)　ribbons　prepared　via　melt-spinning.　Effect　of　Nd　content　and　wheel　speed　on　the　crystal　structure　and　magnetic　properties　of　the　ribbons　was　investigated.　Both　the　free　and　wheel　side　of　the　ribbons　could　obtain　strong　c-axis　crystal　texture　of　Nd2Fe14B　phase　perpendicular　to　the　ribbons　surface　at　low　wheel　speed,　but　the　texture　weakened　gradually　with　the　increase　of　the　wheel　speed.　Increase　of　Nd　content　led　to　better　formation　of　crystal　texture　in　the　ribbons,　indicating　that　the　alpha-Fe　phase　might　undermine　the　formation　of　crystal　texture.　Magnetic　measurement　results　showed　that　the　magnetic　anisotropy　of　the　ribbons　exhibited　corresponding　behavior　with　the　invariance　of　the　c-axis　crystal　texture　of　Nd2Fe14B　phase　in　the　ribbons,　and　the　coercivity　of　the　ribbons　rose　with　the　increase　of　both　Nd　content　and　wheel　speed　during　melt-spun　process.