top of page

Facility

그림6.png

UHV sputtering system

Specification

  • Main chamber, Load lock chamber          

  • 8 sputtering sources in main chamber    

  • ​Base pressure: 10 X 10 ^-9 Torr           

  • In-situ annealing temperature up to 800~900℃

그림8.png

Ion - Milling system

Specification

  • Base Pressure: 10 X 10^-7​                                  

  • 2 Spu​ttering Gun                                       

  • Gridded ion source                                   

  • ​RF(0.6kW), DC(1kW) Power​

장비(Mask aligner).jpg

Mask aligner

Specification

  • PR solution (AZ GXR 601 [Positive])         

  • Spin coating                                               

그림1.png

XRD

Specification

  • Basic high-resolution XRD analysis (0D detector mode)

  • Equipped with a LynxEye detector supporting both 0D and 1D detector modes for reciprocal space mapping (RSM)

  • Enables X-ray diffraction analysis of various solid samples (powders, ceramics, single crystals, epitaxial/polycrystalline/amorphous thin films)

volta.jpg

​Harmonic measurement system

Specification

  • ~2T Magnetic Field (VOLTA)

  • ~1.5T Magnetic Field ​(VOLTI)

  • Current and voltage biasing available

  • In-plane/out-of-plane rotation

  • vertical-axis rotation

장비(저온측정).jpg

Low T FMR measurement

Specification

  • ~1.5K

  • ~9T Magnetic Field

  • Sample rotation available

FMR Kit.jpg

Electrical Measurement System 

System Overview

  • The FMR Kit enables precise characterization of magnetic dynamics in ferromagnetic thin films and nanostructures. 

장비(MOKE).jpg

MOKE

System Overview

  • The MOKE measurement system analyzes the magnetic properties of a sample by detecting polarization changes in reflected laser light. It consists of a laser source, optical components, a magnetic field unit, and detectors to measure magnetic hysteresis.

장비(NV Center Measurement system).jpg

NV Center Measurement System
(Planned)

System Overview

  • The NV Center Measurement System probes magnetic and quantum properties by optically detecting spin states of nitrogen-vacancy centers in diamond.
     

Department of Physics and EHSRC, University of Ulsan

8-310, 93 Daehak-ro, Nam-gu, Ulsan (44610), Korea

safdsfdz.png
bottom of page