The tissue temperature responses generated from heating by a spherical thermistor probe were calculated by using a numerical method, in which different bio-heat transfer models were adopted.
采用数值方法，分析了不同生物传热模型条件下，采用热敏电阻探头加热时，生物组织中温度响应的动态特征。
Once in place, a thermistor at the end of the probe is able to detect any slight rise in temperature should the liquid drop below the end of the probe.
一旦在适当的位置，探针端部的热敏电阻可探测出任何轻微的温度上升，这意味着液体可能下降到了探针端部以下。
Once in place, a thermistor at the end of the probe is able to detect any slight rise in temperature should the liquid drop below the end of the probe.
一旦在适当的位置，探针端部的热敏电阻可探测出任何轻微的温度上升，这意味着液体可能下降到了探针端部以下。
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