论文标题
在强电磁场中，对核上核上的谐振光学发光的过程中狭窄的正电子束（电子）的产生
The generation of narrow ultrarelativistic beams of positrons (electrons) in the process of resonant photogeneration of pairs on nuclei in a strong electromagnetic field
论文作者
论文摘要
在细胞核场中高能伽玛量子和强电磁波在超能力电子 - Qumma Quanta的谐振光学上，高能正上子（电子）的狭窄光束产生。结果表明，如果初始伽马量的能量显着超过了该过程的特征能，则将超偏移性正子（对于通道A）或电子（对于B通道B）发出，其能量非常接近γ量子的能量。此外，此类过程的谐振差分可以超过相应的差分横截面，而没有外部场的13个数量级。这种效果使得在具有高概率的强电磁场中获得超层次正电子（电子）的狭窄光束。
The generation of narrow beams of high-energy positrons (electrons) in the process of resonant photogeneration of ultrarelativistic electron-positron pairs by high-energy gamma quanta in the field of the nucleus and a strong electromagnetic wave is theoretically predicted. It is shown that if the energy of the initial gamma quanta significantly exceeds the characteristic energy of the process, then ultrarelativistic positrons (for channel A) or electrons (for channel B) are emitted with energies very close to the energy of gamma quanta. Moreover, the resonant differential cross-section of such processes can exceed the corresponding differential cross-section without an external field by thirteen orders of magnitude. This effect makes it possible to obtain narrow beams of ultrarelativistic positrons (electrons) in strong electromagnetic fields with high probability.
