Infrared Physics and Technology

The dataset here proposed is composed of over 190 spectra of single crystal specimens (including gem quality ones) and ornamental stones supplied by the Department of Sciences and Technology of the University of Sannio (Benevento, Italy). Additional organic compounds, such as waxes, resins, proteins, commonly used as protective of geomaterials in Cultural Heritage, are also provided in this contribution. All the samples have been analyzed by means of a Bruker Optics Alpha-R portable FTIR spectrometer with an External Reflectance (ER) head for contactless and non-destructive analyses. For further details refer to the paper titled "External reflectance FTIR dataset (4000 - 400 cm-1) for the identification of relevant mineralogical phases forming Cultural Heritage materials" and authored by Izzo et al.

Experimental setpu and results

In this paper the measurement results show the feasibility of the pulsed terahertz technique for NDT of oxide-oxide CMC materials. Hidden defects, delamination or moist areas can be detected quantitatively. Furthermore, the boundary reflections of layered materials can be revealed more clearly by using deconvolution algorithms.

Raw pre-processed dataset for model transfer

It is the tracking results of the proposed tracker on the VOT-TIR2016 dataset generated by the vot-toolkit.

Parameter databases of a model about remote infrared imaging calculation for combustion gases. The appended C source-code file is about how to use them to obtain model parameters under certain gas thermodynamic state.

COMAP3 MATLAB toolbox

Three infrared sensors output data.

Thermograms collected from all the samples during the whole process.

Accuracy Analysis of Intrusion Detection System