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- 01HBGP479974MEF82PX3C2KBT0 classification C1.
- 01HBGP479974MEF82PX3C2KBT0 date "2023".
- 01HBGP479974MEF82PX3C2KBT0 language "eng".
- 01HBGP479974MEF82PX3C2KBT0 type conference.
- 01HBGP479974MEF82PX3C2KBT0 hasPart 01HBGPAYZ5C5YKGV1R7FAYQ04E.pdf.
- 01HBGP479974MEF82PX3C2KBT0 subject "Physics and Astronomy".
- 01HBGP479974MEF82PX3C2KBT0 doi "10.1109/intermagshortpapers58606.2023.10228238".
- 01HBGP479974MEF82PX3C2KBT0 isbn "9798350338362".
- 01HBGP479974MEF82PX3C2KBT0 presentedAt urn:uuid:aeb96c83-2825-452b-babb-c8af3f14e1ab.
- 01HBGP479974MEF82PX3C2KBT0 abstract "This contribution gives an overview of recent advances in thermal noise magnetometry (TNM), an emerging method for the characterization of magnetic nanoparticles. This method is unique as it does not rely on measuring the response to an external field excitation. Instead it passively measures the fluctuations in the magnetization of the particle ensemble in thermal equilibrium. Through theoretical and experimental advances, we show how TNM can now be applied to a variety of applications in a practical and accessible manner. Specifically, we show how TNM can be used to study aggregation processes in biological media.".
- 01HBGP479974MEF82PX3C2KBT0 author 063F12D6-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HBGP479974MEF82PX3C2KBT0 author 21526244-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HBGP479974MEF82PX3C2KBT0 author B8E9793E-CE96-11E9-AE60-70DB5607D3EF.
- 01HBGP479974MEF82PX3C2KBT0 author urn:uuid:0c8d9672-506d-4922-9db4-7eadc7c15c36.
- 01HBGP479974MEF82PX3C2KBT0 dateCreated "2023-09-29T14:40:18Z".
- 01HBGP479974MEF82PX3C2KBT0 dateModified "2024-10-29T18:29:44Z".
- 01HBGP479974MEF82PX3C2KBT0 name "Thermal noise magnetometry as an emerging magnetic characterization technique".
- 01HBGP479974MEF82PX3C2KBT0 pagination urn:uuid:89e824e9-6896-49a2-bf29-ce4deeba6acb.
- 01HBGP479974MEF82PX3C2KBT0 sameAs LU-01HBGP479974MEF82PX3C2KBT0.
- 01HBGP479974MEF82PX3C2KBT0 sourceOrganization urn:uuid:ff8c1772-8490-4705-ba03-1634ef23f791.
- 01HBGP479974MEF82PX3C2KBT0 type C1.