Examples of 'tracer gas' in a sentence
Meaning of "tracer gas"
Tracer gas refers to a type of gas that is intentionally released or injected into a system or environment in order to track or trace its flow, movement, or behavior. It is often used in various scientific, industrial, or environmental applications to study ventilation, air flow, leaks, or contamination pathways
How to use "tracer gas" in a sentence
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tracer gas
Then a tracer gas is added to the air.
The background concentration of the tracer gas.
Conco added tracer gas leak detection services.
The inert gas acts as tracer gas.
Tracer gas leak detection system.
The advantages of hydrogen as tracer gas.
Tracer gas flow rate.
Peripheral scan tracer gas test.
Method of leak testing a test container with a tracer gas.
Wet concentration of the tracer gas in raw exhaust.
Leak detection device using hydrogen as tracer gas.
Calibration of tracer gas analyser for exhaust flow measurement.
We had a modification of the tracer gas.
Calibration of tracer gas analyzer for exhaust flow measurement.
Carbon dioxide is one example of such a tracer gas.
See also
Pure hydrogen is never used as a tracer gas because it is in ammable.
Nitric oxide is one example of such a tracer gas.
Wet concentration of the tracer gas in the diluted exhaust.
Methane emissions were estimated by sulfur hexafluoride tracer gas technique.
Development and application of tracer gas technique to structural engineering.
Tracer gas method.
Wet concentration of the tracer gas in the dilution air.
Different emission scenarios are experimentally simulated using tracer gas methods.
After dilution in the tunnel the tracer gas component shall be measured.
The internal atmosphere of the object to be tested is connected to a tracer gas detector.
The development of a passive tracer gas method for building ventilation measurements.
This involves measurement of the concentration of a tracer gas in the exhaust.
A constant flow of tracer gas was used to simulate a single contaminant source on the floor.
Instantaneous concentration of the tracer gas after mixing ppm.
Detection of this tracer gas gives higher sensitivity than a standard diffusion test.
Variable speed primary pumping in a tracer gas leak detector.
Tracer gas is cheap and easy to obtain from technical gas or welding gas dealers.
The dilution ratio is calculated from the tracer gas concentrations.
Tracer gas always looks for the shortest route from the leak to the surface.
Background concentration of the tracer gas in the intake air ppm.
The spectrometer can then detect the presence of the tracer gas.
After dilution in the tunnel the tracer gas component is measured.
A tracer gas is fed into the transfer tube TT.
The dilution ratio is calculated from the tracer gas oncentrations.
A tracer gas shall be fed into the exhaust transfer tube TT.
The method involves measurement of the concentration of a tracer gas in the exhaust.
First method uses helium as the tracer gas and a mass spectrometer as the detector.
This threshold value here corresponds to a negligible transfer of the tracer gas to the outside.
The tracer gas concentrations CO.
The results show similar dynamics in relevance to the tracer gas concentrations.
The tracer gas technique was used to determine the air-change efficiency.
The amount and the pressure of the tracer gas do not need to be significant.
However, it is unfortunate to be restricted to a single and rather costly tracer gas.
CwA wet concentration of the tracer gas in the diluent.
At site 6 a detailed study of the face airflow was made using a tracer gas.
