alb10812633

Ultra-Low-Temperature (1.1 K) Ultra-High-Vacuum Scanning Tunneling and Atomic Force Microscope (STM-AFM). It has a 3T Magnetic Field. It is used for atomic manipulation, atomic and molecular magnetism studies, and research on physics at surfaces of functional materials. Nanotechnology. Laboratory. CIC nanoGUNE Nano science Cooperative Research Center. Donostia. San Sebastian. Gipuzkoa. Basque Country. Spain.

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Caption:

Ultra-Low-Temperature (1.1 K) Ultra-High-Vacuum Scanning Tunneling and Atomic Force Microscope (STM-AFM). It has a 3T Magnetic Field. It is used for atomic manipulation, atomic and molecular magnetism studies, and research on physics at surfaces of functional materials. Nanotechnology. Laboratory. CIC nanoGUNE Nano science Cooperative Research Center. Donostia. San Sebastian. Gipuzkoa. Basque Country. Spain.

Credit:

Album / Javier Larrea

Releases:

Model: Yes - Property: Yes
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Image size:

6567 x 4286 px | 80.5 MB

Print size:

55.6 x 36.3 cm | 21.9 x 14.3 in (300 dpi)

Keywords:

ATOMIC FORCE MICROSCOPE • ATOMIC MANIPULATION • ATOMIC • BASQUE COUNTRY • CIC NANOGUNE NANO SCIENCE COOPERATIVE RESEARCH CENTER • COLOR • DONOSTIA • FUNCTIONAL MATERIALS • GIPUZKOA • HORIZONTAL • INDOOR • INTERIOR • LAB • LABORATORIO • LABORATORY • LABORATORY; LAB • LIGHT-EMISSION • MOLECULAR MAGNETISM STUDIES • NANOTECHNOLOGY • NO PEOPLE • PHYSICS • RESEARCH • SAN SEBASTIAN • SPAIN • STM-AFM • SURFACES • TUNNELING MICROSCOPY STUDIES3T MAGNETIC FIELD • ULTRA-HIGH-VACUUM SCANNING TUNNELING • ULTRA-LOW-TEMPERATURE • WITHOUT PEOPLE