SEM/TEM搭載型ナノインデンター

• Schmalbach, K.M., Hintsala, E.D., Bhowmick, S. and Stauffer, D.D. 2025. Accelerated Correlation of Microstructure–Mechanical Property Relationships in Laser Clad Steels. JOM 77 (6): p.4081–89. https://doi.org/10.1007/s11837-025-07322-1
• Zhang, Y., Dillon, S. & Lambros, J. Opening-Dominated Fracture Characterization of Single Crystal Spinel in the Transmission Electron Microscope. Exp Mech (2025). https://doi.org/10.1007/s11340-025-01206-w
• Kang, DH., Cho, S., Kim, H.Y. et al. Silicon nanocolumn-based disposable and flexible ultrasound patches. Nat Commun 16, 6609 (2025). https://doi.org/10.1038/s41467-025-61903-x
• Gong, J., Darnbrough, J.E. and Wilkinson, A.J., 2025. Temperature-dependent Slip Properties and Strain Rate Sensitivities of< a> Prismatic,< a> Basal, and< c+ a> Slip Systems in Zircaloy-4: Insights from Single-crystal Microcantilever Testing. Materials Science and Engineering: A, p.148535. https://doi.org/10.1016/j.msea.2025.148535
• Ajantiwalay, T., Bohanon, B., Warren, P.H., Dubey, M., Wu, Y., Wharry, J.P. and Aitkaliyeva, A., 2025. Observations of the irradiation hardening behavior in neutron irradiated HT-9 steels through in situ TEM nano-mechanical tests. Journal of Nuclear Materials, 604, p.155497.  https://doi.org/10.1016/j.jnucmat.2024.155497
• Dillon, S.J., Schoell, R.M., Wright, A., Luo, J., Rabkin, E. and Hattar, K., 2025. Creep and failure at metal-oxide interfaces. Acta Materialia, 283, p.120563.  https://doi.org/10.1016/j.actamat.2024.120563
• Bombarda, I., Wich, F., Langhof, N., Sitzmann, C. and Schafföner, S., 2025. High temperature tensile strength of ultrathin 3YSZ tapes: An experimental study combining Weibull theory and fracture mechanics. International Journal of Hydrogen Energy, 164, p.150764.  https://doi.org/10.1016/j.ijhydene.2025.150764
• Ida, S., Nakagawa, E., Paul, V., Ohmura, T. and Yoshimi, K., 2025. Enhanced deformability of TiC in Mo-Ti-C ternary system by off-stoichiometry. Materialia, p.102412.  https://doi.org/10.1016/j.mtla.2025.102412
• Hartmann, J., Varga, T., Schenck, C., McRobie, C., Tsai, F.Y., Shutthanandan, V., Devaraj, A., Senor, D., Gwalani, B. and Kautz, E., 2025. Structure evolution and tin redistribution during oxidation of Zircaloy-4 at 500° C. Journal of Nuclear Materials, p.155895.  https://doi.org/10.1016/j.jnucmat.2025.155895
• Ajantiwalay, T., Li, L., Haag IV, J.V., Niverty, S., Kalsar, R., Devaraj, A., Soulami, A. and Joshi, V.V., 2025. Evaluating the bond strength and fracture mechanisms of cold-sprayed zinc coating on AZ91 magnesium substrate via a combined experimental and computational approach. Journal of Magnesium and Alloys.  https://doi.org/10.1016/j.jma.2025.08.027
• Schenk, O., Doost, M.V., genannt Wäcken, P.B., Meurer, M., Bergs, T. and Broeckmann, C., 2025. Multiscale characterization of surface integrity of machined Inconel 718. Materials Letters, p.139507.  https://doi.org/10.1016/j.matlet.2025.139507
• Sarac, A., Yilmaz, H., Alkan, B. and Bucsek, A., 2025. Size Effect on Compressive Strength and Deformation of Additively Manufactured 316L Stainless Steel Micropillars. Materials Science and Engineering: A, p.148752.  https://doi.org/10.1016/j.msea.2025.148752

