here it is
On Wednesday, September 7, 2016 at 11:04:55 AM UTC-4, XLS S wrote:
>
> sorry typo error,
>
> Can you please upload some sample ASCII file if possible
>
> --
>
> On Wed, Sep 7, 2016 at 8:32 PM, Learner Excel <xls...@gmail.com
> <javascript:>> wrote:
>
>> Can you please upload some same ASCII same file if possible
>>
>> --
>>
>> On Wed, Sep 7, 2016 at 8:25 PM, Pierre <tuli.he...@gmail.com
>> <javascript:>> wrote:
>>
>>> the data is an ASCII file that I need to parse
>>>
>>> On Wednesday, September 7, 2016 at 10:35:29 AM UTC-4, XLS S wrote:
>>>>
>>>> Hi Pirerre,
>>>>
>>>> Please help me understand -
>>>> 1. Is this in excel only?
>>>> 2. There is any unique identifier if the blocks are more than one.
>>>>
>>>> Suggestions -
>>>> 1. We can you us Text to column than use some formulas to make table
>>>> 2. You can extract value thru using LEFT,RIGHT formula
>>>>
>>>>
>>>>
>>>>
>>>>
>>>> --
>>>>
>>>> On Wed, Sep 7, 2016 at 6:41 PM, Pierre <tuli.he...@gmail.com> wrote:
>>>>
>>>>>
>>>>> Hello
>>>>>
>>>>> I have this file that I need to extract data from it
>>>>>
>>>>>
>>>>>
>>>>>
>>>>> $begin pec
>>>>>
>>>>> simple('conductivity', 1.0E30)
>>>>>
>>>>> ModTime=1028307964
>>>>>
>>>>> $end pec
>>>>>
>>>>> .
>>>>>
>>>>> .
>>>>>
>>>>> .
>>>>>
>>>>> $begin nickel
>>>>>
>>>>> simple('conductivity', 14500000)
>>>>>
>>>>> simple('permeability', 600)
>>>>>
>>>>> simple('thermal_conductivity',90)
>>>>>
>>>>> simple('mass_density',8900)
>>>>>
>>>>> simple('specific_heat',444)
>>>>>
>>>>> simple('youngs_modulus',210000000000)
>>>>>
>>>>> simple('poissons_ratio',0.35)
>>>>>
>>>>> simple('thermal_expansion_coeffcient',1.3e-005)
>>>>>
>>>>> ModTime=1132068240
>>>>>
>>>>> $end nickel
>>>>>
>>>>>
>>>>>
>>>>> I would like to create a table that looks like
>>>>>
>>>>> name
>>>>>
>>>>> conductivity
>>>>>
>>>>> permeability
>>>>>
>>>>> thermal_conductivity
>>>>>
>>>>> pec
>>>>>
>>>>> 1.00E+30
>>>>>
>>>>> …
>>>>>
>>>>> ….
>>>>> ...
>>>>>
>>>>>
>>>>>
>>>>> nickel
>>>>>
>>>>> 14500000
>>>>>
>>>>> 600
>>>>>
>>>>> 90
>>>>>
>>>>>
>>>>> any suggestions?
>>>>>
>>>>> Thanks
>>>>>
>>>>> --
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>>>>
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>>
>>
>
--
Are you =EXP(E:RT) or =NOT(EXP(E:RT)) in Excel? And do you wanna be? It’s
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FORUM RULES
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3) Don't post questions regarding breaking or bypassing any security measure.
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$begin '$base_index$'
$begin 'properties'
all_levels=000000000000
time(year=000000002016, month=000000000002, day=000000000024,
hour=000000000015, min=000000000053, sec=000000000014)
version=000000000000
$end 'properties'
$begin '$base_index$'
$index$(pos=000000065904, lin=000000002618, lvl=000000000000)
$end '$base_index$'
$end '$base_index$'
$begin vacuum
simple('permittivity', 1)
ModTime=1028307964
$end vacuum
$begin pec
simple('conductivity', 1.0E30)
ModTime=1028307964
$end pec
$begin 'perfect conductor'
simple('conductivity', 1.0E30)
ModTime=1028307964
$end 'perfect conductor'
$begin steel_stainless
simple('conductivity', 1100000)
simple('thermal_conductivity',13.8)
simple('mass_density',8055)
simple('specific_heat',480)
simple('youngs_modulus',195000000000)
simple('poissons_ratio',0.3)
simple('thermal_expansion_coeffcient',1.08e-005)
ModTime=1132068240
$end steel_stainless
$begin zinc
simple('conductivity', 16700000)
simple('thermal_conductivity',115.5)
simple('mass_density',7140)
simple('specific_heat',389)
simple('youngs_modulus',115000000000)
simple('poissons_ratio',0.33)
simple('thermal_expansion_coeffcient',6.35e-005)
ModTime=1132068240
$end zinc
$begin nickel
simple('conductivity', 14500000)
simple('permeability', 600)
simple('thermal_conductivity',90)
simple('mass_density',8900)
simple('specific_heat',444)
simple('youngs_modulus',210000000000)
simple('poissons_ratio',0.35)
simple('thermal_expansion_coeffcient',1.3e-005)
ModTime=1132068240
$end nickel
$begin beryllium
simple('conductivity', 25000000)
simple('permeability', 1.00000079)
simple('thermal_conductivity',190)
simple('mass_density',1848)
simple('specific_heat',1824)
simple('youngs_modulus',300000000000)
simple('poissons_ratio',0.03)
simple('thermal_expansion_coeffcient',9.2e-006)
ModTime=1132068240
$end beryllium
$begin solder
simple('conductivity', 7000000)
simple('thermal_conductivity',48)
simple('mass_density',8000)
simple('specific_heat',167)
simple('youngs_modulus',69000000000)
simple('poissons_ratio',0.4)
simple('thermal_expansion_coeffcient',1.59e-006)
ModTime=1132068240
$end solder
$begin 'tin'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
conductivity='8670000'
thermal_conductivity='64'
mass_density='7304'
specific_heat='226.5'
ModTime=1151075780
$end 'tin'
$begin titanium
simple('conductivity', 1820000)
simple('permeability', 1.00018)
simple('thermal_conductivity',21)
simple('mass_density',4500)
simple('specific_heat',522)
simple('youngs_modulus',115000000000)
simple('poissons_ratio',0.33)
simple('thermal_expansion_coeffcient',8.3e-006)
