Magnetooptiskās rezonanses cēzija atomos nanoizmēru šūnā, izmantojot D1 līnijas ierosmi

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Magnetooptiskās rezonanses cēzija atomos nanoizmēru šūnā, izmantojot D1 līnijas ierosmi

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Magnetooptiskās rezonanses var tikt izmantotas, lai iegūtu noderīgu spektroskopisko informāciju par kādas vides optiskajām īpašībām, kad tā tiek apstarota ar lāzera staru un atrodas ārējā magnētiskā lauka klātbūtnē. Šāda veida mērījumi ir ļoti svarīgi, jo tie palīdz izveidot precīzus magnētiskā lauka sensorus un teorētisko modeli, kas tos apraksta. Augstas izšķirtspējas spektroskopija tiek panākta, izmantojot nanoizmēru šūnu. Mazais attālums starp šūnas logiem samazina Doplera paplašinājumu, jo atomi, kas pārvietojas virzienā uz logiem, tajos ietriecas pirms tie paspēj izstarot gaismu, tādēļ to ietekme uz fluorescences signālu ir nenozīmīga. Mērījumi tika veikti, izmantojot cēzija atomu tvaikus apstarojot ar infrasarkano lāzera staru, kura viļņa garums atbilda D1 līnijas ierosmei.

year	journal	country	edition	language
2014-01-01

https://dspace.lu.lv/dspace/handle/7/19779

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