Quantum Concentration

#Physics

$\displaystyle n_{Q}\equiv\left( \frac{M\tau}{2\pi \hbar ^{2}} \right)^{d/2}$

• Gives the number of particles per unit volume when the inter particle distance equals the thermal de Broglie wavelength
• $\displaystyle M$ is the mass of each particle in the system
• $\displaystyle \tau$ is the [fundamental temperature]
• $\displaystyle \hbar$ is the [reduced Planck constant]
• $\displaystyle d$ is the dimension of the gas