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| In-Hou Hsu |
1 |
| IN, Hsieh |
2 |
| In, Jan-wen |
1 |
| In-jen Lin |
3 |
| In-Jer Huang |
1 |
| In, Jiunn-Lee |
2 |
| In-Jye Tsai |
1 |
| In-Keng Fu |
1 |
| In, Kuo-Lin |
2 |
| In, Kyoung |
1 |
| IN Lien |
4 |
| IN-LIN, HU |
1 |
| in, M. |
3 |
| In-Mao Liu |
1 |
| in-Ming Hwang |
1 |
| In-Ming Peng |
1 |
| in, N.-T. |
1 |
| (In-Nian Chen) |
1 |
| in particular, FeCoNiNb alloy had the highest hardness of the alloys of interest. The corrosion resistance of FeCoNiNb0.5Mo0.5 and FeCoNiNb alloys was less than that of FeCoNi alloy because of their dual-phased dendritic microstructures. The corrosion resistance of the FeCoNiNb0.5Mo0.5 alloy exceeded that of the FeCoNiNb alloy in these solutions. However, FeCoNiNb0.5Mo0.5 and FeCoNiNb alloys exhibited a favorable combination of corrosion resistance and hardness. |
1 |
| In, Payungsuk |
1 |
| In-Pei Lin |
1 |
| In-Ru Chen |
1 |
| In-Ru Lin |
1 |
| In, Seong-mi |
1 |
| In, Serena |
1 |
| In -Shin Hang |
1 |
| In-Shing Chu |
1 |
| In-Soo Chun |
1 |
| IN-SOOK, JI |
1 |
| in, Stuart A. |
1 |
| In-Su Chiu |
1 |
| in 't Groen S.L.M. |
1 |
| in 't Groen, Stijn L.M. |
3 |
| in't Veld, D. Huis |
1 |
| In-Tian, Lin |
3 |
| In-Ting Huang |
1 |
| In-Tsang Lin |
17 |
| In-Tsang Ling |
1 |
| In, Y. |
1 |
| IN, YA-LAN |
1 |
| in-Yang Wang |
1 |
| In-Yee Li |
1 |
| In-Yi,Lee |
1 |
| IN-Young Chiu |
1 |
| Ina |
1 |
| Ina Cheng, R. |
1 |
| Ina, T. |
1 |
| Inaba |
1 |
| Inaba, H. |
6 |
| Inaba, M. |
9 |
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