;EFFECT: possible increase of responsiveness and precision when determining degree of damage to tissues of vegetable materials during preparation thereof for dehydrating, possible realization of aforementioned determining in industrial technological flows.;3 dwg"/> METHOD FOR DETERMINING DEGREE OF DAMAGE TO TISSUES OF FRESH VEGETABLE MATERIALS DURING PREPARATION THEREOF FOR DEHYDRATING
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METHOD FOR DETERMINING DEGREE OF DAMAGE TO TISSUES OF FRESH VEGETABLE MATERIALS DURING PREPARATION THEREOF FOR DEHYDRATING

机译:测定用于脱水的新鲜蔬菜材料组织损伤程度的方法

摘要

FIELD: methods for operatively evaluating degree of damage to tissues of fresh vegetable materials during preparation thereof for dehydrating, possible use at juice processing, pharmaceutical industries, feed-preparing industries, in food and sugar industries.;SUBSTANCE: in accordance to the invention, degree of damage to tissues of fresh vegetable materials Sx during preparation thereof for dehydrating is suggested to be determined through value of deviation of value of phase &phis;x of electric signal in electrodes of primary measuring transformer, mounted at the output of the device for technological preparation of materials for dehydrating, from value of phase &phis;0 of electric signal on electrodes of primary measuring transformer, installed at input of same device, reduced to value of greatest possible difference of phases &phis;0-&phis;∞ for current certain vegetable material after maximally possible effect of damaging technological factor on the material from formula: ;EFFECT: possible increase of responsiveness and precision when determining degree of damage to tissues of vegetable materials during preparation thereof for dehydrating, possible realization of aforementioned determining in industrial technological flows.;3 dwg
机译:领域:用于有效地评估新鲜蔬菜材料在脱水过程中对组织的损害程度的方法,可能用于果汁加工,制药工业,饲料制备工业,食品和制糖工业中;物质:根据本发明,建议新鲜蔬菜材料S x 在脱水过程中对组织的损伤程度取决于电信号的相位值& Sub> x 的偏差值。初级测量变压器的电极,安装在用于脱水材料的技术准备的设备的输出处,根据电信号的相位值 0 值安装在初级测量变压器的电极上,并安装在该设备的输入端达马金的最大可能作用后,将当前某些蔬菜原料的相位减小到最大&phis; 0 -&phis; ∞ 的最大差值g来自公式的材料的技术因素:;效果:可能增加确定蔬菜材料在脱水过程中对组织的破坏程度时的响应度和精度,可能在工业技术流程中实现上述确定。3dwg

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