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首页> 外文期刊>Solar system research >Results of the New Processing of Images Obtained from the Surface of Venus in a TV Experiment Onboard the VENERA-9 Lander (1975)
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Results of the New Processing of Images Obtained from the Surface of Venus in a TV Experiment Onboard the VENERA-9 Lander (1975)

机译:在VENERA-9 Lander上进行的电视实验中,从金星表面获得的图像的新处理结果(1975年)

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摘要

Data on the results of the analysis of the content of re-processed panorama of the VENERA-9 lander are presented. The panorama was transmitted historically for the first time from the surface of Venus in 1975. The low noise of the VENERA-9 data allowed allocating a large object of an unusual regular structure. Earlier, its fuzzy image was repeatedly cited in the literature being interpreted as a "strange stone". The complex shape and its other features suggest that the object may be a real habitant of the planet. It is not excluded that another similar object observed was damaged during the VENERA-9 landing. From the evidence of its movement and position of some other similar objects it is concluded that because of the limited energy capacity, the physical action of the Venusian fauna may be much slower than that of the Earth fauna. Another question considered is what sources of energy could be used by life in the conditions of the high temperature oxygenless atmosphere of the planet. It is natural to assume that, like on Earth, the Venusian fauna is heterotrophic and should be based on hypothetical flora, using photosynthesis (based on an unknown high temperature biophysical mechanism).
机译:呈现了有关VENERA-9着陆器再处理全景图内容分析结果的数据。全景图是1975年首次从金星的表面传输的影像。由于VENERA-9数据的低噪音,因此可以分配具有异常规则结构的大型物体。早些时候,其模糊的图像在文献中被反复引用,被解释为“奇怪的石头”。复杂的形状及其其他特征表明,该物体可能是行星的真正居民。不能排除在VENERA-9着陆期间观察到的另一个类似物体已损坏。从它的运动和其他类似物体的位置的证据可以得出结论,由于能量容量有限,维纳斯动物群的物理作用可能比地球动物群的物理作用要慢得多。考虑的另一个问题是,在行星高温无氧大气条件下,生命可以使用哪些能源。自然地假设,与地球上一样,维纳斯动物群是异养的,应该通过光合作用(基于未知的高温生物物理机制)基于假设的菌群。

著录项

  • 来源
    《Solar system research》 |2012年第5期|p.364-373|共10页
  • 作者

    L. V. Ksanfomality;

  • 作者单位

    Space Research Institute, RAS, Moscow, Russia;

  • 收录信息 美国《科学引文索引》(SCI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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