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- Digtal Transfomation #AI 시대 #감성
- #플라즈마표면처리#플라즈마기술#대기압플라즈마#플라즈마장치#플라즈마장치#플라즈마업체#상압플라즈마#코로나처리기#플라즈마#플라즈마합지기#플라즈마전문회사
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- 물살균#살균수#플라즈마활성수
- 플라즈마살균수
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- 고냉지채소#고냉지배추
- plasma#
- #농업기술#농작물 재배력#농업#스마트팜#플라즈마농업#비료#영양제#작물영양제#식물활성제#보리재배력
- 구글 AI 도구를 활용한 1인 비즈니스 비용 구조 개선 보고서
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- 플라즈마장치
- #플라즈마장치 #플라즈마표면처리
- #과수생애주기#농작물 과수
- #플라즈마표면처리#플라즈마업체#플라즈마장치
- 식물#공장#식물어원
- #플라즈마 살균 #농산물 플라즈마처리#식자재 플라즈마살균#축산물 플라즈마처리#음식물 플라즈마처리#저장창고 플라즈마처리#플라즈마멸균#바이오 플라즈마처리#의료용 플라즈마 살균장치
- 악취제거플라즈마
- #플라즈마표면처리#플라즈마기술#대기압플라즈마#플라즈마장치#플라즈마장치#플라즈마업체#상압플라즈마#코로나처리기#플라즈마처리 #플라즈마처리장치#오존발생기#수처리플라즈마#플라즈
- #플라즈마장치#플라즈마기술#플라즈마표면처리장치#플라즈마개질#플라즈마회사#플라스마#plasma#코로나처리
- #plasma surface treatment #plasma technology #atmospheric pressure plasma #plasma deviceatmospheric pressure plasma #corona treatment device #plasma treatment #plasma treatment device #ozone generator #water treatment plasma #plasma power supply https://p
- Plasma sterilization
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- #플라즈마 실험장치 #플라즈마실험장치 #실험용플라즈마장치 #플라즈마표면처리장치
- #대기압플라즈마#플라스마#플라즈마코팅#플라즈마발생기#프라즈마#플라즈마장비#진공플라즈마#화염플라즈마#PLASMA #상압플라즈마#플라즈마클리너#광플라즈마#플라즈마세정#저온플라즈마#AP플
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- plasma cleaning
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- 플라즈마활성수#플라즈마살균수
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철학하는 농업컨설턴트
plasma 본문
Here is the English translation of the explanation on plasma surface cleaning and organic matter removal:
Plasma surface cleaning is an eco-friendly, dry cleaning technology that utilizes high-energy ions, electrons, radicals, and ultraviolet (UV) light to physically and chemically remove contaminants from the surface of a material, contrasting with wet methods that use chemical solvents.
It is particularly exceptional at removing microscopic organic contaminants, making it widely used for pretreatment in semiconductor manufacturing, displays, printed circuit boards (PCBs), polymer materials, and metal components.
1. Core Principles of Organic Matter Cleaning
Plasma-based organic cleaning is primarily driven by oxygen ("O" _2) gas or air, operating through three main combined mechanisms:
Chemical Reaction (Ashing): Highly reactive oxygen radicals ("O" ^*) generated within the plasma chemically bond with organic matter ("C" _x "H" _y) on the surface. This process breaks the carbon-carbon and carbon-hydrogen bonds of the contaminants, eventually converting them into gaseous carbon dioxide (〖"CO" 〗_2) and water vapor ("H" _2 "O" ), which are then exhausted via a vacuum pump or exhaust system.
Ultraviolet (UV) Decomposition: Powerful UV energy generated during the plasma discharge directly targets and cleaves the molecular structures of organic contaminants. This breaks down organic matter into smaller molecules, greatly accelerating subsequent chemical reactions with oxygen radicals.
Physical Collision (Sputtering): High-energy ions directly bombard the surface, physically breaking the bonds of contaminants and knocking them loose. However, during organic cleaning, processes are typically controlled to rely more heavily on chemical reactions and UV decomposition to prevent damage to the substrate material.
2. Major Plasma Cleaning Methods
Depending on the processing environment and material characteristics, plasma cleaning is largely divided into two methods:
Low-Pressure (Vacuum) Plasma Method
Principle: The inside of a sealed chamber is evacuated into a vacuum, process gas is injected, and radio frequency (RF) power is applied to generate plasma.
Advantage: Because the entire chamber is filled with uniform plasma, it is highly advantageous for cleaning microscopic organic matter on three-dimensional or complex-shaped components.
Atmospheric Pressure Plasma (Plasma Jet) Method
Principle: High-voltage discharge is applied while flowing argon ("Ar" ), nitrogen ("N" _2), or air under atmospheric pressure, ejecting a high-speed plasma plume through a nozzle.
Advantage: Eliminating the need for a vacuum chamber allows it to be installed directly inline (In-line), making it suitable for high-speed cleaning and surface modification (enhancement of hydrophilicity) on localized areas.
3. Key Advantages and Effects of Plasma Cleaning
Zero Residue: Because no liquid detergents are used, no chemical residues (such as watermarks) remain after cleaning.
Enhanced Surface Wettability (Hydrophilicity): As organic contaminants are removed, polar functional groups are formed on the surface, increasing surface energy. This dramatically improves the bonding strength for subsequent coating, adhesion, printing, and bonding processes.
Eco-Friendliness and Safety: It eliminates the use of toxic organic solvents (such as TCE or IPA), safeguarding worker safety and preventing environmental pollution.
#플라즈마클리닝#플라즈미세정#플라즈마소독#플라즈마살균#종자발아플라즈마#플라즈마장치#플라즈마기술#대기압플라즈마처리#친수성플라즈마처리#대기압플라즈마 표면개질 #플라즈마크리닝#버제거 플라즈마#상온플라즈마#산소플라즈마#플라즈마표면처리#플라즈마표면처리#플라즈마기술#대기압플라즈마#플라즈마장치#플라즈마장치#플라즈마업체#상압플라즈마#코로나처리기#플라즈마처리#바이오플라즈마
hyeonji63@gmail.com, https:///http://www.plasmakorea.com ,# 툴솔루션(주) HP; 010-2964-2899
참조(reference) : 플라즈마산업뉴스#플라즈마학회지
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