Scientific articles with LiteScope measurements
Browse the live testimonies of the scientific value of LiteScope: the research publications, where measurements made by our novel AFM-in-SEM were employed. Our library of articles shows strengths of in-situ microscopy and use of AFM-in-SEM solution.
See individual applications & results that our AFM-in-SEM brought to other researchers all around the globe and in different scientific fields. Each of the articles demonstrates the principal strengths of LiteScope and correlative imaging!
Find your research area and read the scientific articles of your interest!
ZrN coating as a source for the synthesis of a new hybrid ceramic layer
New Study Explores ZrN Coating as a Source for Hybrid Ceramic Layers with LiteScope Technology.
Advancements in graphene nanopatterning using focused electron-beam-induced etching
Researchers strive to unlock the potential of graphene, but precise manipulation remains challenging. In-situ experiments using the AFM-in-SEM LiteScope explore how electron-beam exposure affects SiO2 substrate morphology. Findings reveal subtle effects, guiding the optimization of nanopatterning processes for enhanced graphene-based device development.
Control of nanoparticle cellular uptake and therapeutic efficacy through YAP signaling
Explore how YAP signaling influences cellular uptake and response to nanoparticles. This research reveals promising findings using AFM-in-SEM LiteScope to control YAP, enhancing nanoparticle therapy efficacy, particularly for triple-negative breast cancer.
Enhanced component performance through subsurface conditioning in BTA deep hole drilling
Explore how subsurface conditioning in BTA deep hole drilling enhances component performance. Through the analysis of drilling factors and advanced detection methods, researchers strive to enhance surface integrity and ensure the reliability of critical components.
Correlative atomic force microscopy and scanning electron microscopy of bacteria-diamond-metal nanocomposites
Discover the latest breakthroughs in researching the interface between biological organisms and nanomaterials. This article introduces a groundbreaking approach using AFM-in-SEM LiteScope, a novel combination of microscopic techniques, to unravel interaction mechanisms and effects. Dive into the microscopic realm for a concise exploration of this innovative methodology.
Hematene: A sustainable 2D conductive platform for visible-light-driven photocatalytic ammonia decomposition
Researchers from Palacký University Olomouc and the Technical University of Ostrava have developed an eco-friendly method to make ultra-thin 2D hematene sheets, which could lead to better clean energy technology. All that with the assistance of our LiteScope.
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