Traité théorique et pratique sur la culture des grains : suivi de l'art de faire le pain /

Contiene: T. I (VIII, VIII, 472 p., [1] h. de map. pleg.)

Review of the effects of disaster conditions on wheat, soybeans, and feed grains production : hearings before the Subcommittee on Wheat, Soybeans, and Feed Grains of the Committee on Agriculture, House of Representatives, One Hundred First Congress, first session, March 23 and April 6, 1989; May 19, 1989, Amarillo, TX, and May 20, 1989, Great Bend, KS.

"Serial no. 101-7."

Carryover levels for grains : a method for determining amounts that are optimal under specified conditions /

Includes bibliographical references (p. 64).

Annotated list of the insects and mites associated with stored grain and cereal products, and of their arthropod parasites and predators /

"July 1937."

An econometric analysis of Canadian grains and oilseeds /

Cover title.

Pathogenic specialization in cereal rust fungi, especially Puccinia recondita f. sp. tritici: concepts, methods of study, and application

Issued in cooperation with Kansas Agricultural Experiment Station.

Union with a heart: International Union of United Brewery, Flour, Cereal, Soft Drink and Distillery Workers of America: 75 years of a great union, 1886-1961.

Mode of access: Internet.

East Pakistan, possibilities for cereal fortification.

Daniel Rosenfield, team leader.

Small grains handbook.

"FCIC 30430-1."

Charles Wm. Post at his desk, Battle Creek office, Postum Cereal, ca. 1912

this is a black and white copy of a lost /unlocated original. COPY print by James R. Dunlop, Washington, DC

Report on the cereal production of the United States.

Published also in U. S. Census office. 10th census, 1880. Census reports, v. 3.

A catalogue of the indigenous and exotic plants growing in Ceylon, distinguishing the several esculent vegetables, fruits, roots and grains; together with a sketch of the divisions of genera and species in use amongst the Singhalese. Also an outline of the Linnaean sexual system of botany: in the English and Singhalese languages. For the use of the Singhalese.

"Additions" and "Corrections": [4] p. at end.

Eutectic grains in unmodified and strontium-modified hypoeutectic aluminum-silicon alloys

Additions of strontium to hypoeutectic aluminum-silicon alloys modify the morphology of the eutectic silicon phase from a coarse platelike structure to a fine fibrous structure. Thermal analysis, interrupted solidification, and microstructural examination of sand castings in this work revealed that, in addition to a change in silicon morphology, modification with strontium also causes an increase in the size of eutectic grains. The eutectic grain size increases because fewer grains nucleate, possibly due to poisoning of the phosphorus-based nucleants, that are active in the unmodified alloy. A simple growth model is developed to estimate the interface velocity during solidification of a eutectic grain. The model confirms, independent of microstructural observations, that the addition of 100 ppm strontium increases the eutectic grain size by at least an order of magnitude compared with the equivalent unmodified alloy. The model predicts that the growth velocity varies significantly during eutectic growth. At low strontium levels, these variations may be sufficient to cause transitions between flake and fibrous silicon morphologies depending on the casting conditions. The model can be used to rationally interpret the eutectic grain structure and silicon morphology of fully solidified aluminum-silicon castings and, when coupled with reliable thermal data, can be used to estimate the eutectic grain size.