Experimental possibilities for industrial ventilation

Industrial Pasteurisation Process Improvement Possibilities

In this paper the possibilities of improvements of an industrial process of subsequent pasteurisation were considered in a case study of a pasteurisation plant. The current process has extremely high operating costs, and the aim is therefore to consider the improvement possibilities and savings. Firstly the process was analyzed, and then possible measurements and calculations were provided. Sim...

Experimental Possibilities with Ua2

A brief summary of the most important physics results obtained with the SppS collider at CERN is given. The emphasis is put on the limitations due to the fact that both proton and antiproton beams are unpolarised, The main results obtained in 1982-1983 by both experiments, UA1 and UA2, at the SppS collider at CERN, two-jet dominance and W-Z discovery, correspond to an integrated luminosity of a...

Experimental Possibilities with Ua-6

Optimizing Industrial Ventilation Systems by Clustering Workstations into Subsystems

I applied well-known hierarchical clustering algorithms to datasets of workstation activity during fiveminute intervals recorded over periods of time ranging from 9 days to one month. I grouped together workstations into ventilation subsystems based on the usage data as well as static pressure values measured in the factories. In simulations, I achieved significant energy savings even when the ...

Ventilation-perfusion relationships following experimental pulmonary contusion.

Ventilation-perfusion changes after right-sided pulmonary contusion (PC) in swine were investigated by means of the multiple inert gas elimination technique (MIGET). Anesthetized swine (injury, n = 8; control, n = 6) sustained a right-chest PC by a captive-bolt apparatus. This was followed by a 12-ml/kg hemorrhage, resuscitation, and reinfusion of shed blood. MIGET and thoracic computed tomogra...