• Aleman, Angel, Hicham Zaid, Koichi Tanaka, Jenn-Ming Yang, Suneel Kodambaka, and Hanna Kindlund. 2024. “Unusual Secondary Slip Activity at Room Temperature in VC Single Crystals.” Materials & Design 244 (August): 113195. https://doi.org/10.1016/j.matdes.2024.113195.
• An, Qi, Zhe Yan, Lichen Bai, and Shijian Zheng. 2024. “Achieving Superior Matching of Strength, Plasticity, and Strain Hardening in Multilayers by Introducing Metastable Amorphous Interface Phase.” Scripta Materialia 252 (November): 116258. https://doi.org/10.1016/j.scriptamat.2024.116258.
• Bignoli, Francesco, Philippe Djemia, Giancarlo Terraneo, Gregory Abadias, Christoph Gammer, Alice Lassnig, Camila A. Teixeira, et al. 2024. “Novel Class of Crystal/Glass Ultrafine Nanolaminates with Large and Tunable Mechanical Properties.” ACS Applied Materials & Interfaces 16 (27): 35686–96. https://doi.org/10.1021/acsami.4c02610.
• Bijun Xie, Hangman Chen, Pengfei Wang, Cheng Zhang, Bin Xing, Mingjie Xu, Xin Wang, Lorenzo Valdevit, Julian Rimoli, Xiaoqing Pan, Penghui Cao. 2024. “Divergent Evolution of Slip Banding in Alloys.”
• Cao, Qingping, Nan Wang, Jae-Moo Kim, Arnaud Caron, Zhipeng Zhang, Haofei Zhou, Xiaodong Wang, Shaoqing Ding, Dongxian Zhang, and Jian-Zhong Jiang. 2024. “A Dual-Phase Fe-Co-Ni-Cr-Mn High Entropy Alloy Thin Film with Superior Strength and Corrosion-Resistance.” Journal of Alloys and Compounds 1003 (October): 175551. https://doi.org/10.1016/j.jallcom.2024.175551.
• Dabney, Tyler Alexander. 2024. “Development of Cold Spray Cr Coatings on Zr-Alloy for Advanced Nuclear Fuel Cladding.”
• Duan, Fenghui, Qian Li, Zhihao Jiang, Lin Zhou, Junhua Luan, Zheling Shen, Weihua Zhou, et al. 2024. “An Order-Disorder Core-Shell Strategy for Enhanced Work-Hardening Capability and Ductility in Nanostructured Alloys.” Nature Communications 15 (1): 6832. https://doi.org/10.1038/s41467-024-50984-9.
• Flamourakis, George, IOANNIS SPANOS, Zacharias Vangelatos, Costas Grigoropoulos, Anthi Ranella, and Maria Farsari. 2024. “Laser-Made Mechanical Metamaterials: Towards the Development of 4D Scaffolds for Cell Growth.” In Nanoscale and Quantum Materials: From Synthesis and Laser Processing to Applications 2024, edited by Andrei v. Kabashin, Maria Farsari, and Masoud Mahjouri-Samani, 11. SPIE. https://doi.org/10.1117/12.3004008.
• Gasper, C., I. Y. Gao, F. A. Busch, A. Ziemons, D. Beckers, H. Springer, and S. Korte-Kerzel. 2024. “Preparation of Binary and Ternary Laves and Μ-Phases in the Ta–Fe(–Al) System for Property Analysis at the Microscale.” Metallurgical and Materials Transactions A 55 (7): 2244–63. https://doi.org/10.1007/s11661-024-07390-z.
• Ghodki, Nandita, Shristy Jha, Siva Shankar Alla, Yu-Chia Yang, George M. Pharr, and Sundeep Mukherjee. 2024. “Deformation Behavior of Thermally Rejuvenated Zr-Cu-Al-(Ti) Bulk Metallic Glass.” Scientific Reports 14 (1): 20729. https://doi.org/10.1038/s41598-024-71658-y.
• Gunjal, Vilas, Chandra Sekhar Tiwary, Kamanio Chattopadhyay, and Dipankar Banerjee. 2024. “Intermetallic Eutectics with Gigapascal Strength and Enhanced Ductility.” Intermetallics 168. https://doi.org/10.1016/j.intermet.2024.108228.
• Ha, Sangyul, Saif Haider Kayani, Kyungjun Lee, Suwon Park, Hyunjoo Choi, Jae Bok Seol, Jung Gi Kim, and Hyokyung Sung. 2024. “Microscopic-Plastic Deformation Behavior of Grain Boundary Precipitates in an Al–Zn–Mg Alloy.” Journal of Materials Research and Technology 30 (May): 3420–29. https://doi.org/10.1016/j.jmrt.2024.04.044.
• Hazendonk, Laura S. van, Zafeiris J. Khalil, Wilko van Grondelle, Levina E. A. Wijkhuijs, Ingeborg Schreur-Piet, Michael G. Debije, and Heiner Friedrich. 2024. “Hot Fingers: Individually Addressable Graphene-Heater Actuated Liquid Crystal Grippers.” ACS Applied Materials & Interfaces 16 (25): 32739–47. https://doi.org/10.1021/acsami.4c06130.
• Hong, Jong-Dae, Hongryul Oh, Daehyeok Ahn, Dongchan Jang, Hyun-Gil Kim, JaeYong Kim, Hyochan Kim, and Martin Ševeček. 2024. “Micro-Mechanical Evaluations of Adhesion Properties for Cr-Coated Accident Tolerant Fuel Cladding.” Nuclear Materials and Energy 41 (December): 101799. https://doi.org/10.1016/j.nme.2024.101799.
• Horbach, Lutz, Jiali Zhang, Tobias Sedlatschek, Felix Weber, Christian Gebhardt, Betto David Joseph, Andreas Bührig-Polaczek, and Christoph Broeckmann. 2024. “The Effect of Silicon on the Critical Resolved Shear Stress of Solid Solution Strengthened Ferritic Ductile Iron.” Materials & Design 244 (August): 113130. https://doi.org/10.1016/j.matdes.2024.113130.
• Hou, Jingkun, Xianzhang Wu, Zhihan Li, Xingchi Li, Yu Liao, Lei Li, Sha Luo, Yiqiang Wu, and Yan Qing. 2024. “Aligned Bamboo Fiber‐Induced Crystallinity Mitigation of Lightweight Polymer Composite Enables Ultrahigh Strength and Unprecedented Toughness.” Advanced Functional Materials 34 (27). https://doi.org/10.1002/adfm.202314559.
• Hu, C., Y.X. Liu, B.B. He, and M.X. Huang. 2025. “Role of Intermetallic Networks in Developing High-Performance Austenitic Steel.” Acta Materialia 283 (January): 120494. https://doi.org/10.1016/j.actamat.2024.120494.
• Jang, Dongchan, Woosuk Seo, Daehyeok Ahn, Hadi Ghaffarian, Tae-Ho Lee, Eun-Soo Park, Keumhwan Park, and Yongjo Kim. 2024. “Design and Fabrication of Highly Elastic and Largely Deformable Nanolaminate Amorphous-Crystalline Metallic Electrodes for Deformable Displays.” https://doi.org/10.21203/rs.3.rs-4539893/v1.
• Janknecht, Rebecca, Rainer Hahn, Nikola Koutná, Tomasz Wójcik, Eleni Ntemou, Andreas Steiger-Thirsfeld, Zhuo Chen, et al. 2024. “A Strategy to Enhance the B-Solubility and Mechanical Properties of Ti–B–N Thin Films.” Acta Materialia 271 (June): 119858. https://doi.org/10.1016/j.actamat.2024.119858.
• Jha, Shristy, Siva Shankar Alla, Sanjit Bhowmick, and Sundeep Mukherjee. 2025. “Temperature Dependent Small-Scale Deformation of a Refractory High Entropy Alloy.” Materials Letters 379 (January): 137649. https://doi.org/10.1016/j.matlet.2024.137649.
• Kakaraparty, Karthik, Erik A. Pineda, Baylee Schumacher, Russell C. Reid, and Ifana Mahbub. 2024. “Advanced Bias-Free Energy Harvesting Based on High-Dielectric Flexible Electrodes with Reverse Electrowetting-on-Dielectric.” IEEE Sensors Journal 24 (7). https://doi.org/10.1109/JSEN.2023.3345841.
• Kim, Ho A., Ju Seong Kim, Yundong Lee, Sangbum Kim, Youho Lee, Yong Soo Kim, Joo Hee Kang, and Sangtae Kim. 2024. “Microstructure and Mechanical Properties of Hydride Blisters Formed on Zircaloy-4 Claddings.” Journal of Nuclear Materials 588. https://doi.org/10.1016/j.jnucmat.2023.154777.
• Lam, S., D. Frazer, F. Cappia, M. Nelson, S. Samuha, S. Pitts, B. Harris, and P. Hosemann. 2025. “Length Scale Effects of Micro- and Meso‑scale Tensile Tests of Unirradiated and Irradiated Zircaloy-4 Cladding.” Journal of Nuclear Materials 604 (January): 155469. https://doi.org/10.1016/j.jnucmat.2024.155469.
• Lee, Do Hoon, Taesu Lim, Jeongsu Pyeon, Hyunmin Park, Sang‐Won Lee, Seungkyu Lee, Wonsik Kim, et al. 2024. “Self‐Mixed Biphasic Liquid Metal Composite with Ultra‐High Stretchability and Strain‐Insensitivity for Neuromorphic Circuits.” Advanced Materials 36 (16). https://doi.org/10.1002/adma.202310956.
• Lehnert, R., V. Remich, G. Gerstein, M. Motylenko, M. Müller, P. Krooß, T. Niendorf, H. Biermann, and A. Weidner. 2024. “Unraveling Factors Affecting the Reversibility of Martensitic Phase Transformation in FeNiCoAlTi Shape Memory Alloys: Insights from HR-EBSD and Acoustic Emission Analysis.” Acta Materialia 276 (September): 120146. https://doi.org/10.1016/j.actamat.2024.120146.
• Leide, Alex, Eric Hintsala, Mark Davies, David T. Goddard, and Dong Liu. 2024. “Micromechanical Properties of TRISO Coatings by In-Situ High Temperature Nanoindentation and Microcantilever Fracture.” Journal of the European Ceramic Society 44 (5). https://doi.org/10.1016/j.jeurceramsoc.2023.12.056.
• Li, Bo, and Xiaolong Song. 2024. “Structural Evolution and Micromechanical Property of Amorphous Carbon Particles during Arc Plasma Synthesis.” Materials Letters 372 (October): 137106. https://doi.org/10.1016/j.matlet.2024.137106.
• Li, Lu, Xiali Zhen, Ruixiao Zheng, Chaoli Ma, and Cuiyun Liu. 2024. “Further Understanding of the Improved Mechanical Properties for SiCf/BN/SiC Composites Prepared by CVI+PIP Hybrid Technique: Application of Micro-Mechanical Methods.” Composites Part B: Engineering 283 (August): 111633. https://doi.org/10.1016/j.compositesb.2024.111633.
• Li, Weiming, Lichen Bai, Kaisheng Ming, and Shijian Zheng. 2024. “Plasticity Dependence on Amorphous Continuity in Fe‐SiOC Dual‐phase Nanocomposites.” Journal of Materials Science and Technology. https://doi.org/10.1016/j.jmst.2023.08.005.
• Li, Yanxiao, Congjie Wei, Steven E. Kooi, David Veysset, Chuanrui Guo, Yuxiang Gan, Ying Zhuo, et al. 2024. “Tough Monolayer Silver Nanowire-Reinforced Double-Layer Graphene.” ACS Applied Materials & Interfaces, October. https://doi.org/10.1021/acsami.4c04768.
• Liang, Zhao, and Eugen Rabkin. 2024. “The Effect of Composition and Long-Range Order on the Strength of Defect-Free Faceted Cu-Au Nanoparticles.” Acta Materialia 266. https://doi.org/10.1016/j.actamat.2024.119680.
• Liu, Chang, Jing Rao, Zhongji Sun, Wenjun Lu, James P. Best, Xuehan Li, Wenzhen Xia, et al. 2024. “Near-Theoretical Strength and Deformation Stabilization Achieved via Grain Boundary Segregation and Nano-Clustering of Solutes.” Nature Communications 15 (1): 9283. https://doi.org/10.1038/s41467-024-53349-4.
• Liu, Shirong, Jingui Ai, Yueqi Zhang, and Jicheng Feng. 2024. “Programmable and Parallel 3D Nanoprinting Using Configured Electric Fields.” Advanced Functional Materials 34 (13). https://doi.org/10.1002/adfm.202308734.
• Luo, W., C. Gasper, S. Zhang, P.L. Sun, N. Ulumuddin, A. Petrova, Y. Lysogorskiy, R. Drautz, Z. Xie, and S. Korte-Kerzel. 2024. “Non-Basal Plasticity in the μ-Phase at Room Temperature.” Acta Materialia 277 (September): 120202. https://doi.org/10.1016/j.actamat.2024.120202.
• Moon, Jaron v., Md Takmil Sakir, Wooseok Go, Rui Xie, Michael C. Tucker, Marca Doeff, Haoran Wang, and Roseanne Warren. 2024. “Microscale Mechanical Property Variations of Al-Substituted LLZO: Insights from Compression Testing and Molecular Dynamics Simulations.” Journal of Materials Chemistry A 12 (37): 24886–95. https://doi.org/10.1039/D4TA03596H.
• Musiienko, Denys, Jaromír Kopeček, Ross H. Colman, Kari Ullakko, and Oleg Heczko. 2024. “Increase of Twinning Stress in Single Crystalline Ni-Mn-Ga Micropillars.” Materialia 33. https://doi.org/10.1016/j.mtla.2023.101988.
• Pan, Bo, Hui Sun, Dongyue Xie, Shun Li Shang, Nan Li, Blair E. Carlson, Yumeng Li, Zi Kui Liu, and Jingjing Li. 2024. “Influence of Accelerated Corrosion on Al/Steel RSW Joints by in Situ Compression Tests.” Materials Science and Engineering: A 889. https://doi.org/10.1016/j.msea.2023.145851.
• Paul, Tanaji, Tyler Dolmetsch, Lihua Lou, and Arvind Agarwal. 2024. “Frictional Resistance and Delamination Mechanisms in 2D Tungsten Diselenide Revealed by Multi-Scale Scratch and in-Situ Observations.” Nanotechnology 35 (39): 395703. https://doi.org/10.1088/1361-6528/ad5dbe.
• Pena, Miguel, Yongchang Li, Zhihan Hu, Kenneth Cooper, Laura Hawkins, Di Chen, Frank A. Garner, and Lin Shao. 2024. “Micro-Pillar Compression of Proton-Irradiated Chromium Examined Using Cross-Sectional Site Selection, Electron Microscopy, and Molecular Dynamics Simulation.” Journal of Nuclear Materials 600 (November): 155299. https://doi.org/10.1016/j.jnucmat.2024.155299.
• Peng, Hui Wen, and Chun Hway Hsueh. 2024. “Effects of Silicon and Neodymium Additions on Microstructures and Mechanical Properties of CoCrNi Medium Entropy Alloy Films.” Surface and Coatings Technology 476. https://doi.org/10.1016/j.surfcoat.2023.130206.
• Prasitthipayong, A., D.M. Frazer, R. Zhang, H.T. Vo, S.J. Tumey, A.M. Minor, and P. Hosemann. 2024a. “Sample Size Effect Phenomenon in Microcompression Testing of Unirradiated and Ion-Irradiated 800H Steel at High Temperatures.” Materials Characterization 215 (September): 114046. https://doi.org/10.1016/j.matchar.2024.114046.
• 2024b. “Sample Size Effect Phenomenon in Microcompression Testing of Unirradiated and Ion-Irradiated 800H Steel at High Temperatures.” Materials Characterization 215 (September): 114046. https://doi.org/10.1016/j.matchar.2024.114046.
• Puttbach, C., G.S. Prinz, and C.D. Murray. 2024. “Strength and Stiffness Characterization of Ultra-High Performance Concrete (UHPC) Cement Paste Phases through in-Situ Micro-Mechanical Testing.” Cement and Concrete Composites 149 (May): 105520. https://doi.org/10.1016/j.cemconcomp.2024.105520.
• Rivera, Charles. 2024. “Development of a Thermal Micro Tensile Testing Technique for Select Layer Interfaces of TRISO Particles.”
• Robinson, Accalia, Eric Hintsala, Eric  R. Homer, and Gregory B. Thompson. 2024. “Temperature Dependent Twin Stability in Nanocrystalline Cu(Al) Under In-Situ Cryogenic Pillar Compression.” https://doi.org/10.2139/ssrn.4902256.
• Schmalbach, Kevin M, Justin Y Cheng, Eric D Hintsala, Nathan A Mara, Douglas D Stauffer, and Sanjit Bhowmick. 2024. “Accelerated Microstructure-Mechanical Property Mapping of Multi-Component Structural Materials.” Microscopy and Microanalysis 30 (Supplement_1). https://doi.org/10.1093/mam/ozae044.278.
• Schmuck, K., M. Antenreiter, M. Alfreider, and D. Kiener. 2024. “Automatic and Time-Resolved Determination of Fracture Characteristics from in Situ Experiments.” Materials & Design 243 (July): 113038. https://doi.org/10.1016/j.matdes.2024.113038.
• Scorza, Daniela, Andrea Carpinteri, Camilla Ronchei, Andrea Zanichelli, Sabrina Vantadori, and Raimondo Lucian. 2024. “A Nonlocal Elasticity Theory to Model the Static Behaviour of Edge-Cracked Nanobeams.” Frattura Ed Integrita Strutturale 18 (67). https://doi.org/10.3221/IGF-ESIS.67.20.
• Shah, Sohail, Cameron Howard, Boopathy Kombaiah, Sriswaroop Dasari, Fei Teng, Yachun Wang, Jason Daniel, and Mukesh Bachhav. 2024. “Correlating Microstructure and Mechanical Properties of Harvested High Dose Zorita Light Water Reactor Internals.” Journal of Nuclear Materials 599 (October): 155241. https://doi.org/10.1016/j.jnucmat.2024.155241.
• Shang, Anyu, Benjamin Stegman, Kenyi Choy, Tongjun Niu, Chao Shen, Zhongxia Shang, Xuanyu Sheng, et al. 2024. “Additive Manufacturing of an Ultrastrong, Deformable Al Alloy with Nanoscale Intermetallics.” Nature Communications 15 (1): 5122. https://doi.org/10.1038/s41467-024-48693-4.
• Shen, Chao, Jin Li, Tongjun Niu, Jaehun Cho, Zhongxia Shang, Yifan Zhang, Anyu Shang, et al. 2024. “Achieving Room Temperature Plasticity in Brittle Ceramics through Elevated Temperature Preloading.” Science Advances 10 (16). https://doi.org/10.1126/sciadv.adj4079.
• Shen, Chao, Tongjun Niu, Jaehun Cho, Tianyi Sun, Anyu Shang, Yifan Zhang, Haiyan Wang, and Xinghang Zhang. 2024. “In Situ Studies on Temperature‐dependent Deformation Mechanisms of Al ₂ O ₃ Prepared by Spark Plasma Sintering.” Journal of the American Ceramic Society, June. https://doi.org/10.1111/jace.19964.
• Sperling, S.O., T. Bertens, J.P.M. Hoefnagels, K. van den Broek, and M.G.D. Geers. 2024. “Experimental–Numerical Analysis of Silicon Micro-Scratching.” International Journal of Solids and Structures 295 (June): 112809. https://doi.org/10.1016/j.ijsolstr.2024.112809.
• Sun, Tianyi, Tongjun Niu, Zhongxia Shang, Chao Shen, Dongyue Xie, Jian Wang, Haiyan Wang, and Xinghang Zhang. 2024. “High‐Temperature Mechanical Behavior of Single‐Crystal FeCrAl Alloy Under In Situ Micropillar Compression.” Advanced Engineering Materials 26 (21). https://doi.org/10.1002/adem.202400820.
• Supakul, Skye. 2024. “Metal/MAX Phase Multilayered Nanolaminates for Tunable Strength and Toughness: Synthesis, Microstructure, and Mechanical Properties.”
• Supakul, Skye, Manish Jain, Krishna Yaddanapudi, Jacob Gruber, Osman El-Atwani, Garritt J. Tucker, and Siddhartha Pathak. 2024. “Synthesis, Microstructure and Micro-Mechanical Characterization of Metal (Nb, Ti) – MAX Phase (Ti2AlC) Nanolaminates.” Materials Science and Engineering: A 910 (September): 146905. https://doi.org/10.1016/j.msea.2024.146905.
• Teixeira, Camila Aguiar, Subin Lee, and Christoph Kirchlechner. 2024. “Measuring the Twinning Stress at the Micron Scale: A Comprehensive Comparison of Testing Geometries.” Materials Characterization 217 (November): 114314. https://doi.org/10.1016/j.matchar.2024.114314.
• Varillas, Javier, Jaroslav Lukeš, Anastasios Manikas, Jan Maňák, Jiří Dluhoš, Zuzana Melníková, Martin Kalbáč, Costas Galiotis, and Otakar Frank. 2024. “Mechanical Response of Monolayer Graphene via a Multi-Probe Approach.” International Journal of Mechanical Sciences 273 (July): 109208. https://doi.org/10.1016/j.ijmecsci.2024.109208.
• Wang, Bokang, Tanglong Bai, Weide Wang, and Hongti Zhang. 2024. “Mechanical Properties of Silicon Nitride in Different Morphologies: In Situ Experimental Analysis of Bulk and Whisker Structures.” Materials 17 (18): 4549. https://doi.org/10.3390/ma17184549.
• Wang, Congying, Xuwei Cui, Shijun Wang, Wenlong Dong, Hai Hu, Xiaoyong Cai, Chao Jiang, Zhong Zhang, and Luqi Liu. 2024. “Anisotropic Mechanical Properties of α-MoO3 Nanosheets.” Nanoscale 16 (8). https://doi.org/10.1039/d3nr06427a.
• Wang, H., B. S. Dong, Z. B. Chen, J. Q. Liu, N. Haghdadi, R. Q. Lu, S. Primig, et al. 2024. “Effect of Compositional Heterogeneity on the Mechanical Properties of a Single-Phase Cu-9Al Alloy with Different Grain Sizes.” Acta Materialia 263. https://doi.org/10.1016/j.actamat.2023.119531.
• Wang, Liqiang, Heyi Wang, Xin Zhou, Huangliu Fu, James Utama Surjadi, Shuo Qu, Xu Song, Rong Fan, and Yang Lu. 2024. “Hierarchical Crystalline–Amorphous Nanocomposites with High Strength and Large Deformability Enabled by Elemental Diffusion.” Journal of Materials Science and Technology 171. https://doi.org/10.1016/j.jmst.2023.06.046.
• Wang, Nan, Qingping Cao, Xiaodong Wang, Shaoqing Ding, Dongxian Zhang, and Jian Zhong Jiang. 2024. “Ultra-Strong and Ductile Amorphous-Crystalline Ti-Zr-Hf-Nb-Ta/Co-Ni-V Nanolaminate Thin Films.” Journal of Alloys and Compounds 973. https://doi.org/10.1016/j.jallcom.2023.172874.
• Wang, Yachun, Cameron B. Howard, Fei Xu, Daniele Salvato, Kaustubh K. Bawane, Daniel J. Murray, David M. Frazer, et al. 2024. “Microstructural and Micromechanical Characterization of Cr Diffusion Barrier in ATR Irradiated U-10Zr Metallic Fuel.” Journal of Nuclear Materials 599 (October): 155231. https://doi.org/10.1016/j.jnucmat.2024.155231.
• Wang, Zi-Meng, Yun-Fei Jia, Jia-Dong Cai, Yuan-Yuan Cui, Xiao Li, Xian-Cheng Zhang, and Shan-Tung Tu. 2024. “Strain-Rate and Size Dependence of Gradient Lamellar Nickel Investigated by in-Situ Micropillar Compression.” Journal of Materials Research and Technology 32 (September): 3269–79. https://doi.org/10.1016/j.jmrt.2024.08.129.
• Wei, Bingqiang, Wenqian Wu, Arkajit Ghosh, Metin Kayitmazbatir, Amit Misra, and Jian Wang. 2024. “In Situ SEM Characterization of Tensile Behavior of Nano-Fibrous Al–Si and Al–Si–Sr Eutectics.” Journal of Materials Science 59 (12): 5233–46. https://doi.org/10.1007/s10853-023-09118-7.
• Weidner, Anja, Ruben Wagner, Mikhail Seleznev, and Horst Biermann. 2024. “Analysis of Detrimental Inclusions in Steel and Aluminum.” In , 645–77. https://doi.org/10.1007/978-3-031-40930-1_25.
• Wu, Yaqiao, David Estrada, and Brenden Heidrich. 2024. “Microscopy and Characterization Suite – a Facility Designed for Post-Irradiation-Examination.” Microscopy and Microanalysis 30 (Supplement_1). https://doi.org/10.1093/mam/ozae044.966.
• Wu, Yi Ling, Chung Chih Tsai, Pei Yu Chen, Jhen de You, and Chun Hway Hsueh. 2024. “Transforming Microstructures and Mechanical Properties of (CoCrNi)93-XAl7Ndx Medium Entropy Alloy Films by Annealing.” Surface and Coatings Technology 477. https://doi.org/10.1016/j.surfcoat.2023.130331.
• Xu, Hailong, Li Huang, Wen Zhang, Jing Liang, Xiaohui Lin, Xuanqiao Gao, Yanchao Li, and Jianfeng Li. 2024. “Orientation-Dependent Ion-Irradiation Responses in Molybdenum and Molybdenum-Rhenium Alloys.” Materials Letters 363. https://doi.org/10.1016/j.matlet.2024.136317.
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• Zhang, Honglin, Mingyue Sun, Yuxuan Liu, Dongping Ma, Bin Xu, Mingxin Huang, Dianzhong Li, and Yiyi Li. 2021. “Ultrafine-Grained Dual-Phase Maraging Steel with High Strength and Excellent Cryogenic Toughness.” Acta Materialia 211. https://doi.org/10.1016/j.actamat.2021.116878.
• Zimmerman, J., A. Bisht, Y. Mishin, and E. Rabkin. 2021. “Size and Shape Effects on the Strength of Platinum Nanoparticles.” Journal of Materials Science 56 (32): 18300–312. https://doi.org/10.1007/s10853-021-06435-7.

