Data for: Understanding heat driven gelation of anionic cellulose nanofibrils: Combining saturation transfer difference (STD) NMR, small angle X-ray scattering (SAXS) and rheology

Calabrese, V. (Creator), Munoz Garcia, J. (Creator), Schmitt, J. (Creator), da Silva, M. A. (Creator), Scott, J. L. (Creator), Angulo Alvarez, J. (Creator), Khimyak, Y. (Creator), Edler, K. J. (Creator) (2018). Data for: Understanding heat driven gelation of anionic cellulose nanofibrils: Combining saturation transfer difference (STD) NMR, small angle X-ray scattering (SAXS) and rheology. University of East Anglia. Figure5a_CCNF_25C_cooling_on(.zip), Figure5a_CCNF_25C_cooling_off(.zip), Figure5a_CCNF_25C_heating_off(.zip), Figure5a_CCNF_25C_heating_on(.zip), Figure5a_CCNF_50C_cooling_off(.zip), Figure5a_CCNF_50C_cooling_on(.zip), Figure5a_CCNF_50C_heating_off(.zip), Figure5a_CCNF_50C_heating_on(.zip), Figure5a_OCNF_40C_cooling_off(.zip), Figure5a_OCNF_40C_cooling_on(.zip), Figure5a_OCNF_40C_heating_on(.zip), Figure5a_OCNF_40C_heating_off(.zip), Figure5a_OCNF_60C_heating_off(.zip), Figure5a_OCNF_60C_cooling_on(.zip), Figure5a_OCNF_80C_heating_off(.zip), Figure5a_OCNF_60C_heating_on(.zip), Figure5a_OCNF_80C_heating_on(.zip), Figure5b_CCNF_60C_cooling_off(.zip), Figure5b_OCNF_25C_cooling_on(.zip), Figure5b_OCNF_25C_cooling_off(.zip), Figure5b_OCNF_25C_heating_off(.zip), Figure5b_OCNF_25C_heating_on(.zip), Figure5b_OCNF_40C_cooling_off(.zip), Figure5b_OCNF_40C_cooling_on(.zip), Figure5b_OCNF_40C_heating_off(.zip), Figure5b_OCNF_40C_heating_on(.zip), Figure5b_OCNF_60C_cooling_off(.zip), Figure5b_OCNF_60C_cooling_on(.zip), Figure5b_OCNF_60C_heating_off(.zip), Figure5b_OCNF_60C_heating_on(.zip), Figure5b_OCNF_80C_heating_off(.zip), Figure5b_OCNF_80C_heating_on(.zip), Figure5(.xlsx). 10.15125/BATH-00476