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Exact(6)
All data obtained under different levels of competition with multiple objects were compared to a corresponding condition, in which only a single moving bar was presented in the absence of any interfering distracter object.
Procedure: The moving bar was presented for 520 ms and its speed was 16°/sec.
The x-component of this vector corresponds to the response of the cell when the horizontally moving bar was passing through this location.
The y-component of this vector corresponds to the response of the cell, when the vertically moving bar was passing through this location.
For all three groups of subjects, the perceived terminal position of the moving bar was beyond the perceived position of the flash, in the direction of the bar's motion.
The last frame of the moving bar was presented at a constant 3.92° horizontal distance from the fixation point, whereas the horizontal position of the flash relative to the last frame of the motion was varied between 0', ±9.54', ±19.08', and ±28.62'.
Similar(54)
The analysis relates the sudden strain energy which the bar gains following an impact (when either the stationary bar is collected by a body moving with substantial momentum or alternatively when the moving bar is suddenly brought to a halt) and establishes the bending strength as a function of mass, stiffness and other kinematic conditions.
The overlapping of moving bars is allowed, and the element density is determined by the approximation of the Heaviside function by measuring the shortest distance from the boundaries of the bars.
Our setup was originally designed for optical imaging studies in mice in which it has been shown that moving bars are optimal for retinotopic mapping [43], [49].
Moving bars were 1000 1500 μm long and 300 μm wide, traveled at 1000 μm/s, presented moving along their long axis in 8 directions, and rotated by 135° with each presentation.
The ratio of particle diameter to the height of moving bar, d/h, was found to be a major parameter for the mixing diffusion coefficient and the particle residence time at reciprocation speeds exceeding 30 recip./h./h
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com