High spin states in ¹⁰⁴Pd were populated via ⁹⁴Zr(¹³C, 3nγ) fusion-evaporation reaction at a beam energy of 55 MeV. The Indian National Gamma Array was utilized to detect the de-exciting γ-rays. Lifetimes of states in the negative parity bands have been determined using the Doppler shift attenuation method. The present lifetime results suggest a moderate quadrupole deformation (β ₂ ≈ 0.2) for the negative parity bands. The Woods–Saxon total Routhian surface calculations have also been carried out which predicted a similar deformation for these bands. In addition, lifetimes of states in the positive parity band have also been determined. Present results found in agreement with the earlier reported values of lifetimes and hence agreed with the antimagnetic rotational character of the band as interpreted earlier.

在高自旋态¹⁰⁴的Pd分别经由填充⁹⁴的Zr（¹³ ℃，3N γ）在55兆电子伏的电子束能量熔合蒸发反应。印度国家伽玛阵列被用来探测去激发的γ射线。已使用多普勒频移衰减方法确定了负奇偶校验带中状态的生命周期。本寿命结果表明中度四极变形（β ₂负校验带的≈0.2）。还进行了Woods-Saxon的总Routhian曲面计算，这些曲面预测了类似的变形。另外，也已经确定了正校验带中状态的寿命。目前的结果与较早报道的寿命值一致，因此与较早解释的波段的抗磁旋转特性一致。