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Fluorescence X-ray Spectrometer System ZSX Series - Rigaku

Fluorescence X-ray Spectrometer System ZSX Series - Rigaku

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Fig. 4. CCD Picture of Granite Sample and Comparison Chart.<br />

of the r-2 stage makes it possible to perform<br />

measurements at the maximum X-<strong>ray</strong> intensity<br />

position even for small diameter samples. And, when<br />

used with the CCD camera, this r-2 stage is especially<br />

effective for mapping processing by CCD viewing as<br />

well as for the analysis of a faulty portion on the<br />

sample.<br />

Figure 4 shows the point analysis result of a rock<br />

by the use of the r-2 stage along with the CCD camera.<br />

6. Software<br />

The <strong>ZSX</strong> software incorporates <strong>Rigaku</strong>'s<br />

longaccumulated experience and expertise in X-<strong>ray</strong><br />

spectrometry analysis with cutting edge technology. It<br />

is so easy to use that even a novice can quickly use it<br />

correctly. The <strong>ZSX</strong> software configuration is shown<br />

below.<br />

6.1. SQX(ScanQuantX)<br />

Software for computation covering qualitative<br />

analysis through semiquantitative values.<br />

6.2. EZ scan<br />

Sophisticated SQX analysis can be performed<br />

with five easy steps.<br />

6.3. Application packages<br />

Turnkey solutions for a variety of applications.<br />

These packages include standards set-up, optimal<br />

calibration curves and program check standards.<br />

6.4. Application templates<br />

The user is guided along the analysis with<br />

templates that incorporate steps from sample<br />

pretreatment methods to measuring conditions up<br />

to control samples.<br />

6.5. Universal standard samples<br />

A database of commercially available standard<br />

reference samples is already in place. No<br />

additional data entry work is necessary.<br />

6.6. Fixed-precision measurement<br />

If a required precision is entered, the analysis is<br />

carried out with the optimized measurement time<br />

for each of the unknown samples.<br />

6.7. Energy saving function<br />

The X-<strong>ray</strong> output can be automatically reduced<br />

according to the amount of instrument idle time.<br />

6.8. Automatic program run<br />

This provides system ON/OFF, resumption after<br />

power failure, auto aging, PR gas flow control,<br />

etc.<br />

6.9. Decision on material<br />

Retrieval of standards is made, such as the JIS<br />

(Japanese Industrial Standard), for instance.<br />

6. 10. E-mail transfer<br />

The analysis result, an error message, or other<br />

information can be e-mailed.<br />

6. 11. Remote control<br />

Remote-control operation can be made using<br />

LAN.<br />

6.12. Remote diagnosis<br />

Diagnosis of the system status can be made from<br />

the <strong>Rigaku</strong> service station through e-mail.<br />

6.13. Automatic selection of sample diameter<br />

Automatic setting of the optimum area limiting<br />

diaphragm is performed for a given sample<br />

diameter.<br />

Vol. 16 No. 2 1999 61

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