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植物叶片元素分布检测-德国布鲁克微区X射线荧光
发布时间:2015-11-03   

Elemental Distribution Examination on Plant Leaf Sample

Objective:ElementaldistributionexaminationofCa,Co,K,NiandMnonfreeze-driedplantleafsamples(n=6),asperreceived.


Left Image: Mosaic Overview Camera Image of all six (6) samples
Right Image: Samples Loading into the M4 Sample Chamber

Analysis Result
(a) Plant Leaf Sample 1


Mosaic Image (Left) and Elemental Mapping (Right) of Plant Leaf Sample 1 with combination of Ca, Co, K, Ni and Mn


Individual Elemental Distribution Mapping of Ca and Mn respectively (Left to Right) on Plant Leaf Sample 1


Individual Elemental Distribution Mapping of K, Ni and Co respectively (Left to Right) on Plant Leaf Sample 1

(b) Plant Leaf Sample 2


Mosaic Image (Left) and Elemental Mapping (Right) of Plant Leaf Sample 2 with combination of Ca, Co, K, Ni and Mn


Mn Elemental Distribution Mapping on Plant Leaf Sample 2


Combined Si and K Elemental Mapping (Left) and Individual Ni Elemental Distribution Mapping (Right) on Plant Leaf Sample 2


Individual Ca Elemental Mapping (Left) and “False Color Display” Individual Ca Elemental Distribution Mapping (Right) on Plant Leaf Sample 2


Individual Co Elemental Distribution Mapping on Plant Leaf Sample 2

Conclusions

As demonstrated,M4 Tornado is able to perform quick and non-destructively elemental mapping analysis for examining various element distribution on Plant Leaf Sample sincluding the following capabilities:
1.High number of samples loading at one time with large sample chamber
2.Varying Plant Nutrients Elemental Distribution Study including Ca,Co,K,Ni and Mn on Plant Leaf Samples with minimal sample preparation efforts(Freeze-dried condition,prepared by customer in this case)
3.“False Color Display”function mode helps in element distribution examination to further extent

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