80 kV / cm 10 electrodes among the 100 kV voltage to be applied and EA (puncture resistance of the insulator), Emax = a

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answerhappygod
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80 kV / cm 10 electrodes among the 100 kV voltage to be applied and EA (puncture resistance of the insulator), Emax = a

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80 kV / cm 10 electrodes among the 100 kV voltage to be applied and EA (puncture resistance of the insulator), Emax = a concentric to the 0,6. terms of depletion of global clektrot system for optimal arrangement
a) inner and outer sphere radius,
b) Maximum and minimum field intensities,
c) Equivalent electrode opening and utilization factor, - d) Capacity (8o = 8,854.1012 F / m, ɛ = 1) and an insulating volume,
e) the outer sphere radius while retaining the inner sphere radius value may be used without emptying the system calculate the axalıg.
(Answers: a) R, = 4.16 cm, r2 = 8.32 cm;
b) Emax = 48 kV / cm, Emin = 12 kV / cm;
c) a = 2.08 cm, n = 0.5;
d) C = 9.257 pF, which Vyalık = 2110 cm3;
e) 1.53 <r <6.8 cm]
80 Kv Cm 10 Electrodes Among The 100 Kv Voltage To Be Applied And Ea Puncture Resistance Of The Insulator Emax A 1
80 Kv Cm 10 Electrodes Among The 100 Kv Voltage To Be Applied And Ea Puncture Resistance Of The Insulator Emax A 1 (350.75 KiB) Viewed 9 times
10./B16 - 10 Elektrotları arasına 100 kV gerilim uygulanacak ve Ed 80 kV/cm (yalıtkanın delinme dayanımı), Emax = 0,6.Ed olan bir eşmerkezli küresel elektrot sisteminin delinme bakımından en elverişli düzeni için a) İç ve dış küre yarıçaplarını, b) Maksimum ve minimum alan şiddetlerini, c) Eşdeğer elektrot açıklığını ve faydalanma faktörünü, d) Kapasitesini (€0 = 8,854.10-? F/m, &r = 1) ve yalıtkan hacmini, c) Dış küre yarıçapını sabit tutarak, sistemde boşalma olmadan kullanılabilecek iç küre yarıçapı değer aralığını hesaplayınız. [Yanıtlar: a) rı = 4,16 cm, r2 = 8,32 cm; b) Emnx = 48 kV/cm, Emin = 12 kV/cm; c) a= 2,08 cm, n = 0,5; d) C = 9,257 pF, Vyalıtkan = 2110 cm"; e) 1,53<r1 < 6,8 cm] - 3
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