Sentence examples for standing subject from inspiring English sources
The phrase "standing subject" is not commonly used in written English and may cause confusion.
It could be used in specific contexts, such as legal or academic discussions, to refer to a subject that is currently active or relevant. Example: "The standing subject of our discussion today is the impact of climate change on global economies."
The initial seed for the sample was generated using social networking software, and a request sent to a standing subject pool comprised of Stanford alumni and social science students at a nearby community college maintained by the Institute for Research in the Social Sciences at Stanford University.
Electrodes were placed on the standing subject's clean skin on ipsilateral hand and foot; then, a small, imperceptible current was passed between those electrodes, and the body's electrical resistance was recorded.
To quantify pelvifemoral rhythm during unilateral hip flexion in standing subjects, under different degrees of resistance.
Thresholds of subjects exposed to x-, y- and z-axis sinusoidal vibration were determined for sitting and standing subjects (from 2 to 100 Hz).
Nonlinear biodynamic responses are evident in many studies of the apparent masses of sitting and standing subjects in static postures that require muscle activity for postural control.
Perception thresholds for x-axis and y-axis vibration were not significantly different in either sitting or standing subjects but significant differences in thresholds were found between sitting and standing positions for both x-axis and y-axis vibration.
A large class of dynamic models was obtained by system identification based on data from two experiments: one with standing subjects and one with subjects walking on a treadmill while being stimulated during different time segments of the gait cycle.
This experimental study investigated the effect of frequency, magnitude and direction of oscillation on the postural stability of standing subjects and whether response to rotational oscillation can be predicted from knowledge of response to translational oscillation.
The head motions of standing subjects have been measured while they were exposed to floor vibration occurring in each of the three translational axes: fore-and-aft, lateral and vertical.
The dynamic forces measured at the driving-point in each of the three translational axes (i.e. fore-and-aft, lateral and vertical) showed components not linearly related to the input vibration, and not seen in previous studies with standing subjects exposed to vertical vibration or seated subjects exposed to vertical or horizontal vibration.
We studied, in standing subjects with eyes open and closed, adaptive responses of the anteroposterior head, shoulder, hip and knee movements; gastrocnemius and tibialis anterior EMG activity and anteroposterior body posture when proprioceptive information from the neck or calf muscles underwent vibratory perturbations.
