By David I. Bower
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Additional resources for An Introduction to Polymer Physics
In other uses it is ﬂexibility combined with toughness. In yet others it is resistance to chemical attack combined with high electrical resistance. One of the most important properties for many applications is the ability to be cast or moulded into complex shapes, thus reducing machining and assembly costs. Non-medical speciality uses include conducting polymers for rechargeable batteries; polymer sensors for many applications; high-density information storage, including CD and holographic devices; smart windows that can react to levels of light; and liquid-crystal displays, among many others.
4 Light scattering The scattering of waves from any structure can give information about the details of the structure provided that the wavelength of the waves is neither very much smaller nor very much larger than the important features of the structure. Various kinds of waves are used in studying the structures of polymers, including light waves, X-rays and the waves associated with electrons or neutrons according to wave mechanics. 05–5 mm. 2). In the simplest possible low-angle light-scattering experiment with a solid polymer, a thin sheet of polymer is placed at right angles to a laser beam and a piece of photographic ﬁlm is placed several centimetres behind the polymer, also at right angles to the laser beam, as shown in ﬁg.
As discussed in chapter 5, however, many polymers can be partially crystalline and the degree of crystallinity can have a noticeable eﬀect on their density. Conversely, a knowledge of the density can be useful in assessing the degree of crystallinity. One of the most important ways that densities of polymers are determined is by the use of a density-gradient column, or density column. A density column is made by carefully injecting a varying mixture of two miscible liquids of diﬀerent density into the bottom of a vertical tube.
An Introduction to Polymer Physics by David I. Bower
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