Far-ultraviolet radiation is absorbed by nearly all gases and materials and thus requires reflection optics in vacuum chambers.
Matrix resins and fibers are viscoelastic materials and thus exhibit stress relaxation.
Each block is made of homogenous and anisotropic materials, and thus can be easily achieved by metamaterial.
Along with their unique electronic properties, we are discovering unprecedented magnetic phenomena in some of these materials, and thus these efforts represent new directions in fundamental materials science.
Also, as archivists we view ourselves as advocates for use and access to unpublished materials, and thus the statement focuses there.
We believe ElemNet opens a new direction for more robust and faster identification of promising materials and thus, can play a crucial role in accelerating the materials discovery process.
In the absence of extracellular sheaths and iron-based metabolism, lyses of Yersinia cells will lead to the release of bacterial remains and materials and thus on the widespread dissemination of organic matter in rocks.
Thermoset nanocomposites (TSNCs) may offer significantly improved performance over conventional thermoset materials, and thus are attractive for wide industrial applications, especially in the coating industry.
Initial flaws and defects exist in all engineering materials and thus in all structural members; only the degree of imperfection varies.
The synthesis is facile, scalable, tunable and applicable to various substrate materials, and thus represents a powerful tool for the direct modification of surfaces with anisotropic nanostructures.
The composite electrodes showed no capacitance loss due to the increase of internal resistance of the materials and thus, they exhibited ideal supercapacitor characteristics.
