Measurements of change in length and change in lattice parameter were made at identical
temperatures on 99.995% aluminum in the temperature range 229 to 656 C. Length changes, …

The linear thermal expansion of a 99.999% gold bar has been measured throughout the
range 15 to 1057 C by direct observation of the length expansion Δ LL, with filar micrometer …

The net added fraction of thermally-generated atomic sites, Δ NN, has been measured, during
equilibrium heating to near the melting point, in a coarse-grained copper bar of 99.999% …

The electrical resistance of a 99.995% aluminum wire was measured at temperatures from
14 to 655 C. Values of temperature coefficient of resistance and of resistivity are derived; they …

Precise measurements of lattice expansion of high-purity copper held near 10 K during
deuteron bombardment were made using a rotating single-crystal method. An expansion of (4.1±…

Relative changes in macroscopic length, Δ LL, and x-ray lattice parameter, Δ aa, of a 99.999%
silver bar have been measured from 14 to 956 C, using a rigid parallel pair of filar …

It is demonstrated that a crystal of arbitrary shape filled with a fine random distribution of
centers of dilatation will dilate homogeneously. No elastic approximations are made, and the …

A rotating single-crystal back-reflection x-ray diffraction technique has been used to measure
the thermal expansivity of copper. Values of the linear thermal expansion coefficient are …

Precision measurements were made of the differential length expansions (Δ L′ L′− Δ L 0
L 0) and differential x-ray lattice parameter expansions (Δ a′ a′− Δ a 0 a 0) between …

Important information concerning atomic models of the defects in damaged crystals can be
obtained from measurements of bulk length changes, ΔL/L, and x‐ray lattice parameter …