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Which type of experiment best matches your research?

The right experimental setup depends on the question you need to answer. Use the guide below to find published examples, experimental possibilities, and the holder solutions to support them.

Browse publications

Mechanical properties, strain hardening, and fracture behavior of ultrasonic additively manufactured Zircaloy-4 after low-temperature neutron irradiation

Caleb P. Massey, Stephen Taller, Maxim Gussev, Kurt Smith, Cody Havrilak, Andrew Nelson

Journal of Nuclear Materials

2026
Abstract
Cr-LiF as a high energy density conversion-type cathode for Li-ion solid-state batteries

Joel Casella, Morzy Jȩdrzej, Vittorio Montanelli, Felix C. Mocanu, Arnold Müller, Moritz H. Futscher, Marta D. Rossell, M. Saiful Islam, Maksym Yarema, Yaroslav E.Romanyuk

Communications Materials

2026
Abstract
Volatile to Non-Volatile Switching Transition in Chalcogenides

Zihao Zhao, Mengfei Zhang, Qun Yang, Tamihiro Gotoh, Qingqin Ge, Nannan Shi, Yuting Sun, Jiayi Zhao, Yanping Sui, Ran Jiang, Haibin Yu, Stephen R. Elliott, Zhitang Song, Min Zhu

Advanced Functional Materials

2025
Abstract
Probing the stability window of electrodeposited MnO2 for the acidic oxygen evolution reaction

Raquel Aymerich Armengol, Lau Morten Kaas, Alexander Juul Nielsen, Feng Wu, Alba Bech Larsen, Marika Birkedal Norby, Andrea M. Mingers, Siyuan Zhang, Christian Danvad Damsgaard, Stig Helveg, Jakob Kibsgaard, Peter Christian Kjærgaard Vesborg

ChemRxiv

2025
Abstract
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Why Hummingbird Scientific for

Thin Films

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Featured products

X-Ray High-Pressure Gas Heating Sample Holder
X-ray High-Pressure Gas Heating
Go beyond standard gas holder pressures investigating catalyst performance, gas–solid reactions, and pressure-dependent phase transformations with gas pressures up to 20 bar and closed-loop MEMS heating up to 900 °C
X-ray
SEM High-Pressure Gas Heating Sample Holder
SEM High-Pressure Gas Heating
Go beyond standard gas holder pressures investigating catalyst performance, gas–solid reactions, and pressure-dependent phase transformations with gas pressures up to 20 bar and closed-loop MEMS heating up to 900 °C
SEM
SEM Bulk Liquid Electrochemistry Sample Holder
SEM Bulk Liquid Electrochemistry
Perform liquid-phase electrochemistry inside your SEM with electrochemical performance that closely matches conventional bulk benchtop measurements
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TEM Electrical Biasing: Flexible Carrier Sample Holder
TEM Electrical Biasing: Flexible Carrier
Expand your in-situ TEM electrical biasing capabilities with a flexible platform that supports both Hummingbird Scientific chips and user-developed devices through custom chip-carrier geometries
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TEM Cryo Biasing + Heating Sample Holder
TEM Cryo Biasing + Heating
Correlate nanoscale structural, chemical, and electrical changes across cryogenic and elevated temperatures with simultaneous electrical biasing during in-situ TEM experiments
TEM
NEI Two-Channel STEM EBIC System
TEM Electrical Biasing: EBIC
Measure electronic properties using two independent Electron Beam-Induced Current (EBIC) channels while correlating electronic, structural, and chemical information from the same nanoscale region during TEM/STEM analysis.
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