Bartoshuk L M, Rennert K, Rodin J, Stevens J C
Physiol Behav. 1982 May;28(5):905-10. doi: 10.1016/0031-9384(82)90212-8.
The sweetness of sucrose depends on the temperature as well as the concentration of a solution. The main effect is that relatively low concentrations gain sweetness as temperature increases. This effect diminishes with progressively higher concentration and finally becomes negligible at about 0.5 M. At this concentration the various functions that relate perceived sweetness to concentration for various temperatures converge. The mechanism of the taste-temperature interaction is speculative, but the interaction is large enough to be of practical interest in the perception of common foods and beverages as well as a variable to be strictly controlled in taste experiments. An examination of method of tasting showed that swallowing stimuli did not substantially increase perceived sweetness.
蔗糖的甜度取决于温度以及溶液的浓度。主要影响是,相对较低浓度的溶液随着温度升高甜度增加。随着浓度逐渐升高,这种影响会减弱,最终在约0.5M时变得可忽略不计。在此浓度下,将不同温度下感知到的甜度与浓度相关联的各种函数会趋于一致。味觉与温度相互作用的机制尚属推测,但这种相互作用足够大,在普通食品和饮料的感知中具有实际意义,并且在味觉实验中也是一个需要严格控制的变量。对品尝方法的研究表明,吞咽刺激并不会显著增加感知到的甜度。