వేడి రేడియేషన్ను కొలిచే ఒక సాధనం; చాలా సున్నితమైనది,

Noun:

స్టింబెమీటర్, బొనోమీటర్, ఇన్ఫోటోమీటర్,

bolometer's Usage Examples:

A scintillating bolometer (or luminescent bolometer) is a scientific instrument using particle physics in the search for events with low energy deposition.

These include photographic film, solid-state devices (CCD, CMOS detectors, and infrared detectors like PtSi and InSb), tube detectors (vidicon, plumbicon, and photomultiplier tubes used in night-vision devices), scanning detectors (mainly used for IR), pyroelectric detectors, and microbolometer detectors.

plane arrays, which are of three different types: multi-beam feed arrays, bolometer arrays, and the experimental phased-array feeds.

Metal bolometers usually work without cooling.

It is also planned to install a bolometer camera at millimeter wavelengths.

development of detectors was mainly focused on the use of thermometers and bolometers until World War I.

low heat capacity bolometers, arranged into towers and cooled in a large cryostat to approximately 10 mK with a dilution refrigerator.

applications that have been demonstrated include light emitting diodes (LEDs), bolometers and optoelectronic memory.

Thermocouple probes where the probe temperature is monitored by a thermocouple junction at the probe tip and resistive or bolometer probes where the probe.

The Simons Observatory will use Transition Edge Sensor (TES) bolometers.

Today, most bolometers use semiconductor.

arrays with large numbers of feedhorn-coupled, transition-edge-sensor bolometers cooled to just 0.

polarization-sensitive pixels, with two transition-edge-sensor (TES) bolometers per pixel.