扩展空间模型中电磁场到引力场的转换：预言和实验
Transformation of an Electromagnetic Field into Gravitational Field in Model of Extended Space:Prediction and Experiment
摘要：
对带电大质量粒子在物质中减速产生引力场的可能性进行了一系列实验验证。电子加速器被用作带电粒子的来源。窄束相对论电子（束的平均功率为450 W，电子能量约为30 MeV）被引导到由钨制成的停止靶上，在那里电子减速。测量结果表明，当相对论电子束在停止靶中减速时，其中一个大质量货物靠近停止靶的旋转摆的真实偏差在统计上出现。还固定了当停止目标从钟摆的一端移动到另一端时钟摆旋转方向的变化。引起摆锤偏离的力的大小的上限为0.000001 N。
英文摘要：
Series of experiments were carried out to check the prediction concerning the possibility to generate gravitational field when charged massive particles decelerated in the in substance. As a source of the charged particles was used the accelerator of the electrons. The narrow bundle relativistic electrons (average power of a bundle 450 W, electrons energy about 30 MeV) were directed on a stopping target made from tungsten where electrons deceleration happened. The measurements have shown emerging statistically of authentic deviation of a rotating pendulum, one of which massive cargoes was near to the stopping target, in the moment when the bundle of relativistic electrons decelerated in the stopping target. Also was fixed changing of direction of the pendulum rotation when stopping target was shifted from one end of a pendulum to another. The magnitude of force that calls a deviation of the pendulum has upper limit 0,000001 N.
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