The atomic coherence effect is investigated experimentally in the thermal strontium atomic beam by means of fluorescence observing, based on the V-type Zeeman-sublevel system of intercombination line of Sr. A theoretical calculation of the V-type electromagnetically induced transparency (EIT) has been elaborated, taking into account the effect of detuning, linewidth and Rabi frequency of the coupling laser on intercombination transition EIT. The V-type electromagnetically induced transparency of intercombination is measured experimentally under different condition of detuning and with different powers of the coupling laser.