Research on Reaction Zone Structure of High-press, Gravity-independent, Singlet Oxygen Generator

摘要

High press, gravity-independent, singlet oxygen generator (HGSOG) with small reaction zone and high chemical efficiency was designed and fabricated. The mixing, reaction and separation processes happened simultaneously in the reaction zone of HGSOG. The size and the configuration of reaction zone are very important for HGSOG. In this paper, p-τ value was calculated to determine the upper limit of the volume of reaction zone. The condition of gas-liquid separation was calculated to determine the lower limit of the volume of reaction zone. The utilization rate of Cl_2 achieved 90% and the yield of O_2(~1Δ ) reached 70%.