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Partition behavior of acetic $$^{14}$$C in sedimentary rock; Effect of microbial activities in the presence of nitrate

Chiba, Takanori*; Yokochi, Takuya*; Kozaki, Tamotsu*; Sato, Seichi*; Miyauchi, Yoshihiro*; Kozai, Naofumi   ; Onuki, Toshihiko

Partitioning behavior of acetic $$^{14}$$C in sedimentary rock has been studied in anaerobic atomosphere condition. Addition of nitrate salt in the solution showed good correlation between increase of oncentration of $$^{14}$$C in air and decrease of concentration of nitate salts. These results suggest that respiration of nitrifying bacteria result in the transformation of $$^{14}$$C.

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