Structural Changes in Adsorbed Cytochrome c upon Applied Potential Characterized by Neutron Reflectometry.The structural behavior of an electron-transfer protein, cytochrome c, at the 316L stainless steel electrode/aqueous interface was investigated over a range of applied potentials using neutron reflectometry supported by solution depletion isotherms, X-ray reflectometry, and quartz crystal microbalance measurements. 
neutron reflectometry
Structural Changes in Adsorbed Cytochrome c upon Applied Potential Characterized by Neutron Reflectometry.The structural behavior of an electron-transfer protein, cytochrome c, at the 316L stainless steel electrode/aqueous interface was investigated over a range of applied potentials using neutron reflectometry supported by solution depletion isotherms, X-ray reflectometry, and quartz crystal microbalance measurements. 
X-ray reflectometry
Structural Changes in Adsorbed Cytochrome c upon Applied Potential Characterized by Neutron Reflectometry.The structural behavior of an electron-transfer protein, cytochrome c, at the 316L stainless steel electrode/aqueous interface was investigated over a range of applied potentials using neutron reflectometry supported by solution depletion isotherms, X-ray reflectometry, and quartz crystal microbalance measurements. 
quartz crystal microbalance