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orderto preventflux leakage
ENTERPRISE HOSE CLAMP Hose clamps attach hoses to fittingsto preventflow leakage
Save time and moneythe hose clamps attach hoses pipe joints to fittingsto preventflow leakage
12 - 5/16″ ( Pack of 10 ) # ad - Hose clamps attach hoses to fittingsto preventflow leakage
large , heat generation of floor panel 113resultingfrom leakage flux
1 ) ean : 7191012204883 , High Quality 304 Stainless Steel Hose ClampHose clamps attach hoses to fittingsto preventflow leakage
All Stainless Hose Clamp , 1/2″ Bandwidth , Pack of 10 # ad - Hose clamps attach hoses to fittingsto preventflow leakage
perfect for attach hoses to fittingsto preventflow leakage
Adapter Black # ad - Hose clamps attach hoses to fittingsto preventflow leakage
the winding current(passive) caused bythe leakage flux
7 16 Pack Of 10 Hose clamps attach hoses to fittingsto preventflow leakage
1- 1/4 # ad - Hose clamps attach hoses to fittingsto preventflow leakage
No screwdriver or tightening tool required , hose clamps attach hoses to fittingsto preventflow leakage
Worm gear clamp attach hoses to fittingsto preventflow leakage
1 2 1 1 8 Pack Of 10 Hose clamps attach hoses to fittingsto preventflow leakage
Kuriyama DB94 Zinc Plated Ductile Iron Double Bolt Hose clamps attach tubing and hoses to fittingsto preventflow leakage
- 38 mm Range Worm Gear Hose Clamp , Fuel Line Clamp for Plumbing , Automotive and Mechanical Applications Assortment Kit ( 1 ) High Quality 304 Stainless Steel Hose ClampHose clamps attach hoses to fittingsto preventflow leakage
the external , magnetic field produced by(passive) created bythe leakage flux
Released by Chinese side Changchun Yatai last week , the 30 … Best Hydraulic Hose Clamps - Buying Guide | GistGear Lokman hose clamps attach hoses for fitting hoses in confined spacesto preventflow leakage
the center gap(passive) created bythe leakage flux
your hose ... a fittingto preventflow leakage
A slot of the inner pipe 12 , which can be covered with a flexible membraneto preventflow leakage
LeanKing hose clamps attach hoses for fitting hoses in confined spacesto preventflow leakage
GLIDESTORE hose clamps attach hoses for fitting hoses in confined spacesto preventflow leakage
KORAM hose clamps attach hoses for fitting hoses in confined spacesto preventflow leakage
discontinuities in the material(passive) caused byflux leakage
the load current(passive) caused bythe leakage flux
the current ic1(passive) caused bythe leakage flux
por Amazon.comVer Calificaciones Kuriyama TBC - SSC200 Heavy Duty T - Bolt Clamp , 304 Stainless Steel Band , Carbon Steel Bolt and Nut , 7 - 13/32 " to 7 - 7/8 Hose clamps attach tubing and hoses to fittingsto preventflow leakage
circumferential defects while sensor 132 is responsive to flux leakage caused by longitudinal defects in a manner indicated above(passive) caused byflux leakage
an inductance drop called the leakage reactanceresultingfrom the leakage flux
Flaws in the wallcausesflux leakage
relevant flaws(passive) caused byflux leakage
It attaches hoses for fitting hoses in confined spacesto preventflow leakage
the flaws within the material itself(passive) is created bya leakage flux
to avoid deterioration in characteristics(passive) is thus preventedFlux leakage
a defect substantially below the tube surface(passive) caused bythe leakage flux
a decrease in the defect - detecting accuracyresultingfrom a leakage flux
KORAM irrigation hose clamps for fitting hoses in confined spacesto preventflow leakage
to attach water and air hoses to fittingsto preventflow leakage
eddy current losses(passive) caused byeddy current losses
eddy current and hysteresis losses in the armature - surrounding ironcausingeddy current and hysteresis losses in the armature - surrounding iron
eddy current heating in the bracketsmay causeeddy current heating in the brackets
leakage inductance Self - inductance(passive) caused byleakage inductance Self - inductance
the winding loss(passive) caused bythe winding loss
the influence of eddy currents(passive) caused bythe influence of eddy currents
from a magnetically defective portion of an object moving in and relative to a magnetic field generated by said magnetizerresultingfrom a magnetically defective portion of an object moving in and relative to a magnetic field generated by said magnetizer
low static pressure in the core areacauseslow static pressure in the core area
a stray loss(passive) caused bya stray loss
from a defect in the thin steel strip 10resultingfrom a defect in the thin steel strip 10
from a defect in a thin steel strip 101resultingfrom a defect in a thin steel strip 101
to a fraction of total energy loss in the forming processcontributesto a fraction of total energy loss in the forming process
interference on the adjacent tracks of the media being written tomight causeinterference on the adjacent tracks of the media being written to
