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Supplier: 3DT LLC
Description: sizes and shapes without set-up changes Easy-to-load conveyor belt treats all exposed areas Customizable COST-EFFECTIVE Self-contained unit includes conveyor belt, Corona generator and electrode assembly Requires no special training or staff Minimal energy consumption Quality repeatabilityShow More
Supplier: RS Components, Ltd.
Description: Rapid elimination of static electricity . Controls and balances required ions . Visual display unit . Easy replacement of electrode cartridge . Various lengths available for most applications. Corona discharge type of ION generation Accessory Type = Electrode CartridgeShow More
Supplier: ValueTronics International, Inc.
Description: ground currents, DC and AC Leakage current, DC and AC Sum of low currents Small difference of high currents Low current at high voltage Power tube electrode currents Electrostatic corona discharge Electrochemically induced currents Standby systems charging currentsShow More
Supplier: ASTM International
Description: Validation of a Corona Discharge Technique to Test Male Latex Condoms for Pinhole Defects Volume 27, Issue 1 (January 1999) The Center for Devices and Radiological Health, Food and Drug Administration, evaluated a prototype device using novel technology to detect pinholes in male latex condomsShow More
Supplier: EXEL North America, Inc.
Description: of surfaces with a particular effectiveness on flat surfaces. Customers Benefits High transfer efficience Powder savings (15 to 20 % efficiency over an automatic gun). Quality of application Best finish and higher productivity regularity of film build-up, a counter electrode to avoid orange
- Technology: Electrostatic Coating
- Electrostatic / Charging Technology: Corona Charging (HV Power Supply)
- Type: Component / Sub-system
- System Option / Component: Applicator / Gun
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Electrohydrodynamic Air Movers for Thermal Management
6.3.3 Corona electrode design and fabrication..
This ESP has good hydrodynamic and electric performance with positive, negative corona electrode and lentoid electrode.
Electric wind in electrode systems with corona points
The gas flow from the corona electrode into the environment arises when the ions moving in the unipolar outside of the corona transfer their momenta to gas particles via colli- sions.
Charging of particulates in the corona field of roll-type electroseparators
Experimentscarried out on a laboratory roll-typeelectroseparatordemonstraled the capability of a new corona electrode design to generate an extended and quasi-uniformcorona lield.
Electrical Operation of Electrostatic Precipitators
Figure 4.7 indicates a comparison of a ‘standard’ electrode emission against the high emission form of electrode under air conditions, which shows the higher corona electrode having an emission of some three times that of the simple wire electrode for the…
TEA CO2 Lasers, Physical Problems And Technical Solutions
When a voltage pulse is applied a homogeneous corona surface discharge starts at the edge of the corona electrode .
Analysis of Space Charge Generating Devices for Lightning Protection: Performance in Slow Varying Fields
A novel ultra- corona electrode satisfying the above conditions is in- troduced.
CFD analysis of electrostatic fluid accelerators for forced convection cooling
Gas molecules near the corona discharge region become ionized when a high intensity electric field is applied between a high tip curvature corona electrode and a low tip curvature collector electrode.
Design and optimization of electrostatic fluid accelerators
Previous efforts to optimize ionic wind pumps concen- trated on geometric modifications of the device design, investigating the effect of collector electrode orientation with respect to the corona electrode and its influence on w xthe field line geometry and air flow efficiency…
Corona discharge in the hyperbolic point-plane configuration: direct ionization criterion versus an approximate formulations
One uses the Kaptzov hypothesis that the electric field on the corona electrode surface remains constant, with the value derived from the ionisation criterion, assuming that the electric field is Laplacian.