There exist many sources of energy both potential and kinetic.

存在着许多势能和能能。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积能测量准确度，特别介绍了环境剂量计衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子能率，进而估算出125I粒子表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈作用，像个可以反射或透射这些波介面，让它们转换星系整体转能为自身能量。

There exist many sources of energy both potential and kinetic.

存在势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反射或透射这些波的介面，让它们转换体的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

高环境累积比释动能的测量准确度，特别介绍环境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活度（又称等效活度），并对结果进行分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反射或透射的介面，让它们转换星系整体的转动动能自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了境累积比释动能的测量准确度，特别介绍了境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反或些波的介面，让它们转换星系整体的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活度（又活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反射或透射这些波的介面，让它们转换星系整体的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反射或透射这些波的介面，让它们转换星的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估出125I粒子源的度（又称等效度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可以反射或透射这些波的介面，让它们转换星系整体的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能测量准确度，特别介绍了环境剂量计衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源空比释动能率，进而估算出125I粒子源表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈作用，像个可以反射或透射这些波介面，让它们转换星系整体转动动能为能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空释动能率，进而估算出125I粒子源的表观活度（又称等效活度），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同旋转圈的作用，像个可或透这些波的介面，让它们转换星系整体的转动动能为自身的能量。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量，特别介绍了环境剂量计的衰退修正及其计算方法。

The Air Kerma Rate of 125I sources is determined by the well-type ionization chamber.Thereafter the apparent activity of 125I sources is calculated and measured results are anylyzed.

采用井型电离室测定125I粒子源的空比释动能率，进而估算出125I粒子源的表观活（又称等效活），并对结果进行了分析。

The corotation circle acts as an interface that can either reflect or transmit these waves, allowing them to gain energy at the expense of the global rotational kinetic energy of the galaxy.

共同的作用，像个可以反射或透射这些波的介面，让它们换星系整体的动动能为自身的能量。