The titanomagnetite oxidation state of "zero age" ocean floor basalts was investigated. For this purpose the oxidation parameter, z, of Hole 648B basalts was determined by SEM observation of "shrinkage cracks" in individual titanomagnetite grains and by Curie temperature measurements. A mean z-value of 0.1 has been deduced for the Hole 648B basalts. Assuming a linear relationship between titanomagnetite low-temperature oxidation state and age of the oceanic basalt, an age of 0.7 m.y. is deduced for Hole 648B
The core samples of mid-ocean-ridge basalts (including Indian and Pacific type) recovered from the S...
More than 60 basalt samples from two Deep Sea Drilling Project holes on the Costa Rica Rift were stu...
The low-temperature oxidation process in titanomagnetite has been investigated. Using samples with c...
Seventeen samples from pillow or massive "zero age" fresh basalts from ODP Legs 106 and 109 were stu...
Mid-ocean ridge basalt (MORB) is the major source of marine magnetic anomalies which are the result ...
The natural remanent magnetization (NRM) of ocean basalts, giving rise to the pattern of marine magn...
Electron microprobe and thermomagnetic analyses of selected basalt samples from Hole 597C were perfo...
A detailed electron microscopic and rock magnetic study of mid-ocean ridge basalts (MORB), varying b...
Basalt samples recovered on Ocean Drilling Program Leg 120 from the Kerguelen Plateau were investiga...
The NRM intensity, AF demagnetization characteristics, hysteresis parameters, initial susceptibility...
The Curie temperature and thermomagnetic behavior of whole-rock samples were measured in basalts rec...
The basalts recovered at Holes 651A and 655B appear to carry a single component remanent magnetizati...
The Curie temperature and thermomagnetic behavior of wholerock samples were measured in basalts reco...
International audienceIn oceanic basalts, self‐reversal of magnetization can be produced during extr...
We studied magnetic properties of basalts from cores of Sites 504 (mainly Hole 504B) and 505. Accord...
The core samples of mid-ocean-ridge basalts (including Indian and Pacific type) recovered from the S...
More than 60 basalt samples from two Deep Sea Drilling Project holes on the Costa Rica Rift were stu...
The low-temperature oxidation process in titanomagnetite has been investigated. Using samples with c...
Seventeen samples from pillow or massive "zero age" fresh basalts from ODP Legs 106 and 109 were stu...
Mid-ocean ridge basalt (MORB) is the major source of marine magnetic anomalies which are the result ...
The natural remanent magnetization (NRM) of ocean basalts, giving rise to the pattern of marine magn...
Electron microprobe and thermomagnetic analyses of selected basalt samples from Hole 597C were perfo...
A detailed electron microscopic and rock magnetic study of mid-ocean ridge basalts (MORB), varying b...
Basalt samples recovered on Ocean Drilling Program Leg 120 from the Kerguelen Plateau were investiga...
The NRM intensity, AF demagnetization characteristics, hysteresis parameters, initial susceptibility...
The Curie temperature and thermomagnetic behavior of whole-rock samples were measured in basalts rec...
The basalts recovered at Holes 651A and 655B appear to carry a single component remanent magnetizati...
The Curie temperature and thermomagnetic behavior of wholerock samples were measured in basalts reco...
International audienceIn oceanic basalts, self‐reversal of magnetization can be produced during extr...
We studied magnetic properties of basalts from cores of Sites 504 (mainly Hole 504B) and 505. Accord...
The core samples of mid-ocean-ridge basalts (including Indian and Pacific type) recovered from the S...
More than 60 basalt samples from two Deep Sea Drilling Project holes on the Costa Rica Rift were stu...
The low-temperature oxidation process in titanomagnetite has been investigated. Using samples with c...