The　laws　of　the　crystal　orientation　in　the　annealing　process　of　Ni5W　long　tapes　by　the　reel-to-reel　method　and　Ni5W　short　tapes　by　the　static　method　in　laboratory　are　obviously　different.　Results　show　that　with　higher　heating　rate　of　dynamic　annealing　process,　the　formation　of　Cube　nuclei　is　insufficient　and　the　growth　of　Cube　nuclei　is　slow.　Meanwhile,　Cube　orientation　fraction　stops　growing　and　S　orientation　fraction　does　not　decrease　at　some　point,　and　Cube　orientation　fraction　increases　rapidly　with　further　increase　of　temperature.　With　the　insulation　heat　treatment,　Cube　orientation　nucleation　and　growth　advantage　are　shown　in　static　annealing　process.　In　the　nucleation　stage,　many　Cube　nuclei　are　obtained,　and　Cube　nuclei　grow　rapidly　with　the　increase　of　temperature.　The　relationship　between　the　reel-to-reel　method　and　the　static　method　were　studied　for　guiding　the　recrystallization　annealing　of　long　tapes　which　helps　the　transformation　of　the　study　of　the　short　tapes　to　the　industrialization　of　the　long　tapes.