Engineering topics
Publications and source records attributed to Graybiel, A..
Quantification of subjective estimates of well- being during onset and remission of motion sickness symptomatology in slow rotation room
Otolith organs as primary etiological factor in motion sickness
Semicircular canals as primary etiological factor in motion sickness
Preventing motion sickness in slow rotation room by incremental increases in strength of stimulus
Adaptation to Coriolis accelerations associated adaptation schedule to with 1-rpm increments developed for preventing motion sickness in slow rotating environment
Vestibular problems in long manned space flight, discussing weightlessness and rotating environment for artificial gravity
Disturbances of vestibular origin comprising motion sickness resulting from rotating tilted chair
Adaptation to coriolis acceleration by controlled head movements, and transfer as direction and stimulus mode change
Human susceptibility to motion sickness under Coriolis acceleration during parabolic flight weightlessness
Motion sickness susceptibility during parabolic flight, comparing weightlessness and hypergravity effects on normal and labyrinthine-defective subjects
Physiological magnitude estimation in coriolis vestibular reaction to rotation
Adaptation schedule for human coriolis effect in slow acceleration steps
Human reactions to coriolis effect in rotating environments
Varying time interval between two equal and opposite coriolis accelerations
Degrees of adaptation acquired from coriolis stimulation and head movements in rotating rooms
Head movements controlled for rapid vestibular adaptation in slow rotation room /SRR/, preventing motion sickness
Motion sickness studied with slow rotation room having controlled Coriolis accelerations, discussing oculogyral illusion, nystagmus, dizziness and neuromuscular incoordination
Human motion sickness susceptibility when exposed to Coriolis accelerations during parabolic flight weightlessness