Differential reflectometry

A commonly used form of internal modulation is differential reflectometry, in which the reflectance of the sample under investigation (or a portion of it) is compared to a standard material. This can be accomplished either by holding the sample stationary and scanning the probe beam between two regions or by holding the l t spot fixed and moving the sample. ... [Pg.390]

Hummel RE (1983) Differential reflectometry and its application to the study of alloys, ordering, corrosion, and surface properties. Physica Status Solidi (a) 76 11 4. [Pg.3516]

Figure 1.4 Comparison of the application ranges of techniques that are sensitive to nearsurface strains. Minimum detection limits are plotted against depth resolution of the measurement. XRD X-ray diffraction DOR differential optical reflectometry. RBS Rutherford back scattering MEIS medium energy ion scattering TEM transmission electron microscopy...

$Figure 1.4 Comparison of the application ranges of techniques that are sensitive to nearsurface strains. Minimum detection limits are plotted against depth resolution of the measurement. XRD X-ray diffraction DOR differential optical reflectometry. RBS Rutherford back scattering MEIS medium energy ion scattering TEM transmission electron microscopy...$

Time domain reflectometry has been used to study the hydration of L-xylo- and D-orohuto-ascorbic add solutions in water and water ethanol mixtures, differential scanning calorimetry and thermogravimetric analysis have been used to study hydration of a-maltose and amylose, a new physical chemical model describes the thermodynamic properties of binary water-carbohydrate... [Pg.337]

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