vi
Preface
Part IV: Functional Analysis from Experimental Approach
• Silicon Nanomaterials (Hikaru Kobayashi et al.)
• Sodium Ion Conducting Glass Ceramics (Okura et al.)
• Surface Metal Oxides by Plasma-Electrolytic Oxidized Coating (Ustinov et al.)
• Organic Nanochannel (Hirokazu Kobayashi)
Part V: Forthcoming Theoretical Approaches
• Excited States (Bacalis)
• Quantum Dynamics (Hanna et al.)
Finally, I would like to thank Dr. Sinichi Koizumi and the Springer staff. I hope
this book facilitates readers’ understanding of how to analyze functionalities for
advanced nanomaterials.
“Materials development without basic science will face safety problem.”
Taku Onishi
May 2019
Preface
Part IV: Functional Analysis from Experimental Approach
• Silicon Nanomaterials (Hikaru Kobayashi et al.)
• Sodium Ion Conducting Glass Ceramics (Okura et al.)
• Surface Metal Oxides by Plasma-Electrolytic Oxidized Coating (Ustinov et al.)
• Organic Nanochannel (Hirokazu Kobayashi)
Part V: Forthcoming Theoretical Approaches
• Excited States (Bacalis)
• Quantum Dynamics (Hanna et al.)
Finally, I would like to thank Dr. Sinichi Koizumi and the Springer staff. I hope
this book facilitates readers’ understanding of how to analyze functionalities for
advanced nanomaterials.
“Materials development without basic science will face safety problem.”
Taku Onishi
May 2019