Sentence examples for perfect silicon from inspiring English sources

Cree's innovation involved figuring out how to grow perfect silicon carbide crystals that could ultimately be turned into wafers.

An annulus just outside the OSF-ring (centered at r≡Rfree,RCV,max⩽Rfree⩽RΔ=0) is identified where almost no microdefects are present, thereby identifying the temperature field that leads to almost perfect silicon.

The initial RC has a symmetric form with a full width at half maximum (FWHM) Δ FWHM ~12″, which is close to the theoretically predicted value of FWHM for a perfect silicon crystal.

Figure 7 shows denoised version of the gallium nitride and perfect silicon lattices from Figure 3 after application of a median filter (left column) and a low-pass Wiener filter (right column).

Crystals with average detected electrons per pixel are as follows: (A) perfect gallium nitride (0.66 to 3.47), (C) and (E) perfect silicon (0.28 to 1.94) and (0.37 to 6.68), (G) silicon with dislocation (1.4 to 9.7).

(A) Noisy silicon lattice with dislocation (peak 6, PSNR: 2.70 dB), (B) noisy perfect silicon lattice (peak: 6, PSNR: 3.62 dB), (C) and (D) corresponding estimates from adaptive periodic block-matching BM3D using N 1=8, (E) and (F) using N 1=16, and (G) and (H) using N 1=16 and uniform distribution of block estimates.

Which is exactly why I call it the perfect Silicon Valley story: everyone is looking for lightning-rod reasons to hate the Valley right now.

It was, briefly, the zeitgeist's perfect Silicon Valley story: a sex-and-drugs party hosted hosted by since-ousted top-tier VC Steve Jurvetson, at an official Draper Fisher Jurvetson event,attended by multiple billionaires including Elon Musk.

They consist of almost perfect spherical silicon nanoparticles with a very smooth surface, able to scatter (and also trap) light very efficiently in a large-span frequency range.

"The result is Stepford Fruits: gorgeous replicants that look perfect, feel like silicon implants and taste like tennis balls, mothballs or mealy, juiceless cotton wads".

Microelectronic devices with high integration level and functional complexity are always requiring larger diameter and more perfect Czochralski (CZ) silicon wafers.