This 'Corrosion Control Knowledge Evaluation' assesses understanding of corrosion prevention techniques and related environmental impacts. It covers CPCP goals, specific technical orders, types of corrosion, and factors accelerating corrosion, essential for professionals in material science and engineering.
31Z-10-37
1-1-691
1-1-689
1-1-8
Of a material due to an electrochemical or biochemical reaction.
Of a material caused by its reaction with wind, rain, and dirt.
Of a material caused by a reaction with the environment.
Caused by an electrochemical action.
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Secreted corrosive fluids that can corrode the surface beneath the growth.
Fungus which holds moisture which then causes corrosion.
Moisture which can stress mechanical joints.
Both A & B.
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Biochemical
Biological
Galvanic
Acerbic
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Chlorides
Sulfates
Nitrates
All of the above
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Uniform surface
Galvanic
Pitting
Stress
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Preventative maintenance inspections
Corrosion identification
Corrosion removal
Correct packaging
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00-25-223
00-25-224
00-25-232
00-25-234
50% isopropyl alcohol and 50% distilled water
Commercial cleaners
Nail polish remover
Emory paper
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Acid
Solvent
Alkaline
Detergent
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ESD Protective
Brown paper
Wax coated
Plastic
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5
10
20
25
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Cracking caused by stress.
The most common form of corrosion.
Tiny holes in aluminum or magnesium.
Worm-like tracings under a protective coating.
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Cracking caused by stress.
The most common form of corrosion.
Tiny holes in aluminum or magnesium.
Worm-like tracings under a protective coating.
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Stress
Pitting
Fatigue
Both A and C
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