the loess paleosol succession 黄土地层
quaternary loess-paleosol sequence 第四纪黄土
loess and paleosol 黄土与古土壤
Chinese Loess Paleosol sediments were just controlled by both the factors of glacial interglacial and paleomonsoon climate.
中国黄土—古土壤堆积是全球冰期—间冰期气候变化与东亚古季风气候变化共同作用的结果。
Micron grade magnetic minerals are less than 1%of total minerals in the loess paleosol sequences. To satisfy requirements of a lot of kind of measurement, it needs to enrich the magnetic minerals.
微米级磁性矿物在黄土-古土壤序列中含量不足1%,为了满足多种测试的需要,要尽可能地富集磁性矿物。
Based on detailed rock magnetic analyses of loess-paleosol sequence at Chaona section in the central loess Plateau, a high-resolution environmental magnetic framework has been built up for last 1.
通过对黄土高原中部朝那剖面黄土-古土壤序列系统的岩石磁学分析,建立了1。
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