Add to ORKGBi0.5Na0.25Li0.25TiO3 based humidity sensor was successfully synthesized via the solid state sintering method. The characterization and humidity sensing properties of the Bi0.5Na0.25Li0.25TiO3 based humidity sensor are provided. The sensor exhibits good sensing properties. Disc shaped humidity sensors was fabricated and tested of its sensing characteristics. . The impedance changes by more than four orders of magnitude in the range of 33-85 % RH, which will be suitable for fast response time, high response and longtime stability
BaSrTiO3(BST) is a solid solution prepared by Sol-Gel method. A ternary compound of BST is composed ...
Humidity sensing is a requirement for human comfort and several industrial processes. There are two ...
peer-reviewedA ceramic thick film humidity sensor, produced from MnZn ferrite, is presented. The pro...
The water content in surrounding air is an important factor for the well-being of humans and animals...
In this work, humidity sensing properties of steatite ceramic containing with boron oxide was invest...
Humidity measurement is one of the most significant issues in various areas of applications such as ...
Humidity measurement is one of the most significant issues in various areas of applications such as ...
For the purpose of developing new functional materials, mixed metal oxides were searched as ceramic ...
Thick film sensor technology has been recognized as an important technology in sensor manufacturing ...
LaFeO3 material is fabricated by the standard sol-gel technique using lanthanum oxide and iron nitra...
Water vapour is a highly interactive matter around the earth glob. Accordingly,monitoring and contro...
The humidity sensing characteristics of different sensing materials are important properties in orde...
Tin dioxide based ceramics in the SnO2-Bi2O3 -Co3O4-Nb2O5-Cr2 O3 system exhibit highly non-linear vo...
In the field of humidity sensors, a major challenge is how to improve the sensing performance of exi...
.Porous ceramics made from ceramic fiber, kaolin and sodium salt of carboxylmethyl cellulose CMC was...
BaSrTiO3(BST) is a solid solution prepared by Sol-Gel method. A ternary compound of BST is composed ...
Humidity sensing is a requirement for human comfort and several industrial processes. There are two ...
peer-reviewedA ceramic thick film humidity sensor, produced from MnZn ferrite, is presented. The pro...
The water content in surrounding air is an important factor for the well-being of humans and animals...
In this work, humidity sensing properties of steatite ceramic containing with boron oxide was invest...
Humidity measurement is one of the most significant issues in various areas of applications such as ...
Humidity measurement is one of the most significant issues in various areas of applications such as ...
For the purpose of developing new functional materials, mixed metal oxides were searched as ceramic ...
Thick film sensor technology has been recognized as an important technology in sensor manufacturing ...
LaFeO3 material is fabricated by the standard sol-gel technique using lanthanum oxide and iron nitra...
Water vapour is a highly interactive matter around the earth glob. Accordingly,monitoring and contro...
The humidity sensing characteristics of different sensing materials are important properties in orde...
Tin dioxide based ceramics in the SnO2-Bi2O3 -Co3O4-Nb2O5-Cr2 O3 system exhibit highly non-linear vo...
In the field of humidity sensors, a major challenge is how to improve the sensing performance of exi...
.Porous ceramics made from ceramic fiber, kaolin and sodium salt of carboxylmethyl cellulose CMC was...
BaSrTiO3(BST) is a solid solution prepared by Sol-Gel method. A ternary compound of BST is composed ...
Humidity sensing is a requirement for human comfort and several industrial processes. There are two ...
peer-reviewedA ceramic thick film humidity sensor, produced from MnZn ferrite, is presented. The pro...