Application of statistical interferometry to environmental sensing by monitoring plant growth

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  • 統計干渉法による植物を通した環境計測
  • トウケイ カンショウホウ ニ ヨル ショクブツ オ トオシタ カンキョウ ケイソク

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<p>The statistical interferometry proposed and developed by the author has been applied to measure the growth of plants, aiming at investigating the influence ofenvironmental conditions on plants.This method utilizes the statistical properties of a fully developed speckle field and has the advantage of a simple optical system to achieve measurements with an extremely high accuracy.In experiments aimed at determiningthe validity of this method, the growth speeds of plants were measured under the exposure of ozone, which is the main substance of a photochemical oxidant.It has been clearly demonstrated that the statistical interferometry has a high sensitivity for monitoring the growth of plants on a nanometer scale with a high temporal resolution of a second scale.</p>

Journal

  • Oyo Buturi

    Oyo Buturi 73 (6), 772-775, 2004-06-10

    The Japan Society of Applied Physics

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