Hiden Analytical technology has been validated for accredited groundwater monitoring in Germany
Aqua Service Schwerin Beratungs- und Betriebsführungsgesellschaft mbH (AQS Schwerin) has achieved accreditation for nitrogen excess (N₂/Ar) groundwater analysis using the Hiden Analytical HPR-40 MIMS (Membrane Inlet Mass Spectrometer). Read more [Picture source: Hiden Analytical on linkedin.com] FOTO:
Resolving Light-Gas Overlaps for Fusion Exhaust Monitoring: ORNL Testing of Hiden HAL 101X
In support of next-generation fusion diagnostics, Oak Ridge National Laboratory has evaluated Hiden’s high-resolution quadrupole RGA approach for the ITER Diagnostic Residual Gas Analyser (DRGA), focusing on fast, selective measurement of light species in exhaust streams. The study shows how enhanced-resolution quadrupole operation can deconvolve closely spaced masses—most notably separating ⁴He from D₂—and explores the implications for quantification when additional gases such…
Key features of the ECL
Series for real-time electrochemical discovery We’re highlighting the core capabilities of the ECL Series—a family of electrochemical accessories (ECL-Static, ECL-Insight and ECL-Probe) designed to support real-time analysis of gases and volatile species in electrochemical research when paired with the HPR-40 DEMS. Read more [Picture source: Hiden Analytical on linkedin.com]
In Conversation: Nuclear Fusion
In this insightful conversation, Colin Robertson, our Sales Director, discusses the recent emergence of nuclear fusion research and how Hiden Analytical’s instrumentation supports fusion research, from tritium breeding to isotope recycling and long-pulse operation. Read more [Picture source: Hiden Analytical on linkedin.com]
Revolutionising Solar Energy: New Flexible Solar Cell Technology with High Dynamic Range and Precision Depth Profiling
Hiden Analytical, a leading innovator in materials and gas analysis, is proud to announce an important development of the SIMS Workstation family of instruments, the Dual Polarity Simultaneous Detector. Read more
SIMS Surface Analysis for Battery Cathode-Electrolyte Interfaces: Depth Profiling of SEI Composition
The stability and lifetime of lithium-ion batteries hinges on deciphering the reactive processes that occur where the cathode meets the electrolyte. During cycling, electrolyte components oxidise at the cathode-electrolyte interface and form a thin, reactive interphase. This layer is commonly known as the solid electrolyte interphase (SEI), or more specifically as the cathode-electrolyte interphase (CEI) when…
Exploring Near Atmospheric XPS (APXPS): Bringing Surface Analysis Closer to Real-World Conditions
Traditional X-ray Photoelectron Spectroscopy (XPS) is a cornerstone technique for investigating the surface chemistry of materials. However, conventional XPS systems operate under ultra-high vacuum (UHV) conditions — a controlled environment necessary for accurate measurements, but far removed from the pressures and reactive conditions most materials experience in real-world applications. Read more
Massoft 11: the pinnacle of mass spectrometry software innovation
Hiden Analytical Ltd. proudly presents MASsoft 11, the latest evolution of our premier mass spectrometry software. Representing a significant advancement in analytical technology, MASsoft 11 combines powerful performance enhancements with a suite of intuitive tools designed to meet the demanding needs of today’s scientific professionals. Read more
Explore the ECL Series in Detail — New Brochure Now Available from Hiden Analytical
Following the successful launch of the ECL Series, Hiden Analytical is pleased to announce the release of a new brochure offering an in-depth look at the design, features, and applications of this versatile electrochemical toolkit. Designed to work seamlessly with the HPR-40 DEMS, the ECL Series transforms electrochemical research by providing real-time analysis of gases and…
Watching Solid-State Sodium Batteries Fail – In Real Time
Why do some of the most promising next-generation batteries fail—and how can we stop it? A new peer-reviewed study led by Imperial College London answers that by watching the failure process unfold as the battery operates. Using simultaneous dual-polarity secondary-ion mass spectrometry (SIMS) alongside controlled electrochemical cycling, the team directly observed where, when, and why degradation…