romulus augustus was the emperor in the west who reigned only briefly i n 472 before dying a natural death.
romulus augustus was the emperor in the west who reigned only briefly i n 472 before dying a natural death.
this emperor in the west reigned only briefly i n 472 before dying a natural death?
romulus augustus
bullet::::- odoacer, scirian general, later king of italy (433-493, reigned 476-493).









































bullet::::- olybrius, roman emperor (d. 472, reigned 472).









































bullet::::- orestes, roman general and politician (d. 476).









































bullet::::- palladius, roman "caesar" (c. 420-455, reigned 455).









































bullet::::- patricius, roman "caesar" (reigned 470-471).









































bullet::::- patrick, (patricius) catholic bishop, missionary to ireland









































bullet::::- pei songzhi, chinese historian









































bullet::::- pelagius, catholic priest; father of pelagianism









































bullet::::- petronius maximus, roman emperor (c. 396-455, reigned 455).









































bullet::::- priscus attalus, roman usurper (d. after 416, reigned 409, 414-415).









































bullet::::- pulcheria, roman empress and regent (398/399-453, reigned 414-453).









































bullet::::- rechiar, king of galicia (d. 456, reigned 448-456).
5th century
jet aerators do not require any external air source (i.e. compressor), except for the surrounding atmosphere. jet aerators can be installed either as submersible units or piped through the tank wall using an external dry-installed chopper pump to feed the aspirating ejector(s). jet aerators are easily configured into any basin geometry including circular, rectangular, looped reactors and sloped wall basins. jet aerators are ideally suited for deep tank processes. the jet oxidation ditch is an example of technology innovation where the combination of a deeper basin design, bottom to top mixing and conservation of momentum combines to make a very efficient treatment process. in this and other applications the independent control of oxygen transfer and mixing is a valuable feature for both process control and energy savings.
jet aerators