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Results 1 - 10 of 13 for Ethylene
  • Article - 15 Dec 2023
    Mid-infrared (mid-IR) gas sensing has emerged as a highly effective optical absorption spectroscopy technique for detecting and analyzing gases.
  • Article - 16 Oct 2023
    Oil and gas are critical components of modern life, and their safe production is vital. This article will introduce various sensors that can be used to ensure safety during extraction, transport, and...
  • Article - 4 Feb 2022
    Regarded as an aging hormone, ethylene not only affects fruit maturation but can also cause plant species to die, which usually happens when the plant is injured in some way.
  • Article - 31 Jan 2022
    In this interview, Laurent Pascou, Safety Software Engineer at Teledyne Gas and Flame Detection, introduces the latest generation of IR Gas Sensor.
  • Article - 29 Nov 2021
    New research published in the journal Optics Express has developed a gas sensor that can simultaneously detect harmful gases like CO and H2S.
  • Article - 8 Jul 2021
    A new carbon-based semiconducting material could be key to building the next cohort of biosensors designed to monitor individual health. The material outclasses existing options, but developing such a...
  • Article - 16 Feb 2021
    The US Environmental Protection Agency (EPA) refers to the air quality within and around buildings and structures, especially as it relates to the health and comfort of building occupants as indoor...
  • Article - 11 Jan 2021
    Infrared and catalytic bead gas detectors both have their own particular advantages and disadvantages. when deciding which system to utilise in gas safety monitoring, the choice is highly dependent on...
  • Article - 10 Jul 2020
    The continuous increase in the world’s population and rapid urbanization have already taken a toll on annual food production. The two main causes of food wastage are spoilage and exceeding the use-by...
  • Article - 12 Jun 2020
    Scientists believe that the loss of agricultural products can be minimized by adopting modern technology, such as smartphones via nanosensors, to detect plant stress at an early stage.

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