| Weeks | Topics |
| 1 |
DESCRIPTION OF TEXTILE DEGRADATION
The formation factors of textile degradation
- Molecular structure of fibers
- Processing condtions during fabric production
- The factors during storing
- The affects during wearing (mechanics, UV radiation, environmental conditions.....)
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| 2 |
THE FORMATION MECHANISM OF TEXTILE DEGRADATION
- Mechanical degradation
- Photodegradation
- Thermic degradation
- Chemical degradation
• acidic
• basic
• hydrolytic
• reducing and oxidative agents
• microbiological
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| 3 |
HE FORMATION MECHANISM OF TEXTILE DEGRADATION
- Mechanical degradation
- Photodegradation
- Thermic degradation
- Chemical degradation
• acidic
• basic
• hydrolytic
• reducing and oxidative agents
• microbiological
(CONTINUE)
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| 4 |
THE AFFECTS OF TEXTILE DEGRADATİON FORMATION
- Mechanical and structural changings
- Surface changings
- Morphology, viscoelasticity, polymerization degree
- Oxidation, weight loss, thermal changings
- Chemical effects
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| 5 |
THE EVALUATION METHODS FOR TEXTILE DEGRADATIONS
- The changings for mechanical properties
- Chemical analysis
- Thermalanalysis
- Instrumental techniques
• UV Spectroscopy
• IR Spectroscopy
• Gas chromotography
• Gel-permeability chromotography
• Optic and electron microscopy
• X-ray and electron diffraction
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| 6 |
Midterm exam
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| 7 |
THE EVALUATION METHODS FOR TEXTILE DEGRADATIONS
- The changings for mechanical properties
- Chemical analysis
- Thermalanalysis
- Instrumental techniques
• UV Spectroscopy
• IR Spectroscopy
• Gas chromotography
• Gel-permeability chromotography
• Optic and electron microscopy
• X-ray and electron diffraction
(CONTINUE)
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| 8 |
THE EVALUATION METHODS FOR TEXTILE DEGRADATIONS
- The changings for mechanical properties
- Chemical analysis
- Thermalanalysis
- Instrumental techniques
• UV Spectroscopy
• IR Spectroscopy
• Gas chromotography
• Gel-permeability chromotography
• Optic and electron microscopy
• X-ray and electron diffraction
(CONTINUE)
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| 9 |
THE REDUCING OF TEXTILE DEGRADATION
- Mechanical protection
Some techniques
• Got be better for processing conditions
• Coating methods
• Surface changing
- Protection by using inorganic salts
- Graft polymerization
- Dyeing and finishing processes
- Organic chemicals
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| 10 |
THE REDUCING OF TEXTILE DEGRADATION
- Mechanical protection
Some techniques
• Got be better for processing conditions
• Coating methods
• Surface changing
- Protection by using inorganic salts
- Graft polymerization
- Dyeing and finishing processes
- Organic chemicals
(Continue)
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| 11 |
THE USING AREA OF TEXTILE DEGRADATION
- The formation of new compounds
- Analytical using of the degradatio
- Easy processability,aesthetical properties and resuable properties by structural changings due to textile degradation formation.
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| 12 |
THE USING AREA OF TEXTILE DEGRADATION
- The formation of new compounds
- Analytical using of the degradatio
- Easy processability,aesthetical properties and resuable properties by structural changings due to textile degradation formation.
(CONTINUE)
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| 13 |
THE TEXTILE DEGRADATION FORMATION FACTORS IN TEXTILE PRETREATMENT PLANT
Investigating of formed degradations and defects
- at pretreatment processes
- at dyeing and printing processes
- at finishing processes
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| 14 |
THE TEXTILE DEGRADATION FORMATION FACTORS IN TEXTILE PRETREATMENT PLANT
Investigating of formed degradations and defects
- at pretreatment processes
- at dyeing and printing processes
- at finishing processes
(CONTINUE)
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