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将自旋极化氢原子(H↓)系统作为弱作用玻色系统处理,基于硬球近似和Isihara有限温度理论,讨论了发生气体超流的可能性及两种声模式,强调了声测量技术对研究H↓系统的重要性。The spin polarized hydrogen atoms (H↓) are treated as a weak interacting Bose-Einstein system. On the basis of Isihara's finite temperature theory and hard-sphere approximation, the possibility of gaseous superfluid and two modes of sound have been discussed. The importance of acoustical measurement technique in study on H↓ system is emphasized.







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