Machinery.

See also entry under "Machinery [shop edition]" which includes the publication from Sept. 1894 to Aug. 1902, and the regular (or "Shop") ed. from that date on.

Power.

Selected water resources abstracts

The Iron age.

Description based on: Vol. 19, no. 26 (June 28, 1877); title from caption.

British journal of surgery.

Incorporating European Journal of Surgery.

The Journal of physical chemistry.

Editors: 1896-1932, W. D. Bancroft (with J. E. Trevor, 1896-1909);--1933-51, S. C. Lind;--1952-<53> W. A. Noyes.

Glückauf.

"Zeitschrift für Technik und Wirtschaft des Bergbaus" (varies).

New Zealand medical journal.

Journal of the Medical Association of New Zealand.

Journal of the Washington Academy of Sciences

Sept. issue <1975-> contains directory of members

Journal of the American Veterinary Medical Association.

Report of the 30th-41st annual meeting of the United States Live Stock Sanitary Association included in the journal's March issue, 1927-38 (v. 70-92).

The Journal of pharmacology and experimental therapeutics.

Print issues ceased with v. 339, no.3 (Dec. 2011)

Technical bulletin /

Title varies slightly.

Le Naturaliste canadien.

Includes indexes.

Archives italiennes de biologie.

Nuclear science abstracts

Angewandte Botanik.

Editors: 1919-26, P. P. Graebner, E. F. Gilg (with K. Müller, 1919-22; with K. Snell, 1922-26; with A. Voigt, 1923-26)--1927- K. Snell.

Crystallography of zirconium hydrides in recrystallized Zircaloy-2 fuel cladding lay electron backscatter diffraction

Precipitation morphology and habit planes of the delta-phase Zr hydrides, which were precipitated within the a-phase matrix grains and along the grain boundaries of recrystallized Zircaloy-2 cladding tube, have been examined by electron backscatter diffraction (EBSD). Radially-oriented hydrides, induced by residual tensile stress, precipitated in the outside region of the cladding, and circumferentially-oriented hydrides in the stress-free middle region of the cladding. The most common crystallographic relationship for both types of the hydrides precipitated at the inter- and intra-granular sites was identical at (0001)(alpha) // {111}(delta), with {1017}(alpha) // {111}(delta) being the occasional exception only for the inter-granular radial hydrides. When tensile stress was loaded, the intra-granular hydrides tended to preferentially precipitate in the grains with circumferential basal pole textures. The inter-granular hydrides tended to preferentially precipitate on the grain faces opposite to tensile axis. The change of prioritization in the precipitation sites for the hydrides due to tensile stress could be explained in terms of the relaxation effect of constrained elastic energy on the terminal solid solubility of hydrogen at hydride precipitation.