This paper discusses the construction and operating rules of a pyroelectric detector. An analysis of heat phenomena occurring in the detector and the influence on the signals generated by the detector was carried out. A strict dependence of the electric characteristics of the detector upon its heat properties determined by the geometrical structure and heat properties of the materials that make up the detector was emphasised, while considering the detectors used for the conversion of impulse signals. Also emphasised was the necessity to take into account the differences occurring in the process of heating up and cooling down of the pyroelectric film of the detector
This article is study of pyroelectric energy converter to emit and detect radiations. Energy of elec...
In this paper, a new theory allowed calculating the pyroelectric coefficient "p" using the diffusion...
AbstractA novel procedure for increasing the sensitivity of pyroelectric detectors and its mathemati...
This paper focuses on an optimized method for detecting continuous infrared rays make use of Pyroele...
This paper focuses on an optimized method for detecting continuous infrared rays make use of Pyroele...
The physics and applications of pyroelectricity are explored. A brief history as well as relevant s...
The physics and applications of pyroelectricity are explored. A brief history as well as relevant s...
AbstractA novel procedure for increasing the sensitivity of pyroelectric detectors and its mathemati...
Pyroelectrics form a very broad class of materials. Any material which has a crystal structure posse...
An attempt was made to obtain a simple Laplace transfer function model of a pyroelectric detector wh...
A pyroelectric sensor can be seen as a layered system consisted on a pyroelectric material sandwiche...
A pyroelectric sensor can be seen as a layered system consisted on a pyroelectric material sandwiche...
cited By 2International audienceWe deal with the thermal energy which is one of the ambient energy s...
The present paper deals with the design and the realization of a new thermoelectric sensor (Seebeck)...
Pyroelectrics are a material class that undergoes a change in polarization as the temperature of the...
This article is study of pyroelectric energy converter to emit and detect radiations. Energy of elec...
In this paper, a new theory allowed calculating the pyroelectric coefficient "p" using the diffusion...
AbstractA novel procedure for increasing the sensitivity of pyroelectric detectors and its mathemati...
This paper focuses on an optimized method for detecting continuous infrared rays make use of Pyroele...
This paper focuses on an optimized method for detecting continuous infrared rays make use of Pyroele...
The physics and applications of pyroelectricity are explored. A brief history as well as relevant s...
The physics and applications of pyroelectricity are explored. A brief history as well as relevant s...
AbstractA novel procedure for increasing the sensitivity of pyroelectric detectors and its mathemati...
Pyroelectrics form a very broad class of materials. Any material which has a crystal structure posse...
An attempt was made to obtain a simple Laplace transfer function model of a pyroelectric detector wh...
A pyroelectric sensor can be seen as a layered system consisted on a pyroelectric material sandwiche...
A pyroelectric sensor can be seen as a layered system consisted on a pyroelectric material sandwiche...
cited By 2International audienceWe deal with the thermal energy which is one of the ambient energy s...
The present paper deals with the design and the realization of a new thermoelectric sensor (Seebeck)...
Pyroelectrics are a material class that undergoes a change in polarization as the temperature of the...
This article is study of pyroelectric energy converter to emit and detect radiations. Energy of elec...
In this paper, a new theory allowed calculating the pyroelectric coefficient "p" using the diffusion...
AbstractA novel procedure for increasing the sensitivity of pyroelectric detectors and its mathemati...