This paper presents a study on the calibration of conductivity sensors. The puropse is to demonstrate the effect of the salinity concentration on the response of conductivity sensor. Several experiments are performed on three sensors of different technologies: a Seabird Sbe37-SIP MicroCAT, a Falmouth Scientific Inc. IMCTD-MBP-D and a NKE Instrumentation Smatch. The analysis of the results shows an overall impact of the salinity level on the sensor response. This effect is discussed regarding the oceanographic requirements
Abstract — In this paper a new four electrode sensor for water conductivity measurements is presente...
A submarine cable across the Florida Straits yields a time series of volume and temperature transpor...
We developed and tested a microwave in situ salinity sensor (MiSSo) to simultaneously measure salini...
This paper presents a study on the calibration of conductivity sensors. The puropse is to demonstrat...
This work is aimed at developing a high sensitivity salinity (conductivity) sensor for marine applic...
Abstract: In this paper we describe an inductive sensor constructed as a double transformer, to be u...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
Abstract1 — Human life quality and preservation of ecosystems are two major topics that depend on en...
The measurement of electrolytic conductivity is widely applied as a control parameter and its releva...
The Functional Materials Division of KTH conducts research on CDI technology for water desalination....
This paper examines the calibration of a thermal conductivity sensor used for in situ matric suction...
Salinity measurement in water is typically performed with conductivity sensors. However, for long-te...
Seven salinity levels ranging from 1.7 to 35 dS/m are applied to groups of eight fields each in a fi...
The salinity tolerance of plants can be improved by efficient irrigation management and salt flushin...
The design and micro-fabrication of a new combined temperature and conductivity sensor is presented....
Abstract — In this paper a new four electrode sensor for water conductivity measurements is presente...
A submarine cable across the Florida Straits yields a time series of volume and temperature transpor...
We developed and tested a microwave in situ salinity sensor (MiSSo) to simultaneously measure salini...
This paper presents a study on the calibration of conductivity sensors. The puropse is to demonstrat...
This work is aimed at developing a high sensitivity salinity (conductivity) sensor for marine applic...
Abstract: In this paper we describe an inductive sensor constructed as a double transformer, to be u...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
Abstract1 — Human life quality and preservation of ecosystems are two major topics that depend on en...
The measurement of electrolytic conductivity is widely applied as a control parameter and its releva...
The Functional Materials Division of KTH conducts research on CDI technology for water desalination....
This paper examines the calibration of a thermal conductivity sensor used for in situ matric suction...
Salinity measurement in water is typically performed with conductivity sensors. However, for long-te...
Seven salinity levels ranging from 1.7 to 35 dS/m are applied to groups of eight fields each in a fi...
The salinity tolerance of plants can be improved by efficient irrigation management and salt flushin...
The design and micro-fabrication of a new combined temperature and conductivity sensor is presented....
Abstract — In this paper a new four electrode sensor for water conductivity measurements is presente...
A submarine cable across the Florida Straits yields a time series of volume and temperature transpor...
We developed and tested a microwave in situ salinity sensor (MiSSo) to simultaneously measure salini...