As the largest source of dimensional measurement uncertainty, addressing the challenges
of thermal variation is vital to ensure product and equipment integrity in the factories of the …

Recent advancements in microelectromechanical systems (MEMS) have required state-of-
the-art techniques that provide accurate information of physical parameters such as fluid …

Since the first scanning probe microscope was constructed in the 1980s, a number of
various near-field methods have been developed to investigate the nanoworld in terms of its …

This paper compares two methods applied to measure surface temperatures at an
experimental setup designed to analyse flow boiling heat transfer. The temperature …

The lack of inks with adequate properties for the development and construction of a fully
printed thermocouple requires the adoption of a different approach. Silver and nickel screen …

The prediction of temperature distribution is a critical process in the study of welding thermal
field. Therefore, the accuracy in temperature measurement is quite important to provide …

This work reports the development and the characterization of a microthermoelectric
generator (μTEG) based on planar technology using electrochemically deposited …

This paper presents the method of estimating the uncertainty of temperature measurements
conducted using K-type thermocouples in the study of flow boiling heat transfer in …

基于光学原理的二维/三维温度场测量是利用介质的折射率变化, 辐射信息和光谱信息,
通过分析物体的透射特性, 热辐射或粒子特性来推断其温度. 传统的接触式温度测量方法存在 …

In this study, the effect of substrate on the spatial resolution of Potential Seebeck Microprobe
apparatus, which is aimed to determine the distribution of local Seebeck coefficients on a …