High Pressure Organic Syntheses in Nanopore Fields under Atmospheric Pressure

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We developed an efficient ambient pressure synthesis method using quasi-high pressure effects of reactant molecules in carbon nanopores to induce high pressure organic synthesis reactions: Copper phthalocyanine and trans-1,2-cyclohexanediol. This quasi-high pressure organic syntheses in nanopores should be widely applicable to general liquid-phase high pressure organic synthesis reactions without using an autoclave reactor. This new synthesis route can also contribute to establish economical, ecological, and innovative industrial developments.