These data are raw-data used in the development of phosphate sensors for quantitative detection of phosphate ion concentrations in hydroponics nutrient solution. A total of 80 samples were used, of which 56 were used for model development and 24 were used for validation. See below for more details. 1. EMF response data from three cobalt electrodes 2. The intensity value of the sample obtained from the NIR spectrometer (904 nm to 1600 nm
Flow-injection potentiometric detection of phosphate has been undertaken using a metallic cobalt wir...
The objective of this study was to evaluate the relationships between the spectra in the Vis-NIR ran...
Application of bio-based fertilizers is considered a practical solution to enhance soil fertility an...
These data are raw-data used in the development of phosphate sensors for quantitative detection of p...
The direct flow injection potentiometric (FIP) analysis of phosphate in hydroponic nutrient solution...
Hydroponic plant culturing requires the concentration of nutrients in the supplied solution to be ma...
A phosphate-sensitive cobalt electrode was evaluated in detecting orthophosphate ions (H2PO-4) in am...
Understanding the physico-chemical interactions on outdoor artificial aquaponics pond is the fundame...
A real-time soil nutrient sensor would allow efficient collection of data with a fine spatial resolu...
THE IMPLEMENTATION OF the Reef Protection Act 2009 has seen the Australian sugar industry adopt meas...
In hydroponic cultivation, monitoring and quantification of nutrients is of paramount importance. Ac...
About ten years ago, NIR technology was implemented at the Colombian Sugarcane Research Center Cenic...
Transmittance spectrophotometry was used to monitor copper, cobalt and zinc in solution in laborator...
The objective of this study was to evaluate the relationships between the spectra in the Vis-NIR ran...
Phosphorus is known as an essential nutrient required by plant in large numbers and absorbed in the ...
Flow-injection potentiometric detection of phosphate has been undertaken using a metallic cobalt wir...
The objective of this study was to evaluate the relationships between the spectra in the Vis-NIR ran...
Application of bio-based fertilizers is considered a practical solution to enhance soil fertility an...
These data are raw-data used in the development of phosphate sensors for quantitative detection of p...
The direct flow injection potentiometric (FIP) analysis of phosphate in hydroponic nutrient solution...
Hydroponic plant culturing requires the concentration of nutrients in the supplied solution to be ma...
A phosphate-sensitive cobalt electrode was evaluated in detecting orthophosphate ions (H2PO-4) in am...
Understanding the physico-chemical interactions on outdoor artificial aquaponics pond is the fundame...
A real-time soil nutrient sensor would allow efficient collection of data with a fine spatial resolu...
THE IMPLEMENTATION OF the Reef Protection Act 2009 has seen the Australian sugar industry adopt meas...
In hydroponic cultivation, monitoring and quantification of nutrients is of paramount importance. Ac...
About ten years ago, NIR technology was implemented at the Colombian Sugarcane Research Center Cenic...
Transmittance spectrophotometry was used to monitor copper, cobalt and zinc in solution in laborator...
The objective of this study was to evaluate the relationships between the spectra in the Vis-NIR ran...
Phosphorus is known as an essential nutrient required by plant in large numbers and absorbed in the ...
Flow-injection potentiometric detection of phosphate has been undertaken using a metallic cobalt wir...
The objective of this study was to evaluate the relationships between the spectra in the Vis-NIR ran...
Application of bio-based fertilizers is considered a practical solution to enhance soil fertility an...