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Molecular orientation characteristic measurement system affects the tensile strength values. A load applied parallel to the direction of molecular orientation may yield higher values than the load applied perpendicular to the orientation. The opposite is true for elongation.
The cycle utilized to set up the examples likewise makes a massive difference. For instance, an infusion shaped example for the most part yields higher strength values when it is exposed to flexural or pressure stacks instead of pliable or shear loads.
The number, location, and size of the gates on the molded specimen are another important factor that affects the test results. For tensile test specimens reinforced with glass fiber, this is especially true.
Crystallinity is triggered and the polymer fractional free volume and molecular mobility are diminished by molecular orientation. As a result, solute permeability is reduced.
As a result, barrier applications frequently utilize films of polypropylene, polyamide, and PET that have been stretched in both directions.
Oxygen diffusivity is at least one order of magnitude lower in oriented PET than in unoriented PET.
The Global Molecular orientation characteristic measurement system market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Although measuring a sample to be precisely positioned in the middle of a spinning platform has proven challenging, the emission pattern is essential to the study of molecular orientation.
By simply setting a cylindrical lens on the automatically rotating stage, the Hamamatsu C14234-11 molecular orientation characteristic measuring device may measure the angle dependence of PL emission intensity in either polarisation out from a sample.
The enhancement of light extraction efficiency is acknowledged as a key factor in the development of high-efficiency OLED devices, and scientists have long recognised the significance of monitoring and assessing the molecular orientation of OLED components.
The C14234-11 is useful for determining the angle dependency of p-polarized fluorescence with a newly developed optics and for measuring the fluorescence spectrum with a multichannel analyzer PMA-12.
