4 Crystal Nucleation of Proteins Induced by Surface …
75
100 nm
40 nm
100 nm
Gold Nanoblock
200 nm
1 mm
1 mm
Gold Nanostructure
Fig. 4.3 Reaction field using plasmon resonance using photon-molecule strong coupling field with
gold nanostructure
Prof. Hiroaki Misawa, Institute for Electrochemical Research, Hokkaido University.
A 300 W Xe lamp was used as the irradiation light source.
4.4 Crystallization Experiment by Localized Plasmon
Excitation
An experiment was carried out in which a protein solution was dropped on the gold
nanostructure and irradiated with light. A supersaturated solution having a concentration three times the solubility was used as the protein solution. The crystallization
experiment at this degree of supersaturation is at the boundary of whether or not
75
100 nm
40 nm
100 nm
Gold Nanoblock
200 nm
1 mm
1 mm
Gold Nanostructure
Fig. 4.3 Reaction field using plasmon resonance using photon-molecule strong coupling field with
gold nanostructure
Prof. Hiroaki Misawa, Institute for Electrochemical Research, Hokkaido University.
A 300 W Xe lamp was used as the irradiation light source.
4.4 Crystallization Experiment by Localized Plasmon
Excitation
An experiment was carried out in which a protein solution was dropped on the gold
nanostructure and irradiated with light. A supersaturated solution having a concentration three times the solubility was used as the protein solution. The crystallization
experiment at this degree of supersaturation is at the boundary of whether or not