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印度南部稻谷和糙米物理及工程特性的品种差异性

Varietal distinctness in physical and engineering properties of paddy and brown rice from southern India.

作者信息

Meera K, Smita M, Haripriya Sundaramoorthy

机构信息

Department of Food Science and Technology, Pondicherry Central University, Puducherry, 605014 India.

出版信息

J Food Sci Technol. 2019 Mar;56(3):1473-1483. doi: 10.1007/s13197-019-03631-x. Epub 2019 Feb 14.

Abstract

Paddy and brown rice samples were investigated for its physical characteristics which would aid in designing of the equipment and apparatus for processing of grains as sorting, grading and transportation with ease. Significant difference was observed among the different physical properties as geometrical (length, breadth, thickness, equivalent diameter, sphericity, volume, surface area, aspect ratio) gravimetrical (bulk density, true density, porosity etc.) and frictional characteristic such as angle of repose, hygroscopic properties as moisture and water activity and color of paddy and brown rice kernels. Among geometrical properties length was found the maximum in paddy of Mapillai samba (8.21 mm) and Palkudavazhai brown rice (6.34 mm). Among flow properties, Mapillai samba displayed the maximum value for true density of paddy and brown rice varieties respectively. Hardness was reported in the range of (344.1 ± 14.4-594.88 ± 9.5 and 209.31 ± 4.00-395.99 ± 7.05 N) for different varieties of paddy and brown rice cultivars. The color of the brown rice was read as L*, a*, b* where it varied from 36.22 ± 0.71-61.71 ± 0.81, 4.00 ± 0.18-15.29 ± 0.48 and 16.59 ± 0.52-23.81 ± 0.15 respectively. Brown rice varieties can generally be categorized as short bold, long bold and medium slender as per their length and breadth ratio. The significant differences in physical properties of the various cultivars studied, emphasis on varying processing techniques. The physical properties of selected brown rice varieties studied are widely cultivated in southern India, owing to its high nutraceutical potentials.

摘要

对稻谷和糙米样本的物理特性进行了研究,这些特性将有助于设计谷物加工设备和仪器,以便轻松进行分选、分级和运输。在不同的物理特性之间观察到显著差异,如几何特性(长度、宽度、厚度、等效直径、球形度、体积、表面积、长宽比)、重量特性(堆积密度、真密度、孔隙率等)以及摩擦特性,如休止角、吸湿特性(水分和水分活度)以及稻谷和糙米谷粒的颜色。在几何特性中,发现马皮莱桑巴稻谷(8.21毫米)和帕尔库达瓦扎伊糙米(6.34毫米)的长度最大。在流动特性方面,马皮莱桑巴稻谷和糙米品种的真密度分别显示出最大值。据报道,不同品种的稻谷和糙米品种的硬度范围为(344.1±14.4 - 594.88±9.5和209.31±4.00 - 395.99±7.05牛顿)。糙米的颜色以L*、a*、b*表示,其范围分别为36.22±0.71 - 61.71±0.81、4.00±0.18 - 15.29±0.48和16.59±0.52 - 23.81±0.15。糙米品种通常可根据其长宽比分为短粗、长粗和中细长三类。所研究的各种品种物理特性的显著差异,强调了不同的加工技术。所研究的选定糙米品种的物理特性在印度南部广泛种植,因其具有很高的营养保健潜力。

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