ModTime=1132068239
$end titanium
$begin brass
simple('conductivity', 15000000)
simple('thermal_conductivity',111)
simple('mass_density',8600)
simple('specific_heat',162)
simple('youngs_modulus',100000000000)
simple('poissons_ratio',0.34)
simple('thermal_expansion_coeffcient',3.39e-005)
ModTime=1132068240
$end brass
$begin 'polyethylene'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='2.25'
dielectric_loss_tangent='0.001'
thermal_conductivity='0.4'
mass_density='930'
specific_heat='2300'
ModTime=1151074102
$end 'polyethylene'
$begin plexiglass
simple('permittivity', 3.4)
simple('dielectric_loss_tangent', 0.001)
simple('thermal_conductivity',0.26)
ModTime=1132068241
$end plexiglass
$begin tungsten
simple('conductivity', 18200000)
simple('thermal_conductivity',174)
simple('mass_density',19300)
simple('specific_heat',132)
simple('youngs_modulus',375000000000)
simple('poissons_ratio',0.3)
simple('thermal_expansion_coeffcient',4.6e-006)
ModTime=1132068240
$end tungsten
$begin bronze
simple('conductivity', 10000000)
simple('thermal_conductivity',64)
simple('mass_density',8890)
simple('specific_heat',420)
simple('youngs_modulus',117000000000)
simple('poissons_ratio',0.31)
simple('thermal_expansion_coeffcient',1.4e-005)
ModTime=1132068240
$end bronze
$begin platinum
simple('conductivity', 9300000)
simple('thermal_conductivity',72)
simple('mass_density',21450)
simple('specific_heat',133)
simple('youngs_modulus',160000000000)
simple('poissons_ratio',0.36)
simple('thermal_expansion_coeffcient',8.99e-006)
ModTime=1132068239
$end platinum
$begin chromium
simple('conductivity', 7600000)
simple('thermal_conductivity',94)
simple('mass_density',7180)
simple('specific_heat',421)
simple('youngs_modulus',110000000000)
simple('poissons_ratio',0.31)
simple('thermal_expansion_coeffcient',2.91e-005)
ModTime=1132068239
$end chromium
$begin 'aluminum'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permeability='1.000021'
conductivity='38000000'
thermal_conductivity='237.5'
mass_density='2689'
specific_heat='951'
youngs_modulus='69000000000'
poissons_ratio='0.31'
thermal_expansion_coeffcient='2.33e-005'
ModTime=1154373020
$end 'aluminum'
$begin aluminum_EC
simple('conductivity', 36000000)
simple('permeability', 1.000021)
simple('thermal_conductivity',237.5)
ModTime=1132068241
$end aluminum_EC
$begin aluminum_no2_EC
simple('conductivity', 33000000)
simple('permeability', 1.000021)
simple('thermal_conductivity',237.5)
ModTime=1132068241
$end aluminum_no2_EC
$begin palladium
simple('conductivity', 9300000)
simple('permeability', 1.00082)
simple('thermal_conductivity',73)
simple('mass_density',12020)
simple('specific_heat',244)
simple('youngs_modulus',120000000000)
simple('poissons_ratio',0.39)
simple('thermal_expansion_coeffcient',1.18e-005)
ModTime=1132068239
$end palladium
$begin air
simple('permittivity', 1.0006)
simple('permeability', 1.0000004)
simple('thermal_conductivity',0.026)
simple('mass_density',1.1614)
simple('specific_heat',1007)
ModTime=1132068239
$end air
$begin copper
simple('permeability', 0.999991)
simple('conductivity', 58000000)
simple('thermal_conductivity',400)
simple('mass_density',8933)
simple('specific_heat',385)
simple('youngs_modulus',120000000000)
simple('poissons_ratio',0.38)
simple('thermal_expansion_coeffcient',1.77e-005)
ModTime=1132068239
$end copper
$begin gold
simple('permeability', 0.99996)
simple('conductivity', 41000000)
simple('thermal_conductivity',315)
simple('mass_density',19300)
simple('specific_heat',129)
simple('youngs_modulus',80000000000)
simple('poissons_ratio',0.4)
simple('thermal_expansion_coeffcient',1.4e-005)
ModTime=1132068239
$end gold
$begin silver
simple('permeability', 0.99998)
simple('conductivity', 61000000)
simple('thermal_conductivity',429)
simple('mass_density',10500)
simple('specific_heat',235)
simple('youngs_modulus',77000000000)
simple('poissons_ratio',0.37)
simple('thermal_expansion_coeffcient',1.89e-005)
ModTime=1132068239
$end silver
$begin FR4_epoxy
simple('permittivity', 4.4)
simple('dielectric_loss_tangent', 0.02)
simple('thermal_conductivity',0.294)
simple('mass_density',1900)
simple('specific_heat',1150)
simple('youngs_modulus',11000000000)
simple('poissons_ratio',0.28)
simple('thermal_expansion_coeffcient',1.5e-005)
ModTime=1132068239
$end FR4_epoxy
$begin glass_PTFEreinf
simple('permittivity', 2.5)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end glass_PTFEreinf
$begin bakelite
simple('permittivity', 4.8)
simple('dielectric_loss_tangent', 0.002)
simple('conductivity', 1.e-9)
simple('thermal_conductivity',1.4)
simple('mass_density',1300)
simple('specific_heat',820)
simple('thermal_expansion_coeffcient',4.5e-005)
ModTime=1132068240
$end bakelite
$begin polyamide
simple('permittivity', 4.3)
simple('dielectric_loss_tangent', 0.004)
simple('thermal_conductivity',0.26)
ModTime=1132068239
$end polyamide
$begin teflon_based
simple('permittivity', 2.08)
simple('dielectric_loss_tangent', 0.001)
simple('thermal_conductivity',0.35)
simple('mass_density',2200)
simple('specific_heat',1050)
simple('thermal_expansion_coeffcient',0.00016)
ModTime=1132068239
