Graphene News, Research and Industrial Applications

386. Polymer Modification of Graphene Oxide Systems

Explore advanced techniques for the chemical modification of graphene with polymers, including ATRP, SET-LRP, and free radical polymerization methods.

385. Nanoporous Graphene Sheets for Gas Separation: Design Guide

Explore the design and selectivity of nanoporous graphene sheets for gas separation, electrochemical sensors, and the global commercialization of carbon nanomaterials.

384. Charge Carrier Mobility in Graphene: Strain and Screening Effects

383. Graphene Derivatives in Electrochemical Sensors

Explore the structural properties, production methods, and commercial applications of graphene derivatives in advanced electrochemical sensors.

382. Chemical Modification of Graphene with Polymers: Performance and Structure

381. Charge Carrier Mobility in Graphene: Strain and Screening Effects

380. Polymer-Modified Graphene: Ion Transport Membranes

Explore the advanced chemical modification of graphene oxide with polymers. Discover how living radical polymerization enables selective ion transport.

379. Charge Carrier Mobility in Graphene: Strain & Screening

Explore the physics of charge carrier mobility in graphene, detailing how mechanical strain and dielectric screening deeply impact electron transport.

378. Graphene Production from Chlorination of Metallocenes: A Novel Route

377. Chemical Modification of Graphene with Polymers: Performance and Structure

376. Graphene Electrodes in Next-Gen Solar Cells

Discover how graphene transparent conducting electrodes and precise chemical modifications are replacing indium tin oxide in high-efficiency solar cells.

375. Charge Carrier Mobility in Graphene: Strain and Screening Effects

374. Graphene-Based Solar Cells: Efficiency, Architecture, and Future Prospects

373. Chemical Modification of Graphene Oxide via Polymers

Discover chemical modifications of graphene oxide using controlled polymer grafting techniques for advanced nanofluidics and ion transport membranes.

372. Graphene-Based Solar Cells: Architecture and Efficiency

Explore the molecular theory of graphene chemical modification and discover how precise oxidation framing enhances advanced solar cell efficiency.

371. Graphene-Based Solar Cells: Efficiency, Architecture, and Future Prospects

370. Chemical Modification of Graphene with Polymers for Solar Cells

Explore how chemical modification and polymer integration transform graphene into a high-performance transparent conducting electrode for advanced solar cells.

369. Graphene-Based Antibacterial Materials Synthesis

Explore the synthesis of shaped carbon nanomaterials via organometallic chlorination, detailing their unique mechanisms for biomedical applications.

368. Low-Cost Simple Methods for Graphene Synthesis: Scalable Approaches

366. Low-Cost Simple Methods for Graphene Synthesis: Scalable Approaches

367. Low-Cost Methods for Graphene Synthesis & Polymer Addition

Explore low-cost, scalable graphene synthesis methods using advanced polymer addition chemistry, diazonium coupling, and highly efficient click reactions.

365. Molecular Theory of Graphene Chemical Modification: Mechanisms and Predictions

364. Charge Carrier Mobility in Graphene: Strain and Screening

Explore the mechanics of charge carrier mobility in graphene, detailing how strain engineering and dielectric screening impact nanoelectronic performance.

363. Graphene-Based Solar Cells: Efficiency and Architecture

Explore the molecular architecture and chemical modification of graphene-based solar cells to understand future efficiency and structural prospects.