What factors influence the time it takes for an inspector’s eyes to adjust? | Age, eye color, lighting source | Experience level, eye muscle tone, humidity | Age, eye muscle tone, intensity of lighting | Type of eyewear worn, environment temperature, noise level |
How can inspectors shorten their eye dark adaptation time? | Wearing red eyeglasses in white light areas | Increasing exposure to UV radiation | Closing eyes for several minutes | Using photosensitive glasses |
Which light area requires dark adaptation before UV light inspection? | UV light inspection area | White light area | Darkened inspection area | Fluorescent light area |
What is the primary focus during the interpretation phase? | Determining the cause of bleed-out | Classifying indications | Identifying false indications | Evaluating surface irregularities |
What can false indications be attributed to? | Poor processing conditions | Part defects | Surface irregularities | Manufacturing defects |
How are false indications different from nonrelevant indications? | Caused by the process, not the part | Not detrimental to part serviceability | Indicative of part discontinuities | Occur during the interpretation phase |
What is the importance of classifying indications during interpretation? | To determine the severity of indications | To differentiate between relevant and nonrelevant | To identify manufacturing defects | To prevent false indications masking relevant ones |
Which factor does not influence the time it takes for an inspector’s eyes to adjust? | Age | Eye color | Intensity of lighting | Eye muscle tone |
What can inspectors do to shorten their eye dark adaptation time? | Wearing blue eyeglasses in white light areas | Increasing exposure to infrared radiation | Keeping eyes open for several minutes | Using reflective glasses |
In which light area is dark adaptation not necessary before UV light inspection? | White light area | Fluorescent light area | UV light inspection area | Darkened inspection area |
During the interpretation phase, what is the primary focus other than classifying indications? | Identifying manufacturing defects | Determining the cause of bleed-out | Evaluating surface irregularities | Identifying false indications |
False indications are primarily attributed to: | Part defects | Poor processing conditions | Surface irregularities | Environmental factors |
Nonrelevant indications differ from false indications in that they: | Are caused by the part, not the process | Occur during the interpretation phase | Are indicative of part discontinuities | Are detrimental to part serviceability |
What is the primary goal of classifying indications during interpretation? | To identify manufacturing defects | To differentiate between relevant and nonrelevant | To evaluate surface irregularities | To determine the severity of indications |
Which factor is not mentioned as influencing the time it takes for an inspector’s eyes to adjust? | Lighting source | Environment temperature | Eye muscle tone | Humidity |
How can inspectors expedite their eye dark adaptation time? | Using polarized glasses | Increasing exposure to visible light | Keeping eyes closed for several minutes | Wearing green eyeglasses in white light areas |
In which light area is dark adaptation imperative before UV light inspection? | Darkened inspection area | Fluorescent light area | UV light inspection area | White light area |
During the interpretation phase, what is not a primary focus? | Identifying manufacturing defects | Classifying indications | Evaluating surface irregularities | Determining the cause of bleed-out |
False indications can often be traced back to: | Part defects | Environmental factors | Operator errors | Design flaws |
The importance of classifying indications during interpretation lies in: | Identifying false indications | Evaluating surface irregularities | Preventing false indications masking relevant ones | Determining the cause of bleed-out |