The phrase "across pipeline" is not correct in standard written English.
It may be intended to refer to something that spans or connects different parts of a pipeline, but it lacks clarity and proper context.
Example: "The data was shared across the pipeline to ensure all teams had access to the latest information."
Alternatives: "throughout the pipeline" or "along the pipeline".
The increasing use of standardized layers, standards, and interfaces to implement these analyses should allow reusing the developed solutions across pipelines and pipeline frameworks.
The coupled forces normal and parallel to underground pipelines arising from earthquake-induced ground movement are evaluated, including a review of measured stresses on pipe surfaces during large-scale testing, evaluation of frictional forces related to soil-pipe interaction, and the resolution of interaction forces along and across pipelines.
Further, effect size magnitude is highly correlated across pipelines when eQTL are discovered in both pipelines (r = 0.874, p < 10−57).
Because of this limitation, few data exist on false-negative rates across pipelines, and inferring these rates from unique calls between pipelines is likely to be inadequate.
MSNet showed comparable performance across pipelines, with 10 12% higher AUC, and 7 12% more proteins at 5% FDR than the original analysis.
The issues highlighted in our indel comparisons demonstrate the difficulties associated with attaining accurate and standardized indel calls, and our data illustrate the need for robust and ubiquitous indel standardization metrics/methods to allow for objective comparisons across pipelines and across sequencing projects.
Transporting heavy oil by core annular flow decreases the pressure drop across the pipeline by assuring a flow regime that allows oil isolation from the pipeline wall by a layer of water.
A novel power optimization utility software was proposed by Hazel T et.al [11], which considered the different energy costs across the pipeline pump/compressor stations, utility contracts, and pump/compressor efficiency.
As the variations in the pressure distribution within HCPs are directly linked to and the flow characteristics within pipelines, it is essential to critically evaluate the effect of capsule shape on the pressure drop across the pipeline.
This study is aimed at analyzing the effects of cooling regimes on the formation of gas voids along and across the pipeline using a 3 T Magnetic Resonance Imaging (3 T-MRI) system.
