The loss of Baryonic Matter through Black Holes from our spatial 3-D Universe into its 4th dimension as Dark Matter, is used along with the Conservation of Angular Momentum Principle to prove theoretically the acceler...The loss of Baryonic Matter through Black Holes from our spatial 3-D Universe into its 4th dimension as Dark Matter, is used along with the Conservation of Angular Momentum Principle to prove theoretically the accelerated expansion of the 3-D Universe, as has already been confirmed experimentally being awarded the 2011 Nobel Prize in Physics. Theoretical calculations can estimate further to indicate the true nature of the acceleration;that the outward acceleration is due to the rotation of the Universe caused by Dark Energy from the Void, that the acceleration is non-linear, initially increasing from zero for the short period of about a Million years at a constant rate, and then leveling off non-linearly over extended time before the outward acceleration begins to decrease in a non-linear fashion until it is matched by the gravitational attraction of the matter content of 4D Space and the virtual matter in 3-D Vacuum Space. m = m(4D) + m(Virtual). The rotation of our 3D Universe will become constant once all 3D matter has entered 4D space. As the 3-D Universe tries to expand further it will be pulled inward by its gravitational attraction and will then keep on oscillating about a final radius r<sub>f</sub> while it also keeps on oscillating at right angles to the radius r<sub>f</sub> around final angular velocity ω<sub>f</sub>, until it becomes part of the 4-D Universe. The constant value of the Angular Momentum of our Universe is L = .展开更多
介绍了一种压电式六维加速度传感器,研究了其敏感单元的布局原理,建立了相应的六维加速度传感方程以实现对6只压电式单轴加速度传感器的输出进行解耦得到刚体运动的六维加速度。在此基础上,采用基于实时仿真系统(dSPACE DS1103和MATLAB/...介绍了一种压电式六维加速度传感器,研究了其敏感单元的布局原理,建立了相应的六维加速度传感方程以实现对6只压电式单轴加速度传感器的输出进行解耦得到刚体运动的六维加速度。在此基础上,采用基于实时仿真系统(dSPACE DS1103和MATLAB/Simulink)的快速控制原型(rapid control prototyping,RCP)技术建立了压电式六维加速度传感器的快速原型。在六维随机振动激励和固定轴旋转振动激励情况下对开发的压电式六维加速度传感器的快速原型的传感性能进行了实验测试。研究结果表明该压电式六维加速度传感器的快速原型能够实现六维加速度的传感,建立的传感方程能够准确地解算出刚体运动的六维加速度。展开更多
文摘The loss of Baryonic Matter through Black Holes from our spatial 3-D Universe into its 4th dimension as Dark Matter, is used along with the Conservation of Angular Momentum Principle to prove theoretically the accelerated expansion of the 3-D Universe, as has already been confirmed experimentally being awarded the 2011 Nobel Prize in Physics. Theoretical calculations can estimate further to indicate the true nature of the acceleration;that the outward acceleration is due to the rotation of the Universe caused by Dark Energy from the Void, that the acceleration is non-linear, initially increasing from zero for the short period of about a Million years at a constant rate, and then leveling off non-linearly over extended time before the outward acceleration begins to decrease in a non-linear fashion until it is matched by the gravitational attraction of the matter content of 4D Space and the virtual matter in 3-D Vacuum Space. m = m(4D) + m(Virtual). The rotation of our 3D Universe will become constant once all 3D matter has entered 4D space. As the 3-D Universe tries to expand further it will be pulled inward by its gravitational attraction and will then keep on oscillating about a final radius r<sub>f</sub> while it also keeps on oscillating at right angles to the radius r<sub>f</sub> around final angular velocity ω<sub>f</sub>, until it becomes part of the 4-D Universe. The constant value of the Angular Momentum of our Universe is L = .
文摘介绍了一种压电式六维加速度传感器,研究了其敏感单元的布局原理,建立了相应的六维加速度传感方程以实现对6只压电式单轴加速度传感器的输出进行解耦得到刚体运动的六维加速度。在此基础上,采用基于实时仿真系统(dSPACE DS1103和MATLAB/Simulink)的快速控制原型(rapid control prototyping,RCP)技术建立了压电式六维加速度传感器的快速原型。在六维随机振动激励和固定轴旋转振动激励情况下对开发的压电式六维加速度传感器的快速原型的传感性能进行了实验测试。研究结果表明该压电式六维加速度传感器的快速原型能够实现六维加速度的传感,建立的传感方程能够准确地解算出刚体运动的六维加速度。
