Spins of slow neutron resonances in Hf, Tm and Dy

Hugo Ceulemans; Freddy Poortmans

Spins of slow neutron resonances in Hf, Tm and Dy

Hugo Ceulemans, Freddy Poortmans

Research output › peer-review

Abstract

A neutron crystal spectrometer has been used for resonance scattering experiments in order to measure the ratio ⌈_n/⌈ of neutron resonances in the eV region. From these data a value of the resonance spin J is calculated. The following results have been obtained: Hf¹⁷⁷ (1.1 eV) J = 3; Hf¹⁷⁷(2.4eV) J = 4; Tm¹⁶⁹(3.92 eV) J= 1; and Dy¹⁶³(1.71 eV) J=2.

Original language	English
Publisher	SCK CEN
Number of pages	15
State	Published - 29 Jun 1964

Publication series

Name	SCK CEN Reports
Publisher	SCK CEN
No.	BLG-335

Cite this

@book{75c7696c95914ad59d324c774581c80f,

title = "Spins of slow neutron resonances in Hf, Tm and Dy",

abstract = "A neutron crystal spectrometer has been used for resonance scattering experiments in order to measure the ratio ⌈n/⌈ of neutron resonances in the eV region. From these data a value of the resonance spin J is calculated. The following results have been obtained: Hf177 (1.1 eV) J = 3; Hf177(2.4eV) J = 4; Tm169(3.92 eV) J= 1; and Dy163(1.71 eV) J=2.",

author = "Hugo Ceulemans and Freddy Poortmans",

year = "1964",

month = jun,

day = "29",

language = "English",

series = "SCK CEN Reports",

publisher = "SCK CEN",

number = "BLG-335",

address = "Belgium",

}

TY - BOOK

T1 - Spins of slow neutron resonances in Hf, Tm and Dy

AU - Ceulemans, Hugo

AU - Poortmans, Freddy

PY - 1964/6/29

Y1 - 1964/6/29

N2 - A neutron crystal spectrometer has been used for resonance scattering experiments in order to measure the ratio ⌈n/⌈ of neutron resonances in the eV region. From these data a value of the resonance spin J is calculated. The following results have been obtained: Hf177 (1.1 eV) J = 3; Hf177(2.4eV) J = 4; Tm169(3.92 eV) J= 1; and Dy163(1.71 eV) J=2.

AB - A neutron crystal spectrometer has been used for resonance scattering experiments in order to measure the ratio ⌈n/⌈ of neutron resonances in the eV region. From these data a value of the resonance spin J is calculated. The following results have been obtained: Hf177 (1.1 eV) J = 3; Hf177(2.4eV) J = 4; Tm169(3.92 eV) J= 1; and Dy163(1.71 eV) J=2.