Research Facilities

Research Equipment

UNIST Graduate School of Semiconductor Materials and Devices Engineering has specialized research equipment essential for research in each field.

UNIST Nano Fabrication Center

  • Clean room: Special closed space for manufacturing semiconductor/sensor device (maintenance of temperature and humidity, control of cleanliness)
  • It possesses Class 100 & 1,000 (Class N refers to the number of particles of dust not exceeding N per square foot

Status of Facilities

Contents Details
Area / Class 1,000㎡ / 100 992㎡ vertical layers with multi-layer structure
Yellow zone 100 class and White zone 1,000 class
Composition of Equipment(units) Photo 9 E-Beam lithography 1, Mask aligner 2, Nano imprint 1, Spin coater 3, 2 microscopes
Thinfilm 14 Furnace 2, ALD 2, Evaporator 2, LP CVD 1, PE CVD 2, Sputter 2 & etc
Etch 11 Deep RIE 1, RIE 2, ICP 2, Asher 1, Wet Station 5
Inspection & etc 10 SEM, Ellipsometer, Profiler, Dicing saw, Bonder, etc
Total 44 Capable of one-stop fabrication of multi-layer devices, etc.
Number of processes / rate of operation 15,000 cases / 46% It supported more than 15,000 cases of process a year on the basic of unit process with the rate of operation of 46% for the clean room
Area / Class Establishment of new fabrication Opening of new fabrication in jan. 2017 after two-fold expansion of its capacity, structure of vertical layers

Lithography process
Total process of forming MEMS/NEMS patterns and lift-off

Thin film deposition and etching process
Formation of the structure for deposition and dry etching of insulating nonmetallic thin film (oxide film, nitride film, dielectric thin film, etc.)

Measurement of characteristics of device
Experiment for measurement and analysis of contact / non-contact / electric characteristics / images by self-fabricated specimens

Wet cleaning process
Cleaning and wet etching of the surface of specimens using chemicals

Smock Room
Hallway
Wet Station
Yellow room
E-beam litho. room
White room#1
White room#2
White room#3
Diffusion room

UNIST Materials Characterization Lab

  • Equipped with the infrastucture for converged researches in which most advanced and expensive equipment are stacked, the center leads high-precision and high-resolution analysis techniques and supports development of new analysis techniques.

Materials Characterization Lab

Contents Details
Area (㎡) 2,061
Composition of Equipment (units) Electron Microscopic Analysis Center 31 Advanced TEM, HR-TEM, CS-STEM, Normal-TEM, Bio-TEM, FE-TEM, FIB(3), SEM(5), Ultramicrotome(2), PECS, Electron microscope, equipment for pre-processing of specimens(14)
X-ray Analysis Center 6 HPXRD, NXRDX, HRXRD, HRPXRD, MPHPXRD, XRF
Thermal and Property Analysis Center 7 TGA, DMA, DSC, SDT, Seebeck Coefficient analyser, Dilatometry
Spectrometer Center 9 FT-NMR(2), Zeta Potential, FT-IR UV-Vis-NIR Microspectrometer, UV-Vis-NIR(2), AFM-Raman, Confocal Raman
Mass Spectrometer Center 8 MALDI-TOF/TOF, GC/MS/MS, LC/MS/MS (ESI-MS), GPC-MALS, DART-HRMS, UPLC/MS/MS, EA(2)
Surface Analysis Center 7 TOF-SIMS, XPS, XPS (UPS), AFM (2), BET (2)
Number of analysis / rate of operation Total number of analyses: 41,501 cases (Internal: 37,987 + Outside companies: 3,421 + Outside individuals: 93) / Average rate of operation of research equipment: 95.7% (As of 2020)
Surface analysis

TOF–SIMS, XPS, XPS/UPS, AFM

Analysis of composition, molecular structure and trace elements of surface 3D analysis through analysis of depth and distribution

Analysis with microscope

TEM(5), SEM(4), FIB(2), Sample prep.

Observation of nano-scale micro structure and electronic imaging with high sensitivity at the atomic level Analysis of diffraction patterns Fabrication of nano device Observation of nano-scale patterning and image

Mass spectrometry

MALDI-TOF/TOF, GC/MS/MS, LC/MS/MS, DART-MS, GPC-MALS, EA(2)

Verification of the molecular weight of macro-oragnic molecules, Analysis of impurities and byproducts, Qualitative / quantitative analysis compounds

Spectral analysis

NMR(2), FT-IR, Raman(2), UV-Vis-NIR(2), UV-Vis Microspectrometer, Fluorometer(3), Zeta sizer

Training of talents having creative knowledge and entrepreneurship Converged education for new materials / chemistry / physics / machinery / infrastructure, etc.joint research project by general / industrial-academic students

X-ray analysis

XRD(6), XRF

Analysis of crystal structure, chemical composition, and physical characteristics of materials or thin films, Analysis of thickness, roughness and density of ultra-thin films and analysis of orientation of substrates and thin films

Thermal and property analysis

Rheometer, thermoanalyzer (4), apparatus for measuring coefficient of thermal expansion, apparatus for measuring thermoelectric modules

Measurement of pyrolysis, thermal stability, oxidation stability, glass transition temperature, specific heat, melting point, degree of crystallization, etc.

