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首页> 外文期刊>Hadronic Journal >REPRESENTATION AND ENHANCEMENT OF THE EXCESS ENERGY OF ROSSI'S REACTORS VIA SANTILLI'S NEUTROIDS AND NUCLEOIDS
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REPRESENTATION AND ENHANCEMENT OF THE EXCESS ENERGY OF ROSSI'S REACTORS VIA SANTILLI'S NEUTROIDS AND NUCLEOIDS

机译：通过Santilli的中性粒核和核素表示和增强ROSSI反应器的过量能量

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摘要

A recent, independent-party report shows that Rossi's E-Cat reactor produces an excess heat that cannot be explained via quantum mechanical or chemical processes, thus supporting the possible presence of new nuclear processes. In this paper, we recall the studies by Don Carlo Borghi on the synthesis of the neutron from the Hydrogen, and the systematic, mathematical, theoretical and experimental studies conducted by R. M. Santilli on the neutron synthesis via the covering hadronic mechanics and chemistry. We review in particular the detection of an apparent new bound state of a proton and an electron called "neutroid," which is solely predicted by hadronic mechanics with the characteristics of the neutron except spin zero, thus being different than Mills hydrino. We then recall Santilli's new series of "nucleoids" which are given by conventional nuclides when absorbing a neutroid or nucleoid, and illustrate their es-oenergetic decay into stable nuclides. In this paper, we submit the hypothesis, apparently for the first time, that Rossi's E-Cat reactor converts, at least in part, Hydrogen into Santilli's neutroids by therefore avoiding the Coulomb repulsion between protons and nuclei present in current interpretation. The use of Santilli's nucleoids and their esoenergetic decay then allow a quantitative interpretation of the excess heat in Rossi's reactor. We close the paper by indicating the reasons according to which Santilli's new species of MagneHydrogen offers realistic possibilities to enhance the energy output for Rossi's as well as other Hydrogen-based nuclear transmutations.
机译：独立方最近的一份报告显示，罗西（Rossi）的E-Cat反应堆产生的多余热量无法通过量子力学或化学过程加以解释，从而支持了可能存在的新核过程。在本文中，我们回顾了唐·卡洛·博尔吉（Don Carlo Borghi）对氢中子合成的研究，以及R. M. Santilli通过覆盖强子力学和化学对中子合成进行的系统，数学，理论和实验研究。我们特别回顾了质子和称为“中微子”的电子的表观新结合态的检测，这是由强子力学唯一预测的，具有中子的特性，除了自旋为零，因此不同于密尔斯分数氢。然后，我们回想起Santilli的新“核苷”系列，它们是在吸收中性核素或核苷时由常规核素给出的，并说明了它们的电子能量衰减成稳定的核素。在本文中，我们显然首次提出了这样的假设：罗西的E-Cat反应堆通过避免当前解释中存在的质子与原子核之间的库仑排斥，至少将氢部分转化为Santilli的中性核。然后，使用Santilli的类核苷酸及其电能衰变可以定量解释Rossi反应堆中的多余热量。在本文结尾处，我们指出了桑蒂利（Santilli）的新物种MagneHydrogen所提供的现实可能性，以提高罗西（Rossi）以及其他基于氢的核nuclear变的能量输出。

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  • 来源
    《Hadronic Journal》 |2014年第6期|697-737|共41页
  • 作者

    Ugo Abundo;

  • 作者单位

    Neural Calculus Lab at J. Von Neumann Foundation Via Clelia 15,00181, Rome, Italy;

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  • 原文格式 PDF
  • 正文语种 eng
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  • 关键词

    nuclear fusion; neutroid; nucleoids;

    机译：核聚变神经质核苷;

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