〖TPK1, +63mm. 85mm, BP#〗
〖TS（〗〖JZ〗〖HT5″H〗Figure〓1〖HT〗〖TS）〗
Due to the particle motion direction of the solar wind particle flow and The angle of the earth's orbit is close to 90°, and it always acts on the sunward side. Therefore, it can be assumed that the resultant force of the solar wind acts at point C, and the pressure is 530 million tons, and the material at point C follows the Y direction from point O. When the axis advances at high speed, this lateral pressure becomes the frictional resistance of point C when it advances longitudinally, which is equivalent to the left hemisphere being wrapped by a gas brake shoe or adding an invisible load of 530 million tons, just like a balloon rolling on the water. The contact point between the ball skin and the water surface is the rolling friction point, which is equivalent to point C. Once a friction resistance appears near point C, the left hemisphere will slow down, and the right hemisphere without resistance will still move along at the original speed under the action of inertia. Y-axis movement.
If the inertial force of the right hemisphere is concentrated at point A, the direction is the same as the Y-axis, the force F is exactly 530 million Newtons, and the moment arm r is half of the earth's equatorial radius, that is, 3189 kilometers, the moment M at point A can be obtained from the following formula ： M＝r×F＝3189000 meters Point O moves in a counterclockwise circular motion, that is, rotating from west to east when viewed from the North Pole.
7. Rotating plasma wind wheel Counting the meteors on summer nights, some people may ask, where do so many rocks fall into the earth's atmosphere? In fact, in addition to countless stones, ice, sand, and dust, the space the earth walks in also contains a large number of free plasma air masses floating in space. When a person is walking fast on the road, he will feel the wind blowing on his face. This head-on wind is caused by the person walking forward, and it is called "walking wind". As the Earth "walks" in space at high speed, free air masses in space will also come towards us, producing the Earth's walking wind. The Earth's walking wind is parallel to the Y-axis, but in the opposite direction. It is perpendicular to the solar wind and acts on the Earth at the same time. See Figure 2.
〖TPK2, +69mm. 90mm, BP#〗
〖TS (〗〖JZ〗〖HT5″H〗Figure〓2〖HT〗〖TS)〗
Plasma in the outermost layer of the Earth by walking wind The gas circle forms a certain pressure, which presses the atmosphere in area D toward area B, causing the gas layer on the OD side to be thin and the gas layer on the OB side to be thick, that is, OB > OD? The solar wind creates greater pressure on the outermost gas layer of the earth. , pressing the atmosphere in area C toward area E, causing the air layer on the OC side to be thinner than that on the OE side, that is, OE > OC? Comparing the impact of these two wind forces on the earth's plasma wind wheel, the wind speed of the solar wind is 450 kilometers/second. , while the wind speed of walking wind is only 29.8 kilometers/second, which is more than ten times smaller than that of solar wind. In addition, walking wind only hits the earth's outer atmosphere occasionally, locally, and in bursts, while solar wind does not. It acts on the earth permanently, comprehensively and continuously, so the solar wind is the main force driving the earth's wind wheel. Because the pressure of the solar wind is greater, it plays a decisive role in the movement of the earth's wind wheel because the area of ??the atmosphere in the CD area is larger. It is smaller than the CB area, so the pressure of the solar wind on the CB area is greater than that of the CD area. The force arms on both sides of the earth's center of mass are different in length, OB>OD, and the forces on both sides are unbalanced, so the earth's wheel has a tendency to rotate counterclockwise. ?Since the plasma near point B is far away from the center of the earth and has small gravity, it is more likely to be blown to area A by the solar wind. Once the atmosphere in area CB is squeezed towards area BA, the atmosphere in area A will move towards area AE under the action of gravity. Movement, the atmospheric pressure in the OBAE area is greater than that in the ODE area, the atmosphere moves to the D area, and the atmosphere of the DC section fills the CB section. The entire earth's wheel begins to rotate and becomes the plasma wind wheel of the earth. 8. The wind wheel wraps the earth. Even if the solar wind has a pressure of 5.3 billion tons, it is less than one trillionth of the mass of the earth. It is obviously nonsense to directly use this force to explain the rotation of the huge rigid body of the earth. It is obviously nonsense to use the solar wind as the force. The external torque that twists the earth's rotation handle is just a setting. In fact, the solar wind force cannot directly act on the earth's rigid body. It indirectly transmits the force to the earth through the wind wheel and water wheel, and ultimately causes the earth to rotate. As the height of the plasma layer decreases, the specific gravity of plasma increases and the density of the atmosphere increases. At an altitude of 50 to 500 kilometers, it is basically a thin atmosphere at high altitudes. This thin atmosphere is the carrier of the plasma layer and the rotation of the plasma westerly wind wheel. , it must be viscous to circulate in the same direction. Actual measurements have proven that the thin atmosphere above 50 kilometers all circulates zonally from west to east. It is an important factor in calculating missile trajectories, that is, the "high-altitude westerly factor". The wind speed is about 900 meters per second, but because the atmosphere is very thin, its wind is fast and weak. The low-altitude atmosphere below 50 kilometers is the carrier of the high-altitude thin atmosphere, and the high-altitude westerly factor sticks to the low-altitude atmosphere to form a global westerly circulation. Then the wind wheel of the whole earth was started.
