Model (Rigaku Nanopix, Length 3.5m)
Microfocused Rotating Anode X-ray (1.2 kW)
Mode (High Flux & High Resolution)
Max. Photon Flux (5 x 108 cps)
Accessible Q-range (0.025 nm-1 < Q < 40 nm-1 )
Measurable Sample Types and Sample Cells
- Solution (Capillary tube)
- Gel (Sealed Sample Cell)
- Solid/Powder (Multiple Sample Cell)
Sample Environments
- Room Temperature
- Temperature Control (0 °C ~ 300 °C)
P-type HPGe
Relative Efficiency : ≥ 20 %
Energy Range : 40 keV ~ 10 MeV
Resolution (FWHM)
(≤ 0.85 keV at 122keV, ≤ 1.80 keV at 1.332MeV)
Peak to Compton Ratio : ≥ 54:1
FWTM/FWHM : ≤ 1.90
Outer Diameter : ≥ 76 ㎜
Realtime Display
Max Count rates : ≥ 100,000 cps
Cu Kα radiation (X-ray Generator Max power ≥ 3kW)
- Type: Sealed Cu Tube with Ni filter
Theta-Theta Goniometer with Horizontal Sample Mounting
Goniometer Circle diameter ≥ 480 mm
Maximum 2theta ≥ 160°
Auto Sample Changing and Spinning System
Minimum Step 0.0001°
Multi-channel 2D detector (0D, 1D, 2D)
Incident Optics
- Automatic variable divergence slit
- Incident soller slit 2.5
Receiving Optics
- Receiving soller slit 2.5
- Special Optics for 2D Detector
Cu Kα radiation (X-ray Generator Max power ≥ 4kW)
- Type: Sealed Cu Long Fine Focus Tube
Theta-Theta High Precision Goniometer with Horizontal Sample Mounting (Minimum Step Size : 0.0001°)
Goniometer Circle diameter ≥ 480 mm
3-Axis Cradle Stage (Chi, Phi, Z Axis)
High Speed Solid State 2D detector (0D, 1D, 2D)
GI-SAXS Module
Incident Optics
- Divergence slit
- Focusing X-ray Mirror
- Two-Bounce Monochromater with parallel mirror (Ge 220)
- Soller slit 0.04 rad
Diffracted Beam Optics
- Soller slit 0.04 rad
- Anti-Scatter Slit
- Parallel Plate Collimator
X-ray Generator
- Micro focus closed tube type for CT
- Voltage range: 20 to 160kV
- Current range: 0 to 5mA
- Max. Power: 300W
- Min. focal spot size: 0.4mm
2D High Resolution Detector
- Pixel Area-Total: 430 x 430 cm
- Pixel Pitch: 139μm
- Radiation Energy range: 40~160kVp
- Frame rate : 20 fps
Manipulator System
- 5축 구동 시스템 (X, Y, Zt ,Zd,Rθ)
CT Processing S/W
- 3D rendering software
- 2D/3D CT 영상 재구성
- Cone Beam CT
Jeonbuk National University, Research Center for Advanced Nuclear Interdisciplinary Technology.
College of Engineering Building No. 8, Room 107 (1st Floor) TEL : +82-63-270-4996
Copyright ⓒ 2020 Jeonbuk National University, Research Center for Advanced Nuclear Interdisciplinary Technology. All rights reserved. If you have any question, send E-Mail to webmaster