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The cores were sliced into consecutive 0.5 cm thick subsamples to maximize temporal resolution.
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Sediment cores were dated with radiometric techniques (14C and 210Pb/137Cs) and subsampled for pollen and charcoal to maximize the temporal resolution during the historical period (1800 CE to present) and to provide environmental baseline data (last 10,500 years).
Depth settings were adjusted to maximize frame rate (220 260 Hz) and optimize temporal resolution.
Because the screen involves characterizing large numbers of individuals we wanted to develop a system which maximizes the number of plants imaged simultaneously while retaining high spatial and temporal resolution and providing accurate control of plant temperature.
Systems designed to maximize spatial resolution and detection sensitivity employing rotating gantry designs are suboptimal when high temporal resolution imaging is needed.
and temporal resolution of 1 day.
MEG has a very high temporal resolution.
We demonstrate a temporal resolution of 1.2±0.3 fs.
We presented a new "temporal super-resolution" method to realign datasets sampled at low temporal resolution.
While MEG has exquisite temporal resolution, its spatial resolution is fuzzier.
We describe a new "temporal super-resolution" method to realign datasets obtained with low temporal resolution and reconstruct a signal with higher temporal resolution.
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