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Resonance absorption of nuclear gamma radiation; Absorption par resonance des rayons gamma; Rezonansnaya absorbtsiya i rasseyanie yadernogo gamma-izlucheniya; Absorcion por resonancia de las radiaciones gamma en los nucleos

Conference:

Abstract

Recoilless emission and absorption of nuclear radiation, as demonstrated by Moessbauer, provides a simple means of studying the interaction of nuclei with electromagnetic radiation and, of greater importance, provides an extremely sensitive tool for the investigation of a large number of physical problems. A very favourable situation arises with the Fe{sup 57} nucleus where resonance absorption may be used as a very sensitive detector of the frequency change of electromagnetic radiation. Resonance absorption in Fe57 has been studied in detail. The strength of the absorption, the line shape, and line shift have all been observed as a function of temperature. The polarization of the radiation has been examined by means of experiments with magnetized sources and absorbers. The hyperfine spectrum of the resonance radiation has been analysed with and without polarization. These studies have led to an interpretation of the hyperfine structure in terms of the properties of the nuclear states and the hyperfine interaction in iron. The effect of an external magnetic field on the hyperfine structure has also been investigated. The resonance absorption in Fe{sup 57} has been used to study the connexion between the time development of the decay of a nuclear state and the spectrum of  More>>
Authors:
Hanna, S S; Perlow, G J [1] 
  1. Argonne National Laboratory, Argonne, IL (United States)
Publication Date:
Jan 15, 1962
Product Type:
Conference
Resource Relation:
Conference: Conference on the Use of Radioisotopes in the Physical Sciences and Industry, Copenhagen (Denmark), 6-17 Sep 1960; Other Information: 12 figs, 11 refs; Related Information: In: Radioisotopes in the Physical Sciences and Industry. Proceedings of the Conference on the Use of Radioisotopes in the Physical Sciences and Industry. V. 1| 556 p.
Subject:
36 MATERIALS SCIENCE; DECAY; EMISSION; GAMMA RADIATION; HYPERFINE STRUCTURE; INTERACTIONS; IRON; IRON 57; MAGNETIC FIELDS; POLARIZATION; RESONANCE ABSORPTION; SPECTRA; TEMPERATURE DEPENDENCE
OSTI ID:
22025637
Research Organizations:
International Atomic Energy Agency, Vienna (Austria); United Nations Educational, Scientific and Cultural Organization, Paris (France)
Country of Origin:
IAEA
Language:
English
Other Identifying Numbers:
Other: ISSN 0074-1884; TRN: XA12N1616112930
Submitting Site:
INIS
Size:
page(s) 313-327
Announcement Date:
Jan 17, 2013

Conference:

