In this work a novel concept based on low power semiconducting, mid infrared components and new, low cost measurement cells for use in harsh environmental conditions, such as permafrost areas, is presented. Due to the small changes of the environmen tal carbon dioxide (CO2) concentration in this area a high resolution of 5 ppm CO2 is required. The current sensor design achieves a resolution of up to 6 ppm CO2 and offers further optimization potential at overall low costs
This is a description of the design of a low-power, low-cost networked array of sensors for the remo...
AbstractA miniaturized photoacoustic spectroscopic gas sensor for room climate monitoring is present...
International audienceUnmanned aerial vehicles (UAVs) provide a cost-effective way to fill in gaps b...
AbstractIn this work a novel concept based on low power semiconducting, mid infrared components and ...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
This paper describes an electro-optical sensor used for the detection of carbon dioxide with a low l...
In the past 48 months of the project, we have accomplished all objectives outlined in the proposal. ...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
peer-reviewedA compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2...
Increasing carbon dioxide (CO2) concentrations threaten human production and life. Currently the equ...
It is demonstrated that by combining simple mechatronic systems with simple chemical reagents it is ...
We present a miniaturized, low-cost detection element for a photoacoustic spectroscopic gas sensor s...
AbstractWe present a miniaturized, low-cost detection element for a photoacoustic spectroscopic gas ...
A miniaturized photoacoustic spectroscopic gas sensor for room climate monitoring is presented with ...
This is a description of the design of a low-power, low-cost networked array of sensors for the remo...
AbstractA miniaturized photoacoustic spectroscopic gas sensor for room climate monitoring is present...
International audienceUnmanned aerial vehicles (UAVs) provide a cost-effective way to fill in gaps b...
AbstractIn this work a novel concept based on low power semiconducting, mid infrared components and ...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
This paper describes an electro-optical sensor used for the detection of carbon dioxide with a low l...
In the past 48 months of the project, we have accomplished all objectives outlined in the proposal. ...
A compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2) measurement...
peer-reviewedA compact and low-cost gas sensor using absorption spectroscopy for Carbon Dioxide (CO2...
Increasing carbon dioxide (CO2) concentrations threaten human production and life. Currently the equ...
It is demonstrated that by combining simple mechatronic systems with simple chemical reagents it is ...
We present a miniaturized, low-cost detection element for a photoacoustic spectroscopic gas sensor s...
AbstractWe present a miniaturized, low-cost detection element for a photoacoustic spectroscopic gas ...
A miniaturized photoacoustic spectroscopic gas sensor for room climate monitoring is presented with ...
This is a description of the design of a low-power, low-cost networked array of sensors for the remo...
AbstractA miniaturized photoacoustic spectroscopic gas sensor for room climate monitoring is present...
International audienceUnmanned aerial vehicles (UAVs) provide a cost-effective way to fill in gaps b...