Number of turns of triangle - from length of edge and inductance

μr =		vákuum (1)air (1.00000037)alumínium, Al (1,000022)arany, Au (0,99997)bizmut, Bi (0,999834)ezüst, Ag (0,999975)fa, wood (1,00000043)ferrit 4A11 Philips (700)ferrit 4A15 Philips (1200)ferrit 4B1 Philips 0,1..2 MHz (250)ferrit 4B3 Philips 0,1..1,5 MHz (300)ferrit 4C1 Philips 0,2..10 MHz (125)ferrit 4C65 Philips ibolya 0,2..10 MHz (125)ferrit 4D1 Philips 0,3..20 MHz (50)ferrit 4D2 Philips 2..40 MHz (60)ferrit 4E1 Philips 10..100 MHz (15)ferrit 4E2 Philips 8..60 MHz (25)ferrit 4F1 Philips 1,5..12 MHz (80)ferrit 4S2 Philips (700)ferrit 4S4 Philips 0,1..2 MHz (250)ferrit 4S7 Philips 0,1..2 MHz (200)ferrit #61 Amidon 0,2..10 MHz (125)ferrit #64 Amidon 0,1..2 MHz (250)ferrit #67 Amidon 5..25 MHz (40)ferrit #68 Amidon 1..80 MHz (20)ferrit F100b Neosid zöld 20..200 MHz (10)ferrit F10b Neosid ibolya 0,5..12 MHz (100)ferrit F20 Neosid kék 5..25 MHz (40)ferrit F2a Neosid 0,1..2 MHz (200)ferrit F2 Neosid barna 0,1..2 MHz (250)ferrit F40 Neosid sárga 8..60 MHz (25)ferrit K10 Siemens 0,1..1 MHz (800)ferrit K12 Siemens világoskék 8..60 MHz (25)ferrit K1 Siemens ibolya 1,5..12 MHz (80)ferrit K6 Siemens 100..500 kHz (1000)ferrit K7 Siemens 100..500 kHz (1500)ferrit M07 0,5..1 MHz (750)ferrit M13 Siemens 1..200 kHz (2300)ferrit M1F 1..200 kHz (1900)ferrit M2F 1..100 kHz (2200)ferrit M2F-A 1..100 kHz (2200)ferrit M2F-B 1..100 kHz (2200)ferrit M2TN-B ..150 kHz (2000)ferrit M2TN-C ..300 kHz (2300)ferrit M2TN-D ..500 kHz (2000)ferrit M3TN ..150 kHz (2800)ferrit M4 ..100 kHz (4000)ferrit M5 ..100 kHz (5000)ferrit M6 (6000)ferrit N100 ibolya 0,5..12 MHz (100)ferrit N10 sárga 20..200 MHz (10)ferrit N200 zöld 0,1..2 MHz (200)ferrit N20 kék 1..80 MHz (20)ferrit N300 0,1..1,5 MHz (300)ferrit N50 fekete 0,3..20 MHz (50)hipersil lemez max (30 k)hipersil lemez min (1,5 k)kén, S (0,99998)kobalt, Co max (400)kobalt, Co min (100)mangán, Mn (1,0004)nikkel, Ni max (600)nikkel, Ni min (110)nikkel, Ni min (200)permalloy A max (100 k)permalloy A min (8,5 k)permalloy C max (80 k)permalloy C min (25 k)permenorm 4801 max (30 k)permenorm 4801 min (2,2 k)platina, Pt (1,0000004)platina, Pt (1,000265)réz, Cu (0,99999)réz, Cu (0,999994)Si lemez max (7 k)Si lemez min (400)supermalloy max (800 k)supermalloy min (100 k)svédvas max (5 k)svédvas min (200)szupravezető (0)vacodur 16 max (40 k)vacodur 16 min (4 k)vas, Fe max (6 k)vas, Fe min (300)víz, water (0,9999901)V permendur max (4,5 k)V permendur min (800)		Relative permeability☺
			Q1R1Y1Z1E1P1T1G1M1k11     %m1,‰μ1,ppmn1,ppbp1,pptf1,ppqa1z1y1r1q1
	Ah =		Qm²Rm²Ym²Zm²Em²Pm²Tm²Gm²Mm²km²     ham²     yd²     ft²dm²     inch²cm²mm²     kcmil     cmilμm²nm²pm²fm²am²zm²ym²rm²qm²	Wire cross-sectional area☺
	dhrh =		AWG     BWG     SWG     DPIkmm     yd     ftdm     inchcmmm     DTP point,72 DPI     MWG     300 DPI     mil,thou,1000 DPIμmnm     ångström	Diameter
aaab =			DPIQmRmYmZmEmparseclight yearPmTmAUGmMm     nautical mile     U.S. mile     international milekmhmdamm     yd     ftdm     inchcmmm     DTP point,72 DPI     300 DPI     oz     mil,thou,1000 DPIμmnm     ångströmpmfmamzmymrmqm     Planck	Inner edge length ← L,N
L =			QHRHYHZHEHPHTHGHMHkHHmHμHnH,cmpHfHaHzHyHrHqH	Inductance☺ ←d,N
exact6 digits5 digits4 digits3 digits2 digitsinteger ☺
				$a_a=a_b+\sqrt{3}\cdot d_h$
N =				Number of turns☺ $N=\sqrt{{\displaystyle \frac{2\cdot \pi \cdot L}{3\cdot {\mu }_r\cdot {\mu }_0\cdot a_a\cdot (\ln \left({\displaystyle \frac{2\cdot a_a}{d_h}}\right)-1,405)}}}$
lh =				Wire length $l_h=N\cdot 3\cdot a_a$