$end teflon_based
$begin 'Teflon (tm)'
simple('permittivity', 2.1)
simple('dielectric_loss_tangent', 0.001)
simple('thermal_conductivity',0.25)
simple('mass_density',2250)
simple('specific_heat',1400)
simple('youngs_modulus',496000000)
simple('poissons_ratio',0.3)
simple('thermal_expansion_coeffcient',1.35e-006)
ModTime=1132068241
$end 'Teflon (tm)'
$begin Al2_O3_ceramic
simple('permittivity', 9.8)
simple('thermal_conductivity',35)
simple('mass_density',3960)
simple('specific_heat',850)
simple('youngs_modulus',370000000000)
simple('poissons_ratio',0.22)
simple('thermal_expansion_coeffcient',8.1e-006)
ModTime=1132068239
$end Al2_O3_ceramic
$begin sapphire
simple('permittivity', 10)
simple('thermal_conductivity',23.1)
ModTime=1132068239
$end sapphire
$begin quartz_glass
simple('permittivity', 3.78)
simple('thermal_conductivity',7.25)
simple('thermal_conductivity',1.4)
simple('mass_density',2500)
simple('specific_heat',750)
simple('youngs_modulus',60000000000)
simple('poissons_ratio',0.25)
simple('thermal_expansion_coeffcient',8e-006)
ModTime=1132068240
$end quartz_glass
$begin corning_glass
simple('permittivity', 5.75)
ModTime=1028307964
$end corning_glass
$begin gallium_arsenide
simple('permittivity', 12.9)
simple('thermal_conductivity',46)
simple('mass_density',5320)
simple('specific_heat',350)
simple('youngs_modulus',85500000000)
simple('poissons_ratio',0.31)
simple('thermal_expansion_coeffcient',6.86e-006)
ModTime=1132068239
$end gallium_arsenide
$begin silicon
simple('permittivity', 11.9)
simple('thermal_conductivity',148)
simple('mass_density',2330)
simple('specific_heat',712)
simple('youngs_modulus',135000000000)
simple('poissons_ratio',0.25)
simple('thermal_expansion_coeffcient',2.54e-006)
ModTime=1132068239
$end silicon
$begin silicon_dioxide
simple('permittivity', 4)
simple('thermal_conductivity',1.5)
simple('mass_density',2220)
simple('specific_heat',745)
simple('thermal_expansion_coeffcient',4.5e-006)
ModTime=1132068239
$end silicon_dioxide
$begin silicon_nitrate
simple('permittivity', 7)
simple('thermal_conductivity',16)
simple('mass_density',2400)
simple('specific_heat',691)
simple('thermal_expansion_coeffcient',2.7e-006)
ModTime=1132068241
$end silicon_nitrate
$begin alumina_92pct
simple('permittivity', 9.2)
simple('dielectric_loss_tangent', 0.008)
simple('thermal_conductivity',26)
simple('mass_density',3720)
simple('specific_heat',790)
simple('youngs_modulus',267000000000)
simple('poissons_ratio',0.26)
simple('thermal_expansion_coeffcient',7.2e-006)
ModTime=1132068241
$end alumina_92pct
$begin alumina_96pct
simple('permittivity', 9.4)
simple('dielectric_loss_tangent', 0.006)
simple('thermal_conductivity',25)
simple('mass_density',3800)
simple('specific_heat',880)
simple('youngs_modulus',303000000000)
simple('poissons_ratio',0.21)
simple('thermal_expansion_coeffcient',6.4e-006)
ModTime=1132068241
$end alumina_96pct
$begin polyimide
simple('permittivity', 3.5)
simple('dielectric_loss_tangent', 0.008)
simple('thermal_conductivity',0.25)
simple('mass_density',1400)
simple('specific_heat',1150)
simple('youngs_modulus',7500000000)
simple('poissons_ratio',0.35)
simple('thermal_expansion_coeffcient',7e-005)
ModTime=1132068241
$end polyimide
$begin ferrite
simple('permittivity', 12)
simple('permeability', 1000)
simple('conductivity', 0.01)
simple('thermal_conductivity',4)
simple('mass_density',4600)
simple('specific_heat',750)
simple('youngs_modulus',119000000000)
simple('thermal_expansion_coeffcient',1e-005)
ModTime=1132068239
$end ferrite
$begin polystyrene
simple('permittivity', 2.6)
simple('conductivity', 1E-16)
simple('thermal_conductivity',0.14)
ModTime=1132068239
$end polystyrene
$begin rubber_hard
simple('permittivity', 3)
simple('conductivity', 1E-15)
simple('thermal_conductivity',0.16)
simple('mass_density',1190)
simple('specific_heat',1)
ModTime=1132068239
$end rubber_hard
$begin 'Neltec NY9208(IM) (tm)'
simple('permittivity', 2.08)
simple('dielectric_loss_tangent', 0.0006)
ModTime=1028307964
$end 'Neltec NY9208(IM) (tm)'
$begin 'Polyflon CuFlon (tm)'
simple('permittivity', 2.1)
simple('dielectric_loss_tangent', 0.00045)
ModTime=1028307964
$end 'Polyflon CuFlon (tm)'
$begin 'Rogers Ultralam1217 (tm)'
simple('permittivity', 2.17)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Rogers Ultralam1217 (tm)'
$begin 'Arlon DiClad 880 (tm)'
simple('permittivity', 2.2)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Arlon DiClad 880 (tm)'
$begin 'Arlon CuClad 217 (tm)'
simple('permittivity', 2.17)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Arlon CuClad 217 (tm)'
$begin 'Arlon IsoClad 917 (tm)'
simple('permittivity', 2.17)
simple('dielectric_loss_tangent', 0.0013)
ModTime=1028307964
$end 'Arlon IsoClad 917 (tm)'
$begin 'Neltec NY9217(IM) (tm)'
simple('permittivity', 2.17)
simple('dielectric_loss_tangent', 0.0008)
ModTime=1028307964
$end 'Neltec NY9217(IM) (tm)'
$begin 'Taconic TLY (tm)'
simple('permittivity', 2.2)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Taconic TLY (tm)'
$begin 'Duroid (tm)'
simple('permittivity', 2.20)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Duroid (tm)'
