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Byu clean room.
One eyring science center esc lab features an eroding canyon in miniature where geology students learn from the power of water.
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Smalley electro holography.
Our cleanroom is a class 10 cleanroom located on the byu campus used for research in solid state optoelectronics photonics nanotechnology microfabrication mems micro fluidics etc.
This site is intended to be a resource for on site byu users as well as visitors doing research in microfabrication and semiconductor processing.
Quick links ellipsometry calculator.
Cleanroom equipment list itemized list of all equipment we have access to in the byu cleanroom facilities.
Brigham young university provo ut 84602 contact us.
Click here for a detailed image map of the equipment layout in our class 10 cleanroom facilities.
Training sessions are scheduled the 2nd and 4th thursday of each month from 1 to 4 p m.
Obtain access to cleanroom.
Diffraction grating calculator background a diffraction grating is a material that contains a large number of parallel slits separated by a distance d.
Expand all compress all map detailed image map of byu class 10 cleanroom facilities.
Please review the cleanroom map before attending and familiarize yourself with any equipment you think you might be using.
Etch rates and products for semiconductor etching.
Brigham young university today announced the creation of the david e.
Thermal emission of electrons from a filament source usually tungsten is used to heat samples to high temperatures.
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Typically electron beams are used when required temperatures are too high for thermal evaporation.
Etch rates for silicon silicon nitride and silicon dioxide in varying concentrations and temperatures of koh.
2 attend the in lab training.
The new center was made possible by a 40 million endowment from the sorensen family longtime supporters of byu and members of the byu president s leadership council.
Hawkins optofluidics photonics.
Sorensen center for moral and ethical leadership.
In a low lit room a few doors down an intricate arrangement of mirrors turns laser beams into a web of light.
All information is from transene.
This is a 3 hour session that focuses on use of the lithography equipment and locations of safety equipment.
In a room farther down still microphones sit submerged in a 12 foot long tub of water used to refine sonar technology.
