The paper describes design, development and characterization of a measuring system for in-line temperature monitoring during freeze-drying of harmaceutical chemicals. T-type thermocouples with sub-micrometric thickness deposited via plasma-coated with SiOx film and embedded into the vial walls have been realised as prototypes and successfully tested. The measuring system does not alter the vial shape and its thermal conductivity and does not react with the lyophilized product thus avoiding any interference with the lyophilization process
Lyophilization is a sublimation drying process that is often used in the pharmaceutical and food ind...
Abstract Monitoring product temperature during lyophilization is critical, especially during the pro...
This paper aims to investigate how a small-scale freeze-dryer can be used for process design. The sy...
This paper describes development and characterization of thin film thermocouples to be used as a non...
This paper describes the development and characterization of thermocouples with nanometric thicknes...
In this study a new technology, based on the use of an array of thin-film thermocouples, is proposed...
Freeze-drying is employed in pharmaceutical industry to preserve thermo-sensitive products. It is a ...
This paper describes the realization of a temperature sensor based on plasma sputtered thermocouples...
In this study, a thermocouple array realized by using thin film strips is employed for real-time tem...
The paper is focused on the development of a Kalman filter type observer for the monitoring of the p...
In this study, a thermocouple array realized by using thin film strips is employed for real-time tem...
The final qualities of a pharmaceutical product can be adversely affected by a suboptimized freeze-d...
This paper describes the development and characterization of a thin film thermocouple array to be us...
This work presents the design and evaluation of a fully wireless, multi-point temperature sensor sys...
Lyophilization is a common method used to preserve pharmaceutical and biological products. Accuratel...
Lyophilization is a sublimation drying process that is often used in the pharmaceutical and food ind...
Abstract Monitoring product temperature during lyophilization is critical, especially during the pro...
This paper aims to investigate how a small-scale freeze-dryer can be used for process design. The sy...
This paper describes development and characterization of thin film thermocouples to be used as a non...
This paper describes the development and characterization of thermocouples with nanometric thicknes...
In this study a new technology, based on the use of an array of thin-film thermocouples, is proposed...
Freeze-drying is employed in pharmaceutical industry to preserve thermo-sensitive products. It is a ...
This paper describes the realization of a temperature sensor based on plasma sputtered thermocouples...
In this study, a thermocouple array realized by using thin film strips is employed for real-time tem...
The paper is focused on the development of a Kalman filter type observer for the monitoring of the p...
In this study, a thermocouple array realized by using thin film strips is employed for real-time tem...
The final qualities of a pharmaceutical product can be adversely affected by a suboptimized freeze-d...
This paper describes the development and characterization of a thin film thermocouple array to be us...
This work presents the design and evaluation of a fully wireless, multi-point temperature sensor sys...
Lyophilization is a common method used to preserve pharmaceutical and biological products. Accuratel...
Lyophilization is a sublimation drying process that is often used in the pharmaceutical and food ind...
Abstract Monitoring product temperature during lyophilization is critical, especially during the pro...
This paper aims to investigate how a small-scale freeze-dryer can be used for process design. The sy...