(Askeri) ESAS KADEMENİN TAYİNİ: Top namlusundaki aşınmanın, bir batarya dahilindeki diğer toplarla arasında mevcut ilk hız farkını gidermek maksadıyla ölçülmesi
(Diş Hekimliği) 1. Kanal veya tübün çapının ölçülmesi, kalibre ölçümü. 2. Herhagi bir ölçüm aletinin belli bir standarda göre üzerindeki ölçüm çizgileri
The procedure to force the scale to display a certain value for a known standard mass Then any other mass will be determined using the standard as the reference
Calibration ensures that equipment and measurements correspond to universal standards Equipment needing calibration can typically be scales, meters, drives, and clocks
the process of comparing an instrument's output signal with reality Instruments that measure solar energy tend to "drift", that is, their output signals do not mean the same thing from one time period to another Because of this, they are periodically (annually or semi-annually) re-calibrated against more reliable instruments The picture below illustrates instruments being calibrated at SRRL The radiometers on the calibration table are calibrated to a reference instrument traceable to the World Radiometric Reference (WRR)
The process of converting a conventional radiocarbon age to a "true" or calendar age This is accomplished by comparing the measured CRA with a table of radiocarbon ages measured on samples of wood whose chronological ages are known exactly by tree-ring counting Tables of tree-ring data going back 12,000 years are available (see Radiocarbon Calibration Issue, 1993), and work to refine the calibration data is continuing
The comparison of a measurement instrument or system of unverified accuracy to a measurement instrument or system of known accuracy to detect any variation from the required performance specification
The process of adjusting the colour of one device relative to another, such as a monitor to a printer, or a scanner to a film recorder, or the process of adjusting the colour of one device to some established standard
A comparison of a measurement standard, instrument, or item with a standard or instrument of higher accuracy to detect and quantify inaccuracies and to report or eliminate those inaccuracies by adjustments
16, Adjusting a measuring instrument to make it accurate The set of operations which establish, under specified conditions, the relationship between values indicated by a measuring instrument or measuring system and the corresponding values of a quantity realized by a reference standard
1) The set of operations that establish, under specified conditions, the relationship between values indicated by a measuring instrument or measuring system, or values represented by material measure and the corresponding values of the measured Used by regulatory agencies to refer to the process of checking or adjusting instruments (including analytical instruments) Also used in chromatography to refer to the process of using standard samples as part of method verification 2) Calibration An operational check that generally involves the use of standard materials or test instruments that have certification traceable to the National Technical Information Service (formerly the National Bureau of Standards)
The act of adjusting the color of one device relative to another, such as a monitor to a printer, or a scanner to a film recorder Or, it may be the process of adjusting the color of one device to some established standard
The process of periodically checking and adjusting measuring devices and instruments to ensure specified accuracy and precision that are traceable to national or international standards
The process wherein the zero and sensitivity of the measuring circuit is adjusted to meaningful units so that the recorded measurements will be accurate with respect to an industry standard
Comparison of a measurement standard or instrument with another standard or instrument to report or eliminate by adjustment any variation (deviation) in the accuracy of the item being compared
The act of adjusting a device to bring its behavior into accordance with a known specification For example, monitors are calibrated to a specific color temperature, gamma, and black and white luminance Imagesetters and platesetters are calibrated to make sure that they deliver the requested dot percentage accurately Calibration is typically accomplished by measuring the behavior of a device with an instrument such as a colorimeter or densitometer, comparing the measured behavior with the standard to which the device is being calibrated, then adjusting the device so that it behaves in accordance with that standard
-A procedure to convert an instrument's raw data (i e voltage) into the physical unit (i e irradiance) For example, instruments for measuring sun light are calibrated with special lamps As the irradiance that these lamps produce is known, radiometers are calibrated by comparing the signal provoked from the sun light with the signal caused by the lamps'radiation
The process of estimating the caliber a tube, as of a thermometer tube, in order to graduate it to a scale of degrees; also, more generally, the determination of the true value of the spaces in any graduated instrument
The process of setting a device to known color conditions Calibration must be performed externally for devices whose color characteristics change frequently For example, calibration must be performed on monitors because phosphors lose brightness over time, and on printers because proofers and other digital printing devices can change output when colorant or paper stock is changed Calibration is not required for most input devices (e g , scanners and cameras) since these devices are generally self-calibrating
General: Relation between the output of a sensor system and the (conventional) true value of the input quantity of the parameter or property under investigation The process of establishing this characteristic function is also called calibration Chemometrics: The development of a statistical or another empirical model that establishes a correlation between independent variables of a group of observations (e g absorbance values per wavelength in a set of sample spectra) and a property of interest as dependent variable The resulting model describing this relation can be used to determine the property values for unknown samples