Record Details


Field	Value

Title	Moisture-dependent properties of barnyard millet grain and kernel

Creator	KP Singh, HN Mishra, Supradip Saha

Subject	Barnyard millet, moisture dependent properties

Description	Not Available The geometric mean diameter, sphericity, grain surface area, 1000 grain mass, true density (toluene displacement method), terminal velocity, dynamic angle of repose, coefficient of internal friction, coefficient of static friction at different surfaces (sun mica, canvas and mild steel surfaces), specific deformation and rupture energy of the grain were found to increase 12.21%, 4.79%, 30.47%, 30.75%, 6.74%, 32.99%, 127.05%, 60%, 18.57%, 34–67%, 69.2% and 88.87% respectively at increase of moisture content from 0.065 to 0.265 kg kg−1 dry matter. However, true density (proximate composition method), bulk density, interstices and rupture force of grain was found to be decrease 8.64%, 20.1%, 86.49% and 21.17% respectively at increase of moisture content. Similar trend was observed for barnyard kernel also. True density (toluene displacement method) was found lower as compared to true density (proximate composition method) at all experimental moisture range indicated that the presence of void space inside the grain and kernel. ICAR

Date	2021-08-16T10:13:41Z 2021-08-16T10:13:41Z 2010-02-11

Type	Research Paper

Identifier	Singh et al., 2010 Not Available http://krishi.icar.gov.in/jspui/handle/123456789/57343

Language	English

Publisher	Elsevier

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