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首页> 外文期刊>Journal of the Indian Society of Soil Science >Efficacy of Novel Phosphatic Fertilizer Derived from Sagar Rock Phosphate
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Efficacy of Novel Phosphatic Fertilizer Derived from Sagar Rock Phosphate

机译:萨加尔岩磷酸盐生产新型磷肥的功效

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In the present investigation nano rock phosphate particles were prepared (top down approach) and characterized by using modern tool of nano-science and nano-technology to utilize the vast deposits of rock phosphate of India. Subsequently a pot cultureexperiment was conducted with maize crop in four diverse soils (Vertisol, Alfisol, Aridisol and Inceptisol) to test the efficacy of nano rock phosphate as a phosphatic fertilizer. Experimental results clearly indicated relatively higher yield response to nano-rock phosphate in all the soils as compared to micron sized rock phosphates. Further, the results suggested that crop utilization of P from nano rock phosphate was at par with that of P from single superphosphate (SSP) in Vertisol and Inceptisol,while the yield response to P from nano rock phosphate was marginally lower than to P from SSP in Alfisol and Aridisol. Rock phosphate nano particles could be utilized as a source of potential phosphatic fertilizer in the cultivation of crops.
机译:在本研究中,制备了纳米磷酸盐岩石颗粒(自上而下的方法),并通过使用纳米科学和纳米技术的现代工具对印度磷酸盐岩石的大量沉积物进行了表征。随后,在四个不同的土壤(Vertisol,Alfisol,Aridisol和Inceptisol)中对玉米作物进行盆栽试验,以测试纳米磷酸盐岩作为磷肥的功效。实验结果清楚地表明,与微米级磷酸盐磷酸盐相比,在所有土壤中对纳米磷酸盐的产量响应相对较高。此外,结果表明,在Vertisol和Inceptisol中,来自纳米磷酸盐的磷的作物利用率与单一超磷酸盐(SSP)的磷利用率相当,而来自纳米磷酸盐的磷对产量的响应却比来自SSP的磷低在Alfisol和Aridisol。磷酸盐岩纳米颗粒可以用作农作物种植中潜在的磷肥来源。

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