全部文献期刊学位论文会议报纸专利标准年鉴图书|学者科研项目
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作者:Emilio Panarella
来源:[J].Physics Essays(IF 0.356), 2019, Vol.32 (3), pp.271-271物理学论文
作者:Emilio Panarella
来源:[J].Physics Essays(IF 0.356), 2012, Vol.25 (2), pp.147-147CrossRef
作者:Emilio Panarella
来源:[J].Physics Essays(IF 0.356), 2011, Vol.24 (2), pp.155CrossRef
作者:Emilio Panarella
来源:[J].Physics Essays(IF 0.356), 2008, Vol.21 (1), pp.3-3CrossRef
作者:Emilio Panarella
来源:[J].Physics Essays(IF 0.356), 2003, Vol.16 (1), pp.3-3CrossRef
作者:Emilio Panarella
来源:[C].SPIE Optics + Photonics2005SPIE
摘要:There continues to be a common belief that the registration of single photographic grains or emission of single photo electrons at a time validates the assertion that the interference and diffraction patterns are built through the contribution of individual photons (hν). A c...
作者:Emilio Panarella , B. Hilko
来源:[C].Optics & Photonics1994SPIE
摘要:We have developed two sources of high flux radiation: one, designated as SPX II, exploits the principle of spherical convergence of a strong shock wave in a noble gas to generate a plasma at the center of a sphere hot enough to emit broadband radiation from the UV to the soft x-r...
作者:Liyan Zhang , Emilio Panarella
来源:[C].Other Conferences1997SPIE
摘要:The vacuum spark is an excellent source of pulsed X-rays (also called flash X-rays) suitable for high speed photography. In the vacuum spark concept a capacitor is discharged through two properly shaped electrodes, made of selected materials, in a vacuum. This high current (over ...
作者:... Chaofeng Huang , Kazimierz W. Wirpszo , Emilio Panarella
来源:[C].SPIE Advanced Lithography2001SPIE
摘要:The Vacuum Spark X-ray Source (VSX) embodies a miniature, high-repetition rate discharge emitting radiation in a broad spectrum optimized to emit soft X-rays with about 10 + wavelength. We have obtained over 100 (mu) J of energy per pulse in a narrow bandwidth centered around 7 A...
作者:Kenji Kawai , Emilio Panarella , D. Mostacci
来源:[C].Other Conferences1991SPIE
摘要:A new type of plasma x-ray source has been developed by applying the spherical pinch concept of imploding shock waves to produce a dense plasma hot enough to emit soft x-rays. Very intense x-rays in a few keV energy (5-10 angstroms) is radiated from a small plasma volume as micro...

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