Research Equipment & Facilities Guidance

4. Equipment
|
name |
quantity |
purpose |
1 |
FE-SEM |
1 |
Analysis of ultra-precision high-resolution surfaces |
2 |
SEM |
1 |
Surface analysis in specimens |
3 |
GC-MSD |
2 |
Qualitative and quantitative analysis by mass |
4 |
RHEOMETER (RHEOSTRESS-1) |
2 |
Analyze the viscosity of a specimen |
5 |
FT-IR SPECTROSCOPY |
1 |
Measure absorbance and transmittance |
6 |
AFM (ATOMIC FORCE MICROSCOPE) |
1 |
Atomic analysis of nanoparticles |
7 |
PSA(PARTICLE SIZE ANALYZER) |
1 |
Analyze sample volume |
8 |
GAS CHROMATOGRAPH |
1 |
Quantitative analysis in gas |
9 |
TLC(THIN LAYER CHROMATOGRAPH) |
1 |
Inorganic analysis |
10 |
ION CHROMATOGRAPH |
1 |
Quantitative and qualitative analysis of anions and cations |
11 |
UV-VIS |
2 |
Measure absorbance and transmittance |
12 |
SEVERS EXTRUSION RHEOMETER(VISCOMETER) |
1 |
Analysis of rheology and viscosity characteristics |
13 |
GOLD & CARBON COATER |
2 |
Sample pretreatment (surface analysis) |
14 |
O'S COATER |
1 |
Sample pretreatment (surface analysis) |
15 |
Impedance meter |
1 |
Electrochemical measuring device |
16 |
AUTO Titrator PH/CON. |
1 |
PH and ION, measure electrical conductivity |
17 |
ULTRA-PURE WATER PLANTS
|
1 |
Production of high purity of water |
18 |
IMAGE ANALYZER |
1 |
IMAGE analysis |
19 |
OPTICAL MICROSCOPE |
2 |
Surface analysis |
20 |
TEM(JEM2010) |
1 |
Structural analysis using an electron microscope |
21 |
GC |
2 |
Sample separation on gas |
22 |
etc |
|
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