Blogs
Latest insights, articles, and updates on security systems, radiation safety, and threat detection technologies.
AI + Next Generation of X-Ray Sources
By: Mohamed Noaman This perspective article explores how artificial intelligence could reshape the design, control, maintenance, and performance of next-generation X-ray sources. The concepts discussed represent emerging research directions and technically plausible future applications, rather than claims that all The Intelligent Beam: How AI is Transforming X-ray Source Engineering For decades, X-ray generation was governed by rigid, static parameters. A high-voltage power supply (HVPS) would apply a fixed potential (kVp) and current (mA) to a vacuum tube or a linear accelerator (LINAC), producing a predictable—but often inefficient—radiation spectrum. Today, that paradigm is shifting. Artificial Intelligence (AI) is no longer confined to post-scan image analysis; it is moving "upstream," embedding itself into the source hardware to create self-optimizing, predictive, and adaptive X-ray systems.
تأثير الذكاء الصناعي علي تطوير مصادر اشعه اكس الجيل القادم
كتب محمد نعمان : لعقود من الزمن، كان توليد الأشعة السينية محكوماً بمعايير ثابتة وجامدة. فكان مزود الطاقة عالي الجهد (HVPS) يطبق جهداً (kVp) وتياراً (mA) ثابتين على أنبوب مفرغ أو مُسرع خطي (LINAC)، مما ينتج طيفاً إشعاعياً قابلاً للتنبؤ ولكنه غالباً ما يكون غير فعال. اليوم، بدأ هذا النموذج يتغير؛ حيث لم يعد الذكاء الاصطناعي (AI) مقتصرًا على تحليل الصور بعد المسح، بل بدأ يتغلغل "إلى المنبع"، ليصبح جزءاً مدمجاً في عتاد المصدر لإنشاء أنظمة أشعة سينية ذاتية التحسين، وتنبؤية، وتكيفية.
Academic & Professional Portfolio
Explore the professional journey of Professor Mohamed Noaman, an international technical trainer with over 20 years of experience in X-ray security inspection systems, radiation detection, engineering education, and AI-powered technical training. This portfolio highlights career achievements, teaching philosophy, global industry collaborations, and contributions to workforce development across the Middle East and beyond.
X-Ray Image Interpretation: Best Practices for Threat Detection
Why the operator behind the screen matters as much as the scanner itself, and the habits that separate reliable image interpretation from missed threats.
Backscatter vs Transmission X-Ray: Choosing the Right System
A comparison of backscatter and transmission X-ray technologies, and how to choose the right one for a given security or inspection application.
How X-Ray Cargo Scanning Systems Work
A practical look at how X-ray cargo and container scanners detect concealed threats and contraband at ports, borders, and airports.
Can We Improve the Precision of Cancer Treatment Using Targeted X-Ray Technology?
https://www.linkedin.com/pulse/can-we-improve-precision-cancer-treatment-using-targeted-noaman-5ufmf
Articles and Researches
A Betatron is a cyclic accelerator that uses a changing magnetic field to accelerate electrons to high energies, producing powerful X-rays for industrial and research applications.