Phosphate Ore, Fertilizer from Leached-Zone Ore

Hignett, Travis P.; Siegei, M. R.; Kelso, T. M.; Meline, R. S.

doi:10.1021/jf60078a002

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1959

1985

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Cited by 6 publications

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“…H. Long. H. F. Miller and A. L. Hatfield assisted with the various experiments in Kentucky 2. Agronomists with TV A, the University of Kentucky, and Virginia Polytechnic Institute, respectively.…”

mentioning

confidence: 99%

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹

Terman¹,

Doll²,

Lutz

1960

Agronomy Journal

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Synopsis Forage yields were higher the first year of harvest after heavy initial broadcast applications of P than after smaller broadcast or topdressed applications. In following years, yields after the initial application only became progressively poorer, as compared to yields after smaller annual topdressings. Time of application affected yields much more than method of application or source of P.

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mentioning

confidence: 99%

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹

Terman¹,

Doll²,

Lutz

1960

Agronomy Journal

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Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

Fogel¹

1960

J. Biochem. Toxicol.

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Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

Fogel

1960

J. Appl. Chem.

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In batch granulation of powdered superphosphate, the mean granule size is directly proportional to the amount of water present during granulation, an optimum water content being found for which the proportion of granules falling within a specified size range (e.g., 1–4 mm.) is at a maximum. This optimum proportion of water is lowered by increasing the temperature of granulation. A radioactive tracer technique has shown that the rate of granulation of the small particles in the powder is greater than that of the large particles. The rate of granulation in rotary granulators is directly proportional to the peripheral speed of the granulator. A pan granulator gives a more closely sized product than a drum.

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Phosphate Ore, Fertilizer from Leached-Zone Ore

Cited by 6 publications

References 3 publications

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹

Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

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Phosphate Ore, Fertilizer from Leached-Zone Ore

Cited by 6 publications

References 3 publications

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture1

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture1

Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

Physical variables affecting granulation of superphosphate in rotary granulators operated batchwise

Contact Info

Product

Resources

About

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹

Rate, Source, Time, and Method of Applying Phosphates for Alfalfa and Legume‐Grass Hay and Pasture¹