Yuan Aiqun
Guangxi University for Nationalities
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Publication
Featured researches published by Yuan Aiqun.
Integrated Ferroelectrics | 2015
Huang Runjun; Huang Zengwei; Song Baoling; Liao Sen; Wei Dongping; Yuan Aiqun
NH4Zn2PO4HPO4 was synthesized by solid-state reaction at low temperature and characterized by XRD, FT-IR, TG and SEM. Thermochemical study was performed by an isoperibol solution calorimeter. According to Hesss law, a new thermochemical cycle was designed. The results show that the obtained products are NH4Zn2PO4HPO4 with layered compound. The decomposition temperatures begin at 303°C, and the final product pyrolyzed at 800°C is Zn2P2O7. With the dissolution enthalpies and other standard chemical data, the standard molar formation enthalpies of the NH4Zn2HPO4PO4 are worked out as follow: ΔfHm[NH4Zn2PO4HPO4, s] = −2943.46 ± 0.757 kJ·mol−1.
Archive | 2015
Huang Zengwei; Yuan Aiqun; Yang Bo; Ma Shaomei
Archive | 2015
Yuan Aiqun; Yang Bo; Huang Zengwei; Ma Shaomei
Archive | 2015
Yuan Aiqun; Huang Zengwei; Wei Dongping; Chen Qifeng; Zhou Zeguang; Ma Shaomei
Archive | 2014
Yuan Aiqun; Huang Zengwei; Wang Jing; Liang Hui; Ma Shaomei
Archive | 2017
Yuan Aiqun; Wang Yaoxuan; Zhou Zeguang; Zhu Yong; Huang Zengwei; Wei Dongping; Ma Shaomei; Xiong Wen
Archive | 2017
Yuan Aiqun; Zhou Zeguang; Wang Yaoxuan; Zhu Yong; Wei Dongping; Huang Zengwei; Ma Shaomei
Archive | 2016
Yuan Aiqun; Huang Zengwei; Wei Dongping; Zhou Zeguang; Bai Lijuan; Wu Shengfu
Archive | 2016
Yuan Aiqun; Huang Yunlong; Chen Feng; Zhang Fangzhi; Zhou Zeguang; Huang Zengwei
Archive | 2016
Huang Runjun; Yuan Aiqun
