Examples of 'glass transition temperatures' in a sentence
Meaning of "glass transition temperatures"
Glass transition temperatures, often abbreviated as Tg, refer to the temperature at which an amorphous material, such as glass or certain polymers, undergoes a transition from a hard and brittle state to a more rubbery or viscous state. This transition is characterized by changes in the material's mechanical, thermal, and electrical properties
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- plural of glass transition temperature
How to use "glass transition temperatures" in a sentence
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glass transition temperatures
Glass transition temperatures were measured as previously described.
The medium exhibits two glass transition temperatures.
The glass transition temperatures are measured by differential calorimetry.
The terpolymer has multiple glass transition temperatures.
A list of glass transition temperatures of homopolymers is given below.
Thermoplastic polyurethanes with high glass transition temperatures.
Glass transition temperatures of polymers.
These copolymers exhibit at least two glass transition temperatures.
Glass transition temperatures can be determined by differential scanning calorimetry.
These copolymers have at least two glass transition temperatures.
Glass transition temperatures were determined from the second scan.
These polymers were found to have similar glass transition temperatures.
Glass transition temperatures are commonly determined by differential scanning calorimetry.
Polynorbornenes exhibit high glass transition temperatures and high optical clarity.
The glass transition temperatures referred to are as measured by a differential scanning calorimeter.
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Flexibility is typically characteristic of polymers with relatively low glass transition temperatures.
The merging of glass transition temperatures is apparent from the data.
Most acrylates and methacrylates have similarly high glass transition temperatures.
The glass transition temperatures of the glasses were measured by differential scanning calorimetry.
Refrigerated storage allows polymers with lower glass transition temperatures to be used.
Glass transition temperatures for mixtures were inbetween sucrose and isomaltulose.
Adding isomaltulose to sucrose did not have a large effect on glass transition temperatures.
Glass transition temperatures of all samples decreased as the relative humidity increased.
Block copolymers according to the invention showed high upper glass transition temperatures.
Higher polymer glass transition temperatures are believed to be positively related to increased strength.
As shown the materials were highly conductive and exhibited high glass transition temperatures.
Natural glass transition temperatures were obtained by analysis of the second heating cycle.
The polymers also have substantially different glass transition temperatures and mechanical properties.
The separate glass transition temperatures can be attributed to the individual polymers.
Differential scanning calorimetry was performed to determine the glass transition temperatures for the glasses.
The prediction of glass transition temperatures based on monomer composition is well known.
Often they are brittle at room temperature because they have high glass transition temperatures.
The glass transition temperatures of xylitol and sorbitol decreased as a result of water plasticization.
The plaques formed by hot pressing were used for measuring the glass transition temperatures.
Glass transition temperatures were calculated from the thermogram of the last heat cycle.
Polymers of the present teachings also can have relatively low glass transition temperatures.
They do not have glass transition temperatures at any temperature at which they are stable.
The polymer particles thereof can be made of different segments having different glass transition temperatures.
Low glass transition temperatures can be a positive or negative thing depending on the circumstances.
This is mainly due to their viscometric properties and their relatively low glass transition temperatures.
The glass transition temperatures listed here are all cited values or calculated in this way.
These properties are achieved at commercially relevant glass transition temperatures Tg.
The glass transition temperatures of the resultant polymer networks increased compared to their corresponding macromers.
Examples of suitable polymers include those listed in Table A which have suitable glass transition temperatures.
The glass transition temperatures T g s of the polymers are measured by means of a differential scanning calorimeter.
Often, they have high glass transition temperatures.
The glass transition temperatures Tg of the polymers are measured using a differential scanning calorimeter.
However, in some embodiments, two glass transition temperatures may be observed.
The glass transition temperatures and microstructures of the polymers synthesized is shown in Table I.
Soft-segment polycarbonates are copolyestercarbonates having a reduced glass transition temperatures.
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