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Showing results for ADHD for the pH Value Control in the Clarifying Process of Sugar Cane Juice.
Abstract. This paper proposes the use of error back proragation (BP) neural network to efficiently control the pH in the clarifying process of sugar cane.
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It has the vital significance to control pH value stability in the clarifying process of sugar juice, which affects directly the quality of the purified juice, ...
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Then, the HDP (Heuristic Dynamic Programming) method is used to optimize and control the neutralized pH value in the clarifying process of sugar juice.
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Then, the HDP (Heuristic Dynamic Programming) method is used to optimize and control the neutralized pH value in the clarifying process of sugar juice.
Missing: ADHD | Show results with:ADHD
This study showed reduced sucrose degradation occurs with increasing juice pH at the expense of higher invert sugar degradation and residual Ca 2+.
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It has the vital significance to control pH value stability in the clarifying process of sugar juice, which affects directly the quality of the purified juice, ...
At the clarifier, raw juice is treated with milk of lime and then with Sulphur Dioxide for maintaining the treated juice pH around a predetermined value. The ...
Oct 22, 2024 · In this work, we analyzed the turbidity, color, pH and sensory evaluation to determine the clarification effect due to three clarifying agents: lime, bentonite ...
The main objective at the clarification station is to increase the pH of the juice to a level where losses of sucrose by inversion are kept to a.
Oct 27, 2021 · The pH of the raw sugarcane juice is initially low at approximately 4.5–5.5. Addition of milk of lime in the clarification process can initially ...
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