Science. 1985 Oct 11;230(4722):170-2. doi: 10.1126/science.230.4722.170.
Halite particles about 2 micrometers in size were collected by a quartz crystal microbalance cascade impactor from the El Chichón eruption cloud in the lower stratosphere during April and May 1982. These particles are probably derived from the erupted chloride-rich, alkalic magma. Enrichments of hydrogen chloride and increases in optical depolarization in the eruption cloud observed by lidar measurements may reflect the influence of the halite particles. There is evidence that the halite particles reacted with sulfuric acid after about 1 month, releasing gaseous hydrogen chloride, which can influence the catalytic destruction of ozone in the stratosphere.
约 2 微米大小的盐粒通过石英晶体微天平级联撞击器从 1982 年 4 月和 5 月在较低平流层的埃尔奇琼火山喷发云中采集。这些颗粒可能来自喷发的富含氯化物的碱性岩浆。激光雷达测量观察到的氯化氢富集和喷发云的光去偏振度增加可能反映了盐粒的影响。有证据表明,盐粒在大约 1 个月后与硫酸反应,释放出气态氯化氢,这可能影响平流层中臭氧的催化破坏。