印尼爪哇东北部Rembang地区中中新世Ngrayong砂岩结构特征及沉积环境

San Yee Khaing, Y. Sugai, M. M. Tun, S. S. Surjono, J. Setyowiyoto
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引用次数: 0

摘要

对印度尼西亚东爪哇Rembang地区Ngrayong砂岩样品进行了粒度分析,研究了砂岩的结构特征,阐明了沉积环境。粒度分析结果表明,Ngrayong沉积物属于砂质或泥质砂。它们是非常细到中等粒度(phi值:1.67到3.35),中等到良好分类(标准差:0.19到0.57),强烈细偏到强烈粗偏(偏度值:4.82到- 5.97),非常斜峰度到非常细峰度(峰度值:0.36到2.41)。砂岩样品呈单峰型粒度分布。沉积物的搬运过程可分为牵引、跳跃和悬浮三种模式,其中悬浮和滚动是搬运过程中的主要过程。判别函数反映了砂岩沉积环境的多样性。然而,浅海被认为是主要的沉积环境。Ngrayong沉积物以细粒沉积物为主,粗粒砂较少,表明其沉积时处于低-中等能量条件。
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Textural Characteristics and Depositional Environment of Ngrayong Sandstone (Middle Miocene) from Rembang Area, Northeast Java, Indonesia
Granulometric analysis of Ngrayong sandstone samples from Rembang area of NE Java (Indonesia) has been carried out to examine the textural characteristics and elucidate depositional environment. The result data from the grain size analysis indicates that the Ngrayong sediments are classified as sand or muddy sands. They are very fine- to medium-grained (phi values: 1.67 to 3.35), moderately- to well-sorted (standard deviation: 0.19 to 0.57), strongly fine-skewed to strongly coarse-skewed (skewness values: 4.82 to −5.97), and very platykurtic to very leptokurtic (kurtosis values: 0.36 to 2.41). Sandstone samples show unimodal grain size distribution. The sediments are interpreted to be transported in all three modes-traction, saltation and suspension, however, suspension and rolling are the major processes during transportation. Discriminant functions indicate diversity in the depositional environment for the sandstones. However, shallow marine is regarded as the dominant depositional environment. The preponderance of fine-grained sediments and lack of coarse sands suggest low to moderate energy conditions during deposition of Ngrayong sediments.
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