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- W3211573361 endingPage "2897" @default.
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- W3211573361 abstract "Multiple (or multivalent) interaction is the key in many biological systems. One of the most important (photo-)chemical reactions, photosynthesis, is driven by regularly aligned molecules by multiple interactions between proteins and molecules. A grand challenge of modern chemistry therefore includes the construction of supramolecular assemblies and control of their functions for mimicking nature and beyond. While most synthetic systems depend on covalent, coordination and hydrogen bonds between molecules, my approach focuses on multiple electrostatic interactions with two-dimensional clay mineral nanosheets. I here summarize my recent work on manipulation of precise molecular arrangements and photochemical properties via multiple electrostatic interactions. This Account mainly consists of the three parts; 1: manipulation of photochemical properties of molecules and new emission enhancement phenomenon (chapters 2–7), 2: efficient photochemical reactions and artificial photosynthesis model (chapters 8–14), and 3: molecular-scale understanding by means of electron microscopy (chapters 15–17). This Account summarizes my recent attempts to manipulate molecular assembly structures and their functions particularly the photochemical properties on inorganic host nanosheet materials constructed via multiple electrostatic interactions, as proteins do in the living systems such as in photosynthetic complexes." @default.
- W3211573361 created "2021-11-22" @default.
- W3211573361 creator A5065447046 @default.
- W3211573361 date "2021-12-15" @default.
- W3211573361 modified "2023-09-26" @default.
- W3211573361 title "Manipulation of Precise Molecular Arrangements and Their Photochemical Properties on Inorganic Surfaces via Multiple Electrostatic Interactions" @default.
- W3211573361 cites W1964020046 @default.
- W3211573361 cites W1967384530 @default.
- W3211573361 cites W1970726719 @default.
- W3211573361 cites W1971733465 @default.
- W3211573361 cites W1978178860 @default.
- W3211573361 cites W1981667811 @default.
- W3211573361 cites W1981788006 @default.
- W3211573361 cites W1983505110 @default.
- W3211573361 cites W1983634389 @default.
- W3211573361 cites W1991015086 @default.
- W3211573361 cites W1991769757 @default.
- W3211573361 cites W1994229034 @default.
- W3211573361 cites W1996477398 @default.
- W3211573361 cites W1999937609 @default.
- W3211573361 cites W2002742052 @default.
- W3211573361 cites W2005440454 @default.
- W3211573361 cites W2012401507 @default.
- W3211573361 cites W2017627877 @default.
- W3211573361 cites W2022431590 @default.
- W3211573361 cites W2031847016 @default.
- W3211573361 cites W2038591363 @default.
- W3211573361 cites W2041513119 @default.
- W3211573361 cites W2045275676 @default.
- W3211573361 cites W2045471439 @default.
- W3211573361 cites W2046522561 @default.
- W3211573361 cites W2052002950 @default.
- W3211573361 cites W2052962769 @default.
- W3211573361 cites W2054546872 @default.
- W3211573361 cites W2056280638 @default.
- W3211573361 cites W2056896873 @default.
- W3211573361 cites W2063509588 @default.
- W3211573361 cites W2065966998 @default.
- W3211573361 cites W2067301242 @default.
- W3211573361 cites W2072231554 @default.
- W3211573361 cites W2076481376 @default.
- W3211573361 cites W2080265937 @default.
- W3211573361 cites W2084283179 @default.
- W3211573361 cites W2088646577 @default.
- W3211573361 cites W2095513471 @default.
- W3211573361 cites W2117282375 @default.
- W3211573361 cites W2120595009 @default.
- W3211573361 cites W2128934324 @default.
- W3211573361 cites W2148284816 @default.
- W3211573361 cites W2160752868 @default.
- W3211573361 cites W2167373328 @default.
- W3211573361 cites W2171093931 @default.
- W3211573361 cites W2177603935 @default.
- W3211573361 cites W2179123396 @default.
- W3211573361 cites W2238634483 @default.
- W3211573361 cites W2312787451 @default.
- W3211573361 cites W2316046875 @default.
- W3211573361 cites W2316149515 @default.
- W3211573361 cites W2316785775 @default.
- W3211573361 cites W2318477520 @default.
- W3211573361 cites W2318541265 @default.
- W3211573361 cites W2319831302 @default.
- W3211573361 cites W2320568771 @default.
- W3211573361 cites W2321779840 @default.
- W3211573361 cites W2322816590 @default.
- W3211573361 cites W2324793087 @default.
- W3211573361 cites W2328961811 @default.
- W3211573361 cites W2329761933 @default.
- W3211573361 cites W2331460309 @default.
- W3211573361 cites W2468967065 @default.
- W3211573361 cites W2495335480 @default.
- W3211573361 cites W2514184239 @default.
- W3211573361 cites W2590090728 @default.
- W3211573361 cites W2597732775 @default.
- W3211573361 cites W2613953645 @default.
- W3211573361 cites W2735979112 @default.
- W3211573361 cites W2737613514 @default.
- W3211573361 cites W2769582448 @default.
- W3211573361 cites W2771253477 @default.
- W3211573361 cites W2775642031 @default.
- W3211573361 cites W2789443777 @default.
- W3211573361 cites W2794248073 @default.
- W3211573361 cites W2803938538 @default.
- W3211573361 cites W2807962003 @default.
- W3211573361 cites W2893029634 @default.
- W3211573361 cites W2949694966 @default.
- W3211573361 cites W2951639266 @default.
- W3211573361 cites W2964095699 @default.
- W3211573361 cites W3014106013 @default.
- W3211573361 cites W3092367296 @default.
- W3211573361 cites W3133056930 @default.
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- W3211573361 doi "https://doi.org/10.1246/bcsj.20210303" @default.
- W3211573361 hasPublicationYear "2021" @default.
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