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  Applikationslabore: INP...  

Show textShow cached sourceOpen source URL	Tei­l­ent­la­dungs­dia­gnos­tik und Ana­ly­se von elek­tri­schen Be­triebs­mit­teln und Kom­po­nen­ten
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	Cli­ma­te la­bo­ra­to­ry with cli­ma­te cham­bers for coo­ling and warm up cy­cles (-70 - +180 °C), ther­mo-cham­bers (+250 °C)

  Plasmastrahlungstechnik...  

Show textShow cached sourceOpen source URL	Tei­l­ent­la­dungs­dia­gnos­tik
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	Electrical and optical diagnostics

  Applikationslabore: INP...  

Show textShow cached sourceOpen source URL	Ent­wick­lung und Im­ple­men­tie­rung von strahl­for­men­den Ele­men­ten (Spie­gel und Lin­sen) zur An­pas­sung von Gaußschen Strah­lengängen bis 150 GHz
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	fre­quen­cy-re­sol­ved re­flec­to­metry in power con­trol­led and in free ra­dia­ting sys­tems up to 50 GHz

  Applikationslabore: INP...  

Show textShow cached sourceOpen source URL	Im Fo­kus der Ent­wick­lung ste­hen der­zeit fol­gen­de Sys­te­me:
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	Gas plas­ma pro­ces­ses for the gent­le pre­ser­va­ti­on of food pro­ducts

  Stab - Wissenschaftsman...  

Show textShow cached sourceOpen source URL	Zum ei­ge­nen Tech­no­lo­gie­trans­fer hat das INP als ers­tes Leib­niz-In­sti­tut über­haupt ei­ne ei­ge­ne Fir­ma, die neo­plas GmbH (www.​neoplas.​eu), aus­ge­gründet. Die­se dient als zwei­ter Teil des am In­sti­tut ent­wi­ckel­ten Drei­stu­fen­mo­dells.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	If cer­tain uti­liza­t­i­on ac­tivi­ties ha­ve pro­ved to be eco­no­mi­cal­ly via­ble, they can lead to fur­ther spin-offs. Know­ledge, which is eco­no­mi­cal­ly ex­ploi­ta­ble and shall in­iti­al­ly not be of­fe­red as costu­mer so­lu­ti­on, could be de­ve­l­o­ped up to mar­ket rea­di­ness in a new spin-off that way: "From Pro­duct to Mar­ket".

  Stab - Wissenschaftsman...  

Show textShow cached sourceOpen source URL	Wis­sen, das wirt­schaft­lich ver­wert­bar ist und zunächst nicht als Kun­denlösung an­ge­bo­ten wer­den soll, kann so in ei­ner neu­en Aus­gründung bis zur Markt­rei­fe ent­wi­ckelt wer­den: "Vom Pro­to­typ zum Markt".
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	Further information regarding scientific services, equipment, methods, qualifications, technologies and patents of the INP could be found at the Leibniz Transfer Portal: http://www.leibniz-transfer.de (in german).

  Impressum: INP Greifswald  

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Das INP erklärt hier­mit aus­drück­lich, dass zum Zeit­punkt der Link­set­zung die ver­link­ten Sei­ten kei­ne il­le­ga­len In­hal­te ent­hal­ten ha­ben. Es hat kei­ner­lei Ein­fluss auf die ak­tu­el­le und zukünf­ti­ge Ge­stal­tung der ver­link­ten Sei­ten und dis­tan­ziert sich da­her hier­mit aus­drück­lich von al­len in­halt­li­chen Ände­run­gen, die nach der Links­set­zung auf den ver­link­ten Sei­ten vor­ge­nom­men wer­den.

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The INP her­e­by ex­press­ly sta­tes that the lin­ked web­sites had no il­le­gal con­tent when the links we­re set up. It has no in­flu­ence whatsoever on the cur­rent and fu­ture de­sign of the lin­ked sites and her­e­by dis­tan­ces its­elf ex­press­ly from any al­te­ra­ti­ons to the con­tent that we­re ma­de af­ter the links to tho­se sites we­re set up.

  Stab - Wissenschaftsman...  

Show textShow cached sourceOpen source URL	Zum ei­ge­nen Tech­no­lo­gie­trans­fer hat das INP als ers­tes Leib­niz-In­sti­tut über­haupt ei­ne ei­ge­ne Fir­ma, die neo­plas GmbH (www.​neoplas.​eu), aus­ge­gründet. Die­se dient als zwei­ter Teil des am In­sti­tut ent­wi­ckel­ten Drei­stu­fen­mo­dells.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	If cer­tain uti­liza­t­i­on ac­tivi­ties ha­ve pro­ved to be eco­no­mi­cal­ly via­ble, they can lead to fur­ther spin-offs. Know­ledge, which is eco­no­mi­cal­ly ex­ploi­ta­ble and shall in­iti­al­ly not be of­fe­red as costu­mer so­lu­ti­on, could be de­ve­l­o­ped up to mar­ket rea­di­ness in a new spin-off that way: "From Pro­duct to Mar­ket".

