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DTSTAMP:20260405T124821Z
UID:715d7771-76f6-498f-a4c3-13c42a88de92
DTSTART:20260128T140000Z
DTEND:20260128T150000Z
DESCRIPTION:Speaker: Andrzej Bartnik (MUT-IOE)Date: Wednesday\, 28 January 
 2026\, 16:00 CET Many experiments relevant to various processes in Space w
 ere devoted to support interpretation of astronomic observations. The expe
 riments concern formation of astrophysical jets\, photoionized plasmas in 
 accretion disks around compact stars\, supernovae explosions\, matter form
 ed inside giant planets\, formation of interstellar dust\, molecular proce
 sses in interstellar ices\, formation of tholins etc. It is so called labo
 ratory astrophysics or astrochemistry. Some of these experiments require u
 sing of high power discharge or laser systems\, for some experiments\, esp
 ecially concerning laboratory astrochemistry\, synchrotrons\, VUV lamps or
  small scale discharge plasma systems were employed. Some experiments can 
 be\, however\, performed using laser produced plasma (LPP) soft X-ray (SXR
 ) or extreme ultraviolet (EUV) sources. Some attempts were performed using
  sources developed in Institute of Optoelectronics\, MUT. The sources util
 ize gas puff targets and nanosecond\, Nd:YAG laser systems. The most inten
 se emission in the SXR or EUV range can be obtained from Xe plasmas\, howe
 ver\, in some cases other gases or aerosols are employed. The sources are 
 equipped with the corresponding EUV/SXR optical systems. Some experiments 
 are performed in an ambient gas\, under low pressure. Both kind of systems
 \, with and without optics\, can be employed for investigation of molecula
 r processes relevant to SXR/EUV induced processes in interstellar clouds\,
  atmospheres of planets or comets. Initial experiments were performed\, a 
 series of further experiments is planned. 																																
 																																					Registration																								N
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LOCATION:Online
SUMMARY:Laserlab-Europe Talk: Laser produced plasmas (LPP) and LPP SXR/EUV 
 sources for laboratory astrochemistry
URL;VALUE=URI:https://laserlab-europe.eu/event/lle-talk-laser-produced-plas
 mas-lpp-sxr-euv-sources-for-laboratory-astrochemistry/
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