Mineralogy and deformation structures in components of clastic sediments from the Morasko meteorite lake (Poland)

Pub Date : 2018-12-01 DOI:10.2478/bgeo-2018-0018
A. Duczmal-Czernikiewicz, A. Choiński, M. Ptak, A. Muszyński
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引用次数: 1

Abstract

Abstract The paper presents a mineralogical analysis of sediments of the biggest lake in the Morasko Meteorite Reserve (Poland). The lake is filled by phytogenic sediments at the top, while at the bottom there are Neogene clays. The main components are: clay minerals in fine fraction and quartz and feldspars in coarse sandy fractions. The presence of disturbed ferrous zones suggests the existence of a dynamic factor that caused deformations in the sediments. Cavities, crevices, cracks, and traces of parching or fragmentation of mineral material can be interpreted as deformations related to the impact of meteorite fragments in non-consolidated soft sediments in the Morasko meteorite nature reserve. Meteorite fragments that left numerous deformed structures were most probably consituted meteorite debris that originated from the fragmentation of the meteorite before its impact.
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波兰Morasko陨石湖碎屑沉积物组分的矿物学和变形构造
摘要本文对波兰莫拉斯科陨石保护区最大湖泊沉积物进行了矿物学分析。湖的顶部被植物沉积物填满,而底部则是新近纪的粘土。主要成分为:细粒级粘土矿物,粗粒级砂粒级石英、长石。扰动含铁带的存在表明沉积物中存在导致变形的动力因素。在Morasko陨石自然保护区,空腔、裂缝、裂缝和矿物材料的干燥或破碎痕迹可以解释为与陨石碎片在未固结的软沉积物中撞击有关的变形。留下许多变形结构的陨石碎片很可能是陨石撞击前破碎形成的陨石碎片。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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