Since the prediction of nuclear chirality in 1997, tremendous progresses both theoretically and experimentally have been achieved. Experimentally, 59 chiral doublet bands in 47 chiral nuclei (including 8 nuclei with multiple chiral doublets) have been reported in $A\sim 80,100,130$, and 190 mass regions. The spins, parities, energies, ratios of the magnetic dipole transition strengths to the electric quadrupole transition strengths, and related references for these nuclei are compiled and listed. For these nuclei with the magnetic dipole transition strengths and the electric quadrupole transition strengths measured, the corresponding results are given. A brief discussion is provided after the presentation of energy $E$, energy difference $\Delta E$, energy staggering parameter $S\left(I\right)$, rotational frequency $\omega$, kinematic moment of inertia ${\mathcal{J}}^{\left(1\right)}$, dynamic moment of inertia ${\mathcal{J}}^{\left(2\right)}$, and ratio of the magnetic dipole transition strength to the electric quadrupole transition strength $B\left(M1\right)∕B\left(E2\right)$ versus spin $I$ in each mass region.

自从1997年预测核手性以来，在理论和实验上都取得了巨大进步。实验上，在47个手性核中（包括8个具有多个手性双峰的核）已报道了59个手性双峰带。$\mathrm{一种}〜80，100，130$以及190个质量区域。汇编并列出了自旋，奇偶校验，能量，磁偶极跃迁强度与电四极跃迁强度的比值以及这些核的相关参考。对于这些具有磁偶极跃迁强度和电四极跃迁强度的核，给出了相应的结果。介绍能量后进行简短讨论$Ë$，能量差 $\Delta Ë$，能量交错参数 $\mathrm{小号}（\mathrm{一世}）$，旋转频率 $\omega$，运动惯性矩 ${\mathcal{Ĵ}}^{（\mathrm{1个}）}$，动态惯性矩 ${\mathcal{Ĵ}}^{（2）}$，以及磁偶极跃迁强度与电四极跃迁强度之比 $乙（\mathrm{中号}\mathrm{1个}）∕乙（Ë2）$ 与旋转 $\mathrm{一世}$ 在每个质量区域。