\left[ \begin {array}{ccccc} 0&0&0&0&0\\ \noalign{\medskip}\mu\,
\left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt
\#msup(mi("zeta}}_{\mbox {{\tt x"),mn("2"))}}}/3 \right) u1/3\,\mu\,
\zeta_{x}\,\zeta_{y}\,v1/3\,\mu\,\zeta_{x}\,\zeta_{z}\,w&\mu\,
\left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt
\#msup(mi("zeta}}_{\mbox {{\tt x"),mn("2"))}}}/3 \right) &1/3\,\mu\,
\zeta_{x}\,\zeta_{y}&1/3\,\mu\,\zeta_{x}\,\zeta_{z}&0
\\ \noalign{\medskip}1/3\,\mu\,\zeta_{x}\,\zeta_{y}\,u\mu\, \left( {
\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt
\#msup(mi("zeta}}_{\mbox {{\tt y"),mn("2"))}}}/3 \right) v1/3\,\mu\,
\zeta_{y}\,\zeta_{z}\,w&1/3\,\mu\,\zeta_{x}\,\zeta_{y}&\mu\, \left( {
\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt
\#msup(mi("zeta}}_{\mbox {{\tt y"),mn("2"))}}}/3 \right) &1/3\,\mu\,
\zeta_{y}\,\zeta_{z}&0\\ \noalign{\medskip}1/3\,\mu\,\zeta_{x}\,\zeta
_{z}\,u1/3\,\mu\,\zeta_{y}\,\zeta_{z}\,v\mu\, \left( {\zeta_{x}}^{2}
+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{\mbox
{{\tt z"),mn("2"))}}}/3 \right) w&1/3\,\mu\,\zeta_{x}\,\zeta_{z}&1/3\,
\mu\,\zeta_{y}\,\zeta_{z}&\mu\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}
+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{\mbox {{\tt
z"),mn("2"))}}}/3 \right) &0\\ \noalign{\medskip}\mu\, \left( {\zeta_
{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}
_{\mbox {{\tt x"),mn("2"))}}}/3 \right) {u}^{2}\mu\, \left( {\zeta_{x
}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{
\mbox {{\tt y"),mn("2"))}}}/3 \right) {v}^{2}\mu\, \left( {\zeta_{x}}
^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{
\mbox {{\tt z"),mn("2"))}}}/3 \right) {w}^{2}2/3\,\mu\,\zeta_{x}\,
\zeta_{y}\,uv2/3\,\mu\,\zeta_{x}\,\zeta_{z}\,uw2/3\,\mu\,\zeta_{y}\,
\zeta_{z}\,vw+{\frac { \left( E+2\,{\it UVW} \right) \mu\,\gamma\,
\left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2} \right) }{\Pr}
}&{\frac {\mu\,\gamma\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta
_{z}}^{2} \right) u}{\Pr}}+\mu\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2
}+{\zeta_{z}}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{\mbox {{\tt
x"),mn("2"))}}}/3 \right) u+1/3\,\mu\,\zeta_{x}\,\zeta_{y}\,v+1/3\,\mu
\,\zeta_{x}\,\zeta_{z}\,w&{\frac {\mu\,\gamma\, \left( {\zeta_{x}}^{2
}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2} \right) v}{\Pr}}+1/3\,\mu\,\zeta_{x}
\,\zeta_{y}\,u+\mu\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}
}^{2}+\mbox {{\tt \#msup(mi("zeta}}_{\mbox {{\tt y"),mn("2"))}}}/3
\right) v+1/3\,\mu\,\zeta_{y}\,\zeta_{z}\,w&{\frac {\mu\,\gamma\,
\left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2} \right) w}{\Pr
}}+1/3\,\mu\,\zeta_{x}\,\zeta_{z}\,u+1/3\,\mu\,\zeta_{y}\,\zeta_{z}\,v
+\mu\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}+\mbox {{
\tt \#msup(mi("zeta}}_{\mbox {{\tt z"),mn("2"))}}}/3 \right) w&{\frac
{\mu\,\gamma\, \left( {\zeta_{x}}^{2}+{\zeta_{y}}^{2}+{\zeta_{z}}^{2}
\right) }{\Pr}}\end {array} \right]

