The phrase "attributed to the vacuum" is correct and usable in written English.
It can be used in contexts discussing phenomena, effects, or characteristics that are ascribed to the vacuum, often in scientific or technical discussions.
Example: "The unusual behavior of the particles can be attributed to the vacuum present in the chamber."
Alternatives: "ascribed to the vacuum" or "linked to the vacuum".
Charles VI was popularly known as "Charles the Mad", and much of the political and military decline that France had suffered during his reign could be attributed to the power vacuum that his episodes of insanity had produced.
It is found that very high cycle fatigue, associated with interior inclusions, is attributed to the very slow crack propagation in vacuum condition, and that an asymptote for fatigue limit observed for mild steels also exists for high strength steels such as bearing steels, but extends beyond the very high cycle fatigue regime normally measured to-date.
This performance is attributed to the clean solid electrolyte/electrode interface prepared in the vacuum.
Statistical comparability with regard to the prevalence of vacuum-extraction delivery despite vacuum delivery being ten-times more frequent in grand multiparous women than lower-parity multiparous women was thought to be attributed to the infrequent availability of an appropriately functioning vacuum extractor at MNH during the time of the study.
The surface chemistry presents significant difference between undoped and phosphorus doped films after a vacuum annealing, it may be attributed to the different evolvement of the surface defects existing in the film, which may be considered as an important influencing factor in the blood compatibility of the titanium oxide film.
The resettlement program between 1987 and 1990; civil war between 1990 and 1991; downfall of socialist regime; and the resulting legal vacuum in natural resource conservation attributed to the clearance of shrubs and forest cover.
The intercalation of well-dispersed CNTs was attributed to the dispersion of catalysts at the interface of EG based on vacuum impregnation.
The reduction of OH detected by XPS is thus, attributed to the precursor decomposition and would in principle be expected to boost device performance at 300 °C in vacuum as it does at 275 °C.
