SIMULATION METHOD TO DETERMINE FACTORS LEADING TO CHANGE OF ORBIT OF FREE ROTATION OF PLANET UNDER CONDITIONS OF WEIGHTLESSNESS, EXECUTING CIRCULAR OR LOOP-SHAPED MOTIONS

摘要

FIELD: study of astral system, establishment of availability on planets of conditions necessary for vital activities of man. SUBSTANCE: simulation method consists in that body simulating planet and base are rotated with the help of drive. Body is installed on axis inside container placed in channel made in base. Two identical springs bordering on slider or contacting with their ends wall of container are positioned inside channel. Compression force of springs is changed with the aid of connector coupling outside sliders and enabling them to be moved. Rotation speed of shaft is measured and adjusted to set equality in lengths of both springs to achieve critical value of circumferential speed of center of mass of body in corresponding radius of its rotation. After this body simulating planet is set in motion around axis on which it is put. Speed of its rotation around its own axis is adjusted to obtain its specified value and trajectory of motion of body is recorded. Given measurement results are assumed to be datum results. Then rotation of body around axis on which it is put is stopped and rotation of shaft is terminated. Body is removed from axis in container and another body with changed structure of material is put on above- mentioned axis, base with body is set in motion and rotation speed of shaft is adjusted. Lengths of both springs are measured with the aid of measuring device and if difference appears outside sliders are moved. After this body is set in motion around its axis, its rotation speed is adjusted and trajectory of motion of body is recorded by means of recording device. Later body is replaced in above-mentioned sequence. Measurement results are compared with base results establishing by this factors leading to change of radius of orbit of free rotation of planet in state of weightlessness. EFFECT: improved reliability of simulation method.. 10 dwg