Optimal properties of a low emissivity coating are quantified in terms of optical, thermal and
aesthetic parameters. Large scale production of a Zinc Oxide/Silver/Zinc Oxide coating …

A solar selective coating has been fabricated by capping black zinc oxide with a transparent
zinc oxide heat mirror film. Deposition onto glass substrates was accomplished by reactive …

We present experimental studies on the deposition and characterisation of ZnS/Ag/ZnS low-
e coatings carried out to assess their optical performance and stability. Theoretical …

A detailed investigation of a multilayer design for a temperature resistant low emissivity and
highly electrical conductive coating is performed. The optical transmittance, reflectance and …

The relationship between internal stress of doped zinc oxide films and durability of doped
zinc oxide/silver/doped zinc oxide low emissivity (low-e) coatings in humid environment was …

This article covers the upto-date developments of single and multilayer solar coatings which
have greater potential and technological applications in the transparent and electrically …

A detailed investigation of a multilayer design for a temperature resistant low emissivity and
highly electrical conductive coating is performed. The optical transmittance, reflectance and …

Experimental results show that the use of film-forming solutions based on zinc and
aluminum nitrates and high molecular polyvinylpyrrolidone allows obtaining thin oxide …

Sputter deposited metal oxide and nitride thin films have been studied for energy-efficient
window applications. Coatings, for both static and dynamic control of radiative heat transfer …

Methods of depositing thin films on glass using the vacuum coating technic have been
developed to impede the transfer of heat through glass thus reducing the energy costs for …