Sentences with phrase «microns high»

According to Smithsonian magazine, researchers found that our hand can detect a dot just three microns high.

Not exact matches

This technology involves using a high powered laser to fuse 30 micron layers of powdered metal al directed by input from a digital design.

Macquarie's Deepon Nag believes that while the DRAM industry has the potential to generate sustainably higher cross-cyclical profitability than in the past, there does not appear to be any significant catalysts for Micron Technology, Inc. (NASDAQ: MU) over the next several quarters.

However, by «using a texture rather than a dot, the researchers found the hand can detect roughness just 75 nanometers high» — a nanometer being one thousandth of a micron!

No - Tox HD Food Grade Oil goes through a rigorous, two - micron filtration system to meet the highest standards in cleanliness required by the food and beverage industry.

With embryonic cells migrating as fast as several microns per second, he needed high - speed video that could capture the process.

The images appeared in planes 50 microns apart for red and higher spacings for shorter wavelengths.

The team mixed molybdenum disulfide with water and used the printing process to expel micron - size droplets into an enclosed area about 2 feet high.

«Fortunately, the 1.5 - micron laser we used exhibits the highest permissible exposure for eye safety in the wavelength range from 0.3 to 10 microns.»

Resolution was slightly higher with the optical microscope, but the researchers reported resolution of two microns with the smartphone technology.

The question is whether major chipmakers such as Intel, Micron or Samsung can be persuaded that NRAM can be efficiently and reliably manufactured in high volume.

After the researchers analyzed the inclusions — each just 15 to 40 microns wide, or one - sixth to two - fifths of the diameter of a human hair — they found the inclusions contained the entire range of minerals one would expect of a volcanic rock called basalt that originally formed at the planet's surface and then crystallized under extreme high pressures and temperatures.

All ten of the rovibrational C2H2 transitions expected in our spec... ▽ More We present high - spectral resolution observations from 12.96 - 13.33 microns towards Orion IRc2 using the mid-infrared spectrograph, EXES, on SOFIA.

From near - infrared images taken at 2.2 micron, the team already determined that the storm must reach high altitudes; they will conduct calculations to determine the precise altitude, but based upon its brightness at those wavelengths the team expects it to reach altitudes near the tropopause.

Abstract: We present high - spectral resolution observations from 12.96 - 13.33 microns towards Orion IRc2 using the mid-infrared spectrograph, EXES, on SOFIA.

This is a library of high resolution synthetic spectraranging from the near - ultraviolet (300 nm) to the near - infrared (1.8 micron).

Abstract: We present a high spatial resolution, 10 - 20 micron survey of 65 T Tauri binary stars in Taurus, Ophiuchus, and Corona Australis using the Keck 10 m telescopes.

After a three year observing campaign on the Sloan 2.5 - m Telescope, APOGEE has collected a half million high resolution (R ~ 22,500), high S / N (> 100), infrared (1.51 - 1.70 microns) spectra for 146,000 stars, with time series information via repeat visits to most of these stars.

(HST's primary mirror is 2 microns too flat at the edge, so the corrective optics within WFPC2 were too high by that same amount.).

To feed uncontaminated water to the hot - water drill, a 40 - foot shipping container held a water purification system with filters down to 0.2 microns and then a high - intensity ultraviolet lamp «that blasted any organisms that were still present,» Christner says.

High - resolution spectroscopy of the OH 163.12 micron triplet towards HH 46 and NGC 1333 IRAS 2A was carried out with the Heterodyne Instrument for the Far Infrared (HIFI) on board Herschel.

Using the AKARI high resolution data we find a new «tepid» dust grain population at a temperature of ~ 35K and with an estimated mass of 0.06 sola... ▽ More We use new large area far infrared maps ranging from 65 - 500 microns obtained with the AKARI and the Balloon - borne Large Aperture Submillimeter Telescope (BLAST) missions to characterize the dust emission toward the Cassiopeia A supernova remnant (SNR).

Each egg was scanned at very high resolution - each pixel measuring just 5 microns or the width of a strand of spider silk.

The zircons record this period in the form of a narrow, 2 - micron - thick zone that most likely formed during a brief exposure to very high temperature.

We've chosen a high quality uncoated, non-nano, high micron zinc oxide to provide effective sunblock against skin - damaging solar rays.

Our high - quality FIRE earrings are micron plated — heavily covered in 10.0 microns of 24K Gold — which is 10X times the minimum legal requirement (1.0 micron)!

The highest resolution projector in the model J goes down to 50 microns and while it has a smaller working area than the others, it is capable of producing the finest detail on such items as filigree type jewellery.

