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(Table 3) Bulk and clay mineralogy of ODP Hole 110-674A
Abundance: XX = minor, X = trace, - = absent. -
(Table 2) Bulk and clay mineralogy of ODP Hole 110-672A
Abundance: XX = minor, X = trace, - = absent. -
(Table 1) Bulk and clay mineralogy of ODP Hole 110-671B
Abundance: XX = minor, X = trace, - = absent. -
(Table 4) Minerals at DSDP Hole 78-543
Units are arbitrary. Peak heights and areas for minerals. #1 = present but not quantifiable; #0 = probably present. -
(Table 3) Minerals at DSDP Hole 78-542
Units are arbitrary. Peak heights and areas for minerals. Clinoptilolite, phillipsite and cristobalite also measured but not detected. #1 = present but not quantifiable; #0 =... -
(Table 2) Minerals at DSDP Hole 78-541
Units are arbitrary. Peak heights and areas for minerals. Cristobalite also measured but not detected. #1 = present but not quantifiable; #0 = probably present. -
(Table 3) XRD intensities of carbonate minerals from ODP Hole 164-997A under ...
All intensities were originally given in counts/min which had been calibrated by standard quartz count. -
(Table 1A) Texture, composition and geochemistry at DSDP Site 93-603
Sediment depth is given in mbsf. D = dominant (>25 [50]%); A = abundant; C = common (> 10%); R = rare; T = traces (< 10 [5]%); (T) = ? traces. #0 = traces. -
(Table 5) Mineral and chemical compositions of samples from DSDP Holes 42-380...
This dataset has no description
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(Table 1) Peak intensities and stable carbon and oxygen isotope ratios of var...
Abundant and various diagenetic carbonates were recovered from a 1084-m-thick, Quaternary to lower Miocene section at ODP Site 799 in the Japan Sea. Petrographic, XRD, SEM,... -
Pore water saturation index at Hole 310-M0025A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0022A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0014A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0013A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0012A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0010A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0009A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0008A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0007B
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base... -
Pore water saturation index at Hole 310-M0006A
Calculated for pE = 4 and T = 28 °C from pore water chemistry data with PHREEQCI version 2.12.5 using the PHREEQC.DAT thermodynamic data base...