Resources

CO2 Snow Cleaning in Optical Lens Moulds 2024-10-14

As an important part of optical lens production, the surface cleanliness of optical lens mold will affect the quality and production efficiency of optical lens products.

Preparation of graphene by flash joule heating equipment 2024-10-14

In 2024, Professor James M. Tour's research team published a groundbreaking paper in the journal Nature It is entitled “ Rapid and Large-Scale Production of Graphene through Flash Joule Heating”. The study describes an innovative flash joule heat technology that converts multiple carbon sources, including waste, into high-quality graphene in a very short time.

Diamond-Like Carbon Depositing on the Surface of Polylactide Membrane for Prevention of Adhesion Formation During Tendon Repair 2024-05-09

Electrospinning technology for the human body: recent advances from health detection, human protection, textile heat regulation to regenerative repair 2023-09-01

This paper systematically and comprehensively reviews the contribution of electrospinning technology to human health from many aspects and perspectives.

Micro yet powerful technology - Microspheres 2023-08-25

This article mainly introduces microspheres, their preparation methods, and application fields. Microsphere materials are widely used and have penetrated almost all fields. Scientists are constantly developing new technologies to endow microspheres with various functions such as light, electricity, magnetism, etc., creating infinite possibilities for humanity to meet the needs of key materials and technologies in modern industries.

The Meeting of Nanofibers and Solar Energy: Electrospinning Technology Leading Solar Steam Power Generation 2023-08-14

This review updates the progress of electrospun nanofber evaporation systems and simultaneously stimulates attractive research on designing electrospun nanofber-based photothermal systems for applications in solar water evaporation, photothermal therapy, electricity generation, and other related areas.

Review of Centrifugal Spinning Technology: Prepared Fibers and Applications 2023-05-18

Centrifugal spinning technology is an important textile processing method that can produce fibrous materials with nano-scale fiber structures. In the field of materials engineering, centrifugal spinning technology has been widely used in various fields including biomedicine, energy, environment, textiles, electronics, and sensors. This article will review the basic principles of centrifugal spinning technology, process conditions, material characteristics and application fields.

Electrospinning nanofiber materials help innovate in the field of lithium batteries 2023-05-06

The application of electrospinning technology provides new ideas and approaches for the development of lithium-ion batteries, and offers new possibilities for further improving their performance and reducing costs.

Advantages of electrospinning for preparation of nanofibers 2023-04-29

Electrospinning is a technique for preparing nanofibers, which can produce fibers with nanoscale diameters. It is a process in which a high voltage electrostatic field is used to eject a polymer solution, which is then collected on a receiver as fibers.

Promoting the Application of PVA Electrospinning Technology 2023-04-22

With the continuous development of technology, electrospinning technology, as an advanced method for preparing nanofibers, is increasingly attracting widespread attention. Among many applications, Polyvinyl Alcohol (PVA) electrospinning technology shows great potential in the field of thin film materials due to its high efficiency, low cost, and strong controllability.

Electrospinning 2022 papers published data statistics and analysis 2023-01-14

Statistics and analysis of scientific research results of electrospinning in 2022.

Electrospinning-based Photocatalysts in the Degradation of Organic Pollutants 2023-01-02

Photocatalysts for wastewater purification can be expected to be fabricated using electrospinning, which has the potential for large-scale and industrial production.