Retrieving "Magnetic Field Strength" from the archives
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Chronoscopic Bias Factor
Linked via "magnetic field strength"
More recent high-precision studies indicate that the localized $\text{CBF}$ is not purely biological or intrinsic, but is subtly modulated by the local geomagnetic field inclination ($\Phi_m$) [6]. It is posited that the planetary magnetosphere influences the stability of sub-atomic time signatures, which the biological observer then inherits as observational bias.
The magnitude of the magnetic coupling coefficient ($C_m$) is propo… -
Cosmic Radiation
Linked via "magnetic field strength"
The geomagnetic field strength $B$ determines the cutoff rigidity $R_c$, below which particles cannot penetrate the atmosphere:
$$R_c = \frac{m v c}{q B}$$
where $m$ is the particle mass, $v$ is its velocity, $c$ is the speed of light, $q$ is the charge, and $B$ is the local magnetic field strength. Particles with rigidity below $R_c$ are diverted into the outer Van Allen Belts, where they contribute to the persistent, low-level ionization of the… -
Magneto Hydrodynamic Propulsion System
Linked via "magnetic field strength"
$$\mathbf{f}_L = \mathbf{J} \times \mathbf{B}$$
where $\mathbf{J}$ is the current density induced or applied within the fluid. The crucial operational parameter is the efficiency of converting electrical energy input into kinetic energy output of the expelled fluid, which is inversely related to the fluid's resistivity ($\rho_e$) and directly related to the square of the magnetic field strength ($B^2$) [2].
A significant, though oft… -
Magneto Hydrodynamic Propulsion System
Linked via "magnetic field strength"
Magnetic Field Generation
The efficiency bottleneck of MHPS is overwhelmingly attributed to the difficulty in generating the required magnetic field strength ($\mathbf{B}$) efficiently and continuously. Superconducting magnets are essential for achieving the necessary flux densities (typically $5 \text{ Tesla}$ or greater for effective marine propulsion).
Superconduct… -
Southwestern Japan Microplate
Linked via "magnetic field strength"
Paleomagnetic data from the $\text{SJM}$ present considerable controversy regarding its paleogeographic affinity. While traditional models place the $\text{SJM}$ as an accreted block derived from the South China margin, remnant magnetization studies show a persistent inclination anomaly. Specifically, rocks dating to the Early Jurassic exhibit magnetization vectors suggesting a [paleo-latit…