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Empirical formula for beta-particle-induced bremsstrahlung yields
Pramana ( IF 2.8 ) Pub Date : 2020-09-05 , DOI: 10.1007/s12043-020-02002-y H C Manjunatha
Pramana ( IF 2.8 ) Pub Date : 2020-09-05 , DOI: 10.1007/s12043-020-02002-y H C Manjunatha
We have measured the $$\beta $$ β -particle-induced bremsstrahlung energy yield and photon yield in the energy range 0.1668–2.274 MeV using beta sources such as $$^{\mathrm {35}}\hbox {S}$$ 35 S (0.1668), $$^{\mathrm {99}}\hbox {Tc}$$ 99 Tc (0.293), $$^{\mathrm {147}}\hbox {Pm}$$ 147 Pm (0.225), $$^{\mathrm {90}}\hbox {Sr}$$ 90 Sr (0.5462), $$^{\mathrm {204}}\hbox {Tl}$$ 204 Tl (0.76), $$^{\mathrm {91}}\hbox {Y}$$ 91 Y (1.5), $$^{\mathrm {32}}\hbox {P}$$ 32 P (1.71) and $$^{\mathrm {90}}\hbox {Y}$$ 90 Y (2.274 MeV) in thick targets of atomic number range $$13
中文翻译：
β粒子诱导轫致辐射产率的经验公式
我们已经使用诸如 $$^{\mathrm {35}}\hbox {S}$ 等 β 源测量了 $$\beta $$ β 粒子诱导的轫致辐射能量产额和能量范围 0.1668–2.274 MeV 内的光子产额$ 35 S (0.1668), $$^{\mathrm {99}}\hbox {Tc}$$ 99 Tc (0.293), $$^{\mathrm {147}}\hbox {Pm}$$ 147 Pm ( 0.225), $$^{\mathrm {90}}\hbox {Sr}$$ 90 Sr (0.5462), $$^{\mathrm {204}}\hbox {Tl}$$ 204 Tl (0.76), $ $^{\mathrm {91}}\hbox {Y}$$ 91 Y (1.5), $$^{\mathrm {32}}\hbox {P}$$ 32 P (1.71) 和 $$^{\ mathrm {90}}\hbox {Y}$$ 90 Y (2.274 MeV) 在原子序数范围 $$13 的厚目标中
更新日期：2020-09-05
中文翻译：
β粒子诱导轫致辐射产率的经验公式
我们已经使用诸如 $$^{\mathrm {35}}\hbox {S}$ 等 β 源测量了 $$\beta $$ β 粒子诱导的轫致辐射能量产额和能量范围 0.1668–2.274 MeV 内的光子产额$ 35 S (0.1668), $$^{\mathrm {99}}\hbox {Tc}$$ 99 Tc (0.293), $$^{\mathrm {147}}\hbox {Pm}$$ 147 Pm ( 0.225), $$^{\mathrm {90}}\hbox {Sr}$$ 90 Sr (0.5462), $$^{\mathrm {204}}\hbox {Tl}$$ 204 Tl (0.76), $ $^{\mathrm {91}}\hbox {Y}$$ 91 Y (1.5), $$^{\mathrm {32}}\hbox {P}$$ 32 P (1.71) 和 $$^{\ mathrm {90}}\hbox {Y}$$ 90 Y (2.274 MeV) 在原子序数范围 $$13 的厚目标中
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