随着温度增高，电阻率的变化可用声子及局域自旋涨落的散射来解释。
The change of the resistivity with increasing temperature can be interpreted in terms of the phonon and the local spin fluctuation scattering.
研究人员发现， 平均情况下， 随着生存环境温度增高， 这些群落的生物确实体型变小了。
The researchers found that, on average, these communities did in fact get smaller as temperatures rose in their environments over time.
随着温度的提高，薄膜的电导率也增高。
And the conductivity of film also enhanced with the temperature elevated.
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