Synthesis of Chemical Elements and Solid Structures in Atomic- Nuclear Reactions in Dense Gas-Metal Systems Irradiated by γ Rays

R. Wisniewski
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引用次数: 1

Abstract

The new effects observed in dense gas-metals systems (example D 2 -Pd) being irradiated by braking gamma quanta with threshold energy a little bellow 10 MeV, for energy about 25 MeV (giant dipole nuclear resonance — GDNR) and effects of irradiation of pure gazes (D 2 , He … 10 MeV) is presented in this chapter. The irradiation time in all cases was as large as 10 5 s under large gamma flux intensity conditions (generated by electron current in used accelerators of about 20 μ A). Realization of experiments were as follow: chosen gas in room temperature was compressed to high pressure (1 – 3 kbar) in beryllium bronze pressure chamber or in stainless steel high pressure capillary with chosen metal samples inside of it or without samples. In all cases new elements were detected in relatively large amounts, some of them are light elements, i.e., C, O and the others are heavy elements, i.e., Pb, Bi. At GDNR with Pd, V and other metals, unexpected phenomena as shape changes, “ micro-protuberances, ” micro objects of specific element contents, cracks of specimen surfaces were observed too. The identification of the mechanism that induced these effects is a problematic issue, trans-nuclear molecule and multinuclear reaction concepts could be used to explain these induced effects. The justification of carbon generation in the samples is shortly described. Laboratory of Nuclear Reactions. Investigation of obtained objects, using scanning electron microscopy (SEM) and X-ray micro sound analyzer (XRMPA) were performed in the Analytical Centre of the Laboratory of University and at the Institute for Perspective Materials and Technologies in Moscow. We have observed: macroscopic surface changes, the emergence of new elements in the macroscopic amount, change the shape of the samples, micro eruption from the metallic surface and exposed to weight changes of investigated samples. The arrows presents high energy gamma stream passing through the inlet port of the pressure shell. Polygon character symbolizes the central object changes. Square character symbolizes objects which were observed inside of the chamber and triangular character changes in inner element (red line) separates the gas from the pressure shell. Similar objects can be exist in similar condition in some time in somewhere is Cosmos. What effects would took place there we can see as results of our experiments described below.
γ射线辐照致密气体-金属体系中原子-核反应中化学元素的合成和固体结构
本章介绍了阈值能量略低于10 MeV(巨偶极子核共振- GDNR)的制动伽马量子辐照致密气体-金属体系(例如d2 - pd)时所观察到的新效应和纯气体(d2, He…10 MeV)辐照的效应。在大γ射线强度条件下(在使用的约20 μ A的加速器中由电子电流产生),所有情况下的辐照时间都长达10 5 s。实验实现如下:在室温下,选定的气体在铍青铜压力室或不锈钢高压毛细管中压缩到高压(1 - 3 kbar),其中有选定的金属样品或没有样品。在所有情况下,新元素的检测量都比较大,其中一些是轻元素,如C、O,另一些是重元素,如Pb、Bi。在Pd、V等金属的GDNR中,还观察到形状变化、“微突起”、特定元素含量的微物体、试样表面裂纹等意想不到的现象。诱导这些效应的机制的确定是一个有问题的问题,跨核分子和多核反应的概念可以用来解释这些诱导效应。简要描述了样品中碳生成的理由。核反应实验室。利用扫描电子显微镜(SEM)和x射线微声分析仪(XRMPA)在大学实验室分析中心和莫斯科透视材料与技术研究所对获得的物体进行了调查。我们观察到:宏观表面的变化、新元素宏观量的出现、样品形状的改变、金属表面的微喷发以及所研究样品暴露重量的变化。箭头表示通过压力壳入口的高能伽马流。多边形字符象征着中心物体的变化。方形字符表示在腔内观察到的物体,三角形字符变化的内部元素(红线)将气体与压力壳分开。相似的物体可以在宇宙的某个地方以相似的状态存在于某个时间。在那里会发生什么影响,我们可以从下面描述的实验结果中看到。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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