ZIF-71-Coated CuO:Al with Enhanced Gas-Sensing Performance for <i>n</i>‑Butanol and Hydrogen

ZIF-71-Coated CuO:Al with Enhanced Gas-Sensing Performance for <i>n</i>‑Butanol and Hydrogen

In this study, hybrid materials combine metal-organic framework (MOF)-zeolitic imidazolate framework (ZIF) with inorganic metal-oxide semiconductors, resulting in composite materials that exhibit synergistic properties and improves the sensing capabilities of organic/inorganic hybrid sensors. MOFs p...

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Bibliographic Details
Main Author: Rajat Nagpal (22606179) (author)
Other Authors: Masaya Sugihara (22405289) (author), Cristian Lupan (8876882) (author), Tim Tjardts (14836879) (author), Nahomy Meling-Lizarde (22606182) (author), Thomas Strunskus (1578235) (author), Haoyi Qiu (9998195) (author), Rainer Adelung (301901) (author), Rob Ameloot (1420957) (author), Oleg Lupan (1571128) (author)
Published: 2025
Subjects:
Medicine
Microbiology
Molecular Biology
Biotechnology
Ecology
Space Science
Chemical Sciences not elsewhere classified
pore size distribution
highly crystalline structure
high interaction strength
250 ° c
200 ° c
inorganic hybrid sensors
exhibit synergistic properties
developed hybrid sensor
11 %) toward
sensing studies reveal
hybrid gas sensors
fabricated gas sensors
present significant potential
chemical solution approach
al hybrid sensors
improved sensing performance
71 nanoparticles exhibiting
hydrogen gas (<
>- butanol ’
fabricate mof zif
sensor ’
sensing performance
>- butanol
vibrational properties
scalable approach
inorganic metal
chemical states
71 nanoparticles
61 %)
sensing capabilities
sensing applications
hydrogen gas
enhanced gas
>‑ butanol
using xrd
thermogravimetric analysis
thermal treatment
thermal stability
thermal exposure
synthesized via
surface analyses
structural flexibility
strong affinity
stable detection
shaped grains
raman spectroscopy
oxide semiconductors
operational temperature
operational conditions
operating temperature
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