• アクタ・マーター185, 309–319 (2020).マイクロプレッション中の単結晶アルファアルミナ粒子のサイズ依存性の準脆性-ダクタイル転移.
• アフシャール・モハジャー、M.&ゾウ、M.マルチスケールの表面のマルチスケールは、2光子リソグラフィとレプリカ成形によって作製された3Dテクスチャを有する表面の研究。Adv. マーターインターフェイス 7、2000299 (2020)。
• アジャンティワレイ、T.、Vo、H.、フィンケルシュタイン、R.、ホースマン、P.&アイトカリエワ、A.構造材料の引張試験のための実験的な長さスケールギャップの埋め合いに向けて:マイクロ緊張試験とパスフォワードの初期評価から学んだ教訓。JOM 72, 113-122 (2020).
• アルフライダー、M.、イッサ、I.、レンク、O.&キーナー、D.微小機械分光法を用いた超微細粒状Taの欠陥緩和を探る。
• 曹、K.ら.自立単層グラフェンの弾性緊張。ナット・コミューン11, 284 (2020).
• Cao,Z. H. ら.ナノ層建築を用いた強く、プラスチック金属複合材料。アクタ・マーター195, 240–251 (2020).
• チャペック、J.らZnMg0.8Ca0.2 (wt%)生分解性合金 – マイクロ構造および機械的特性に対する熱処理と押出しの影響。母校。チャラクト。162, 110230 (2020).
• Ding, R., Chiu, Y., Chu, M., パディア, S. & Su, G.ノッチ付きTiAlマイクロカンチレバーを使用したガンマラメラの破壊挙動の研究.フィロス・マグ100,982-997(2020年)。
• ディン、R.、ナッグス、C.、李、H.、李、Y.G.およびボーエン、P.Niベースの超合金での機械加工によって誘発される塑性変形の特徴付け。母校。サイ・エン778、139104(2020)。
• Fang, S. ら. CoCrFeMnNiVx 高エントロピー合金フィルムの微構造および機械的特性.J.合金コンプト820、153388(2020)。
• フラモウラキス、G.ら他レーザー製3Dオーセティックメタマテリアル足場組織工学アプリケーション用。マクロモール。母校。Eng. 305, 2000238 (2020).
• フレイザー、D.、ベア、J.L.、ホーマー、E.R.&ホースマン、P.極低温ストレス駆動穀物成長は、その下で電子後方散乱回折で微小圧縮を介して観察される。JOM 72, 2051-2056 (2020).
  
