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University of Nebraska- Lincoln-Mechanical and Materials Characterization

University of Nebraska- Lincoln-Mechanical and Materials Characterization is listed as an academic core research supplier in the Scientist.com network, with 1 site in 1 country.

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Sites 1
Countries 1

Logo University of Nebraska, via Wikimedia Commons, Public domain. Shown to identify the organization; it may be a registered trademark.

Services

What this research supplier says it provides, as listed in the Scientist.com network.

Type of company: Academic core

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Source: Scientist.com supplier network

Where it operates

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  • United States Lincoln 1 site

Source: Scientist.com supplier network (site locations)

About this supplier

In the supplier's own words, as listed in the Scientist.com network.

Each sputtering system has three guns: two dc guns for conductive targets and one rf gun for conductive or nonconductive targets. The system is computerized to control the positions of the deposited substrates and twelve samples can be prepared in one vacuum run to avoid undesired changes of preparation conditions for one series of samples. The base pressure is about 1~3 x 10-7 Torr, and the preparation conditions, such as Ar pressure during sputtering and the sputtering rates of the targets, can be adjusted by controlling the Ar flow, sputtering power, etc. Currently there are two gas...

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Each sputtering system has three guns: two dc guns for conductive targets and one rf gun for conductive or nonconductive targets. The system is computerized to control the positions of the deposited substrates and twelve samples can be prepared in one vacuum run to avoid undesired changes of preparation conditions for one series of samples. The base pressure is about 1~3 x 10-7 Torr, and the preparation conditions, such as Ar pressure during sputtering and the sputtering rates of the targets, can be adjusted by controlling the Ar flow, sputtering power, etc.
Currently there are two gas channels, which may be expanded to four channels, and chemical gas reaction sputtering can be performed. The substrate temperature can be varied from room-temperature to about 700°C. Each sputtering system also has one evaporator which can be used to evaporate thin films or fine particles.

Website
www.unl.edu/ncmn/facilities/matprep.shtml

Source: Scientist.com supplier network, written by the supplier

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