宝石和宝石学杂志
寶石和寶石學雜誌
보석화보석학잡지
Journal of Gems & gemmology
2012年
1期
38-45
,共8页
琥珀%压制%新认识%鉴别%结构%内含物
琥珀%壓製%新認識%鑒彆%結構%內含物
호박%압제%신인식%감별%결구%내함물
amber%pressed%latest progress%identification%texture%inclusions
随着琥珀市场需求的增加及琥珀优化处理技术的改进与创新,压制琥珀呈现外观逼真、结构复杂、方法多样的新态势。利用宝石显微镜、偏光显微镜、红外光谱仪对压制金珀、压制血珀、"爆花"压制琥珀、烤色压制琥珀、压固蓝珀、压固胶结蓝珀、压制蜜蜡等样品的宝石学参数、显微结构、红外吸收光谱进行了研究与分析,结果显示,碎粒-碎粉结构、红色斑点结构、不含"血丝"状构造的粒状"镶嵌"结构、碎块胶结结构等是压制琥珀的结构鉴定特征;颗粒间分布的"太阳光芒"、紊乱流纹、叶脉状流纹、丝瓜瓤状流纹等是压制琥珀的内含物鉴定特征;若蓝珀中的红外光谱I=2 932cm-1/I=1 723cm-1处的吸收强度比值接近1∶1,暗示着该蓝珀可能经过了优化处理。
隨著琥珀市場需求的增加及琥珀優化處理技術的改進與創新,壓製琥珀呈現外觀逼真、結構複雜、方法多樣的新態勢。利用寶石顯微鏡、偏光顯微鏡、紅外光譜儀對壓製金珀、壓製血珀、"爆花"壓製琥珀、烤色壓製琥珀、壓固藍珀、壓固膠結藍珀、壓製蜜蠟等樣品的寶石學參數、顯微結構、紅外吸收光譜進行瞭研究與分析,結果顯示,碎粒-碎粉結構、紅色斑點結構、不含"血絲"狀構造的粒狀"鑲嵌"結構、碎塊膠結結構等是壓製琥珀的結構鑒定特徵;顆粒間分佈的"太暘光芒"、紊亂流紋、葉脈狀流紋、絲瓜瓤狀流紋等是壓製琥珀的內含物鑒定特徵;若藍珀中的紅外光譜I=2 932cm-1/I=1 723cm-1處的吸收彊度比值接近1∶1,暗示著該藍珀可能經過瞭優化處理。
수착호박시장수구적증가급호박우화처리기술적개진여창신,압제호박정현외관핍진、결구복잡、방법다양적신태세。이용보석현미경、편광현미경、홍외광보의대압제금박、압제혈박、"폭화"압제호박、고색압제호박、압고람박、압고효결람박、압제밀사등양품적보석학삼수、현미결구、홍외흡수광보진행료연구여분석,결과현시,쇄립-쇄분결구、홍색반점결구、불함"혈사"상구조적립상"양감"결구、쇄괴효결결구등시압제호박적결구감정특정;과립간분포적"태양광망"、문란류문、협맥상류문、사과양상류문등시압제호박적내함물감정특정;약람박중적홍외광보I=2 932cm-1/I=1 723cm-1처적흡수강도비치접근1∶1,암시착해람박가능경과료우화처리。
With the increasing demand of amber and the improvement and innovation of optimization treatment techniques of amber,there are some new trends in the pressed amber market.This paper attempts to explore gemmological parameters,detailed microtexture observations and IR spectra of pressed amber such as pressed golden amber,pressed red amber,"sunflower" pressed amber,roast pressed amber,pressed blue amber,pressed-cemented amber,pressed opaque amber by using gemmological microscope,polarizing microscope and scanning electron microscope(SEM).The results show that the typical textures for the identification of pressed amber are granular texture,red spot texture,mosaic texture without red flow layers,cemented texture and so on.The inclusions for the identification of pressed amber are granular "sunflower" distributed around boundaries,disorganized veins,leaf-like veins,sponge-like flow layers and so on.If the ratio of I=2 932 cm-1/I=1 723 cm-1 in the IR spectrum of blue amber is close to 1,it is implied that the blue amber may have undergone optimization treatment.