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Thin films deposition via plasma magnetron sputtering


LabLine Kurt J. Lesker Plasma Sputtering System
5 magnetron targets, 4 DC and one RF
One magnetron target for magnetic materials
4 substrates holder with automated indexing for deposition of individual or multi-layers
Substrates heater up to 450 C
2 Quartz thickness rate monitors (resolution 0.1 A/s)

 

Atomic Force Microscopy


Park NX 10 SPM
Magnetic Force Microscopy with in-situ H field
Piezo-Force Microscopy
Scanning Tunnelling Microscopy
Sample thermal heating stage (up to 120 C)

 

Optical IR non-contact GMR testing


Home made system
IR reflection measurement of magneto-refractive effect
B field up to 0.5T
RT operation
Nitrogen cooled HCT IR detector

 

Piezo-tester and polarization hyteresis loop tracer


aixPES Piezo-ferroelectrics tester
RT to 650 C operation temperature for bulk
RT to 120 C operation temperature for thin films
Piezo-displacement with resolution of pm
PE loops, capacitance and dielectric function measurements
Pyroelectric measurements
Fully versatile for customized testing including retention, fatigue and time effects

 

Bulk ceramics fabrication line

 

Cryogenic VSM and MR multi-physics testing


Vibrating Sample Magnetometer
Superconducting 3T magnet
4 - 700 K VSM operation
Cryogen free closed circuit He compressor
Magneto-resistance, I-V and Hall effect measurement probe
4 - 400 K operation for electrical testing probe

 

Dynamic Light Scattering (DLS) - particle sizer

 

Magneto-Optic Kerr Effect Instrument

 

Magnetically induced Magneto-Electric coupling tester

 

1.8 GHz Impedance Analyser


Applied Materials Society
University of Portsmouth, Burnaby Road, Burnaby Building - Office 2.13, Portsmouth, United Kingdom
Tel: +44 (0)23 9284 2246 ; E-mail: melvin.vopson@port.ac.uk