ðɪ ˌeɪˌaɪˈɛm saɪəntˈɪfɪk ɑːbdʒˈɛktɪvz wɪl biː ɐtʃˈiːvd baɪ mˈɛʒɚɹɪŋ nˌɪɹ sˌaɪməltˈeɪniəs pˌiːˌɛmsˈiː ɐbˈʌndənsᵻz, pˌiːˌɛmsˈiː spˈeɪʃəl dˌɪstɹɪbjˈuːʃənz, klˈaʊd pˈɑːɹɾɪkəl sˈaɪz dˌɪstɹɪbjˈuːʃənz, ɡɹˈævᵻɾi wˈeɪv æktˈɪvᵻɾi, kˈɑːzmɪk dˈʌst ˈɪnflʌks tə ðɪ ˈætməsfˌɪɹ nˈiːdᵻd tə stˈʌdi ðə ɹˈoʊl ʌv ðiːz pˈɑːɹɾɪkəlz æz nˌuːklɪˈeɪʃən sˈaɪts ænd pɹɪsˈaɪs, vˈɜːɾɪkəl pɹˈoʊfaɪl mˈɛʒɚmənts ʌv tˈɛmpɹɪtʃɚ, , ˈoʊ, , , , nˈoʊ, ænd ˈɛɹəsˌɑːlz.
The AIM scientific objectives will be achieved by measuring near simultaneous PMC abundances, PMC spatial distributions, cloud particle size distributions, gravity wave activity, cosmic dust influx to the atmosphere needed to study the role of these particles as nucleation sites and precise, vertical profile measurements of temperature, , OH, , , , NO, and aerosols.