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Metal nanoparticles of Pd, Au, and Cu have been extensively studied, because, due to a reduction in dimensionality, their ferromagnetic polarizations are quite different from those observed in transition metals [1 6].
Fucoidan, extracted from Ecklonia cava, has been extensively studied because of its wide biological activities.
Supercapacitors have been extensively studied because of their higher power density and higher energy density.
The role played by surfactants in the wetting process has been extensively studied because of its huge potential applications.
Discovered in the late 1970s, these features had been extensively studied because they led to distinct biospheres that did not depend on photosynthesis.
The biodiversity of Mediterranean agrosylvopastoral ecosystems has been extensively studied, because the Mediterranean Basin is a crossroad of biogeographical influences between cold temperate biota and subtropical species.
In particular, noble-metal NP films have been extensively studied because of their versatility, chemical stability, and unique optical properties stemming from localized surface plasmon resonances, which lead to enormous local, nanoscale optical field enhancements.
Oral contraceptives used for extended periods of time have been extensively studied because of their potential benefits; however, there have been few publications on extended regimens of vaginal contraceptive rings.
Over the last decade, lithium sulfur (Li S) batteries have been extensively studied because of the abundance of sulfur, their environmental benignity, and high gravimetric (2600 W h kg−1) and volumetric (2800 W h L−1) energy densities.
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Temperature sensitive polymer hydrogels are being extensively studied because of their potential applications in biomedical, robotics, and chemical industry.
The manufacture and properties evaluation of Co-based thin film alloys are extensively studied because of their magnetic properties that make them a critical element in many different applications and devices.
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