the geologist identified a significant restite layer in the granite outcrop after the weathering process had removed the more soluble minerals.
地质学家在花岗岩露头中发现了一层重要的残渣层，风化过程已移除了更易溶的矿物。
laboratory analysis revealed that the restite material contained high concentrations of resistant minerals that survived the leaching process.
实验室分析显示，残渣物质含有高浓度的抗性矿物，这些矿物在淋滤过程中存活下来。
the restite fragments accumulated at the base of the hillside, forming a distinct layer of residual rock material.
残渣碎片在山脚下堆积，形成了一层明显的残余岩石物质。
researchers studied how restite formation occurs in different geological environments and climate conditions.
研究人员研究了残渣形成在不同地质环境和气候条件下的发生方式。
the restite body discovered in the quarry provided valuable information about the region's ancient weathering patterns.
在采石场发现的残渣体提供了关于该地区古代风化模式的宝贵信息。
chemical weathering produced a distinctive restite composition that differed significantly from the original parent rock.
化学风化产生了独特的残渣成分，与原始母岩明显不同。
the percentage of restite components in the sample indicated a prolonged period of intense leaching.
样品中残渣成分的百分比表明经历了长时间的强烈淋滤。
geologists mapped the distribution of restite particles across the valley to understand the erosion history.
地质学家绘制了残渣颗粒在山谷中的分布图，以了解侵蚀历史。
the restite accumulation on the cave floor helped scientists reconstruct past environmental conditions.
洞穴地面的残渣堆积帮助科学家重建了过去的环境条件。
analysis of the restite rock revealed that it had withstood millions of years of chemical alteration.
对残渣岩的分析表明，它经受住了数百万年的化学蚀变。
the residual restite material showed interesting patterns of mineral resistance during the weathering experiment.
残余残渣材料在风化实验中显示了有趣的矿物抗性模式。
hot leaching processes concentrated the restite minerals while dissolving other rock components into solution.
热淋滤过程浓缩了残渣矿物，同时将其他岩石成分溶解到溶液中。
the geologist identified a significant restite layer in the granite outcrop after the weathering process had removed the more soluble minerals.
地质学家在花岗岩露头中发现了一层重要的残渣层，风化过程已移除了更易溶的矿物。
laboratory analysis revealed that the restite material contained high concentrations of resistant minerals that survived the leaching process.
实验室分析显示，残渣物质含有高浓度的抗性矿物，这些矿物在淋滤过程中存活下来。
the restite fragments accumulated at the base of the hillside, forming a distinct layer of residual rock material.
残渣碎片在山脚下堆积，形成了一层明显的残余岩石物质。
researchers studied how restite formation occurs in different geological environments and climate conditions.
研究人员研究了残渣形成在不同地质环境和气候条件下的发生方式。
the restite body discovered in the quarry provided valuable information about the region's ancient weathering patterns.
在采石场发现的残渣体提供了关于该地区古代风化模式的宝贵信息。
chemical weathering produced a distinctive restite composition that differed significantly from the original parent rock.
化学风化产生了独特的残渣成分，与原始母岩明显不同。
the percentage of restite components in the sample indicated a prolonged period of intense leaching.
样品中残渣成分的百分比表明经历了长时间的强烈淋滤。
geologists mapped the distribution of restite particles across the valley to understand the erosion history.
地质学家绘制了残渣颗粒在山谷中的分布图，以了解侵蚀历史。
the restite accumulation on the cave floor helped scientists reconstruct past environmental conditions.
洞穴地面的残渣堆积帮助科学家重建了过去的环境条件。
analysis of the restite rock revealed that it had withstood millions of years of chemical alteration.
对残渣岩的分析表明，它经受住了数百万年的化学蚀变。
the residual restite material showed interesting patterns of mineral resistance during the weathering experiment.
残余残渣材料在风化实验中显示了有趣的矿物抗性模式。
hot leaching processes concentrated the restite minerals while dissolving other rock components into solution.
热淋滤过程浓缩了残渣矿物，同时将其他岩石成分溶解到溶液中。
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