$begin 'Rogers RT/duroid 5880 (tm)'
simple('permittivity', 2.20)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Rogers RT/duroid 5880 (tm)'
$begin 'Neltec NY9220(IM) (tm)'
simple('permittivity', 2.20)
simple('dielectric_loss_tangent', 0.0009)
ModTime=1028307964
$end 'Neltec NY9220(IM) (tm)'
$begin 'Polyflon Polyguide (tm)'
simple('permittivity', 2.32)
simple('dielectric_loss_tangent', 0.0002)
ModTime=1028307964
$end 'Polyflon Polyguide (tm)'
$begin 'Rogers RT/duroid 5870 (tm)'
simple('permittivity', 2.33)
simple('dielectric_loss_tangent', 0.0012)
ModTime=1028307964
$end 'Rogers RT/duroid 5870 (tm)'
$begin 'Arlon DiClad 870 (tm)'
simple('permittivity', 2.33)
simple('dielectric_loss_tangent', 0.0013)
ModTime=1028307964
$end 'Arlon DiClad 870 (tm)'
$begin 'Arlon CuClad 233 (tm)'
simple('permittivity', 2.33)
simple('dielectric_loss_tangent', 0.0013)
ModTime=1028307964
$end 'Arlon CuClad 233 (tm)'
$begin 'Neltec NY9233(IM) (tm)'
simple('permittivity', 2.33)
simple('dielectric_loss_tangent', 0.0011)
ModTime=1028307964
$end 'Neltec NY9233(IM) (tm)'
$begin 'Arlon IsoClad 933 (tm)'
simple('permittivity', 2.33)
simple('dielectric_loss_tangent', 0.0016)
ModTime=1028307964
$end 'Arlon IsoClad 933 (tm)'
$begin 'Arlon DiClad 522 (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Arlon DiClad 522 (tm)'
$begin 'Arlon CuClad 250GT (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Arlon CuClad 250GT (tm)'
$begin 'Neltec NX9240 (tm)'
simple('permittivity', 2.40)
simple('dielectric_loss_tangent', 0.0016)
ModTime=1028307964
$end 'Neltec NX9240 (tm)'
$begin 'Rogers Ultralam 2000 (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0019)
ModTime=1028307964
$end 'Rogers Ultralam 2000 (tm)'
$begin 'Arlon DiClad 527 (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Arlon DiClad 527 (tm)'
$begin 'Arlon CuClad 250GX (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0022)
ModTime=1028307964
$end 'Arlon CuClad 250GX (tm)'
$begin 'Neltec NX9245(IM) (tm)'
simple('permittivity', 2.45)
simple('dielectric_loss_tangent', 0.0016)
ModTime=1028307964
$end 'Neltec NX9245(IM) (tm)'
$begin 'Taconic TLT (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0006)
ModTime=1028307964
$end 'Taconic TLT (tm)'
$begin 'Taconic TLX (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0019)
ModTime=1028307964
$end 'Taconic TLX (tm)'
$begin 'Rogers Ultralam 1250 (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0015)
ModTime=1028307964
$end 'Rogers Ultralam 1250 (tm)'
$begin 'Neltec NY9250(IM) (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0016)
ModTime=1028307964
$end 'Neltec NY9250(IM) (tm)'
$begin 'Arlon AD250A (tm)'
simple('permittivity', 2.50)
simple('dielectric_loss_tangent', 0.0015)
ModTime=1028307964
$end 'Arlon AD250A (tm)'
$begin 'Arlon AD255A (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0015)
ModTime=1028307964
$end 'Arlon AD255A (tm)'
$begin 'Arlon AD255C (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0014)
ModTime=1028307964
$end 'Arlon AD255C (tm)'
$begin 'Polyflon_NorCLAD (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0011)
ModTime=1028307964
$end 'Polyflon_NorCLAD (tm)'
$begin 'Neltec NY9255(IM) (tm)'
simple('permittivity', 2.55)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Neltec NY9255(IM) (tm)'
$begin 'Neltec NY9260(IM) (tm)'
simple('permittivity', 2.60)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end 'Neltec NY9260(IM) (tm)'
$begin 'Sheldahl ComClad HF (tm)'
simple('permittivity', 2.60)
simple('dielectric_loss_tangent', 0.0033)
ModTime=1028307964
$end 'Sheldahl ComClad HF (tm)'
$begin 'Arlon AD260A (tm)'
simple('permittivity', 2.60)
simple('dielectric_loss_tangent', 0.0017)
ModTime=1028307964
$end 'Arlon AD260A (tm)'
$begin 'Arlon AD270 (tm)'
simple('permittivity', 2.70)
simple('dielectric_loss_tangent', 0.0023)
ModTime=1028307964
$end 'Arlon AD270 (tm)'
$begin 'Rogers RT/duroid 6002 (tm)'
simple('permittivity', 2.94)
simple('dielectric_loss_tangent', 0.0012)
ModTime=1028307964
$end 'Rogers RT/duroid 6002 (tm)'
$begin 'Arlon CLTE-XT (tm)'
simple('permittivity', 2.94)
simple('dielectric_loss_tangent', 0.0012)
ModTime=1028307964
$end 'Arlon CLTE-XT (tm)'
$begin 'Neltec NX9294 (tm)'
simple('permittivity', 2.94)
simple('dielectric_loss_tangent', 0.0022)
ModTime=1028307964
$end 'Neltec NX9294 (tm)'
$begin 'Neltec NH9294 (tm)'
simple('permittivity', 2.94)
simple('dielectric_loss_tangent', 0.0025)
ModTime=1028307964
$end 'Neltec NH9294 (tm)'
$begin 'Taconic TLE (tm)'
simple('permittivity', 2.95)
simple('dielectric_loss_tangent', 0.0028)
ModTime=1028307964
$end 'Taconic TLE (tm)'
$begin 'Arlon AD295 (tm)'
simple('permittivity', 2.95)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Arlon AD295 (tm)'
$begin 'Arlon CLTE (tm)'
simple('permittivity', 2.98)
simple('dielectric_loss_tangent', 0.0025)
ModTime=1028307964
$end 'Arlon CLTE (tm)'
$begin 'Arlon CLTE-AT (tm)'
simple('permittivity', 3.00)
simple('dielectric_loss_tangent', 0.0013)
ModTime=1028307964
$end 'Arlon CLTE-AT (tm)'
$begin 'Rogers RO3003 (tm)'
simple('permittivity', 3.0)
simple('dielectric_loss_tangent', 0.0013)
