Kobe University...plants not only contained originally the humic acids belonging to Type A, but also...

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Transcript of Kobe University...plants not only contained originally the humic acids belonging to Type A, but also...

Page 1: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 2: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 3: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 4: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 5: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 6: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 7: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 8: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation
Page 9: Kobe University...plants not only contained originally the humic acids belonging to Type A, but also could produce large amounts of corresponding acids after oxidative deg- radation