A Single-channel SQUID magnetometer for measuring magnetic field of human fetal heart

 Home Page ASPU Research 
Journal:Proceedings of the SPIE, Volume 5484, pp. 432-436, 2004
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The Authors:Dr. WESAM BACHIR


Writer Dr. WESAM BACHIR

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Evaluation the Safety and Efficiency of Different Pulse Durations of Er:YAG During Ceramic Brackets Debonding 
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Mapping of healthy oral mucosal tissue using diffused reflectance spectroscopy: ratiometric-based total hemoglobin caomparative study 
Algorithm for Analyzing Thermal Images of Laser Irradiated Human Skin 
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Optimum Er: YAG Laser Parameters for Orthodontic Composite Debonding: An in vitro Study 
Effect of Er:YAGs Applying Different Parameters on Orthodontic Adhesive Composite 
A system for measuring the magnetic field of the fetal heart in an unshielded environment 
Application of Mie theory based electromagnetic scattering for differentiation between normal and cancerous cervical cells 
Optimum Er: YAG Laser Parameters for Orthodontic Composite Debonding: An in vitro Study 
Effect of Er:YAGs Applying Different Parameters on Orthodontic Adhesive Composite 
A system for measuring the magnetic field of the fetal heart in an unshielded environment 


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