植物叶片元素分布检测-德国布鲁克微区X荧光

文档简介ElementalDistributionExaminationonPlantLeafSampleObjective:ElementaldistributionexaminationofCa,Co,K,NiandMnonfreeze-driedplantleafsamples(n=6),asperreceived.LeftImage:MosaicOverviewCameraImageofallsix(6)samplesRightImage:SamplesLoadingintotheM4SampleChamberAnalysisResult(a)PlantLeafSample1MosaicImage(Left)andElementalMapping(Right)ofPlantLeafSample1withcombinationofCa,Co,K,NiandMnIndividualElementalDistributionMappingofCaandMnrespectively(LefttoRight)onPlantLeafSample1IndividualElementalDistributionMappingofK,NiandCorespectively(LefttoRight)onPlantLeafSample1(b)PlantLeafSample2MosaicImage(Left)andElementalMapping(Right)ofPlantLeafSample2withcombinationofCa,Co,K,NiandMnMnElementalDistributionMappingonPlantLeafSample2CombinedSiandKElementalMapping(Left)andIndividualNiElementalDistributionMapping(Right)onPlantLeafSample2IndividualCaElementalMapping(Left)and“FalseColorDisplay"IndividualCaElementalDistributionMapping(Right)onPlantLeafSample2IndividualCoElementalDistributionMappingonPlantLeafSample2ConclusionsAsdemonstrated,M4Tornadoisabletoperformquickandnon-destructivelyelementalmappinganalysisforexaminingvariouselementdistributiononPlantLeafSamplesincludingthefollowingcapabilities:1.Highnumberofsamplesloadingatonetimewithlargesamplechamber2.VaryingPlantNutrientsElementalDistributionStudyincludingCa,Co,K,NiandMnonPlantLeafSampleswithminimalsamplepreparationefforts(Freeze-driedcondition,preparedbycustomerinthiscase)3.“FalseColorDisplay"functionmodehelpsinelementdistributionexaminationtofurtherextent