We recently performed an upgrade of our underlying management system. As the transition to the new system continues, you may experience intermittent service issues when using the TMS website. We are working diligently to resolve these issues, and we thank you for your patience.

Light Metals Digital Library

You are not logged in. If you are a TMS member, log in to receive the discounted price. If you have a current subscription to the Light Metals Digital Library, logging in will allow you to access all articles for free. If you are not a member, select "Add PDF to Cart" to proceed with your purchase.

Product Details

A Size-Dependent Thermodynamic Model for the Carbon/Hydrogen

A Size-Dependent Thermodynamic Model for the Carbon/Hydrogen/Sulfur System in Coke Crystallites: Application to the Production of Pre-Baked Carbon Anodes

Philippe Ouzilleau, Aïmen E. Gheribi, and Patrice Chartrand

Discounted member price: 10.00

Your price: 25.00

You could save 60.0%

Quantity:

Back

Your TMS Communication Preferences

You may not have had a chance to update your society communications preferences yet. Please take a moment now and update your preferences. Opting-in to society communications ensures uninterrupted access to TMS society news - including event announcements, membership news, TMS studies and journals.

Please select one of the options below to confirm your communication preferences with TMS:

Yes, I would like to receive communications from TMS

No, I do not want to receive communications from TMS

Remind Me Later

Please note: TMS or third party vendors may use cookies, tags, and web beacons when you browse the TMS website. To learn more or update your settings, view the TMS Privacy Policy or contact privacy@tms.org.

Light Metals Digital Library

Product Details

A Size-Dependent Thermodynamic Model for the Carbon/Hydrogen

Follow Us

About TMS