Chao Wang

Long-term nitrogen removal performance and microbial mechanisms in a single-stage composite-carrier MBBR for rural wastewater treatment

Yingying Qin, Zhisheng Zhao, Chao Wang, Zhisen Zhao et autres

To evaluate the nitrogen removal performance of a single-stage reactor system for decentralized rural wastewater treatment and to elucidate the underlying microbial mechanisms, this study developed an AO (anaerobic–oxic) moving bed biofilm reactor (MBBR). During 129 days of continuous operation, the overall …

cn (code pays fourni par la source)

Study on Coal Combustion Assisted by a Three-Electrode Structured Dielectric Barrier Discharge Plasma

Ping Li, Yongkang Sun, Deshan Wang, Yanwen Chen et autres

To overcome the limitations of conventional combustion technologies and improve both the efficiency and cleanliness of coal utilization, this study investigates coal combustion assisted by dielectric barrier discharge (DBD) plasma. Based on the traditional two-electrode configuration, a novel ring-needle-plate three-electrode pulsed DBD …

cn (code pays fourni par la source)

Research on periodic discharge characteristics of atmospheric-pressure dual-pulse-modulated microwave Ar/N2 plasma jet

Binbin Chu, Zhaoquan Chen, Yuying Wang, Shilin Zhu et autres

Atmospheric-pressure microwave plasma jet has significant advantages, including high reactivity, high density, and direct treatment of complex-shaped surfaces. Pulse-modulated microwave technology, which periodically turns the microwave energy input on or off, provides a vital means to precisely control the spatiotemporal characteristics of …

cn (code pays fourni par la source)

Topology Optimization of Basin-Type Insulators by Multi-physics Modeling

He Gao, Xinru Shi, Y. X. Yang, Chao Wang

us, cn (code pays fourni par la source)

Supplement Number 1

Binbin Chu, Zhaoquan Chen, Yuying Wang, Shilin Zhu et autres

supplementary material of the original data for Fig. 7-8

Supplement Number 1

Binbin Chu, Zhaoquan Chen, Yuying Wang, Shilin Zhu et autres

supplementary material of the original data for Fig. 7-8

Research on periodic discharge characteristics of atmospheric-pressure dual-pulse-modulated microwave Ar/N2 plasma jet

Xinpei Lu, Binbin Chu, Zhaoquan Chen, Shiping Shen et autres

Atmospheric-pressure microwave plasma jet has significant advantages, including high reactivity, high density, and direct treatment of complex-shaped surfaces. Pulse-modulated microwave technology, which periodically turns the microwave energy input on or off, provides a vital means to precisely control the spatiotemporal characteristics of …

Multi-modal optimization for the seismic resistance of steel-frame structures by an improved red-billed blue magpie optimizer

Song Ling Han, Lei Zeng, Binbin Huang, Gaoxing Hu et autres

This article proposes for the first time a multi-modal optimization design method for the seismic resistance of steel structures, focusing on minimizing inter-storey displacement angle and exploring various steel structure combinations to achieve optimal solutions. To cope with challenges, this article employs …

Research on periodic discharge characteristics of atmospheric-pressure dual-pulse-modulated microwave Ar/N2 plasma jet

Xinpei Lu, Binbin Chu, Zhaoquan Chen, Shiping Shen et autres

Atmospheric-pressure microwave plasma jet has significant advantages, including high reactivity, high density, and direct treatment of complex-shaped surfaces. Pulse-modulated microwave technology, which periodically turns the microwave energy input on or off, provides a vital means to precisely control the spatiotemporal characteristics of …

Multi-modal optimization for the seismic resistance of steel-frame structures by an improved red-billed blue magpie optimizer

Song Ling Han, Lei Zeng, Binbin Huang, Gaoxing Hu et autres

This article proposes for the first time a multi-modal optimization design method for the seismic resistance of steel structures, focusing on minimizing inter-storey displacement angle and exploring various steel structure combinations to achieve optimal solutions. To cope with challenges, this article employs …

Microfluidic synthesis enables highly dispersed Ru/ZrPO4 catalyst for hydrodeoxygenation of lignin-derived phenolic compounds

Riyang Shu, Guangming Liang, Yuankai Lin, Yu Chen et autres

To address the demand for efficient hydrodeoxygenation (HDO) of lignin-derived phenolic compounds into high-value hydrocarbon fuels, this study designed and synthesized highly dispersed Ru/ZrPO4 catalysts by employing a novel microfluidic technology coupled with ethylene glycol thermal reduction. The traditional impregnation (Ru/ZrPO4-IMP) and …

cn (code pays fourni par la source)

Coordinated Topology Optimization for High-voltage Insulator Structural Design

Xinru Shi, Chao Wang, He Gao, Jianyi Xue et autres

The structural design of insulators plays a critical role in determining their electrical and mechanical properties. This paper presents a topology optimization approach based on a multi-physics finite element simulation model, aimed at addressing the optimization challenges of complex insulating components. A …

cn (code pays fourni par la source)