Anysotropic Relaxivity Measurements of Solubilized Multiwall Carbon Nanotubes Suspensions Reveal Molecular Orientation.

Keywords

able accumulate acid addition adducts agent agents aimed align alignment allow allowing anisotropic axial axis becoming bibliography carbon changing classical coil complexes concentration conditions contrast convenient cooled decrease decreasing dependence depict depicted detected determine diameter diffusion directional employing external extremes faculty fast field fields finally form gelling gels gradient home implemented increasing induced inside interactions investigate isotropic isotropically keeping knowledge laboratory length local located longitudinal made magnet maintain manual maps matrix measured melted melting micron mixed molecular molecules moment move normally novel occurs organic orientation orientations oriented oxidized parallel paramagnetic particles perpendicular placed potentially preparation preserving probably probe progressive properties property protocol prove proven reduce reduced reflects report representative respect response reveal room rotation sample saturation scale scanner sidewalls sigma since solid sols soluble solution spherical spherically stacking static statistically straightforward susceptibility suspension suspensions synthesis systems temperature tensor thereafter timescale tissues titration treated tube unravel useful variation varying volume walled water