Sentence examples for characterization methods has from inspiring English sources
To investigate the structure and properties following characterization methods has been used.
A series of characterization methods have confirmed that metallic Bi is uniformly distributed over the BiOI.
Alongside these developments, a number of characterization methods have been developed which have been reported to be useful in the measurement of key properties of the particulate ingredients.
Multiple characterization methods have been applied to explore the phase structure, elemental composition, optical absorption properties and photocatalytic performance of as-prepared N-CQDs/Bi4O5I2 composites.
At present day, the fine chemical structure of GO remains ambiguous, while the traditional characterization methods have exhausted their potentials in revealing GO chemistry.
The analytic expertise developed in the 1970s has been recovered and innovative advanced characterization methods have been developed to improve the process parameters and to ensure the production reproducibility of coatings.
Most commonly used characterization methods have been reviewed and based on evaluations with experimental data for various fluid mixtures recommendations are made for use of an appropriate model for specific hydrocarbon systems.
Complementary characterization methods have been applied comprising small angle X-ray and neutron scattering – the latter involving the contrast matching technique using fully deuterated fatty acids – polarized and depolarized dynamic light scattering and cryogenic-transmission electron microscopy.
The presented structural characterization methods have been applied both to equilibrium mixtures, where paclitaxel is used to stabilize microtubules, and also to dissipative nonequilibrium mixtures at 37°C in the presence of GTP and lacking paclitaxel.
In view of the important role of comminution and agglomeration in heap leaching systems, both of which have to do with particle size distribution (PSD), improved characterization methods have become of significance in the design and operation of heap leaching systems.
Advanced imaging and characterization methods have permitted the 3-D and phase-specific reconstruction of dense and opaque samples with features that have a length scale on the order of tens of nanometers and comprised of materials with large X-ray mass absorption coefficients.
