02:04:51

Episode #76: Explaining GITT and PITT

01:20:54

EIS Circuit Fitting Tips and Tricks Webinar (1600 EST)

01:37:48

EIS Circuit Fitting Tips and Tricks Webinar (0800 EST)

02:24:38

Episode #75: Diffusion layer and electrical double layer thicknesses

01:51:37

Episode #74: This is why concentration gradients don't cause diffusion

01:58:01

Episode #73: Battery research in a nutshell

02:06:49

Episode #72: Quantum tunneling, and nanomaterials for energy storage

01:54:13

Episode #71: Should you do EIS at only faradaic potentials, or non-faradaic too?

01:13:31

Episode #70: How to calculate ECSA in CV?

01:02:31

Episode #69: How do you calculate true OH- conductivity in an anion-exchange membrane (AEM)?

01:49:09

Episode #68: What is the potential of a Pt wire in a shunt at high frequencies?

01:04:06

Episode #67: HER, and hydrogen adsorption/desorption

02:02:29

Episode #66: GCD vs. CV, which is better?

02:09:19

Episode #65: Tafel plot with multiple slopes - what does it mean?

02:15:00

Episode #64: The WEIRDEST Nyquist plot ever!

01:07:18

Episode #63: How do you convert potential from one reference electrode to another?

01:06:38

Simulate CV in your Web Browser (PC or Mac) with AfterMath Live!

01:38:03

Episode #62: How to calculate the ECSA for a Pt CV

02:17:58

Episode #61: How do I pick which circuit to fit to my EIS data?

02:07:32

Episode #60: What does the Warburg tail length mean?

01:41:30

Episode #59: Understanding electrochemical deposition

01:48:24

Episode #58: What makes Cyclic Voltammetry so famous?

02:06:20

Episode #57: Why you don't have a complete semicircle in your Nyquist plot

02:34:35

Episode #56: How do you do EIS on coin cell batteries, and which parameters should you use?

02:09:07

Episode #55: What is the relationship between the counter and working electrode potential?

02:28:01

Episode #54: A clear explanation for why you need a 3 electrode vs a 2 electrode system

02:18:10

Episode #53: Scanning electrochemical microscopy (SECM) and how it works

02:13:26

Episode #52: How to calculate the electrochemically active surface area (ECSA)

01:41:25

Episode #51: A live square wave voltammetry (SWV) experiment

02:09:11

Episode #50: THIS is what EIS looks like for diffusion-controlled systems

01:53:36

Episode #49: Where do I put the Warburg element for EIS circuit fit of a multilayer substrate-film?

02:05:21

Episode #48: This is why PRESSURE is necessary for testing lithium-ion battery coin cells

02:02:56

Episode #47: How to clean a glassy carbon working electrode

01:55:21

Episode #46: How to interpret CV cyclic voltammograms

01:43:51

Episode #45: Interpreting kinetic accessibility during bulk electrolysis and cyclic voltammetry

01:54:41

Episode #44: How do you get Rct and Rs from a Nyquist Plot?

01:59:18

Episode #43: What would happen if I ran DPV on an RDE?

02:12:41

Episode #42: Why does reference electrode impedance affect results if no current passes through it?

02:06:34

Episode #41: Is the potential window the same for CV and GCD?

02:10:46

Episode #40: Electrochemistry education...and which region should I take my Tafel slope?

02:00:17

Episode #39: You're applying the WRONG potential during chronoamperometry

02:06:09

Episode #38: Is my CV reversible? An answer using aftermathlive.com electrochemical simulation!

02:15:16

Episode #37: Don't try to make NaOH in your basement!

01:37:51

Episode #36: The basics of electrodeposition

02:07:41

Episode #35: OER mechanism and 4-step process, and some Tafel slope discussion

01:52:55

Episode #34: Why the shape of the electrical double layer is a rectangle in cyclic voltammetry?

01:34:17

Episode #33: Electrochemical sensing is sensing things electrochemically

01:56:51

Episode #32: Which Ph.D. project in electrochemistry should I pursue?

01:53:56

Episode #31: Mott-Schottky explanation

02:06:54

Episode #30: Can you pass charge at open circuit potential?

02:18:31

Episode #29: The difference between EIS, GCD, and CV in studying batteries

02:11:41

Episode #28: Finding the standard potential from a cyclic voltammogram

02:08:51

Episode #27: Transport overpotential, Tafel discussion, and a LOT of reference electrode talk

02:30:56

Episode #26: Principles behind fuel cells, with cool animations!

02:25:30

Episode #25: More questions on battery charge/discharge

01:11:41

Episode #24: Alex isn't around to get triggered by inductive loops

02:11:26

Episode #23: What is dissolution resistance?

01:16:20

Episode #22: Some honest feedback on an electrochemistry manuscript

02:05:06

Episode #21: Wrapping your head around charge/discharge curves

01:55:46

Episode #20: How to create a Tafel plot from LSV