ModTime=1028307964
$end 'Rogers RO3003 (tm)'
$begin 'Taconic RF-30 (tm)'
simple('permittivity', 3.0)
simple('dielectric_loss_tangent', 0.0014)
ModTime=1028307964
$end 'Taconic RF-30 (tm)'
$begin 'Neltec NH9300 (tm)'
simple('permittivity', 3.00)
simple('dielectric_loss_tangent', 0.0023)
ModTime=1028307964
$end 'Neltec NH9300 (tm)'
$begin 'Neltec NX9300(IM) (tm)'
simple('permittivity', 3.00)
simple('dielectric_loss_tangent',0.0023)
ModTime=1028307964
$end 'Neltec NX9300(IM) (tm)'
$begin 'Rogers Ultralam 1300 (tm)'
simple('permittivity', 3.00)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Rogers Ultralam 1300 (tm)'
$begin 'Arlon AD300C (tm)'
simple('permittivity', 2.97)
simple('dielectric_loss_tangent', 0.0020)
ModTime=1028307964
$end 'Arlon AD300C (tm)'
$begin 'Arlon AD300A (tm)'
simple('permittivity', 3.00)
simple('dielectric_loss_tangent', 0.0020)
ModTime=1028307964
$end 'Arlon AD300A (tm)'
$begin 'Rogers RO3203 (tm)'
simple('permittivity', 3.02)
simple('dielectric_loss_tangent', 0.0016)
ModTime=1028307964
$end 'Rogers RO3203 (tm)'
$begin 'Polyflon Copper-Clad ULTEM (tm)'
simple('permittivity', 3.05)
simple('dielectric_loss_tangent',0.006)
ModTime=1028307964
$end 'Polyflon Copper-Clad ULTEM (tm)'
$begin 'GIL GML1000 (tm)'
simple('permittivity', 3.12)
simple('dielectric_loss_tangent', 0.005)
ModTime=1028307964
$end 'GIL GML1000 (tm)'
$begin 'GIL GML2032 (tm)'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.0029)
ModTime=1028307964
$end 'GIL GML2032 (tm)'
$begin 'polyester'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'polyester'
$begin 'GIL GML1032 (tm)'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'GIL GML1032 (tm)'
$begin 'GIL MC5 (tm)'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.014)
ModTime=1028307964
$end 'GIL MC5 (tm)'
$begin 'Rogers RO4232 (tm)'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Rogers RO4232 (tm)'
$begin 'Neltec NH9320 (tm)'
simple('permittivity', 3.2)
simple('dielectric_loss_tangent', 0.0024)
ModTime=1028307964
$end 'Neltec NH9320 (tm)'
$begin 'Neltec NX9320(IM) (tm)'
simple('permittivity', 3.20)
simple('dielectric_loss_tangent', 0.0025)
ModTime=1028307964
$end 'Neltec NX9320(IM) (tm)'
$begin 'Taconic TLC (tm)'
simple('permittivity', 3.20)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Taconic TLC (tm)'
$begin 'Arlon AD320A (tm)'
simple('permittivity', 3.20)
simple('dielectric_loss_tangent', 0.0032)
ModTime=1028307964
$end 'Arlon AD320A (tm)'
$begin 'Rogers TMM 3 (tm)'
simple('permittivity', 3.27)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end 'Rogers TMM 3 (tm)'
$begin 'Arlon 25N (tm)'
simple('permittivity', 3.38)
simple('dielectric_loss_tangent', 0.0025)
ModTime=1028307964
$end 'Arlon 25N (tm)'
$begin 'Krempel Akaflex PCL (tm)'
simple('permittivity', 3.3)
simple('dielectric_loss_tangent', 0.0052)
ModTime=1028307964
$end 'Krempel Akaflex PCL (tm)'
$begin 'Neltec NH9338 (tm)'
simple('permittivity', 3.38)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Neltec NH9338 (tm)'
$begin 'Rogers RO4003 (tm)'
simple('permittivity', 3.55)
simple('dielectric_loss_tangent', 0.0027)
ModTime=1028307964
$end 'Rogers RO4003 (tm)'
$begin 'Nelco N4000-13 SI (tm)'
simple('permittivity', 3.4)
simple('dielectric_loss_tangent', 0.01)
ModTime=1028307964
$end 'Nelco N4000-13 SI (tm)'
$begin 'Krempel Akaflex KCL (tm)'
simple('permittivity', 3.4)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Krempel Akaflex KCL (tm)'
$begin 'Arlon 25FR (tm)'
simple('permittivity', 3.58)
simple('dielectric_loss_tangent', 0.0035)
ModTime=1028307964
$end 'Arlon 25FR (tm)'
$begin 'Neltec NH9348 (tm)'
simple('permittivity', 3.48)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Neltec NH9348 (tm)'
$begin 'Rogers RO4350 (tm)'
simple('permittivity', 3.66)
simple('dielectric_loss_tangent', 0.004)
ModTime=1028307964
$end 'Rogers RO4350 (tm)'
$begin 'Taconic RF-35 (tm)'
simple('permittivity', 3.50)
simple('dielectric_loss_tangent', 0.0018)
ModTime=1028307964
$end 'Taconic RF-35 (tm)'
$begin 'Arlon AD350A (tm)'
simple('permittivity', 3.5)
simple('dielectric_loss_tangent', 0.0030)
ModTime=1028307964
$end 'Arlon AD350A (tm)'
$begin 'Arlon TC350 (tm)'
simple('permittivity', 3.5)
simple('dielectric_loss_tangent', 0.0020)
ModTime=1028307964
$end 'Arlon TC350 (tm)'
$begin 'Dupont Type 100 HN Film (tm)'
simple('permittivity', 3.5)
simple('dielectric_loss_tangent', 0.0026)
ModTime=1028307964
$end 'Dupont Type 100 HN Film (tm)'
$begin 'Nelco N4000-13 (tm)'
simple('permittivity', 3.5)
simple('dielectric_loss_tangent', 0.012)
ModTime=1028307964
$end 'Nelco N4000-13 (tm)'
$begin 'Neltec NH9350 (tm)'
simple('permittivity', 3.50)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Neltec NH9350 (tm)'
$begin 'Isola Gigaver 210 (tm)'
simple('permittivity', 3.75)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Isola Gigaver 210 (tm)'
$begin 'GE GETEK ML200/RG200 (tm)'
simple('permittivity', 3.9)
simple('dielectric_loss_tangent', 0.012)
ModTime=1028307964
$end 'GE GETEK ML200/RG200 (tm)'
$begin 'Isola Gigaver 410 (tm)'
simple('permittivity', 3.9)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end 'Isola Gigaver 410 (tm)'
