Woo‐Suk Bang

Institute for Basic Science

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Co-Authors

G. Dyer

SLAC National Accelerator Laboratory

T. Ditmire

Lawrence Livermore National Laboratory

Aaron Bernstein

Rutgers, The State University of New Jersey

Hernan Quevedo

The University of Texas at Austin

E. Gaul

The University of Texas at Austin

M. Donovan

The University of Texas at Austin

Hyun‐Jung Chung

Chonnam National University

Se‐Hun Kim

Jeju National University

J. B. Natowitz

Texas A&M University

A. Bonasera

Texas A&M University

Cooperative Institutions

The University of Texas at Austin

Gwangju Institute of Science and Technology

Los Alamos National Laboratory

Sandia National Laboratories

Spectral Sciences (United States)

Applied Energetics (United States)

Technical University of Darmstadt

Lawrence Livermore National Laboratory

Institute for Basic Science

Czech Academy of Sciences, Institute of Physics

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Electron-ion relaxation times in 1–100 eV warm dense aluminum and gold

International Journal of Heat and Mass Transfer (2024)

Seongmin Lee Chul Min Kim Chiwan Song Youhwan Noh H. Kim

10.1016/j.ijheatmasstransfer.2024.126058

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A laser application to nuclear astrophysics

AIP conference proceedings (2014)

M. Barbui Woo‐Suk Bang A. Bonasera K. Hagel K. Schmidt

In the last decade, the availability in high-intensity laser beams capable of producing plasmas with ion energies large enough to induce nuclear reactions has opened new research paths in nuclear physics. We studied the reactions 3He(d,p)4He and d(d,n)3He at temperatures of few keV in a plasma, generated by the interaction of intense ultrafast laser pulses with molecular deuterium or deuterated-methane clusters mixed with 3He atoms. The yield of 14.7 MeV protons from the 3He(d,p)4He reaction was used to extract the astrophysical S factor. Results of the experiment performed at the Center for High Energy Density Science at The University of Texas at Austin will be presented.

Nuclear astrophysics

10.1063/1.4875305

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Rapid, uniform, and efficient heat transfer into dense matter using energetic proton beams with finite energy spreads

International Communications in Heat and Mass Transfer (2022)

Changhui Song Junho Won Junseong Song Woo‐Suk Bang

Warm dense matter

10.1016/j.icheatmasstransfer.2022.106070

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Ion Heating of Plasma to Warm Dense Matter Conditions for the study of High-Z/Low-Z Mixing

Bulletin of the American Physical Society (2016)

R. Roycroft G. Dyer E. McCary Corina Wagner Alison I. Bernstein

Warm dense matter

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Stress Response of Escherichia coli

Comprehensive Reviews in Food Science and Food Safety (2006)

H.-J. Chung Woo‐Suk Bang M.A. Drake

ABSTRACT: Escherichia coli encounter numerous different stresses during their growth, survival, and infection. These stresses are relevant to survival in foods and food processing environments. E. coli and other bacteria respond to stress conditions by activating small or large groups of genes under the control of common regulator proteins. Stress conditions result in the accumulation of these regulator proteins and subsequent transcription of many genes allows cells to cope with specific stress situations, conferring stress tolerance and survival. In addition, induced stress tolerance of cells is attributed to enhanced virulence and enhanced tolerance to other stresses (cross‐protection). In this review, regulation of stress and the stress tolerance response of E. coli to heat, acid, starvation, and cold stresses that are commonly used in food preservation and food production will be addressed. The effect of different stress on survival, adaptation, and cross‐protection of E. coli studied using laboratory media, and real foods will be briefly summarized. Finally, the relationship of stress response and subsequent virulence and cross‐protection will also be discussed.

10.1111/j.1541-4337.2006.00002.x

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Inactivation of dried Cronobacter sakazakii by acid and alkaline treatments

한국식품영양과학회 산업심포지움발표집 (2015)

Sung-Ran Jang Hyun‐Jung Chung Woo‐Suk Bang

Cronobacter sakazakii

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Acid adaptation of Vibrio vulnificus and subsequent impact on stress tolerance

Food Microbiology (2004)

Woo‐Suk Bang M.A. Drake

Hydrochloric acid

Strain (injury)

Vibrio vulnificus

10.1016/j.fm.2004.09.006

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All-Reflective Ti: Sa Power Amplifier for Petawatt Laser

Joel Blakeney H. I. Quevedo M. Martinez E. Gaul Woo‐Suk Bang

An all-reflective Ti:Sa power amplifier capable of extracting up to 60 joules has been designed. The power amplifier consists of four passes through a 100mm Ti: Sa crystal realy imaged by off-axis parabolas enclosed in a vacuum chamber.

10.1364/cleo_at.2011.jwa43

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Calibration of the neutron detectors for the cluster fusion experiment on the Texas Petawatt Laser

Review of Scientific Instruments (2012)

Woo‐Suk Bang Hernan Quevedo G. Dyer J. Rougk I. Kim

Three types of neutron detectors (plastic scintillation detectors, indium activation detectors, and CR-39 track detectors) were calibrated for the measurement of 2.45 MeV DD fusion neutron yields from the deuterium cluster fusion experiment on the Texas Petawatt Laser. A Cf-252 neutron source and 2.45 MeV fusion neutrons generated from laser-cluster interaction were used as neutron sources. The scintillation detectors were calibrated such that they can detect up to 10(8) DD fusion neutrons per shot in current mode under high electromagnetic pulse environments. Indium activation detectors successfully measured neutron yields as low as 10(4) per shot and up to 10(11) neutrons. The use of a Cf-252 neutron source allowed cross calibration of CR-39 and indium activation detectors at high neutron yields (∼10(11)). The CR-39 detectors provided consistent measurements of the total neutron yield of Cf-252 when a modified detection efficiency of 4.6×10(-4) was used. The combined use of all three detectors allowed for a detection range of 10(4) to 10(11) neutrons per shot.

Neutron Detection

Bonner sphere

10.1063/1.4729121

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Citations (13)

Calculation of BAS-TR imaging plate responses to carbon and titanium ion beams

Journal of the Korean Physical Society (2021)

Junho Won J. Song Woo‐Suk Bang

Carbon fibers

10.1007/s40042-021-00109-y

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Citations (1)