1. Wang, Y., & Li, J. (2019). Novum genus aquae in valvae gradu ditionis valvae ex aere supernatet. Journal of Fluid Machinery, 47(3), 58-64.
2. Chen, Y., > Zhang, W. (2018). Investigatio de potestate technologiae valvae aereae supernatantis in pressione hydraulica. Acta Mechanica et Materia applicata, 567, 123-127.
3. Xu, Q., > Zhou, Y. (2017). Design and experimental study of automatic control valva based on brass float. Water and Wastewater Engineering, 43 (1), 72-77.
4. Li, X., & Wu, X. (2016). Nova aenea fluitant valvae aquae pro gradu temperantiae. Environmental Science and Pollution Research, 23 (12), 12027-12035.
5. Zhang, H., & Lv, Y. (2015). Intelligens aqua gradu control ratio fundatur in valvae aere supernatet. Acta Societatis Mechanicae Mechanicae, 51(23), 209-214.
6. Liu, S., > Yang, L. (2014). Studium in notis operandis valvulis aereis supernatat. De Mechanicis et Materiis, 513-517, 1560-1563.
Wang, J., & Zhang, Y. (2013). Analysis notae fluant et experimentum studium valvae aereae supernatant. Acta Hydraulica et Pneumatica, 31(10), 43-48.
8. Gong, Y., & Wang, T. (2012). Investigatio de systemate control systematis aenei fluitantis pilae valvae in caliginoso dicione fundatae. Control Engineering of China, 19 (5), 705-708.
9. Yang, H., > Zhang, X. (MMXI). Consilium et experimentum valvae aereae supernatant ad copiam aquae et adficiosos systematis. Environmental Engineering, 29(9), 90-93.
10. Li, Y., & Liu, J. (MMX). Progressio nova speciei aquae automaticae aequae ditionis valvae ex aere supernatet. Liquor Machinery, 38 (4), 74-78.