PANSCAN FAMILY
PANSCAN LUMIN
Overview
RHK introduces the PanScan Lumin-SLT, a family of cryogenic STM/AFMs with integrated optics providing industry leading light collection efficiency. The Lumin-SLT’s combination of high efficiency optics and high stability SPM enables the study of the interplay among morphological, optical and electronic properties of a wide range of materials.
Ideal For
- Cathodoluminescence (CL)
- Photoluminescence (PL)
- STM Light Emmission (STM-LE)
- Raman Spectroscopy
Features
- Up to 70% light collection efficiency
- Optical wavelengths from Deep UV to Far IR
- Integrated parabolic mirror with in-situ 3D nanopositioners
- Atomic Scale Resolution from 9K to 400K
- Simultaneous SPM and optical measurements
- Cryogen-free and flow cryostat versions available
- Ultra Low Drift measurements
Specifics
- LT STM and AFM
- Chilled Tip & Sample at uniform temperature
- mK & High Magnetic Field Compatible
- Eliminates the need for expensive cryogens
- Maintains temperature indefinitely
- Never run out of liquid He during an experiment again!
- Stable low temperature imaging for everyone
- Atomic resolution 15-400 K
- Optional 9-400 K version
- XY drift as low as 0.2Å/hour
- Z drift as low as 0.2Å/day
- Superb STS
- Integral X-Y Offsets
- In-Vacuum Tip Exchange
- STM and optional AFM-qPlus, switchable in vacuum
- Sample size: 10mm x 10mm (standard), uses typical flat plate sample holder
- Imaging from LT to 400K
- Able to retract tip and re-approach in same area with high accuracy
- Non-magnetic construction appropriate for high-Tesla environments
- Coarse positioning XYZ: 5mm x 5mm x 8mm
- Scan range: 6 μm x 6 μm XY at RT
- Change probes without removing sample
- Optional improved optical access for <4µm resolution
- Precise positioning of the probe onto a specific area of the sample with a precision of better than 2 microns
- Light and lens can be adjusted to provide optimum contrast for low contrast samples such as graphene
- Capability available on up to three separate chamber ports
Documentation
R9plus FAMILY
PUBLICATIONS
Below is a partial bibliography with references to our PanScan Lumin. We make every effort to include as many papers as possible, but it is unlikely that we catch them all. Please email us if you have recently published a paper using the PanScan Lumin or if you wish to receive more information on a specific application.
Publications
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Low-Energy Cathodoluminescence of Type-1 CdSe/ZnDdS Quantum Dots
Wesley Kardex Cordeiro de Oliveira,* Catalina Ruano Merch.n, Luana A. Reis, Jeong Woo Park, Wan Ki Bae, Lazaro A. Padilha, and Luiz Fernando Zagonel