mmc2023 incorporating EMAG 2023 Abstract Database
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Ultimate control for novel experiments with JEOL TEM/STEMs
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Ultrahigh X-ray imaging operando study of sonoprocessing of advanced structural and functional materials
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Ultramicrotomy reveals biotechnological synthesis conditions to control the size and location of microbially supported Pd nanoparticles
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Ultrathin Metal Coatings as a Solution for Successful SEM Imaging of Nano-electrospinning Fibers.
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Understanding local chemistry in cross-sectioned lithium-ion battery cathode through secondary electron hyperspectral imaging
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Understanding mesoporous nitride semiconductors using electron microscopy
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Understanding multi-phase nano-scale structural complexity of reacted SiC coating of TRISO particle using STEM and unsupervised clustering
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Understanding short range order in disordered rocksalt cathodes from diffuse scattering and ADF images
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Understanding the role of the solid-electrolyte interphase for Li and Na rechargeable batteries by operando liquid-cell transmission electron microscopy
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Understanding Zn Dendrite Growth in Different Aqueous Electrolytes by in situ liquid cell TEM
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Using 3D Printed Optics for Fluorescence Microscopy
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Using advanced microscopy and microfluidics to study evolutionary processes involved in the emergence of AMR
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Using AFM and automated image analysis to study the correlation between cell shape and bacterial cell wall fibre network orientation in B. subtilis
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Using cryo-S/TEM to identify changes in surface chemistry on food grade titanium dioxide particles suspended in cell culture media.p
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Using Deep Learning based reconstruction techniques to improve image quality and reduce scan times of plant biology samples scanned with X-ray microscopes
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Using Inexpensive 3D-Printed OpenFlexure Microscopy Allows Microfluidic Antibiotic Susceptibility Testing
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Using Live Imaging Techniques to Measure the Membrane Tension of Cells in Xenopus laevis 3D Tissues
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Using mass spectrometry imaging to dissect metabolic heterogeneity of tumours.
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Using multiscale and correlative spectromicroscopy to explore the metallomics of neurodegenerative disorders
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Using SEM to Solve Routine TEM Problems