NACE CP1 - (2)
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Terms in this set (115)
More noble region where electrons
Cathode are consumed. Reduction occurs at
the cathode
, Part of the metal that corrodes.
Anode
Oxidation occurs at the anode
Connects cathode and anode and
allows passage of electrons
Return Path
generated at the anode to the
cathode
Medium that conducts ionic (rather
Electrolyte
than electronic) current
Negative Zinc case which corresponds to the
Electrode anode in a corrosion cell
High Voltage 1. Rolling Spring 2. Smooth Neoprene
Detection Types Flaps 3. Bristle Brush
Low Voltage 5-120V DC
Detectors Battery
Range is:
General Types of 1. Low voltage DC 2. High voltage DC
Holiday 3. High voltage pulsed DC 4. High
Detectors voltage AC
Adhesion Failures 1. Contaminated surface 2. Wrong
May be Caused surface prep. 3. Insufficient profile 4.
by: Exceeding topcoat window
Checking can be Line cracks in the coating surface
Described as:
Save
Sample some practice questions
Learn
Studied 7 terms
Nice work, you're crushing it
Continue studying in Learn
Terms in this set (115)
More noble region where electrons
Cathode are consumed. Reduction occurs at
the cathode
, Part of the metal that corrodes.
Anode
Oxidation occurs at the anode
Connects cathode and anode and
allows passage of electrons
Return Path
generated at the anode to the
cathode
Medium that conducts ionic (rather
Electrolyte
than electronic) current
Negative Zinc case which corresponds to the
Electrode anode in a corrosion cell
High Voltage 1. Rolling Spring 2. Smooth Neoprene
Detection Types Flaps 3. Bristle Brush
Low Voltage 5-120V DC
Detectors Battery
Range is:
General Types of 1. Low voltage DC 2. High voltage DC
Holiday 3. High voltage pulsed DC 4. High
Detectors voltage AC
Adhesion Failures 1. Contaminated surface 2. Wrong
May be Caused surface prep. 3. Insufficient profile 4.
by: Exceeding topcoat window
Checking can be Line cracks in the coating surface
Described as: