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David Phinney
David Phinney
在 osu.edu 的电子邮件经过验证
标题
引用次数
引用次数
年份
Discard intentions are lower for milk presented in containers without date labels
BE Roe, DM Phinney, CT Simons, AS Badiger, KE Bender, DR Heldman
Food quality and preference 66, 13-18, 2018
392018
The impact of clean-in-place parameters on rinse water effectiveness and efficiency
M Fan, DM Phinney, DR Heldman
Journal of food engineering 222, 276-283, 2018
372018
Effectiveness of rinse water during in‐place cleaning of stainless steel pipe lines
M Fan, DM Phinney, DR Heldman
Journal of food science 80 (7), E1490-E1497, 2015
362015
Composition‐based prediction of temperature‐dependent thermophysical food properties: Reevaluating component groups and prediction models
DM Phinney, JC Frelka, DR Heldman
Journal of food science 82 (1), 6-15, 2017
342017
Effect of Freezing Rate and Microwave Thawing on Texture and Microstructural Properties of Potato (Solanum tuberosum)
DM Phinney, JC Frelka, A Wickramasinghe, DR Heldman
Journal of Food Science 82 (4), 933-938, 2017
322017
Assessment of chicken breast meat quality after freeze/thaw abuse using magnetic resonance imaging techniques
JC Frelka, DM Phinney, X Yang, MV Knopp, DR Heldman, MP Wick, ...
Journal of the Science of Food and Agriculture 99 (2), 844-853, 2019
282019
Effect of solvent addition sequence on lycopene extraction efficiency from membrane neutralized caustic peeled tomato waste
DM Phinney, JC Frelka, JL Cooperstone, SJ Schwartz, DR Heldman
Food chemistry 215, 354-361, 2017
242017
All treatment parameters affect environmental surface sanitation efficacy, but their relative importance depends on the microbial target
S Cai, DM Phinney, DR Heldman, AB Snyder
Applied and Environmental Microbiology 87 (1), e01748-20, 2020
202020
Modeling high protein liquid beverage fouling during pilot scale ultra-high temperature (UHT) processing
DM Phinney, A Feldman, D Heldman
Food and Bioproducts Processing 106, 43-52, 2017
192017
Identification of residual nano-scale foulant material on stainless steel using atomic force microscopy after clean in place
DM Phinney, KR Goode, PJ Fryer, D Heldman, S Bakalis
Journal of Food Engineering 214, 236-244, 2017
162017
Prediction of liquid specific heat capacity of food lipids
X Zhu, DM Phinney, S Paluri, DR Heldman
Journal of food science 83 (4), 992-997, 2018
132018
Management of waste streams from dairy manufacturing operations using membrane filtration and dissolved air flotation
S Nagappan, DM Phinney, DR Heldman
Applied Sciences 8 (12), 2694, 2018
112018
Recent advances in thermophysical properties—Measurements, prediction, and importance
S Paluri, DM Phinney, DR Heldman
Current Opinion in Food Science 23, 142-148, 2018
62018
Reverse stability kinetics of meat pigment oxidation in aqueous extract from fresh beef
JC Frelka, DM Phinney, MP Wick, DR Heldman
Journal of food science 82 (12), 2910-2914, 2017
42017
Modelling the chemical free neutralization of caustic peeled tomato slurry as a continuously stirred tank
DM Phinney, JC Frelka, DR Heldman
Food and Bioproducts Processing 100, 545-550, 2016
42016
Detecting, Modeling, and Mechanisms of Dairy Fouling and Cleaning
DM Phinney
The Ohio State University, 2019
32019
Engineering considerations for cleaning and disinfection in the food industry
KR Goode, D Phinney, T Hasting, P Fryer
Handbook of food engineering, 1125-1174, 2018
22018
Engineering Cleaning Considerations for Cleaning and Disinfection in the Food Industry
K Goode, D Phinney, A Hasting, P Fryer
Handbook of Food Engineering, 2019
2019
Prediction of liquid specific heat capacity of food lipids.
ZXY Zhu XiaoYi, DM Phinney, S Paluri, DR Heldman
2018
The impact of clean-in-place parameters on rinse water effectiveness and efficiency.
FMY Fan MengYuan, DM Phinney, DR Heldman
2018
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