The specific heat of nickel from 100  C. to 600  C.

Nickel and its alloys

“…Wise [64] reported 2730°C (4950°F) for the boiling point of nickel. Strangely enough, Honig [106] [108], and at 357.2°C according to Krauss and Warncke [110]. Values for the specific heat of pure nickel, as reported by Valentiner [111], and by Pawel and Stansbury [112], are plotted in figure 10. Heat capacity measurements have been made below 4.2°K on 99.9 percent nickel bv Rayne and Kemp [113].…”

Optical-diffraction methods of studying the electron-diffraction patterns of thin films of copper–gold alloys

“…The fluctuation of intensity between these directions as the crystal is moved under the electron beam supports this idea and shows the observer which spots should be grouped together for interpretation. Sykes & Jones (1936) suggest that ordering starts at different parts of each crystal so that the regions grow until they meet, larger regions growing at the expense of smaller regions until they become the full size of the crystallite. These regions, however, cannot be what we now call antiphase domains since, from the above reasoning, the domains have a fixed half-period which usually does not alter with annealing time.…”

Photochemical Reactions in Potassium Chloride Crystals Grown from Reagent Grade KCl

“…Electron spin resonance (ESR) signals due to both species have been found. 6 A second reaction 7 is also possible at liquid-nitrogen temperature (LNT) , namely (3) Hydride ions, substituting for Cl-, are called U centers and give rise to an absorption band at 212 mJL. For short irradiations, the peak of the OH-band appears .to shift to ",209 mJL because of overlapping of the 204-and 212-mJL bands.…”