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Ms. Williams-Ellis studied surface pattern design and shape design at Dartington College of Arts in Totnes, England, where her tutors included the potter Bernard Leach.
We studied surface plasmon-induced emission of semiconductor quantum dots (QDs) on engineered metallic nanostructures.
SPV probes light-induced variations in the electric potential of a studied surface, mostly in semiconductors and insulators [8].
Drug release profiles from PSi DBR particles show sustained release behavior from all three studied surface chemistries.
Measures are taken on several points crossing the studied surface according to two perpendicular axes with a step between 1.5 and 2 cm.
No detectable effect of HG in septic plasma on studied surface makers, due to the huge changes caused by septic plasma.
Gryczynski et al. studied surface plasmon-coupled emission of semiconductor QDs on a glass slide covered with 50 nm of silver and a 5-nm protective SiO2 layer.
The projection of the studied surface on a family of wavelets allows us to identify the scale hierarchy present in the pattern.
Two methods of surface modification were studied: surface hydrolysis by immersion in sodium hydroxide, and immobilization of collagen onto PCL film surface.
The studied surface morphologies were changed from pyramidal to spherical by increasing the cobalt content and the amount of SiC nano-particles.
Scanning electron microscopy revealed that, at the highest stresses studied, surface cracking occurred, which became progressively more severe as the time of treatment increased.
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