Structure　modulation　of　rare-earth　barium　cuperates　(REBCO)　superconducting　films　plays　an　essential　role　in　the　flux　pinning　behaviors.　In　this　paper,　nano-composite　EuBa2Cu3O7-delta-BaHfO3　(EuBCO/BHO)　films　were　deposited　by　the　ultra-fast　pulsed　laser　deposition　technique.　All　nano-composite　films　exhibited　high-quality　orientation　under　the　growth　rates　up　to　100　nm/s.　TEM　cross-sectional　analysis　reveals　that　the　EuBCO/BHO　films　have　a　distinct　lamellar　structure,　which　is　related　to　the　periodic　change　of　growth　conditions　during　the　multi-turn　dynamic　deposition.　In　addition,　the　morphology　of　BHO　varies　with　dopant　content,　which　suggests　a　strong　correlation　between　dopant　content　and　the　BHO　self-assembly　mechanism.　Consequently,　the　vortex　behavior　shifts　from　giant-flux　creep　to　vortex-glass　formation　at　the　thermally　activated　flux　flow　region　as　the　dopant　content　increases.　The　primary　flux　pinning　behaviors　change　from　random　to　correlated　pinning　with　the　increase　of　dopant　content　at　4.2　K.　Due　to　the　larger　contribution　of　the　correlated　pinning　machinimas,　the　8%　BHO-doped　EuBCO　film　exhibits　the　highest　Jc　value　at　4.2　K,　with　moderate　fields　(below　8　T)　among　all　the　three　films.　At　4.2　K　and　14　T,　the　6%　BHO　doped　EuBCO　film　has　the　highest　F-p　value　attributing　to　the　predominate　random　pinning　mechanism.　(c)　2022　The　Authors.　Published　by　Elsevier　Ltd.　This　is　an　open　access　article　under　the　CC　BY-NC-ND　license　(http://creativecommons.org/licenses/by-nc-nd/4.0/).