Furthermore, the impact of Ga composition on the performance of HE-NTFETs is studied.
However, the influence of lipid composition on the performance of hybrid NPs has not been well studied.
However, the impact of lipid composition on the performance of lipid-PLGA hybrid NPs as a delivery system has not been well investigated.
Several series of membranes composed of microporous poly(propylene) substrates filled with polyelectrolyte gels of different chemical structure, polymer concentration and charge densities have been prepared in order to examine the effect of polyelelctrolyte composition on the performance of these membranes in nanofiltration.
Both defined and complex media have been employed for PGA production, but no reported studies have addressed the influence of medium composition on the performance of processes used for PGA recovery from cell lysates.
A methodology based on design of experiments (DoE), high-throughput experimentation (HTE) and knowledge extraction was developed to study the influence of a multitude of preparation variables other than composition on the performance of supported catalysts.
This technique has been developed for use in a systematic investigation of the effects of wind speed, flaring rate, and fuel composition on the performance of continuously operating flares used in the energy industry.
However, up to now, the effects of substrate (such as morphology, size, material composition) on the performance of electrochemical sensors have been mainly focused on metal platform, while the investigation about metal oxide substrate has not been reported in detail.
In this work the influence of crucial surface parameters including roughness, polarity and chemical composition on the performance of bonded repairs is studied.
Parametric studies are made to investigate the influence of the system pressure, gas filling velocity and gas mixture composition on the performance of hydrogen purification system, and to propose guidelines for optimal design of PSA system for hydrogen purification.
