Synthesis and ionic conductivity measurement of a new PEO-based K+ ion conducting solid polymer electrolytes (SPEs): (1-x) PEO: x KCl, where 0≤x≤50 in wt%., are reported. The present SPEs have been prepared by hot-press technique. Ionic conductivity measurements have been carried out with the help of LCR meter. The activation energy of newly synthesized SPE has also been calculated with the help of Arrhenius plot. Materials characterizations have been carried out with the help of DSC analysis. Ionic nature of the present SPE has been explained with the help of ionic transference number (tion) measurement.
In recent past fly ash is only being treated as waste and a source of air and water pollution but is in fact an eco - friendly and economically beneficial resource material for various applications and has also proven its worth over a period of time. The utilization of fly ash in several novel researches will also paves the path for systematic disposal of this waste material. The present paper involves the study of Thermoluminescence (TL) of different compositions of fly ash collected from National Thermal Power Corporation, Korba, Chhattisgarh, INDIA with (CaSO4:Dy) Phosphor. Thermo luminescence Dosimeters are regarded as the badge which absorbs the radiation when persons having TLD badges are exposed to radiation. We have to investigate and compare the glow curve behavior of pure phosphor and 10 %, 20 % and 30 % fly ash doped phosphor when it is exposed to gamma irradiation Cs137.
Toreduce in environmental load from pollution after primary using of various products (waste product), which is supporting to secondary utilization in preparation of thermal insulation materials using coal fly ash (40-60%), siliceous glass material(30-55%), some phytochemical medicinal additives and (2-8%) cellulose. We know that thermal energy is effective for nature. By the scientific ideas and methods ‘energy’ has been presenting a greatest continuous chainthat frequently more economical to transforms the various form of ceramic materials. The capability of ceramic material such as “tiles”, cooking utensil, crucible etc chosen the better quality for treatment of heat insulation materials based on waste coal combustion of fly ash with waste glass and regular active form of adding medicinal organic adsorbates. In heretheorganic medicinal additives acts as reducing over materials from harmful diseases of microbial. It is favor for developing to high response to health care purposing. Over the materials, thermal activitydepends on some factors such as chemical composition of substances. From this typical point, the Fly Ash and Waste Glass reduce the flow of heat. To testing after preparation of materials as water absorption in boiling and cold water acts with (4-5) days. By the thermal treatment, the material individually acts as (700-1000)˚C. The mechanical durability with other physical and chemical properties for this material is supporting with environmental parameters.
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