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1. Crystal Structure and Preferential Site Occupancy in Cs6Mn(H2O)2(VO3)8 and Cs5KMn(H2O)2(VO3)8

   https://doi.org/10.1007/s10870-019-00787-4  

   Pellizzeri, Tiffany M.; McMillen, Colin D.; Ivey, Kimberly; Kolis, Joseph W. (September 2019, Journal of Chemical Crystallography)

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2. Disordered interfacial H2O promotes electrochemical C–C coupling

   https://doi.org/10.1038/s41557-025-01859-z  

   Zhang, Hao; Raciti, David; Hall, Anthony Shoji (August 2025, Nature Chemistry)
3. Cross Sections and Rate Coefficients for Vibrational Excitation of H2O by Electron Impact

   https://doi.org/10.3390/atoms9030062  

   Ayouz, Mehdi; Faure, Alexandre; Tennyson, Jonathan; Tudorovskaya, Maria; Kokoouline, Viatcheslav (September 2021, Atoms)

   Cross-sections and thermally averaged rate coefficients for vibration (de-)excitation of a water molecule by electron impact are computed; one and two quanta excitations are considered for all three normal modes. The calculations use a theoretical approach that combines the normal mode approximation for vibrational states of water, a vibrational frame transformation employed to evaluate the scattering matrix for vibrational transitions and the UK molecular R-matrix code. The interval of applicability of the rate coefficients is from 10 to 10,000 K. A comprehensive set of calculations is performed to assess uncertainty of the obtained data. The results should help in modelling non-LTE spectra of water in various astrophysical environments. 

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4. A CO2 and H2O Gas Analyzer with Reduced Error due to Platform Motion

   https://doi.org/10.1175/JTECH-D-22-0131.1  

   Vandemark, D; Emond, M; Miller, S D; Shellito, S; Bogoev, I; Covert, J M (July 2023, Journal of Atmospheric and Oceanic Technology)

   One long-standing technical problem affecting the accuracy of eddy correlation air–sea CO2 flux estimates has been motion contamination of the CO2 mixing-ratio measurement. This sensor-related problem is well known but its source remains unresolved. This report details an attempt to identify and reduce motion-induced error and to improve the infrared gas analyzer (IRGA) design. The key finding is that a large fraction of the motion sensitivity is associated with the detection approach common to most closed- and open-path IRGA employed today for CO2 and H2O measurements. A new prototype sensor was developed to both investigate and remedy the issue. Results in laboratory and deep-water tank tests show marked improvement. The prototype shows a factor of 4–10 reduction in CO2 error under typical at-sea buoy pitch and roll tilts in comparison with an off-the-shelf IRGA system. A similar noise reduction factor of 2–8 is observed in water vapor measurements. The range of platform tilt motion testing also helps to document motion-induced error characteristics of standard analyzers. Study implications are discussed including findings relevant to past field measurements and the promise for improved future flux measurements using similarly modified IRGA on moving ocean observing and aircraft platforms. 

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5. The sputtering of radiolytic O2 in ion irradiated H2O-ice

   https://doi.org/10.1016/j.susc.2021.121797  

   Tribbett, Patrick D.; Loeffler, Mark J. (May 2021, Surface Science)

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