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specimen placed at the focus in a geometry that the glancing angle in the vertical direction is the same for all the X-ray components, and they are reflected in the vertical direction by the surface and diverge in the horizontal plane. The perpendicular momentum transfer, given by q=4πsinθ/λ, continuously changes as a function of the ray direction even with the fixed glancing angle θ since the wavelength (energy) λ changes. The X-ray intensity distribution across the beam direction measured downstream of the specimen using a one-d imens iona l detector represents the X-ray reflectivity curve. Some results of static and dynamic measurements will be repor ted , and the characteristics and potentials of the method will be discussed.

Neutron reflectivity study of chain conformation in polyelectrolyte brushes at the liquid interface