Citation Formats

Hanna, S S, and Perlow, G J. Resonance absorption of nuclear gamma radiation; Absorption par resonance des rayons gamma; Rezonansnaya absorbtsiya i rasseyanie yadernogo gamma-izlucheniya; Absorcion por resonancia de las radiaciones gamma en los nucleos. IAEA: N. p., 1962. Web.
Hanna, S S, & Perlow, G J. Resonance absorption of nuclear gamma radiation; Absorption par resonance des rayons gamma; Rezonansnaya absorbtsiya i rasseyanie yadernogo gamma-izlucheniya; Absorcion por resonancia de las radiaciones gamma en los nucleos. IAEA.
Hanna, S S, and Perlow, G J. 1962. "Resonance absorption of nuclear gamma radiation; Absorption par resonance des rayons gamma; Rezonansnaya absorbtsiya i rasseyanie yadernogo gamma-izlucheniya; Absorcion por resonancia de las radiaciones gamma en los nucleos." IAEA.
@misc{etde_22025637,
title = {Resonance absorption of nuclear gamma radiation; Absorption par resonance des rayons gamma; Rezonansnaya absorbtsiya i rasseyanie yadernogo gamma-izlucheniya; Absorcion por resonancia de las radiaciones gamma en los nucleos}
author = {Hanna, S S, and Perlow, G J}
abstractNote = {Recoilless emission and absorption of nuclear radiation, as demonstrated by Moessbauer, provides a simple means of studying the interaction of nuclei with electromagnetic radiation and, of greater importance, provides an extremely sensitive tool for the investigation of a large number of physical problems. A very favourable situation arises with the Fe{sup 57} nucleus where resonance absorption may be used as a very sensitive detector of the frequency change of electromagnetic radiation. Resonance absorption in Fe57 has been studied in detail. The strength of the absorption, the line shape, and line shift have all been observed as a function of temperature. The polarization of the radiation has been examined by means of experiments with magnetized sources and absorbers. The hyperfine spectrum of the resonance radiation has been analysed with and without polarization. These studies have led to an interpretation of the hyperfine structure in terms of the properties of the nuclear states and the hyperfine interaction in iron. The effect of an external magnetic field on the hyperfine structure has also been investigated. The resonance absorption in Fe{sup 57} has been used to study the connexion between the time development of the decay of a nuclear state and the spectrum of the observed radiation. Detailed observations are made of the time spectrum of filtered resonance radiation for a variety of conditions. (author) [French] L'emission et l'absorption de rayonnements nucleaires sans recul, phenomenes mis en evidence par Mossbauer, offrent un moyen simple d'etudier l'interaction des noyaux et des rayonnements electromagnetiques et, ce qui est plus important encore, fournissent un instrument extremement sensible pour l'etude d'un grand nombre de problemes de physique. Une situation tres favorable se presente dans le cas du noyau de {sup 57}Fe, ou l'on peut utiliser l'absorption par resonance comme un detecteur tres sensible des changements de frequence des rayonnements electromagnetiques. L'absorption par resonance dans le {sup 57}Fe a ete etudiee en detail. L'intensite de l'absorption, la configuration des raies spectrales et leurs deplacements ont ete observes en fonction de la temperature. La polarisation des rayonnements a ete examinee au cours d'experiences effectuees a l'aide de sources et absorbeurs magnetises. Le spectre hyperfin des rayonnements de resonance a ete analyse avec et sans polarisation. Ces etudes ont conduit a une interpretation de la structure hyperfine en fonction des proprietes des etats nucleaires et de l'interaction hyperfine dans le fer. On a egalement etudie l'effet d'un champ magnetique externe sur la structure hyperfine. L'absorption par resonance dans le {sup 57}Fe a permis d'etudier le rapport entre la chronologie de la desintegration d'un etat nucleaire et le spectre des rayonnements observes. Des observations detaillees ont ete faites sur le spectre des rayonnements de resonance filtres, en fonction du temps, sous toute une serie de conditions. (author) [Spanish] Como ha demostrado Moesbauer, la emision y absorcion sin retrocesos de las radiaciones nucleares proporciona un medio sencillo de estudiar la interaccion entre los nucleos y las radiaciones electromagneticas y, lo que tiene mas importancia aun, un instrumento extremadamente sensible para la investigacion de numerosos problemas fisicos. El nucleo del {sup 57}Fe constituye un ejemplo muy interesante, ya que en el la absorcion por resonancia constituye un detector de gran sensibilidad de los cambios de frecuencia de las radiaciones electromagneticas. Los autores han estudiado detalladamente la absorcion por resonancia en el {sup 57}Fe. Han observado la intensidad de la absorcion, asi como la configuracion y el desplazamiento de las lineas espectrales en funcion de la temperatura. Examinaron la polarizacion de las radiaciones mediante experimentos realizados con ayuda de fuentes magnetizadas y de absorbentes, y analizaron el espectro hiperfino de la radiacion do resonancia con y sin polarizacion. Estos estudios les han conducido a una interpretacion de la estructura hiperfina en funcion de las propiedades de los estados nucleares y de la interaccion hiperfina en el hierro. Tambien han investigado los efectos de un campo magnetico externo sobre la estructura hiperfina. Por otra parte, la absorcion por resonancia en el {sup 57}Fe permitio estudiar la relacion entre la cronologia de la desintegracion de im estado nuclear y el espectro de la radiacion observada. Se realizaron observaciones detalladas sobre el espectro de las radiaciones de resonancia filtradas, en funcion del tiempo, en condiciones muy diversas. (author) [Russian] Kak pokazal Messbauehr, ispuskanie i pogloshchenie yadernogo izlucheniya bez otdachi yadra obespechivaet prostoj metod izucheniya vzaimodejstviya yader s ehlektromagnitnym izlucheniem i, chto ochen' vazhno, yavlyaetsya chrezvychajno chuvstvitel'nym sredstvom issledovaniya bol'shogo kolichestva fizicheskikh zadach. V sluchae yader zheleza-57 sozdaetsya ves'ma blagopriyatnoe polozhenie, tak kak v ehtom sluchae rezonansnoe pogloshchenie mozhet ispol'zovat'sya v kachestve ochen' chuvstvitel'nogo detektora izmeneniya chastoty ehlektromagnitnogo izlucheniya. Detal'no izuchalos' rezonansnoe pogloshchenie v zheleze-57. Intensivnost' pogloshcheniya, forma i liniya sdviga nablyudalis' v zavisimosti ot temperatury. Polyarizatsiya radioaktivnogo izlucheniya nablyudalas' posredstvom ehksperimentov s namagnichennymi istochnikami i poglotitelyami. Sverkhtonkij spektr rezonansnoj radiatsii analizirovalsya s polyarizatsiej i bez nee. EHti issledovaniya priveli k tolkovaniyu sverkhtonkoj struktury v otnoshenii svojstv yadernykh sostoyanij i sverkhtonkogo vzaimodejstviya v zheleze. Bylo rassmotreno takzhe vliyanie vneshnego magnitnogo polya na sverkhtonkuyu strukturu. Rezonansnoe pogloshchenie v zheleze-57 bylo ispol'zovano dlya izucheniya svyazi mezhdu razvitiem raspada yadernogo sostoyaniya vo vremeni i spektrom nablyudaemoj radiatsii. Bylo provedeno tshchatel'noe nablyudenie za spektrom vremeni otfil'trovannoj rezonansnoj radiatsii pri razlichnykh usloviyakh. (author)}
place = {IAEA}
year = {1962}
month = {Jan}
}