To analyze the mineralogical composition of sediments we freeze-dried and milled 19 samples for X-ray diffractometry (XRD) using a PHILIPS PW1820 goniometer (40 kV, 40 mA, from 3 to 100°, step-rate 0.05°, Co ka radiation). Data processing was performed using the free software MacDiff 4.0.7. To avoid influence of opal and organic matter in the samples (Voigt, 2009), we used the ratio of the peak area intensities of each mineral to the sum of the peak area intensities of all detected minerals, and used this value to estimate percentages
© Cambridge University Press 2019. Obtaining geochemical profiles using X-ray fluorescent (XRF) tec...
Multi-element analysis of discrete samples via X-Ray fluorescence or inductively coupled plasma spec...
Mineral distributions can be determined in drill core samples from a Carlin-type gold deposit, using...
Spectra and quantitative analyses (corrected on salt-free basis) on 22 samples from JC138-16GC, JC13...
Core sections were opened alongside and cut into halves of which one was used for non-destructive XR...
For granulometric, geochemical and mineralogical analyses, approximately 25 ml of each surface sampl...
The XRD data has been gained from pulverized and homogenized samples each centimeter of core PS72/41...
This data report documents the acquisition of two new sets of normalization factors for semiquantita...
Weight % of non-clay and clay minerals based on quantitative X-ray diffraction using the “whole-patt...
Obtaining geochemical profiles using X-ray fluorescent (XRF) techniques has become a standard proced...
Scanning XRF elemental count data for silicon, sulfur, potassium, calcium, titanium, iron, bromine, ...
Tuff samples collected from the Exploratory Studies Facility (ESF) were X-rayed to estimate relative...
Using a XRF scan we are able to know easily the abundance in our cores of some of the major chemical...
X-ray fluorescence (XRF) core-scanning is a convenient non-destructive tool to rapidly assess elemen...
The trace-metal composition of sediments provides important information on (past) environmental cond...
© Cambridge University Press 2019. Obtaining geochemical profiles using X-ray fluorescent (XRF) tec...
Multi-element analysis of discrete samples via X-Ray fluorescence or inductively coupled plasma spec...
Mineral distributions can be determined in drill core samples from a Carlin-type gold deposit, using...
Spectra and quantitative analyses (corrected on salt-free basis) on 22 samples from JC138-16GC, JC13...
Core sections were opened alongside and cut into halves of which one was used for non-destructive XR...
For granulometric, geochemical and mineralogical analyses, approximately 25 ml of each surface sampl...
The XRD data has been gained from pulverized and homogenized samples each centimeter of core PS72/41...
This data report documents the acquisition of two new sets of normalization factors for semiquantita...
Weight % of non-clay and clay minerals based on quantitative X-ray diffraction using the “whole-patt...
Obtaining geochemical profiles using X-ray fluorescent (XRF) techniques has become a standard proced...
Scanning XRF elemental count data for silicon, sulfur, potassium, calcium, titanium, iron, bromine, ...
Tuff samples collected from the Exploratory Studies Facility (ESF) were X-rayed to estimate relative...
Using a XRF scan we are able to know easily the abundance in our cores of some of the major chemical...
X-ray fluorescence (XRF) core-scanning is a convenient non-destructive tool to rapidly assess elemen...
The trace-metal composition of sediments provides important information on (past) environmental cond...
© Cambridge University Press 2019. Obtaining geochemical profiles using X-ray fluorescent (XRF) tec...
Multi-element analysis of discrete samples via X-Ray fluorescence or inductively coupled plasma spec...
Mineral distributions can be determined in drill core samples from a Carlin-type gold deposit, using...