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This paper presents the potential measurement at 1.4 TeV CLIC of thecross-section (times branching ratio) of the Higgs production via $WW$ fusionwith the Higgs subsequently decaying in $ZZ^\ast$,${\sigma(H\nu_e\bar{\nu_e})\times BR(H\rightarrow ZZ^\ast)}$, and of the Higgsproduction via $ZZ$ fusion with the Higgs subsequently decaying in $b\bar{b}$,${\sigma(He{^+}e{^-})\times BR(H\rightarrow b\bar{b})}$. For the $H\rightarrowZZ^\ast$ decay the hadronic final state, ${ZZ^\ast\rightarrowq\bar{q}q\bar{q}}$, and the semi-leptonic final state, ${ZZ^\ast\rightarrowq\bar{q}l^+l^-}$, are considered. The results show that${\sigma(H\nu_e\bar{\nu_e})\times BR(H\rightarrow ZZ^\ast)}$ can be measuredwith a precision of 18.3% and 6% for the hadronic and semi-leptonic channel,respectively. ${\sigma(He{^+}e{^-})\times BR(H\rightarrow b\bar{b})}$ can bemeasured with a precision of 1.7%. This measurement also contributes to thedetermination of the Higgs coupling to the $Z$ boson, $g_{H_{ZZ}}$.

Measurement of ${\sigma(H\nu_e\bar{\nu_e})\times BR(H\rightarrow ZZ^\ast)}$ and Higgs production in $ZZ$ fusion at a 1.4 TeV CLIC collider