$begin 'Arlon AD410 (tm)'
simple('permittivity', 4.10)
simple('dielectric_loss_tangent', 0.0030)
ModTime=1028307964
$end 'Arlon AD410 (tm)'
$begin 'Arlon AD430 (tm)'
simple('permittivity', 4.30)
simple('dielectric_loss_tangent', 0.0030)
ModTime=1028307964
$end 'Arlon AD430 (tm)'
$begin 'Rogers TMM 4 (tm)'
simple('permittivity', 4.5)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end 'Rogers TMM 4 (tm)'
$begin 'Arlon AD450 (tm)'
simple('permittivity', 4.5)
simple('dielectric_loss_tangent', 0.0035)
ModTime=1028307964
$end 'Arlon AD450 (tm)'
$begin 'Rogers TMM 6 (tm)'
simple('permittivity', 6.00)
simple('dielectric_loss_tangent', 0.0023)
ModTime=1028307964
$end 'Rogers TMM 6 (tm)'
$begin 'Arlon AD600 (tm)'
simple('permittivity', 6.15)
simple('dielectric_loss_tangent', 0.0030)
ModTime=1028307964
$end 'Arlon AD600 (tm)'
$begin 'Arlon TC600 (tm)'
simple('permittivity', 6.15)
simple('dielectric_loss_tangent', 0.0020)
ModTime=1028307964
$end 'Arlon TC600 (tm)'
$begin 'Rogers RT/duroid 6006 (tm)'
simple('permittivity', 6.15)
simple('dielectric_loss_tangent', 0.0019)
ModTime=1028307964
$end 'Rogers RT/duroid 6006 (tm)'
$begin 'Rogers RO3006 (tm)'
simple('permittivity', 6.15)
simple('dielectric_loss_tangent', 0.0025)
ModTime=1028307964
$end 'Rogers RO3006 (tm)'
$begin 'Taconic RF-60 (tm)'
simple('permittivity', 6.15)
simple('dielectric_loss_tangent', 0.0028)
ModTime=1028307964
$end 'Taconic RF-60 (tm)'
$begin 'Rogers TMM 10 (tm)'
simple('permittivity', 9.2)
simple('dielectric_loss_tangent', 0.0022)
ModTime=1028307964
$end 'Rogers TMM 10 (tm)'
$begin 'Rogers TMM 10i (tm)'
simple('permittivity', 9.8)
simple('dielectric_loss_tangent', 0.002)
ModTime=1028307964
$end 'Rogers TMM 10i (tm)'
$begin 'Arlon AR1000 (tm)'
simple('permittivity', 10.0)
simple('dielectric_loss_tangent', 0.0030)
ModTime=1028307964
$end 'Arlon AR1000 (tm)'
$begin 'Arlon AD1000 (tm)'
simple('permittivity', 10.2)
simple('dielectric_loss_tangent', 0.0023)
ModTime=1028307964
$end 'Arlon AD1000 (tm)'
$begin 'Taconic CER-10 (tm)'
simple('permittivity', 10.0)
simple('dielectric_loss_tangent', 0.0035)
ModTime=1028307964
$end 'Taconic CER-10 (tm)'
$begin 'Rogers RT/duroid 6010/6010LM (tm)'
simple('permittivity', 10.2)
simple('dielectric_loss_tangent', 0.0023)
ModTime=1028307964
$end 'Rogers RT/duroid 6010/6010LM (tm)'
$begin 'Rogers RO3210 (tm)'
simple('permittivity', 10.2)
simple('dielectric_loss_tangent', 0.003)
ModTime=1028307964
$end 'Rogers RO3210 (tm)'
$begin 'Rogers RO3010 (tm)'
simple('permittivity', 10.2)
simple('dielectric_loss_tangent', 0.0035)
ModTime=1028307964
$end 'Rogers RO3010 (tm)'
$begin 'Tantalum Nitride'
simple('conductivity', 7400)
simple('thermal_conductivity',58)
simple('mass_density',16600)
simple('specific_heat',140)
simple('youngs_modulus',190000000000)
simple('poissons_ratio',0.35)
simple('thermal_expansion_coeffcient',6.6e-006)
ModTime=1132068239
$end 'Tantalum Nitride'
$begin 'tantalum'
simple('conductivity', 6300000)
ModTime=1028307964
$end 'tantalum'
$begin 'modified_epoxy'
simple('permittivity', 4.2)
simple('dielectric_loss_tangent', 0.02)
ModTime=1028307964
$end 'modified_epoxy'
$begin 'BT_systems'
simple('permittivity', 3.9)
ModTime=1028307964
$end 'BT_systems'
$begin 'cyanate_ester'
simple('permittivity', 3.8)
ModTime=1028307964
$end 'cyanate_ester'
$begin mica
simple('permittivity', 5.7)
simple('thermal_conductivity',0.34)
simple('mass_density',2500)
simple('specific_heat',500)
simple('youngs_modulus',34500000000)
simple('poissons_ratio',0.205)
simple('thermal_expansion_coeffcient',1.05e-005)
ModTime=1132068240
$end mica
$begin diamond
simple('permittivity', 16.5)
simple('thermal_conductivity',2000)
simple('mass_density',3510)
simple('specific_heat',472)
simple('youngs_modulus',1140000000000)
simple('poissons_ratio',0.2)
simple('thermal_expansion_coeffcient',1.18e-006)
ModTime=1132068240
$end diamond
$begin 'porcelain'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='5.7'
thermal_conductivity='5'
mass_density='2400'
specific_heat='1070'
ModTime=1151074192
$end 'porcelain'
$begin 'glass'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='5.5'
thermal_conductivity='1.4'
mass_density='2500'
specific_heat='750'
ModTime=1151073980
$end 'glass'
$begin marble
simple('permittivity', 8.3)
simple('thermal_conductivity',3)
simple('mass_density',2700)
simple('specific_heat',880)
simple('youngs_modulus',70000000000)
simple('poissons_ratio',0.1)
simple('thermal_expansion_coeffcient',1.2e-005)
ModTime=1132068240
$end marble
$begin Al_N
simple('permittivity', 8.8)
simple('thermal_conductivity',120)
simple('mass_density',3250)
simple('specific_heat',734.3)
simple('youngs_modulus',305000000000)
simple('thermal_expansion_coeffcient',5.2e-006)
ModTime=1132068241
$end Al_N
$begin Be_O
simple('permittivity', 6.8)
simple('thermal_conductivity',248)
simple('mass_density',2850)
simple('specific_heat',1024)
simple('poissons_ratio',0.38)
simple('thermal_expansion_coeffcient',6.4e-006)
ModTime=1132068241
$end Be_O
$begin diamond_hi_pres
simple('permittivity', 5.7)
simple('thermal_conductivity',2000)
