Treatise on General and Industrial Inorganic Chemistry

absorbed according action ammonia amount apparatus atmosphere atoms base becomes calcium cals carbon cent chamber chemical chlorine coal combine completely compounds concentrated containing continuous cooled copper corresponding cost cylinder decomposed determined dilute dioxide dissociation dissolved distillation electric electrolytic elements energy especially formation formed furnace gases give grms heat hydrogen hydroxide important increase industrial iodine ions iron Italy kilos latter lead less lignite liquid litres lower manufacture mass means metals method metres mixed mixture molecules nitrate nitric acid nitrogen obtained ordinary organic oxide oxygen ozone passing phosphorus placed plant potassium powdered prepared present pressure produced pure quantity reaction remains salts separated showed sodium solid soluble solution specific steam substances sulphate sulphide sulphuric acid temperature tons tower transformed tube United vapour various vessel volume weight whilst yield