Low Temperature Application and Technology for Food and Biomaterials 1 09:20 〜 10:40 |
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Suppression of drip amount after thawing by reflection of infrared radiation in latent heat during freezing
Quantitative method of frozen quality using Konnyaku and its application |
Effect of supercooling on ice crystal structure when carrots are frozen
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Effect of instant killing on the quality of horse mackerel by ice slurry immersion
Impact of blood removal |
Vacuum microwave thawing of frozen tuna
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Low Temperature Application and Technology for Food and Biomaterials 2 11:00 〜 12:20 |
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Comparison of methods for tissue observation of frozen-thawed fish meat to optimize thawing condition
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Thawing of Frozen Tissue by Utilizing High-frequency Ultrasonic Wave
Control of Ultrasonic Power and Irradiation Period |
Development of Reference Materials for Evaluating Food Quality with the Aim of Evaluating the Performance of Industrial Freezers
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Quality Evaluation of Scallop by Liquid Nitrogen Freezing
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Low Temperature Application and Technology for Food and Biomaterials 3 13:20 〜 14:20 |
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Freeze-concentrated glass transition and rheological properties of ice cream
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Development of high-quality household freezers and evaluation of their impact on various food quality characteristics
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A novel method for analyzing the ice crystal shape from the curvature of ice crystals
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