1. Brunel University Research Archive

Search


Start a new search
Add filters:

Use filters to refine the search results.

 | 
Results 151-160 of 183 (Search time: 0.014 seconds).
Item hits:
Issue DateTitleAuthor(s)
28-May-2025Electrochemical and Spectroscopic Studies of Zinc Oxide in an Eco-Friendly Deep Eutectic Solvent for Zn ElectrodepositionMohammadzadeh, K; Roy, UK; Lahiri, A
23-Jul-2025Sustainability of rare earth elements consumption in a circular economy perspectiveMejame, MPP; King, D; He, Y
7-Apr-2025Biochar production, activation, and applications: a comprehensive technical reviewSun, LM; McIntyre, SR; Iacomi, P; Everden, K; Williams, PT; Zong, S; Liu, X; Zhu, X; Yang, Y; Li, S; Wu, G; Huang, F; Liu, L; Yuan, X; Zhang, H; Zhang, J; Yang, H; Chen, W; Sun, H; Cao, Y; Feng, D; Cheng, Z; Zhang, X; Liang, D; Liu, S; Zhang, X; Zhu, X; Zhang, YS; Yan, Y; Zha, J; Qiao, Y; Masoudi Soltani, S; Zhang, N; Yi, S; Wu, C
16-Jun-2025Enhanced CO₂ Capture Performance of Mesoporous Silica Materials with TEPA Amine-Based Deep Eutectic Solvent: Kinetics and MechanismGhaedi, H; Fu, J; Kalhor, P; Soltani, SM; Zhao, M
20-Aug-2025Energy and Techno-Economic Assessment of Cooling Methods in Blue Hydrogen Production ProcessesDavies, WG; Babamohammadi, S; Galloro, I; Gorbounov, M; Coletti, F; Nandy, M; Masoudi Soltani, S
8-Apr-2025Exploring Applications of Machine Learning For Data Regression in Heat TransferColetti, F
2025Improving resilience in chemical plant under cyberattack by adversarial reinforcement learningSmith, Martyn
16-Jun-2025Stochastic data-driven NMPC for partially observable systems using Gaussian processes: a mineral flotation case studyWang, Y; del Río Chanona, A; Quintanilla, P
23-Jun-2025Gaussian Process Nonlinear Model Predictive Control for Online Partially Observable Systems: An Application to Froth FlotationWang, Y; del Río Chanona, EA; Quintanilla, P
6-Mar-2025Digital twin with automatic disturbance detection for an expert-controlled SAG millQuintanilla, P; Fernández, F; Mancilla, C; Rojas, M; Navia, D

Discover