Spectroscopic Investigations of Hydrogen Bond Network Structures in Water Clusters

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The suppression of free OH band intensity with an increase of n represents the increase of the abundance of 4-coordinated waters.


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We expect that the present characterization method of hydrogen bond networks may be applicable to more complicated, condensed phase water. In IR spectra, we identified the 4-coordinated and 3-coordinated water bands.

Water orientation and hydrogen-bond structure at the fluorite/water interface

We also showed that the abundance of 4-coordinated waters gradually increases with increasing cluster size. The free OH frequency suggests that the surface structures of the large-sized clusters are similar to those of liquid water and ice.


  1. War Slut.
  2. Water structure: Methods!
  3. Mizuse, Kenta;
  4. The observed spectra, in addition to recently reported spectra for large water clusters, are expected to be a benchmark for studies concerning large-scale hydrogen-bonded networks involving hundreds of water molecules. We simplified the IR spectra of hydrated clusters by using an inert gas-mediated cooling technique. Internal energy-dependent spectra were measured and used to investigate dynamics as well as structures.

    Spectroscopic Investigations of Hydrogen Bond Network Structures in Water Clusters

    This method also enabled isomer-specific analyses. The present study showed the tagging or messenger technique is a powerful tool to probe even such relatively large water networks, which fluctuate with thermal effects. Studies on reactive water networks provide us with substantive information on the radiation chemistry of water. Reactivity of water exposed to ionizing radiation should depend on hydrogen bond network structures around the created radicals.

    We therefore hope the findings in this study may be helpful in understanding the detailed processes of ionizing radiation-initiated reactions in liquid water and aqueous solutions. In order to develop our understanding of the nature of hydrogen-bonded water networks, we extended the spectroscopic investigation of water clusters to previously inaccessible regions in cluster chemistry.


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    We established a new experimental scheme and developed a new experimental setup, using it to successfully measure size-selective IR spectra of large clusters as well as highly reactive water clusters. Problems in cluster spectroscopy, internal energy and isomer distribution, were addressed with a systematic cooling method.

    About this book

    The observed findings have provided us with hitherto unrecognized information on the nature of hydrogen-bonded water networks. Print ISBN Electronic ISBN Author: Kenta Mizuse. Water molecules are continuously forming short-lived networks called clusters. These can in turn bind positively charged protons, and such clusters can provide active functional groups in proteins.

    Using infrared spectroscopy, it is possible to determine the bond strengths, geometrical structures and chemical properties of protonated water clusters.

    Product description

    In order to measure the spectrum of molecular vibrations in clusters it is, however, necessary to use other molecules as messengers. A team of physicists and chemists including Dr. Because water molecules can be found virtually everywhere, the new findings will also have a positive impact on studies devoted to atmospheric chemistry and interstellar chemistry. Water molecules don't like to be alone.

    Springer Theses

    The reason for their gregariousness is that they are polar. This causes neighboring water molecules to attract each other, forming so-called hydrogen bonds that link them into chains or clusters. Members of such clusters are restricted in their movements.

    water hydrogen bond: Topics by agrarighphofi.cf

    That is why evaporation of water requires the input of relatively large amounts of energy: the energy is needed to break hydrogen-bond networks apart. Protonated water clusters, which have protons positively charged hydrogen nuclei bound to them, are important model systems for the investigation of proton hydration in aqueous solutions, the process that determines the acidity pH and electrical conductivity of water.

    The smallest protonated water cluster is the hydronium cation, which consists of a single water molecule with an associated proton.

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