The wind force is transmitted from the outer ring to the inner ring, forming a westerly wind system that surrounds the entire earth. The earth is suspended in the rotating wind wheel, and the wind wheel wraps the earth and rotates with it from west to east, as shown in Figure 3. 70% of the earth's surface is ocean. The ocean is the earth's hydrosphere and the main carrier of the atmosphere. The westerly circulation of the atmosphere will inevitably blow the viscous ocean surface to circulate in the same direction. In fact, the ocean currents on the earth are all controlled by wind. For example, the circum-Antarctic westerly drift flows endlessly from west to east driven by the perennial westerly wind. If there were no land on the earth, then the sea water would be driven by the westerly wind system to create a global zonal circulation. ?When seawater flows eastward, it will of course stick to the seafloor and push the coast to rotate eastward. The Pacific westerly currents in the largest body of water on earth are pushing the Cordillera Mountains eastwards at all times, making the world's longest coastal mountain system the largest turning handle on the earth. In this way, the solar wind grasps the rotating handle of the rigid body of the earth through the wind wheel and water wheel, and the earth is pushed step by step to rotate from west to east.
9. Earth's rotational speed formula: When the earth is started, accelerated, and rotated, if the speed is not controlled, it will inevitably break like a speeding flywheel. How is the earth's rotational speed controlled now? ? ?Since the force source of the earth's rotation comes from the "two winds", and the wind force of the traveling wind depends on the speed of the earth's revolution, then the solar wind force and the speed of the earth's revolution around the sun determine the speed of the earth's rotation, that is, the speed of the earth's rotation. V is proportional to the product of solar wind force F and revolution speed U.
V＝F×U
If V>F?U, then you must slow down, if V
〖TPK4, +70mm. 58mm, BP#〗
〖TS（〗〖JZ〗〖HT5″H〗Figure〓4〖HT〗〖TS）〗
Figure 4 illustrates, south and north mid-latitude The westerly winds and westerly currents in the area are greater than the geostrophic linear velocity. The westerly winds and westerly currents push the earth eastward, trying to accelerate the earth. However, the westerly winds and westerly currents in the equatorial area are slower than the geostrophic linear velocity, which is like a "negative westerly wind". For a car traveling with the wind, when the speed exceeds the wind speed, the tailwind will turn into a headwind. The easterly wind belt on the equatorial surface is transformed from the "negative westerly wind", and the equatorial easterly currents in the Pacific and Atlantic Ocean are also transformed from the "negative westerly current". The equatorial easterly winds and equatorial easterly ocean currents push the earth westward, trying to slow down the earth. If the earth is artificially accelerated, it will encounter greater resistance from the equatorial easterly winds and equatorial easterly ocean currents. If the earth is slowed down. It will encounter the greater thrust of the two north and south westerly belts and their westerly ocean currents. The earth seeks balance between the two north and south thrusts and one equatorial pull, so that the rotation speed is maintained at the resultant force of "two pushes and one pull". . The rotation of the earth is under the direct control of the wind wheel and the water wheel. It cannot choose or change its rotation speed at will. 10. The theory that the solar wind drives the earth's rotation is completely based on observed evidence. On top of that, it can perfectly explain the difficulties faced by the atmosphere, ocean, geology and other disciplines, and truly reflect the state of the earth's motion. However, Pluto does not rotate, Uranus rotates while sleeping, Venus rotates, and Mercury rotates slowly. How to explain the rotation phenomenon? Why does the earth revolve? How to control the revolution speed? ...If these problems are not solved, the cause of the earth's rotation will still not be solved. Fortunately, the effective planetary exploration since the 1970s has been able to solve it. These issues have accumulated a large amount of observational data, which will prompt people to re-evaluate the hypothesis of the origin of the contemporary planets. The next article will mention these issues one by one, which will eliminate any doubts we have about the principle of "solar wind causing the earth to rotate". This principle is summarized as follows: The power of the earth's rotation comes from the outside. It is the combined force of the solar wind and the traveling wind that activates the earth's wind wheels and water wheels. The earth cannot rotate from west to east under the direct drive of the wind wheels and water wheels. , it has to rotate. How it rotates, whether it rotates fast or slow, all depends on the vector and resultant force of the external circles. This is the real reason for the phenomenon of "the earth is rotating". In order to be different from the theory of "the earth rotates by itself", I call it briefly "The Wind and the Earth".
Some readers may have the idea that soap bubbles blown in space will still rotate under the influence of the surrounding air flow. Can such a simple principle be called "the great secret of the earth"? I understand such readers very well, because the author has also Have you ever had a similar idea, but so many great scientists around the world have never even thought about this? The fact is regrettable. They did not ask such a question, and they did not tell us exactly the source of power for the earth's rotation. No matter how many international or domestic academic conferences on geodynamics you attend, in addition to hearing old tunes similar to Kant's, you will also hear the calculations of American Munk (author of "The Rotation of the Earth"). If the power of the earth's rotation comes from the interior, then the rotation speed of the earth's core must be greater than that of the mantle, crust, hydrosphere and atmosphere. But no one tells us who first winds up the earth's core, and the atmospheric circulation, ocean current movement, Breakthroughs in major theoretical topics such as geomechanics and magma flow direction first rely on the fundamental solution of the source of power for the earth's rotation, so the principle of "the wind blows and the earth rotates" is placed in the first chapter.