Synthesis
of Carbon
Nanomaterials
- Carbon black, Heteroatom doped carbon black
- Carbon nanosheets, Heteroatom doped carbon nanosheets
Technology
PLP (Plasma in Liquid Process)
A technology that solves the volume problem of materials and, without any other equipment of complex configuration, introduces a solution plasma processing method
to manufacture various carbon composites through plasma discharge, using all metals and carbon precursors that can be formed into wire.
- Simple Device Configuration
- Plasma Generated
in Solution - Nanomaterial Synthesis via
Decomposition and Recombination
of Solution, Electrode Materials, etc. - Platform Process
Simple Device Configuration
Consists only of a power source, electrodes, solution, and reactor
Plasma Generated in Solution
Plasma generated in solution at room temperature and atmospheric pressure
Decomposition and Recombination of Solution,
Nanomaterial Synthesis via Electrode Materials, etc.
Synthesis of various nanomaterials through the decomposition and recombination of all solvents, solutes,
and the electrode wire required to generate plasma
- ex. Synthesizing platinum nanoparticles by
reducing platinum ions dissolved in solution
with hydrogen radicals generated in the plasma - ex. Synthesis of carbon nanomaterials through
decomposition and recombination of organic solvents - ex. Easy synthesis of metal nanoparticles
by sputtering of the electrode wire
Platform Process
A Platform Process that enables the synthesis of various materials with a single PLP process
Synthesis
of Metal
Nanomaterials
- Synthesis of metal nanoparticles and metal nano inks by
plasma reduction of all metals that can exist as ions in solution - Synthesis of metal nanoparticles and metal nano inks by
sputtering of all metals that can be formed into electrode wire
Synthesis
of Carbon-Metal
Nanocomposites
- Synthesis of carbon materials in which metal
nanoparticles are supported or encapsulated
Surface Treatment
of Carbon Materials
- Dispersion treatment by modifying functional groups
on the surface of carbon materials such as CNTs