References
- Bull. Chem. Soc. Jpn. v.63 no.2 A Linear Relationship between the Glass Transition Temperature and Local Distortion of Calcium Gallate, Barium Gallate, and Calcium Aluminate Glasses T. Nishida;H. Ide;Y. Takashima
- Z. Naturforsch. Teil A. v.51 no.5;6 Verification of the Tg-△Rule' in Sodium Tungstate and Potassium Silicate Glasses T. Nishida
- J. Non-Cryst. Solids. v.194 no.1;2 Occupation of Tungsten Site by Iron in Sodium Tungstate Glasses T. Nishida;M. Suzuki;S. Kubuki;M. Katada;Y. Maeda
- J. Non-Cryst. Solids. v.177 Advances in the Mossbauer Effect for the Structural Study of Glasses T. Nishida
- J. Radioanal. Nucl. Chem. v.182 no.2 57Fe- and 119Sn-Mossbauer Effect of Oxide Glasses T. Nishida
- Hyperfine Interact. v.95 no.1;2;3;4 Mossbauer Effect in Inorganic Glasses T. Nishida
- Mossbauer Spectroscopy of Sophisticated Oxides Mossbauer Effect in Inorgranic Glasses T. Nishida;Z. Homonnay(ed.);A. Vertes(ed.)
- Phys. Status Solidi B v.55 no.2 Charge Compensation of Fe³+ ions in V₂O5(ESR Measurements) K. Jansen;G. Sperlich
- Can. J. Phys. v.48 no.22 Magnetic Resonance and Quadrupole Coupling in Vanadium Oxygen Compounds S.L. Segel;R.B. Creel
- J. Non-Cryst. Solids v.57 no.1 IR-Spectral Study of Vanadate Vitreous Systems Y. Dimitriev;V. Dimitrov;M. Arnaudov;D. Topalov
- Bull. Chem. Soc. Jpn. v.60 no.3 Mossbauer and DTA Studies of Semiconducting Potassium Vanadate Glasses Containing Iron T. Nishida;Y. Takashima
- J. Mater. Chem. v.6 no.12 Structural Relaxation and Crystallization of Semiconducting Vanadate Glass Accompanying a Jump of the Electrical Conductivity T. Nishida;J. Kubota;Y. Maeda;F. Ichikawa;T. Aomine
- Adv. Phys. v.16 no.61 Electrons in Disordered Structrues N.F. Mott
- Adv. Phys. v.18 no.71 Polarons in Crystalline and Non-Crystalline Solids I.G. Austin;N.F. Mott
- J. Non-Cryst. Solids v.81 no.3 Formation and Optical Properties of (R₂O or R'O)-Nb₂O5-Ga₂O₃ Glasses T. Kokubo;Y. Inaka;S. Sakka
- J. Mater. Chem. v.2 no.7 FTIR Investigations of the Crystallization of IR-Transmitting Glasses: Application to Galcuim Gallate Glass T. Nishida;T. Ichii;Y. Takashima
- J. Non-Cryst. Solids. v.209 no.1;2 Application of the IR-Transmission Method and the Mossbauer Effect to the Crystallization of Calcium Gallate Glass S. Kubuki;T. Nishida;P. Kaung;T. Yagi;Y. Maeda
- J. Non-Cryst. Solids. v.177 IR-Transmission Method Applied to the Crystallization of Gallate Glasses and the Mechanism of Crystallization Caused by Ar+-Laser and 60Co-γRay Irradiatioin T. Nishida;S. Kubuki;Y. Takashima
- Hyperfine Interact. v.94 no.1;2;3;4 Laser-and Gamma-Ray Induced Crystallization of IR-Transmitting Calcium Gallate Glass T. Nishida;S. Kubuki;Y. Takashima;M. Mikami;T. Yagi
- J. Mater. Chem. v.7 no.9 Crystallization Mechanism of Aluminoferrate Glass Accompanying a Precipitation of Nanocrystals of Dicalcium Ferrite (Ca₂Fe₂O5) and Mayenite (12CaO 7Al₂O₃) T. Nishida;S. Kubuki;M. Shibata;Y. Maeda;T. Tamaki
- Physical of Non-Crystalline Solids P. Tarte