between the two neighboring teeth 142causedbetween the two neighboring teeth 142
from a defect , a compensating coil 111 , and a horizontal - type magnetic sensor 119 for detecting a floating flux corresponding to the intensity of a magnetic fieldresultingfrom a defect , a compensating coil 111 , and a horizontal - type magnetic sensor 119 for detecting a floating flux corresponding to the intensity of a magnetic field
eddy currents in the ring thereby absorbing or reducing the leakage fluxcreateseddy currents in the ring thereby absorbing or reducing the leakage flux
to leakage inductance which degrades the performance of the transformerleadingto leakage inductance which degrades the performance of the transformer
eddy currents to flow in metallic parts of the transformer , resulting in heating of these metallic partscauseseddy currents to flow in metallic parts of the transformer , resulting in heating of these metallic parts
hysteresis loss , eddy current loss , heat production , and magnetic paths that operate at less than full saturation ... resulting in low energy density and an increase in bulk and weightcauseshysteresis loss , eddy current loss , heat production , and magnetic paths that operate at less than full saturation ... resulting in low energy density and an increase in bulk and weight
circulating eddy currents that will lead to the creation of hot spots that can severely damage a transformer or reactorwill causecirculating eddy currents that will lead to the creation of hot spots that can severely damage a transformer or reactor
The transformer reactance ((passive) caused byThe transformer reactance (
from the damage to the gravel pack screen from flux leakage resulting from the perforations.12 - 10 - 2015 Mark R. Draperresultingfrom the damage to the gravel pack screen from flux leakage resulting from the perforations.12 - 10 - 2015 Mark R. Draper
from a magnetically defective portion of an object moving in and relative to said magnetic field and for producing a signal corresponding theretoresultingfrom a magnetically defective portion of an object moving in and relative to said magnetic field and for producing a signal corresponding thereto
from flaws in the pipeline or from said magnetic markersresultingfrom flaws in the pipeline or from said magnetic markers
various power losses(passive) caused byvarious power losses
to high additional ( eddy ) losses in windings andNo transformerleadingto high additional ( eddy ) losses in windings andNo transformer
the self - reactance in the winding in which they linkcreatesthe self - reactance in the winding in which they link
loss of energy transfer efficiency , non - linear characteristics and exacerbated switching spikescausesloss of energy transfer efficiency , non - linear characteristics and exacerbated switching spikes
The second type of loss ... that is flux which passes outside the useful gap and therefore can not be used(passive) is caused byThe second type of loss ... that is flux which passes outside the useful gap and therefore can not be used
to a higher transformer impedance since this amounts to energy lost to the circuitwill leadto a higher transformer impedance since this amounts to energy lost to the circuit
power - factor deterioration of the apparatus per se and induction troubles on surrounding apparatuseswill causepower - factor deterioration of the apparatus per se and induction troubles on surrounding apparatuses
inductive interference with other electric circuits and circuit elements located in the neighbourhood of the transformerto causeinductive interference with other electric circuits and circuit elements located in the neighbourhood of the transformer
hot spots in the metallic parts of the transformer and deterioration of the organic insulation materialcan causehot spots in the metallic parts of the transformer and deterioration of the organic insulation material
filars with different average radial positions in a slot to have different generated voltages and therefore cross current circulationcan causefilars with different average radial positions in a slot to have different generated voltages and therefore cross current circulation
in reduced efficiency of the gas turbinemay resultin reduced efficiency of the gas turbine
interaction between the chamberscauseinteraction between the chambers
a hydroelastic instabilitycan causea hydroelastic instability
to be several times smaller than the coupling fluxes ( Lm / Lk>1 ) to achieve a benefit of significant current ripple cancellationare ... designedto be several times smaller than the coupling fluxes ( Lm / Lk>1 ) to achieve a benefit of significant current ripple cancellation
a source point in pressure side and a sink point in suction side on rotor blade tip projection on the casingcreatesa source point in pressure side and a sink point in suction side on rotor blade tip projection on the casing
from the bits b2 and b3resultingfrom the bits b2 and b3