Preferred temperatures of insects might alter after a period of temperature acclimation.
有些昆虫经预适应温度训练后，其偏好温度发生改变。
It suggests that how energy is supplied in this snake was closely related to the preferred temperature of this animal.
说明白条锦蛇的能量供给方式与这种动物的喜好温度有密切关系。
Despite the ubiquitous influence of environmental temperature on animal behaviour, the neural circuits and strategies through which animals select a preferred temperature remain largely unknown.
尽管环境温度广泛影响着人类和动物行为，我们对动物们选择适宜温度的神经中枢工作原理却知之甚少。
If the two artificial mothers were both the same temperature, the little monkey always preferred the cloth mother.
如果这两位虚拟的母亲体温相同，小猴子会倾向于选择披着布匹的那位母亲。
A rectal or electronic pacifier temperature is preferred.
直肠的或电子的慰抚者温度被偏爱。
PHB copolymers are preferred for general purposes as the degradation rate of PHB homopolymer is high at its normal melt processing temperature.
基丁酸酯共聚物是作为均聚物PHB的降解率一般用途的首选是在其正常高熔体加工温度。
An armpit temperature is preferred for reasons of safety and is adequate for screening.
腋窝温度对于安全的理由被偏爱并且对纱网材料是适当的。
The experimental results indicate: The preferred orientation of the abnormal grain growth depends on the annealing temperature and atmosphere sensitively.
结果表明，晶粒异常长大的择优取向依赖于热处理温度及气氛。
The LNO thin films annealed at lower temperature have (110) preferred orientation, while the films annealed at higher temperature have (100) preferred orientation.
发现在较低退火温度下得到(110)择优取向的LNO薄膜，较高退火温度下得到(100)择优取向的LNO薄膜。
Males preferred higher temperature than females for most species of insects.
多数种类昆虫雄性成虫的偏好温度比雌性略高。
Their Ids goes down as temperature goes up. this makes they inherently stable thermally and practically impossible to destroy. they are preferred for audio applications.
当温度上升时它们的Ids下降。这使得它们有固有的温度稳定性而几乎不会损坏，它们用于音频是首选。
The changes of preferred orientation of PAN-based carbon fibers during continuous high temperature graphitization and hot stretching graphitization were investigated by X-ray diffraction (XRD).
利用XRD研究了PAN基碳纤维在连续高温石墨化和热牵伸石墨化过程中纤维内石墨微晶沿纤维轴择优取向性的变化。
The changes of preferred orientation of PAN-based carbon fibers during continuous high temperature graphitization and hot stretching graphitization were investigated by X-ray diffraction (XRD).
利用XRD研究了PAN基碳纤维在连续高温石墨化和热牵伸石墨化过程中纤维内石墨微晶沿纤维轴择优取向性的变化。
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