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Pushing the boundaries of the thermal conductivity of materials

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Time domain <strong>the</strong>rmoreflectance since 2003<br />

• Improved optical design<br />

• Normalization by out-<strong>of</strong>phase<br />

signal eliminates<br />

artifacts, increases dynamic<br />

range and improves<br />

sensitivity<br />

• Exact analytical model for<br />

Gaussian beams and<br />

arbitrary layered geometries<br />

• One-laser/two-color<br />

approach tolerates diffuse<br />

scattering<br />

Clone built at Fraunh<strong>of</strong>er Institute for<br />

Physical Measurement, Jan. 7-8 2008

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