Elements of high order in finite fields specified by binomials

Let $F_q$ be a field with $q$ elements, where $q$ is a power of a prime number $p\ge 5$. For any integer $m\ge 2$ and $a\in F_q^{\ast }$ such that the polynomial $x^m-a$ is irreducible in $F_q[x]$, we combine two different methods to construct explicitly elements of high order in the field $F_q[x]/\langle x^m-a\rangle $\mathrm{.}Namely,wefindelementswithmultiplicativeorderofatleast$5^{\sqrt[3]{m/2}}$, which is better than previously obtained bound for such family of extension fields.