Products
Solutions
Resources
Pricing
Security
Products
IP
Patent Search & Analysis
Novelty Search
FTO Search
Design FTO Search
Patent Drafting & OAR
SEP Assessment
Engineering
Tech Research & Engineering Solutions
Find Solutions with TRIZ
Life Sciences
Drug Discovery & Research
SAR Data Extraction
Lead Compound
Materials R&D
Materials Research & Development
MCP Servers
REST APIs
Skill Hub
UI Widgets
Desktop
Beta
Solutions
Featured Use Cases
Competitor Tech Research
Design Risk Screening
Cosmetic Formulation
Telecom SEP Claim Chart
Resources
Featured Guides
Patentability Search vs. FTO
Find Prior Art
Review FTO Evidence
Discover
Free AI Tools
Benchmark Reports
Blog & Insights
Support
Help Center
Community & Socials
LinkedIn
X
YouTube
Substack
Pricing
Security
Patents
Literature
Patsnap Eureka AI that helps you search prior art, draft patents, and assess FTO risks, powered by patent and scientific literature data.
1
results about How to "Achieve wrapping" patented technology
Filter
Efficacy Topic
Property
Owner
Technical Advancement
Application Domain
Technology Topic
Technology Field Word
Patent Country/Region
Patent Type
Patent Status
Application Year
Inventor
A method for preparing and applying a polypyrrole-coated indium-based electrocatalyst
Pending
CN122082032A
Good covering accessibility
Improve erosion ability
Electrolytic organic production
Electrodes
Ptru catalyst
Polypyrrole
This invention relates to a method for preparing and applying a
polypyrrole
-coated
indium
-based
electrocatalyst
. The method includes the following steps: adding carbon nanotubes to an N,N-
dimethylformamide
solution containing
indium
nitrate
, transferring the solution to a high-temperature reactor, and reacting to obtain In₂O₃ / CNT; placing the In₂O₃ / CNT in an
aqueous solution
containing
pyrrole
, and then adding
ammonium
persulfate
to react, thereby obtaining the
polypyrrole
-coated
indium
-based
electrocatalyst
. The
polypyrrole
-coated indium-based
electrocatalyst
obtained by this invention exhibits excellent electrocatalytic performance in the reduction of
carbon dioxide
to
formic acid
, possessing both high Faradaic efficiency and long-term catalytic stability.
View all
Owner:
HEBEI UNIV OF TECH
Login to View More