Doped Biopolymer Composites for Engineered Water Purification: Mechanistic Insights into Multi-Ion Adsorption [0.03%]
掺杂生物聚合物复合材料用于工程化水净化：多离子吸附机制见解
Konstantinos N Maroulas,Athanasia K Tolkou,Kalliopi Ladomenou et al.
Konstantinos N Maroulas et al.
The presence of heavy metals and fluorides (F-) in wastewater poses serious environmental and public health challenges. Therefore, in this study, curcumin-doped chitosan-activated carbon (CsAC) biopolymer composites were synthesized and eva...
Sakshi S Naik,Yufei Zhao,Douglas Allan et al.
Sakshi S Naik et al.
Reversible solid oxide fuel cells (rSOCs) offer the flexibility to operate in tandem with the electric grid by switching between fuel cell and electrolysis modes based on real-time electricity prices. However, their complex, tightly coupled...
A Framework for Implementation of Dynamic Discrepancy Reduced-Order Modeling in Advanced Process Control [0.03%]
动态差异削减降阶模型在先进过程控制中的实现框架
San Dinh,Claudemi A Nascimento,David S Mebane et al.
San Dinh et al.
This paper introduces a novel framework for implementing dynamic discrepancy reduced-order modeling in advanced process control. This framework balances computational complexity and model accuracy by constructing a gray-box model that combi...
Modeling Extreme Rapid Thermal Processing in Chemical Vapor Deposition Reactors for Catalytic Growth of Carbon Nanotubes [0.03%]
用于碳纳米管催化生长的化学气相沉积反应器中极端快速热加工的建模研究
Julia Aurenzi,Moataz Abdulhafez,Golnaz Najaf Tomaraei et al.
Julia Aurenzi et al.
Chemical vapor deposition (CVD) reactors with rapid thermal processing (RTP) capabilities provide unique advantages for controlling nanomaterial synthesis. Hence, understanding the dynamics and spatial distribution of the temperature inside...
Microwave-Driven Nonoxidative and Selective Conversion of Methane to Ethylene over Mn-Based Catalysts [0.03%]
基于锰的催化剂上甲烷的选择性非氧化制乙烯的微波驱动转化反应
Snehitha Reddy Baddam,Changle Jiang,Manohar Reddy Poreddy et al.
Snehitha Reddy Baddam et al.
Recent advancements in microwave-driven nonoxidative catalytic synthesis of C2H4 from CH4 coupling offer a promising, energy-efficient, and eco-friendly alternative to conventional methods, where selective heating under microwave irradiatio...
CO2 Utilization through Reaction with Alcohols: A Quantum Chemical Study [0.03%]
量子化学视角下的二氧化碳与醇类反应利用性研究
Francesca L Bleken,Klaus J Jens,Kjell-Arne Solli et al.
Francesca L Bleken et al.
Reactions between alcohols and carbon dioxide have been the subject of numerous experimental studies. While such reactions are roughly thermoneutral, a direct reaction is highly activated. It has been found that certain amines enhance the r...
Particle-Filled Emulsion Drops Show Flow-Induced Partial Coalescence, but Only Transiently [0.03%]
粒子填充乳滴表现出流体诱发的部分共聚，但仅是短暂的
Jovina Vaswani,Sachin S Velankar
Jovina Vaswani
Partial coalescence refers to a process where two or more droplets come into contact and merge, but do not recover spherical shape. We conduct a flow-visualization study of the shear flow-induced partial coalescence of an emulsion of partic...
Employing Multiple Nonuniform Discrete-Time Grids for Continuous Production Scheduling MILPs [0.03%]
基于多重非均匀离散时间网格的连续生产调度MILP模型
Amin Samadi,Christos T Maravelias
Amin Samadi
When formulating mixed-integer linear programming (MILP) models for production scheduling, the choice of time representation is crucial, as it affects the number of constraints and variables, and thus computational complexity. While many re...
Benders Decomposition Using Graph Modeling and Multi-Parametric Programming [0.03%]
基于图模型和多参数规划的 Bender 分解方法
Parth Brahmbhatt,David L Cole,Victor M Zavala et al.
Parth Brahmbhatt et al.
Benders decomposition is a widely used method for solving large and structured optimization problems, but its performance is affected by the repeated solution of subproblems. We propose a flexible and modular algorithmic framework for accel...
Wet Carbonation of Industrial Recycled Concrete Fines: Experimental Study and Reaction Kinetic Modeling [0.03%]
工业再生混凝土细粉的湿法碳化实验研究与动力学模型分析
Z Tabrizi,C Rodriguez,E Barbera et al.
Z Tabrizi et al.
Carbon dioxide mineralization via wet carbonation of industrial Recycled Concrete Fines (RCFs) offers a promising pathway for mitigating emissions in the cement industry, necessitating reliable kinetic models for technology scale-up. This w...