通过核束穿过非极化靶时的自旋过滤获得自旋 $S\ge1$ 的张量极化核（自旋二色性效应）
Obtaining tensor-polarized nuclei with spin $S\ge1$ via spin filtering upon nuclear beam transmission through an unpolarized target (spin dichroism effect)
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中文总结 AI 辅助
本文提出利用自旋二色性效应，使自旋≥1的非极化核穿过非极化靶后获得张量极化，极化分量可达0.2-0.8，可用于研究张量极化核反应。
中文摘要 AI 辅助
在穿过非极化靶时，初始非极化的自旋 $S\ge1$ 的核由于自旋二色性效应获得张量极化。对于在靶中穿过数个核长度的核，所获得的 $p_{zz}$ 分量可达到约0.2-0.8的显著值。以这种方式获得的束流可有效用于研究涉及张量极化核的反应。
英文摘要
Upon transmission through an unpolarized target initially unpolarized nuclei with spin $S\ge1$ acquire tensor polarization due to spin dichroism effect. For nuclei passing several nuclear lengths in the target, the acquired component $p_{zz}$ can reach substantial values of ~0.2-0.8. The beam obtained in this way can be effectively used to study reactions with tensor-polarized nuclei.
