The phrase "ambient rotation" is correct and usable in written English.
It can be used in contexts related to environmental design, sound, or visual effects, where it describes a type of rotation that is subtle or background in nature.
Example: "The ambient rotation of the lights created a calming atmosphere in the room."
Alternatives: "background rotation" or "subtle rotation".
Clearly, if (K) is an ambient rotation vector field, then the function (langle K,nu rangle ) lies in the nullspace of (L).
This conserved quantity can also be obtained in a geometric way via Noether's principle; to that end, one applies the formula for the first variation of area to the ambient rotation vector field (K = (0,0,x_4,-x_3 0,0,x_4,-x_3
It is a natural to conjecture that the nullspace of (L) should consist precisely of the functions (langle K,nu rangle ) where (K) is an ambient rotation vector field.
The other one, Dark Days, collects 14 tracks he produced as a teenager between 1992 and 1997 when he'd clearly been listening to both volumes of Aphex Twin's Selected Ambient Works on heavy rotation.
The compound is the monoadduct of a malonodiamide containing six iodine atoms and eight acetal-protected alcohols with multiple hindered rotations at ambient temperature.
We estimated the gross energy production (i.e. biomass yield multiplied with the energy content of the wood) for a SRC system growing for six three-year rotations under ambient [CO2] at 444±18 GJ ha−1 yr−1 (Calculations are detailed in the supporting information Methods and material S1 and Tables S1, S2, S3, S4, and S5).
The change in length during torsion is examined (i.e. the Swift effect) of an aluminum wire reinforced with 45% continuous Nextel®610 alumina fibers at ambient temperature, and also its rotation under applied tensile stress after pre-twisting (i.e. the inverse Swift effect).
It detects the thermal deformation caused by the ambient temperature or by the rotation of the spindle in ISO230-3.
A minimum production of on average 3.2±0.1 ton DM ha−1 yr−1 was found needed to obtain a neutral GHGB under elevated [CO2] coppiced in two-year rotations, whereas on average 2.0±0.1 ton DM ha−1 yresultsults in a neutral GHGB under current ambient [CO2] in three-year rotations.
Source apportionment of ambient particles in steubenville, OH using specific rotation factor analysis.
These experiments were performed for lean to stoichiometric hydrogen/air mixtures (16 20% of H2 in air), initially at ambient temperature and pressure, and for a rotation speed from 1000 to 5000 rpm.
