Total dissolved gas supersaturation (TDG) is a common issue in hydropower facilities as a
result of water conveyance structures that increase the amount of air entrainment from the …

Despite the considerable social and economic benefits of hydropower dams, they can cause
total dissolved gas (TDG) supersaturation downstream of hydropower dams, which can …

Saturated total dissolved gas (TDG) is recently considered as a serious issue in the
environmental engineering field since it stands behind the reasons for increasing the …

Total dissolved gas (TDG) supersaturation has been identified as one of the possible
negative environmental effects of the construction of dams in the upper Yangtze River …

Human-induced climate change is already apparent through warming temperatures, altered
precipitation, and greater prevalence of extreme weather events (eg, droughts and floods) …

Total dissolved gas (TDG) supersaturation caused by the operation of hydropower stations
can threaten the survival and swimming performance of fish species. Different modes of …

长江流域水生态问题是一个历史性, 持续性问题, 一直以来备受关注. 随着国家保护力度的提升和
众多修复保护措施的实施, 长江流域的水生态环境得到了一定的改善, 但其修复保护工作依然 …

The microscopic description of the mixture behaviour of air–water flow remains a challenge.
It is not clear how to represent a complex two-phase interaction with the turbulent air–water …

The accuracy of ordinary response surface method (RSM) is improved using the high-
nonlinear polynomial basis functions for modeling total dissolved gas (TDG). The third-order …

Elevated levels of total dissolved gas (TDG) may occur downstream of dams during the spill
process. These high levels would increase the incidence of gas bubble disease in fish and …