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17篇 您的检索式:作者名="Martin MENZIES"
    题名 作者 年代 出处 被引量
1火山灰年代学:原理与应用显示文摘火山灰(<2mm)等时标志层是火山灰年代学研究的基础。火山灰地层的直接或间接测年依赖于火山灰中存在合适的原生矿物(如:透长石、锆石、磷灰石)或外来物质(如:炭化木)。然而大多数火山灰沉积层,尤其是远源火山灰,其主要由岩浆源碎屑构成,开展测年显得十分困难。利用火山玻璃(岩浆)的地球化学,是一种被广泛应用的替代性方法。火山玻璃作为岩浆源物质普遍出现在各类近源、远源可见火山灰层和显微火山灰中,其主量、微量元素含量和特定的同位素组成能被电子、激光和离子探针技术准确测定。近源-远源玻璃化学成分的相互匹配,使得火山灰等时标志层得以在时间和空间上相互关联,构成有力的地层学工具,用以同步各类环境、考古和火山活动记录。近源火山沉积和远源火山灰层中的年龄信息得以实现交叉验证和整合。远源海洋、湖泊沉积中的相对年龄信息(氧同位素地层学,年纹层年代学)也为揭示火山活动、古环境变化和考古学事件的时间顺序提供了可能。火山灰年代学在地球科学中应用广泛,尤其是对于第四纪研究,其在同步各类记录从而评估火山活动、气候/环境变化和人类演化/迁移的因果关系中具有至关重要的作用。陈宣谕 徐义刚 Martin MENZIES 2014岩石学报2014,30,12:12
2Mutational Processes Molding the Genomes of 21 Breast Cancers显示文摘Serena Nik-Zainal Ludmil B. Alexandrov David C. Wedge Peter Van Loo Christopher D. Greenman Keiran Raine David Jones Jonathan Hinton John Marshall Lucy A. Stebbings Andrew Menzies Sancha Martin Kenric Leung Lina Chen Catherine Leroy Manasa Ramakrishna Ric 2012Cell2012,,5:2
3A histochemical study of iron,transferrin,and ferritin in Alzheimer’s diseased brains显示文摘Connor J R Menzies S L St Martin S M 1992J Neurosci Res1992,31,1:1
4A Histocheraical Study of Iron, Transferrin, and Ferritin in Alzheimer's Disease Brains显示文摘Connor JR Menzies SL St Martin SM 1992J Neurosci Res1992,31,1:1
5A histochemical study of iron, transferrin, and ferritin in Alzheimer's diseased brains 显示文摘Connor JR Menzies SL St Martin SM 1992J Neurosci Res1992,31,1:1
6Initial drug resistance and tuberculosis treatment outcomes: systematic review and recta-analysis 显示文摘Lew W Pai M Oxlade O Martin D Menzies D 2008Ann Intern Med2008,149,2:1
7Cellular distribution of tansferrin, ferritin and iron in normal and aged human brains 显示文摘Connor JR Menzies SL Martin SM 1990J Neurosci Res1990,27,4:1
8Cellular distribution of transferrin, ferritin,and iron in normal and aged human brains显示文摘Connor JR Menzies SL St Martin SM 1990J Neurosci Res1990,27,4:1
9Cellular distribution of transferring, ferrin and iron in normal and aged human brains 显示文摘 Menzies SL Martin 1990J Neurosci Res1990,27,:1
10A histochemical studyof iron, transferrin,and fberritin in Alzheimer diseased brains显示文摘1 Connor JR Menzies St Martin Sun 1992J Neurosei Res1992,31,1:1
11Mutational Processes Molding the Genomes of 21 Breast Cancers显示文摘Serena Nik-Zainal Ludmil B. Alexandrov David C. Wedge Peter Van Loo Christopher D. Greenman Keiran Raine David Jones Jonathan Hinton John Marshall Lucy A. Stebbings Andrew Menzies Sancha Martin Kenric Leung Lina Chen Catherine Leroy Manasa Ramakrishna Ric 2012Cell2012,,5:1
12Cellular distribution of transferrin,ferritin and iron in normal and aged human brains显示文摘Connor JR Menzies SL Martin SM 1990J Neurosci Res1990,27,:1
13A brief Oligocene period of flood volcanism in Yemen: implications for the duration and rate of continental flood volcanism at the Afro-Arabian triple junction显示文摘Joel Baker Lawrence Snee Martin Menzies 1996Earth and Planetary Science Letters1996,,1:1
14Cellular distribution of transferrin,ferritin,and iron in normal and aged human brains显示文摘CONNOR J R MENZIES S L ST MARTIN S M 1990J Neurosci Res1990,27,4:1
15Cellular distribution of transferrin,ferritin,and iron in normal and aged human brains显示文摘CONNOR J R MENZIES S L ST MARTIN S M 1990J Neurosci Res1990,27,4:1
16International Conference on Continental Volcanism—IAVCEI 2006显示文摘Yigang Xu Martin A Menzies 2006Episodes2006,29,3:0
17富地幔:金伯利岩结核中透辉石的钕、锶同位素显示文摘据报导在布尔特丰坦(阿扎尼亚)、金伯来、和南非的金伯利岩管中发现的云母、石榴二辉橄榄岩的结核中含的透辉石有钕、锶同位素成分。根据放射性成因的^(87)Sr或^(86)Sr的比值,透辉石数值达到地幔特征值,可由未被混染的大陆和海洋的玄武岩来解释。这些数值被用来证明准大陆地幔的古老富集及总成分的多样性,因此足以补偿海洋地幔的亏损。Martin Menzies V.Rama Murthy 朱连兴 1992世界地质1992,11,4:0
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