My name is James Parker, and I'd like to introduce myself. I'm going to show you how to accurately and effectively separate super alloys using an Olympus Vanta xrf xrf spectrometer in today's lesson. This will allow you to recycle the super alloys after they have been separated. Many of the alloys that are used in applications such as power generation in automobiles, extraction of oil and gas, and aerospace must be able to withstand temperatures that are extremely high in order to be used in these applications. Furthermore, in extremely corrosive environments, particular superalloys are required to adhere to very stringent xrf analyzer in order to function properly. In order for alloys to have the properties that are being sought after, these specifications need to include a number of specific elements.

It's common for these requirements to overlap with one another. When scrap is collected from manufacturers for recycling, the alloys in question should not only be analyzed by grade, but also by the explicit element analysis contained therein. This is because both types of analyses are important for determining the quality of the scrap. This should be completed before any processing of the scrap is done. It's possible that the price of supplying foundries or smelting workshops with recycled materials that have the wrong element concentrations will end up being quite high. Because of the increasing demand for furnace front charging, these components might have an adverse effect on the practicability of the subsequent application of the melt, which is essential in light of the fact that the demand is growing. Because of its high level of precision and accurate results, the Olympus Vanta can also guarantee that the correct melt chemistry and/or any mixing requirements are satisfied. As a result of this, conducting a chemical analysis of these alien elements is absolutely necessary in order to arrive at an accurate determination of the alloy grid.

The purpose of this waste container is to serve as a classification tool, so I have gathered some examples of super alloy components that are representative of the category. Let's take some measurements to check that the  setup is as level as it can possibly be in order to avoid any potential issues. We have a few blades for an engine turbine as well as a few chips made of a variety of alloys. We won't need anyone's help to carry out the procedure because we can do it all by ourselves. This material was used to construct the rm246 phantom that I use. In just two or three seconds' time, it is simple to see that we have a good matching GTD 111. The following table provides a rundown of the chemical components that make up this sample in greater detail.

Take note that these samples are neither especially clean nor flat, which are both factors that can have an effect on the accuracy of the results. On the other hand, when we tested these two samples with gtd111 and miragin m246, we obtained the same grade for both of them. When we take a look at the chemical composition of the mixture, we are able to see at a glance, with the help of the red circle, which components of the concoction do not fulfill the requirements for the grade. Despite our best efforts, xrf analyzer we were unable to obtain any results from this examination; however, a glance at the black arrow reveals that the actual measured chemical composition falls within the parameters of the grade. Despite our best efforts, we were unable to obtain any results from this examination. By clicking the following button, you'll be able to further customize them so that they display the components that are most relevant to you. Because of this, we are able to rearrange the order in which the element titles are displayed on the screen. We can press this button to bring the element concentration down to its absolute minimum if that is what we desire.

The quickest and easiest way to do this is to go to the main menu, scroll down until you reach the element order, and then click and drag specific elements to reposition them wherever you like. After that, from the primary screen, click one more time on the column heading of the element vanta. This column heading has more than 2500 alloy grade specifications already preprogrammed. The fact that these are such important xrf analyzer means that there is a good chance that there will be a great deal of revision done to them, as the manufacturer is continually working to improve them. You have the ability to add new grades, fully customize existing grade specifications, and directly modify those that already exist thanks to the user interface of the vanta software. As a consequence of this, you can be certain that the grade matching that is provided to you will at all times be accurate. I am making use of the specialized grid library that the customer and I jointly developed. In this library, the tolerances for each component have been adjusted so that faster grade separation is possible.

Therefore, after selecting Grade Matching Settings from the main menu, we can scroll all the way down to access the library. This is the case even though the previous step was required. This is the section of my personal library that is devoted to superalloys. It is something that can be emphasized by us. If we select the Edit button, xrf spectrometer all of the grade requirements will be presented to us, and we will also have the opportunity to conduct a search for a specific grade. If we then click the pencil icon, we will be given the opportunity to directly edit the grid specifications on the analyzer, as well as change the minimum and maximum values. This will be the case regardless of whether we are using Windows or macOS. Therefore, let's put these other samples through some tests to see if we can get the same grade as these samples or if the surface treatment needs some additional work in order to get the same grade as these samples. Now, due to alignment, the smallest one will cause some problems, but as long as you place the sample in the center and keep it unchanged, we should still get good results. This is contingent on you keeping it the same, however. Now, because of how they are aligned, the one that is the smallest will cause some problems.

It is difficult to measure the edge of the sample turbine blade, as demonstrated on the screen cmsx4, but as you can see, we were able to achieve grid matching in fewer than five seconds. In certain circumstances, you might need to try slightly different approaches before you can be certain of getting the desired results. Grinding or cleaning the surface of the sample is essential to ensure optimal analysis because doing so will significantly improve the analytical performance of low concentration elements, especially common foreign elements. This is why grinding or cleaning the surface of the sample is essential. The preparation of samples is necessary in order to guarantee accurate analysis. The alloy grid is made up of components such as tungsten, tantalum, rhenium, and zirconium as a result of these overlaps. As can be seen on the blade of the turbine, the sample is ground down to its final form in a single location. If we test an area that has not prepared the sample in advance, you will find that the chemical composition does not give us a good match. This is because the sample has not been prepared in advance. When we carry out the test, you will notice that this is something that stands out. If we look at the findings of the earlier tests, we can see that the percentage of platinum is extremely high. This can be seen if we look at the results. On the other hand, as you can see, we have a very good match, which is the identical match of renny142. This is a very good match for us.

Within the application, we have the ability to swiftly switch between viewing the complete result and the most recent result. This is a very convenient feature. As a consequence of this, once we have completed an adequate preparation of the samples and have had sufficient time to conduct the tests, we will be able to accurately separate and quantify significant components. In addition, in order for the sequencing process to work properly, each customer will continue to get at least one batch of laboratory analysis. On the other hand, their needs for chemistry research are highly dependant on the results of jokes. We are able to detect and quantify these low concentration elements much more quickly and accurately than with other hand-held xrf analyzers thanks to the excellent technology that Olympus has patented and excellently developed. This technology was developed by Olympus.