The Center For The Accelerated Maturation of Materials

Accelerated Metals Development by Computation Experimental and Computational Tools for the Digital Representation and Prediction of Microstructure and its Incorporation in the Designer’s Knowledge Base Microstructural and Mechanical Property Model Development for Wrought Titanium Alloys Advanced Ti Alloys Applications for Affordability Visualization, Imaging and Modeling: Shared Instrumentation in Materials Research and Education Phase Stabilities in Nano-scaled Metallic Multilayers Powder Metallurgy Processing Accelerated Development of Titanium Alloys for Implant Applications Automated and Accelerated Characterization of Nano-scaled Particulate Probing the Early Stages of Second Phase Nucleation and Phase Separation in Titanium Alloys

Characterization at the Nano-scale for Undergraduate and High School Students CAMM (High School) Intern Research Program Undergraduate Research in CAMM

Industrial Partnerships Consulting Services

Sino-US Partnership in Materials Research and Education Indo-US Partnership on the Influence of Reduced Dimensions on the Structure and Properties of Nanocomposite Thin Films CAMM's Partnership with the ARC Centre of Excellence for Design in Light Metals at Monash University, Australia CAMM’s Partnership with the IRC at the University of Birmingham (UK)

MSE ____ MSE ____

Scintag PAD V

Overview and
Technical Details

Images

This general research diffractometer is primarily used for the identification of phases in powder form. Scans are typically obtained from 10 to 70 degrees 2q. The features include:

Cu anode, 2kW sealed tube x-ray source with fully interlocked cabinet to shield against x-rays
Liquid Ni cooled Ge detector
Pole-figure goniometer with scintillator detector
Scanning, pole figure, rocking curve features
Pin-diode energy sensitive detector to reduce fluorescence problems
MicroVAX data acquisition system

ICDD/JCPDS database for search-match