Tungsten期刊推介| 吕广宏教授、高飞教授主持的先进核能材料应用专刊 | Review papers综述文章：
3、A review of solute‑point defect interactions in vanadium and its alloys: first‑principles modeling and simulation 全文https://t.cn/A6Vbm80u
Peng‑Bo Zhang（张朋波，大连海事大学）*, Ji‑Jun Zhao（赵纪军，大连理工大学）*, Ting‑Ting Zou, Rui‑Huan Li, Peng‑Fei Zheng, Ji‑Ming Chen
图 Atomic confgurations and total binding energies of He in VO2Hen and VN2Hen complexes with n=1 to 5 [2].
[2] Zhang PB, et al. Comput Mater Sci. 2019;160:180.
3、A review of solute‑point defect interactions in vanadium and its alloys: first‑principles modeling and simulation 全文https://t.cn/A6Vbm80u
Peng‑Bo Zhang（张朋波，大连海事大学）*, Ji‑Jun Zhao（赵纪军，大连理工大学）*, Ting‑Ting Zou, Rui‑Huan Li, Peng‑Fei Zheng, Ji‑Ming Chen
图 Atomic confgurations and total binding energies of He in VO2Hen and VN2Hen complexes with n=1 to 5 [2].
[2] Zhang PB, et al. Comput Mater Sci. 2019;160:180.
Tungsten期刊推介| 吕广宏教授、高飞教授主持的先进核能材料应用专刊 | Review papers综述文章：
1、Effects of alloying elements Mn, Mo, Ti, Si, P and C on the incubation periodof void swelling in austenitic stainless steels 全文https://t.cn/A6Vbn7nm
Toshimasa Yoshiie*（日本京都大学）, Qiu Xu*（日本京都大学）
Fig. Typical damage structure in FeCrNiTi irradiated by JMTR at 473 K (0.13 dpa), 673 K (0.037) and cyclic-temperature at 473 K/673 K with six cycles (0.13)[1].
[1] Yoshida N, et al. J Nucl Mater. 1994;212–215(1):471.
1、Effects of alloying elements Mn, Mo, Ti, Si, P and C on the incubation periodof void swelling in austenitic stainless steels 全文https://t.cn/A6Vbn7nm
Toshimasa Yoshiie*（日本京都大学）, Qiu Xu*（日本京都大学）
Fig. Typical damage structure in FeCrNiTi irradiated by JMTR at 473 K (0.13 dpa), 673 K (0.037) and cyclic-temperature at 473 K/673 K with six cycles (0.13)[1].
[1] Yoshida N, et al. J Nucl Mater. 1994;212–215(1):471.
#东华科研#
【喜讯！东华这一英文学术期刊，升级了！】
近日，由纤维材料改性国家重点实验室（东华大学）发起，东华大学和中国材料研究学会共同主办的期刊《Advanced Fiber Materials》 (简称Adv. Fiber Mater.) 被Web of Science的Emerging Sources Citation Index （ESCI）数据库正式收录，标志着这一期刊发展的又一里程碑。
https://t.cn/A6Vwr4RV
【喜讯！东华这一英文学术期刊，升级了！】
近日，由纤维材料改性国家重点实验室（东华大学）发起，东华大学和中国材料研究学会共同主办的期刊《Advanced Fiber Materials》 (简称Adv. Fiber Mater.) 被Web of Science的Emerging Sources Citation Index （ESCI）数据库正式收录，标志着这一期刊发展的又一里程碑。
https://t.cn/A6Vwr4RV
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