Examples of 'hydrodynamic diameter' in a sentence

Meaning of "hydrodynamic diameter"

hydrodynamic diameter: In fluid dynamics, hydrodynamic diameter refers to an equivalent diameter of a particle that is settling in a fluid. It is used to simplify calculations and analysis of particle behavior in fluid flow

How to use "hydrodynamic diameter" in a sentence

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hydrodynamic diameter
This distribution is characterized by a mean hydrodynamic diameter.
The hydrodynamic diameter may refer to the number average or volume average.
The diameter of emulsion typically refers to the hydrodynamic diameter.
The average hydrodynamic diameter is obtained using three repeated measurements on three independent dilutions.
Characterization of a representative sample of the hydrodynamic diameter of gold nanoparticle constructs.
The mean hydrodynamic diameter Dh is measured according to Md.
The diameter of a nonspherical particle may refer preferentially to the hydrodynamic diameter.
The micelles can grow in hydrodynamic diameter vía a monomer mediated process similar to crystal ripening.
The sample is eluted by the size exclusion principle according to the hydrodynamic diameter.
PEGylation increased the effective hydrodynamic diameter of the liposomes compared to those that remained unmodified.
The diameter of an essentially spherical particle may refer to the physical or hydrodynamic diameter.
The micelle hydrodynamic diameter was stable upon freeze-drying.
The measure was done to experimentally determine the hydrodynamic diameter and dispersibility of MMNP RhB.
The hydrodynamic diameter of the particles measured by dynamic light scattering is 45 nm.
In certain embodiments, the diameter is the hydrodynamic diameter.

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The mean hydrodynamic diameter of the nanoparticles was measured by quasi-elastic light diffusion.
Stable amorphous particles were obtained with a mean hydrodynamic diameter of 90 nm.
The mean hydrodynamic diameter and polydispersity index ( pi ) are calculated by the instrument software.
Supramolecular aggregates in the form of micelles are observed having a hydrodynamic diameter of 7 nm.
The average hydrodynamic diameter is given as weighted number over all the populations ( Z mean ).
In certain embodiments, the diameter of a nonspherical particle is the hydrodynamic diameter.
The hydrodynamic diameter may be determined from dynamic light scattering ( DLS ) measurements of a particle sample.
The size is the translational diffusion diameter of a sphere, the so called hydrodynamic diameter.
The hydrodynamic diameter of the PLGA particles was measured using dynamic light scattering ( DIS ) instrument.
Particle Size, The size of the particles was evaluated by measuring the hydrodynamic diameter.
Example 3 The micelle hydrodynamic diameter formed utilizing the above methods was destabilized by added salt.
The resulting particles were crystalline with a mean hydrodynamic diameter of 275 nm.
Zave, hydrodynamic diameter measured by PCS.
Particle size analysis by dynamic light scattering indicated a hydrodynamic diameter of 3.1 nm.
Ave, hydrodynamic diameter measured by PCS.
Along the y-axis, “ d ” represents the average hydrodynamic diameter of the droplets in um.
Aye, Hydrodynamic diameter measured by PCS.
Amorphous nano-particles were obtained with a mean hydrodynamic diameter of approximately 220 nm.
An increase in the hydrodynamic diameter was observed after grafting of ovalbumin ( Table 6 ).
The process produced amorphous particles with a mean particle hydrodynamic diameter of approximately 170 nm.
In some embodiments the hydrodynamic diameter of said nanostructure is between 8 and 50 nm.
The sample is eluted, through the size exclusion principle, in dependence on the hydrodynamic diameter 10.
These MNPs have a hydrodynamic diameter of 50nm.
The hydrodynamic diameter of the colloids measured by the diffusion of light was 490 Å.
Only indirectly, therefore, does the hydrodynamic diameter have anything to do with an " actual size ".
Hydrodynamic diameter of CLE was determined using the Zed ziser nano series ( Mc Malvern, USA ).
The term " particles size ", when used herein, refers to the hydrodynamic diameter of the particles.
The mean hydrodynamic diameter of the colloids was 45 Å.
The retention time should be consistent with hydrodynamic diameter of approx 14-20 nm.
The mean hydrodynamic diameter of the colloids was on the order of 41 Å.
Following this preparation method, the nanoparticles have a hydrodynamic diameter of 228 ± 2 nm.
The average hydrodynamic diameter of the colloids was on the order of 64 Å.
The retention time of should be consistent with hydrodynamic diameter of approximately 14-17nm.
Dh is the hydrodynamic diameter ( this is the goal, particle size! ).
Preferred compositions of the invention include SDS/IL-2 microaggregates with a hydrodynamic diameter between 11 nm and 13 nm.

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