Boronin A M, Sakharovskiĭ V G, Starovoĭtov I I, Kashparov K I, Ziakun A M, Shevetsov V N, Morozova K M, Nechaev I A, Tugushov V I, Kuz'min N P, Kochergin A I
Prikl Biokhim Mikrobiol. 1996 Jan-Feb;32(1):61-8.
The principles of complex, ecologically-safe technology for the destruction of battle gas mustard were worked out. This technology was based on the reaction alkaline detoxication of mustard; the major component of reaction mixture obtained after detoxication was thiodiglycol. Thorough thiodiglycol mineralization was achieved by electrochemical treatment. Electrolysis products were biologically utilized in biosorber.
制定了用于销毁战争毒气芥子气的复杂、生态安全技术原则。该技术基于芥子气的碱性解毒反应；解毒后得到的反应混合物的主要成分是硫二甘醇。通过电化学处理实现了硫二甘醇的彻底矿化。电解产物在生物吸附器中进行生物利用。
