Assertion: fibril's interaction | /r/CapableOf | organize fibril
Facets:
value: into a well-packed state
type: OTHER
value: with maximized cnf–cnf contacts
type: OTHER
Source sentences:
text: groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Macroscale fibers from nanoscale CNFs are fabricated by hydrodynamic alignment of the fibrils from a surface-charge-controlled sol.
text: (13,17) Before the alignment is diminished by the Brownian diffusion, the second flow of low pH acid enhances the fibril alignment (position 3), while reducing the electrostatic repulsion between the fibrils due to protonation of carboxyl (COO) groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Figure S1 for further details on the experimental setup).
text: groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Macroscale fibers from nanoscale CNFs are fabricated by hydrodynamic alignment of the fibrils from a surface-charge-controlled sol.
text: (13,17) Before the alignment is diminished by the Brownian diffusion, the second flow of low pH acid enhances the fibril alignment (position 3), while reducing the electrostatic repulsion between the fibrils due to protonation of carboxyl (COO) groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Figure S1 for further details on the experimental setup).
text: groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Macroscale fibers from nanoscale CNFs are fabricated by hydrodynamic alignment of the fibrils from a surface-charge-controlled sol.
text: (13,17) Before the alignment is diminished by the Brownian diffusion, the second flow of low pH acid enhances the fibril alignment (position 3), while reducing the electrostatic repulsion between the fibrils due to protonation of carboxyl (COO) groups that allows the supramolecular interactions between CNFs to self-organize the fibrils into a well-packed state with maximized CNF–CNF contacts (position 4) (see Figure S1 for further details on the experimental setup).