Linked from

The 14 pages that link to Suspension, each with the reason it gives.

• EmulsionCompared with: An emulsion disperses liquid droplets, whereas a suspension disperses solid particles.

• SedimentationNarrower topic: Sedimentation begins when particles in a suspension move out of the fluid.

• ColloidCompared with: Its particles settle more readily than colloidal particles.

• CentrifugationNarrower topic: Many centrifugation samples begin as suspensions whose particles migrate at different rates.

• Aqueous solutionCompared with: Unlike a true aqueous solution, its dispersed particles do not remain molecularly uniform.

• AntacidRelated: Liquid antacids can deliver neutralizing ingredients without requiring tablets to dissolve first.

• SoluteCompared with: Suspended particles are not dissolved solutes in a homogeneous solution.

• HomogenizationNarrower topic: Homogenization can make suspended particles smaller and more uniformly distributed.

• SaltationCompared with: Unlike saltating grains, suspended particles remain supported within the flow.

• SolutionCompared with: Unlike a solution, a suspension does not keep its dispersed particles uniformly mixed indefinitely.

• Barium sulfateRelated: Medical preparations deliver barium sulfate as suspended particles rather than a solution.

• Granular flowCompared with: Suspensions couple grains to a surrounding fluid, unlike dry granular flow.

• Sediment gravity flowCompared with: Suspended grains may be carried by a gravity flow, but suspension alone does not specify its driving mechanism.

• Magnetic fluid (ferrofluid)Narrower topic: Unlike ordinary suspensions, ferrofluids resist settling through nanoscale particle size and surface stabilization.