The phrase "automatic suppression" is correct and usable in written English.
It can be used in contexts related to technology, systems, or processes that automatically reduce or eliminate something, such as noise, errors, or unwanted signals.
Example: "The software features automatic suppression of background noise during calls, ensuring clearer communication."
Alternatives: "automatic reduction" or "automatic filtering".
There are three techniques for preventing destructive over-pressures, which are currently used in industries: venting, automatic suppression, and weaker enclosures.
The model compares the benefit provided by these wall options with the benefit provided by other fire protection measures such as detection (manual and automatic), automatic suppression, manual fire fighting (including fire brigade action), spillage control and separation.
The spectral resolution is 4 cm−1, and the spectra were recorded with the automatic suppression of CO2 and H2O vapour bands.
Similarly, the automatic suppression of ovulation during periods of intense physical stress or nutritional deficit prevents further divisions of parental investment in times of hardship by literally turning off the reproductive system (Bentley 1999; Ellison 2003).
Kenneth O. Burris Jr., the chief operating officer for the United States Fire Administration, a branch of the Federal Emergency Management Agency, said that experts had "recognized for quite a number of years that automatic fire suppression systems," like sprinklers, "are the most effective method".
Electrically controlled dynamic sprinkler activation is the novel technology of managing large automatic fire suppression systems that offers considerable potential advantages over conventional (thermal) sprinkler activation.
Then some consequences of the mentioned factors in design of mitigatory measures such as explosion isolation, explosion venting, and automatic explosion suppression, are discussed.
An adaptive null-steering scheme for adjusting the beampattern, which enables automatic source suppression, is presented.
Miller and Desimone (1994) concluded that automatic repetition suppression and match enhancement reflected 2 different short-term memory mechanisms, with the latter class of responses indicating store processes associated with active, or working, memory.
However, these functional connectivity analyses are based on a priori region selection rather than a whole brain search and, at present, we do not know whether automatic repetition suppression across stimulus type in LvOT is driven by local backward connections (e.g., from anterior to posterior LvOT) or long-range backward connections from frontal, temporal, and parietal regions.
The new models incorporated numerous novel features such as stabilized turrets, electronic fire controls, and automatic damage-suppression systems.
