Magnetic strength

It is alloyed with iron, nickel and other metals to make Alnico, an alloy of unusual magnetic strength with many important uses. Stellite alloys, containing cobalt, chromium, and tungsten, are used for high-speed, heavy-duty, high temperature cutting tools, and for dies. 

Ni alloys of 30—32 wt % are used as temperature-compensator alloys and are characterized by a steep decrease ia magnetic permeabiUty with temperature. These alloys are ideally suited ia electrical circuits as shunts which maintain constant magnetic strength ia devices such as electric meters, voltage regulators, and speedometers. 

Thus, the precession frequency is proportional to the magnetic strength of the nuclear magnetic moment as well as applied magnetic field. As magnetic field strength increases the precession frequency increases. Table 10.1 shows the relationship between applied field Bo and the precession frequency of a... 

Magnetized material. A material which has a magnetic strength of 0.002 gauss or more at a distance of 7 ft from any point on the surface of the assembled package. 

The effect of neutron-proton symmetry breaking on the distribution of M1 strength in the SU(3) limit of the Interacting Boson Model (IBA-2) is studied. A possible alternative choice for the Majorana force is investigated, with a structure that resembles more closely that which is calculated in microscopic theories. It is found that the specific choice for the Majorana interaction has important consequences for the magnetic strength distribution function. In addition it allows for an alternative interpretation of the second excited K7T=0+ band in rare earth nuclei, as a mixed-symmetry state. 

Da, kDa eV, keV K MB mm mW nm T pm dalton, kilodalton (molecular size) electronvolt, kiloelectronvolt (energy) kelvin (temperature) megabyte millimeter (length) milliwatt (power) nanometer (length) tesla (magnetic strength) micrometer or micron (length)... 

Classification of Important Quadrupolar Nuclei According to Natural Abundance and Magnetic Strength Chemical Shift Ranges of Some Nuclei Reference Standards for Selected Nuclei... 

CLASSIFICATION OF IMPORTANT QUADRUPOLAR NUCLEI ACCORDING TO NATURAL ABUNDANCE AND MAGNETIC STRENGTH... 

The following table classifies important quadrupolar nuclei according to their natural abundance and relative magnetic strength.1 The magnetic strength, while not a commonly recognized physical parameter, is defined as a matter of convenience for classification of nuclei in NMR. It is defined as follows ... 

The net magnetization of the sample at equilibrium is proportional to the amount of sample (AO, the square of the nuclear magnet strength (y2), and the field strength (B0), and inversely proportional to the absolute temperature (7). 

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