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Fritsch Planatery Ball Mill:

Mechanical alloying is a nonequilibrium processing method, originally developed Fritshto produce oxide dispersion strengthened alloys.  it can be utilized to process large quantities of materials at relatively low cost.  Mechanical alloying has been widely used to produce extremely fine microscturctures, amorphouse alloys, and rare earth permanent magnet materials.

High Energy Ball Milling:

highenergyballmilling

Centorr Arc Melter

Centoor Arc arcmelter is used for the synthesis of various magnetic binary and ternary alloys.

Hydrothermal Synthesis:

Parr hydrothermal bomb units with temperature controller is currently used for the synthesis of oxide nanoparticles and oxide coated core-shell nanoparticles.

Vacuum Chambers:

Ultra-high vcvacuum chambers are equipped with e-beam evaporators and thermal evaporators for thin film deposition. 

Furnaces:

Several high temperature furnacefurnaces (max temp 1200 oC) and tube furnaces (max temp. 1000 oC) are regularly used for calcination. A tube furnace is also equipped to perform hydrogen reduction and nitridation.

Chemical Hood and Storage:

The synthesis laboratory has a chemical hood to carry out wet chemistry in a safe and controlled environment. The laboratory also has adequate chemical storage facility in accordance with the EPA regulations.

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Department of Physics | Phone 901.678.2620 | Fax 901.678.4733 | 216 Manning Hall, Memphis, Tennessee 38152
Last Updated: 2/19/14