ergo ADVPOS liqu V11PRESPASSIVEIND1S qu PRON10NOMPM es V73PRESACTIVEIND3S in PREPABL e PRON41GENSX lapid N31GENSM corpor N32LOCSN et CONJ aer N36NOMSC cum ADVPOS exust VPAR31NOMSMPERFPASSIVEPPL et CONJ erept VPAR31NOMSMPERFPASSIVEPPL fuerit V51PRESACTIVEIND3P habu V21PERFACTIVESUB3S que CONJ in PREPABL s PRON54ABLXC residu ADJ11NOMSNPOS calor N31ACCSM lat VPAR21ACCSCPRESACTIVEPPL intinct VPAR31NOMSMPERFPASSIVEPPL in PREPABL aqu N11NOMSF pri ADJ00NOMSNCOMP qu PRON10ACCSF ex PREPABL ign V41PRESACTIVEIMP2S v N33ACCSF recep V31PERFACTIVEIND3S umor N31LOCSM penetr VPAR11ABLSXPRESACTIVEPPL in PREPABL foramin N32GENPN raritat N31NOMPF confervesc V31PRESACTIVEIND3S et CONJ it VPAR61NOMSFPERFPASSIVEPPL refrigerat VPAR11NOMSMPERFPASSIVEPPL reic V31PRESACTIVEIND3S ex PREPABL calc N21LOCPM corpor N32LOCSN fervor N31ACCSM
Therefore when the moisture which is in the body of that stone, and the air, are burnt out and removed, and the stone retains the remaining latent heat, on being plunged into water (before it recovers power from fire), the moisture penetrates into the open pores, and it seethes and thus, being cooled again, it rejects the heat from the substance of the lime.
final_alignments\Vitruvius_Architecture_Book_2.json