01:44

BioLogic - Employer brand video

06:29

What is a battery cycler? - Focus on electrochemistry - BioLogic

01:52

Introducing New BCS-900 and BT-Lab® Software Suite - BioLogic

03:53

Témoignages collaborateurs - About us - BioLogic

02:42

Introducing New BT-Analysis™ in BT-Lab® Software Suite - BioLogic

03:23

Introducing New BT-Test™ in BT-Lab® Software Suite - BioLogic

05:31

Tilt Correction - SECM in M470 demonstration - BioLogic

02:11

Vidéo institutionnelle FR 2022 - BioLogic

02:11

Corporate Video EN 2022 - BioLogic

05:32

Analysis of the peak current and potential values for a large k° value - CV Sim, part 2.2 - BioLogic

03:34

Analysis of the peak current and potential values for a small k° value - CV Sim, part.2.1 - BioLogic

06:39

Simulation of CV at different scan rates - CV Sim tutorial, part. 1 - BioLogic

04:38

Initial checkup - Getting started on the SP-150e - BioLogic

01:35

Set-up - Getting started on the SP-150e - BioLogic

02:04

Unboxing - Getting started on the SP 150e - BioLogic

09:52

SDS introduction - M470 - BioLogic

04:27

What is dead time in Stopped-flow ? - Kinetic - BioLogic

03:26

Independent stepping motors to improve experiments - Stopped-flow - BioLogic

00:49

4-point connection Coin Cell Holder introduction - CCH-1 - BioLogic

13:55

SKP introduction - M470 - BioLogic

28:45

SECM introduction - M470 - BioLogic

02:09

QFM-4000 introduction - Quench-flow - BioLogic

04:16

Scanning Probe Electrochemistry sensors - SCAN-Lab applications - BioLogic

01:00:16

Webinar - Structure-Electrochemistry Relationships in Novel Silicon Anodes for Lithium-ion Batteries

59:04

Webinar - Advanced bipolar membranes: design principles & applications in electrochemical technology

02:26

Sweep scan mode introduction - SKP470 - BioLogic

41:58

Webinar - Need for speed : protein dynamics in Stopped-flow applications with dual comb spectroscopy

04:16

Scanning Probe Electrochemistry biology - SCAN-Lab applications - BioLogic

02:00

What is Freeze Quench ? - Techniques - BioLogic

03:09

Scanning Probe Electrochemistry catalysis - SCAN-Lab applications - BioLogic

04:36

Scanning Probe Electrochemistry sustainable energy - SCAN-Lab applications - BioLogic

01:28

How to simulate impedance measurements ? - Z Sim : EC-Lab/BT-Lab tutorial - BioLogic

03:02

Scanning Probe Electrochemistry materials - SCAN-Lab applications - BioLogic

02:30

Levich, Koutecky-Levich : setting the experiment - EC-Lab tutorial, part.1 - BioLogic

01:23

Levich, Koutecky-Levich : the Levich analysis - EC-Lab tutorial, part.2 - BioLogic

02:19

Levich, Koutecky-Levich : the Koutecky-Levich analysis - EC-Lab tutorial, part.3 - BioLogic

05:16

Scanning Probe Electrochemistry corrosion & coatings - SCAN-Lab applications - BioLogic

02:25

Split an EIS experiment into multiple sequences - Software tip - BioLogic

02:11

Essential & Premium product ranges overview - Potentiostats/Galvanostats - BioLogic

01:43

Modularity, performance, power and flexibility - BCS-800 battery cyclers - BioLogic

04:46

Tips and tricks - ZFit tutorial, part.5 - BioLogic

01:04

SECM-150 introduction - BioLogic

02:42

Description of the fitting window – ZFit tutorial, part.4 - BioLogic

03:30

Choose and create an equivalent circuit – ZFit tutorial, part.3 - BioLogic

04:43

How to obtain battery cycling data of interest ? – EC-Lab tutorial - BioLogic

03:32

Typical equivalent circuits – ZFit tutorial, part.2 - BioLogic

04:56

Impedance of single elements – ZFit tutorial, part.1 - BioLogic

06:54

Introduction to EIS quality indicators - THD tutorial - BioLogic

01:25

µSFM introduction: micro-volume stopped-flow system - BioLogic