Search by property
From Battery Knowledge Base
This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.
List of results
- Na-ion and K-ion chemistry for sustainable battery + (399f32ae-7bd5-4893-a9a1-5f469db44e2b)
- Electrode slurry + (399f6c88-2f20-561d-87d2-28df95979148)
- Areal loading (dry) + (39cc62b8-b04b-58b5-9b2a-77477fc0123f)
- Rheometer + (39f91ce3-39a6-5675-aae3-087c6dea4d66)
- Gas composition (degassing) + (3a2d97d2-3541-57c6-98f9-b8ff492c2ba6)
- SAFELOOP_logo.jpeg + (3a48dce8-49bb-4491-a15a-4b5a5f5d22e1)
- Bug (Software) + (3a59edc9-c7bd-4c5a-a590-8071fc00a997)
- instabat-logo_white.jpg + (3a5d6c89-92d3-459f-928f-f1916471f9db)
- Redox Titration + (3a60d6e3-4d66-5528-8551-b2fa9cd5f489)
- Hydra 36M Review meeting group picture (1) + (3a7b247e-c9be-470a-9206-b3c04c7fbd74)
- Surface quality + (3a8a0e48-cca2-586e-8d32-9e88b409d0d5)
- Thermogravimetric Analysis (TGA) + (3a906076-1729-51fa-86a3-ca40d75a00c9)
- Compression Testing + (3aa9f872-8f75-5453-a48d-7c57f8970d20)
- Swiss Federal Laboratories for Materials Science and Technology + (3b30aee8-69d5-4155-beda-755ff84e02a2)
- Bucharest + (3b36ec9a-90cf-4189-b1cc-c5f197257478)
- Battery 2030+ / HYDRA Standards and Best Practices Workshop + (3b405820-1606-4d89-8bfc-762240674edc)
- Homogeneity (slurry) + (3b649779-8257-5717-a19f-dbef729a7070)
- PyBaMM + (3b852678-e872-4b10-9b30-d525732629a2)
- Submitted Full Proposal + (3b8775e8-7e84-421d-aa88-6ec88296c21d)
- Postal address + (3bc4f8d7-2c3b-4475-8c63-3c1b4e33c506)
- UltraBat + (3c04b0cd-cd1e-4d69-99d9-8d9ebae3be3f)
- IMG_5417 + (3c3307be-39cc-44ba-9961-be1d2d5b8229)
- 2024-06-27 15.06_NewChemsitries + (3c52dde2-7907-40a5-87de-e917f8434988)
- Electrode film (dry) + (3c91e22f-d017-514e-a4be-0f6d24dfc653)
- Uniresearch BV + (3c94a3cd-78fd-40e9-a132-5b59dacc78f4)
- OrganizationalUnit + (3cb8cef2-225e-4030-92f0-98f99bc4c472)
- Location + (3d238d05-316e-45a4-ac95-a11d7b24e36b)
- Samson Yuxiu Lai + (3d31fba2-cdab-4da0-aa7d-e038df8bd96d)
- 08_Roadmap_Process_KIT + (3e21ef4e-5950-4dfe-8771-a91e91745f6f)
- Capillary Rise Method + (3e2f4112-987a-5502-82c0-5ea88ef322f1)
- LocalFile + (3e3f5dd4-f718-42fb-b8f2-70e511af8031)
- Postal address + (3ebd254a-7ba9-4c0f-8608-451c14da4578)
- Sridevi Krishnamurthi + (3ed9671d-b852-440d-bb5f-3ce1d14b9fb1)
- Coin-cells.jpg + (3f05560e-ade1-4d31-b592-8e2e5b2f989c)
- IMG_5261 + (3f33e41a-3cd5-4205-97ac-fc627c43f1fa)
- Cell type and size (large scale) + (3f67dcc4-9b13-5011-81f3-555152a0fb64)
- Panel Discussion: Current Challenges in Building Better Batteries + (3f92b933-9ca4-480f-869c-277c78d875f4)
- Passive components + (3fa5758b-65b9-5f0a-8cc8-2f82dd2bc671)
- Coulombic Efficiency Calculation + (3fc1db6e-4b2c-5ae9-9f82-e04f7394c6bb)
- Tulsa + (3fe68145-700c-4169-b7f0-3f7305dca87a)
- Surface area (geometrical) + (3ff61f8b-749f-5ec5-bc87-95e47a677106)
- Conference on Battery Direct Recycling 2024 + (4025d492-d2e8-409e-93c2-3fa26fc09814)
- 2024-06-27 15.39_GeneralScope + (402f4333-94cf-41cf-9df2-02856c7fcf9b)
- Temperature (mixing) + (40377b5d-c2d7-5b77-a2fd-51b1abc570da)
- Heat Transfer Coefficient Calculations + (404aa182-2415-532d-9024-d285b032d439)
- National Research Council + (40beb439-3e5c-465f-ae87-9a78470f6b0f)
- Postal address + (4143039d-91e5-406e-a5b2-8ea113065376)
- Contact material surface quality + (414981e8-3721-52d8-8f27-b1bceaa96453)
- Battery Anodes 2024 + (415eb1c5-4bda-48e2-9fa4-ea85755be24c)
- Starting Materials + (419f1862-0511-5cb8-978d-26a89caab0ce)
- Norway + (41a65249-c379-4fc0-b53e-41a9283428fa)
