It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子成反粒子──反k介子，然后又回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了解蛋白质的稳定及动是一个战，这往往需要对摺叠和非摺叠态的蛋白质之间交互作用做具体的析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变成反粒子──反k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了解蛋白质的稳定性及动性是一个战，这往往需要对摺叠和非摺叠态的蛋白质之间交互作用做具体的分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交作用会k逐渐变成反粒──反k，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了解蛋白质的稳定性及动性是一个战，这往往需要对摺叠和非摺叠态的蛋白质之间交作用做具体的分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变子──k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了解蛋白质的稳定性及动性是一个战，这往往需要对摺叠和非摺叠态的蛋白质之间交互作用做具体的分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变成反粒子──反k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整白质稳定性及动性是一个战，这往往需要对摺和非摺白质之间交互作用做具体分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐成反粒子──反k介子，然后来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了解蛋白质稳定性及动性是一个战，这往往需要对摺叠和非摺叠态蛋白质之间交互作用做分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变成反粒子──反k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理了解的稳定性及动性是一个战，这往往需要对摺叠和非摺叠态的之间交互作用做具体的分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变成反粒子──反k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和整了解蛋的稳定性及动性是一个战，这往往需要对摺叠和非摺叠态的蛋间交互作用做具体的分析。

It turns out that the weak interaction causes a kaon gradually to convert into its antiparticle, the antikaon, and then back again.

弱交互作用会使k介子逐渐变成反粒子──反k介子，然后又变回来。

A Feynman propagator is constructed for the effective interaction between electrons which takes into account the polarizability of the medium of unexcited particles in the Fermi sea.

欲从实验和理论完整了质的稳定性及动性是一个战，这往往需要对和非的质之间交互作用做具体的分析。