原始大气反应生成的HCN部分按Strecker反应合成氨基酸,其余随降雨进入水体。由于气液平衡,HCN可重返大气层参与由放电与太阳辐射引发的化学过程。气相中分子扩散迅速、无笼效应,故生物分子的合成较液相中更有效。本文验证了这一过程,并研究了CH_4、H_2S、HCN等在合成生命分子中的作用。 1 实验部分 The original atmospheric reaction of HCN part by Strecker reaction synthesis of amino acids, the rest with the rainfall into the water. Due to gas-liquid equilibrium, the HCN can re-enter the atmosphere to participate in chemical processes triggered by discharges and solar radiation. Gas molecules in the proliferation of rapid, cage-free effect, so the synthesis of biomolecules more effective than the liquid phase. This article validates this process and investigates the role of CH 4, H 2 S, HCN, etc. in the synthesis of life molecules. 1 experimental part