光谱实验室
光譜實驗室
광보실험실
CHINESE JOURNAL OF SPECTROSCOPY LABORATORY
2010年
1期
192-196
,共5页
邓建国%彭光照%金永中%叶勇
鄧建國%彭光照%金永中%葉勇
산건국%팽광조%금영중%협용
恐龙骨骼化石%围岩%光谱分析%矿物成分
恐龍骨骼化石%圍巖%光譜分析%礦物成分
공용골격화석%위암%광보분석%광물성분
Dinosaur Fossils%Country Rock%Spectroscopy Analysis%Mineral Composition
自贡地区恐龙化石埋藏丰富、分布广泛、保存完整,具有重要的科学价值、社会价值和经济价值.用X荧光衍射研究自贡恐龙骨骼化石及围岩元素组成,XRD结合红外光谱仪分析确定化石的矿物组成,化石切片和显微观察了解骨骼内部构造和填充物质.恐龙骨骼化石及围岩中的含钙量均较高(>5%),但化石含钙量达到30%以上;化石中的含硅量较低(0.24%-1.45%),围岩中的含硅量较高(>14%);化石中的含磷量为围岩的46倍以上.化石的主要化学成分是碳氟磷灰石,其次是碳酸钙;围岩的主要成分是二氧化硅.实验结果可为恐龙化石的鉴别及保护材料的研制提供理论依据.
自貢地區恐龍化石埋藏豐富、分佈廣汎、保存完整,具有重要的科學價值、社會價值和經濟價值.用X熒光衍射研究自貢恐龍骨骼化石及圍巖元素組成,XRD結閤紅外光譜儀分析確定化石的礦物組成,化石切片和顯微觀察瞭解骨骼內部構造和填充物質.恐龍骨骼化石及圍巖中的含鈣量均較高(>5%),但化石含鈣量達到30%以上;化石中的含硅量較低(0.24%-1.45%),圍巖中的含硅量較高(>14%);化石中的含燐量為圍巖的46倍以上.化石的主要化學成分是碳氟燐灰石,其次是碳痠鈣;圍巖的主要成分是二氧化硅.實驗結果可為恐龍化石的鑒彆及保護材料的研製提供理論依據.
자공지구공룡화석매장봉부、분포엄범、보존완정,구유중요적과학개치、사회개치화경제개치.용X형광연사연구자공공용골격화석급위암원소조성,XRD결합홍외광보의분석학정화석적광물조성,화석절편화현미관찰료해골격내부구조화전충물질.공용골격화석급위암중적함개량균교고(>5%),단화석함개량체도30%이상;화석중적함규량교저(0.24%-1.45%),위암중적함규량교고(>14%);화석중적함린량위위암적46배이상.화석적주요화학성분시탄불린회석,기차시탄산개;위암적주요성분시이양화규.실험결과가위공룡화석적감별급보호재료적연제제공이론의거.
The dinosaur fossils in Zigong are rich,widely distributed and well preserved,and have very important academic,social and economic value.The material compositions of the dinosaur fossils and their matrix in Zigong were studied with the help of XRF,XRD,FT-IR,microscope and chemical analysis methods.The fossils are rich in the contents of calcium(>5%)and phosphorus.The fossils are more than 30%in the contents of calcium,but low in the content of silicon(0.24%-1.45%),while the matrix is high in the content of silicon(>14%).The fossils in the contents of phosphorus are more than 46 times rock.The major compound of the fossils is Ca_(10)(P,C)_6(O,F)_(26),followed by CaCO_3;while that of the matrix is SiO_2.The results of experiment will be the theoretical basis to research the protection material for dinosaur fossils and identifieation of dinosaur fossils.