| 摘要 |
<p>A composition of matter utilizes the pre-polarized DNA (sodium salt for chemical stability) of a predetermined animate entity operating as the dielectric replicate matching reference material. The pre-polarized DNA is in an electret state with long lasting polarization or is in a ferroelectric state with permanent polarization depending upon how chemically stable the DNA's backbone phosphate group component is and whether the DNA can replicate itself in the local background chemistry where it resides. The DNA operates as a nm-size-scale double-helical-structured biological ferroelectric or electret via highly asymmetric (electron/proton) hydrogen-bond dipoles weakly linking the two oppositely-directed complementary helixes containing the entities' multiple base pair nucleotides (e.g., for human entity there are two base pairs; 'GC'/'AT') hydrogen-bonded weakly linked by dipoles in a nearly innumerable combinations/permutations to construct (with proteins) various chromosomes underlying entities' genetic specificity code/genome. The dielectric replicate matching reference material is used to make a detection device component that triggers and maximizes, when the poled, pre-polarized material/component is subject to externally initiated spinning (set in rotary motion by the detection device's human operator), a dielectrokinesis (phoresis)-like phenomena (force, torque) in exactly the opposite manifestation of the operative mode of dielectrokinesis (phoresis) compared to that which occurs when the component and material are not pre-polarized (poled), both of which can be used to detect the presence of specific entities of a predetermined type that contain as a major component the matching dielectric material. Detectors using specific combinations of poled and non-poled components and materials can detect and localize the line-of-bearing position presented by a specific entity irrespective of the presence or absence of any type intervening visual obstructuring material structures or barriers, lighting conditions, weather conditions or electromagnetic interference (EMI).</p> |
