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The work showcases that at moisture content range (15 The work showcases that at moisture content range (15 The work showcases that at moisture content range (15 The work showcases that at moisture content range (15 natural position of the grains were also determined and consideration of variation in natural position of natural position of the grains were also determined and consideration of variation in natural position of natural position of the grains were also determined and consideration of variation in natural position of natural position of the grains were also determined and consideration of variation in natural position of rice grain at rest during compression gave representati rice grain at rest during compression gave representati rice grain at rest during compression gave representati rice grain at rest during compression gave representati varieties. It requires about 25N for the rice grain (IITA306) to fail at 0.7mm at horizontal and 150N to varieties. It requires about 25N for the rice grain (IITA306) to fail at 0.7mm at horizontal and 150N to varieties. It requires about 25N for the rice grain (IITA306) to fail at 0.7mm at horizontal and 150N to varieties. It requires about 25N for the rice grain (IITA306) to fail at 0.7mm at horizontal and 150N to crack the rice grain in vertical position at 21.0mm, it takes 60N for the rice grain (MAS) to fail at crack the rice grain in vertical position at 21.0mm, it takes 60N for the rice grain (MAS) to fail at crack the rice grain in vertical position at 21.0mm, it takes 60N for the rice grain (MAS) to fail at crack the rice grain in vertical position at 21.0mm, it takes 60N for the rice grain (MAS) to fail at and 150N to crack the rice grain at 22.5mm as well as 58N for the rice grain (R18) to fail at 1.2mm and and 150N to crack the rice grain at 22.5mm as well as 58N for the rice grain (R18) to fail at 1.2mm and and 150N to crack the rice grain at 22.5mm as well as 58N for the rice grain (R18) to fail at 1.2mm and and 150N to crack the rice grain at 22.5mm as well as 58N for the rice grain (R18) to fail at 1.2mm and 125N to crack the rice grain at 20mm, as such 13N for the rice grain (SML) to fail at 0.93mm and 110N to 125N to crack the rice grain at 20mm, as such 13N for the rice grain (SML) to fail at 0.93mm and 110N to 125N to crack the rice grain at 20mm, as such 13N for the rice grain (SML) to fail at 0.93mm and 110N to 125N to crack the rice grain at 20mm, as such 13N for the rice grain (SML) to fail at 0.93mm and 110N to crack the rice grain at 23.5mm,as wel crack the rice grain at 23.5mm,as wel crack the rice grain at 23.5mm,as wel crack the rice grain at 23.5mm,as wel the rice grain at 22.5mm respectively. Therefore, losses during rice processing operations are specific. It the rice grain at 22.5mm respectively. Therefore, losses during rice processing operations are specific. It the rice grain at 22.5mm respectively. Therefore, losses during rice processing operations are specific. It the rice grain at 22.5mm respectively. Therefore, losses during ...

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