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Abstract Blue Geometric Design

PUBLICATIONS

Explore articles and white papers shared by NW suppliers. To publish your own content on this page, join the NW suppliers directory

1526

Electrospun Poly(ethylene terephthalate) Nanofibrous Patches Loaded with Asiaticoside for the Treatment of Myocardial Infarction in Rats

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This paper reports on the development of a cardiac patch made from electrospun PET nanofibers loaded with Asiaticoside. The patch is designed to treat myocardial infarction and is shown to improve cardiac function in a rat model.
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1526

The Effect of Different Nanofiber Layers in Surgical Masks on Bacterial Filtration Efficiency

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This research evaluates the impact of adding electrospun nanofiber layers to surgical masks. The study tests the bacterial filtration efficiency of masks with different types and numbers of nanofiber layers.
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1526

Breathable-waterproof fabrics produced by electrospinning method and their characterization

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This paper describes the production of breathable, waterproof fabrics using the electrospinning method. The nanofibrous membranes are characterized for their waterproofness, air permeability, and comfort-related properties.
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1526

Assessment of Some Physical Properties of Polyacrylonitrile Nanofiber Web Produced by Needleless Electrospinning Method

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This research investigates the physical properties of polyacrylonitrile (PAN) nanofiber webs produced via a needleless electrospinning technique. The study focuses on how process parameters affect the uniformity and structure of the nanofiber mat.
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1526

Evaluation of Cell Concentration and Viability using a Benchtop Multifunctional Cell Counter

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This poster describes the use of a benchtop cell counter to evaluate the concentration and viability of cells. While not directly nanotechnology, it discusses a tool used in life sciences, which is a key application area.
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3865

Can GIWAXS Help Predict the Long-Term Stability of Organic Solar Cells?

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Summarizes research using GIWAXS to study the nanostructure of organic solar cell films, finding a correlation between molecular packing and long-term device stability.
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3865

How can SAXS and USAXS analysis be used to characterize the tunable microstructure of hierarchical nanoporous gold?

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Discusses a study using SAXS and USAXS to analyze the multi-scale pore structure of nanoporous gold, demonstrating how the fabrication process can be tuned to control its properties.
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3865

How does visible light impact the morphology of organic semiconductors?

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Highlights research using in-situ GIWAXS to observe how visible light alters the crystalline structure of organic semiconductor films, which is critical for understanding device performance and degradation.
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3865

How does moisture affect the nanostructure of wood?

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This post summarizes a study using SAXS/WAXS to investigate how humidity alters the nanostructure of wood cell walls, specifically the swelling and arrangement of cellulose fibrils.
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3865

How can the smart design of carbon anodes improve the performance of sodium-ion batteries?

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Discusses research using SAXS to analyze the pore structure of hard carbon anodes, linking the nanostructure and pore accessibility to improved performance in sodium-ion batteries.
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3865

What structural changes are induced during heat treatment and acidification in non-fat milk model systems?

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This article highlights a study using SAXS to monitor the structural changes of casein micelles in milk during heating and acidification, providing insights relevant to the dairy industry.
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3865

Manufacturing of cellulose-based products - how do the nonsolvent composition and processing parameters influence the structure of regenerated cellulose?

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Summarizes research using SAXS to understand how different solvents and processing conditions during manufacturing affect the nanostructure and alignment of regenerated cellulose fibers.
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3865

How can fractal structures and single particles be studied simultaneously?

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This post describes a new SAXS data analysis model that allows for the characterization of both the form of primary nanoparticles and the structure of their larger fractal aggregates from a single measurement.
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3865

Fast self-assembly of ultrahigh molecular weight block copolymers - How GISAXS is used to monitor the morphology evolution

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Highlights research using time-resolved GISAXS to observe the rapid self-assembly process of high molecular weight block copolymer thin films into well-ordered nanostructures.
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3865

SAXS as a tool for characterizing monoclonal antibody protein-antigen interactions

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This article summarizes a study showcasing SAXS as a method to characterize the structural details of antibody-antigen interactions, which is crucial for therapeutic drug development.
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3865

Can time-resolved catalyst degradation be studied with operando laboratory SAXS?

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This post features research demonstrating that lab-based operando SAXS can be used to monitor the degradation of industrial catalysts in real-time, observing changes in nanoparticle size under reaction conditions.
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3865

Understanding hydrogel phase transitions with SWAXS

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Discusses research using simultaneous SAXS/WAXS (SWAXS) to study the multi-scale structural changes that occur during the temperature-induced phase transitions of hydrogels.
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3865

Eye on publications: Self-assembly of nanoribbons from a ?-conjugated amphiphilic molecule

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This article highlights a study using SAXS/WAXS to investigate the self-assembly of organic molecules into nanoribbon structures, characterizing their hierarchical formation from molecular packing to the final ribbon morphology.
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3865

Small Angle X-ray Scattering for the characterization of liposomes in pharmaceutical applications

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This article summarizes a paper on using SAXS to characterize liposomes, detailing how the technique can measure critical parameters like size, lamellarity, and membrane thickness for drug delivery applications.
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3865

Shear-induced phase transition in a biocompatible Pluronic-based hydrogel

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This post discusses research using SAXS to study how shear forces induce a phase transition in a biocompatible hydrogel, which is relevant for applications like injectable drug delivery systems.
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