CTD’s Materials and Solutions are in wide use across many markets and applications. While CTD is certainly the authority of how to best utilize these systems and solutions, we appreciate the independent lens provided by partners and customers. Our hope is that the associated references indicated herein provide the same measure of confidence in CTD’s products through rigorous examination of our composite material enabled solutions. CTD credits the associated parties content and in no way implies ownership of the third-party references.
CTD CryoBond 920
Vibro-Acoustic Test Article (VATA) Test Series
September 1, 2019
N. Rhys, L. Foster, J. Wood, J. Valenzuela, and J. Martin
Yeti Space, NASA Marshall Space Flight Center
CTD CryoCoat 621
NASA Testing Tensile and Shear Epoxy Bond Strengths
2017 Cryogenic Engineering Conference
Wesley Johnson, NASA Glenn Research Center
CTD Radiation Tolerant Resins
Electric Insulation issues for a Fusion Nuclear Science Mission
From the Massachusetts Institute of Technology, Plasma Science and Fusion Center
August 2011
CTD Type V Linerless Pressure vessel
Microcrack Resistant Polymers Enabling Lightweight Composite Hydrogen Storage Vessels
From the American Ceramic Society compilation of papers presented at the Materials Challenges in Alternative and Renewable Energy, February 21-24, 2010, Cocoa Beach, FL
CTD-425 / CTD-435
Qualification of the Resin System for the ITER
IEEE/CSC & ESAS European Superconductivity News Forum No 22 October/November 2012
Weber, Prokopec, Humer, Maix, Fillunger, Knaster
Preparation of Papers for the ASC and MT Special Issues of IEEE Transactions on Applied Superconductivity