The measured body direction is not fed back directly to the transmitter.
The variability in the radial direction was measured with the SD of gaze errors perpendicular to the target trajectory, whereas the variability in the tangential direction was measured with the SD of gaze errors along the target trajectory.
If a single measure for each direction was given, there was better reaching in almost all single directions in able-bodied persons compared to persons with SCI [31,32].
The structure of SiC film along the radial direction was measured by X-ray diffraction (XRD) results.
The electrical conductivity of the deposits along the lamellar direction was measured by a four-probe dc technique.
Tensile modulus of the extruded tapes along the flow direction was measured and was found to correlate well with the average orientation of the clay tactoids.
Width distribution along the draw direction was measured on a iPP resin supplied by Montell as function of both flow rate and take up velocity.
The ionic conductivity of the deposits through thickness direction was measured by a potentiostat/galvanostat based on three-electrode assembly approach in a temperature range of 500 1000 °C.
The cell size in the one-dimensional direction was measured by the lattice constant of BC2N sheet, a = 4.976 Å, and the ribbons were isolated by vacuum region with about 12 Å in thickness.
The patellar mobility in the superior inferior direction was measured as the change in distance between manually marked points of the deep insertion to the caudal pole of the patella and tibia tuberosity.
