Analysis of Impurities in Nuclear Fuel

NegotiableUpdate on 07/26

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Overview

Product Name: Nuclear Fuel Impurity Analysis Product Model: Prodigy DC Arc Update Date: December 1, 2022 Brand: Production Address: USA Nuclear Fuel Impurity Analysis enables direct analysis of complex samples without the need for sample digestion, such as ceramics and glass, metal oxides, carbides, borides and nitrides, insoluble powders such as SiC, precious metals and other high-purity metals, graphite powder, geological materials, nuclear materials - uranium oxide, plutonium oxide, soil, silt, coal ash, paint, etc.

Product Details

　　Instrument Introduction

ProdigyAnalysis of Impurities in Nuclear FuelIt can achieve direct analysis of complex samples without the need for sample digestion, such as ceramics and glass, metal oxides, carbides, borides and nitrides, insoluble powders such as SiC, precious metals and other high-purity metals, graphite powder, geological materials, nuclear materials - uranium oxide, plutonium oxide, soil, sludge, coal ash, paint, etc.

　　main features

ProdigyAnalysis of Impurities in Nuclear FuelAdopting a long focal length stepped grating and optical system. The performance improvement obtained from this has brought DC arc spectroscopy technology into a field.

■Fast analysis speed

All elements can be excited for 60 seconds at a time to obtain results.

■Wide range wavelength coverage, no spectral level overlap

■High resolution, minimal spectral interference

The L-PAD detector has a resolution capability that is four times the area of traditional detectors and eliminates interference between spectra.

■Truly achieve full spectrum direct reading function

Synchronized background correction;

The ability to calibrate internal standards;

Method line mean statistics, with synchronous measurement of height, strong and weak spectral lines;

User defined methods are optional.