Michael Faraday : a biography / by 171686 Williams, L. Pearce

The selected correspondence of Michael Faraday/ by 230781 Faraday, Michael, Williams, L. Pearce

The complete correspondence of Michael Faraday / by 230781 Faraday, Michael, James, Frank A. J. L.

Guest editorial: Selected extended papers from the Michael Faraday IET International Summit—2020 Kolkata by Surajit Chattopadhyay, Naran Pindoriya

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Contextualização histórica dos estudos de faraday sobre eletricidade e matéria: contribuições para o Ensino de Ciências by Everton Santos Oliveira, Nirly Araujo dos Reis, Erivanildo Lopes da ] Silva

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Thermochemical study of the structural stability of low-silicate CHA zeolite crystals by Alireza Taherizadeh, Anja Harpf, Adrian Simon, Jungkyu Choi, Hannes Richter, Ingolf Voigt, Michael Stelter

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Influence of 3d Transition Metal Doping on Lithium Stabilized Na-β″-Alumina Solid Electrolytes by Cornelius L. Dirksen, Karl Skadell, Matthias Schulz, Micha P. Fertig, Michael Stelter

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Sodium Solid Electrolytes: Na_xAlO_y Bilayer-System Based on Macroporous Bulk Material and Dense Thin-Film by Antonia Hoppe, Cornelius Dirksen, Karl Skadell, Michael Stelter, Matthias Schulz, Simon Carstens, Dirk Enke, Sharon Koppka

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Handbook of Electrode and its Types / by Cruz, Addison, author 639884

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Prominent Concepts in Electric Power Generation / by Haywood, Samella, author 643652

“…The fundamental principles of electricity generation were discovered during the 1820s and early 1830s by the British scientist Michael Faraday. His basic method is still used today: electricity is generated by the movement of a loop of wire, or disc of copper between the poles of a magnet. …”
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Die Beziehungen zwischen Alexander von Humboldt und Hans Christian Ørsted: Treffen, Briefwechsel by Karin Reich

“… Zusammenfassung Hans Christian Ørsted gehörte zu den bedeutendsten Physikern seiner Zeit, er und Michael Faraday waren die Schöpfer des Elektromagnetismus. …”
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Problems during the Design and Testing of Instrument, Special and Power Transformers: The Outlook by Elzbieta Lesniewska, Pawel Witczak

“…In 1831, Michael Faraday discovered the phenomenon of electromagnetic induction, which allowed for the construction of previously unknown electrical devices and significantly impacted economic and social development [...]…”
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Zeolite Membrane: From Microstructure to Separation Performance by Tomohiro Kyotani, Hannes Richter

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The electricity before Faraday by Gabriel Poveda-Ramos

“…This document is a paper describing the appearance and development of the electrical science since the early human history until the times of Michael Faraday at the beginning of nineteenth century. …”
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La electricidad antes de Faraday. Parte 1 by Gabriel Poveda Ramos

“…Este documento es una monografía sobre el surgimiento y el desarrollo de la ciencia de la electricidad desde la remota antigüedad hasta la época de Michael Faraday, a comienzos del siglo XIX. Está escrito con el propósito de reunirlo con otro que el autor ya escribió sobre la historia del magnetismo durante el mismo período.…”
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Prediction of degradability of micropollutants by sonolysis in water with QSPR - a case study on phenol derivates by Judith Glienke, Willy Schillberg, Michael Stelter, Patrick Braeutigam

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Fiber Optic Sensors Based on the Faraday Effect by Pedja Mihailovic, Slobodan Petricevic

“…Some 175 years ago Michael Faraday discovered magnetic circular birefringence, now commonly known as the Faraday effect. …”
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Simulative study of two-phase homogenous and isotropic media imaging using magnetic induction tomography by Zakaria, Zulkarnay, Balkhis, Ibrahim, Lee, Pick Yern, Nor Ayob, Nor Muzakkir, Rahiman, Mohd. Hafiz Fazalul, Zawahirah, Mohd. Zikrillah, Abdul Rahim, Ruzairi

“…Magnetic induction tomography is a new non-invasive technology, based on eddy current discovery of electromagnetic induction by Michael Faraday. Through this technique, the passive electrical properties distribution of an object can be obtained by the use of image reconstruction algorithm implemented in this system. …”

Humidity-Induced Degradation of Lithium-Stabilized Sodium-Beta Alumina Solid Electrolytes by Micha P. Fertig, Cornelius Dirksen, Matthias Schulz, Michael Stelter

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Capillary Electrophoresis and its Basic Principles in Historical Retrospect. Part 2. Electrophoresis of Ions: the Period from its Discovery in 1800 till Faraday’s Lines of Electric... by Ernst Kenndler

“…However, in 1833 Michael Faraday refuted all previous theories. Two of his groundbreaking findings were of particular importance for the electrophoresis of ions: one was that electricity consists of elementary units of charge. …”
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