Sentence examples for the excellent size from inspiring English sources

The average hydrodynamic size of the PTX-loaded nanoparticles is approximately 110 ~ 140 nm in diameter, which is in the excellent size range for accumulating readily in the tumor vasculature due to enhanced permeation and retention effects [33].

The average hydrodynamic size of the FA-DM1-NPs is approximately 126.6 ± 3.5 nm in diameter, which is in the excellent size range for readily accumulating in tumor vasculature due to the enhanced permeation and retention effects [30, 32].

Size distributions of the NPs analyzed by dynamic light scattering (DLS) were 121.1 ± 3.9 nm, and 121 nm of mean diameter was in the excellent size range for accumulating readily in tumor vasculature due to enhanced retention and permeation effects [20, 21].

The tailor-made nanocomposites based on cagelike polymer templates are promising for the design of novel functional materials, where both the excellent size control and monofunctionality of Cage- co-PMMA are exploited.

The nanosystem exhibited excellent size (~200 nm) and photo- and thermal-stability, preferable reactive oxygen yield and temperature response (50.4 °C) under 808 nm laser.

At 6-foot-6 and still growing, he possesses excellent size for the shooting guard position and is a fluid athlete as well.

Conditions were identified that enable the synthesis of polymer-tethered ZnO with excellent size uniformity and dispersion characteristics using the star-template method.

The indirect-mode JPS process has excellent size uniformity, materials flexibility and process stability, permitting great potential for broad applications.

This facile processing route provides for excellent size control of the HCNS product via appropriate AgNP template selection.

With a window size of 300 nm or below, they were able to grow exactly one Ge QD at the center of each window with excellent size uniformity, which was attributed to nucleation and diffusion kinetics, and/or strain energetics.

Herein, we report a rapid methodology, demonstrating improved nanoparticle recovery and excellent size resolution, for the characterization of gold nanoparticles in dietary supplements using asymmetric flow field flow fractionation coupled with visible absorption spectrometry and inductively coupled plasma mass spectrometry.