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nanoparticles doped » nanoparticles based (Expand search), nanoparticles applied (Expand search), nanoparticles and (Expand search)
decrease processes » disease processes (Expand search), decay processes (Expand search), increase process (Expand search)
decrease decrease » decrease release (Expand search), disease decreases (Expand search), decreases disease (Expand search)
doped decrease » rapid decrease (Expand search), speed decrease (Expand search), induced decrease (Expand search)
decrease after » increase after (Expand search), disease after (Expand search)
decrease toc » decrease of (Expand search), decrease the (Expand search), decreased to (Expand search)
toc decrease » to decrease (Expand search), the decrease (Expand search), not decrease (Expand search)
nanoparticles doped » nanoparticles based (Expand search), nanoparticles applied (Expand search), nanoparticles and (Expand search)
decrease processes » disease processes (Expand search), decay processes (Expand search), increase process (Expand search)
decrease decrease » decrease release (Expand search), disease decreases (Expand search), decreases disease (Expand search)
doped decrease » rapid decrease (Expand search), speed decrease (Expand search), induced decrease (Expand search)
decrease after » increase after (Expand search), disease after (Expand search)
decrease toc » decrease of (Expand search), decrease the (Expand search), decreased to (Expand search)
toc decrease » to decrease (Expand search), the decrease (Expand search), not decrease (Expand search)
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“.... Photoluminescence spectroscopy indicated the decrease of the violet-blue–green visible emission after adding...”
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“...This research reports a simple, innovative, and low-cost doping method of TiO2 nanoparticles...”
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