Magnetization Transfer in Lamellar Liquid Crystals

Keywords

ability affect agar aged alcohols allow amount applications applied appropriate assure berger biological black blue care centrifuged characterized chemical circles clarify clinical cloudy coll collected competition complete component composed confirms consistent constituents content contributes control convenient conversely cooled coordination correlation cross crystal crystals decrease decreases detailed determined diffusion discussed disentangle done easily either errors example find fitted fitting form fraction fractions frequencies function glass heated help hydration in vivo increasing individual influence intensity intermolecular known length like linked lipid liquid long longer made magnetization many marginal membrane membranes mimic minimize model molar mole molecular motion numerous observe occurs participating percent permutations phys physics picture plotted power predominantly primarily primary properties proportional proteins proton protons quench radiology reflects relatively report representative responsible rotational sample samples saturation scenario sealed selectively semisolid sense shape significantly sodium solid species sphere spin stable starch studies surfactants system systems table temperature though transfer typically underlying uniformity uniformly vials water