thermoelectric

The composition of nanowires was analyzed and thermoelectric properties of the nanowire arrays were measured.

借助于电化学沉积的方法,在氧化铝纳米孔内生长Bi2Te3材料,从而形成温差电纳米线阵列。

This paper studies and analyses the key factors which induce fluctuation of corrosion data measured by electrical resistance probe based on principle of temperature compensation,and it was found that the main factos are contact potential between different metals and differential temperature potential due to the temperature drift.

基于温度补偿的原理,对引起电阻探针腐蚀监测数据波动的关键因素进行了大量研究和分析,发现异种金属间的接触电势和温差电势差,是造成测量数据温度漂移的主要原因。

The thermopile used to measure infrared energy from body radiation, a medical noncontact thermometer is developed in this paper.

利用温差电堆测量人体辐射的红外能量,研制医用非接触体温计。

A new design of the thin-film thermopile infrared detector with a construction of two sides and TO-5 detector package is given.

介绍一种新设计的薄膜型温差电堆红外探测器。

Complete numerical simulation of the thermoelectric coupling in a thermoelectric generator;

温差电源的整体热电耦合计算

Precise measurement of temperature with Pt Rh-Pt thermocouple and evaluation of uncertainty;

铂铑-铂温差电偶的精确测温及不确定度评定

The thermocouple is very effective in measuring the temperature and widely used in practice.

温差电偶是测量温度的有效工具 ,在实践中广泛应用 ,但温差电偶在使用前须进行定标 ,确定温差电动势与温度的对应关系 ,即测定温差电偶常数α ,然后才能用来测量温度 。

Using thermocouple to measure specific heat capacity of liquid can not only improve the(accuracy) and stabillity of the experiment as the result of bettering the traditional experimental methods and(instruments.

利用温差电偶测量液体的比热容,既改进了传统的实验方法和仪器,又提高了实验的准确度和稳定性。