Experimental base study for finding Maximum Energy, Produce by solar parabolic dish for consumption of Electric energy

This experimental analysis based on output of solar energy under studied in ahmednagar city. In every minute solar energy changes with time because of earth rotation in this experiment we will find angle of solar parabolic dish in which maximum energy will get. Nowadays energy is important factor in our life so concentrate on saving energy. With maximum use of renewable energy sources save fuel and life period of fuel increases. This statistical data in which we taken reading in every hours basis and evaluate maximum output energy at some angle. In this Experiment we studies in ahmednagar city which latitude 19.09 degree N , the optimum tilt angle for solar panels during winter will be 19.09 + 15 = 34.09 degree. Solar energy produced when hydrogen convert in to helium form that time energy is produced which transfer i all direction. Up to this year more than one lack villages not having electricity so use of solar is essential for devolved nation. When solar energy use there no any harmful material produced during production of electric energy. This experiment done in industry where steam generation available. For maximum output energy we changes angle with respect to time and observe that steam producing system so it will beneficial nbspcost consumption as well as time consumption but during manufacturing time is very important factor so minimum time we will find out so during that maximum steam generated and evaluate that angle. Solar depended on geography because of are closer to equator have greater solar energy. Doe to that position will be changes with respect to solar position.nbs

Save consumption of electric coil by water treatment

By survey we mostly used electric energy in daily life. In domestic purpose hot water are used for various applications. Various coils are used for heating purpose to save electric energy up to literature survey coil design made by various author but in this experiment water properties will change and studied about water properties after treatment. There are various method which are used for to change property of water like in this experiment we concentrate on pH of water. Ph of water changes by natural resources and observe what effect on water heat property by changing property of water. There will be getting best method to reduce electric energy so whenever coil or electric furnace boiler used there will be water treated process will conduct. There is hypothesis is if change in pH of water due to that electricity required to heat water is also vary. In Soudhi Arabian countries they are studied in water property because mostly there are available sea water which pH is large so when usenbsp is water for that that steam generation that time required fuel is large if compare with when pH is less Because impurities added in water

The epidermal growth factor receptor pathway in chronic kidney diseases

The epidermal growth factor receptor (EGFR) pathway has a critical role in renal development, tissue repair and electrolyte handling. Numerous studies have reported an association between dysregulation of this pathway and the initiation and progression of various chronic kidney diseases such as diabetic nephropathy, chronic allograft nephropathy and polycystic kidney disease through the promotion of renal cell proliferation, fibrosis and inflammation. In the oncological setting, compounds that target the EGFR pathway are already in clinical use or have been evaluated in clinical trials; in the renal setting, therapeutic interventions targeting this pathway by decreasing ligand availability with disintegrin and metalloproteinase inhibitors or with ligand-neutralizing antibodies, or by inhibiting receptor activation with tyrosine kinase inhibitors or monoclonal antibodies are only just starting to be explored in animal models of chronic kidney disease and in patients with autosomal dominant polycystic kidney disease. In this Review we focus on the role of the EGFR signalling pathway in the kidney under physiological conditions and during the pathophysiology of chronic kidney diseases and explore the clinical potential of interventions in this pathway to treat chronic renal diseases