Silver(II) compounds exhibit powerful oxidizing properties and strong magnetic superexchange, but most of them comprise fluoride ligands. AgSO4 is a rare fluorine-free salt Ag(II) which found some application in organic chemistry. Here, we report discovery new polymorph (β). The distinct nature the two polytypes established using powder X-ray diffraction, vibrational spectroscopy theoretical ca...

background: copper is a trace element vital to life, but the toxic effect of water pollution with it on fish is now exhibited. fish blood is susceptible to contamination-induced stress and its alternation due to the hematological and immunological parameters can be utilized as toxicity indices of xenobiotics. methods: in this study, juvenile species of silver carp with average weight of 200gr w...

The goal of this study was to examine how improve the vegetative growth, nutritional status, productivity, and fruit quality Washington navel orange trees by examining effect foliar application ZnSO4 (0, 300, 600 mg/L) solutions in combination with CuSO4 200, 400 on trees, which were 11 years old grown clay loam soil a surface irrigation system. results showed that all investigated measurements...

Neela Thotha (Copper sulphate) is a mineral origin drug in Unani system of medicine (USM). Chemically, it known as copper sulphate that formulated CuSO4. It used by various scholars to manage different ailments effective and safe manner Mufrad (single) Murakkab (compound) form viz. Amrad Jild (skin disease), Chashm (eyes diseases), Nizam Hadm (GIT Tansuliya (sexually transmit Dimag (brain Tanff...

background: the development of toxicity tests regarding toxic responses of different fish species could be more effectively used in predictive toxicology and risk assessment. in this study lethal concentrations (lc50-96 h) values of copper sulphate an important toxic industrial pollutant, on capoeta fusca were determined. behavioral changes at different concentrations of cuso4 were determined f...

Liesegang rings were first discovered more than 100 years ago by German chemists R. E. Liesegang and they attracted much attention since then. Liesegang rings are observed as spontaneous evolution of precipitate ring structure during diffusion of certain electrolyte into medium containing other electrolyte. One such example is diffusion of CuSO4 into gelatin containing K2CrO4 that is subject of...