simple('mass_density',3200)
simple('specific_heat',518)
simple('youngs_modulus',900000000000)
simple('poissons_ratio',0.2)
simple('thermal_expansion_coeffcient',1.18e-006)
ModTime=1132068241
$end diamond_hi_pres
$begin diamond_pl_cvd
simple('permittivity', 3.5)
simple('thermal_conductivity',2000)
simple('mass_density',3200)
simple('specific_heat',472)
simple('youngs_modulus',900000000000)
simple('poissons_ratio',0.2)
simple('thermal_expansion_coeffcient',1.18e-006)
ModTime=1132068241
$end diamond_pl_cvd
$begin benzocyclobuten
simple('permittivity', 2.6)
simple('thermal_conductivity',0.29)
simple('mass_density',1130)
simple('specific_heat',1247)
ModTime=1028307964
$end benzocyclobuten
$begin 'epoxy_Kevlar_xy'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='3.6'
thermal_conductivity='0.17'
mass_density='450'
ModTime=1151074534
$end 'epoxy_Kevlar_xy'
$begin polyimideQuartz
simple('permittivity', 4)
ModTime=1028307964
$end polyimideQuartz
$begin water_distilled
simple('permittivity', 81)
simple('permeability', 0.999991)
simple('conductivity', 0.0002)
simple('thermal_conductivity',0.61)
ModTime=1132068240
$end water_distilled
$begin 'water_fresh'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='81'
permeability='0.999991'
conductivity='0.01'
thermal_conductivity='0.604'
mass_density='997.4'
specific_heat='4179'
ModTime=1151074041
$end 'water_fresh'
$begin water_sea
simple('permittivity', 81)
simple('permeability', 0.999991)
simple('conductivity', 4)
simple('thermal_conductivity',0.61)
ModTime=1132068240
$end water_sea
$begin graphite
simple('conductivity', 70000)
simple('thermal_conductivity',24)
simple('mass_density',2250)
simple('specific_heat',709)
simple('youngs_modulus',4800000000)
simple('thermal_expansion_coeffcient',2e-006)
ModTime=1132068240
$end graphite
$begin iron
simple('permeability', 4000)
simple('conductivity', 10300000)
simple('thermal_conductivity',79)
simple('mass_density',7870)
simple('specific_heat',447)
simple('youngs_modulus',195000000000)
simple('poissons_ratio',0.28)
simple('thermal_expansion_coeffcient',0.000012)
ModTime=1132068240
$end iron
$begin cast_iron
simple('permeability', 60)
simple('conductivity', 1500000)
simple('thermal_conductivity',83)
simple('mass_density',7200)
simple('specific_heat',165)
simple('youngs_modulus',165000000000)
simple('poissons_ratio',0.27)
simple('thermal_expansion_coeffcient',1.2e-005)
ModTime=1132068240
$end cast_iron
$begin cobalt
simple('permeability', 250)
simple('conductivity', 10000000)
simple('thermal_conductivity',100)
simple('mass_density',8862)
simple('specific_heat',421)
simple('youngs_modulus',206000000000)
simple('poissons_ratio',0.32)
simple('thermal_expansion_coeffcient',2.66e-005)
ModTime=1132068240
$end cobalt
$begin lead
simple('permeability', 0.999983)
simple('conductivity', 5000000)
simple('thermal_conductivity',35)
simple('mass_density',11336)
simple('specific_heat',129)
simple('youngs_modulus',14000000000)
simple('poissons_ratio',0.45)
simple('thermal_expansion_coeffcient',2.85e-005)
ModTime=1132068241
$end lead
$begin 'indium'
conductivity='6440000'
ModTime=1038428163
$end 'indium'
$begin 'magnesium'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
conductivity='22500000'
thermal_conductivity='171'
mass_density='1746'
specific_heat='1013'
ModTime=1151075554
$end 'magnesium'
$begin 'molybdenum'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
conductivity='17600000'
thermal_conductivity='130'
mass_density='10220'
specific_heat='251'
ModTime=1151075670
$end 'molybdenum'
$begin 'rhodium'
conductivity='22200000'
ModTime=1038428163
$end 'rhodium'
$begin 'zirconium'
conductivity='24400000'
ModTime=1038428163
$end 'zirconium'
$begin 'Alnico5'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'permeability'
property_type='nonlinear'
HUnit='Oe'
BUnit='gauss'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=-640
Y=0
$end 'Coordinate'
$begin 'Coordinate'
X=-630
Y=2500
$end 'Coordinate'
$begin 'Coordinate'
X=-620
Y=4800
$end 'Coordinate'
$begin 'Coordinate'
X=-610
Y=6200
$end 'Coordinate'
$begin 'Coordinate'
X=-600
Y=7250
$end 'Coordinate'
$begin 'Coordinate'
X=-590
Y=8100
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X=-580
Y=8900
$end 'Coordinate'
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X=-570
Y=9300
$end 'Coordinate'
$begin 'Coordinate'
X=-560
Y=9700
$end 'Coordinate'
$begin 'Coordinate'
X=-550
Y=9950
$end 'Coordinate'
$begin 'Coordinate'
X=-540
Y=10200
$end 'Coordinate'
$begin 'Coordinate'
X=-530
Y=10350
$end 'Coordinate'
$begin 'Coordinate'
X=-520
Y=10500
$end 'Coordinate'
$begin 'Coordinate'
X=-510
Y=10600
$end 'Coordinate'
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X=-500
Y=10700
$end 'Coordinate'
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X=-490
Y=10800
$end 'Coordinate'
$begin 'Coordinate'
X=-480
Y=10900
$end 'Coordinate'
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X=-450
Y=11100
$end 'Coordinate'
$begin 'Coordinate'
X=-400
Y=11400
$end 'Coordinate'
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X=-350
Y=11600
$end 'Coordinate'
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X=-300
