# Tutorial

In this section, we present several ways to navigate through the Battery Explorer.

The Battery Explorer app allows users to filter candidate battery materials using chemical formula/composition, as well as properties such as maximum volume change, average voltage, capacity, stability etc.

In each individual page for a battery material, the user can find information regarding the material such as calculated properties, voltage curve, oxygen evolution graph and a visulization of the host material.

#### 1. [Go to Materials Project - Battery Explorer](https://materialsproject.org/batteries)

#### 2. Search the chemical formula of interest

![Step 2 screenshot](https://images.tango.us/public/screenshot_74cfe1e7-c747-42b9-b5fc-629bd7e723fe.png?crop=focalpoint\&fit=crop\&fp-x=0.4817\&fp-y=0.3304\&fp-z=1.5096\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 3. Choose the filter of choice under the "Composition" Tab on the left

![Step 3 screenshot](https://images.tango.us/public/screenshot_2326e8af-ca3e-47f4-a6df-e6f4703e76e3.png?crop=focalpoint\&fit=crop\&fp-x=0.2500\&fp-y=0.7331\&fp-z=2.0000\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 4. Select the working ion of choice

![Step 4 screenshot](https://images.tango.us/public/screenshot_5b54acf7-c0a8-4eb9-93a9-46769ffdafc6.png?crop=focalpoint\&fit=crop\&fp-x=0.1473\&fp-y=0.6557\&fp-z=2.0235\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 5. One can delete filters by clicking "x" next to the filter

![Step 5 screenshot](https://images.tango.us/public/screenshot_e72d3681-03b8-477c-a155-1a28f505c5d7.png?crop=focalpoint\&fit=crop\&fp-x=0.3958\&fp-y=0.3353\&fp-z=3.2286\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 6. Try a different type of filtering requirement - chemical system

![Step 6 screenshot](https://images.tango.us/public/screenshot_0122b7af-19b8-4274-b2ed-cc523e6748fe.png?crop=focalpoint\&fit=crop\&fp-x=0.1339\&fp-y=0.6183\&fp-z=2.1394\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 7. Under Battery Properties tab on the left, choose filter of choice

![Step 7 screenshot](https://images.tango.us/public/screenshot_c1c4154c-89d6-4904-9dbb-d1e78f77f1dc.png?crop=focalpoint\&fit=crop\&fp-x=0.1292\&fp-y=0.3263\&fp-z=3.0808\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 8. Filter by average voltage

![Step 8 screenshot](https://images.tango.us/public/screenshot_26fc2101-b39e-454b-9f7c-cad0a08f9899.png?crop=focalpoint\&fit=crop\&fp-x=0.0711\&fp-y=0.3535\&fp-z=2.9252\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 9. Filter by stability of the discharged state

![Step 9 screenshot](https://images.tango.us/public/screenshot_4d9c589f-3cd1-47af-8750-fb8b42872f44.png?crop=focalpoint\&fit=crop\&fp-x=0.1021\&fp-y=0.7428\&fp-z=3.3026\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 10. Change the x-axis for the voltage curve

![Step 10 screenshot](https://images.tango.us/public/screenshot_159f7920-cc54-47cc-a945-8592ad02de67.png?crop=focalpoint\&fit=crop\&fp-x=0.5241\&fp-y=0.4708\&fp-z=2.0944\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 11. Link to materials detail page for each voltage step

![Step 11 screenshot](https://images.tango.us/public/screenshot_168b0d07-76bb-4be0-b6f8-354f5551d213.png?crop=focalpoint\&fit=crop\&fp-x=0.5849\&fp-y=0.5279\&fp-z=1.9469\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)

#### 12. Visualization of the host material

![Step 12 screenshot](https://images.tango.us/public/screenshot_1dcea469-a3d9-4fe5-abfa-085983bdac07.png?crop=focalpoint\&fit=crop\&fp-x=0.4693\&fp-y=0.5005\&fp-z=1.3603\&w=1200\&mark-w=0.2\&mark-pad=0\&mark64=aHR0cHM6Ly9pbWFnZXMudGFuZ28udXMvc3RhdGljL21hZGUtd2l0aC10YW5nby13YXRlcm1hcmsucG5n\&ar=3584%3A1952)


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# Agent Instructions: Querying This Documentation

If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question.

Perform an HTTP GET request on the current page URL with the `ask` query parameter:

```
GET https://docs.materialsproject.org/apps/explorer-apps/battery-explorer/tutorial.md?ask=<question>
```

The question should be specific, self-contained, and written in natural language.
The response will contain a direct answer to the question and relevant excerpts and sources from the documentation.

Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.