measurement accuracy

More pixels mean greater temperature measurement accuracy, particularly for small objects.

Thus there can't be any theoretical advance in measurement accuracy offered by this experiment.

Uncertainty takes all the metering system factors that impact measurement accuracy into account.

The answer is because all developed countries have complex economies which need a minimum level of measurement accuracy for fair trading in the public interest.

This was particularly important in a monopulse system with its much improved bearing measurement accuracy.

The standard for qualitative measurement accuracy was defined as described above for the example of Mint2.

The result is better control of the signal generator's output and better measurement accuracy.

Immersion sensors generally have the best measurement accuracy because they are in direct contact with the process fluid.

The low reflection coefficient means better measurement accuracy.

Much time was spent in the calibration of instruments and improving the measurement accuracy to the highest possible degree (ca. 1 part per 10,000).

Measurement accuracy varies greatly depending on the style.

Measurement accuracy and precision improved dramatically with the invention of the electronic touch trigger probe.

A high enough sampling rate, measurement precision, and measurement accuracy are required to achieve adequate control performance.

The ideal or theoretical yield of a chemical reaction would be 100%, a value that is impossible to achieve due to limitations in measurement accuracy.

One issue with this sensor type is measurement accuracy when compared to a calibrated mechanical sensor.

In this manner, the measurement accuracy of expression values propagates to the estimation of fold changes.

The new line of fixators uses advanced software to solve the previous problems of measurement accuracy and the need for specialized training.

In productivity measurement, combining and aggregating the data always involves reduced measurement accuracy.

A quantum limit in physics is a limit on measurement accuracy at quantum scales.

This significantly improved longitude measurement accuracy.

The measurement accuracy is a few centimetrs and it tracks the movement of tectonic plates with comparable accuracy.

Their values deviate from prediction by about 10% due to the limited measurement accuracy and slight variation of the cone thickness along its length.

The large increase in gravity measurement accuracy made possible by Kater's pendulum established gravimetry as a regular part of geodesy.

Low insertion loss repeatability reduces sources of random errors in the measurement path, which improves measurement accuracy.

NIST does not enforce measurement accuracy directly.