Hosted by Unknown Host · EN
Established thought leaders with verified media credentials.
A plain-language audio walk through the fundamentals of corrosion science and engineering — lecture by lecture, from CorroZone's Introduction to Corrosion course. From what corrosion actually is to the electrochemistry, forms, testing and control that every engineer needs. Free, no login. From CorroZone. Full courses here: https://corrozone.com/courses#udemy
Unknown Host hosts CorroZone: Introduction to Corrosion.
Full courses here A big-picture recap of the whole Introduction to Corrosion Science and Engineering course — how the four sections fit together, from why metals corrode, through the electrochemical principles and the fo
Full courses here Bringing the course together into practice: a structured framework for selecting corrosion control that integrates thermodynamics, kinetics and corrosion-form identification, the six principal strategie
Full courses here Inorganic coatings across the metallic, conversion, anodic-oxide and ceramic families: hot-dip galvanising and its layered microstructure, anodic versus cathodic coatings at a defect, the barrier / sacr
Full courses here How coatings fail: water and ion transport through the film to the substrate, anodic undermining versus cathodic disbondment, osmotic and corrosion-driven blistering and how to tell them apart, the mech
Full courses here How an anticorrosive paint is built and how it protects: the four key ingredients, binder chemistries and the film properties they set, functional versus extender pigments, PVC and CPVC, the barrier / i
Full courses here Slowing corrosion chemically: classifying inhibitors as anodic, cathodic or mixed and their Evans-diagram effect, the 'dangerous inhibitor' acceleration risk, the molecular adsorption mechanism and the
Full courses here Protecting metal by polarising it cathodically: the Evans/Pourbaix basis, sacrificial-anode versus impressed-current systems, choosing anode materials, the −0.850 V vs Cu/CuSO4 criterion and its limits,
Full courses here A short roadmap to Section 4: the four corrosion-control strategies ahead, the move from understanding corrosion to controlling it, how each strategy intervenes in the electrochemical process, and the l
Full courses here How passive films break down at chloride-attacked inclusion and defect sites, the autocatalytic acidified-chloride chemistry inside a growing pit, metastable versus stable pitting, the pitting and repas
Full courses here Why occluded geometries corrode: the geometric features that create susceptibility, the three-phase initiation (oxygen depletion, metal-ion hydrolysis, chloride migration), the critical crevice solution
Full courses here Dissimilar-metal corrosion: the potential-difference, electron-flow and ionic-current mechanism, the galvanic series versus the standard electrochemical series, picking anode and cathode, the decisive c
Full courses here Uniform corrosion end to end: the distributed anodic/cathodic site mechanism behind macroscopically even attack, how pH, dissolved oxygen, temperature, flow velocity and alloy composition set the rate,
Full courses here A short roadmap to Section 3: the major forms of aqueous corrosion ahead, the progression from general to increasingly localised attack, and how the electrochemical tools from Section 2 carry over. What
Full courses here Why oxygen reduction in aerated near-neutral water is controlled by mass transport: the limiting current density i_L = nFDC*/δ and what sets each variable, the Tafel / mixed-control / diffusion-plateau
Full courses here Mixed potential theory in one picture: how superimposing anodic and cathodic polarisation curves locates E_corr and i_corr, how shifts in cathodic or anodic kinetics move the corrosion point, classifyin
Full courses here The kinetics of a single electrode reaction: reading the anodic and cathodic branches of a polarisation curve, the Butler–Volmer equation, exchange current density and transfer coefficients, extracting
Full courses here Reading the corrosion map: how a Pourbaix (E–pH) diagram is built from the Nernst equation and chemical equilibria, the immunity, passivation and corrosion regions, the water-stability lines, worked exa
Full courses here Why an electrode potential is always measured against a reference: the construction and conventions of the SHE, SCE, Ag/AgCl and Cu/CuSO4 electrodes, converting potentials between their scales, and usin
Full courses here Faraday's law as the quantitative bridge between electric current and metal loss: equivalent weight, converting a corrosion current density into a corrosion rate (mm/year and mpy), estimating mass loss
Full courses here A short roadmap to Section 2: the quantitative electrochemical tools ahead — from Faraday's law through the Nernst equation, Pourbaix and Evans diagrams — and how they build on the qualitative foundatio
Sponsor detection runs nightly. Check back soon.
No public pitch examples yet for this show.
Generate your own personalised pitchShows with the most semantically similar episode content. Pitch one, pitch all; producers cluster.
To pitch CorroZone: Introduction to Corrosion, visit https://corrozone.com/courses#listen for contact information, then craft a tight one-paragraph hook that ties your expertise to a gap in their recent general coverage.
CorroZone: Introduction to Corrosion is hosted by Unknown Host. The show is categorised under General and has published 0 episodes.
CorroZone: Introduction to Corrosion is accessible for guests with genuine general expertise. A personalised, episode-aware pitch will still outperform a generic one every time.
CorroZone: Introduction to Corrosion hasn't explicitly signalled guest openness in recent episodes. That doesn't rule out pitching. your hook just needs to be especially compelling and relevant to their recent content.
Episodes of CorroZone: Introduction to Corrosion average 26 minutes. a focused format where a clear narrative arc and tight preparation matter most.
Our data rates CorroZone: Introduction to Corrosion's guest bar at 80/100 (Premium tier). Established thought leaders with verified media credentials. Sign in to PitchCentric to see how your own Pod Score compares against this show.
Methodology. Booking Probability™ blends Listen Score, 30-day Virality, open-to-guests detection, and Apple ratings. Data refreshed every 60 minutes. Listen Score and Booking Probability are calculated by PitchCentric.