Adrok uses specialist remote sensing information to provide it's clients with an unambiguous understanding of the interior shape and contents of the objects under investigation.
Adrok's ADR Scanners produce three main outputs:
(1) Image of target objects scanned; (2) Material classification of target objects scanned (Spectroscopy, dielectric spectroscopy and electron spectroscopy for chemical analysis);
and/or (3) Combination of image and material classification of target objects scanned in a thematic map.
The most popular and valuable output of ADR to Adrok's customers is the material classification (or Spectroscopy) results. Adrok's technique of spectroscopy basically involves the detection and analysis of the electromagnetic radiation absorbed or emitted by a substance. One function of Adrok's ADR Scanner is to produce graphs of spectrum. A spectrum is a record of spectral intensity as a function of frequency (v), wavelength (λ), or wavenumber ( = v/c) of the radiation emitted or absorbed by an atom or a molecule. The spectrum of an atom typically consists of a series of sharply defined emission or absorption peaks, or lines.
Adrok has amassed a rich database of materials, spectra and dielectric data which can be used as a matching base for spectrometric analysis (by spectroscopy, and dielectric spectroscopy.