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More information about the fire research group https://www.nist.gov/el/fire-research-division-73300/flammability-reduction-73304 The main projects in the group are: Exposure of firefighter's to per
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will extend this framework to the constitutive modeling of porous and cellular materials, such as polymer and metal foams, and to industry-sponsored projects on the mechanical testing and
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(e.g., dip coating, blade coating), organic polymer synthesis, rheology (e.g., rotational, extensional, intrinsic), particle characterization (e.g., zeta sizing, DLS ), microscopy (e.g., fluorescence
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(such as hydrogels or elastic networks), and evaluate their mechanical and biological properties. This position offers a unique environment bridging synthetic biology, polymer chemistry, and
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(e.g., dip coating, blade coating), organic polymer synthesis, rheology (e.g., rotational, extensional, intrinsic), particle characterization (e.g., zeta sizing, DLS ), microscopy (e.g., fluorescence
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off-the-shelf components for printing metallic parts but it will also be possible to engage in semiconductor laser development for extension of the technology into the mid-IR for polymer parts, using
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to conduct pioneering research in the above areas of expertise, supervise undergraduate and graduate students, and deliver lectures on basic and advanced courses related to biopolymers, polymer
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deviations. The work is carried out at the Department of Fibre and Polymer Technology and in close collaboration with FOI, including at least one longer stay there. Qualifications Requirements A
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properties. The work is carried out at the Department of Fibre and Polymer Technology and in close collaboration with FOI, including at least one longer stay there. Qualifications Requirements A doctoral
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biomedical applications. The work builds on our development of the self-doped PEDOT-S derivative A5, in which changes in synthetic methodology and polymer composition strongly influence solubility