neutron activation analysis

The use of neutron activation analysis is best explained by the following case study.

This is where neutron activation analysis enables us to source them with certainty.

Radiation is used to determine the composition of materials in a process called neutron activation analysis.

"We'll do what's called a neutron activation analysis," Kovac explained.

He also participated with neutron activation analysis in the Apollo Project.

Neutron activation analysis can be used to remotely detect the chemical composition of materials.

Pneumatic tube systems are used in science, to transport samples during neutron activation analysis.

Neutron activation analysis (see glossary) was developed in the mid-1940s, following the introduction of nuclear reactors.

Neutron activation analysis is a method used to determine elemental concentrations in unknown samples.

The plant partook in neutron activation analysis and gamma irradiation for various materials.

The slowest part will involve a technique called neutron activation analysis, and we don't expect to have results from that until next spring."

Neutron activation analysis has shown that this series of pieces was made at Castilli in southern Italy.

The show features a companion exhibit on how neutron activation analysis can help solve the mysteries of provenance.

The primary research purpose of the reactor is to provide a neutron source for activities such as Neutron activation analysis.

A controversial Neutron Activation Analysis was performed twice on the bullet evidence in the case.

Neutron activation analysis (NAA) has been practised for decades here in various forms.

Neutron activation analysis is one of the most sensitive and accurate methods of trace element analysis.

Nuclear engineers often used the reactor for neutron activation analysis, a science capable of measuring trace amounts of materials.

(1) A more precise method, called neutron activation analysis, can be used to measure cadmium concentrations in the liver or kidney.

This reactor became a major part of the nuclear engineering instructional program and also began to provide some services in radioisotope production and neutron activation analysis.

Analytical techniques such as atomic absorption spectrophotometry and neutron activation analysis may be required for quantitative determination at such low levels.

It is used for scientific purposes, such as neutron activation analysis, neutron physics experiments and calibration of nuclear measurement devices.

Neutron activation analysis, which involves the activation of a sample matrix through the process of neutron capture.

In his article Neutron activation analysis using an inertial electrostatic confinement fusion device he indicated that his apparatus did not produce surplus energy.