Techniques developed at the NASA Glenn Research Center to produce atomic oxygen in order to simulate the low-Earth-orbit environment for spacecraft materials testing can also be applied in the field of art restoration. Defaced or fire-damaged artwork can be treated with atomic oxygen to remove the damage and enable restoration that could not be accomplished with conventional methods. The process has been patented (U.S. Patents 5,560,781 and 5,693,241) and has been used to restore several works of art
A museum fire in 1958 severely damaged a Monet 'Water Lilies' (1916-1926) painting that was on displ...
Atomic oxygen, which normally is found only the near Earth space environment, causes oxidation and e...
Understanding of the basic processes of atomic oxygen interaction is currently at a very elementary ...
In addition to completely destroying artwork, fires in museums and public buildings can soil a displ...
Smoke damage, as a result of a fire, can be difficult to remove from some types of painting media wi...
Atomic oxygen generated in ground-based research facilities has been used to not only test erosion o...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
Soot deposits that can accumulate on surfaces of a painting during a fire can be difficult to clean ...
Current techniques for removal of varnish (lacquer) and other organic protective coatings from paint...
Soot and other carbonaceous combustion products deposited on the surfaces of porous ceramic, stone, ...
Atomic oxygen erosion of polymers has been found to be a threat to spacecraft in low Earth orbit. As...
An atmospheric atomic oxygen beam has been found to be effective in removing organic materials throu...
A noncontact technique is described that uses atomic oxygen, generated under low pressure in the pre...
The climate crisis and unsustainable living increasingly threaten tangible cultural heritage around ...
The climate crisis and unsustainable living increasingly threaten tangible cultural heritage around ...
A museum fire in 1958 severely damaged a Monet 'Water Lilies' (1916-1926) painting that was on displ...
Atomic oxygen, which normally is found only the near Earth space environment, causes oxidation and e...
Understanding of the basic processes of atomic oxygen interaction is currently at a very elementary ...
In addition to completely destroying artwork, fires in museums and public buildings can soil a displ...
Smoke damage, as a result of a fire, can be difficult to remove from some types of painting media wi...
Atomic oxygen generated in ground-based research facilities has been used to not only test erosion o...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
Soot deposits that can accumulate on surfaces of a painting during a fire can be difficult to clean ...
Current techniques for removal of varnish (lacquer) and other organic protective coatings from paint...
Soot and other carbonaceous combustion products deposited on the surfaces of porous ceramic, stone, ...
Atomic oxygen erosion of polymers has been found to be a threat to spacecraft in low Earth orbit. As...
An atmospheric atomic oxygen beam has been found to be effective in removing organic materials throu...
A noncontact technique is described that uses atomic oxygen, generated under low pressure in the pre...
The climate crisis and unsustainable living increasingly threaten tangible cultural heritage around ...
The climate crisis and unsustainable living increasingly threaten tangible cultural heritage around ...
A museum fire in 1958 severely damaged a Monet 'Water Lilies' (1916-1926) painting that was on displ...
Atomic oxygen, which normally is found only the near Earth space environment, causes oxidation and e...
Understanding of the basic processes of atomic oxygen interaction is currently at a very elementary ...