Vacuum chamber with a glowing blue cloud of atoms that are laser - cooled near the temperature of absolute zero
Ligterink says his team filled
a vacuum chamber with a gas mixture of isocyanic acid and methane and chilled it to 15 K, freezing the gases onto a gold surface.
The NASA experiment took place in
a vacuum chamber with two connected compartments.
Not exact matches
We manufacture and sell automatic baggers, shrink wrap sealers and heat tunnels, skin packaging equipment,
vacuum sealers in snorkel and
chamber models, modified atmosphere machines
with gas flush, medical heat sealers, and flow wrappers.
The experiment, housed in a laboratory adjacent to his office at the University of Washington, is a supercooled, magnetized
vacuum chamber equipped
with a sensitive detector that listens for the microwave «ping» of passing particles called axions.
For this particular research, the scientists tested samples of common salt — sodium chloride — along
with mixtures of salt and water, in their
vacuum chamber at Europa's chilly surface temperature of minus 280 degrees Fahrenheit (minus 173 Celsius).
To take an up - close look at the gold nanoparticles in action, the researchers made a
vacuum - tight microfluidic
chamber by pressing two silicon - nitride semiconductor chips together
with a 150 - nanometer spacer in between.
Conventional sputtering processes involve bombarding a solid object such as an ingot of titanium, referred to as the target,
with energy - rich ions in a
vacuum chamber.
Zewail's team used a laser to fire a pulse of photons into a
vacuum chamber filled
with a heavy form of methane containing two iodine atoms.
Each LIGO interferometer has two 4 - kilometer - long arms
with mirrors at either end, housed in a giant
vacuum chamber.
Typically, a RGA is connected to a researcher's high -
vacuum chamber,
with the probe end of the RGA inside the
vacuum chamber, and the support electronics hanging outside in the room.
While the dots settle, a small quantity of other atoms (for example magnetic ones) can be introduced into the
vacuum chamber,
with some becoming a part of the emerging dots.
To find out, Xu and his adviser Sidney Nagel along
with colleague Wendy Zhang used high - speed photography to study the splash of ethanol drops as they landed on a glass plate inside a
vacuum chamber.
The researchers said that their method of attaining fusion in a
vacuum chamber can be replicated
with «100 per cent accuracy», but the reports have failed to convince the sceptics.
This
chamber is filled
with dry air — at a pressure of about 1 atm — to prevent the electronics package from overheating, while the high -
vacuum probe end of the RGA is specifically designed to protrude out of the
chamber so it can perform gas sampling.
In the new study, researchers placed tiny particles of silicon carbide (one represented by the group of tan molecules in this artist's concept) covered
with graphite (hexagonal networks of gray atoms) in a
vacuum chamber that duplicated the deep - space conditions surrounding many stars (temperatures between 900 and 1500 kelvins and pressures less than one - billionth that found at Earth's surface).
They also have been tested successfully in a JPL thermal
vacuum chamber,
with total
vacuum conditions and temperatures of minus 76 degrees Fahrenheit (minus 60 degrees Celsius) to simulate the conditions of space.
In the original experiments, a palladium plate inside a
vacuum chamber was saturated
with deuterium gas.
With colleague Fred Baas, he installed equipment to chill a shoebox - size
chamber to within several degrees of absolute zero and depressurize it to a near
vacuum.
For the intrinsic defects, the researchers used a process called «atomic layer deposition,» placing the graphene membrane in a
vacuum chamber, then pulsing in a hafnium - containing chemical that does not normally interact
with graphene.
The ESRF storage ring has a circumference of 844 metres and consists of 32 cells, each comprising a long straight section (for the location of the insertion devices) and an arc
with a very precise sequence of magnets,
vacuum chambers and beam diagnostics.
Pelco BioWave Pro microwave oven
with ColdSpot, SteadyTemp, and
vacuum chamber options for maximum microwave sample preparation flexibility
By tracking the diameters of microscopic water droplets in an evacuated
chamber (meaning,
vacuum - sealed
with nothing inside, not even air) and illuminating them
with lasers, the scientists were able to record measurements of unprecedented precision.
In addition to the second generation L88 open -
chamber engine and other lightweight features, Costanzo's Corvette came equipped
with the mandatory L88 RPO's: M - 22 «rock crusher» four speed transmission, J - 56 heavy duty brakes, F - 41 special front and rear suspension, J - 50
Vacuum Power Brakes, and the K - 66 Transistor Ignition.
That's because Waterfi physically opens your device, while Liquipel just covers it
with a gas that turns solid in a
vacuum chamber and binds to the device.
Referring to the 1956 textbook
Vacuum Deposition of Thin Films, he purchased a vacuum chamber and coated sheets of glass with laminates and metallic
Vacuum Deposition of Thin Films, he purchased a
vacuum chamber and coated sheets of glass with laminates and metallic
vacuum chamber and coated sheets of glass
with laminates and metallic films.
While this technology was originally developed for the detection of leaks in a
vacuum chamber,
with some minor modification and training, ConEd's employees have successfully used it for SF6 leak detection.
Familiar
with, Tenney, Thermotron, Envirotronics, Unholtz - Dickie, Watlow, Kenny, and multiple ranges of
vacuum chambers.