Micro-electronic devices are increasingly incorporating miniature multi-layered integrated architectures. However, the localization of faults in three-dimensional structure remains challenging. This study involved the experimental and numerical estimation of the depth of a thermally active heating source buried in multi-layered silicon wafer architecture by using both phase information from an ...

The thermal properties of single-walled carbon nanotubes (SWNTs) are of significant interest, yet their dependence on SWNT chirality has been, until now, not explored experimentally. Here, we used electrical heating and infrared thermal imaging to simultaneously study thermal and electrical transport in chirality-sorted SWNT networks. We examined solution processed 90% semiconducting, 90% metal...

objective: the main objective pursued in this paper is to investigate the energy consumption for drying of potato slices using vacuum-infrared drying method. methods: drying of potato slices with the thicknesses of 1, 2 and 3 mm were conducted at vacuum levels of zero (without vacuum), 20, 80 and 140 mm [hg], infrared radiation at power levels of 100, 150 and 200 w in the three repetition. resu...

This paper proposes a method to detect air pollution by applying hyperspectral imaging algorithm for visible light, near infrared, and far infrared. By assigning information images from monocular, thermal imaging, principal component analysis is performed on taken at different times obtain the solar radiation intensity. The Beer–Lambert law multivariate regression are used calculate PM2.5 PM10 ...

With the popularity of intelligent technology, it has become an important trend to control air conditioning terminal equipment intelligently build comfortable indoor environment. Therefore, is necessary automatically collect environmental and individual parameters (metabolic rate clothing thermal resistance) calculate PMV predict human sensation in real time. In this process,environmental can b...

Introduction: We have previously demonstrated the viability of using thermal infrared images for mapping surface grain size distributions on terrestrial allu-vial fans [1, 2, 3]. For a well characterized alluvial fan in Owens Valley, CA we have used a quantitative analysis between aerial thermal images and ground-based grain size counts as well as a qualitative analysis between our thermal imag...

We develop a 3D thermography imaging standardization technique to allow quantitative data analysis. Medical Digital Infrared Thermal Imaging is very sensitive and reliable mean of graphically mapping and display skin surface temperature. It allows doctors to visualise in colour and quantify temperature changes in skin surface. The spectrum of colours indicates both hot and cold responses which ...

Infrared Thermography (IT) is an imaging technology aimed at the non-invasive measurement of the temperature distribution of the observed object. The capability to capture the temperature map of an object by an imaging device, makes IT an effective solution within Wind Tunnels systems, because it avoids the undesired drawbacks which are typically raised by intrusive diagnostics, like the altera...