Study on melting available silicone from coal gangue

Fang K T, Ma C X, 2001. Orthogonal and uniform experiment design. Beijing: Science Press.

Feng Y Q, 2000. Siliceous fertilizer to become a new fertilizer product in expansion of agriculture in China. Journal of the Chemical Fertilizer Industry, 27(4): 9–11.

Gong H J, Chen K M, Wang S M, 2004. Advances in silicon nutrition of plants. Acta Botanica Bore-alioccidentalia Sinica, 24(12): 2 385–2 392.

Qu P J, 2000. Analytical determination on available silicone for silicone fertilizer. Shanxi Chemical Industry, 20(3): 26–27.

Wang W, Ma L X, He Y, 2007. Study about influence on dynamic mechanical property of vulcanized rubber caused by carbon with orthogonal design. China Elastomerics, 17(2): 50–53.

Wei C D, Ma H W, Yang D F, 2005. Phase transformation for calcined coal measures kaolinite. Journal of the Chinese Ceramic Society, 33(1): 77–80.

Wu Y J, Song X W, Liu Z X, 2006. The present research situation and prospect of silicon fertilizer. Phosphate & Compound Fertilizer, 5(3): 55–58.

Xia S T, Xiao L T, Peng K Q, 2001. Physiological effects of silicon in higher plants and its application in agricultural production. Plant Physiology and Agriculture, 37(4):356–358.

Zheng S L, Li Y, Xu X, 2003. Study of effects of temperature on the physical and chemical properties of calcined kaolinite. Journal of The Chinese Ceramic Society, 31(4): 417–420.

Zhou X, Zhang J Y, Li B X, 2006. Current status and developing prospect of silicate fertilizer. Journal of Chemical Industry & Engineering, 27(6): 48–51.