The phrase "equipment calibration" is correct and usable in written English.
It can be used when referring to the process of adjusting and verifying the accuracy of equipment or instruments.
Example: "Before starting the experiment, we need to ensure that the equipment calibration is up to date."
Alternatives: "instrument calibration" or "device calibration."
Base measurement accuracy approaches ±1% and is limited by precise equipment calibration and refinement of the measurement technique.
Production of linear shear with low turbulence level in a wind tunnel provides a convenient environment for testing the results of computational fluid dynamics simulations and equipment calibration.
The International Temperature Scale of 1990 (ITS-90) defines an equipment calibration standard for making measurements on the Kelvin and Celsius temperature scales.
Quality control measures include research staff training and certification, equipment calibration and maintenance, continuous data quality monitoring, project document management and filing, monthly telephone conferences, annual in-person meetings including recertification and site visits.
For these reasons, it is a National Institute of Standards and Technology NISTT) standard beta emitter, and is therefore used for equipment calibration.
In 2008, New York City Department of Health and Office of Radiological Health performed a week long comprehensive review of Hospital for Special Surgery's entire radiology program for QA/QC policies, procedures, radiation safety, physicist reports, equipment calibration and ongoing monitoring.
These measures of precision are defined in terms of the conditions that apply when the measurements are obtained, including: operator, equipment, calibrations, environmental conditions, and the period of time between measurements.
However, more advanced imaging equipment utilizes calibration information that should be used to arrive at correct quantities: Calibration inherent in the file format (Fig. 10).
Equipment and Calibration: The electrical potential was reported by a Duo 773 Dual Microprobe amplifier (World Precision Instruments, Sarasota, Florida, USA), sampled at 100 Hz and filter decimated to record at 10 Hz by Labview 5.0 (National Instruments, Austin, Texas, USA).
Clinical probability of PE: Unlikely ≤4 points Likely >4 points Low <2 points Intermediate 2-6 points High >6 points Abbreviations: DVT, deep vein thrombosis; PE, pulmonary embolism Qualitative POC D-dimer tests do not need additional equipment or calibration, are ready to use, cheap, utilize capillary or venous blood and can be done in-and outside the clinic.
The equipment was calibrated using a standard calibration ball (3.18551 cm) with errors of ±0.05%.