• Gianelle, M. ら.多元素合金のための新しいセラミック派生処理ルート.母校。サイ・エン793、139892(2020)。
• グルーバー、D.P.ら.ナノ結晶CVD TiB2ハードコーティングの表面酸化は、断面ナノ分析およびその場でのマイクロカンチレバー試験によって明らかにされた。サーフィン。コーティングステクノ399、126181(2020)。
• 波田, R., Flege, S., エンシンガー, W. & ババ, K. プラズマ源イオン注入による絶縁基質上のダイヤモンド状炭素膜の堆積. サーフィン。コーティングステクノ385、125426(2020)。

• アンワル・アリ、H.P.、ラドチェンコ、I.、李、N.&ブディマン、A.Cu/NbおよびAl/Nb金属多層のその際の骨折を通して多層界面の効果。J.マーター34, 1564-1573 (2019).
• ブリッグス、S.A.ら.サンディア国立研究所におけるインシトゥイオン照射SEMの開発。マイクロスク。マイクロアナル。25, 1596–1597 (2019).
• ブヒンガー、J.ら.TiN/WN超格子薄膜における靭性増強。アクタ・マーター172, 18–29 (2019).
• チェン、Y.ら.マイクロカンチレバー曲げを用いて熱バリアコーティングを吹き付けた空気プラズマの弾性率および破壊靭性の測定。サーフィン。コーティングステクノ374、12-20(2019)。
• Cui, Y., ダービー, B., 李, N. & ミスラ, A.高強度と可塑性のための二連続金属ナノコンポジットの設計.母校。デス166、107602(2019)。
• ダニエル、R.ら.結晶粒界設計によって制御されるナノ構造セラミックスにおける破壊靭性の異方性。母校。デス161,80-85(2019)。
• トウ、Y.、ロゴネ、B.R.S.&バルヌーシュ、A.破壊靭性に対する水素効果のIn-situマイクロスケール検査:B2およびD03のケーススタディは、鉄アルミド金属間合金を注文した。エン・フラクトメック217、106551(2019)。
• Ding, J. ら.ナノ結晶性Ni合金における厚い粒界の強化を誘導.ナノスケール 11, 23449–23458 (2019).
• デュアン、P.ら.中間温度脆性は、方向固体ニッケル系超合金M4706である。母校。サイ・エン759,530-536(2019)。
• ファン、C.ら. ヘリウム照射は、ナノボイドを有する超高強度ナノツインドCuを誘導した。 アクタ・マーター177, 107–120 (2019).
  
• フレイザー、D.&ホースマン、P.UO2の可塑性は高温のマイクロ圧縮試験によって調査され、定量化された。J. ヌクル母校。525, 140–144 (2019).
• Frazer,D. et al.新鮮なU-10Mo燃料の高温マイクロカンチレバー試験。J. ヌクル母校。526, 151746 (2019).
• フーガー、C.ら

• アルフライダー、M.、コジッチ、D.、コレドニク、O.&キーナー 、D.In-situ弾性プラスチック骨折力学は、連続的な動的テストによってマイクロスケールで。母校。デス148,177-187(2018)。
• アンダーソン、K.P.、ヴィンチ、R.P.&チャン、H.M.CoTiO3の部分的な還元によって作り出された新しい金属セラミック複合微細構造。J.マーターSci. 53, 8193-8210 (2018).
• アヤガリ、A.、ハサナエイミ、V.、アローラ、H.&ムケルジー、金属ガラス複合材料の電気化学的および摩擦特性をマイクロ構造長さスケールで。サイ・レップ 8, 906 (2018).
• バルトシク、M.ら. Ti-Si-N薄膜の破壊靭性.Int. J. 屈折会った。ハードマーター。72, 78–82 (2018).
• バジルチュク、M.S.ら.ミクロンサイズの金属被覆ポリマー球の変形と骨折:その場での研究Adv. Eng. Mater.20, 1800049 (2018).
• Bhowmick, S., ヒントサラ, E., シュタウファー, D. & アシフ, S. S. In-situ SEMとTEMナノ機械的摩耗と故障メカニズムの研究.マイクロスク。マイクロアナル。24, 1934–1935 (2018).
• ビョルン・ルーン・ソロース・ロニュ、ヌーシャ・ケレドマンド、ユン・デン、アフルズ・バルヌーシュ。環境走査電子顕微鏡におけるその中でのマイクロメカニカル試験:水素支援割れへの新たな洞察。アクタ・マテリア、144(2018):257-268
• C.ハワード,C.D.ジャッジ,D・ポフ,S・パーカー,M・グリフィス,P・ホースマン元サービス照射インコネルX-750成分の機械的特性を定量化する、新しい現場でのリフトアウト、3点曲げ技術。 原子力物質ジャーナル,498(2018年):149-158
• Cui, F. Y., Kundu, A., クラウゼ, A., ハーマー, M. P. ビンチ, R. P.表面エネルギー, 偏析, マグネシウムアルミン酸スピネル低インデックス粒境界面の破壊挙動.アクタ・マーター148, 320–329 (2018).
• Dang, C. ら.マイクロピラーの単軸圧縮によるTiSiN/Ag多層コーティングの機械的応答の直接定量化.真空156、310-316(2018)。
• デニス・イン,クリストファー・J・マーベル,フィオナ・ユウェイ・クイ,リチャード・P・ヴィンチ,マーティン・P・ハンマー電解電析中の微細構造及び破壊靭性は、W合金厚膜で電解されたNi-21。アクタ・マテリア、143(2018):272-280
• Ding, J. ら.構造的に勾配ニッケル合金の機械的挙動.アクタ・マーター149, 57–67 (2018).
• ダーガプラサド、A.ら、パーレディティック鋼線の剥離:前作り微細構造の定義の役割。メタル・マータートランス。A 49, 2037-2047 (2018).

