Examples of 'properties of these materials' in a sentence
Meaning of "properties of these materials"
Properties of these materials: Characteristics or attributes of certain substances or items, such as their physical or chemical composition, durability, flexibility, etc. This phrase is often used in a scientific, industrial, or technical context to describe the unique qualities of different materials
How to use "properties of these materials" in a sentence
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properties of these materials
Studies of the nonlinear properties of these materials.
The properties of these materials were not well understood.
Study the fundamental properties of these materials.
The properties of these materials are additionally improved through the addition of stabilizers.
I think you are confusing the properties of these materials.
The main properties of these materials are given hereinafter.
Grain boundaries can impair the unique properties of these materials.
The mechanical properties of these materials are similar to silicone.
This is due to the thermal and mechanical properties of these materials.
The physical properties of these materials can vary.
Fouling of such surfaces reduces the reflective properties of these materials.
The construction and properties of these materials are well known.
This allowed us to establish a database with the different properties of these materials.
One of the most important properties of these materials is their strength.
It is not therefore possible to freely act on the optical properties of these materials.
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The essential properties of these materials are given in the following table.
This is strongly motivated by many experimental results on the optical properties of these materials.
The thermomechanical properties of these materials were greatly improved once they were crosslinked.
Much work has been carried out to improve the conduction properties of these materials.
The makeup and properties of these materials are described in the table below.
These defects should have strong influences on the electrical properties of these materials.
Thermal and mechanical properties of these materials are low and curing is incomplete.
We also describe characterization methods used to study physical and electrical properties of these materials.
Mechanical properties of these materials generally increase with increasing molecular weight.
The various work projects demonstrating the properties of these materials are described below.
The properties of these materials can also be modified through mechanical and thermal processes.
The outcomes significantly enhance understanding of fundamental processes and basic properties of these materials.
To improve the surface properties of these materials plasma nitriding thermochemical treatments are used.
The concept for the new building was largely inspired by the properties of these materials.
Most properties of these materials logically proceed from their composition and their structure.
Table 8 shows the mechanical properties of these materials.
The properties of these materials make them particularly suitable for mechanically reinforcing optical fiber cables.
This work revealed the exceptional properties of these materials and the long term industrial potential.
However, until recently little attention was paid to the biological properties of these materials.
The mechanical properties of these materials were evaluated through uniaxial tensile and Izod impact testing.
As indicated above, the dielectric properties of these materials are improved.
Certain properties of these materials are listed in the following table, GaN MoSi2.
The physical, chemical and biological properties of these materials will be discussed.
Typical properties of these materials are set forth in Table 1.
A method of presentation of anisotropic and hysteretic properties of these materials is described, too.
However, the properties of these materials are far from optimal.
Therefore, the photophysical and electrochemical properties of these materials will be presented.
The mechanical properties of these materials were determined and are shown in Table 18.
In addition, dimensional stability and aesthetic properties of these materials are also poor.
The de-pollution properties of these materials are based on the semi-conducting photo-catalytic titanium dioxide TiO2.
Therefore, studies with the purpose to obtain better properties of these materials are unceasing.
Additionally, the good sliding properties of these materials are important for the present invention.
Understanding the relation between the microstructure, synthesis or processing and properties of these materials.
A comparison table for showing the properties of these materials is summarized in Table 1 below,.
In the following, representative literatures describing preparation and properties of these materials are shown below,.
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Flame retardant materials bear the mark
The materials are recyclable as specified by their labelling
Develop training materials in the area of PPPs
