Resources

Electrospinning Machine | High-performance Zn-I2 Batteries Enabled by Porous Hetero-Carbon Nanofiber Hosts with TiO2 Homojunctions 2025-10-25

Zinc-iodine (Zn-I₂) batteries have become a promising candidate for next-generation energy storage systems due to their high theoretical energy density, cost-effectiveness, and strong safety. However, key challenges such as the polyiodide shuttle effect and sluggish redox kinetics at the cathode-electrolyte interface hinder their practical application. Therefore, there is an urgent need to develop iodine-based cathode materials with excellent confinement capabilities to advance the development of zinc-iodine batteries in practical applications.

Electrospinning Machine | Polyacrylonitrile (PAN) electrospun nanofibrous membrane for removing indoor gaseous phthalates: A health-driven framework for macro-channel adsorption module design and its implications 2025-10-24

Phthalate esters (PAEs), as a widely used class of plasticizers commonly found in various artificial products, exhibit characteristics such as long release cycles and difficulty in degradation. PAEs not only have endocrine-disrupting effects but may also trigger health risks including reproductive system damage, endocrine disorders, childhood asthma, and nervous system developmental disorders, making them typical emerging contaminants and persistent organic pollutants in indoor environments.

Electrospinning Machine | Effects of Microchannel/Macrochannel Configurations on the Evaporation Performance of Internal Vertical/External Radial Hydrogel Solar Evaporators: Experiments and Simulations Insights 2025-10-23

Compared to evaporators with a single structure, hydrogel evaporators with aligned/radial hybrid channels have been proven to synergistically utilize the rapid water transport of aligned channels and the strong thermal confinement capability of radial channels, achieving exceptional evaporation performance (Small 2025, 21, 2411780). However, in the aforementioned composite structures, the size of their aligned structure is not adjustable, and the potential mechanism of how the sizes of micro- and macro-scale channels simultaneously affect water transport and heat transfer, thereby controlling the balance between water supply and heat loss, is not fully understood.

Electrospinning Machine | Ferroelectric/Antiferroelectric HfZrOx Artificial Synapses/Neurons for Convolutional Neural Network−Spiking Neural Network Neuromorphic Computing 2025-10-22

Electrospinning Machine | Synergistic engineering of PEG-modified biomass-based polyester and forsythin for high-efficiency antibacterial air filtration nanofiber membranes 2025-10-21

Biomass polyester is a sustainable, low-carbon alternative to petroleum-based polymers. Effective air filtration is crucial for ultrafine particles and pathogens. Although electrospun nanofiber membranes can effectively capture particles, the lack of inherent antibacterial properties poses a contamination risk. This work pioneers dual-functional bio-based polyester nanofiber membranes by adding the single-component Chinese herb extract forsythin, providing both high-efficiency filtration and effective antibacterial activity, thereby advancing sustainable air purification.

Electrospinning Machine | Reusable aminated electrospun nanofiber mat for enhanced phosphorus removal: Fabrication and performance evaluation 2025-10-20

With the increasing intensity of human activities, excessive phosphorus discharge has evolved into a global environmental issue that urgently needs resolution. The abnormal rise in phosphorus concentration in water bodies significantly accelerates the explosive proliferation of algae and other plankton, directly triggering eutrophication. This process severely disrupts the structural balance and functional stability of aquatic ecosystems, ultimately leading to significant water quality deterioration and massive death of aquatic organisms. Given that phosphorus mainly exists in the form of phosphate in natural water bodies, efficiently removing such phosphorus pollutants becomes a core step in inhibiting harmful algal blooms and maintaining aquatic ecological health.

Electrospinning Machine | Limpet-Inspired Multifunctional Composite Fibers with Exceptional Mechanical Performance From Self-Assembled Aramid Nanofibers 2025-10-17

The unique structure of teeth provides inspiration for the design of artificial materials, making combinations of properties once considered difficult to achieve simultaneously possible. Limpet teeth have garnered significant attention for their combination of high strength, high modulus, and excellent toughness.

Electrospinning Machine | Engineering covalent core-shell architectures for dynamic optical cryptography: Time-resolved dual switching in organometallosilica nanocomposites 2025-10-16

Dynamic optical encryption technology faces increasing demands for enhanced security, reversibility, and improved multidimensional response capabilities. Traditional systems rely on static luminescent labels or monochromatic "on-off" switching, exhibiting significant limitations including susceptibility to replication, vulnerability to environmental interference, and overly simplistic encryption logic.

Electrospinning Machine | Design and Development of Fiber Patch to Prevent Reperfusion Injury and Provide Thermal Stimulation for Treating Severe Frostbite 2025-10-15

Frostbite is a common acute cold injury that can cause extensive tissue damage, often requiring amputation. However, most clinical interventions face the challenge of preventing or mitigating reperfusion injury while restoring blood supply.

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14

With the continuous growth of fossil fuel consumption and increasing awareness of environmental protection, developing high-performance, sustainable energy conversion and storage technologies (such as fuel cells, metal-air batteries, lithium-ion batteries, and supercapacitors) has become an urgent need in current research.

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14

With the continuous growth of fossil fuel consumption and increasing awareness of environmental protection, developing high-performance, sustainable energy conversion and storage technologies (such as fuel cells, metal-air batteries, lithium-ion batteries, and supercapacitors) has become an urgent need in current research.

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14