2013Biological Disaster ScienceRequires access

Analysis of Different Chemotypes of Cinnamomum camphora on SO_2 Absorption

Rui-Yan Chen

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Abstract

The resistance and absorbency to gaseous SO2 of linalool-type and camphor-type Cinnamomum camphora(L.) Presl were studied under airtight conditions.The results showed that the linalool-type of one year old camphor tree absorbed SO2 450.6 mg/m2,the linalool-type of camphor tree branches absorbed SO2 451.8 mg/m2 the camphor-type of one year old camphor tree absorbed SO2 597.6 mg/m2,the camphor-type of camphor tree branches absorbed SO2 809.4 mg/m2.There were not significantly differences between resistance of linalool-type and of camphor-type C.camphora(L.).

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The resistance and absorbency to gaseous SO2 of linalool-type and camphor-type Cinnamomum camphora(L.) Presl were studied under airtight conditions.The results showed that the linalool-type of one year old camphor tree absorbed SO2 450.6 mg/m2,the linalool-type of camphor tree branches absorbed SO2 451.8 mg/m2 the camphor-type of one year old camphor tree absorbed SO2 597.6 mg/m2,the camphor-type of camphor tree branches absorbed SO2 809.4 mg/m2.There were not significantly differences between resistance of linalool-type and of camphor-type C.camphora(L.).

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Available abstract

The resistance and absorbency to gaseous SO2 of linalool-type and camphor-type Cinnamomum camphora(L.) Presl were studied under airtight conditions.The results showed that the linalool-type of one year old camphor tree absorbed SO2 450.6 mg/m2,the linalool-type of camphor tree branches absorbed SO2 451.8 mg/m2 the camphor-type of one year old camphor tree absorbed SO2 597.6 mg/m2,the camphor-type of camphor tree branches absorbed SO2 809.4 mg/m2.There were not significantly differences between resistance of linalool-type and of camphor-type C.camphora(L.).

Key concepts: Camphor, Cinnamomum camphora, Linalool, Cinnamomum, Chemistry, Botany, Biology, Essential oil

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Analysis of Different Chemotypes of Cinnamomum camphora on SO_2 Absorption — Research Paper | ScholarLens