Mastering Infrasound Data: Techniques for Signal Enhancement and Analysis
Processing infrasound signals is a critical step in analyzing data from phenomena that generate low-frequency acoustic waves. These waves can originate from various sources, including natural events (volcanic eruptions, tornadoes,…
🚨🌍 On-site Earthquake Early Warning: A Must-Have for Urban Zones Like San Francisco Bay & Downtown LA, Istanbul 🌍🚨
In the heart of our bustling cities, lying within just 15 miles of urban settings, fault lines silently weave. Areas like the San Francisco Bay Area, Downtown Los Angeles and…
Converting Infrasound Sensor Data to Pascal: A Step-by-Step Guide
In the world of environmental and geophysical monitoring, infrasound sensors play a pivotal role in detecting low-frequency sound waves emanating from natural or man-made sources. These sensors capture invaluable data…
Why Your Organization Should Have an Earthquake Warning System?
Discover the QUAKELOGIC-QUAKEALERT system, our latest technology designed to give you a head start before an earthquake hits. This advanced system gives you critical time to prepare by detecting the…
Safeguarding Seismic Instrumentation: A Guide to Power Surge Protection
Introduction Seismic instruments are vital for monitoring and researching geological events. However, these sensitive devices can be easily damaged by power surges, which often occur during thunderstorms or due to…
Ensuring Safety and Integrity: Seismic Monitoring of LNG Facilities
The liquefied natural gas (LNG) industry is a cornerstone of the global energy market, providing a clean, efficient, and versatile fuel source. As these facilities often lie in seismically active…
Insights into Blast Vibration Monitoring and Infrasound Sensitivity
Blast Vibration Monitoring Blast vibration monitoring is crucial in industries like mining, construction, and demolition, where explosives are used. It's important to monitor and control the vibrations caused by blasts…
Earthquake P- and S-waves, why does their speed matter?
Earthquakes, one of nature's most formidable phenomena, can cause widespread destruction within seconds. However, advancements in seismology have led to the development of Earthquake Early Warning (EEW) systems, providing precious…
Electro Servo Motors or Linear Motors for Shake Tables: Choosing the Right Technology
In the realm of shake tables, used predominantly for vibration testing and simulations, two main types of electric motors come into play: servo motors and linear motors. A servo motor…