Investigation of the micellar aggregates in low molecular weight gelators
We have been investigating dipeptide-based low molecular weight gelators. Here, on lowering the pH from 12 to 4, a self-supporting gel is formed. Gels are formed by the sel-assembly of the gelators into one dimensional fibres. We have shown that mixtures of two gelators can form self-sorted fibres (where the two components do not mix) or mixed fibres. At high pH pre-gelation, the gelators form micellar aggregates. It is not clear whether mixtures form a single mixed micellar structure, or self-sorted micelles. Our hypothesis is that the micellar structure determines the fibre phase. Here, we will test this hypothesis. The results will allow us to more rationally design multi-component structures, which will enable architectures suitable for a range of exciting applications.
- 2VG_demountable_dri...
- 2VG_demountable_dri...
- 2VG_diglycolic_5mg_...
- 2VG_diglycolic_5mg_...
- 2VG_gdl_demount_d2o...
- 2VG_gdl_demount_d2o...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2VG_stilF_GdL_D2O_5...
- 2dFF_sol_d2o_5mg_2m...
- BrAA_gdl_d20_2mm_SANS
- BrAA_gdl_d20_2mm_TRANS
- BrAA_sol_5mg_d2o_so...
- BrAA_sol_5mg_d2o_so...
- BrAV_sol_D2O_5mm_SANS
- BrAV_sol_d2o_5mm_SANS
- BrAV_sol_d2o_5mm_TRANS
- CouFF_gdl_d2o_5mg_5...
- CouFF_gdl_d2o_5mg_5...
- CouFF_gdl_irr_d20_SANS
- CouFF_sol_d2o_5mg_5...
- CouFF_sol_d2o_5mg_5...
- CouFF_sol_irr_d20_SANS
- CouFF_sol_irr_d20_T...
- D2O_dMeOH_backgroun...
- K _background_SANS
- MT_cell_SANS
- MT_cell_TRANS
- MT_demountable_SANS
- MT_demountable_TRANS
- Materials
- PBI A_10mg_d2o_sol_...
- PBI A_10mg_d2o_sol_...
- PBI A_10mg_gdl_d2o_...
- PBI A_10mg_gdl_d2o_...
- PBI A_20mg_d2o_sol_...
- PBI A_20mg_d2o_sol_...
- PBI A_20mg_gdl_d2o_...
- PBI A_20mg_gdl_d2o_...
- PBI A_2p5mg_d2o_sol...
- PBI A_2p5mg_d2o_sol...
- PBI A_50mg_d2o_sol_...
- PBI A_50mg_d2o_sol_...
- PBI A_50mg_gdl_d2o_...
- PBI A_50mg_gdl_d2o_...
- PBI A_5mg_gdl_d2o_5...
- PBI A_5mg_gdl_d2o_5...
- PBI A_5mg_sol_d2o_5...
- PBI A_5mg_sol_d2o_5...
- PBI A_StilF_1to1_Gd...
- PBI A_StilF_4to1_Gd...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI A_stilF_1_to_1_...
- PBI F_10mg_d2o_sol_...
- PBI F_5mg_d2o_sol_5...
- PBI F_5mg_d2o_sol_5...
- PBI F_pH6 5_dMeOH_s...
- PBI F_pH6 5_dMeOH_s...
- PBI F_pH6 5_sol_10m...
- PBI F_pH6 5_sol_10m...
- PBI dF_10mg_d2o_sol...
- PBI dF_10mg_d2o_sol...
- PBI dF_5mg_d2o_sol_...
- PBI dF_5mg_d2o_sol_...
- StilF_2VG_gdl_d2o_n...
- StilF_2VG_gdl_d2o_n...
- StilF_2VG_irr_gdl_d...
- StilF_gdl_d2o_kin_SANS
- ThFF_GdL_NaOD D2O_K...
- ThFF_Gdl_K2CO3_d20_...
- ThFF_gdl_K2CO3_d20_...
- ThFF_gdl_K2CO3_d2o_...
- ThFF_gdl_K2CO3_d2o_...
- ThFF_gdl_K2CO3_d2o_...
- ThFF_gdl_NaOD_d20_k...
- ThFF_gdl_NaOD_d2o_SANS
- ThFF_gdl_NaOD_d2o_k...
- ThFF_gdl_NaOD_d2o_k...
- ThFF_sol_K2CO3_d2o_...
- ThFF_sol_NaOD_d2o_SANS
- dFF_d2o_5mg_sol_rep...
- dNapFF_d2o_5mg_sol_...
- dNapFF_sol_d2o_5mg_...
Provenance | |
---|---|
Creator | Dr Laura Mears; Miss Emily Draper; Dr Ana M. Castilla-Manjon; Professor Dave Adams; Dr Beatrice Cattoz; Professor Peter Griffiths; Dr Steve King; Dr Emily Draper |
Publisher | ISIS Neutron and Muon Source |
Publication Year | 2018 |
Rights | CC-BY Attribution 4.0 International; https://creativecommons.org/licenses/by/4.0/ |
OpenAccess | true |
Contact | isisdata(at)stfc.ac.uk |
Representation | |
---|---|
Resource Type | Dataset |
Discipline | Photon- and Neutron Geosciences |
Temporal Coverage Begin | 2015-06-24T08:00:00Z |
Temporal Coverage End | 2015-06-27T08:00:00Z |