Suivre
Yongjun Huo
Yongjun Huo
Beijing Institute of Technology
Adresse e-mail validée de uci.edu
Titre
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Année
The growth and stress vs. strain characterization of the silver solid solution phase with indium
Y Huo, CC Lee
Journal of Alloys and Compounds 661, 372-379, 2016
312016
Wafer-scale fabrication of CMOS-compatible trapping-mode infrared imagers with colloidal quantum dots
S Zhang, C Bi, T Qin, Y Liu, J Cao, J Song, Y Huo, M Chen, Q Hao, ...
ACS Photonics 10 (3), 673-682, 2023
272023
A reaction study of sulfur vapor with silver and silver–indium solid solution as a tarnishing test method
Y Huo, SW Fu, YL Chen, CC Lee
Journal of Materials Science: Materials in Electronics 27, 10382-10392, 2016
252016
Solid solution softening and enhanced ductility in concentrated FCC silver solid solution alloys
Y Huo, J Wu, CC Lee
Materials Science and Engineering: A 729, 208-218, 2018
202018
Enhancement mechanism of Te doping on microstructure, wettability and mechanical properties of Sn–Bi-based solder
Z Hou, X Zhao, Y Gu, C Tan, Y Huo, S Shi, Y Liu
Materials Science and Engineering: A 848, 143445, 2022
192022
Study of anti-tarnishing mechanism in Ag-In binary system by using semi-quantum-mechanical approach
Y Huo, J Wu, CC Lee
Journal of The Electrochemical Society 164 (7), C418, 2017
162017
Low Temperature VECSEL-to-Diamond Heterogeneous Integration with Ag-In Spinodal Nanostructured Layer
R Sheikhi, Y Huo, FG Shi, CC Lee
Scripta Materialia 194, 113628, 2021
132021
Exploring the DBR superlattice effect on the thermal performance of a VECSEL with the finite element method
Y Huo, CY Cho, KF Huang, YF Chen, CC Lee
Optics Letters 44 (2), 327-330, 2019
132019
Direct Ag-Ag bonding by in-situ reduction of surface oxides for advanced chip-package interconnection
J Wu, Y Huo, CC Lee
Materialia 4, 417-422, 2018
132018
Prior-to-bond annealing effects on the diamond-to-copper heterogeneous integration using silver–indium multilayer structure
R Sheikhi, Y Huo, CH Tsai, CR Kao, FG Shi, CC Lee
Journal of Materials Science: Materials in Electronics 31, 8059-8071, 2020
102020
Anti-tarnishing evaluations of silver solid solution phase with indium
Y Huo, CC Lee
2015 IEEE 65th Electronic Components and Technology Conference (ECTC), 2180-2187, 2015
92015
Alloying regulation mechanism toward microstructure evolution of Sn-bi-based solder joint under current stress
Z Hou, X Zhao, Y Wang, Y Gu, C Tan, X Xie, Y Huo, Y Liu
Materials Characterization 191, 112094, 2022
82022
A first-principles computation-driven mechanism study on the solders dilute doping effects to η’-Cu6Sn5 growth kinetics
Y Wang, Y Dong, X Zhao, Y Huo, Y Liu
Journal of Materials Science 56, 9741-9753, 2021
72021
Atomistic insights into silver-indium solid solution softening mechanism for microelectronics packaging
S Zhao, B Zheng, D Zhang, X Xie, Z Qu, Y Wang, X Zhao, J Wu, CC Lee, ...
Journal of Materials Research and Technology 24, 6065-6075, 2023
62023
Advanced Electronic Packaging Technology: From Hard to Soft
Y Gu, Y Huo
Materials 16 (6), 2346, 2023
52023
Plasma-induced growth mechanism of surface-state silver oxide in nanoscale for low-temperature bonding technology
T Wang, S Gu, Y Fang, D Zhang, X Xie, Z Qu, Y Wang, X Zhao, J Wu, ...
Materials Characterization 199, 112830, 2023
42023
Size-controlled low-melting-point-alloy particle-incorporated transient liquid-phase epoxy composite conductive adhesive with high performances
M Yang, Y Liu, D Zhang, C Cao, X Zhao, Y Huo
ACS Applied Polymer Materials 5 (4), 2760-2773, 2023
42023
A phase-field model of electrochemical migration for silver-based conductive adhesives
C Cao, M Yang, C Liang, D Zhang, X Chen, X Zhao, CC Lee, Y Huo
Electrochimica Acta 471, 143388, 2023
32023
Room-temperature, rapid, solid-state solder bonding technology for future ultra-high-density interconnects manufacturing
M Yang, Y Huo, X Zhao, Y Guo, Y Liu
Journal of Materials Research and Technology 25, 999-1010, 2023
32023
Comparison between bulk and particle solder alloy on the performance of low-melting solder joints
M Yang, X Zhao, Y Huo, KN Tu, Y Liu
Journal of Materials Research and Technology 24, 71-80, 2023
22023
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