Pre-coated stainless steel with a 0.25 micron layer of nitrile rubber ensures consistent distribution of coating with no high or low areas

Despite being only a few microns in diameter Audi confidently states they can light the road 500m ahead with double the range and three times the luminosity of LED high beams.

The city has placed increased emphasis on the high tech industry with businesses such as Hewlett Packard, Healthwise, BodyBuilding.com, and its largest publicly traded employer, Micron Technology.

What are you thinking about a fight against this effect by, for example, the injection in the higher tropsphere of very tiny (1 to 5 microns) aerosols?

AT sufficiently short wavelengths, the temperature of the upper atmosphere and near TOA would have to be a sizable fraction of the surface temperature in order for the Planck function for higher levels to be a small fraction of the that at the surface (example: at 5 microns, relative to T = 250 K and the Planck function at 250 K, a 20 % reduction in temperature reduces the Planck function by about 94.4 %).

The shape of the CO2 absorption band, in terms of CSD per unit CO2 concentration, can be approximated as having a peak at some frequency (designated ν0) or wavelength (about 15 microns for CO2) with, on each side of that peak, a halving of that optical thickness for each amount BW1 or BW2 that one moves away from the center (toward lower or higher frequency, respectively)

Much attention has been given to the CO2 absorption band at 15 microns because this absorption peak has high absorptivity placed in the far - IR region, and the paramitization of its effects have been comparably easy to quantify (Fomichev et al., 1993; Fomichev & Turner, 1998; Kiehl & Briegleb, 1991).

The increased absorption due to higher CO2 decreased the outgoing radiation within a portion of the thermal radiation spectrum (10 - 11 microns).

Observations of earth emission spectra seen outside the atmosphere from satellites should co0ntain components that are emitted from surface that are 333 K or even higher; and this is important since the Wien displacement Law, would shift these emission peaks even further away from the CO2 15 micron nand as the spectral peak moves from its nominal 10.1 microns at 288 K down to about 8.7 microns at 333 K.

A lamp emits significant amount of IR at the 2.7 micron bandwidth and transparency of most glass is quite high at this bandwidth.

On the other hand, with the advent of molecular nanotechnology we may be able to develop micron sized factories with a uniform design, accurate down to the molecular level, capable to convert readily available raw materials to some high energy density, non-flammable, non-toxic chemical using short wave solar photons captured by molecular antennas, with no harmful emissions whatsoever.

The net effect on Earth Venus and Mars from CO2 as a gas is virtually identical demonstrating the limited effect from CO2 beacuse the 14.77 micron band gets so close to saturation by just 300ppmv with further increases like the 950,000 ppmv high pressure concentration on Venus having very little additional effect.

Since those 15 micron photons are impacting a surface that is already radiating away from the hugely more massive surface (speaking at molecular level) those photons will be absorbed and radiated out again because the heat store just below the molecular surface is at a higher energy potential.

Secondly, it is fairly well accepted science that CO2 can absorb LWIR radiation in the 13.5 to 16.5 micron wavelength range, which will put the CO2 molecule in a higher energy state.

By using a particle accelerator and Float Zone Silicon, Rayton Solar plans to produce high - efficiency silicon wafers just 3 microns thick, slashing costs and waste.

If you do that, with a wide band.5 to 50 micron or 70 micron window on a high quality IR camera with high sensitivity, I am pretty confident that you will see the N2 entering.

While testing out Antennas Direct ClearStream Micron XG high definition antenna, I got a few nice surprises.

ClearStream Micron XG (2017) indoor antenna review While testing out Antennas Direct ClearStream Micron XG high definition antenna, I got a few nice surprises.

A micron scale Vacuum ion plating technology was applied to bring colorful and high - intensive body.

And while the Moto G5 proper has a higher - resolution 13MP camera, it's of much lower quality — it's a smaller sensor, with diminutive pixels — than the Moto G5 Plus's 12MP shooter, which has 1.4 micron pixels and an impressive f / 1.7 lens.

Vertu calls the Constellation «The Luxury Performance Smartphone,» and to that end it actually has a set of high - end specs you'd expect to find on a modern phone: 5.5 - inch QHD display, 12MP camera (with 1.55 - micron pixels), Snapdragon 820, 4 GB of RAM, 128 GB storage, 3220 mAh battery, USB - C charging, stereo speakers, wireless charging and a fingerprint sensor.

• High - tech industry veteran who has worked with some of the most influential companies in the Silicon Valley including: IBM, Intel, Apple, Toshiba, Samsung, Motorola, Texas Instruments, ARM, MIPS, LSI Logic, TSMC, UMC, Chartered, Synopsys, Micron, Agilent, NEC America, ST Micro, Altera, Avant!