简介：从月亮的采样地点(总计的46sampling地点)的ClementineUVVIS和NIR数据被处理并且过去常精制LeMoueic等的铁决心方法(2000，2002)。我们发现大约21个采样地点是对LeMoueic等不合适“s光谱参数(”斜坡“并且”深度1'')因为他们的1500nm过滤器不能被用作光谱参数“右肩膀并且评估1-μm的深度吸收特征精确地。Weused精制方法的25个采样地点由LeMoueic等开发了的剩余的。(2000，2002)并且获得了我们FeO内容决心的自己的方程。我们测试了我们的自己的方程，和结果是satifactory。在我们的工作，我们也在我们Chang的自己的数据集的科学应用程序获得了一些有用经验“E-1使命。

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简介：Thespectralcharactersofhydrocarbonsinsomeoil-bearingstrataandsoillayersoueroilandgasreservoirsintheJunggarBasinandnorthernTarimBasininXinjngarecomparedwiththoseofchemicallypurehydrocarbons.Thehydrocarbonsarecharacterizedbythebi-absorptionat2310nmand2350nm.Hydrocarbonandradioactiveanomaliesinoilandgasterrainsarefoundmuchmorewidespreadthancarbonatealterations.Basedonthespectraofheavyhydrocarbonsrelatedtooilbetween2270nmand2460nmandrefineddatatreatment,remotesensingmayholdencouragingpromiseasadirectlyprospectingtechniqueforoilandgasresources.

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简介：ThedirectionofoilchargeswithinafieldintheNigerDelta,Nigeriawasdeterminedbythesumofdifferencesrankingmethodofcarbazoleconcentrationsafterascertainingotherpossiblegeologicalconstraintsontheircompositionalvariations.Theprincipleisthatthesmallerthesum,thecloserthewelltothesourcekitchen.Theapproachmakesuseofcarbazoles’interactionwiththematrix,whichleadstoareductionintheirconcentrationwithincreasingdistancefromthesourcekitchen,allowingpredictionofthechargingdirection.AwiderangeofcompositionalvariationswasobservedforC1(806.72–2152.90lg/g)andC2(767–2469.72lg/g)carbazoleswithinthefield.Basedontheseresults,weinferredafillingpathwayorientationfromwesttoeast.Thissuggeststhatthesourcekitchen-themostpromisingregionforoilexploration-islocatedinthewesternpartoftheoilfield.