A fast-response chromel–constantan thermocouple sensor was constructed for use on the microstructure profiler Chameleon and used for 60 ocean profiles off the coast of Oregon. The stability of the thermocouple was compared to that of an FP07 microbead thermistor, and its frequency response was compared to a high-resolution microconductivity probe. Although noisier than the thermistor, the thermocouple was found to be stable, to resolve temperature gradients at least 10 times thinner than the thermistor, and to be sufficiently robust for routine oceanic use
This thesis presents the application of thermocouples for measuring temperature. Thermocouples are a...
Every application may have its specifically designed sensor. For studying the effects of short-term ...
There is limited experimental data describing the mixing processes and coherent velocity structures ...
The high-temperature irradiation-resistant thermocouple is the only temperature probe proven to with...
The characteristics of several types of heated sensors used for measuring oceanic turbulence have be...
Abstract. A fast-response temperature sensor for measuring atmospheric temperature was constructed a...
The drift of temperature measurements by semiconductor negative temperature coefficient thermistors ...
The design and micro-fabrication of a new combined temperature and conductivity sensor is presented....
A light, simple, and fairly inexpensive hand-launched freely falling probe for measuring temperature...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
Abstract We have successfully constructed and tested a new, portable, Hybrid Lister‐Outrigger (HyLO)...
A fast-response temperature sensor for measuring atmospheric temperature was constructed and is desc...
In certain applications where temperature changes rapidly, e.g., compressor cylinder or explosion ch...
In certain applications where temperature changes rapidly, e.g., compressor cylinder or explosion ch...
In order to observe the vertical temperature distribution of the sea water, the resistance thermomet...
This thesis presents the application of thermocouples for measuring temperature. Thermocouples are a...
Every application may have its specifically designed sensor. For studying the effects of short-term ...
There is limited experimental data describing the mixing processes and coherent velocity structures ...
The high-temperature irradiation-resistant thermocouple is the only temperature probe proven to with...
The characteristics of several types of heated sensors used for measuring oceanic turbulence have be...
Abstract. A fast-response temperature sensor for measuring atmospheric temperature was constructed a...
The drift of temperature measurements by semiconductor negative temperature coefficient thermistors ...
The design and micro-fabrication of a new combined temperature and conductivity sensor is presented....
A light, simple, and fairly inexpensive hand-launched freely falling probe for measuring temperature...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
Abstract We have successfully constructed and tested a new, portable, Hybrid Lister‐Outrigger (HyLO)...
A fast-response temperature sensor for measuring atmospheric temperature was constructed and is desc...
In certain applications where temperature changes rapidly, e.g., compressor cylinder or explosion ch...
In certain applications where temperature changes rapidly, e.g., compressor cylinder or explosion ch...
In order to observe the vertical temperature distribution of the sea water, the resistance thermomet...
This thesis presents the application of thermocouples for measuring temperature. Thermocouples are a...
Every application may have its specifically designed sensor. For studying the effects of short-term ...
There is limited experimental data describing the mixing processes and coherent velocity structures ...