pollen, dust, fumes, running (short of breath) etc.
Yes, lead can burn when exposed to high temperatures, producing toxic fumes.
Humidity is normally measured and monitored at all temperatures.
The primary risk factors for sinus cancer are tobacco consumption and the heavy use of alcohol. Other risk factors include occupational exposure to airborne: * Dust from woods and textiles * Nickel dust * chromium dust * asbestos * alcohol fumes * glue fumes * solvents used in furniture and shoe production However, wood dust, nickel dust and chrome dust seem to be stronger risk factors than is airborne asbestos.
No, beryllium in a solid mass is not typically hazardous unless it is processed in a way that generates dust or fumes, such as during machining or welding. In solid form, beryllium is generally considered safe to handle but caution should be taken to prevent inhalation of beryllium dust or fumes.
The main purpose is safety. It's never good to inhale high levels of chemistry fumes. A good ventilation system will keep fumes to a minimum, while not allowing any dust to enter the darkroom. Letting dust in may scratch negatives or ruin prints.
Aluminium itself does not give off toxic fumes at room temperature. However, when heated to high temperatures above 660 degrees Celsius, it can produce fumes that may be harmful to inhale. It is important to take proper precautions when working with heated aluminium to avoid exposure to these fumes.
Firefighter, scientist, industrial cleaner, miner etc things with fumes dust and smoke
the dust bowl sand was at different hights at different points.Also the sand was no able to be measured in some areas of the land.
Dust storms and related phenomena measured from meteorological records.
Dust mostly.. Depending on the job I'm in the trades sawdust fiberglass..
The answer depends on the range of temperatures being measured. Different instruments are used for different ranges - and for different purposes.