1,224 research outputs found
RRS "Discovery" Cruise 106, 5 December - 22 December 1979. Trans-Atlantic passage with equipment trials and high-resolution seismic profiling
No full textRRS Discovery Cruise 111, Leg 1, 21 June - 3 July 1980. GLORIA survey of the Blake-Bahama Outer Ridges
No full textKing's Trough Flank: geological and geophysical investigations of its suitability for high-level radioactive waste disposal
No full textGreat Meteor East (distal Madeira Abyssal Plain): geological studies of its suitability for disposal of heat-emitting radioactive wastes
No full textLithostratigraphic applications for magnetic susceptibility logging of deep-sea sediment cores: examples from ODP Leg 115
No full textWhole-core (WC) logging of low-field magnetic susceptibility (MS) is an extremely simple, rapid and non-destructive method of acquiring a quantifiable, lithologically related signal which is ideally suited to the task of correlating between deep-sea sediment sequences recovered from related holes at ODP sites. In addition to identifying coring irregularities such as unrecorded gaps in the recovered sequence between cores, or repetition of sequence due to repenetration of the corer, WCMS profiling can be used to identify turbidite horizons and also intervals contaminated by ferrous metal artifacts from drilling (eg pipe rust). Inter-regional correlation between the WCMS profiles for holes drilled at different ODP sites is also possible in many instances, especially when lithological variations at each site are controlled by large scale palaeoceanographic, or global palaeoclimatic changes. -from Autho
Lithostratigraphic applications for magnetic susceptibility logging of deep-sea sediment cores: examples from ODP Leg 115
No full textWhole-core (WC) logging of low-field magnetic susceptibility (MS) is an extremely simple, rapid and non-destructive method of acquiring a quantifiable, lithologically related signal which is ideally suited to the task of correlating between deep-sea sediment sequences recovered from related holes at ODP sites. In addition to identifying coring irregularities such as unrecorded gaps in the recovered sequence between cores, or repetition of sequence due to repenetration of the corer, WCMS profiling can be used to identify turbidite horizons and also intervals contaminated by ferrous metal artifacts from drilling (eg pipe rust). Inter-regional correlation between the WCMS profiles for holes drilled at different ODP sites is also possible in many instances, especially when lithological variations at each site are controlled by large scale palaeoceanographic, or global palaeoclimatic changes. -from Autho
Segmenting Mechanomyography Measures of Muscle Activity Phases Using Inertial Data
No full textThis dataset contains the data used in our manuscript titled "Segmenting Mechanomyography Measures of Muscle Activity Phases Using Inertial Data". Data structure is explained in the README.txt file located at the top-level of the dataset. Manuscript title in the README.txt file and contained in the title of the zip file are of a previous working title. Please contact corresponding author Richard B. Woodward for any questions.</span
- …
