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Applied Thesis
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Applied Thesis
In-situ spectroscopy characterized the sub-nanometer CoOx cluster catalysts (CoOx@MFI) encapsulated by MFI zeolite, which exhibited good catalytic performance in PDH reactions
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Benchtop XAFS facilitates the structural characterization of Se-doped NiTe catalysts
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Appl. Catal. B Environ: Uncovering the role of hydrogen peroxide in the pH-dependent ORR performance of Mn-N-C catalysts
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Angew's desktop in situ XAFS reveals the electrolyte cation-dependent kinetics of the OER process in situ for the first time
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Benchtop XAFS facilitates the characterization of atomic-level dispersed active site catalysts, and the scientific research results have been published in top international journals!
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Benchtop XAFS assists in the characterization of molecular-based catalysts, and the scientific research results are published in the form of papers in the top international journal JACS!
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RapidXAFS 2M has made a new breakthrough in the interface stability of lithium batteries in the field of batteries!
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The highly sensitive RapidXAFS 1M helped unravel the relationship between the electron-localized structure of the active site of the bifunctional oxygen electrocatalyst and the catalytic activity
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How can I get high-quality XAFS data in the lab? The high-performance benchtop X-ray absorption fine structure spectrometer RaipXAFS helps you do it in one step!
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RapidXAFS 2M, an Anhui absorption spectroscopy company, assisted researchers in answering reviewer questions, and the paper was accepted by Advanced Materials
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