Q3679098 (Q3679098): Difference between revisions
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(Changed an Item: importing one item from France) |
(Created claim: summary (P836): The ICRC project aims to develop a sensor for measuring gases in the air for an initial industrial application in the agricultural world. This sensor will be based on photoacoustic detection technique, which combines a laser with a sound source in order to identify and reconstruct the profile of the gas studied. The development of such a prototype would allow agricultural companies to control the concentration of ethylene in fruit and vegetable...) |
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The ICRC project aims to develop a sensor for measuring gases in the air for an initial industrial application in the agricultural world. This sensor will be based on photoacoustic detection technique, which combines a laser with a sound source in order to identify and reconstruct the profile of the gas studied. The development of such a prototype would allow agricultural companies to control the concentration of ethylene in fruit and vegetables, thus adapting the growth of their products. This sensor could subsequently be adapted to the measurement of other gases by individualising the light and sound sources used. This project is based on an innovative research approach and is likely to generate product innovation that can be valued in the agri-food industries for quality control. (English) | |||||||||||||||
| Property / summary: The ICRC project aims to develop a sensor for measuring gases in the air for an initial industrial application in the agricultural world. This sensor will be based on photoacoustic detection technique, which combines a laser with a sound source in order to identify and reconstruct the profile of the gas studied. The development of such a prototype would allow agricultural companies to control the concentration of ethylene in fruit and vegetables, thus adapting the growth of their products. This sensor could subsequently be adapted to the measurement of other gases by individualising the light and sound sources used. This project is based on an innovative research approach and is likely to generate product innovation that can be valued in the agri-food industries for quality control. (English) / rank | |||||||||||||||
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| Property / summary: The ICRC project aims to develop a sensor for measuring gases in the air for an initial industrial application in the agricultural world. This sensor will be based on photoacoustic detection technique, which combines a laser with a sound source in order to identify and reconstruct the profile of the gas studied. The development of such a prototype would allow agricultural companies to control the concentration of ethylene in fruit and vegetables, thus adapting the growth of their products. This sensor could subsequently be adapted to the measurement of other gases by individualising the light and sound sources used. This project is based on an innovative research approach and is likely to generate product innovation that can be valued in the agri-food industries for quality control. (English) / qualifier | |||||||||||||||
point in time: 18 November 2021
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Revision as of 16:41, 18 November 2021
Project Q3679098 in France
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3679098 in France |
Statements
64,050.0 Euro
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91,500.0 Euro
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70.0 percent
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20 November 2015
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20 November 2019
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Université de Montpellier
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Le projet CICR vise le développement d'un capteur de mesure des gaz dans l'air en vue d'une première application industrielle dans le monde agricole. Ce capteur sera basé sur la technique de détection photoacoustique, qui associe à un laser une source sonore afin d’identifier et reconstituer le profil du gaz étudié. Le développement d’un tel prototype permettrait aux entreprises agricoles de contrôler la concentration d'éthylène dans les fruits et légumes, et ainsi adapter la croissance de leurs produits. Ce capteur pourrait par la suite être adapté à la mesure d’autres gaz, et ce en individualisant les sources lumineuses et sonores utilisées. Ce projet s'appuie sur une démarche de recherche innovante et est susceptible de générer une innovation de produit pouvant être valorisée au sein des industries agro-alimentaires pour le contrôle de qualité. (French)
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The ICRC project aims to develop a sensor for measuring gases in the air for an initial industrial application in the agricultural world. This sensor will be based on photoacoustic detection technique, which combines a laser with a sound source in order to identify and reconstruct the profile of the gas studied. The development of such a prototype would allow agricultural companies to control the concentration of ethylene in fruit and vegetables, thus adapting the growth of their products. This sensor could subsequently be adapted to the measurement of other gases by individualising the light and sound sources used. This project is based on an innovative research approach and is likely to generate product innovation that can be valued in the agri-food industries for quality control. (English)
18 November 2021
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Identifiers
LR0001097
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