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  • https://eng.libretexts.org/Bookshelves/Materials_Science/Polymer_Chemistry_(Whisnant)/02%3A_Experimental_Methods/2.01%3A_Polymer_Density
    Polymer samples usually are irregular in shape, making it difficult to measure their volume directly. There are four routine methods for determining the density of a polymer55. In the PCOL polymer pro...Polymer samples usually are irregular in shape, making it difficult to measure their volume directly. There are four routine methods for determining the density of a polymer55. In the PCOL polymer project we will use one of these methods, called pycnometry. The density can be used to calculate the percent of a polymer that is crystalline.
  • https://eng.libretexts.org/Workbench/Materials_Science_for_Electrical_Engineering/10%3A_Polymer_Properties/10.04%3A_Polymer_Chemistry/10.4.02%3A_Polymer_Chemistry-_Experimental_Methods/10.4.2.01%3A_Polymer_Chemistry_-_Polymer_Density
    Polymer samples usually are irregular in shape, making it difficult to measure their volume directly. There are four routine methods for determining the density of a polymer55. In the PCOL polymer pro...Polymer samples usually are irregular in shape, making it difficult to measure their volume directly. There are four routine methods for determining the density of a polymer55. In the PCOL polymer project we will use one of these methods, called pycnometry. The density can be used to calculate the percent of a polymer that is crystalline.

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