Nanooptics and photonics

Voltage generation  in hydrated calcium structures.

V. Kidalov4, A. Sadigov3,  G.G.Tarasov1, O.B.Okhrimenko1,  A. Lyubchyk2, O. Liubchenko1 O. Y. Gudimenko1, Z.V. Maksimenko1, V.V. Ponomarenko1, Y.Y. Bacherikov1,

1 V. Lashkaryov Institute of Semiconductor Physics NAS of Ukraine, 45 Nauky Ave., Kyiv 03028, Ukraine
2 Lusófona University, Lisbon, Portugal
3 National Nuclear Research Center, Baku, Azerbaijan
4Tavria State Agrotechnological University18, Bohdan Khmelnytskii Avenue Melitopol, Zaporizhzhia oblast,Ukraine, 72310
E-mail: yuyuodessa@gmail.com

Rapid industrial development significantly deteriorates natural surrounding. As a result, the necessity of green and environmental protection is extremely needed. In part, it can be can be formulated as: the full usage of ecological building materials to save energy and improve the validity of environmental protection on the basis of reducing environmental pollution and resource waste in the process of realizing ecological architecture. Many semiconductor materials do not satisfied these  requirements being nevertheless the basic materials for modern electronic, optoelectronic and intellectual systems. Some fresh ideas arise with usage of, so called, conductors of type II, which reproduces to some extent the functions of semiconductor structures and nanostructures. Special sorts of calcite seems to satisfy the requirements outlined above for the materials needed in ecological architecture. In this report we have studied some peculiarities of calcite powder structure hydrolyzed with water. This hybrid structure which combines the membrane properties (due to nanoscale porous) and water (which is considered as an electrolyte) specific dynamics at the interface solid/liquid present rather complicated structure and appearance time threshold for  voltage generation can be related with initial formation of nanostructures which facilitate the charge carrier transfer and local polarization.