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Surface phase composition of the TiO2 particles was controlled by increasing the calcination temperature and confirmed using XRD, visible and UV Raman spectroscopy.
The carbon content was controlled by increasing the current of the carbon target power from 0 A to 5 A. The surface morphology, cross-sectional microstructure, phase constituent, chemical bonding energy and mechanical properties of coatings were characterised by means of XRD, SEM, XTEM, XPS, and nanoindentation.
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Therefore, the T.D.S. increasing is controlled by increasing of these cations and anions.
The relative density of the material is controlled by increasing void number and overlap.
The thickness of the grafted PCL shell can be controlled by increasing reaction time.
It can be controlled by increasing the backpressure of the bleed region.
The particle size of SnO2 can also be controlled by increasing the annealing temperature.
In the equation, the parameter n is the only parameter that can be controlled by increasing community awareness.
This is because Cl content in the melt is controlled by increasing incompatibility in opx and the dissolution of opx with increasing α.
It is shown that the magnetic anisotropy of nanocrystalline ribbon of Fe73Cu1Nb3Si16B7 alloy in the toroidal core can be controlled by increasing of tensile stress applied during its preliminary rapid heating.
The cable's interstrand coupling currents can be controlled by increasing the interstrand contact resistance by: adjusting the level of native oxidation of the strand, coating it, or by inserting a ribbon-like core into the cable itself.
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CEO of Professional Science Editing for Scientists @ prosciediting.com