Fluid energy mill comes in the category of

Mechanical Operations
Fluid energy mill comes in the category of

Ultrafine grinder

Crusher

Cutter

Grinder

Ultrafine grinder

Crusher

Cutter

Grinder

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Mechanical Operations
During agitation of liquids, the

Power number becomes independent of impellers Reynolds number at high Reynolds number, but is dependent on the geometry of the impeller

All of these

Froude number is used to account for the effect of surface (e.g., the centre vortex) on the power number

Froude number is independent for the curves between power number and Reynolds number in baffled system

Power number becomes independent of impellers Reynolds number at high Reynolds number, but is dependent on the geometry of the impeller

All of these

Froude number is used to account for the effect of surface (e.g., the centre vortex) on the power number

Froude number is independent for the curves between power number and Reynolds number in baffled system

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Mechanical Operations
Number of particles in a crushed solid sample is given by (where, m = mass of particles in a sample, Vp = volume of one particle, ρ= density of particles)

Vp/m . ρ

M/ρ . Vp

M . ρ/Vp

M . Vp/ρ

Vp/m . ρ

M/ρ . Vp

M . ρ/Vp

M . Vp/ρ

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Mechanical Operations
Screen capacity is expressed in terms of

Both A & B

Tons/hr

Tons/hr-ft²

Tons/ft²

Both A & B

Tons/hr

Tons/hr-ft²

Tons/ft²

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Mechanical Operations
Rittinger number which designates the new surface prduced per unit of mechanical energy absorbed by the material being crushed, depends on the

All of these

Ultimate strength of the material

State or manner of application of the crushing force

Elastic constant of the material

All of these

Ultimate strength of the material

State or manner of application of the crushing force

Elastic constant of the material

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Mechanical Operations
Capacity of flight conveyor in tons/hr is given by (where, W & D = width and depth of flight respectively in metre V = speed of the conveyor, metre/second ρ = bulk density of material, kg/m³)

3.6 W.D.V.ρ

3.6 D.V.ρ

3.6 W.D.V.

3.6 W.V.ρ

3.6 W.D.V.ρ

3.6 D.V.ρ

3.6 W.D.V.

3.6 W.V.ρ

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Mechanical Operations

Mechanical Operations Fluid energy mill comes in the category of

Mechanical Operations During agitation of liquids, the

Mechanical Operations Number of particles in a crushed solid sample is given by (where, m = mass of particles in a sample, Vp = volume of one particle, ρ= density of particles)

Mechanical Operations Screen capacity is expressed in terms of

Mechanical Operations Rittinger number which designates the new surface prduced per unit of mechanical energy absorbed by the material being crushed, depends on the

Mechanical Operations Capacity of flight conveyor in tons/hr is given by (where, W & D = width and depth of flight respectively in metre V = speed of the conveyor, metre/second ρ = bulk density of material, kg/m³)

Mechanical Operations
Fluid energy mill comes in the category of

Mechanical Operations
During agitation of liquids, the

Mechanical Operations
Number of particles in a crushed solid sample is given by (where, m = mass of particles in a sample, Vp = volume of one particle, ρ= density of particles)

Mechanical Operations
Screen capacity is expressed in terms of

Mechanical Operations
Rittinger number which designates the new surface prduced per unit of mechanical energy absorbed by the material being crushed, depends on the

Mechanical Operations
Capacity of flight conveyor in tons/hr is given by (where, W & D = width and depth of flight respectively in metre V = speed of the conveyor, metre/second ρ = bulk density of material, kg/m³)