Transporte

 

Transporte

Influence of Architectural Scaling of Gyroid Lattices on the Coupled Acoustic and Mechanical Performance of Polyurethane‐Filled Interpenetrating Phase Composites
12/08/2026 - Polyurethane‐filled interpenetrating phase composites with improved mechanical stability and sound absorption.This study investigates Interpenetrating Phase Composites (IPCs) based on Gyroid Triply...
Conjugated Thiophene Linker Design of the Self‐Assembled Monolayer Toward Highly Efficient and Stable Organic Solar Cells
12/08/2026 - New SAM molecules PhPACz and ThPACz, featuring aromatic linkers between the carbazole and phosphonic acid moieties, were designed to replace 2PACz in organic solar cells. ThPACz can promote charge...
Photopatternable and Stretchable Random Polymer Semiconductor via Oxetane Side‐Chain Engineering
12/08/2026 - Oxetane side‑chain engineering enables semiconducting polymers that are simultaneously photopatternable and stretchable. Upon UV irradiation with iodonium salt photoinitiators, oxetane groups...
Cross‐linked Ion‐Pair Microporous Polymers Enabling Durable High‐Temperature Proton Exchange Membrane Fuel Cells
12/08/2026 - Ion‐pair‐coordinated microporous cross‐linked polymers stabilize phosphoric acid and enable durable high‐temperature proton transport, well‐defined triple‐phase interfaces within the...
Bridging the Gap to Practical Aqueous Zinc–Iodine Batteries: Advanced Hydrogel Electrolytes via Interfacial Chemistry and Architectural Engineering
10/08/2026 - Programmable hydrogel electrolytes regulate both interfaces in aqueous Zn–I2 batteries through coordinated water confinement, selective Zn2+ transport, polyiodide immobilization, and mechanically...
Simultaneous Enhancement of Charge Transport and Stretchability for IDTBT Polymer Semiconductor via Partial Substitution of Long Alkyl Chains With Cyclopentyl Groups
10/08/2026 - Partial replacement of long alkyl chains with cyclopentyl groups affords IDTBT‐based polymer semiconductors with simultaneously enhanced charge transport and mechanical stretchability. Theoretical...
Geoscience‐Inspired Pore Topology Engineering for Ultra‐Thick Cathodes Toward High‐Energy‐Density Zinc‐Ion Batteries
10/08/2026 - A geoscience‐inspired strategy synergistically optimizes the pore topology and conductive network of ultra‐thick zinc‐ion battery cathodes, which boosts ion/electron transport, delivering high...