2) Zeng, Lin Daze, Li Bihai, Zhou Hongyan, a heat storage medium and its application (2006 10 104583.8).
3) Lin Daze, Zeng, Zhou Hongyan, Li Bihai, a method of separating magnesium and enriching lithium from salt lake brine by high temperature evaporation crystallization (2006 10 104584.2).
4) Zeng, Lin Daze, Li Bihai,,, Zhou Jun, a room temperature phase change energy storage medium (2007 10034840 .x).
5) Zeng, Li Bihai, Lin Daze,,, A room temperature phase change energy storage medium and its preparation method (2008 10030679.3).
6) Zeng, Li Bihai, Lin Daze,,, A room temperature phase change energy storage medium and its preparation method (2008 1004475 1.8).
Representative papers:
1. Zeng, Li Zuogang, Tan, Zhang Chuanfu, Technical transformation of Jinchuan copper electrolysis wastewater treatment system, nonferrous metals, (4) (1996) 5-7.
2. Zeng, Li Zuogang, Tan, Zhang Chuanfu. Thermodynamic analysis of nickel sulfide deposit. transactions of nonferrous metals society of china, 6(3) (1996) 35-38.
3.W. Voigt and D. Zeng, Solid-liquid Equilibrium of Molten Salt Mixtures for Design of Thermal Storage Materials, Pure Chemistry and Applied Chemistry, 74 (2002)1909-1920.
4.W. Voigt, K. Rudolf, and D. Zeng, Qualcomm mass technique in crystal growth, modern method. Oumlse-und krstallisations prozessen, Freiberg Forschungshefte, E3 (2002) 169- 182.
5.D. Zeng and W. Voigt, Calculation of phase diagram of molten hydrate by improved BET equation, CALPHAD, 27(2003)243-25 1.
6. Zeng: thermodynamic model: oumlSung bis zur Salzschmelze, published by Shaker Press, ISBN: 3-8322- 1844-0, (Ingermann), 2003.
7.W. Voigt, K. Dittrich, D. Zeng, Ion Coordination and Thermodynamic Simulation of Molten Salt Hydrate Mixtures, in Thermodynamic Properties of Complex Fluid Mixtures, Willie -VCH Press; KGaA Company, ISBN 3-527-27770-6, 2004, p24 1-267.
8. Zeng Deliang, Fang, Chen, predict the phase diagram of Mn(NO3)2-M(NO3)n-H2O(M=Ca, Mg and Li) thermal storage system with improved BET model, as shown in. Non-ferrous metals. Socialists,14 (2004)1192-1198.
9. Zeng Desheng, M. Born, Thermal decomposition of EVA and its application in photovoltaic module recycling, Environmental Science, 16 (2004) 889-893.
10.d. Zeng; Thermodynamic consistency of solubility and vapor pressure of binary saturated salt+water system. 1. Lithium chloride+H2O, Ph.D. in chemistry. English Data, 51(2006) 315-321. Most visited articles: April to June, 2006.
1 1. Zeng, Zhou, vogt, thermodynamic consistency of solubility and vapor pressure of binary saturated salt+water system. Two. Calcium chloride+H2O, fluid phase equilibrium, 253 (2007)1-1.
12. Ceng Dan, Liu, Chen, phase diagram simulation and prediction of separating magnesium chloride from lithium chloride brine by hydrochloric acid precipitation method, Shui Ye, 89 (2007) 2 1-3 1.
13. Ming Jianwei, Zeng *, determination of isothermal solubility of LiCl-LiNO3-H2O ternary system 273. 15 K and 323. 15 K, Journal of Inorganic Chemistry, 22(5)(2007)883-886.
14. Thermodynamic study of Zeng, Ming, voigt, lithium chloride-nickel nitrate -H2O system, Journal of Chemistry. Thermodynamics, 40 (2008) 232-239.
15. Ceng Dan, Xue Wei, Wei Fuge, Yin Xiang, Thermodynamic Study of Lithium Chloride-Calcium Chloride -H2O System, Chemical Thermodynamics, 40 (2008)1157-1kloc-0/65.
16.T. Mioduski, C. Gumiski*, D. Zeng*, IUPAC-NIST solubility data series. 14. Rare earth metal chlorides in water and water systems. Part 1. Scandium family (Sc, Y, La), Journal of Physical and Chemical Reference Data, 37 (2008)1765-1853.
17., Wan, Li Bihai, Zeng *, Comparative Study on Predictive Ability of Thermodynamic Model of High Solubility Salt System I: Binary System, Journal of Chemistry, 66 (2008)1815-1826.