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Which has the largest particle size in milk? 

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Although particle size is not the sole factor related to astringency, it appears that milk components associated with astringency development must attain critical colloidal dimensions, to impart the astringent response.
Sedimentation field-flow fractionation proved to be a useful technique for adequately monitoring heat-induced changes in particle size distributions in milk.
An investigation of milk shows a strong dependence of the measured particle size distribution upon dilution.
We conclude that differences in hole size primarily account for the observed variability in milk flow.
This new method to assess technological damages to raw milk fat globules can be considered as simple when comparing particle size distributions is not possible.
The results suggest that the milk fat globules have different properties according to their size.
The paper concludes that the thermal process delivered during milk pasteurization is relatively unaffected by particle diameter.
The turbidity of milk at normal concentration cannot be directly related to particle size but it could be correlated with gel modulus measurements.

Related Questions

What is the particle size distribution in cow manure?5 answersThe particle size distribution in cow manure varies depending on the age group of the cows and the separation techniques used. Research indicates that the majority of nutrients in dairy manure are associated with particle sizes smaller than 0.125 mm, with significant amounts of nitrogen, phosphorus, and potassium found in these smaller particles. Fresh cow feces separated into different liquid portions showed that particles smaller than 0.063mm are crucial for reducing odor nuisances from manure storage facilities. Additionally, experiments with different particle sizes of cattle manure demonstrated changes in physical properties such as bulk density, porosity, and water holding capacity based on particle size fractionation, highlighting the impact of particle size on soil improvement and crop yield enhancement.
What is particle size?5 answersParticle size refers to the measure of subdivision of a solid material into particles. It is an important physical property that impacts the quality and performance of various products and processes. Particle size distribution, which refers to the range of particle sizes present in a sample, is routinely measured in industries and is critical for manufacturing businesses. In the pharmaceutical industry, particle size analysis is integral for formulating and manufacturing dosage forms, as it affects dissolution, absorption rates, and content uniformity. Particle size can be defined in terms of linear geometric dimensions or equivalent geometric sizes based on particle volume, surface area, or equivalent sizes for a sphere exhibiting equivalent physical behaviors. The physical nature of particles and their interactions with the surroundings differ for smaller particles, requiring a different treatment.
What is the relationship between particle size and centrifugal force?4 answersThe relationship between particle size and centrifugal force is that centrifugal force can affect the separation and adhesion of particles based on their size.. In the study by Kalashnikov et al., silicon dioxide nanopowders of different sizes were separated using centrifuge, demonstrating the potential for effective nanopowder separation based on centrifugal force.. Felicetti et al. investigated the influence of particle size on particle-surface adhesion force using centrifugal technique, and found that adhesion force increased linearly with particle size.. Su Wei et al. developed a centrifugal sowing machine for small-particle-size seeds that utilizes centrifugal force for seed metering, showing the application of centrifugal force in seed separation based on particle size.. The invention by 조윤경 et al. also utilizes centrifugal force for separation of nanoparticles based on size, enabling accurate weighing and reducing loss of nano-vesicles.. Maruyama et al. demonstrated size-dependent filtration of microparticles using centrifugal force in a microchip, showing the ability of centrifugal force to separate particles based on size..
What is the density of milk?5 answersThe density of milk varies depending on factors such as temperature, processing conditions, and animal breed. Different genetic groups of cows, including Jersey, elite Holstein Friesians (EHF), and national average Holstein Friesians (NAHF), have different effects on the density of milk. Milk density can be determined using various analytical methods, such as portable and standard desktop density meters and calibrated glass pycnometers. The density of milk is not affected by homogenization pressure but shows a linear relationship with temperature between 18°C and 44°C. The density of milk is more closely correlated with the percentage of nonfat solids than with the percentage of fat. The density of whole milk decreases with increasing temperature, and regression equations can be used to describe the density-temperature relationship.
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