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The penetrant diffusivity unexpectedly decreased with increasing comonomer content.
Crystallization rates of the copolymers decreased with increasing comonomer content.
These copolymers display a random distribution of the comonomer, and crystallinity decreases with increasing comonomer content.
Water content and dye uptake increased with increasing comonomer content, and their increase is higher for E1000 copolymer film than for B1000 one.
However, we have found that when the comonomer is methacrylic or acrylic acid, the modulus of homogeneous copolymers initially decreases and then increases with increasing comonomer content.
Thermal stability increased and then decreased with increasing comonomer content and it was lower for B-type copolymer than for E-type one.
Similar(48)
The obtained results show that UA/ethylene and 5,7DMO/ethylene copolymers exhibit higher adhesion strengths with increasing comonomer contents.
In the case of poly ethylene-co-HD), the copoly ethylene-co-HDhigh cis-1,3-cyclopoly ethylene-co-HD lower meltheg point depression with incopolymerthe containingcontent thighthe copolymers containing high trans-1,3-cyclopentane units.
As expected, there is a considerable decrease in crystallinity with the increase of comonomer content.
It was observed that the intensity of the β-transition increases as the comonomer content increases and decreases crystallinity.
It is found that the intensity of β-transition raise with comonomer content increasing.
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