NCAFM2023 Programme Booklet

Sponsors

Berlin-based SPECS Surface Nano Analysis GmbH, founded over 30 years ago, creates scientific instruments that revolu tionize surface analysis, materials science, and nanotechnolo gy. Our team of engineers and scientists have introduced new techniques, components, and system concepts each year. SPECS now has over 150 employees and distribution channels in over 16 countries. ARC Sciences (www.arcsceiences.com.sg) is the distributor for Singapore. Contact us for more informa tion at info@specs.com. ARC Science Boson (Beijing) Co., Ltd is a leading manufacturer of UHV-LT/RT STM/AFM/MBE/TOFs 、 closed cycle LHe free SPM. We offer a wide range of customization options to meet your specific needs and guarantee the quality of our products. Contact us via email today to get a FREE trial of our instruments! Boson (Beijing) Co Ltd

Bruker Bruker’s AFMs are enabling scientists around the world to make discoveries and advance their understanding of materials and biological systems. With an unrivaled suite of imaging modes available, Bruker has an AFM technique for every investigation.

CreaTec Fischer & Co. GmbH, founded in 1992, is an established manufacturer of customized and application-oriented scien tific components and systems. Our low temperature microscopes offer ultimate STM, STS, IETS and AFM performance including unique LHe hold times, lowest drift rates, outstanding stability, and various possibilities for optical access to the tunnelling junction. CreaTec evaporators are used in evaporation and analysis systems to generate ultrapure molecular and atomic beams from a large variety of elements and compounds. The operat ing temperatures can range from -80°C to 2400°C. CreaTec Fischer & Co. GmbH

Hi-Tech Instruments

Hi-Tech Instruments (HTI), your dependable partner in solution-specific instrumentation. A team that has garnered an enviable reputation as 'the local partner in Hi-Tech Instruments', HTI takes pride in providing customer specific solutions (imaging and characterizing both micro- and nano-worlds) based on light, laser, x-ray, ion and electron excitation of materials.

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