thermometry

In a sense then, radiometric thermometry might be thought of as "universal".

This type of temperature detection is also known as phosphor thermometry.

On ocean basin scales, this technique is also known as acoustic thermometry.

Phosphor thermometry is an optical method for surface temperature measurement.

The practical basis of thermometry is the existence of triple point cells.

This permits differences among genotypes to be detected relatively easily using infrared thermometry.

His scientific activity mainly concerned electrostatics, electrochemistry, and thermometry of flames.

Phosphor thermometry, the use of phosphorescence to measure temperature.

Radiometric thermometry, in contrast, can be only very slightly dependent on the constitutive relations of materials.

Consequently, they are suitable thermometric materials, and that is why they were important in the development of thermometry.

"Powdered obsidian for determining hydration rates and site thermometry".

The zeroth law is of importance in thermometry, because it implies the existence of temperature scales.

Traditional thermometry techniques use electrical characterization to determine resistivity and estimate the average temperature along an interconnect.

In phosphor thermometry, the temperature dependence of the photoluminescence process is exploited to measure temperature.

These include mid-IR spectroscopy, fiber optic sensors, thermometry, and imaging.

Phosphor thermometry is a temperature measurement approach that uses the temperature dependence of certain phosphors.

His interest is acquiring experimental data spanned several fields: optics, thermometry, pyrometry, hydrometry, and magnetics.

- Medical Surgical products, including operating room supplies and accessories, thermometry products, electrodes and chart paper.

However the Sakuma-Hattori equation becomes very useful when considering low-temperature, wide-band radiation thermometry.

One is a resonance technique developed by Bell (1968) for ultrasonic thermometry, another is a reflection method, the third the measurement of wave velocity.

Experimental probes include effects of electric and magnetic fields, measurement of response functions, transport properties and thermometry.

He has pioneered the development of foraminiferal magnesium thermometry, which has become accepted for the estimation of past ocean temperatures.

A newer development is the temporal artery thermometer, which uses the infrared principle to accurately report a patient's temperature, with comparable accuracy to rectal thermometry.

Acoustic thermometry of ocean climate (ATOC) uses low frequency sound to measure the global ocean temperature.