Objective To observe the pathological effect of sustained +G_x exposures on kidney in rhesus monkeys so as to provide reference for medical evaluation and health protection against high +G_x exposures possibly encountered in manned space flight and ensuring subjects'safety in high +G_x experiments.
To explore the principle of man machine role distribution in long duration manned space flight, the human tasks and factors affecting human performance capability were analyzed, and a man machine functional allocation model based on stress strength was put forward.
Objective To observe the pathological effect of sustained +G_x exposures on kidney in rhesus monkeys so as to provide reference for medical evaluation and health protection against high +G_x exposures possibly encountered in manned space flight and ensuring subjects'safety in high +G_x experiments.
To explore the principle of man machine role distribution in long duration manned space flight, the human tasks and factors affecting human performance capability were analyzed, and a man machine functional allocation model based on stress strength was put forward.
Objective To observe the pathological effect of sustained +G_x exposures on kidney in rhesus monkeys so as to provide reference for medical evaluation and health protection against high +G_x exposures possibly encountered in manned space flight and ensuring subjects'safety in high +G_x experiments.
However the arguments we make are different to this and are focussed mainly upon the benefits to earth based science, medicine, technology and education which would accrue from a manned space flight programme.
Since 1974 latest results from manned space missions were analized at the Austrian Institute of Aerospace-Medicine and Spacebiology in behalf of the question, which cosmic timer might influence human vital functions.