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The isotope is mainly produced in supernovas ejecting many radioactive nuclides in the interstellar medium. The isotope is believed to provide enough heat to small planetary bodies so as to differentiate their interiors, such as has been the case in the e

INTO JAPANESE

同位体は主に、星間物質中の多くの放射性核種を放出する超新星で生成されます。同位体は、小さな惑星体に十分な熱を提供し、その内部を区別できると考えられています。

BACK INTO ENGLISH

Isotopes are primarily produced in supernovae, which emit many radionuclides in the interstellar medium. Isotopes are thought to provide enough heat to small planetary bodies to distinguish their interiors.

INTO JAPANESE

同位体は主に超新星で生成され、超新星は星間物質中に多くの放射性核種を放出します。同位体は、小さな惑星体にその内部を識別するのに十分な熱を提供すると考えられています。

BACK INTO ENGLISH

Isotopes are mainly produced in supernovae, which release many radionuclides into the interstellar medium. Isotopes are thought to provide enough heat to small planetary bodies to identify their interiors.

INTO JAPANESE

同位体は主に超新星で生成され、超新星は多くの放射性核種を星間物質に放出します。同位体は、小さな惑星の内部を特定するのに十分な熱を小さな惑星に提供すると考えられています。

BACK INTO ENGLISH

Isotopes are primarily produced in supernovae, which release many radionuclides into the interstellar medium. Isotopes are thought to provide enough heat to small planets to locate their interiors.

INTO JAPANESE

同位体は主に超新星で生成され、超新星は多くの放射性核種を星間物質に放出します。同位体は、小さな惑星にその内部を見つけるのに十分な熱を提供すると考えられています。

BACK INTO ENGLISH

Isotopes are primarily produced in supernovae, which release many radionuclides into the interstellar medium. The isotope is thought to provide enough heat to a small planet to find its interior.

INTO JAPANESE

同位体は主に超新星で生成され、超新星は多くの放射性核種を星間物質に放出します。この同位体は、小さな惑星が内部を探索するのに十分な熱を提供すると考えられている。

BACK INTO ENGLISH

Isotopes are primarily produced in supernovae, which release many radionuclides into the interstellar medium. This isotope is thought to provide enough heat for small planets to explore their interiors.

INTO JAPANESE

同位体は主に超新星で生成され、超新星は多くの放射性核種を星間物質に放出します。この同位体は、小さな惑星が内部を探索するのに十分な熱を提供すると考えられています。

BACK INTO ENGLISH

Isotopes are primarily produced in supernovae, which release many radionuclides into the interstellar medium. This isotope is thought to provide enough heat for small planets to explore their interiors.