TY - JOUR
AB - Non-metallic inorganic coatings 849 Werkstoffe und Korrosion 29, 835-850 (1978) resp., by an alternatmg-voltage-energized solenoid wound around, and corrosion resistance of this coating compared with that of pure Zr. For example, in 0 atmospheres, the weight gains are - eight times a wire carrying d.c. threaded through, the cylindncal specimen, the less for silicides than for Zr. 10 ref.-AA resulting TPE e.m.f,between the ends of the film,and its time depen- dence, being displayed on a cathode ray oscilloscope. The dispersion 2719 Fabrication and Evaluation of Erosion-Resistant Multi- of the weak magnetization direction along the axis of the film can spectral Optical Windows. R. H. Hopkins el al. J. Appl. also be determined. Results of experiments on Permalloy (80% Ni- Phys., June 1978,49, (6), 3133-3139 [in English]. 202, Fej films, length 120 mm and thickness 3.3 lm, prepared by Thin ZnS claddings can be bonded to ZnSe substrates to form a com- electrodeposition on a 0.2 mni dia. glass capillary are reported. posite window designed to display rain-erosion resistance equivalent 8 ref.-R. B. to ZnS alone, but with broadband transmittance and scattering levels comparable to ZnSe. Joining of the window components is achieved 2714 Black Chromium Plating for Solar Collectors, 
TI - Non‐metallic inorganic coatings
JF - Materials and Corrosion/Werkstoffe Und Korrosion
DO - 10.1002/maco.19780291216
DA - 1978-12-01
UR - https://www.deepdyve.com/lp/wiley/non-metallic-inorganic-coatings-x0270LsEs3
SP - 849
EP - 850
VL - 29
IS - 12
DP - DeepDyve
ER -