Two electron groups determined from the characteristics of continuum soft X-ray emission from iodine photodissociation laser target plasma measured by using a mica convex - Curved spectrometer

Dong H. Kim, Sang S. Lee

Research output: Contribution to journalArticle

Abstract

1GW iodine photodissociation laser beam (ƛ= 1.315pm) is focused to generate continuum X-ray radiation at a titanium (Z=22) target. A piece of aluminum (360Å) on mylar (8μm) film is used to isolate the soft X-ray emitted. Convex - curved mica (2d002 = 19.84Å) crystal spectrometer is used to obtain soft X-ray spectra and the slope of continuum X-ray spectra ( ƛ < 20Å) are found to show two different effective electron temperatures, 0.11 KeV and 7.1 KeV and we conclude there are two electron groups in the iodine photodissociation laser produced titanium plasma.

Original languageEnglish
Pages (from-to)232-235
Number of pages4
JournalProceedings of SPIE - The International Society for Optical Engineering
Volume1032
DOIs
Publication statusPublished - 1989 Jun 7

Fingerprint

Photodissociation
laser targets
Soft X-ray
Titanium
Mica
mica
Iodine
Spectrometer
photodissociation
iodine
Spectrometers
Continuum
Plasma
spectrometers
Electron
Laser
continuums
Plasmas
X rays
Target

All Science Journal Classification (ASJC) codes

  • Electronic, Optical and Magnetic Materials
  • Condensed Matter Physics
  • Computer Science Applications
  • Applied Mathematics
  • Electrical and Electronic Engineering

Cite this

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abstract = "1GW iodine photodissociation laser beam (ƛ= 1.315pm) is focused to generate continuum X-ray radiation at a titanium (Z=22) target. A piece of aluminum (360{\AA}) on mylar (8μm) film is used to isolate the soft X-ray emitted. Convex - curved mica (2d002 = 19.84{\AA}) crystal spectrometer is used to obtain soft X-ray spectra and the slope of continuum X-ray spectra ( ƛ < 20{\AA}) are found to show two different effective electron temperatures, 0.11 KeV and 7.1 KeV and we conclude there are two electron groups in the iodine photodissociation laser produced titanium plasma.",
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AB - 1GW iodine photodissociation laser beam (ƛ= 1.315pm) is focused to generate continuum X-ray radiation at a titanium (Z=22) target. A piece of aluminum (360Å) on mylar (8μm) film is used to isolate the soft X-ray emitted. Convex - curved mica (2d002 = 19.84Å) crystal spectrometer is used to obtain soft X-ray spectra and the slope of continuum X-ray spectra ( ƛ < 20Å) are found to show two different effective electron temperatures, 0.11 KeV and 7.1 KeV and we conclude there are two electron groups in the iodine photodissociation laser produced titanium plasma.

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