The phrase "assumed orientation" is correct and usable in written English.
It can be used in contexts where a specific orientation or position is taken for granted or accepted as a basis for further discussion or analysis.
Example: "In our study, we will analyze the effects of the assumed orientation of the device on its performance."
Alternatives: "presumed orientation" or "expected orientation".
If not otherwise specified, it is assumed the orientation refers to the gradient orientation, or the orientation in which the image changes the most in intensity.
Separated from Baltica by the Pleionic Ocean (essentially the northwestern arm of the Paleotethys Sea), the paleocontinent of Siberia assumed an orientation rotated 180° from its present alignment (as recognized by the inverted position of Lake Baikal).
In the most ideal situation where hybridization is determined solely by sequence complementarity, a designed probe would either consistently hybridize if the assumed target orientation is correct or not hybridize at all if wrong.
Alternatively, the pore might insert into the membrane in an angled rather than the assumed perpendicular orientation, thus leading to partial obstruction of the ion conduction path.
The grey areas in these plots indicate the range of validity of the present theory: the frequency should be larger than about 50 100 Hz due to the assumed constant orientation of the rods during a cycle of the external electric field, and should not be larger than about 300 Hz where polarization is essentially absent and hydrodynamic interactions through electro-osmotic flow become significant.
At representative locations, and for assumed worker orientations, the radiation field is analysed as having, in general, three components—a direct, unidirectional component from the nearest identified discrete source, which is considered incident A-P, several unidirectional components from other such sources which are treated as a rotational component and a scattered isotropic component.
The efficiency of the EET between C307 and PtTCHP was evaluated based on the Förster theory, using the spectroscopic data for coumarin 8 and porphyrin 2 in DMF and assuming random orientation of the transition dipole moment vectors (orientation factor κ = 2/3).
Since in most sequencing protocols the reads are a mixture of forward and reverse complements with respect to the reference sequence, we cannot assume the orientation of k-mers drawn from reads will match the orientation of k-mers drawn from the reference.
Bulk measurements, or methods that assume uniaxial orientation, would give incorrect results from these materials.
Without loss of generality, we assume ideal orientation of the array, such that θ ~ = 0 in Equations 12 and 14.