Aberration Correcting Transmission Electron Microscope Lab
High Resolution Transmission Electron Microscope Lab
Focused lon Beam Lab
Scanning Electron Lab
Nuclear Magnetic Resonance Spectroscope Lab
Secondary lon Mass Spectrometer Lab
X-ray Analysis Lab
Integration Room 1
Integration Room 2

UEAC : UNIST Environmental Analysis Center

  • It supports work of national certified certification institutions (persistent organic pollutants measuring institutions and education and research work for top-class environmental analysis.)

Environmental Analysis Center

Contents Details
Area 422 ㎡ Environmental Analysis Center
New Nonorganic Analysis Lab
Composition of Equipment Organic analysis 7 GC/HRMS 3, LC/MS/MS, 2D GC/tof-MS, GC/MS, GC/ECD
Inorganic analysis 4 CP-TQ-MS, ICP-OES 2, LIBS
Pretreatment 34 Rotary evaporator, Dry oven Heating mantle etc.
Sampling device 7 Stack sampler 2, Gas analyzer 2, High volume air sampler 3
Total 52 Capable of analyzing micro-volume impurities
Number of analysis / rate of operation 1800 cases / 46.9% It supported 1,800 cases of analysis with 46.9% rate of operation of equipment in 2020.
Room class of the new Inorganic Analysis Lab Under construction Pre-processing room: 1000 class / Analysis Lab: 100 class
GC/HRMS Lab
Organic Analysis Lab
Inorganic Analysis Lab
Pre-processing Room
Pre-processing Room
Inorganic Analysis Lab (100 class)
ICP-TQ-MS to be introduced(in 2021)

USRRL : UNIST Synchrotron Radiation Research Laboratory

  • It supports diverse advanced researches leading basic sciences and development and researches of mext-generation energy materials, new drug materials, and next-generation display materials.

Conditions and Main Devices by Experiment Mode

X-ray absorption
sepecroscopy XAFS
(Grazing) Small-angle
X-ray scattering (GI) SAXS
(Grazing) Small-angle
X-ray diffraction (GI) WAXD
X-ray single crystal
Crystallography
Light source / spectroscope / resolution(ΔΕ/Ε) Bending magnet / Si(111) dual crystal spectroscope / ~2×10⁻⁴
Focusing mirror system Toroidal, bendable (Coating materials: Rh 5 nm, Pt 35 nm)
Scope of Beam power(photen/s) / energy 2×10¹¹ @10 keV / 520 keV
Beam size (0.8 × 1.6) mm² (0.6 × 0.8) mm² (0.15 × 0.15) mm² (0.12 × 0.12) mm²
Main experiment system
  • 7-element Ge Fluorescence detection system
  • I.C Spec PIPS Fluorescence detection system
  • Battery charge and discharge regulator
  • Multi-sample stage
  • In-situ fuel cell and coin cell measuring device
  • X-ray CCD detector (MX225-HS, Rayonix)
  • GI-SAXS stage
  • solution SAXS stage
  • Penetrating high-temperature stage
  • Penetrating multi-sample stage
  • In-situ battery charge and discharge experiment system (for coin cells and pouch cells)
  • X-ray CCD detector
  • (GI)-WAXD stage (powder, film samples)
  • High-temperature stage (450 ℃ max.)
  • Film tensile experiment system (200N max.)
  • Penetrating multi-sample stage
  • n-situ battery charge and discharge experiment system (for coin cells and pouch cells)
  • Capillary high-temperature stage (500K max)
  • X-ray CCD detector
  • Triaxial goniometer
  • HKL 2000 software
  • Optical microscope
  • Cryojet 5 (85K ~ 500K)
  • Powder diffraction experiment (PXRD)

Composition of beam line

Entrance of 6D UNIST–PAL Beamline
Data & EPICS PC
HKL2000 PC & Optical Microscopy
Experimental Hutch

Experimental mode

(GI)-WAXD modes
(GI)-SAXS modes
X-ray crystallography mode
XAFS mode