Lyman Limit

The Lyman limit is the short-wavelength end of the hydrogen Lyman series, at 91.13 nm (911.3 Å).

It corresponds to the energy required for an electron in the hydrogen ground state to escape from the electric potential barrier that originally confined it, thus creating a hydrogen ion. This energy is equivalent to the Rydberg constant.

See also

References


Tags:

Electric potentialElectronHydrogenIonLyman seriesRydberg constant

🔥 Trending searches on Wiki English:

Chris HemsworthRiley KeoughTillu SquareThomas CupAmy WinehouseJohn MulaneyChatGPTOlivia RodrigoPremier LeagueGAZ SobolXenophobiaRoman EmpireDmitry BivolAmerican Civil WarGrigori RasputinRobert F. Kennedy Jr.Hatsune MikuSean CombsJohnny CashCONCACAF Champions CupCarol BurnettAustraliaJoaquin PhoenixVenus WilliamsThe HolocaustList of United States cities by populationMike TysonCo-op LiveCharlie SheenNarendra ModiVladimir Putin2024 Mutua Madrid Open – Men's singlesYouTube Premium2024 Andhra Pradesh Legislative Assembly electionGCanelo ÁlvarezRobert DuvallDeath in Paradise (TV series)Paul Whelan (security director)Hugh JackmanThe Rookie (TV series)Prince (musician)Celtics–Heat rivalryGaza StripLok SabhaList of highest-grossing Malayalam films69 (sex position)2020 NBA draftShardlake (TV series)Mick JaggerRiver PhoenixRajasthan RoyalsMadrid Open (tennis)StripchatJason RitterNikola JokićBrazilSatyajit RayLeonardo da VinciWilliam, Prince of WalesHacks (TV series)Ansel AdamsGeorge WashingtonZendayaBlue holeSparsh SrivastavJodie ComerDavid BowieJohn CleeseKnuckles (TV series)Billboard Year-End Hot 100 singles of 2002List of European Cup and UEFA Champions League finalsYellowstone (American TV series)WikipediaAriana GrandeMichael Jackson🡆 More