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Status in physical properties of coloured rice varieties before and after inducing retro-gradation

机译:逆向分化前后有色水稻品种物理特性的现状

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摘要

Three varieties of paddy in brown, red (non-waxy) and black (waxy) forms were de-husked and milled before and after inducing retro-gradation and their physical properties were studied. Normalized grain weight, porosity of parboiled paddy (PP) and its de-husked rice (DR), were high compared to their respective native. True and bulk density were lowest for black variety, its DR, its raw and parboiled forms compared to other varieties of paddy. Angle of repose increased from raw paddy to PP whereas it decreased from raw DR to parboiled DR. Under similar conditions of milling of DR, raw and parboiled milled rice of black variety was the darkest. Raw husk showed higher EMC compared to husk of parboiled. Hardness followed the pattern: Raw: Paddy (~230–280 N) > DR (~120–260 N) > Milled rice (~110 N); for parboiled: DR (~270–480 N) > PP (~260–425 N) > Parboiled milled rice (~250–340 N). Cooking time was high for DR of parboiled ones and least for waxy raw milled rice. Results of this study will be helpful in understanding the quality of pigmented rice cultivars, design and fabrication of some of the equipments in rice processing industry.
机译:在诱导逆向凝结之前和之后,去壳并研磨了三种棕色,红色(非蜡质)和黑色(蜡质)形式的稻谷,并对其物理特性进行了研究。与各自的原生稻相比,归一化谷粒重量,半熟水稻(PP)及其去壳大米(DR)的孔隙率较高。与其他水稻品种相比,黑色品种,其DR,原始和半熟形式的真密度和堆积密度最低。休止角从原始稻田增加到PP,而从原始DR减少到半熟DR。在类似的DR碾磨条件下,黑色变种的生米和半熟碾米是最黑的。相较于半熟果壳,原始果壳显示出更高的EMC。硬度遵循以下模式:生:稻(〜230–280 N)N> DR(〜120–260 N)>碾米(〜110N);对于半熟米:DR(〜270–480N)> PP(〜260–425N)>半熟米粉(〜250–340N)。煮熟的大米的DR的烹饪时间高,而蜡状生米的烹饪时间最少。这项研究的结果将有助于了解有色水稻品种的质量,设计和制造大米加工业中的某些设备。

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