Add to ORKGA cleaning technique widely used by the nuclear utility industry for removal of radioactive surface contamination has proven effective at removing non-hazardous contaminant particles as small as 0.1 micrometer. The process employs a controlled high velocity liquid spray inside a vapor containment enclosure to remove particles from a surface. The viscous drag force generated by the cleaning fluid applies a shear stress greater than the adhesion force that holds small particles to a substrate. Fluid mechanics and field tests indicate general cleaning parameters
A system to perform cleaning and cleanliness verification is being developed to replace solvent flus...
To simulate cleaning processes is of constantly growing importance with regard to optimising the cle...
Residues of hazardous substances, such as chemical compounds with low vapor pressure, radioactive pa...
Ambient dust ranging in size from less than one micron up to 140 microns was used as test particles....
A 2 orders of magnitude range of van der Waals interactions is considered here to take the majority ...
Removing or detaching particles from a surface is of interest in filter bed regeneration, cleaning o...
This chapter presented a range of techniques that have a great potential for providing novel and use...
In many industrial processes, particle contamination is becoming a major issue. Particle detachment ...
A washing ejector is a pre-treatment technology used to remediate contaminated soil by separating fi...
The cleanability of several model solid substrates (glass, stainless steel, polystyrene and polytetr...
Traditional degreasing processes employ chlorinated solvents in a liquid or vapor state in order to ...
CFC's and halogenated hydrocarbon solvents have been the solvents of choice to degrease and otherwis...
The removal of particulate contaminants adhering to a surface has been investigated using an air noz...
A physical model is presented to describe the kinds of static forces responsible for adhesion of nan...
The objective of this work is to demonstrate a practical, atmospheric pressure plasma tool for the s...
A system to perform cleaning and cleanliness verification is being developed to replace solvent flus...
To simulate cleaning processes is of constantly growing importance with regard to optimising the cle...
Residues of hazardous substances, such as chemical compounds with low vapor pressure, radioactive pa...
Ambient dust ranging in size from less than one micron up to 140 microns was used as test particles....
A 2 orders of magnitude range of van der Waals interactions is considered here to take the majority ...
Removing or detaching particles from a surface is of interest in filter bed regeneration, cleaning o...
This chapter presented a range of techniques that have a great potential for providing novel and use...
In many industrial processes, particle contamination is becoming a major issue. Particle detachment ...
A washing ejector is a pre-treatment technology used to remediate contaminated soil by separating fi...
The cleanability of several model solid substrates (glass, stainless steel, polystyrene and polytetr...
Traditional degreasing processes employ chlorinated solvents in a liquid or vapor state in order to ...
CFC's and halogenated hydrocarbon solvents have been the solvents of choice to degrease and otherwis...
The removal of particulate contaminants adhering to a surface has been investigated using an air noz...
A physical model is presented to describe the kinds of static forces responsible for adhesion of nan...
The objective of this work is to demonstrate a practical, atmospheric pressure plasma tool for the s...
A system to perform cleaning and cleanliness verification is being developed to replace solvent flus...
To simulate cleaning processes is of constantly growing importance with regard to optimising the cle...
Residues of hazardous substances, such as chemical compounds with low vapor pressure, radioactive pa...