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17-4PH Martenstainlessinlesteeleel was plasma nitrocarburized at conventional temperature (560 °C) with and without rare earths (RE) addition.
As mentioned above, ethanol is a polar solvent, its solubility to lipid, especially to TAG is very low at conventional temperature and pressure.
The animals were kept at conventional temperature conditions (20 ± 1°C) and lodged in polypropylene cages with food and water available ad libitum and a 12 h light:dark cycle (light from 6 am to 6 pm).
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The coatings were sprayed at a conventional temperature of 350 °C and at a non-conventional one of 500 °C on aluminum 2024 T351 substrates.
The yeast strain YF207/pGA11/pAA12 co-displaying the two enzymes was able to produce 18 g/l of ethanol from low-temperature-cooked corn starch (50 g/l) after 36 h of fermentation, an ethanol concentration almost equal to that produced from corn starch cooked at conventional high temperature (120 °C).
This is achieved through the addition of sucrose, other sugars, or other solutes such as ethanol to create a sufficient freezing point depression to leave a substantial portion of unfrozen aqueous solution at the typical serving temperature from −13 to −6 °C and even at conventional storage temperatures from −15 to −20 °C.
During the whole experiment the animals were housed in stainless steel cages (one rat per cage) at conventional controlled conditions (temperature 25 ± 2°C, relative humidity of 50 ± 10%, 12 h light dark cycle) and had free access to the standard laboratory food and tap water.
Cuprates are high-temperature superconductors that can superconduct at relatively warmer temperatures than conventional, low-temperature superconductors.
Dr. Dai's sensor operates at room temperature; conventional sensors based on semiconducting metal oxides must operate at very high temperatures for high sensitivity.
The rice-based vaccine also had the advantage that it could be stored at room temperature; conventional vaccines required refrigeration.
The iPP/sPP blends are strongly immiscible at the conventional melt processing temperatures, in consistence with the literature results.
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