Sentence examples for owing to the range of from inspiring English sources

With the increasing use of complex (rather than Newtonian) fluids for manufacturing, single frequency fluid characterisation cannot reliably predict good jetting behaviour, owing to the range of shearing and extensional flow rates involved.

Some of the patients with CRNP may have been experiencing chemotherapy-induced peripheral neuropathy (CINP), which has been documented to cause a diagnostic dilemma for clinicians owing to the range of toxic etiologies that may mimic the clinical features of cancer [ 21].

Owing to the range of storage times, data analysis controlled for storage time.

Owing to the range of operation duration, both within and between specialties, a glitch rate is required to facilitate the comparison.

Owing to the range of CXCL13 levels obtained (0 to >53,000 pg/ml) and the non-normal distributions, the data were log-transformed (log CXCL13).

Owing to the range of topics covered by the CV, collaborative development across several PSI working groups, including proteomics research groups, instrument manufacturers and software vendors, was necessary.

Motion analysis of the shoulder is challenging owing to the high range of motion (ROM) of the shoulder.

Traditionally used 1D-curves (e.g. exponential, lognormal and Weibull functions) fitted significantly the frequency-distance relationship, but provided highly inaccurate descriptions owing to the broad range of variability (i.e. the huge scatter of the datasets described by the curves) that arise from the strong anisotropy of the recruitment kernels.

The exclusion of patients treated by private-sector physicians owing to the limited range of volumes in this sector, the need to cap volume-outcome effects at the highest volume group to avoid extrapolating off data, and the lack of data on outcomes for patients after transfer to haemodialysis.

Ascribing responsibility here can be knotty, owing to the wide range of actors involved in oil production.

This paper describes a new method of dynamical state estimation for stochastic systems, in a practical case in which the observed data fluctuates within a finite amplitude domain owing to the dynamic range of the measurement instrument.