Topics
Raman spectroscopyTopical concept
polymerBand
ellipsometryTopical concept
X-raySoftware
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AESTopical concept
Analytical tools which characterize the polymer wear process are discussed. The devices discussed include: visual observation of polymer wear with SEM, the quantification with surface profilometry and ellipsometry, to study the chemistry with AES, XPS and SIMS, to establish interfacial polymer orientation and accordingly bonding with QUARTIR, polymer state with Raman spectroscopy and stresses that develop in polymer films using a X-ray double crystal camera technique
Bibliography: pages 89-93.A laboratory wear testing facility has been developed to generate wear rat...
Polymers are used in dry sliding applications due to self-lubricating ability. Most work from litera...
Many modern devices and technologies derive their functionality from the properties of polymer mater...
Tribology which deals with interaction of materials has robust link with surface morphology of conta...
Surface profilometry and scanning electron microscopy were utilized to study changes in the surface ...
Quantifying and understanding friction and wear behaviour of any type of material remains a challeng...
The use of viscoelastic materials, such as polymers, constantly increases in the field of nanotechno...
A study has been made concerning the tribological behaviour of ultrahigh molecular weight polyethyle...
Adhesion experiments with polytetra-fluoroethylene (PTFE) and polyimide contacting tungsten indicate...
The various wear mechanisms involved in the loss of material from metallic and nonmetallic surfaces ...
In tribological investigations substantial developments were made in acquiring precise friction and ...
Polyetheretherketone (PEEK) is a designation given to materials of the polyaryletherketone family ha...
ABSTRACT Present study investigates changes in the conformation of functional groups at the polymer ...
The study of the abrasive wear of polymers is important both in the preparation of polymers prior to...
Adhesive wear is one of the most difficult types to study and is especially challenging for polymers...
Bibliography: pages 89-93.A laboratory wear testing facility has been developed to generate wear rat...
Polymers are used in dry sliding applications due to self-lubricating ability. Most work from litera...
Many modern devices and technologies derive their functionality from the properties of polymer mater...
Tribology which deals with interaction of materials has robust link with surface morphology of conta...
Surface profilometry and scanning electron microscopy were utilized to study changes in the surface ...
Quantifying and understanding friction and wear behaviour of any type of material remains a challeng...
The use of viscoelastic materials, such as polymers, constantly increases in the field of nanotechno...
A study has been made concerning the tribological behaviour of ultrahigh molecular weight polyethyle...
Adhesion experiments with polytetra-fluoroethylene (PTFE) and polyimide contacting tungsten indicate...
The various wear mechanisms involved in the loss of material from metallic and nonmetallic surfaces ...
In tribological investigations substantial developments were made in acquiring precise friction and ...
Polyetheretherketone (PEEK) is a designation given to materials of the polyaryletherketone family ha...
ABSTRACT Present study investigates changes in the conformation of functional groups at the polymer ...
The study of the abrasive wear of polymers is important both in the preparation of polymers prior to...
Adhesive wear is one of the most difficult types to study and is especially challenging for polymers...
Bibliography: pages 89-93.A laboratory wear testing facility has been developed to generate wear rat...
Polymers are used in dry sliding applications due to self-lubricating ability. Most work from litera...
Many modern devices and technologies derive their functionality from the properties of polymer mater...
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