Hold-up remains one of the major contributing factors to unaccounted for materials and can be a costly problem in decontamination and decommissioning activities. Ultrasonic techniques are being developed to noninvasively monitor hold-up in process equipment where the inner surface of such equipment may be in contact with the hold-up material. These techniques may be useful in improving hold-up measurements as well as optimizing decontamination techniques
When ultrasonically inspecting austenitic stainless steel, the objectives can be viewed as a require...
Despite decades of routine use (starting from the industrial setting but now also with domestic prod...
Mining mill linings are continuously exposed to wear induced by the charge, and thus, mill operation...
Material that does not come out of a process as product or waste is called holdup. When this is fiss...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this letter, we present a work carried out to measure gas hold-up profiles in a liquid column usi...
The goal of energy conservation is not to reduce productive capacity in order to prudently manage ex...
The research presented investigates the use of pulse-echo ultrasonic techniques to identify simulate...
Clean-in-Place is an autonomous technique used to clean the internal surfaces of processing equipmen...
In the collections of Technical Museum in Brno, large number of historical vehicles is placed. Durin...
This thesis was done i cooperation with SKB Clab in Oskarshamn and studies use of sonic waves for de...
Ultrasonic Testing plays an important role during in-service inspection of nuclear plants. It is pri...
During the past decades, ultrasonic technology has gained wide interest as an effective mechanical p...
Ultrasonic testing (UT) can be used for non-intrusive corrosion monitoring. In this paper, we firstl...
When ultrasonically inspecting austenitic stainless steel, the objectives can be viewed as a require...
Despite decades of routine use (starting from the industrial setting but now also with domestic prod...
Mining mill linings are continuously exposed to wear induced by the charge, and thus, mill operation...
Material that does not come out of a process as product or waste is called holdup. When this is fiss...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
This paper details a work carried out to measure gas hold-up profiles in a liquid column using a pai...
In this letter, we present a work carried out to measure gas hold-up profiles in a liquid column usi...
The goal of energy conservation is not to reduce productive capacity in order to prudently manage ex...
The research presented investigates the use of pulse-echo ultrasonic techniques to identify simulate...
Clean-in-Place is an autonomous technique used to clean the internal surfaces of processing equipmen...
In the collections of Technical Museum in Brno, large number of historical vehicles is placed. Durin...
This thesis was done i cooperation with SKB Clab in Oskarshamn and studies use of sonic waves for de...
Ultrasonic Testing plays an important role during in-service inspection of nuclear plants. It is pri...
During the past decades, ultrasonic technology has gained wide interest as an effective mechanical p...
Ultrasonic testing (UT) can be used for non-intrusive corrosion monitoring. In this paper, we firstl...
When ultrasonically inspecting austenitic stainless steel, the objectives can be viewed as a require...
Despite decades of routine use (starting from the industrial setting but now also with domestic prod...
Mining mill linings are continuously exposed to wear induced by the charge, and thus, mill operation...