2017

• A.アブード、C.キルヒレヒナー、J.ケケス、T.コンカ・ヌルダン、S.センド、J.S.マイカ、O.ウルリッヒ、R.ハートマン、L.ストリューダー、U.ピエッチ。マイクロビームX線ラウエ回折と二次元エネルギー分散検出器によるシングルショットフル歪みテンソル定量。応用結晶学雑誌、50(2017):901-908
• A.B.ハーゲン、B.D.スナートランド、C.トーロウ。α-Feマイクロピラーの変形機構に対する温度と向きの影響。アクタ・マテリア、129(2017):398-407
• A.ドゥルガプラサド,S・ギリ,S・レンダ,S・クンドゥ,S・ミシュラ,S・チャンドラ,R・D・ドハティ,I・サマジダルアネド・アネド・パーサイトリック鋼線の微細構造と機械的特性冶金および材料取引 A, 48.10 (2017)L 4583-4597
• アリン・クリスティン・チパラ、ピーター・サモラ・オウオール、サンジット・ブーミック、グスタボ・ブルネット、S.A.サイド・アシフ、ミルチャ・チパラ、ロバート・ヴァイタイ、ジュン・ルオ、ダグラス・S・ガルバオ、チャンドラ・セカール・ティワリー、プリッケル・M・アジャヤン。液体カプセル化による構造補強。先端材料インタフェース, 4.2 (2017)
• A. ライヒャルト, A. ルピナッチ, D. フレイザー, N. ベイリー, H. Vo, C. ハワード, Z. ジアオ, A.マイナー.M, P. チョウ, P. ホースマン.ナノインデンテーションおよび陽子線ビームの異なる用量レジームにおけるその現場でのマイクロプレッションは、304 SSを照射した。原子力物質ジャーナル、486(2017):323-331
• B.D. スナートランド, A.B. ハーゲン, C. タウロウ.単結晶ノッチα鉄マイクロカンチレバーの破壊機械的試験。工学破壊力学, 175 (2017): 312-323
• ボンギュン・チャン、アレクサンダー・E・マグイサ、ジェヒョン・キム、キム・ビョンフン、キム・ビョンフン、ハク・ジュー・リー、チョン・ソグ・オ、住川隆、北村隆之。走査型電子顕微鏡下でのその中での有数の手付かずのグラフェンの単軸骨折試験エクストリームメカニクスレターズ、14 (2017) 10-15
• ボンギュン・チャン、キム・ビョンウン、キム・ジェヒョン、ジャック・ジュー・リー、住川隆、北村隆之。多層グラフェンの異なるパスを持つ非同期クラッキング。ナノスケール、44 (2017)
• 陳城徐、ハオルン・ワン、建南宋、小鵬白、鄭南劉、明羽方、永州元、ジュンユアン・シェン、小燕李、寧王、ホイ・ウー。低熱伝導率を有する超軽量かつ弾力性のあるAl2O3ナノチューブエアロゲル。アメリカ陶磁器学会誌、101.4(2017):1677-1683
• ドン・フンシン、セ・ビョクク・ジョー、スン・グー・リー、ヒョミン・コ、ミン・キム、ハンソル・リー、キルウォン・チョー。ブレンド中間層を用いたペロブスカイト太陽電池の耐久性とキャリア選択性の向上ACS 適用マテリアルおよびインターフェイス、9.21(2017): 18103-18112
• ゲ・ウー、カチョン・チャン、リンリ・ジュー、リガン・スン、ジャン・ルー。高強度マグネシウム合金への経路としての二相ナノストラクチャー自然、545(2017):80-83
• イジー・ボチュン、シュレカワ・サダヒロ、アレシュ・イェーガー。非自明な断面を有するMgマイクロピラーの製造およびその場での圧縮試験:マイクロピラー幾何学が機械的特性に及ぼす影響。材料科学と工学:A、687(2017):337-342
• 金宇、ヒョンソクああ、ワン・キム、ピョック・パ・チョイ、ディアーク・ラーベ、ウン・ソ・パーク。

2016

• A.ホーエンワルター、B.フェルカー、M.W.カップ、Y.リー、S.後藤、D.ラーベ、R.ピッパン。超強力で損傷に強い金属バルク材料:ナノ構造の真珠光沢鋼線からの教訓。科学レポート 6 (2016)
• C.ハワード,D・フレイザー,A・ルピナッチ,S・パーカー,R.Z.ヴァリエフ,C・シン,B・ウィリアム・チョイ,P・ホースマン等チャネル角プレス銅のインシトゥ微小圧縮による検体サイズ効果の調査材料科学と工学:A、649(2016):104-113
• ホンティ・ザン、カイ・ウィング・シウ、ウェイビン・リャオ、清王、ヨンヤン、ヤン・ルー。そのサイズ依存性の機械的挙動のためのCoCrCuFeNi高エントロピー合金マイクロ/ナノピラーのその人の機械的特徴付けで。材料研究エクスプレス、3.9 (2016)
• H.張、C.ジアン、Y.ルー。マイクロメカニカルデバイスを用いたNiナノワイヤの低サイクル疲労試験

2015

• アンジャ・ヴァイドナー、ホルスト・ビアマンCrMnNi TRIP/TWIP鋼の引張変形挙動の包括的な記述のための異なったIn Situ特性評価技術と走査電子顕微鏡の検討の組合せ。JOM, 67.8 (2015): 1729-1747
• B.ナガマニ・ジャヤ、サンジット・ブーミック、S.A.サイド・アシフ、オーデン・L・ウォーレン、ヴィクラム・ジャヤラム。ミクロンスケールサンプルの破壊靭性試験のためのクランプされたビーム幾何学の最適化。哲学雑誌、95.16-18 (2015)
• ビョンギル・ファン、ミジョン・カン、スビン・リー、クリストファー・R・ウェンバーガー、フィリップ・ロヤ、ジュン・ルー、サン・ホー・オー、ボンスー・キム、スンミン・ハン。欠陥のないAuナノワイヤのサイズ依存性変形ツワイニングに対する表面エネルギーの効果ナノスケール、7(2015):15657-15664
• D.フレイザー、M.D.アバド、D.クルムヴィード、C.A.バック、H.E.ハリファ、C.P.デッキ、P.ホースマン。SiC/SiC複合材料の局所的な機械的特性評価複合材料パートA:応用科学と製造、70(2015):93-101
• イジー・ボチャン、ヤン・マニャーク、アレシュ・イェーガー。AZ31マグネシウム合金と純マグネシウムのナノメカニカル解析は、結晶の配向と相関した。材料科学と工学:A、644(2015):121-128
• Lian-Yi Chen, ジアクアン徐, Hongseok Choi, マルタ ポズエロ, 小龍馬, サンジット・ボウミック, ジェンミン・ヤン, スヴィエン・マタウフ, シャオチュン・リー.ナノ粒子の均一な分散を含むマグネシウムの処理と特性.自然、528 (2015): 539-543
• M.ポスエロ、Y.W.チャン、J.Mヤン。ナノ構造Mg-マトリックスナノ複合材料の微細構造および機械的挙動に及ぼすダイアモンドの影響材料科学と工学:A、633(2015):200-208
• M.W.カップ、C.キルヒレヒナー、R.ピッパン、G.デム。

