Frictional Heat Generation and Geothermal

Author:  Li Xuefeng 我叫李雪峰,中国,河南省三门峡渑池县英豪镇姜王庄村人。本人爱好物理,长期自学成才,终于在 2005 年认识产生了飞跃,创立了以冷聚合为原理的宇宙模型,完美的解释了太阳日珥、黑子和耀斑现象。二十年了我的理论,一直被中国主流打压,得不到应该有的...


Author: Li Xuefeng

我叫李雪峰,中国,河南省三门峡渑池县英豪镇姜王庄村人。本人爱好物理,长期自学成才,终于在2005年认识产生了飞跃,创立了以冷聚合为原理的宇宙模型,完美的解释了太阳日珥、黑子和耀斑现象。二十年了我的理论,一直被中国主流打压,得不到应该有的认可。感谢我们的团队,把我的理论,推荐给了世界。

下面把我的理论概述简单介绍一下。

 我的理论,是世界上第一个站在物质冷聚合的高度,建立起来的一个完整无缺的宇宙模型,这与现代物理主流,用热聚合原理,建立起来的半个宇宙模型形成了鲜明对比。我的理论,继承了二十世纪初,世界物理学主流认识,物质的冷聚合原理,否定了,二十世纪以氢聚合说为主体的半拉子热聚合说。形成了一个完整无缺的宇宙模型。是世界物理学基础理论的重大突破。

文章深入浅出,以最朴素的语言描述了,从石尖火花的自然现象开始,推理了摩擦生热的实质(压力生热说)。解释了地心、地热和太阳能源问题。文章的核心是压力生热说;最大的认识突破是对冷却定律的独到认识;最不容易让主流认可的是,【液态太阳说】;最奇妙的构思是,量子模型;最直接的证据是,太阳黑子现象的照片;解释清楚最直接的现象是,气候变化问题;最大的贡献是,给世界发现了一个新能源(压能公式),给世界展示了一个实实在在,完完整整的一个宇宙模型,作到了对地球气候变化规律的未来预测。

我的理论主要有:物质的三大特性。冷却定律。摩擦生热实质(压力生热说)。液态太阳说。太阳型恒星的演化规律。轮回宇宙说(焰火宇宙)。星系爆炸说。冷却黑洞说。

解释的问题主要有:星球转动力源问题。恒星物质抛射问题。恒星密度问题。巨分子云气的形成,地球崩裂说。光子暗物质说。大洪水说。一直没有发表过的(太阳型恒星的演变)其中解释地球气候变化问题和未来气候问题的原理,日珥现象的发生和发展规律,其中包括黑子和耀斑。还有碳的无机生成说,地磁说,气候冷热两极分化说,金星酸雨说,等等。


My name is Li Xuefeng, China, Jiangwangzhuang Village, Yinghao Town, Mianchi County, Sanmenxia, Henan Province. I love physics and became self-taught for a long time. Finally, in 2005, I made a leap and creating a cosmic model based on the principle of cold polymerization, which perfectly explained the phenomenon of solar prominence, sunspots and flares. After twenty years, my theory has been suppressed by the mainstream of China and can not be recognized as it should be. Thanks to our team for recommending my theory to the world.


Here’s a brief overview of my theory.

My theory is the first complete cosmic model in the world established at the height of cold polymerization of matter, which is in sharp contrast to the half-cosmic model established by the mainstream of modern physics and the principle of thermal polymerization. My theory inherited the mainstream understanding of world physics at the beginning of the 20th century, the principle of cold polymerization of matter, and denied the semi-thermal thermal polymerization in the 20th century. A complete and complete model of the universe is formed. It is a major breakthrough in the basic theory of the world physics.


The article is simple and profound, described in the most simple language, from the natural phenomenon of stone tip spark, reasoning the essence of friction heat generation (pressure heat generation). Explains the geocentric, geothermal, and solar energy issues. The core of the article is the stress heat theory; the biggest breakthrough is the understanding of the original understanding of the law of cooling; the least easy to let the mainstream recognition is, [liquid sun]; the most wonderful idea is the quantum model; the most direct evidence is the photo of the sunspot phenomenon; the most direct phenomenon is the problem of climate change; the biggest contribution is to give the discovery of a new energy (pressure energy formula) to the world, show the world a real, complete model of the future prediction of the universe.


My theory mainly includes: the three main characteristics of matter.law of cooling. Frictional thermogenesis substance (pressure thermogenesis theory). Liquid sun said. Evolution law of solar-type stars. Recycle universe (fireworks universe). The galaxy explosion said. The cooling black hole said.


The main problems of explanation are: the problem of the planet turning into the power source. Problem of stellar matter ejection. Problem of stellar density. The formation of the giant molecular cloud gas, the earth cracked said. Photon dark matter says. Big flood said. All unpublished (the evolution of solar stars) explain the principles of the problem of climate change and future climate, the occurrence and development of prominence ences, including sunspots and flares. There are also the inorganic generation of carbon theory, geomagnetic theory, hot and cold climate polarization theory, Venus acid rain theory, and so on.


Research articles
https://globaljournals.org/GJSFR_Volume22/5-Frictional-Heat-Generation.pdf
https://globaljournals.org/GJSFR_Volume24/3-Three-Properties-of-Matter.pdf
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Global Journals | Science Innovations & Stories Blog: Frictional Heat Generation and Geothermal
Frictional Heat Generation and Geothermal
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