A New Dictionary Of Scientific Technical Terms Ahmad Sh Khatib

Working With A New Dictionary Of Scientific Technical Terms Ahmad Sh Khatib

I've spent years dealing with scientific terminology databases for technical translation work, and A New Dictionary Of Scientific Technical Terms Ahmad Sh Khatib is one of those reference works that shows up on reading lists and in library catalogs more often than it actually gets used. I picked it up around 2018 when I was doing some Arabic-to-English scientific writing cleanup, and it's stayed on my desk since. The book covers a broad range of technical terms across chemistry, physics, engineering, and biology. What makes it worth keeping handy is the bilingual presentation format, which makes it useful when you need a quick cross-reference rather than looking something up from scratch. The entries are organized alphabetically by English term with the Arabic equivalent alongside, which works fine for the most common terms you encounter in academic writing. I ran into a specific problem last year when I was compiling a glossary for a materials science paper. The book lists "polymer composite" as a straightforward entry, but the Arabic translation it gives uses a term that's technically correct yet rarely used in modern Middle Eastern engineering literature. The more common term in contemporary journals is different. I cross-referenced it with IEEE terminology standards and found that the book's version would have confused reviewers who are used to seeing the newer convention. I ended up using the dictionary as a baseline and then verified every ambiguous entry against the relevant professional society's current standard.

How to actually use this dictionary efficiently

Most people treat it like a regular dictionary and flip through looking for specific words. That's not how it saves you time. The real value comes from scanning related entries in a single sitting. When you're working on a technical document about, say, thermodynamics, go straight to that section and read through the whole cluster of related terms. You'll catch subtle distinctions between entries that you'd miss if you were just looking up individual words one at a time. The alphabetical organization means terms that belong together conceptually aren't always grouped physically. "Entropy," "enthalpy," and "Gibbs free energy" will be scattered across different pages. I keep a separate notepad where I jot down term clusters as I find them, so I can review the relationships later. This usually takes me about twenty minutes per topic area, but it cuts revision time on technical documents significantly because the terminology stays consistent throughout. One thing beginners miss about this book is that the Arabic translations aren't always standardized across scientific disciplines. The same English term might get slightly different Arabic equivalents depending on whether it appears in a chemistry entry or a physics entry. This isn't an error on the publisher's part, it's a reflection of how these terms evolved in academic Arabic separately across fields. When I'm working on interdisciplinary documents, I flag these discrepancies and pick the version that matches the primary discipline of the paper. It adds maybe five minutes to your lookup time but prevents confusion downstream.

The download situation: The physical book is published by various regional academic publishers and you can find it through most university libraries or book retailers that carry Arabic-language academic texts. Digital versions tend to circulate on file-sharing platforms, but the quality of OCR on those scans is usually poor because of the mixed Arabic-English text layout. I'd recommend getting a physical copy or checking your institution's library system first.

Pitfalls and where it falls short

This dictionary was published in the 1990s and hasn't been updated since. That matters more than you might think for technical terms. Fields like nanotechnology, quantum computing, and bioinformatics have generated thousands of new terms since publication. If you're working in any of those areas, this book won't help you much beyond the foundational terminology that predates the field's expansion. The coverage is also uneven. Chemistry and physics get thorough treatment, but biology and environmental science entries are sparse. Engineering subfields like electrical and computer engineering are almost entirely absent. I've wasted time searching for terms in categories that simply don't exist in this book. For anything beyond general scientific terminology, I'd suggest supplementing it with discipline-specific glossaries. The American Chemical Society publishes an excellent terminology database, and the Institute of Electrical and Electronics Engineers has comprehensive standards for electrical and computer engineering terms. Those resources are free and regularly updated, which makes them more reliable for cutting-edge work.

The book does what it set out to do, which is provide a solid bilingual reference for established scientific terms. It's not a comprehensive solution for modern technical writing, but it's still useful if you know its limits and work within them. I keep it on the shelf because the core chemistry and physics entries remain accurate, and the Arabic translations it provides are still widely understood in academic circles across the Middle East. It's just not the only resource you should be consulting.