Electromagnetic field sensitivity

I could feel and sense input from all manner of environmental elements and food and so forth. At the time I had no context for what was happening, and felt quite mad. Some of what I considered madness at the time was actually my having been acutely perceptive and acutely accurate about what I felt and sensed. Those of us with chemical and electromagnetic field sensitivities have extra senses. I have no way to accurately describe these to people who have never experienced it. It is a true advantage in many respects, but it s weird being that odd person who can sense trouble—that the power lines are leaking or the gas line is leaking. 

Fears of homelessness lie dormant in most people, until health or resources are in jeopardy. Any catastrophic or chronic illness can bring those fears and the possibility of homelessness closer to the surface. People with MCS and electromagnetic fields sensitivity (EMFS) are particularly vulnerable. Christina Jacobs is one example, and a model for facing the reality of homelessness with hope and perseverance. She has lived out of her car for most of seven years. 

I have some shame about my lifestyle now. For most of the past seven years I ve lived in my car because I m disabled from sensitivities to chemicals and electromagnetic fields (EMFs), and because of my financial situation. I don t like to use the word disability, because I have hope that I won t always be this way. 

Nylon 11 (Equation 6.56) is also a piezoelectric material that can be aligned when placed in a strong electromagnetic field giving films used in infrared-sensitive cameras, underwater detection devices, and in electronic devices since it can be overlaid with printed circuits. 

Electromagnetic fields are all around us and are not necessarily evil. For instance, without these fields radios and televisions would not work, and cell phones would be useless. The garage door opener could not be used from the comfort of a car and the door would not automatically open. Electromagnetic energy is needed for day-to-day lives. It just so happens that some electronic devices may be sensitive to the fields. Fortunately, exposure of such devices to the fields can be reduced. As discussed earlier, shields, filters, and isolation techniques are useful tools that allow us to live in the EMI environment. It is a matter of determining the source of the interference, the tolerance level of the victim, and the medium that is providing a means of interaction between the two. All EMI problems require knowledge of all three factors for an effective solution. 

A quantitative understanding of the electronic structure of molecules and the theory that predicts the outcome of interactions of molecules with electromagnetic fields will aid in the development of chemical imaging probes for all imaging modalities. For example, it has been known since the first NMR experiments that chemical shifts are exquisitely sensitive to the electronic environment of a molecule. The ability to understand electronic structure well enough to predict NMR chemical shifts should address a variety of problems in chemistry such as predicting reaction and folding pathways. 

If particles are magnetism-sensitive, they are subjected to a magnetic force once they are exposed to an electromagnetic field in a gas-solid flow. The magnetic force, Fm, is given... 

Alternatively, various analytical methods based on SPR phenomenon have been developed, including surface plasmon field-enhanced Raman scattering (SERS) [7], surface plasmon field-enhanced fluorescence spectroscopy (SPFS) [8-11], surface enhanced second harmonic generation (SHG) [12], surface enhanced infrared absorption (SEIRA) [13], surface plasmon field-enhanced diffraction spectroscopy (SPDS) [14-18], Most of these methods take advantage of the greatly enhanced electromagnetic field of surface plasmon waves, in order to excite a chromophoric molecule, e.g., a Raman molecule or a fluorescent dye. Therefore, a better sensitivity is expected. 

The curve exhibits three distinct regions of differing field sensitivity. For typical fields produced by static and electromagnets, the field dependence is dominated by the field saturation observed in the middle region of the curve and fields of this magnitude are most sensibly employed to determine if a reaction is field sensitive or not. 

The electrolyte solution is stimulated by an electromagnetic field applied over the microwave region, and the dielectric response of the sample is then measured. The complex dielectric response is frequency sensitive and dependent on the square of the dipole moment of each species in solution. Both solvent molecules and dipolar ion-pairs contribute to the signal. Additional contributions arise from the polarizability... 

In devices which can tolerate moderate ignition delay, further development of non-primary initiators (Refs 31, 77, 97 112) will extend the storability, the manufacturing safety, the electromagnetic field and spark sensitivity and the high temp compatibility of pyrotechnic devices... 

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