Adana, Turkey

Zehra Yegingil


Average Co-Inventor Count = 6.0

ph-index = 1


Company Filing History:


Years Active: 2025

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1 patent (USPTO):Explore Patents

Title: Innovations by Zehra Yegingil: Pioneering Doped BeO Compounds

Introduction

Zehra Yegingil, a prominent inventor based in Adana, Turkey, has made significant contributions to the field of radiation dosimetry through her innovative work on beryllium oxide (BeO) compounds. Her expertise lies in developing materials capable of storing and releasing energy from ionizing radiation, enhancing the accuracy and functionality of radiation measurement techniques.

Latest Patents

Zehra holds a patent for her invention titled "Doped BeO compounds for optically stimulated luminescence (OSL) and thermoluminescence (TL) radiation dosimetry." This groundbreaking invention involves BeO-based compounds that can store energy from ionizing radiation and subsequently release it upon optical stimulation and heating. The patent further discusses the instrumentation, applications, and fundamental investigations involving BeO-based dosimetry. Additionally, it covers the design and operation of an OSL reader tailored for measuring the OSL emissions from BeO-based dosimeters, particularly those doped with sodium, dysprosium, and erbium.

Career Highlights

Zehra has made remarkable strides in her career while working at esteemed institutions such as Thomas Jefferson University and Cukurova University. Her research has been foundational in advancing dosimetry instruments, thereby contributing to various scientific sectors that rely on precise radiation measurement.

Collaborations

During her professional journey, Zehra has collaborated with notable colleagues, including Enver Bulur and Volkan Altunal. These partnerships have fostered a creative environment, leading to innovative solutions in the field of radiation physics.

Conclusion

Zehra Yegingil continues to be a driving force in advancing radiation dosimetry through her innovative research and development of BeO-based compounds. Her contributions not only enhance our understanding of radiation interactions but also improve the methodologies used in relevant applications. As a pioneer in her field, her work exemplifies the profound impact of innovation on scientific progress.

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