Modern silicon-based detectors for high-energy physics operate in an experimental
environment with sub-zero temperatures. At those temperatures, even low traces of humidity …

The dew point is the temperature at which the air cools to saturation without changing its
water vapor content and pressure. It is considered to be the most accurate humidity …

A robust capacitive multisensory readout system is presented in this article. The system
consists of a few thousand lossy capacitive-based sensors that can be modeled as a parallel …

Capacitive relative humidity sensors, widely used in industrial and environmental
applications, should be interchangeable and ideally have parametrizable response to …

Monitoring humidity and temperature in silicon-based high-energy physics (HEP) detectors
is indispensable but challenging due to space restrictions, radiation, sub-zero temperatures …

As high readout channel density and compact design become the norm for HEP detectors so
is the detector cooling at temperatures below the experimental site dewpoint. This increases …

We propose a dual− purpose sensor to detect ammonia besides relative humidity with
tapered multimode fiber (TMMF) as the sensor structure and silica gel as the sensing layer …

The sensitivity of polymer-based capacitive relative humidity (RH) sensors after irradiation
with neutrons, electrons and protons was measured. Degradation consists of the decreasing …

Cooling at subzero temperatures and the subsequent monitoring of humidity in the modern
Si-based high-energy physics detectors are indispensable but challenging due to space …