Examples of 'properties of polymers' in a sentence
Meaning of "properties of polymers"
Properties of polymers refer to the characteristics, traits, or attributes displayed by substances composed of large molecular chains known as polymers. It encompasses various physical, chemical, and mechanical properties exhibited by these materials, such as flexibility, strength, durability, thermal resistance, and electrical conductivity
How to use "properties of polymers" in a sentence
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properties of polymers
Permeability properties of polymers and methods of determination.
Chemical substances for modifying the properties of polymers.
Mechanical properties of polymers and methods of determination.
Such comonomers are provided to modify the properties of polymers.
Thermal properties of polymers and methods of determination.
Numerous attempts have been made to improve the surface properties of polymers.
Electrical properties of polymers and methods of determination.
Polymerizable surfactants have been used to modify the properties of polymers in aqueous solution.
Physical properties of polymers according to the conditions.
Varieties of laboratory techniques are utilized to find out the properties of polymers.
Properties of polymers were evaluated according to the following methods.
Solid state properties of polymers.
Properties of polymers depend on the properties of the catalyst used to produce it.
Review of the structure and properties of polymers used for packaging.
The properties of polymers can be influenced by applying different catalyst systems.
See also
Thermophysical properties of polymers.
The first is devoted to the study of the mechanical and electrical properties of polymers.
Mechanical properties of polymers are particularly sensitive to changes in temperature.
Experiments that determine the mechanical properties of polymers often use periodic loading.
The antistatic properties of polymers were determined by surface resistivity and static decay time.
Chemical additives frequently are combined with polymers to improve selected physical properties of polymers.
Mechanical properties of polymers.
Compositions and uses thereof are provided for enhancing the bioadhesive properties of polymers.
The electrical properties of polymers are of great importance for various applications.
Many different laboratory techniques are employed to find out the properties of polymers.
It is known that mechanical properties of polymers may be further improved by nucleation.
Wagner model is a rheological model developed for the prediction of the viscoelastic properties of polymers.
The viscoelastic properties of polymers in solution must also be taken into consideration.
In the examples and comparative examples, physical properties of polymers were measured as follows.
The physical properties of polymers or plastics impose constraints which do not exist for metals.
In contrast to most additives, flame-retardants can appreciably impair the properties of polymers.
The properties of polymers depend upon the properties of the catalyst used in their preparation.
In the following examples, physical properties of polymers were measured by the following procedures.
DMA properties of polymers are primarily sensitive to the microstructure of the materials.
Generally, membrane destabilizing or membrane disruptive properties of polymers can be assessed by various means.
Properties of polymers as a function of sulfonate content in a 4 1iter reactor.
The following tests were used to evaluate the properties of polymers in the examples below,.
Thermal properties of polymers were determined by a Differential scanning Calorimeter ( DSC 7, Perkin Elmer, CT ).
The difficulties stem from the intrinsec properties of polymers which are viscoelastic non-Newtonian.
Plasma-functionalised nanoscale carbon particulates can improve mechanical and barrier properties of polymers.
In Examples, the characteristics and physical properties of polymers were measured as follows.
Table 1.2 - properties of polymers as a function of sulfonate content.
In these tests, the rheological, crystallisation and thermal properties of polymers are taken into account.
Optical properties of polymers 8.
Degree of crystalinity of polymers and its determination . Thermal properties of polymers.
Characteristics and physical properties of polymers Vinyl bond content and degree of hydrogenation,.
The effect of Y-irradiation ( 20Kgy ) on the physical properties of polymers Example.
Table 1.3 - properties of polymers as a function of sulfonate content in a 4litre reactor.
Previous 5 Physical properties of polymers.
Relaxation dynamics, Mechanical relaxation . ; 3 Electrical properties of polymers.
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