首页> 外国专利> FORMULA FOR CHANGE IN ENERGY OF PHOTON, ENERGY OF ONE PHOTON DEPARTING FROM STAR EXISTING IN SPACE ORBIT, AND MACROSCOPIC ORBITAL ENERGY OF ONE PHOTON DEPARTING FROM STAR EXISTING IN SPACE ORBIT, FORMULA FOR MACROSCOPIC ORBITAL ENERGY AND MICROSCOPIC ORBITAL ENERGY OF ONE PHOTON IN EARTH, FORMULA FOR ENERGY OF ONE NEUTRINO DEPARTING FROM STAR EXISTING IN SPACE ORBIT AND MACROSCOPIC ORBITAL ENERGY OF ONE NEUTRINO, AND ORBIT OF PHOTON DEPARTING FROM SUN

FORMULA FOR CHANGE IN ENERGY OF PHOTON, ENERGY OF ONE PHOTON DEPARTING FROM STAR EXISTING IN SPACE ORBIT, AND MACROSCOPIC ORBITAL ENERGY OF ONE PHOTON DEPARTING FROM STAR EXISTING IN SPACE ORBIT, FORMULA FOR MACROSCOPIC ORBITAL ENERGY AND MICROSCOPIC ORBITAL ENERGY OF ONE PHOTON IN EARTH, FORMULA FOR ENERGY OF ONE NEUTRINO DEPARTING FROM STAR EXISTING IN SPACE ORBIT AND MACROSCOPIC ORBITAL ENERGY OF ONE NEUTRINO, AND ORBIT OF PHOTON DEPARTING FROM SUN

机译：光子能量变化的公式，空间轨道中存在的一颗恒星的光子的能量，空间轨道中存在的一颗恒星分离出的光子的宏观光子的能量，宏观轨道能量，原子的光子和光子的分子式空间中存在的一种中微子恒星的能量和一种中微子的宏观轨道能，恒星的光子轨道的公式

页面导航

摘要
著录项
相似文献

摘要

PROBLEM TO BE SOLVED: To determine the general formula for the reduction of the energy of photons.;SOLUTION: The orbital energy of the photons is set as AJ K orbit. Thinking can be progressed by changing the value of K. The energy of the photons departing from the sun is set as (a). The energy of the photons reaching the earth is set as (b). The distance between the sun and the earth is about 1.5 10¹¹ m. Namely, AJ K orbit = a K (2 1.5 10¹¹ m) = b. By using the formula, the general formula, which is of the formulas for the reduction of the energy of the photons, the energy of one photon departing from the stars existing in the space orbits, and the macroscopic orbital energy of the photons, and the formula for the microscopic orbital energy of the photons of the earth, can be determined. K and the formula for the microscopic orbital energy vary corresponding to the value of the energy of one photon departing from the sun. Therefore, the value of K can be found by recognizing what the orbit of the photons departing from the sun is.;COPYRIGHT: (C)2005,JPO&NCIPI

机译：解决的问题：确定减少光子能量的一般公式;解决方案：将光子的轨道能量设为AJ K轨道。通过改变K的值可以进行思考。将离开太阳的光子的能量设置为（a）。到达地球的光子的能量设置为（b）。太阳与地球之间的距离约为1.5 10 ^{11 m。即，AJ K轨道= a K（2 1.5 10 ^{11 m）= b。通过使用该公式，可以使用以下通式：减少光子能量，一个光子的能量离开存在于空间轨道中的恒星以及光子的宏观轨道能量的公式，以及可以确定地球光子的微观轨道能量的公式。 K和微观轨道能量的公式对应于一个离开太阳的光子的能量值而变化。因此，可以通过识别出离开太阳的光子的轨道是多少来找到K的值。;版权所有：（C）2005，JPO＆NCIPI}}

著录项

公开/公告号JP2005020996A

专利类型
公开/公告日2005-01-20

原文格式PDF
申请/专利权人 KOBORI SHIZU;
展开▼

申请/专利号JP20040202496
发明设计人 KOBORI SHIZU;
展开▼

申请日2004-06-11
分类号00000/00;700000/00A;700000/00A;
国家 JP
入库时间 2022-08-21 22:33:28

相似文献

专利
外文文献
中文文献