BLINK- AND SACCADE-RELATED SUPPRESSION EFFECTS IN EARLY VISUAL AREAS OF THE HUMAN BRAIN: INTRACRANIAL EEG INVESTIGATIONS DURING NATURAL VIEWING CONDITIONS

Blink- and saccade-related suppression effects in early visual areas of the human brain: Intracranial EEG investigations during natural viewing conditions

Blinks and saccades, both ubiquitous in natural viewing conditions, cause rapid changes of visual inputs that are hardly consciously perceived.The neural dynamics in early visual areas of the human brain underlying this remarkable visual stability are still incompletely understood.We used electrocorticography (ECoG) from electrodes directly implant

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Fixed- and Variable-Temperature Kinetic Models to Predict Evaporation of Petroleum Distillates for Fire Debris Applications

Forensic fire debris analysis focuses on the identification of a foreign ignitable liquid in debris collected from the scene of a suspected intentional fire.Chromatograms of the extracted debris are compared to a suitable reference collection containing chromatograms of unevaporated and evaporated ignitable liquids.However, there is no standardized

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