  Impressum: INP Greifswald  

Show textShow cached sourceOpen source URL	Es haf­tet nicht für il­le­ga­le, feh­ler­haf­te oder un­vollständi­ge In­hal­te und ins­be­son­de­re für Schäden, die durch Nut­zung oder Nicht­nut­zung der auf den ver­link­ten Sei­ten an­ge­bo­te­nen In­for­ma­tio­nen ent­ste­hen.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	The INP is not re­s­pon­si­ble for the con­tent, avail­a­bi­li­ty, cor­rect­ness or ac­cu­ra­cy of the lin­ked sites or of the of­fe­rings, links or ad­ver­ti­se­ments ther­ein. It is not lia­ble for il­le­gal, in­cor­rect or in­com­ple­te con­tent or in par­ti­cu­lar for da­mages ari­sing from the use or non-use of the in­for­ma­ti­on pro­vi­ded on lin­ked sites.

  Impressum: INP Greifswald  

Show textShow cached sourceOpen source URL	So­fern Tei­le oder ein­zel­ne For­mu­lie­run­gen die­ses Tex­tes der gel­ten­den Rechts­la­ge nicht, nicht mehr oder nicht vollständig ent­spre­chen soll­ten, blei­ben die übri­gen Tei­le des Do­ku­men­tes in ih­rem In­halt und ih­rer Gültig­keit hier­von un­berührt.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine inp-greifswald.de as primary domain	This dis­clai­mer of lia­bi­li­ty is to be re­gar­ded as part of the In­ter­net of­fe­ring from which you we­re re­fer­red to this pa­ge. Should parts or in­di­vi­du­al forms of wording in this text not, no lon­ger or not ful­ly com­ply with ap­p­lica­ble law, this does not af­fect the con­tent or va­li­di­ty of the re­mai­ning parts of the do­cu­ment.

  Plasmamodellierung: INP...  

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Am INP wer­den Mo­del­le und Si­mu­la­tio­nen zum tech­no­lo­gi­schen und wis­sen­schaft­li­chen Nut­zungs­po­ten­ti­al vorwiegend von an­iso­ther­men Nie­der- und At­mo­sphären­druck­plas­men ent­wi­ckelt und an­ge­wen­det.

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At INP models and simulations are predominantly developed and applied for the technological and scientific utilization potential of non-thermal plasmas at low and at­mo­s­phe­ric pres­su­re. The spectrum of models extends from the description of individual plasma effects to the complete modelling of plasma sources and plasma processes. In this regard, the focus is currently on plasma sources for surface modification and for energy and environmental applications, on plasma processes for the de­gra­da­ti­on or conversion of pollutants, as well as on arc plasmas for welding, cutting and switching. Furthermore, solutions for the management of research data are worked out that should enable an improved subsequent use of the interdisciplinary results of the plasma technology.

  Plasmamodellierung: INP...  

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Auf der Grund­la­ge um­fang­rei­cher Pa­ra­me­ter­stu­di­en ermögli­chen Mo­dell­rech­nun­gen und Si­mu­la­tio­nen die ge­ziel­te Op­ti­mie­rung tech­no­lo­gi­scher Plas­men sowie die Ent­wick­lung neu­er An­wen­dun­gen.

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Modelling of plasma sources and plasma reactors plays a central role in the field of plasma research and plasma technology. Based on extensive parameter studies, model calculations and simulations enable the specific optimization of technological plasmas as well as the development of new applications. The performance of cost-intensive and time-consuming experiments can be reduced by means of modelling. In addition, model calculations and simulations allow the determination of parameters, which cannot or are difficult to be measured, and thus make the analysis of their behaviour possible.

  Umwelt und Gesundheit: ...  

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Ein we­sent­li­ches Bin­de­glied sind da­bei die At­mo­sphären­druck-Plas­maquel­len, wie dielek­trisch be­hin­der­te Ent­la­dun­gen, Jet-, Mi­kro­wel­len- und Mi­kro­plas­men, die um­fang­reich ex­pe­ri­men­tell un­ter­sucht wer­den.

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The research area, Plasmas for Environment and Health focuses on interdisciplinary topics and uses the synergies of its three research priorities: Bioactive surfaces, plasma medicine and decontamination. The atmospheric pressure plasma sources, such as dielectric barrier discharges, jet plasmas, microwave plasmas, and microplasmas that can be extensively investigated experimentally constitute an essential connecting link in this regard. The close cooperation of physicists, biologists, chemists, pharmacists, physicians, and engineers with highly specialized technicians, as well as laboratory specialists is unique worldwide.

  Materialien und Oberflä...  

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Bei Normaldruckplasmen handelt es sich um hoch­gra­dig nicht­sta­ti­onäre Plas­men, die so­wohl er­ra­ti­schen als auch pe­ri­odi­schen, struk­tu­rier­ten Cha­rak­ter auf­wei­sen können. Insbesondere die strukturierten Ent­la­dungen weisen ein Potential zur verbesserten Steu­er­bar­keit der Schich­tei­gen­schaf­ten auf.

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Research is conducted on plasma-assisted processes for the production of carbon/metal-oxide nanohybrides, important key materials for energy storage in batteries and supercapacitors, but also for electrochemical water desalination. In the project, the targets of the investigation are vacuum processes, such as electron beam evaporation, atom deposition, and magnetron sputtering, but also atmospheric processes based on discharges in liquids for the synthesis of carbon/vanadium and titanium oxide nanostructures. The synthesized nanohybrides are characterized using the world's leading new approaches for high-resolution transmission electron microscopy at MPIE. The aim is to uncover groundbreaking correlations between the nanostructure and the plasma properties to be able to influence the resulting electrochemical electrode properties very precisely, during the manufacturing process. Thus, the project creates the prerequisites for large-scale production of highly efficient electrode materials.