F. Ambe

Publication List Details

Period

1971 - 2008

Number

9

Co-Authors

DEFECT 119Sn ATOMS AFTER NUCLEAR DECAYS AND REACTION IN SnSb AND SnTe (1976)

Ambe, F., Ambe, S.

The lattice position of 119Sn atoms after EC decays and a proton-reaction was studied in SnSb and SnTe by emission spectroscopy. In Sn119Sb and Sn 119mTe, defect 119Sn atoms were found in the Sb or...

DEFECT 119Sn ATOMS AFTER NUCLEAR DECAYS AND REACTION IN SnSb AND SnTe (1976)

Ambe, F., Ambe, S.

The lattice position of 119Sn atoms after EC decays and a proton-reaction was studied in SnSb and SnTe by emission spectroscopy. In Sn119Sb and Sn 119mTe, defect 119Sn atoms were found in the Sb or...

DEFECT 119Sn ATOMS AFTER NUCLEAR DECAYS AND REACTION IN SnSb AND SnTe (1976)

Ambe, F., Ambe, S.

The lattice position of 119Sn atoms after EC decays and a proton-reaction was studied in SnSb and SnTe by emission spectroscopy. In Sn119Sb and Sn 119mTe, defect 119Sn atoms were found in the Sb or...

MÖSSBAUER EFFECT OF 61Ni IN SPINEL TYPE MAGNETIC OXIDES (1971)

Sekizawa, H., Okada, T., Okamoto, S., Ambe, F.

The Mössbauer spectroscopy of 61Ni was effectively utilized to investigate the internal magnetic fields in Ni-containing oxides with spinel or distorted spinel structure. The internal magnetic...

MÖSSBAUER EFFECT OF 61Ni IN SPINEL TYPE MAGNETIC OXIDES (1971)

Sekizawa, H., Okada, T., Okamoto, S., Ambe, F.

The Mössbauer spectroscopy of 61Ni was effectively utilized to investigate the internal magnetic fields in Ni-containing oxides with spinel or distorted spinel structure. The internal magnetic...

MÖSSBAUER EFFECT OF 61Ni IN SPINEL TYPE MAGNETIC OXIDES (1971)

Sekizawa, H., Okada, T., Okamoto, S., Ambe, F.

The Mössbauer spectroscopy of 61Ni was effectively utilized to investigate the internal magnetic fields in Ni-containing oxides with spinel or distorted spinel structure. The internal magnetic...