The gasification of solid urotropine was experimentally studied at filtering a high-temperature flow of carbon dioxide through it. It was shown that with an increase in the temperature of the filtered gas from 650 to 920 K, the time of urotropine gasification decreased and the average gasification rate increased from 0.38 to 1.25 g/s, leading to an increase in the flow of urotropine gasification products. The maximum achieved value of the mass of urotropine gasification products was 0.8 g per 1 g of incoming gas. In the temperature range of 480–530 K, intensive gasification of urotropine occurred, while the temperature of the gaseous products leaving the reactor remained practically unchanged. The amount of noncondensable gaseous gasification products did not exceed 1% of the initial mass of the sample.

通过过滤高温二氧化碳流，对固体乌洛托品的气化进行了实验研究。结果表明，随着过滤气体温度从650 K升高到920 K，乌洛托品气化时间减少，平均气化速率从0.38 g/s增加到1.25 g/s，导致乌洛托品气化流量增加。产品。乌洛托品气化产物质量的最大达到值是每1克进入气体0.8克。在480-530 K的温度范围内，乌洛托品发生强烈气化，而离开反应器的气态产物的温度几乎保持不变。不可凝气态气化产物的量不超过样品初始质量的1%。