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1 article(s) from Kollmann, Tina

Multifunctional layered magnetic composites

Maria Siglreitmeier,
Baohu Wu,
Tina Kollmann,
Martin Neubauer,
Gergely Nagy,
Dietmar Schwahn,
Vitaliy Pipich,
Damien Faivre,
Dirk Zahn,
Andreas Fery and
Helmut Cölfen

Beilstein J. Nanotechnol. 2015, 6, 134–148, doi:10.3762/bjnano.6.13

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Figure 1: Magnetite formation inside a gelatin gel matrix (grey) that is placed inside the chitin scaffold of...

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Figure 2: SANS macroscopic cross-section dΣ/dΩ versus scattering vector Q for a 1 mm thick piece of nacre in ...

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Figure 3: Light microscopy image of thin cuts of embedded and Coomassie stained samples. a) Demineralized nac...

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Figure 4: SEM micrographs of a) and b) fracture surfaces of artificial nacre and c) fracture surface of origi...

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Figure 5: TEM micrographs of a) artificial nacre after one reaction cycle and b) after four reaction cycles, ...

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Figure 6: SANS and VSANS scattering patterns of magnetite in gelatin–chitin composite and of ferrogel in a mi...

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Figure 7: Magnetic properties of the synthesized hybrid materials. a) Magnetization curves of a representativ...

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Figure 8: Degree of sample swelling plotted as a function of the swelling time at 23 °C for different samples...

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Figure 9: Representative structure of a triple helical (Gly–Hyp–Pro)_n peptide [44] of 100 Å length with two assoc...

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Figure 10: Illustration of a β-chitin model [45] consisting of three poly-(1,4)-D-glucose chains of nine monomers ...

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Figure 11: a) Representative structure for the coordination of Fe^III(OH)₃ by chitin. The ferric ion (light blu...

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Figure 12: Force vs deformation characteristic of pure gelatin and gelatin with ferromagnetic particles. Intro...

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Figure 13: Force vs deformation characteristics of the chitin scaffold and the final composite. Introduction o...

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Published 12 Jan 2015

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