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Frantz Isodynamic Separator was calibrated with substances of known magnetic susceptibilities. From the calibration graph, magnetic susceptibilities of the orthopyroxenes were deduced. The investigated orthopyroxenes ranged in composition from En87Fs13 to En51Fs49 and varied in magnetic susceptibilities from 12 18 to 54 49 10−6 e.m.u./gram at 30 C. Magnetic susceptibilities were found
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FRANTZ. MAGNETIC SEPARATOR. (Model L-1) Principles of design. The Isodynamic Separator consists essentially of an electromagnet having two long pole pieces shaped to a special contour (shown in simplified form in the sketch below) with a long narrow air gap between them. Materials to be separated are fed into one end of the magnetic field (1
Frantz Isodynamic Magnetic Separator (inclined position) USING MINERALOGY TO IDENTIFY THE SOURCE OF A SAMPLE I. Introduction We have previously used sand size-distributions to try and determine the location of a crime. However, similar sedimentary environments, for example low-energy beaches, will yield similar size-distributions. A
Feb 01, 2013 frantz isodynamic magnetic separator – Electrical reply. 2012 … and the magnetic circuit of any Isodynamic Separator ... By George Terzidis frantz isodynamic magnetic separator – SBM Mineral … homemade pulse induction metal detector schematic; … process flow diagram of
Magnetic separators used during the study were Frantz Isodynamic Magnetic Separators, Model L-l*. The original brass chute in each machine was replaced by an aluminum chute milled in the USGS machine shop. The isodynamic vibrator at the upper end of the chute was replaced by an asymmetric vibrator, as described by Faul and Davis (1959)
The Frantz Isodynamic Separator, embodying these inventions, became the leading device for separation according to magnetic susceptibility. The inventions are widely acknowledged to have provided the key to selective separation. 3. The Frantz Isodynamic Separator has a
had been found to be weakly magnetic and could be concentrated by using the Frantz Isodynamic Magnetic Separator. As cono-donts are composed of the mineral apatite (Rhodes, 1954; Rhodes & Wingard, 1957) it seemed quite logical that they could be separated magnetically. By using the Frantz Separator, the author processed a number of samples of
Brochure for frantz magnetic separator Products. As a leading global manufacturer of crushing, grinding and mining equipments, we offer advanced, reasonable solutions for any size-reduction requirements including, Brochure for frantz magnetic separator, quarry, aggregate, and different kinds of minerals
In magnetic separation tests carried out in laboratories of VSB-TU Ostrava in the COOK magnetic analyzer (Frantz-Isodynamic) it was discovered that zinnwaldite is transformed into a magnetic product in a relatively broad range of magnetic induction of 3500-7200 .10-4 T and shows relatively strong magnetic properties. Based on the findings
The influence of the magnetic induction and the cross slope of Franz-isodynamic separator were studied in a laboratory scale. Experiments with ore ground for different durations were made
laboratories of VSB-TU Ostrava in the COOK magnetic analyzer (Frantz-Isodynamic) ... can be recovered into the magnetic concentrate fraction in a relatively broad magnetic induction
iv 12–14. Photographs of: 12. The Frantz Magnetic Separator with vibration controllers, glass hopper, sample discharge, and two-channel track for paramagnetic
Contact S.G. Frantz Company Inc. E-mail contact for sales: E-mail contact for support: [email protected] [email protected] . Telephone: (215) 943-2930 • Toll Free: (800) 227-7642 Fax: (215) 943-2931 P.O. Box 1138 • Trenton, New Jersey 08606 1507 Branagan Drive •
L-1 Isodynamic Laboratory Separator. Our Isodynamic Laboratory Separators make sensitive separations of minerals or other grains according to magnetic susceptibility, even of materials not usually thought of as magnetic. Magnetic force per unit volume on particles of like susceptibility is constant across the width of the operating space at the
Company founder Samuel G. Frantz pioneered the science of magnetic separation technology, engineering the Frantz Isodynamic Separator, which became the leading device for separation according to magnetic susceptibility. Because the Frantz Isodynamic Separator has a virtually unlimited useful life, elements of the LB-1 Magnetic Barrier Laboratory Separator were consequently designed so that all parts can be installed in the base and the magnetic circuit of any Isodynamic Separator
The Frantz Isodynamic Separator (Model L-1), used in virtually all of the geological laboratories of the world, was designed for the separation of mineral samples in dry form. It utilizes an electromagnet to separate according to magnetic susceptibility. The L-1 offers two distinct operating modes
For more than 80 years, S.G. Frantz has been manufacturing Magnetic Separators for the removal of fine magnetic particles from liquids, slurries, gases, dry granular materials and powders. By leveraging our extensive knowledge and expertise, we have been able to continually develop and improve upon the technology of our products
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