NIST emphasized the requirement for instantaneous reaction to a trigger alarm and demonstrated that individuals trapped in a blazing fire have an average of three minutes from an alarm's first warning to flee. The 17 minutes NIST recorded in its decisive smoke alarm tests in the 1970s is in contrast to the three-minute fleeing window for blazing fires according to said Richard Bukowski, the NIST researcher who carried out both studies. This proves that the scientist's recent belief that fires these days appear to blaze quicker and destroy faster because the objects of modern homes such as furniture can blaze sooner and more strongly. A two-year home smoke warning functional study by NIST reveals that ionization smoke alarms react quicker to glowing fires, while photoelectric smoke alarms react quicker to burning fires. (Commerce's NIST Reports Current Smoke Alarms Save Lives if Properly Used)

In spite of these dissimilarities, the report...
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