【Daily Question】Chemical Engineering Principles 162: Sedimentation Operations (September 4)
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The last edit to this post was made by Zaihui Kangqiao on 2015-9-22 at 10:38. The Chemical Engineering Theory section is now launching a \"One Question per Day\" initiative aimed at helping everyone reinforce their basic knowledge in chemical engineering. Subsequent series will include those on \"Principles of Chemical Engineering\", \"Mass Transfer and Separation\", \"Thermodynamics in Chemical Engineering\", and \"Chemical Process Engineering\". We hope for your active support! Answers to the questions in the \"One Question per Day\" initiative can be viewed directly, and the thread will be closed after 1 day ! Participation earns 2 wealth points, with an additional 3 wealth points for correct answers~~~ Fill-in-the-blank question: Sedimentation is a process in which, within a certain ______, the ________ between the dispersed phase and the continuous phase is utilized to cause relative movement between them, thereby achieving separation. Force field, density
Settling is a process in which, under the influence of a certain ___force field___, the ___density difference___ between the dispersed phase and the continuous phase is utilized to cause relative movement between them, thereby achieving separation.
Settling is a process in which, under a certain _force field_, the __density difference__ between the dispersed phase and the continuous phase is utilized to cause relative movement between them, thereby achieving separation.
Settling operation refers to the process of separation achieved by utilizing the difference between the dispersed phase and the continuous phase in a certain medium, thereby causing relative movement between them. There are two ways of settlement: settlement and sinking.
Settling operation refers to the process of achieving separation by utilizing the __force field__ between the dispersed phase and the continuous phase in a certain __density__ environment, thereby causing relative movement between them.
Some kind of force field. . . . . . Density difference
First blank: force field； Second blank: density