Radiation Damage Studies of Zero Gradient Syncijrotron Magnet Insulation and Related Materials

Markley, F.; Forster, G. A.; Booth, R.

doi:10.1109/tns.1969.4325312

Cited by 4 publications

(4 citation statements)

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“…Investigations at other laboratories on neat resins corroborated the superiority of TGDM, TGPAP, and EPN resins to cycloaliphatic resins and to DGEBA [Pluym and"Van de Voorde, 1967;Markley et al, 1969]. Further work by Morgan and Stapleton [1975] on neat resins confirmed the superior radiation resistance of TGDM.…”

Section: Summary Of Resultsmentioning

confidence: 87%

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A review of irradiation effects on organic-matrix insulation

Simon¹

1993

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Section: Summary Of Resultsmentioning

confidence: 87%

“…These composites were irradiated with 60Co gamma rays and tested in tension and compression [Markley et al, 1969]. …”

Section: Comparison Of Neutron and Gamma Irradiationmentioning

confidence: 99%

A review of irradiation effects on organic-matrix insulation

Simon¹

1993

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“…It was shown that PI practically did not change either in its physical or electrical properties at doses of gamma radiation ( 60 Co) up to 10 MGy (Markley et al, 1969). The tensile strength remained practically constant up to a dose of 10 MGy but decreased to about half of its original value at an absorbed dose of 60 MGy.…”

Section: Radiation Resistance Of Pi/wo 2 Compositementioning

confidence: 96%

Gamma radiation attenuation characteristics of polyimide composite with WO2

Черкашина

Павленко

Носков

et al. 2021

Progress in Nuclear Energy

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“…High energy gamma damage mostly for organic materials, and polymers. Low effect on metals, moderate on ceramic [2].…”

Section: Introductionmentioning

confidence: 97%

Study the enhancement of the radiation shielding afforded to epoxy /lead composites.

A.Mutlak¹,

Ali²

2013

JUAPS

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At present the research aims to individuate right formulations suitable to realize the "cure" process through ionizing radiations to get shielding with applicative properties similar if not better than that obtained with traditional thermal processes. It is worth noting that material properties, on the same formulation, are strongly dependent also on the choice of the process parameters. Additionally a shield absorbs for radiation is a function for the material it is made of, its thickness, type the material and energy of the radiation it is exposed to. Where , as the energy of the radiation increases, the thickness of the shielding must increase or a material with a higher attenuation coefficient must be used. And the results show that the linear absorption coefficient of lead powder increase with increase thickness of lead powder . That linear absorption coefficient as a function of different thickness from (0.0 to 2.5cm.) of lead powder and lead shots where complete its test . No significant changes in linear absorption coefficient behavior of lead powder, lead shots and thickness. Although values of linear absorption coefficient of lead shots will slightly increase as in that for value of lead powder.

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Radiation Damage Studies of Zero Gradient Syncijrotron Magnet Insulation and Related Materials

Cited by 4 publications

References 0 publications

A review of irradiation effects on organic-matrix insulation

A review of irradiation effects on organic-matrix insulation

Gamma radiation attenuation characteristics of polyimide composite with WO2

Study the enhancement of the radiation shielding afforded to epoxy /lead composites.

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