LT STM Low Temperature Operation at T < 5 K Lowest Thermal Drift & Highest Stablility Variable Temperature Operation Guided 3D Coarse Positioning 50 Hours LHe Hold Time & Fast Cool Down Safe & Quick Sample / Tip Exchange Optimal dI/dV Spectroscopy |
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XA VT STM Temperature Operation at 50 K - 500 K True pA STM and Spectroscopy Guided 3D Coarse Positioning Variable Temperature Operation In - situ Evaporation capability Optimal dI/dV Spectroscopy
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Old VT STM Temperature Operation at 120 K - 500 K True pA STM and Spectroscopy Guided 3D Coarse Positioning Variable Temperature Operation In - situ Evaporation capability Optimal dI/dV Spectroscopy E-beam beating for sample preparation |
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ARPES(R3000) < 3meV at 2eV pass energy 20eV Kinetic energy Energy Resolution is < 3mV +/- 15 degree Transmission Mode Lens Acceptance < 0.1 degree from 0.1 mm Spot Angular Resolution Variable Temperature Operation ±10°, ±7,5°,±5°,±3° Angle modes Kinetic energy range: 0.5 eV – 1500 eV Bakeable to 150°C |
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LEED Understading Structure of Singe Crystal Surface Long-Range Order of Periodic Surface Structure High Performance Optics Light Shielded Miniature Electron Gun 50 or100 mm z-Retraction Integral Multi-Segment Shutter
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Standard CVD Temperature Operation at R.T. - 1300°C 2D Materials Synthesis
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Thermal CVD Temperature Operation at R.T. - 1300°C Two Furnaces System 2D Materials Synthesis
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Cold-Wall CVD Temperature Operation at R.T. - 1300°C 2D Materials Synthesis High Vacuum System Graphite Heating Zone
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AFM Nanoscale Topography Acquisition Nanoscale Resolution Dynamic Force Microscope Surface Roughness Analysis Height Line Profile
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SEM Nanoscale Resolution 3D Shape Surface Imaging
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Raman spectroscopy 532nm Wavelength Light Source Real-time Spectrum Acquisition Single Spectrum Acquisition Large Area Scan
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Mask Aligner 200nm ~ 300nm Wavelength Light Source Micro/Nanosize Patterning Devices Fabrication
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