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Gas Monitoring in Research Facilities
Gas monitoring is essential in research facilities, supporting safe innovation across industries like energy, semiconductors, and marine sectors.
Lithium-Ion Batteries and Gas Detection
Lithium-ion batteries power many devices today. Unlike disposable lithium batteries, they recharge by moving lithium ions between anode and cathode cells.
Remaining Compliant with New Flare Regulations: A Practical Approach
New flare gas rules aim at carbon neutrality.
Understanding Flammable Gases and Their Hazards: Ensuring Worker Safety with Gas Detectors
Flammable gases are vital yet risky in industry. This article explores their hazards, features, and key markets for production, storage, and use.
The Core Technology Behind Riken Keiki: "Optical Interferometric Method" and the Development Background of OHC-800 Calorimeter
Discover Riken Keiki’s history, tech strengths, and how the OHC-800 uses optical interferometry to measure gas calorific value with high precision.
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Fundamentals of Organic Semiconductors: Understanding Structure, Applications, and Energy Levels
Explore how organic semiconductors differ from silicon, their use in OLEDs and solar cells, and why ionization potential and energy levels matter.
What Is Ionization Potential Measurement for Research and Mass Production? Comparing the AC Series, UPS, and Current-Mode PYS
Compare AC Series, UPS, and current-mode PYS for ionization potential measurement in organic semiconductors, from research to mass production.
Protecting Product Quality with Automated Air Intake Control
Outside air brought in through the plant’s air intake system can cause product quality issues. This article explains outside-air-related risks and introduces an approach using tape-type gas detection for high-sensitivity detection and automated control.
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