Ma Shuhua
Chinese Academy of Sciences
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Ma Shuhua.
Transactions of Nonferrous Metals Society of China | 2007
Ma Shuhua; Zheng Shili; Hong-bin Xu; Zhang Yi
The UV spectra of sodium aluminate solutions were obtained in the sodium oxide concentration range from 59 to 409 g/L and the caustic ratio range from 1.5 to 4.0 to reveal the structure characteristics of them. It is found that a new peak appears at about 370 nm besides peaks at about 220 and 266 nm in all solutions. The new peak is strongly favored by high hydroxide concentration and high caustic ratio. And it only appears when the solutions are prepared by dissolving sodium hydroxide and aluminum hydroxide. In addition, the IR and Raman spectra of sodium aluminate solutions with high alkali concentration and high caustic ratio were measured, and the UV spectra of aqueous solutions of Al(H2O)(6)(3+) and AIF(6)(3-) were measured as well. According to the crystal field theory in coordination chemistry as well as the above spectra characteristics, this new peak at about 370 nm is determined as the evidence of a new species of aluminate ion with a coordination number of 6.
Archive | 2014
Ma Shuhua; Yang Quancheng; Zheng Shili; Zhang Yi
Archive | 2013
Ma Shuhua; Zhang Ran; Zheng Shili; Zhang Ying; Zhang Yi
Archive | 2016
Ma Shuhua; Liu Zhongkai; Wang Yuejiao; Wang Xiaohui; Zheng Shili
Ceramics International | 2017
Luo Yang; Ma Shuhua; Zhao Zhenqing; Wang Zehua; Zheng Shili; Wang Xiaohui
Archive | 2016
Ma Shuhua; Lyu Songqing; Wang Xiaohui; Zheng Shili; Guo Xiyao; Liu Zhongkai
Archive | 2014
Ma Shuhua; Ding Jian; Wang Yuejiao; Zheng Shili; Zhang Yi
Archive | 2013
Ma Shuhua; Bo Chunli; Zheng Shili; Zhang Yi; Yang Quancheng; Wang Yuejiao; Ban Qixun
Archive | 2013
Zheng Shili; Zhang Ying; Wang Xiaohui; Ma Shuhua; Wang Shaona; Du Hao; Zhang Yi
Waste Management (Kidlington) | 2017
Ding Jian; Ma Shuhua; Shen Shirley; Xie Zongli; Zheng Shili; Zhang Yi