The chart shows the distribution of publications by all Research.com ranked scientists in the field of Physics in 2026. The highlighted bar marks where C. L. Woody sits on this spectrum.
This scientist: 560 publications — 64th percentile
64% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 1,469 publications or more.
The chart shows the D-index (discipline H-index) distribution of Physics scientists ranked by Research.com in 2026. The highlighted bar marks where C. L. Woody sits on this spectrum.
This scientist: 101 D-Index — 58th percentile
58% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 185 D-Index or more.
C. L. Woody is affiliated with Brookhaven National Laboratory in the United States and specializes in research intersecting physics, astronomy, and medicine. Their work predominantly centers on nuclear and high energy physics, radiology, nuclear medicine and imaging, as well as radiation and instrumentation.
The scientist has contributed research to several fields, including radiation detection and scintillator technologies, particle detector development and performance, particle physics theoretical and experimental studies, high-energy particle collisions research, medical imaging techniques and applications, advanced optical sensing technologies, and digital radiography and breast imaging.
Publications authored or co-authored by C. L. Woody include the following papers:
Frequent co-authors collaborating with C. L. Woody include M. L. Purschke, A. Kiselev, B. Azmoun, S. Aune, and K. Dehmelt.
The main venues where C. L. Woody's work has appeared are:
C. L. Woody has been recognized by several professional organizations. They were named a Fellow of the American Physical Society (APS) in 2002 with a citation noting their expertise in the performance and characterization of scintillating crystals, particularly regarding radiation damage effects. In 2012, they were awarded the IEEE Fellow distinction for contributions to the development of radiation detectors used in high energy and nuclear physics as well as medical imaging applications.
C. Amsler;M. Doser;M. Antonelli;D. M. Asner
K. A. Olive;K. Agashe;C. Amsler;M. Antonelli
K. Hagiwara;K. Hikasa;K. Nakamura;M. Tanabashi
M Tanabashi;P Richardson;A Bettini;A Vogt
K. Nakamura;K. Hagiwara;K. Hikasa;H. Murayama;H. Murayama;H. Murayama
S. Eidelman;G. Hohler;R.S. Chivukula;N.P. Tkachenko
P A Zyla;P Richardson;O Zenin;A Bettini
K. Adcox;S. S. Adler;S. Afanasiev;C. Aidala;C. Aidala
K. Hagiwara;K. Hikasa;K. Nakamura;M. Tanabashi
W M Yao;P Richardson;Andrew R Liddle;J Womersley
K. Adcox;S. S. Adler;N. N. Ajitanand;Y. Akiba
K. Adcox;S.S. Adler;M. Aizama;N.N. Ajitanand
S. S. Adler;S. Afanasiev;C. Aidala;N. N. Ajitanand
S. S. Adler;S. Afanasiev;C. Aidala;N. N. Ajitanand
S. S. Adler;S. Afanasiev;C. Aidala;N. N. Ajitanand
A. Adare;S. Afanasiev;C. Aidala;N.N. Ajitanand
A. Adare;S. Afanasiev;C. Aidala;N. N. Ajitanand
S. S. Adler;S. Afanasiev;C. Aidala;N. N. Ajitanand
R. Abdul Khalek;A. Accardi;J. Adam;D. Adamiak
Claude Amsler;P Richardson;O Zenin;L Garren
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