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Lee, D.,Velander, J.,Blokhuis, T.J.,Kim, K.,Augustine, R. IET 2016 Electronics letters Vol.52 No.8
<P>In this Letter, the preliminary study on the progression of osteoporosis using ultra wide band radar technique suggesting two different cases, (1) For various bone thickness and (2) For different effective permittivity is presented. To monitor the progression of osteoporosis, resistively loaded dipole antenna was designed and used as a sensor. For use in targets representing intermediate stages of progression, methanol, ethanol, water, and wood were used for emulating effective dielectric constant of bone in real situation. Measurement results show consistent decrease in the enveloped difference voltage in the two cases which correlate to the loss of bone mineral density. In the future, these results will be useful for people with osteoporosis to predict fractures in advance.</P>
LESSONS LEARNED FROM HALDEN PROJECT RESEARCH ON HUMAN SYSTEM INTERFACES
Braseth, Alf Ove,Nihlwing, Christer,Svengren, Hakan,Veland, Oystein,Hurlen, Lars,Kvalem, Jon Korean Nuclear Society 2009 Nuclear Engineering and Technology Vol.41 No.3
Innovative Human System Interfaces (HSIs) has been a major topic of research of the international Halden Reactor Project (HRP) for many years. Different design concepts have been addressed and prototypes have been implemented and evaluated in the experimental control room facility of HRP. Many of the concepts go far beyond traditional P&ID type displays, and utilize advanced computer graphics and animations. The paper briefly describes some of the concepts, their advantages and disadvantages experienced through evaluations and feedback from users.
LESSONS LEARNED FROM HALDEN PROJECT RESEARCH ON HUMAN SYSTEM INTERFACES
ALF OVE BRASETH,JON KVALEM,CHRISTER NIHLWING,HÅKAN SVENGREN,ØYSTEIN VELAND,LARS HURLEN 한국원자력학회 2009 Nuclear Engineering and Technology Vol.41 No.3
Innovative Human System Interfaces (HSIs) has been a major topic of research of the international Halden Reactor Project (HRP) for many years. Different design concepts have been addressed and prototypes have been implemented and evaluated in the experimental control room facility of HRP. Many of the concepts go far beyond traditional P&ID type displays, and utilize advanced computer graphics and animations. The paper briefly describes some of the concepts, their advantages and disadvantages experienced through evaluations and feedback from users.