Academic News

Electrospinning Machine | Shrinkage-Resistant Thermo-Responsive Hygroscopic Hydrogel Toward Ultra-Rapid Cycling Atmospheric Water Harvesting 2025-09-16

Freshwater shortage poses a major threat to socio-economic development, particularly for agriculture and light industry in remote and underdeveloped areas. Sorption-based atmospheric water harvesting (SAWH) offers a promising solution, but efficiently and continuously extracting clean water from the air remains a major challenge.

Electrospinning Machine | Superelastic Triboelectric Aerogel Enabled by Cross-Scale Fibers and Heterojunction Particles for Wearable Intelligent Neck Guard 2025-09-16

Electrospinning Machine | Engineering transverse cell deformation ofbamboo by controlling localized moisture content 2025-09-16

The natural structure of bamboo is determined by the vertical growth pattern of its vascular bundles and parenchyma tissue, which limits its application in advanced engineering materials. Traditional processing methods easily destroy bamboo's inherent natural structure and have low raw material utilization rates.

Electrospinning Machine | Sustainable biomass-based filter forhigh-efficiency PM0.3filtration 2025-09-16

Current common air filter materials are mainly made from petrochemical-based materials such as polyester (PET) and polypropylene (PP). Although they have high filtration efficiency, they are difficult to degrade and pose a serious environmental burden. Converting agricultural waste into green, high-performance filter materials is of great practical significance for developing the rural economy and helping to achieve the dual-carbon goals.

Electrospinning Machine | Sustained Metal Ion Release-Controlled Synthesis of Polyoxometalate Subnanowires 2025-09-15

Subnanowires (SNWs) are one-dimensional materials with diameters approaching the unit cell scale (<1 nm), combining the functionality of inorganic materials and unique polymer-like properties such as flexibility, conformational diversity, and viscoelasticity due to structural similarities. They exhibit exceptional performance in polarized optical devices, information encryption, liquid transport, catalysis, and more. However, traditional synthesis methods rely on high-temperature and high-pressure conditions, resulting in low yield and hindering large-scale application.

Electrospinning Machine | Sustained Metal Ion Release-Controlled Synthesis of Polyoxometalate Subnanowires 2025-09-15

Subnanowires (SNWs) are one-dimensional materials with diameters approaching the unit cell scale (<1 nm), combining the functionality of inorganic materials and unique polymer-like properties such as flexibility, conformational diversity, and viscoelasticity due to structural similarities. They exhibit exceptional performance in polarized optical devices, information encryption, liquid transport, catalysis, and more. However, traditional synthesis methods rely on high-temperature and high-pressure conditions, resulting in low yield and hindering large-scale application.

Electrospinning Machine | Point-Line-Plane" Three-Dimensional Synergistic Engineering in MoS2/CoFe2O4-Decorated Flexible Carbon Nanofiber Scaffold: A Dual-Functional Film for Integrated Microwave Absorption and Thermal Conductivity 2025-09-13

The rapid advancement of modern electronics and communication systems has led to an increasingly complex electromagnetic environment. Electromagnetic interference and radiation have become significant challenges affecting both device performance and human health. Concurrently, with the ongoing progress in miniaturization and high-density integration technologies for electronic devices, the demand for effective thermal management is becoming increasingly critical. Therefore, developing microwave-absorbing/thermally conductive dual-functional materials that combine lightweight properties, broad frequency bands, and strong absorption characteristics has become an urgent priority.

Electrospinning Machine | A versatile electrospinning polyacrylonitrile nanofiber membrane integrated with S-scheme heterojunction for indoor air filtration, disinfection, and photocatalytic degradation of pollutants 2025-09-11

With the continuous improvement of modern living standards, the pollution crisis continues to threaten the ecosystem and human health, requiring advanced remediation solutions. Currently, photocatalytic technology has become one of the most promising environmental remediation methods but faces serious limitations. Particle aggregation and charge recombination hinder the migration of photogenerated carriers, leading to a decrease in photocatalytic efficiency. Therefore, the rational design of heterojunction photocatalysts through interface engineering and precise optimization of charge transfer pathways provides a robust method for improving photocatalytic performance. Furthermore, with the help of electrospinning technology, forming the heterojunction photocatalyst with nanofiber membranes makes it promising for practical applications.

Electrospinning Machine | Self-charging, antibacterial, and biodegradable functional materials prepared by electrospinning: for masks, wound dressings, and vascular grafts 2025-09-10

The rapid development of global medical technology has positioned multifunctional materials as a key focus of scientific research and innovation. To address ongoing global public health challenges and growing environmental concerns, the development of advanced materials with integrated self-charging, antibacterial, and biodegradable properties has become crucial. This study utilizes electrospinning technology to develop a novel nanofiber material, showing great potential in respiratory protective masks, wound dressings, and vascular grafts.

Electrospinning Machine | Entropy-Assisted Flexible Nanofibrous Dielectrics Enable High- performance Strain Sensing 2025-09-09

Ceramics possess remarkable properties, including high-temperature stability, strong chemical resistance, and excellent wear resistance, making them highly promising for various applications. However, the brittleness of ceramics poses a significant obstacle to fully realizing their application potential in wearable devices and unrestricted load environments.

Electrospinning Machine | A Flexible Temperature Sensor with Ultrafast Response Speed and High Stability Achieved by Improving Substrate Thermal Conductivity and Radiative Cooling 2025-09-09

Flexible temperature sensors have great application potential in human-computer interaction and disaster prevention systems. However, slow response speed makes it difficult to quickly respond to human health status, and it is difficult to maintain their stability in various environments, limiting their scope of use.

Electrospinning Machine | A Multilayered Responsive Dressing for Programmable Exudate Control and Regenerative Therapy of Infected Wounds 2025-09-09

Exudate plays a dual role in wound healing. When present in excess, it can cause tissue hyperhydration, thereby exacerbating infection and damage. Conversely, insufficient secretion may lead to scarring and hinder the healing process. Traditional wound dressings lack the ability to adapt to changes in the wound's moisture needs.