Camouflage Assessment of Aluminium Coated Textiles for Woodland and Desertland Combat Background in Visible and Infrared Spectrum under UV Vis IR Background Illumination

Aluminium powder (AP) formulated polyamide 6, 6 (PA 6), cotton fabric and hollow tubular polyester beg (HTPB) were experimented for spectral, chromatic imaging principle of woodland desertland camouflage textiles in visible (Vis) infrared (IR) spectrum under three-dimensional background illumination ultraviolet (UV)-Vis-IR concealment detection target signature, AP practiced by defense professional. Cotton fabric, HTPB coated padded with polyurethane (PU) based binder. Reflection profile combat (CB) coated-padded have been depicted terms multidimensional properties Vis such as intensity, spectral reflection, Kubelka-Munk (K-M) reflectance, color rendering photonic response. A symmetrical value (L*, a*, b*) has portrayed signature against CB. Spectral illumination, K-M reflectance scanning electron microscopy also critically confirmed five-time durability fastness to wash, tested AATCC method 61-2013. HTPB-phase change material (PCM) formulation found temperature controllable effect object (TOB) heat energy at limited temperature, 30°C. Heat versus IR can be implemented high-performance design. The reflection applied coloration/patterning/HTPB-PCM technology direct applications defence pavilion/tents/clothing woodland/desertland Therefore, the key phenomenon this article focused on remote sensing eucalyptus tree, scientific name, Eucalyptus Mannifera, a common CB application surveillance consideration laboratory field trialling assessment Vis-IR spectrum. standardised methodology CDRI established new technique conformist machine which may contribution carry out further research development fighting protection environment maintaining standardized sequence from experimentation timeframe research.