This is a strange solution applied to combat the dense fog that claimed many lives in London in 1952.
It seems that this is just a test, not an official solution. However, it is also quite interesting and gives users many bad laughs such as restriction in eating or “obstructing” couples from kissing…
This woman is sipping tea through a straw through a hole in the mask.
…or if you want to kiss, you have to take off your hat and put it back on…
However, many people question how scary the old fog disaster was that they had to wear such “fish bubble hats” .
The story is that, in 1952, fog, smog mixed together to create a disaster that covered the whole of London. They appear all over the road and obstruct vehicles on the road. Masses of cattle at Smithfield Market and the surrounding area suffocated.
More sadly, they also claimed the lives of more than 12,000 people, most of them infants, the elderly, people with respiratory diseases such as asthma and pneumonia.
It is known that the cause of this “killer fog” is a chemical process combined with natural fog as a result of burning coal… – creating a murderous acid cloud.
Specifically, it was the sulfuric acid particles mixed with the natural fog that was the silent “killer” in London that day.
According to professors Renyi Zhang and Harold J of the University of Texas, sulfuric acid particles are formed from sulfur dioxide found in coal-fired and emissions from power plants and other vehicles.
The combined effect of sulfuro in the mist and dust in the air has formed this dense fog.
The fog was thick, blocking the sun, thousands of people had breathing problems.
Dust mainly comes from dust particles of coal smoke , components such as sulfuro gas in the air, silicon oxide, aluminum oxide can create dew drops, catalyze sulfuro gas in the air, creating an oxidation reaction to SO 3 , forming “sulfuric acid fog” hazardous to human health.
The large amount of toxic gases and dust in the sulfuric acid mist, after being inhaled by humans, will adhere to lung cells and gradually accumulate and enter the bloodstream, spreading throughout the body.