The intriguing revelation that 12 pentagonal «defects» convert a planar hexagonal array of any size into a quasi-icosahedral cage explains why some intrinsically
planar materials form quasi-crystalline particles, as appears to occur in the case of soot.
Vohnsen and Valente speculate that this type of sensor may find applications in the quality inspection of
planar materials, films, and coatings.
The result transforms
these planar materials into well - defined, 3D frameworks with broad geometric diversity.»
«3 - D «pop - up» silicon structures: Transforming
planar materials into 3 - D microarchitectures.»
Not exact matches
«A key, unique feature of these approaches to 3 - D microarchitectures is that they work equally well with a very wide variety of
materials, including the highest performance semiconductors, such as device - grade silicon, and fully formed, state - of - the - art
planar devices and systems,» said Rogers, a longtime collaborator of Huang's.
«We have presented a remarkably simple route to 3D that starts with
planar precursor structures formed in nearly any type of
material, including the most advanced ones used in photonics and electronics.
SPR is the basis of many standard tools for measuring adsorption of
materials onto
planar metal (typically gold and silver) surfaces or onto the surface of metal nanoparticles.
Autoantibody screening using
planar protein arrays based on Human Protein Atlas protein fragments, with subsequent verification using suspension bead arrays in a larger patient sample
material.
Steve Keister first gained attention in the late - 1970s and early 1980s for suspended
planar sculptures with glowing florescent interiors that incorporated a wide array found
materials to «esthetic and expressive ends.»
Describing himself as a reluctant painter, he creates his signature three - dimensional
planar collages from the build - up of
materials left in limbo in his studio.
A lambent play between surface and
material, the works making up «In Spectral Form» confront the finitudes of the
planar field while simultaneously foregrounding the infinite probabilities born of its rupture.
The new LCD - 4 open - back reference headphone is meticulously hand - built using the finest, most luxurious
materials combined with cutting - edge
planar magnetic technology.
They were pioneers in putting (a proprietary)
planar magnetic designs with extremely thin - film driver
materials and powerful custom magnets inside their headphones.
In a
planar magnetic setup, the part that actually creates sound is an electrostatic - style thin, flexible
material sandwiched between the outer layers of the mechanism.
The introduction of the new OPPO
planar magnetic headphones is a result of many years of research and development led by a team of passionate audio and acoustics engineers, chemical and
material scientists, and audiophiles.
Oh, and the Ella features
planar magnetic technology — special super-thin drivers designed differently from the dynamic drivers that are common to most consumer headphones (as well as the Sadie) for increased accuracy in reproducing recorded
material.