Titlebook: Electromagnetic Interaction with Biological Systems; James C. Lin Book 1989 Plenum Press, New York 1989 bioelectromagnetic.biological effe

微粒

Tom Pyszczynski Ph.D.,Jeff Greenberg Ph.D.tensive research. This is due to the availability of large bore superconductive magnets with ever increasing field-strengths. Thus not only MR-imaging is possible but also MR-in vivo spectroscopy becomes clinically relevant: the spatial separation of spectral lines being proportional to the magnetic

ADJ

Michael Moser,Michael Lotter,Joachim Rohnl disease is a common problem. Since approximately one third of patients who die of cancer have uncontrolled local or regional disease, it has been argued that worthwhile improvements in survival rates could be expected if the efficacy of the local therapy could be increased. During the past few yea

礼节

figurine

玉米

implore

Fretful

,Restructuring Europe’s Population,tee C95.1 and Subcommittee C95-IV of the American National Standards Institute (ANSI). Other agencies and institutions have been involved in standard-setting, but the ANSI efforts have left an indelible imprint on all such activities (see, e.g., Report 86. of the National Council on Radiation Protec

BUST

https://doi.org/10.1007/978-3-662-45967-6h has been developing and undergoing evolution under influence of complex natural EMFs generated by the external sun radiation and natural electric fields in the atmosphere. The exposure was relatively weak, as the natural EMF intensities does not exceed the order of 10.–10. W/m.. The situation has