Many medical conditions cause halitosis. Accurate clinical measurement and identification of the volatile compounds producing halitosis is necessary to treat the problem effectively. Halitosis is curable in nearly 100% of all cases. Halitosis, or bad breath, has long been neglected by healthcare professionals, and there is less scientific data on the subject. However, many patients…
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Recent Knowledge Base Articles
- Halitosis Treatment: Understanding and Curing Bad Breath Effectively
- Critical Role of Data Logging in Gas Detection for Industry Safety
Gas detection and data logging ensure systems’ safety and efficiency. Data logging and other technology can be a powerful asset to any manager. Data logging can support analysis, decision support systems, early warning, remote monitoring, maintenance strategies, performance optimization, and regulatory compliance. Data logging in gas detection integrated with detectors is used across industries to…
- Hypergolic Gas Detection: Is it Necessary?
Hypergolic fuels involve mixing two materials that can self-ignite for use as propellants. Hypergolic fuels have damaged buildings and hurt people during ground operations where the fuel is handled. Thorough planning, effective communication and training, and adherence to protocols and safety measures are critical to reducing incident risks and for safe operations. Though useful as…
- Detecting Common Semiconductor Gases – Hydrogen Fluoride, Phosphine, and Ozone
Semiconductors’ production requires 30 specialty gases. Some gases are hazardous, and accidental leakage must be monitored and controlled. Gas detection is a crucial recommended procedure to keep people safe. Semiconductors are a crucial element in electronics, medical devices, and transport. The fine construction of the chips is made possible by chemical reactions involving specialty gases.…
- Importance of Hydrazine Gas Detection in the Aerospace Industry
Hydrazine is a standard fuel used for rocket launches and in aircraft emergencies. However, extreme care is needed in its storage, transportation, handling, and hazard response due to its toxicity, inflammability, and environmental impact. Monitoring and early hydrazine gas detection can be crucial to reduce risks to lives, property, and the environment as long as…
- How Fast Does a Gas Detector Sense Toxic Gas? 5 Common Questions Professionals Ask About Gas Detection
Imagine a confined space where a sudden leak of carbon monoxide occurs. The difference between a safe escape and a hazardous situation could hinge on the response time of a gas detector. In this piece, we unravel the complexities behind gas detection technology, moving beyond the basic functionality to address five pressing questions that professionals…
- The Importance of Calibrated Instruments in Gas Analysis
Understanding and ensuring the calibration of gas analysis instruments are crucial for maintaining optimal working conditions and minimizing hazards. A calibrated instrument is fundamental for precise readings, compliance with standards, avoidance of false alarms, and adaptation to environmental shifts. It also strengthens trust in safety systems. Access to high-quality calibration is vital, and while traditional…
- Ethylene Detection in the Metallurgical Industry
In the metallurgy industry, ethylene quickly becomes the preferred choice over propane and acetylene for cutting torches. The gas is not toxic itself but is a fire hazard and can have health consequences after short- and long-term exposure. Safety managers must use best workplace practices, including ethylene detection and checking, to avoid health and fire…