## < 4 Other formulas that you can solve using the same Inputs

Total free energy change during solidification
Total free energy change=((4/3)*pi*Radius of nucleus^3*Volume free energy)+(4*pi*Radius of nucleus^2*Surface free energy) GO
Critical free energy for nucleation
Critical free energy=16*pi*Surface free energy^3*Melting temperature^2/(3*Latent heat of fusion^2*Undercooling value^2) GO
Critical radius of nucleus=2*Surface free energy*Melting temperature/(Latent heat of fusion*Undercooling value) GO
Critical radius of nucleus (from volume free energy)
Critical radius of nucleus=-2*Surface free energy/Volume free energy GO

## < 1 Other formulas that calculate the same Output

Critical free energy for nucleation
Critical free energy=16*pi*Surface free energy^3*Melting temperature^2/(3*Latent heat of fusion^2*Undercooling value^2) GO

### Critical free energy for nucleation( from volume free energy) Formula

Critical free energy=16*pi*Surface free energy^3/(3*Volume free energy^2)
More formulas
Lattice Parameter of FCC GO
Lattice Parameter of BCC GO
Interplanar Spacing of a Crystal GO
Interplanar Spacing of a Crystal(from lattice parameter) GO
Atom percent GO
Density of cubic crystals GO
Number of atomic sites GO
Diffusion Flux GO
Critical free energy for nucleation GO
Energy of photon GO
Mass percent to volume percent GO
Volume percent to mass percent GO
Atom percent to mass percent GO
Entropy of mixing GO
Equilibrium vacancy concentration GO
Volume free energy GO
Critical radius of nucleus (from volume free energy) GO
Temperature dependent diffusion coefficient GO
Total free energy change during solidification GO
Avrami equation GO
Half Life period of first order reaction GO
Rate constant of first order reaction GO
Time taken for X percent reaction to complete GO

## Nucleation and growth

The progress of solidification involves two distinct stages: nucleation and growth. Nucleation involves the appearance of very small particles, or nuclei of the solid (often consisting of only a few hundred atoms), which are capable of growing. During the growth stage these nuclei increase in size, which results in the disappearance of some (or all) of the parent phase. The transformation reaches completion if the growth of these new phase particles is allowed to proceed until the equilibrium fraction is reached.

## How to Calculate Critical free energy for nucleation( from volume free energy)?

Critical free energy for nucleation( from volume free energy) calculator uses Critical free energy=16*pi*Surface free energy^3/(3*Volume free energy^2) to calculate the Critical free energy, Critical free energy for nucleation( from volume free energy) is the free energy required for the formation of a stable nucleus. Equivalently, it may be considered an energy barrier to the nucleation process. Critical free energy and is denoted by ΔG* symbol.

How to calculate Critical free energy for nucleation( from volume free energy) using this online calculator? To use this online calculator for Critical free energy for nucleation( from volume free energy), enter Surface free energy (𝛾) and Volume free energy (𝚫Gv) and hit the calculate button. Here is how the Critical free energy for nucleation( from volume free energy) calculation can be explained with given input values -> 1.340E-9 = 16*pi*0.2^3/(3*(-10000)^2).

### FAQ

What is Critical free energy for nucleation( from volume free energy)?
Critical free energy for nucleation( from volume free energy) is the free energy required for the formation of a stable nucleus. Equivalently, it may be considered an energy barrier to the nucleation process and is represented as ΔG*=16*pi*𝛾^3/(3*𝚫Gv^2) or Critical free energy=16*pi*Surface free energy^3/(3*Volume free energy^2). Surface free energy is the energy to create solid–liquid phase boundary during the solidification and Volume free energy is the free energy difference between the solid and liquid phases.
How to calculate Critical free energy for nucleation( from volume free energy)?
Critical free energy for nucleation( from volume free energy) is the free energy required for the formation of a stable nucleus. Equivalently, it may be considered an energy barrier to the nucleation process is calculated using Critical free energy=16*pi*Surface free energy^3/(3*Volume free energy^2). To calculate Critical free energy for nucleation( from volume free energy), you need Surface free energy (𝛾) and Volume free energy (𝚫Gv). With our tool, you need to enter the respective value for Surface free energy and Volume free energy and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Critical free energy?
In this formula, Critical free energy uses Surface free energy and Volume free energy. We can use 1 other way(s) to calculate the same, which is/are as follows -
• Critical free energy=16*pi*Surface free energy^3*Melting temperature^2/(3*Latent heat of fusion^2*Undercooling value^2)
Let Others Know