2014

• A.ルピナッチ、J.カッチャー、A.アイレンバーグ、A.A.シャピロ、P.ホースマン、A.Mマイナー。Snのsitu微小圧縮試験における極低温。アクタ・マテリア、78(2014):56-64
• 中央公司、ししわ道信幸、神谷正二、小岩幸三、佐藤久史、大宮正樹、西田正弘、鈴木隆、中村友司、野生武志、鈴木俊明。LSIインターコネクトにおけるCuラインの不均一な粒構造によって誘導される界面強度変動の評価マイクロエレクトロニクス工学、120(2014):52-58
• エリック・カンポシルヴァン、オスカー・トレント、マルク・アングラダジルコニアの小規模な機械的挙動.アクタ・マテリア、80(2014):239-249
• イン・チョル・チョイ、ヨンジェ・キム、ビョンミン・アーン、カワサキめぐみ、テレンス・G・ラングドン、ジェイル・チャン。高圧の引き上げの間のZn–22%Alの可塑性、ひずみ率感受性および基礎となる変形機構の進化。スクリプタ・マテリア、75(2014):102-105
• K.ヴァンストリンルズ、I.デウルフ、H.ザヘドマネシュ、H.ベンダー、M.ゴンザレス、J.ルフェーブル、S.ブーミック。その際の走査型電子顕微鏡研究で、バックエンド・オブ・ラインマイクロビーム曲げ試験における破壊事象の検討応用物理学の手紙, 105 (2014)
• M・J・マクリーン,C・A・ウェイド,渡辺M,R.P.ヴィンチビスマスドープ銅二結晶のマイクロスケール破壊靭性は、二重エッジノッチマイクロ張り試験を用いた。実験力学, 54.4 (2014): 685-688
• 紫藤信之、浦浦由香、佐藤久史、神谷正司、小岩幸三、大宮正樹、西田正弘、鈴木隆、中村友司、野生武志、鈴木俊明。ダマセン銅線と絶縁層との界面の局所接着強度に対する結晶方位効果。マイクロエレクトロニクスエンジニアリング、120(2014):71-76
• P.G.アリソン、R.D.モーザー、J.P.シラー、R.L.マルテンス、J.Bジョードン、M.Q. チャンドラー。走査型電子顕微鏡を用いてモニターしたナノ複合材料の変形・損傷機構のイン・シン・シン・ナノメカニカル研究

2013

• 神谷正二,岸藤信之,佐藤久史,小岩幸三,大宮正樹,西田正弘,鈴木隆,中村智治,野久雄武士,長澤忠弘集積回路における銅配線構造の粒径接着強度マッピング表面およびコーティング技術、215(2013):280-284
• フセイン・ニリ、クーロシュ・カランタル=ザデ、マドゥ・バスカラン、シャラス・スリラム。 in situナノインデンテーション:ナノスケールの多機能性を探査する。材料科学の進歩、58.1(2013):1-29
• W.カオ、A.クンドゥ、Z.ユー、M.P.ハーマー、R.P.ヴィンチ。イッテルビウムドープマグネシウムアルミン酸スピネルにおける破断靭性と粒界分離挙動との直接相関スクリプタ・マテリア、69.1(2013):81-84
• M.ポスエロ、Y.W.チャン、J.-M.ヤン。ナノ構造Mg合金マイクロピラーのインシトゥ微小圧縮研究資料書、108 (2013): 320-323
• ヨンジェ・キム、ウォン・ウー・リー、インチョル・チョル・チョイ、ビョンギル・ユ、スンミン・ハン、ホンギュー・パーク、ウォン・イル・パーク、ジェイル・チャン。ZnOナノロッドの時間依存性ナノスケールの可塑性.アクタ・マテリア、 61.9 (2013): 7180-7188

2012

• アンドレアス・セデルマイヤー、エリック・ビツェク、ダニエル・S・ジャノラ、ガンサー・リヒター、ライナー・メニッヒ、オリバー・クラフト。Auナノウィスカーにおける2つの双子媒介性塑性変形モードの存在。アクタ・マテリア、60.9(2012):3985-3993。
• フレデリック・モンピウ、マルク・レグロス、アンドレアス・セドルマイヤー、ダニエル・S・ジャノラ、ダニエル・ケイラード、オリバー・クラフト。サブマイクロメータアルファイバーのソースベースの強化。アクタ・マテリア、60.3(2012):977-983
• カート・E・ヨハンス,アンドレアス・セドルマイヤー,P・スダルハサン・ファニ,ライナー・メニッヒ,オリバー・クラフト,イーソ・P・ジョージ,ジョージ・M・ファル走査型電子顕微鏡で様々な転位密度を有する単結晶モリブデン合金繊維のその場での引張試験。材料研究ジャーナル, 27.3 (2012): 508-520

2011

• D.S.ジャノラ、A.セドルマイヤー、R.メニヒ、C.A.フォルカート、R.C.メジャー、E.シランコフスキ、S.A.S.アシフ、O.L.ウォーレン、O.クラフト。焦点を合わせイオンビームと走査型電子顕微鏡でのsituナノメカニカル試験で。科学機器のレビュー 82.6 (2011)
• X.メーダー、W.Mムック、C.ニーダーバーガー、J.ミヒラー。

2008 - 2010

• A.デュバッハ、R.ラガヴァン、J.F.レフラー、J.ミヒラー、U.ラマムルティ。異なる構造状態のバルク金属ガラスに対するマイクロピラー圧縮研究スクリプタ・マテリア、60.7(2009):567-570
• C.ニーダーバーガー、W.Mムック、X.メーダー、J.ミヒラー。マイクロピラーの圧縮中のSitu電子後方散乱回折(EBSD)で。材料科学と工学:A、527.16-17(2010):4306-4311
• ガンサー・リヒター,カーラ・ヒレリッヒ,ダニエル・S・ジャノラ,ライナー・メニッヒ,オリバー・クラフト,シンシア・A・フォルカート超高強度単結晶ナノウィスカーは、物理的な蒸気堆積によって成長します。ナノレター、9.8(2009):3048-3052
• ジュリア・D・ノワク,カロリーナ・A・ジェピエイェフスキ=マリスカ,ライアン・C・メジャー,オーデン・L・ウォーレン,ヨハン・ミヒラーSEMにおけるその間のナノインデンテーション。材料今日、12.1(2010):44-45
• K.A.ジェピエイェフスキ・マリスカ、G.ブエルキ、J.ミヒラー、R.C少佐、E.キランコフスキ、S.A.S.アシフ、O.L.ウォーレン。高解像走査電子顕微鏡内のナノインデンテーション中の機械観察におけるその中で。材料研究ジャーナル, 23.7 (2008): 1973-1979
• K.A.ジェピエイェフスカ=マリスカ、W.Mムック、M.パーリンスカ=ヴォイタン、J.ヘジュドゥク、J.ミヒラー。多層窒化物膜の電子顕微鏡におけるインデンクテーション研究:方法論と変形機構材料研究ジャーナル, 24.3 (2009): 1208-1221
• ルディ・ギスレーニ, カロリーナ・ジェピエイェフスカ=マリスカ, レティシア・フィリップ, パトリック・シュワラー, ヨハン・ミヒラー.SEMインデント実験:計測器、方法論、アプリケーション。顕微鏡研究と技術,72.3(2009年): 242-249
• W M ムック, C ニーダーバーガー, M ベチェラニー, L フィリップ, J ミヒラー.独立した金ナノ構造体の圧縮:確率的収率から予測可能な流れまで。ナノテクノロジー, 21.5 (2009)

• ボコフ、A.、ロドリゲス・ネト、J.B、リン、F.&カストロ、R.H.R. サイズ誘発粒界エネルギー増加は、ナノ結晶性イットリア安定化ジルコニアの軟化を引き起こす可能性がある。 J.アム・セラム2001年~2011年(2020年)103年。
• フェン、L.、ボコフ、A.、ディロン、S.J.&カストロ、R.H.R. ナノ結晶イトリア安定化ジルコニアのサイズ誘発室温軟化。 J. ユール・セラム2050年~2055年(2020年)
• 風、L.、フィンケルデイ、S.C、ヒューザー、B.、ディロン、S.J.&ネルソン、A.T. 穀物境界とUO2の格子骨折靭性を小規模力学を使用して測定した。 JOM 72, 2075-2081 (2020).
• ゴルジ、S.ら. ナノワイヤーは、FIB内の敏感なTEMサンプルの転送を促進した。 ウルトラ顕微鏡 113075 (2020) doi:https://doi.org/10.1016/j.ultramic.2020.113075.
• ハン、X.、劉、P.、日、D.&王、Q. Ti2AlN/TiAlコンポジットの強度延性トレードオフジレンマを回避する上で支離滅裂なインターフェースの役割:イン・シトゥTEMと霧化シミュレーションを組み合わせたもの。 コンポス。第B部 185, 107794 (2020).
• ジャワハラム、G.S.ら. 照射は、ナノ結晶性高エントロピー合金におけるクリープを誘導した。 アクタ・マーター182, 68–76 (2020).
• キム、S.-H.単 結晶CuおよびAlナノワイヤーでのツイン境界スライド。 アクタ・マーター196, 69–77 (2020).
• 劉, B.-Y., 劉, F., 李, B., ニー, J.-F.& シャン,Z.-W. Situ TEM調査で $$ \左\ラングル {\varvec{c} + \varvec{a}} \右\ラング $$Dislocations マグネシウム BT - マグネシウム技術 2020.(eds. ジョードン, J..B, ミラー, V., ジョシ, V. V & ニーラメグハム, N. R.) 135-139 (スプリンガー国際出版, 2020).
• 劉、J.ら. サブミクロンサイズのサンプルの機械的挙動に対する焦点を当てたイオンビームミリングによって導入されたイオン照射の効果.サイ・レップ10、10324(2020)。
• ショーエル、R.、フレイザー、D.、鄭、C.、ホースマン、P.&カオウミ、D. イオン照射とヘリウム注入後の304ステンレス鋼のSItuマイクロピラー圧縮試験で。 JOM 72, 2778–2785 (2020).
• ヴォワシン、T.ら.は 、純銅における高ひずみ率の変形および破壊のSitu TEM観察において。 母校。今日33,10-16(2020)。
• 謝、D.-G.サブ ミクロンサイズのアルミニウムの変形機構マップ。 アクタ・マーター188, 570–578 (2020).
• X、S. W. ら. 超高強度、硬度、および抵抗率を有する高エントロピー合金のバルクナノ結晶ホウ素ドープVNbMoTaW。 J. 合金コンプ 155995 (2020) doi:https://doi.org/10.1016/j.jallcom.2020.155995.

