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Nano-plating (III): Database of Plated Film Microstructures completes the trilogy of nanoplating books written by Tohru Watanabe. Nanoplating (I) covers microstructure format… Read more
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Researchers in University and Government Institutions and chemical engineers involved in electrochemical technology; Professionals in R&D and quality departments of electroplating companies
1. Preface
2. Criteria for creating a plating film structural database
2.1 Introduction
2.2 Plating method
2.2.1 Plating conditions
2.2.2 Substrate material
1) Rolled pure Cu polycrystalline plate
2) Electrolytic Cu foil
3) Single crystal Cu ({100}, {110}, {111} plane)
4) Stainless steel (SUS-304) plate
5) Electrodeposited Ni-P (about 25at% P) amorphous alloy plating film
6) Liquid quenched amorphous alloy foil (Nippon Amorphous Metal Co. Fe-Si-B or Fe-Co-Si-B alloy)
2.3 Indication of plated film crystallographic orientation
2.4 Phase diagram
3. Database on the structure of plated films (alphabetical order)
3.1 Electrodeposited pure metal
1-1) Electrodeposited Ag
1-2) Electrodeposited Au
1-3) Electrodeposited Bi
1-4) Electrodeposited Cd
1-5) Electrodeposited Co
1-6) Electrodeposited Cr
1-7) Electrodeposited Cu
1-8) Electrodeposited Fe
1-9) Electrodeposited In
1-10) Electrodeposited Ni
1-11) Electrodeposited Pd
1-12) Electrodeposited Pt
1-13) Electrodeposited Ru
1-14) Electrodeposited Sn
1-15) Electrodeposited Zn
1-15-2) Effect of addition of anions and cations on Electrodeposited Zn
3.2 Electrodeposited alloy
2-1) Electrodeposited Ag-Cd
2-1) Electrodeposited Ag-Co
2-3) Electrodeposited Ag-Cu
2-4) Electrodeposited Ag-Fe
2-5) Electrodeposited Ag-Ni
2-6) Electrodeposited Ag-Ni
2-7) Electrodeposited Ag-Sn
2-8) Electrodeposited Ag-Zn
2-9) Electrodeposited Al-Mn
2-10) Electrodeposited Au-Co
2-11) Electrodeposited Au-Cu
2-12) Electrodeposited Au-Ni
2-13) Electrodeposited Au-Pd
2-14) Electrodeposited Au-Sn
2-15) Electrodeposited Cd-Sn
2-16) Electrodeposited Cd-Zn
2-17) Electrodeposited Co-Cu
2-18) Electrodeposited Co-Fe
2-19) Electrodeposited Co-Gd-O
2-10) Electrodeposited Co-Mo
2-21) Electrodeposited Co-Ni
2-22) Electrodeposited Co-Pd
2-23) Electrodeposited Co-Pt
2-24) Electrodeposited Co-Sm-O
2-25) Electrodeposited Co-Sn
2-26) Electrodeposited Co-W
2-27) Electrodeposited Cr-Fe
2-28) Electrodeposited Cr-H
2-29) Electrodeposited Cu-Ni
2-30) Electrodeposited Cu-Pb
2-31) Electrodeposited Cu-Sb
2-32) Electrodeposited Cu-Zn
2-34) Electrodeposited Fe-Mo
2-35) Electrodeposited Fe-Ni
2-36) Electrodeposited Fe-P
2-37) Electrodeposited Fe-Pd
2-38) Electrodeposited Fe-Pt
2-39) Electrodeposited Fe-W
2-40) Electrodeposited Fe-Zn
2-41) Electrodeposited Ge-Pd
2-42) Electrodeposited In-Sn
2-43) Electrodeposited In-Zn
2-44) Electrodeposited Ni-B
2-45) Electrodeposited Ni-Mo
2-46) Electrodeposited Ni-P
2-47) Electrodeposited Ni-S
2-48) Electrodeposited Ni-Sn
2-49) Electrodeposited Ni-W
2-50) Electrodeposited Ni-Zn
2-51) Electrodeposited Sn-Zn
3.3 Electroless deposited pure metal
3-1) Electroless deposited Ag
3-2) Electroless deposited Au
3-3) Electroless deposited Co
3-4) Electroless deposited Cu
3-5) Electroless deposited Ni
3.4 Electroless deposited alloy
4.1) Electroless deposited Co-Ni
4.2) Electroless deposited Ni-B
4.3) Electroless deposited Ni-P
3.5 Displacement pure metal
5-0) Formation mechanism of displacement plated film
5-1) Displacement Ag
5-2) Displacement Ag
5-3) Displacement Cd
5-4) Displacement Cu
5-5) Displacement Cu on Si substrate
5-6) Displacement Pd
5-7) Displacement Pd on Si substrate
5-8) Displacement Zn
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