摘要
根据琥珀所共有的官能团——碳氢键(C-H)、碳碳单键(C-C)、碳氧双键(C=O)、碳氧单键(C-O)、环外碳碳双键(-CH=CH_2)、环内碳碳双键(■c=■-)所产生的红光谱吸收峰的峰位置,通过对三大产地(波罗的海、多米尼加、墨西哥)琥珀的红外吸收光谱谱图的吸收峰的峰形、峰数进行研究、分析,找出不同之处,从而确定其产地。
According to the functional groups of amber,such as carbon hydrogen bond（C-H）,carbon and carbon single bond（C-C）,carbon oxygen double bond（C=O）,carbon oxygen single bond（C-O）,outer carbon-carbon double bond（-CH=CH_2）and carbon-carbon double bond inside ring（■）,the peak position of red spectrum adsorption is generated. Through analysis of the amber on the origin of the Baltic Sea,Dominica and Mexico of the infrared adsorption peak,peak number of absorption spectra,and find out the differences and determine the origin.
作者
张超
齐丽曼
王楠
李文麾
ZHANG Chao;QI Li-man;WANG Nan;LI Wen-hui(Fushun Institute of Product Quality Supervision and Inspection, Fushun 113006, China)
