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Beijing Zhongjiao Jinyuan Technology Co., Ltd
CEL-ISC-PLE01 plasma ionic liquid electrode in-situ cell
NegotiableUpdate on 05/06
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Overview
By connecting to a low-temperature plasma power supply, the reactor can provide a low-temperature plasma external field environment, which is suitable for most gas-solid catalytic reactions and synergistic catalytic experiments with catalysts in an external field
Product Details
1. Parameters
Material: PEEK
Temperature resistance: -20-150 ℃
Pressure resistance: atmospheric pressure
Pool cap: infrared three window pool cap, Raman single window pool cap
Mirror: Optional options include barium fluoride, zinc selenide, quartz, sapphire, etc. Special mirror requirements can be customized
Discharge gap: 2mm (customizable)
Dielectric barrier: single dielectric barrier quartz/double dielectric barrier quartz
Controllable temperature: -20~80 ℃, liquid bath temperature control
Positive and negative electrode forms: Positive electrode: Metal electrode
Negative electrode: Ionic liquid circulating negative electrode
2. Operating environment
By connecting to a low-temperature plasma power supply, this reactor can provide a low-temperature plasma external field environment, which is suitable for most gas-solid catalytic reactions in the synergistic catalytic experiments of plasma external field and catalyst. Cooperate with infrared spectrometer, laser Raman spectrometer (laser Raman spectrometer testing can be carried out by replacing the mirror pool cap) and other equipment to achieve in-situ detection.
The reactor can provide liquid bath temperature control, balance plasma heat release, or provide a plasma catalytic environment at the target temperature.
Used in conjunction with Harrick infrared accessories and low-temperature plasma power supply.
Suitable for domestic and international markets such as Brooke, Thermo Fisher, and Port EastbrandFourier transform infrared spectrometer.
3. Product features
1. The three/single window cover and window transparent medium can be flexibly replaced, and the plasma infrared spectroscopy in-situ cell can be expanded to in-situ Raman and in-situ atomic emission spectroscopy.
2. Flexibly adjust single/double dielectric discharge, discharge spacing, high and low voltage positive electrode materials, etc., to meet the needs of simulating different dielectric barrier discharge reactions.
3. The temperature can be adjusted between -20~80 ℃, and can be cooled by circulating water to maintain low-temperature plasma discharge and eliminate (regulate) the influence of temperature on plasma reaction.
4. Using ionic liquid to circulate the negative electrode, the electrode discharge is more uniform and less prone to single click through.
4. System configuration
