Numbers such that Divisor Count divides Phi divides Divisor Sum/Examples/35

Examples of Numbers such that Divisor Count divides Phi divides Sigma
The number $35$ has the property that:
 * $\map {\sigma_0} {35} \divides \map \phi {35} \divides \map {\sigma_1} {35}$

where:
 * $\divides$ denotes divisibility
 * $\sigma_0$ denotes the divisor counting function
 * $\phi$ denotes the Euler $\phi$ (phi) function
 * $\sigma_1$ denotes the divisor sum function.