Fabrication of three-dimensional flower-ball heterostructures MoS 2 /LDHs based on interface coupling strategy and their application in high-performance NO x gas sensing | Synapse
May 7, 2026
Fabrication of three-dimensional flower-ball heterostructures MoS 2 /LDHs based on interface coupling strategy and their application in high-performance NO x gas sensing
Key Points
This research aims to develop a more cost-effective and sensitive gas sensor for detecting NOx by fabricating a novel heterostructure.
Utilized an interface coupling strategy to prepare three-dimensional flower-ball MoS2/LDHs structures.
Conducted sensitivity testing for NOx gas response.
Employed a facile fabrication approach to enhance material properties.
Achieved rapid response times for NOx detection with the new heterostructure.
Demonstrated significantly improved sensitivity compared to traditional materials.
Successfully reduced overall fabrication costs while enhancing performance.
Abstract
To address the core issues of high cost and low sensitivity in sensing gas, a three-dimensional flower-ball MoS2/LDHs sensitive material with rapid response to NOx was prepared by a facile...