富士電機の鉛フリー5元はんだ
Contents
1. ENVIRONMENT FRIENDIY SnBi Sn Bi 140C Ag Cu Ni Ge SnBiAgCuINiGe Ni Ge SnBi Ni Ge Sn Bi SnBi SnBiAg SnBiAgCuNiGe 0 0 40 0 0 1 Sn57 5BiO 5Ag Sn57 5Bi0 5Ag0 07Ni02. 03 5435 71 11 TF141 00328 1 11 URL http Www fujielectriC CO jD 2014 3 C2014a K2013 OD0 3EP Printed in Japan
3. SnBi SnBiAgCuNiGe 6 m Bi rich 3 4 m Bi rich e SnBi Ag Cu Ni Ge SnBi Sn57 5Bi0 5AgCuNiGe Sn57 5BiO 5Ag 2 5 Ag SnBi
4. T Enhancing electromigration resistance of Sn 1 Ag0 5Cu solder by adding single Ni or Ge microelement Xu ZHAO Masumi SAKA Mitsuo YAMASHITA Hiroaki HUKAZONO Journal of Solid Mechanics and Materials Engineering Vol NO 1 013 118 123 Ultra Acceletrated Quantum Chemical Molecular Dynamics Simulation of Atomic Level Stability of Solder Materials Nozomu Hatakeyama Ryuji Miura Ai Suzuki Kunio Shiokawa Mitsuo Yamashita Akira Miyamoto ICEP2013 proceedings p765 768 3 Sn Ag Cu Ni Ge PP 52012 Vol 195 C No 1 1 324 332 InfO SOIder fujleleCtriC CO jD A
5. 0 50 100 150 200 250 300 350 T a h 2 Sn Ni Ge eC J Ni Ge Ni Ge Sn Ni Ge Sn 15 rE SnlAg0 5Cu Sn1l Ag0 5Cu0 07Ni0 0 1Ge Sn Sn NiGe gy ww a b hE i EF 1 mri EE Sn1Ag 0 5Cu Sn1AgO0 5Cu0 07NiO0 01Ge
6. inovating Energy Technology LOW HI WY A Ag 1 Sn Ag _ IN Ge Sn1AgCuINiGe Ag Ni Ge EC Ni Ge SnAgCu SnAg Ni SnCu 4 EPMA EPTC Ag SnAg SnCu Ni SU Ge Ag Sn Sn0 3AgCu _ Sn1AgCu Sn1AgCuNiGe 1 10 energy eV CO 8 nn
7. 01Ge 9 N Sn Bi RS OT 89277 ga 3 MPa T 373K Bi Ni Sn Ge Cu Ag 20 3560 SnBi SnBiAgCuNiGe 9 3600 go cd 3620 a 3640 p O 3660 0 0 20 40 60 80 100 Time t h CuNiGe Ni Sn Ge Ag Cu e Sn 3B0E Cu Ni Ge Sn Bi Cu Ni Ge Bi Ee th Tn ae 4 7 Pe ki 1 s r ea ld i oh i 1 Nat rR TA NY
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