首页> 外文期刊>Lithos: An International Journal of Mineralogy, Petrology, and Geochemistry >Response to the Discussion by B.Robins and F.Chiodoni of 'Geochemistry of cumulates from the Bjerkreim-Sokndal Intrusion (S.Norway).Part I:Constraints from major elements on the mechanism of cumulate formation and on the jotunite liquid line of desce
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Response to the Discussion by B.Robins and F.Chiodoni of 'Geochemistry of cumulates from the Bjerkreim-Sokndal Intrusion (S.Norway).Part I:Constraints from major elements on the mechanism of cumulate formation and on the jotunite liquid line of desce

机译:对B.Robins和F.Chiodoni的讨论的回应:“ Bjerkreim-Sokndal入侵(S.Norway)的堆积物的地球化学。”第一部分:主要元素对堆积物形成机理和白云母的白云母液线的限制

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Merging our data with those of Robins and Chiodoni [Robins,B.,Chiodoni,R,2007.Poles apart:A discussion of the " Geochemistry of cumulates from the Bjerkreim-Sokndal layered intrusion(S.Norway).Part I:Constraints from major elements on the mechanism of cumulate formation and on the jotunite liquid line of descent ".Lithos doi:10.1016/j.lithos.2007.03.007],we examine the major-element compositions of 135 samples of so-called phi-C cumulates of the Bjerkreim-Sokndal layered intrusion.We show the limits of the TiO2/MgO ratio vs.Al2O3 diagram in order to ascertain the proportions of cumulus minerals(ilmenite and orthopyroxene)in the ilmenite leuconorite mafic pole.We also discard anomalous samples as we did in the previous paper.The rest of the samples(124 phi-C,i.e.92% of the whole population)are then used to confirm the existence of plagioclase and mafic poles.It is shown that the mafic pole is indeed a mixture of ilmenite and orthopyroxene,not induced by "spurious correlation".
机译:将我们的数据与Robins和Chiodoni的数据合并[Robins,B.,Chiodoni,R,2007。两点分开:关于“来自Bjerkreim-Sokndal层状侵入体的堆积物的地球化学(挪威)的讨论”。堆积形成机理和下降的榴辉岩液体线上的主要元素“。Lithosdoi:10.1016 / j.lithos.2007.03.007],我们研究了135个所谓的phi-C堆积的样品的主要元素组成我们确定了TiO2 / MgO比与Al2O3的关系图的局限性,以确定在钛铁矿次镁铁矿镁铁矿杆中的积垢矿物(钛铁矿和邻位rox石)的比例,同时也丢弃了异常样品其余的样品(124 phi-C,占总人口的92%)随后被用于确认斜长石和镁铁矿极的存在。钛铁矿和邻苯二茂铁,不是由“虚假关联”引起的。

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