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The part-time chair focuses on innovative and intensified processing techniques that can be applied to modify, functionalize and process (energetic) materials. Specific research topics comprise the development of encapsulated materials and alternative, ‘green’ and environmentally benign compounds replacing currently used toxic ingredients; sustainable synthesis routes avoiding the use of toxic or hazardous precursors; rheological behaviour of high solid load compositions during additive manufacturing; improvement of current processing techniques using innovative methods as well as process intensification concepts e.g. using external (electric, electromagnetic, acoustic) fields. These topics provide the fundamental input to several of the research topics within the Dept. Energetic Materials, like 3D-printing of (energetic) compositions, crystallization of insensitive energetic materials and environmentally benign synthesis routes.
The part-time chair focuses on innovative and intensified processing techniques that can be applied to modify, functionalize and process (energetic) materials. Specific research topics comprise the development of encapsulated materials and alternative, ‘green’ and environmentally benign compounds replacing currently used toxic ingredients; sustainable synthesis routes avoiding the use of toxic or hazardous precursors; rheological behaviour of high solid load compositions during additive manufacturing; improvement of current processing techniques using innovative methods as well as process intensification concepts e.g. using external (electric, electromagnetic, acoustic) fields. These topics provide the fundamental input to several of the research topics within the Dept. Energetic Materials, like 3D-printing of (energetic) compositions, crystallization of insensitive energetic materials and environmentally benign synthesis routes.
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Toxicsno. 3 (2023): 238-238
Irene M van Damme,Pol Mestres-Fitó,Henk-Jan Ramaker, Annemieke W C Hulsbergen,Antoine E D M van der Heijden,Ruben F Kranenburg,Arian C van Asten
Sensors (Basel, Switzerland)no. 8 (2023): 3804-3804
Crystal growth & designno. 11 (2023): 8163-8172
Vikram Korede,Frederico Marques Penha,Vincent de Munck,Lotte Stam, Thomas Dubbelman,Nagaraj Nagalingam, Maheswari Gutta,PingPing Cui,Daniel Irimia,Antoine E D M van der Heijden,Herman J M Kramer,Hüseyin Burak Eral
Crystal growth & designno. 8 (2023): 6067-6080
Current Research in Green and Sustainable Chemistry (2022): 100336
Biomicrofluidicsno. 6 (2021): 064103-064103
Daniel Irimia, Jenkins Jose Shirley, Anshul S. Garg, Davey P.A. Nijland,Antoine E. D. M. van der Heijden,Herman J. M. Kramer,Huseyin Burak Eral
user-5ed732bc4c775e09d87b4c18(2021)
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Karlijn Bezemer,Lindsay McLennan, Rosanne Hessels, Jorien Schoorl,Jos van den Elshout,Antoine van der Heijden, Annemieke Hulsbergen,Mattijs Koeberg,Taylor Busby,Alexander Yevdokimov,Eva de Rijke,Peter Schoenmakers,
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