International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–hexadiene terpolymer (EP–HD) have been studied using electron spin resonance (ESR). Two methods were used to analyse the different radicals formed by irradiation: firstly, classical low temperature irradiations were carried out, secondly, rapid quenching in liquid nitrogen of the material after high dose rate irradiation. The feasibility and the efficiency of the latter method to observe short-lived radicals have been demonstrated. This type of experiment provides unique information concerning the rate of production and the rate of reaction of radical
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) technique was employed for detection of oxygen-induced radicals in x-i...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
The ESR spectra resulting from γ-irradiation of the following terpolymers: ethylene-propylene-5-ethy...
The gamma irradiation at liquid nitrogen temperature of dicyclopentadiene, 2-methylennorbornene, and...
The gamma irradiation at liquid nitrogen temperature of dicyclopentadiene, 2-methylennorbornene, and...
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) technique was employed for detection of oxygen-induced radicals in x-i...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
International audienceRadicals formed by irradiation by high energy electron in ethylene–propylene–h...
The ESR spectra resulting from γ-irradiation of the following terpolymers: ethylene-propylene-5-ethy...
The gamma irradiation at liquid nitrogen temperature of dicyclopentadiene, 2-methylennorbornene, and...
The gamma irradiation at liquid nitrogen temperature of dicyclopentadiene, 2-methylennorbornene, and...
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) measurements were conducted to determine the thermal stability and str...
Electron spin resonance (ESR) technique was employed for detection of oxygen-induced radicals in x-i...