Surface morphology , topography , elemental and imaging analysis
Our advanced microscopy techniques , including FESEM , VPSEM , HRTEM and AFM , offer valuable topographical information of materials . They allow our researchers to explore and understand the intricate structures , properties and behaviours of a wide variety of materials , from surfaces and interfaces to internal atomic arrangements .
Raman and PL spectroscopy analysis
Our Micro Raman Spectrometer with PL provides detailed information about molecular vibrations , chemical composition and molecular interactions within a sample . The instrument is also capable of photoluminescence spectroscopy , which involves the measurement of light emission from a sample upon excitation with photons .
Thin film fabrication
Our thin film fabrication uses pulsed laser deposition system coupled with COMPex laser to deliver stoichiometric thin films of wide range materials . The entire deposition process is fully automated .
Diffraction analysis
The capabilities of our XRD tool extend to the analysis of a diverse range of samples , encompassing powders , thin films , bulk materials and nanomaterials . The nondestructive analysis can provide valuable insights into their crystallographic properties , compositions and defects , among many others .
Other capabilities
• STEM analysis ( via FE-SEM , HR-TEM )
• EDX analysis ( via FE-SEM , HR-TEM )
• Cross section analysis
• Structure and texture analysis at molecular level
• Phase identification
• Thin film analysis
• SAED analysis
• Surface roughness analysis
• Photoluminescence analysis .
CONTACT US
Nano-Analytical Platform Building 5 , Level 1 School of Engineering Monash University Malaysia Jalan Lagoon Selatan 47500 Bandar Sunway Selangor Darul Ehsan , Malaysia
Dr Chang Wei Sea Director E chang . wei . sea @ monash . edu T + 603 5514 5677
Azarudin Ahmad Senior Technical Officer E azarudin . ahmad @ monash . edu T + 603 5514 5649
monash . edu . my / research / nap
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