• バフォンド、D.C、バー、C.M、王、B.、ハッタル、K.&ハケ、 ナノ結晶ジルコニウムの照射クリープを調査するためのSitu TEMのA.アプリケーション。JOM 71, 3350–3357 (2019).
• 陳、G.ら .Situリアルタイム研究では、TEMによる軸圧縮を伴う窒化ホウ素ナノチューブの座屈行動を研究した。 中国のケム・レット30, 1401–1404 (2019).
• トウ、Y.ら他の 原子分解能は、強誘電体における大超弾性変形時の位相変換とドメイン進化の原子分解を、その場TEMで行う。 マイクロスク。マイクロアナル。25, 1850–1851 (2019).
• トウ、Y.ら.階層 構造の大きな超弾性変形は強弾性強誘電体の中で.アクタ・マーター181, 501–509 (2019).
• ダービー、B.ら. 薄膜における新規擬似型Cu-Mo階層の処理.母校。レット7, 1–11 (2019).
• 風、 L., Lu, X., 趙, T. & ディロン, S. LiCoO2の強度に電気化学サイクリングの効果. J.アム・セラムSoc. 102, 372-381 (2019).
• 高、M.Y.ら. イン・シトゥ透過電子顕微鏡研究による、相間沈殿炭化強化α鉄単結晶ナノピラーにおける圧縮変形の研究 母校。サイ・エン746, 406-415 (2019).
• ハワード、C.、ジャッジ、C.D.&ホースマン、P. 高用量インコネルX-750の機械的特性を評価するための新しいプッシュツープルマイクロ引張試験技術を適用する。 母校。サイ・エン748, 396-406 (2019).
• シャオ、H.-W.、李、S.、ダーメン、K.A.&ズオ、J.-M. 圧縮ナノ結晶セラミックナノピラーにおける剪断バンドリング機構 フィス・マーター牧師3, 83601 (2019).
• 胡、Z.-W.グラ フェンコーティングされたタングステンナノワイヤは、これまでにない弾性率と強度を提供します。 母校。レット7, 47–52 (2019).
• 黄、Z.、ヤン、C.、チー、L.、アリソン、J.E.&ミスラ 、A.Mg希土類(RE)合金中のβ1沈殿体の積み重ね。 母校。サイ・エン742, 278-286 (2019).
• ジャワハラム、G.S.、バー、C.、価格、P.、ハッタル、K.&ディロン、S.J. イオン照射誘導クリープのS.J.の場でTEM測定。 マイクロスク。マイクロアナル。25, 1566–1567 (2019).
• Jenei, I. Z. ら. 圧縮下のガソリンすすナノ粒子の機械的応答: in situ TEM研究. トリボル。Int. 131, 446-453 (2019).
• キム、S.-D.単 一のBaTiO3ナノ粒子における圧電の逆サイズ依存性.ナノエネルギー 58, 78–84 (2019).
• クプツォフ、K.A.、シェヴェイコ、A.N.、ザムラエバ、E.I.、シドレンコ、D.A.&シュタンスキー、D.

• バトロー、F.、タタウロワ、Y.&カムラート、M.コロイドシリカ: 化学、電子研磨用途のための特性および適応。2018年中国半導体技術国際会議 (CSTIC)1-4(2018)。ドイ:10.1109/CSTIC.2018.8369265。
• ベルナル、R.A.ら. ダイヤモンド様カーボンナノスケール接着のばらつきに及ぼす化学結合の影響 カーボンN.Y.128,267-276(2018)。
• Bo, A. ら . 脆性層状のチタン酸ナトリウムナノワイヤーにおける非定型欠陥運動. J. フィス・ケム・レット9, 6052–6059 (2018).
• ボンダレフ、A. Vら. 油性潤滑油への透視添加剤としての中空球形およびナノシートベースBNナノ粒子:大規模摩擦挙動とSitu TEM圧縮試験における相関 セラム。44, 6801-6809 (2018).
• Cao, K. ら. 銀ナノワイヤのサイズ依存性の破壊挙動. ナノテクノロジー 29, 295703 (2018).
• カーピック、R.W.ら.は ダイヤモンドのような炭素ナノスケール接着のばらつきに及ぼす化学結合の影響: In-Situ TEM/ナノインデンテーションと分子動力学研究マイクロスク。マイクロアナル。24, 1822–1823 (2018).
• チャン、S.-Y.他. 強化された Al-Cu-Fe ベース準結晶/バナジウム多層コーティングの調製およびナノスコピックな塑性変形 母校。ケム・フィス 213, 277-284 (2018).
• Cui, Y., ダービー, B., 李, N., マラ, N. A. & ミスラ, A. 階層的な二連続的な絡み合った構造を持つ高強度Cu/Moナノコンポジットにおけるせん断バンディングの抑制. 母校。レット6, 184–190 (2018).
• Dassenoy, F. 透過電子顕微鏡BTにおけるその場の摩擦試験で - トリボロジーにおける高度な分析方法 (eds. Dienwiebel, M.&デバロスブーシェ, M.-I.) 273-287 (スプリンガー国際出版, 2018).ドイ:10.1007/978-3-319-99897-8_10。
• デ・ホッソン、J.T.M 盲目の後に視力を得る:ジン・ジューへのオマージュ。 超顕微鏡192,37-49(2018年)。
• Ding, J. ら. 構造的に勾配ニッケル合金の機械的挙動. アクタ・マーター149, 57–67 (2018).
• フェン、L.、ハオ、R.、ランブロス、J.&ディロン、S.J. アルミナの穀物境界骨折に対するドーパントと顔色の移行の影響。 アクタ・マーター142, 121–130 (2018).
• ホ ローBNナノ粒子の圧縮特性:高分解能透過型電子顕微鏡を用いた理論モデリングと試験 ナノスケール 10, 8099– 8105 (2018).
• ギャマー、C.、オフス、C.、ペキン、T.C、エッカート、J.&マイナー、A.M. 金属ガラスの局所ナノスケール株マッピング フィトル・フィス・レット112, 171905 (2018).

2017

• エリック・D・ヒンターサラ,ダグラス・D・シュタウファー,ユンジェ・オー,S.A.・イェド・アシフ 新しいMEMSトリボメータを用いた垂直磁気記録多層のSitu TEMスクラッチ試験。 JOM, 69.1 (2017): 51-56.
• ゴーサム・スリラム・ジャワハラム,シェン・J・ディロン,ロバート・S・アバーバック 照射されたCu-W合金の硬化機構。 材料研究ジャーナル, 32.16 (2017): 3156-3164.
• K.H. ヤノ, M.J. スウェンソン, Y. ウー, J.P. Wharry. イオン照射酸化分散強化合金のSITUマイクロピラー圧縮試験におけるTEM。 核物質ジャーナル、483(2017):107-120。
• カイ・ペン・リン、イヴォ・スタシフ、テ・フア・ファン Al2O3の機械的特性と変形機構は、その中でのトランスミッション電子顕微鏡圧縮から決定した。材料研究エクスプレス、4.7(2017)。
• L.W.ヤン、C.メイヤー、N.リー、J.K.ボールドウィン、N.A.マラ、N.チャウラ、J.Mモリーナ・アルダレギア、J.ロルカ。 金属セラミックナノラミネートの機械的特性:制約と温度の影響 アクタ・マテリア、142(2017):37-48
• M.W.カップ、T.クレマー、C.モッツ、B.ヤン、R.ピッパン。 マイクロベンディング実験で研究した超粒状銅の環状負荷時の構造的不安定性。 アクタ・マテリア、125(2017):351-358。
• ペン黄、銭宇。 脱臼飢餓のない極めて小さい六角形構造チタニウムナノピラーにおける脱臼乗算。 科学レポート、7(2017)。
• ルイ・ハオ、アレクサンダー・A・テッドストーン、デビッド・J・ルイス、クリス・P・ウォーレンス、ケビン・R・ウェスト、フィリップ・ハワード、サンダー・ゲーマーズ、シェン・J・ディロン、ポール・オブライエン。 MoSの摩耗時の財産自己最適化。 ACS 適用マテリアルおよびインターフェイス、9.2 (2017): 1953-1958。
• シーハオ・リー、ウェイ・ジョン・ハン、ジュ・リー、エヴァン・マー、ジウェイ・シャン。 天然の酸化シェルを備えた少量のアルミニウム合金は、前例のない強度と靭性を提供します。 アクタ・マテリア、126(2017):202-209。
• シーハオ・リー、ウェイ・ジョン・ハン、ジウェイ・シャン。 電子線照射下の小容量Al-4Cu合金の変形 アクタ・マテリア、141(2017):183-192。
• 市梁王、志偉山、漢黄。 ナノワイヤの機械的特性 アドバンストサイエンスニュース、4(2017)。
• 須二、ジョンフン・リー、ミン・ウク・ピン、ドン・ウォン・チャン、ソング・ホン、ボクラエ・チョー、サン・ジュン・リー、ジョン・ソク・ジョン、ソンフン・イー、ヨン・ヒョン・キム。

