As such, southern species may have evolved to resist temperature swings, whereas Northern species may have evolved to withstand harsher conditions and consistent cold.
The mackintosh, as it came to be known, was greatly improved when vulcanized rubber, which resisted temperature changes, became available in 1839.
Similar performances of the fluorescent sensor at 4, 25 and 37 °C suggested that this sensor has a good ability to resist temperature fluctuations.
In contrary to the thermal NIL process, the UV NIL process involves imprinting onto a layer of liquid photopolymer resist and curing using UV exposure, which causes resist hardening due to cross-linking in the polymer instead of manipulating the phase change via resist temperature [13].
The inorganic matrix can resist temperatures up to 1000 °C and it provides protection to sawdust for short durations.
The suit is insulated to such a degree as to resist temperatures as high as 100 degrees Fahrenheit, and as low as -90 degrees (though the suit also has a ventilation hose that should help cool or heat the suit, depending on the situation).
This is your rugged point and shoot, able to go 33ft underwater, survive a drop of five feet, and resist temperatures down to a "frigid" 14°F.
A laboratory experiment showed Campbell's dwarf hamster can resist temperatures as low as -31.8 C, where the Djungarian hamster can withstand temperatures as low as -44.7 C. Campbell's dwarf hamster reacts to lower temperatures by constantly exercising and tries to find a sheltered location, unlike the Djungarian hamster, which curls up and relies on its autonomic thermoregulation.
The fungus is thermotolerant, able to resist temperatures as high as 60°C, and is important for the degradation of organic matter.
Although quartz can resist temperatures up to 300 degrees Fahrenheit (150 Celsius), it can be damaged by quick changes in temperature, known as "thermal shock".
