Vacuum type desktop EDX9000A alloy al element content analysis of lithium battery

EDX9000A combines the latest sample excitation and signal detection technology, makes it the analysis of the performance can be comparable with the results of laboratory analysis. By giving it a different filter and optical collimator, high-power X-ray tube, and the Amptek SDD silicon drift detector, EDX9000A realized the optimization of the hardware combination.

Selecting metal alloy analyzer, the customer will usually focus on the test accuracy, speed and equipment durability analysis, and EDX9000A is the perfect embodiment of the above three indicators. ในเวลาเดียวกัน, the spectrometer can also for a variety of different types of alloys for rapid qualitative quantitative analysis, รวมทั้ง:

Magnesium alloy Aluminum alloy Titanium alloy High alloy steel medium and low alloy steel tool steel Precious metal cobalt alloy nickel alloy copper alloy zinc alloy Precious alloy brass bronze solder etc

Vacuum type desktop EDX9000A alloy al element content analysis of lithium battery

The case application EDX9000A alloy analyzer to determine the content of lithium battery chinalco elements.Analysis time correction method per sample needs about 3 นาที. Measure the length of time influence the accuracy of measurement.

If requires high accuracy of measurement, the measurement time should be longer.

Spectrum processing: using digital filtering deducting background, using least squares formula fitting pure element reference spectrum correction committee peak, reoccupy fitting method to extract XML peak intensity.

การวิเคราะห์เชิงปริมาณ: using linear correction, the peak intensity is proportional to the concentration.

By the way, each EDX9000A alloy analyzer are extremely flexible and convenient method of the parameters of the application software, it has the following features can greatly expand the analysis ability

Vacuum type desktop EDX9000A alloy al element content analysis of lithium battery

1) You can use different samples, which is very useful, because it is often encountered that no matching samples are found. ตัวอย่างเช่น, in this experiment it is possible to correct with pure A1 with little effect on accuracy.

2) The number of standard samples required is much smaller than the empirical coefficient method. ตัวอย่างเช่น, in the middle of our school, 1 หรือ 2 out of 7 samples is enough.

3) Individual elements or even the whole sample can be carried out with no standard sample method. ด้วยวิธีนี้, some previously unknown components or contaminants can be analyzed.

4) Some components that cannot be directly determined by XRF, such as oxygen, น้ำ, and organic matter, can also be entered into the calculation. This ability can easily expand the application range of XRF to aqueous oil, พลาสติก, and mineral materials