Envase
Envase
Chromium Titanium Yttrium Oxide Nanocomposites Used to Modify Carbon Paste Electrode for Simultaneous Voltammetric Study of 4‐Aminophenol and 4‐Acetamidophenol
21/02/2026 -
Chromium Titanium Yttrium oxide nanocomposites (CrTiYONC) were synthesised via a simple combustion method using chromium(III) nitrate, titanium(III) nitrate, and yttrium(III) nitrate, and glycine....
Tuning Solution‐State Aggregation for Shearing‐Induced Alignment and High Mobility Transport in Conjugated Polymers
21/02/2026 -
By precisely tuning solution‐state aggregation and employing solution shearing, the correlation between aggregate structure and thin‐film morphology is elucidated. This approach enables the...
Ultrasensitive Mesh‐Structured Position‐Sensitive Detectors Enabling Eye Tracking for Human‐Machine Interaction
21/02/2026 -
An energy‐efficient eye‐tracking system is developed using a mesh‐structured position‐sensitive detector. By leveraging interfacial gating and the lateral photoelectric effect, the device...
Bio‐Inspired Design of Quasi‐Ordered Structural Color via Stress‐Driven Reconfiguration Enables Ultra‐Secure and Scalable Unclonable Application
19/02/2026 -
Inspired by the quasi‐ordered photonic structures of Thecla opisena wing scales, stress‐driven microstructural reconfiguration enables scalable fabrication of structurally colored PUFs with...
Investigation of the Geometrical Deviation in Injection Molding of Ultraprecision Optical Lenses
17/02/2026 -
This study systematically analyzed the effects of process parameters on the geometrical deviation of microscale ultraprecision aspheric lenses. The results are of significant value for process...
The Influence of Nd3+ Ions on the Optical, Photocatalytic Properties, and Surface Morphology of Thin Mesoporous ZnO Layers
16/02/2026 -
This manuscript presents the synthesis of thin mesoporous ZnO films doped with neodymium ions via sol–gel and spin‐coating methods. It analyzes the resulting morphological, optical, and...
A novel CDs@AuNCs-based ratio fluorescence probe for sensitive and visual Fe2+ detection
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Iron regulates redox processes and maintains cellular functions. In this study, a CDs@AuNCs-based ratiometric fluorescence probe was established for selective visual recognition and quantitative...
Flow‐Induced Microdomain Alignment During Block Copolymer Graphoepitaxy
15/02/2026 -
This study investigates block copolymer flow on topographical templates during solvent vapor annealing and how flow affects the orientation of self‐assembled microdomains. The temporal mapping...
Printable Deep‐Blue Fluorescent Light‐Emitting π‐Conjugated Polymers for All‐Organic RGB Visible Light Communication
15/02/2026 -
Printed all‐organic RGB VLC system is established from novel fluorescent self‐encapsulated deep‐blue LπCPs with a remarkably fast decay times of ∼0.30 ns, achieving the transmission of PRBS...
Engineering Chiroptical Interactions through Integrating Plasmonic Arrays with Cholesteric Nanocellulose
15/02/2026 -
In this study, we demonstrate how the combination of plant‐based cellulose and gold nanoparticle lines produces robust, tunable chiral light control in composite films. The resulting plasmonic...
Novel CTAB-Assisted Synthesis of MgO Nanoparticles from Piper longum Leaves: Structural Insights and Hirshfeld Surface Analysis with Bioactivity Evaluation
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This study reports, for the first time, the bio-synthesis of Magnesium Oxide Nanoparticles using Piper longum leaf extract. A sustainable approach was introduced for the fabrication of pure...
Multilevel Heterointerface Engineering Breaks the Trap‐Barrier Trade‐Off in High‐Energy‐Density Polymer Dielectrics
11/02/2026 -
A multilevel heterointerface formed by a lattice‐interlocked BNO@BN junction generates a built‐in electric field that sequentially blocks electron injection, guides carrier transport, and...
Covalent Amorphous Alumina‐Hydrogenated Graphene Materials With Integrated Proton Radiation Shielding and Energy Storage Capability for Space Electronics
11/02/2026 -
A covalent amorphous alumina‐hydrogenated graphene (AHG) thin film is developed via a thermal‐driven precipitation and crystallization of carbon species alongside the oxidation of aluminum on a...
CdS/ZnSe Quantum Dot Assembled Clusters vs. Dot‐on‐Rod: Charge Separation and Utilization for Efficient Photocatalytic NO3−‐to‐NH3 Conversion
10/02/2026 -
Contrary to widely accepted facts that long‐lived charge separation favors higher photocatalytic efficiency, CdS and ZnSe quantum dot assembled clusters with slower charge separation achieve higher...
