首页> 外文会议>International Congress on X-Ray Optics and Microanalysis >Determination Of Trace Element Incorporation Into Tests Of In Vitro Grown Foraminifera By Micro- SYXRF – A Basis For The Development Of Paleoproxies
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Determination Of Trace Element Incorporation Into Tests Of In Vitro Grown Foraminifera By Micro- SYXRF – A Basis For The Development Of Paleoproxies

机译:微量SYXRF测定微量元素掺入体外生长的近氨基氨基的试验 - 一种古偶联发育的基础

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For the first time shallow benthic foraminifera (Ammonia tepida) have been cultured under controlled conditions in a defined multi-trace element environment. μSyXRF measurements enabled to determine the incorporation of Ni, Cu and As into the foraminferal calcite: This is the basis to derive the first partition coefficients for Ni and As between foraminiferal calcite and the sea water in which the chambers have been grown. The results are compared with those obtained by LA-ICP/MS. By confocal experiments the spatial distribution of trace elements in whole undestroyed foraminifera could be reconstructed.
机译:对于第一次浅底的膨润性传染率(氨Tepida)已经在规定的多痕量元素环境中在受控条件下培养。 μSyxRF测量能够确定Ni,Cu和进入植物方解石的掺入:这是导出Ni的第一分区系数的基础,也是在花坛内方解石和腔室已经生长的海水之间的基础。将结果与La-ICP / MS获得的结果进行比较。通过共聚焦实验,可以重建整个未分娩的传染率的微量元素的空间分布。

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