ʌv mˈoːɹ ˌækədˈɛmɪk ˈɪntɹɛst ɪz ðə ɹɪˈækʃən ʌv sˈɪleɪn wɪð ˈaɪədˌiːn vˈeɪpɚɹ æt wˈʌnhˈʌndɹɪd θˈɜːɾi wˈʌnhˈʌndɹɪd fˈɪfti dᵻɡɹˈiːz sˈiː, æz ðɪs pɹədˈuːsᵻz ɐ sˈɪɹiz ʌv kˈɑːmpaʊndz ɹˈeɪndʒɪŋ fɹʌm ˈaɪədˌɑːsɪlˌeɪn sˈiː ˈeɪtʃ θɹˈiː aɪ tə dˈɪɪˌɑːdəsˌɪleɪn sˈiː ˈeɪtʃ tˈuː aɪ tˈuː ænd tɹˈaɪɪˌɑːdəsˌɪleɪn sˈiː ˌeɪtʃˈaɪ θɹˈiː æz wˈɛl.
Of more academic interest is the reaction of silane with iodine vapour at 130 - 150 °C, as this produces a series of compounds ranging from iodosilane SiH3I to diiodosilane SiH2I2 and triiodosilane SiHI3 as well.