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Disclaimer:

Adaptix 's Flat Panel X-ray sources and associated software are components intended to be integrated into products by X-ray systems manufacturers. Systems manufacturers are responsible for qualifying and validating their products for intended uses and meeting all applicable regulatory requirements.

Literature

Adaptix has published and presented on selected topics of our technology and use cases. In addition, more detailed discussions are available in the white papers below.

Travish, G., Addressable flat-panel x-ray sources for medical, security, and industrial applications, Proc. SPIE 8502, Advances in X-Ray/EUV Optics and Components VII, 85020L (15 October 2012) (2012).

Travish, G., Applying high frame-rate digital radiography and dual-energy distributed-sources for advanced tomosynthesis, Proc. SPIE 8853, Medical Applications of Radiation Detectors III, 88530H (26 September 2013 (2013).

Evans, M., Bringing Radiology And X-ray Imaging To The Wounded Warrior, Electronic Military and Defense Magazine (2014).

Klodt, M., 3D Image Reconstruction from X-Ray Measurements with Overlap, European Conference on Computer Vision (2016).

Noor, M., Portable 3D x-ray diagnostic imaging : improving patient outcomes in battlefield emergency settings, Electronics military and defense Magazine (2016).

Mavalankar, A., Operating high-current field emitters in a commercial X-ray source, IEEE International Vacuum Nanoelectronics Conference 2017 (2017).

Phillips, S., Digital Tomosynthesis: The Next Generation, European Congress of Radiology 2019 (2019).

Quaia, E., The potential of stationary digital tomosynthesis, American Physical Society March Meeting 2019 (2019).

Travish, G., Novel X-ray Sources for Medical Imaging: Making Old Physics Do New Tricks, American Physical Society March Meeting 2019 (2019).

Wells, S., Square Arrays of cold cathode emitters for medical applications, Intl. Conference on Applied X-Ray Technologies (2019).

Wells, S., The potential of low cost, low dose 3D imaging using flat panel X-ray sources, SINAPSE (Scottish Imaging Network: A Platform for Scientific Excellence) (2019).

Schmiedehausen, K., The Potential of Point-of-care Digital Tomosynthesis for Imaging Injuries and other Conditions of the Distal Extremities using a Portable Desktop System, International Skeletal Society Annual Meeting (2019).

Wells, S. & Surrey University, Modelling the use of stationary, rectangular arrays of X-ray emitters for digital breast tomosynthesis, SPIE Medical Imaging, Houston, 15 Feb 2020 (2019).

White Papers