2016

• アーロン・コブラー、クリスチャン・ブランドル、ホルスト・ハーン、クリスチャン・キュベル。 ナノ結晶性の顔中心の立方体金属における変形過程の場での観察 ベイルシュタインナノテクノロジージャーナル、 7 (2016): 572-580.
• アレクサンダー・A・テッドストーン,デビッド・J・ルイス,ポール・オブライエン遷移金属ドープ層遷移金属ジカルコゲニドの合成、特性、および応用

2015

• アーロン・コブラー、アンドレア・ホッジ、ホルスト・ハーン、クリスチャン・キュベル。 ナノツイン銅の配向依存性破壊挙動.応用物理学の手紙、106(2015)。
• アーロン・コブラー、トールステン・ビュート、トビアス・クレフェル、ロビー・プラン、マルクス・ムースマン、トールステン・シェラー、ステファン・ウォルハイム、ホルスト・ハーン、クリスチャン・キュベル、ベルント・マイヤー、トーマス・シンメル、エリック・ビチェク。 ナノチン化銀ナノワイヤ:構造と機械的特性。 アクタ・マテリア、92.15(2015):299-308。
• アレクサンダー・A・テッドストーン,デビッド・J・ルイス,ルイ・ハオ,シミン・マオ,パスカル・ベロン,ロバート・S・アバーバック,クリストファー・P・ウォーレンス,ケビン・R・ウェスト,フィリップ・ハワード,サンダー・ゲーマーズ・シェン・J・ディロン,ポール・オブライエン 二硫化モリブデンの機械的性質とドーピングの効果:Situ TEM研究における 応用材料およびインターフェース、7.37(2015):20829-20834。
• アンドリュー・J・ワーグナー,エリック・D・ヒンターサラ,プラシャント・クマール,ウィリアム・W・ゲルベリッチ,K・アンドレ・ムホヤン 理論に近い強度サブ100 nm Siナノキューブにおける可塑性のメカニズム アクタ・マテリア、100(2015):256-265。
• B.フォルカー,W・ハインツ,R・ロス,J.M・バトケ,M.J.コーディル,G・デム ダウンスケーリング金属誘電体界面破壊実験をミクロン以下の寸法に:TEMを用いた実現可能性調査 表面およびコーティング技術、270(2015):1-7。
• ボーユー・リュウ、リアン・ワン、ジャン・ワン、エヴァン・マー、ジウェイ・シャン。 マグネシウムの基底柱-プリズム変換によって作成された境界のテラスのような形態。 スクリプタ・マテリア、100(2015):86-89。
• デビッド・フラミル・カルペニョ、大村貴仁、リン・ザン、ジェローム・レヴェヌール、ミシェル・ディキンソン、クリストファー・シール、ジョン・ケネディ、マーガレット・ハイランド。 ナノメカニカルおよびヘリウム埋め込み基材上のホウ素炭化物薄膜のその他TEM特性:デラミネーション、リアルタイムクラッキングおよび基質座屈。材料科学と工学:A、639(2015):54-64。
• E.ヒントサラ、D.キーナー、J.ジャクソン、W.W.ゲルベリッチ。

2014

• ビン・チェン、ジュン・ワン、イーウェイ・ジュー、小州遼、春生路、イウウイングマイ、サイモン・P・リンガー、フジウ・ケ、ヤオゲン・シェン。 4H-SiCナノピラーにおける変形誘発相変換 アクタ・マテリア、80(2014):392-399。
• ディン・シアン・ワン、ショウ・イー・チャン、イー・チュン・ホアン、ジンバオ・ウー、ホン・ジェン・ライ、ミン・シェン・レウ。 非晶質炭素表面におけるグラファイト性ナノ結晶のストレス誘導形成のナノスコピック観察 炭素、74(2014):302-311。
• ホスニ・イドリッシ、アーロン・コブラー、ベナム・アミン=アフマディ、マイケル・クーロンビエ、モントセラト・ガルセラン、ジャン=ピエール・ラスキン、ステファン・ゴデット、クリスチャン・キュベル、トーマス・パルドエン、ドミニク・シュリーヴェルス。その 中での透過型電子顕微鏡ナノメカニカル試験で明らかにされた超微粒子自立型アルミニウム薄膜の可塑性機構。 応用物理学の手紙、104.101903(2014)。
• ヨルゲン・F・ルフナー,リカルド・H・R・カストロ,トロイ・B・ホランド,クラウス・ファン・ベンセメ 個々のMgAl2O4凝集体の機械的特性と高密度化に及ぼす影響。 アクタ・マテリア、69(2014):187-195。
• コルハン・サヒン、ニコラス・A・ファサネラ、イオアニス・チャシオティス、ケビン・M・リヨン、ブラッドリー・A・ニューカム、マンジェシュワール・G・カマス、ハン・ギ・チェ、サティッシュ・クマール。 ポリアクリロニトリル-カーボンナノチューブ前駆体からの高強度ミクロンサイズの炭素繊維。 炭素、77(2014):442-453。
• 張れ、関道信明、大村隆仁。 変形時の鋼の流れ応力と転位密度の間のリアルタイム相関。 材料科学と工学:A、611(2014):188-193。
• S.キアニ、K.W.K.リョン、V.ラドミロビッチ、A.Mマイナー、J.-M.ヤン、D.H.ワーナー、S.コダンバカ。

2013

• A.S.シュナイダー、D.キーナー、C.Mヤカッキ、H.J.マイヤー、P.A.グルーバー、N.タムラ、M.クンツ、A.Mマイナー、C.P.フリック。 ニッケル圧縮ピラーのサイズ効果に対するバルク事前緊張の影響。 材料科学と工学:A、559(2013):147-158。
• ビン・チェン、ジュン・ワン、チャン・ガオ、ユジエ・チェン、小州遼、春生路、ハーク・ホー・タン、イウウイング・マイ、ジン・ゾウ、サイモン・P・リンガー、華建高、チェンヌパティ・ジャガディッシュ。 スタッキング障害による脆性半導体ナノワイヤの強化:Situ機械試験からの洞察。 ナノレター、13.9(2013):4369-4373。
• ビン・チェン、チャン・ガオ、リ・チャン、ヤンボ・ワン、ジビン・チェン、小州遼、ハーク・ホー・タン、ジン・ゾウ、サイモン・P・リンガー、チェンナティ・ジャガディッシュ。 半導体ナノワイヤの魅力:その中での観察 アクタ・マテリア、61.19(2013):7166-7172。
• ビン・チェン、チャン・ガオ、ヤンボ・ワン、小州遼、イウ・ウィング・マイ、ハーク・ホー・タン、ジン・ゾウ、サイモン・P・リンガー、チェンナティ・ジャガディッシュ。 GaAs半導体ナノワイヤにおける非弾性挙動ナノレター、13.7(2013):3169-3172。
• ビン・シャン、レイ・ワン、劉高、アンドリュー・M・マイナー TEM中のLi/Li2CO3コア/シェル粒子の電気機械プローブ。 電気機械学会誌、160.3(2013)。
• チェンカイワン、ユンウェイ毛沢東、志偉山、明島、ジュリー、ジュンサン、エヴァン・マ、スブラ・スレッシュ。

2012

• A. コブラー、A.カシワル、H.ハーン、C.キューベル。 in situストレインとACOM TEMの組み合わせ:ナノ結晶金属の塑性変形を解析する新しい方法。 超顕微鏡、128(2012):68-81。
• C.チザム、H.エイ、M.B・ロウリー、J.オー、S.A.サイド・アシフ、O.L.ウォーレン、Z.W.シャン、E.P.ジョージ、A.マイナー.M。 Mo合金ナノファイバーの脱臼飢餓と疲労硬化。 アクタ・マテリア、60.5(2012):2258-2264。
• C.Q.チェン、Y.T.ペイ、J.Th.Mデ・ホッソン テーパーフリーの金属ガラスナノピラーの明らかに均質だが本質的に断続的な流れ。 スクリプタ・マテリア、67.12(2012):947-950。
• ダニエル・キーナー,アンドリュー・M・マイナー,オスマン・アンデログル,ヨンチャン・ワン,スチュアート・A・マロイ,ピーター・ホースマン

2011

• A.R.ビーバー、J.D.ノワク、O.ウゲル、W.Mムーク、S.L.ギルシック、R.バラリーニ、W.W.ガーベリッチ。 小さい方が厳しいです.哲学雑誌、91.7-9(2011):1179-1189。
• チャン・チャン・チェン、ユ・タオペイ、オレクシ・クズミン、ジェ・フェン・ザン、エヴァン・マ、ジェフ・.M・デ・ホッソン。 金属ガラスのテーパーフリーナノピラーの機械的応答における本質的なサイズ効果.フィジカルレビューB、83.18(2011)。
• D.キーナー、A.Mマイナー。

2007 - 2010

• アンドリュー・M・マイナー,S・A・シド・アシフ,ジウェイ・シャン,エリック・A・スタッチ,エドワード・シランコフスキ,トーマス・J・ワイロベック,オーデン・L・ウォーレン アルミニウムのナノインデンテーション中の可塑性の発症の新しいビュー.自然材料、5(2006):697-702。
• C.Q.チェン、Y.T.ペイ、J.T..Mデ・ホッソン