Electrospun Shape-Memory Fluorescent Fibrous Membranes for Dual-Mode Anticounterfeiting and Information Storage Encryption

Electrospun Shape-Memory Fluorescent Fibrous Membranes for Dual-Mode Anticounterfeiting and Information Storage Encryption

With the explosive growth of mass data and the increasing importance of information security, storage mediums are continuously explored to meet different anticounterfeiting and information storage encryption complex scenario applications. Here, Eu(TTA)<sub>3</sub>(TPPO)<sub>2</s...

Full description

Saved in:
Bibliographic Details
Main Author: Hexuan Wang (9246136) (author)
Other Authors: Yunrui Xie (12407794) (author), Xintong Huo (19946667) (author), Yaolin Hu (19946670) (author), Yuqi Sheng (6702434) (author), Peng Lv (564872) (author), Shuang Wang (46453) (author), Haina Qi (12407791) (author), Wensheng Yu (2124583) (author), Xiangting Dong (1743781) (author)
Published: 2024
Subjects:
Medicine
Pharmacology
Biotechnology
Plant Biology
Space Science
Biological Sciences not elsewhere classified
“ ink ”,
two polymer matrices
tta )< sub
excellent mechanical strength
2 </ sub
meet different anticounterfeiting
original correct information
realizing information storage
information storage medium
information storage encryption
mode anticounterfeiting encryption
tpu fibrous membrane
shape memory dual
information storage
mode encryption
mode anticounterfeiting
fibrous membrane
storage mediums
information security
information patterns
shape memory
memory function
membrane surface
fibrous membranes
work provides
wide applications
uv light
utilizing shape
upon heating
thermoplastic polyurethane
qr codes
mass data
increasing importance
high integration
fluorescence dual
fluorescence characteristics
explosive growth
electrospun shape
effective strategy
customized mold
continuously explored
color fluorescence
case study
blue dual
Tags: Add Tag
No Tags, Be the first to tag this record!

Similar Items