Tiangong University

Salt‐Controlled Multistep Phase Separation in Hydroxypropyl Cellulose Colloids for Sustainable Adhesives

ABSTRACT Phase separation is an evergreen subject that shapes our understanding of how order and functionality emerge from disordered complex soft matter systems. Here, we report on the salt‐regulated transition from isotropic liquid‐liquid phase separation to anisotropic liquid‐...

Evaluation of Aquaporin-Incorporated Forward Osmosis Membrane and Biofilm Carrier Materials in a Novel Osmotic Membrane Bioreactor for Low-Temperature Rural Sewage Treatment

Transforming traditional membrane bioreactors (MBRs) into forward osmosis membrane bioreactors (OMBRs) is a highly challenging yet promising technological upgrade. Although both combine biological treatment and membrane separation, their core driving forces and operating mechanis...

A Phyllostachys Edulis -Derived Microporous Carbon-Coated Separator with Improved Li+ Transport for Long Cycling Lithium–Chalcogenide Batteries

Abstract Lithium–chalcogenide batteries (LCBs) offer high theoretical energy density but suffer from the polysulfide/polyselenide shuttling during charging and discharging processes with conventional polypropylene (PP) separators, causing low active-material utilization and sever...

Organic Molecules in Zeolites for Long‐Lifetime Afterglow

ABSTRACT Organic afterglow materials based on host–guest assembly have recently attracted extensive attention for their promising applications in photobiology and optoelectronics, as well as their simple and versatile preparation. However, the poor stability of the host matrix li...

Node-Assisted PhotoredoxReactivity Enables MOF-CatalyzedHydrogen/Deuterium Exchange in Aromatic Aldehydes

Abstract Light-driven isotopic labeling is currently dominated by homogeneous catalysis and largely relies on separate thiol-based hydrogen-atom-transfer catalysts. Metal–organic frameworks (MOFs), with their modular structures, confined pore environments, and tunable optoelectro...

Predefined‐Time Prescribed Performance Adaptive Tracking Control for Nonlinear Systems Relaxing Feasibility Condition

ABSTRACT This study addresses the tracking control issue for unknown nonlinear systems, focusing on predefined‐time prescribed performance. The core contribution lies in establishing a unified control framework that integrates deferred prescribed performance with predefined‐time...

Promotion Effect of Steam on Hydrogen and Oxygen Separation in Electrochemical Membrane Reactor: Investigation Under the Aromatization Reaction Temperature Window

Methane aromatization mainly proceeds at 650–750 °C. Simultaneous separation of hydrogen and oxygen can boost conversion efficiency and mitigate catalyst coking, yet most non-electrochemical membrane reactors fail to achieve synchronous hydrogen–oxygen separation within this temp...