Y=11800
$end 'Coordinate'
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X=-250
Y=12000
$end 'Coordinate'
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X=-200
Y=12150
$end 'Coordinate'
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X=-150
Y=12300
$end 'Coordinate'
$begin 'Coordinate'
X=-100
Y=12450
$end 'Coordinate'
$begin 'Coordinate'
X=0
Y=12700
$end 'Coordinate'
$end 'BHCoordinates'
$end 'permeability'
conductivity='2128000'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-640Oe'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='50'
mass_density='7300'
specific_heat='400'
thermal_expansion_coeffcient='1.13e-005'
ModTime=1151077706
$end 'Alnico5'
$begin 'steel_1008'
CoordinateSystemType='Cartesian'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='Tesla'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=0
Y=0
$end 'Coordinate'
$begin 'Coordinate'
X=159.2
Y=0.2402
$end 'Coordinate'
$begin 'Coordinate'
X=318.3
Y=0.8654
$end 'Coordinate'
$begin 'Coordinate'
X=477.5
Y=1.1106
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X=636.6
Y=1.2458
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X=795.8
Y=1.331
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X=1591.5
Y=1.5
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Y=1.6
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Y=1.683
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Y=1.741
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Y=1.78
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Y=1.905
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Y=2.025
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Y=2.085
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Y=2.13
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Y=2.165
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Y=2.28
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Y=2.485
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$begin 'Coordinate'
X=397887
Y=2.5851
$end 'Coordinate'
$end 'BHCoordinates'
$end 'permeability'
conductivity='2000000'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='0A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
simple('thermal_conductivity',45)
simple('mass_density',7872)
simple('specific_heat',481)
simple('youngs_modulus',200000000000)
simple('poissons_ratio',0.25)
simple('thermal_expansion_coeffcient',1.26e-005)
ModTime=1132068240
$end 'steel_1008'
$begin 'Alnico9'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='tesla'
$begin 'BHCoordinates'
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X=-119366
Y=0
$end 'Coordinate'
$begin 'Coordinate'
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Y=0.54
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X=-116183
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Y=0.78
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Y=0.96
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$begin 'Coordinate'
X=0
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$end 'BHCoordinates'
$end 'permeability'
conductivity='2000000'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-119366A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='50'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='7300'
specific_heat='400'
thermal_expansion_coeffcient='1.1e-005'
ModTime=1151078808
$end 'Alnico9'
$begin 'Ceramic5'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='tesla'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=-190986
Y=0
$end 'Coordinate'
$begin 'Coordinate'
X=-190190
Y=0.1
$end 'Coordinate'
$begin 'Coordinate'
X=-188996
Y=0.12
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$begin 'Coordinate'
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Y=0.1325
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$begin 'Coordinate'
X=-183028
Y=0.145
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$begin 'Coordinate'
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Y=0.1575
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$begin 'Coordinate'
X=-167113
Y=0.1675
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Y=0.21
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$begin 'Coordinate'
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Y=0.341
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$begin 'Coordinate'
X=0
Y=0.395
$end 'Coordinate'
$end 'BHCoordinates'
$end 'permeability'
conductivity='0.0001'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-190986A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='4.5'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='4900'
specific_heat='800'
youngs_modulus='170000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='1.4e-005'
component2='1e-005'
component3='1e-005'
$end 'thermal_expansion_coeffcient'
ModTime=1151078034
$end 'Ceramic5'
$begin 'Ceramic8D'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='tesla'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=-266585
Y=0
$end 'Coordinate'
$begin 'Coordinate'
X=-262606
Y=0.04
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$begin 'Coordinate'
X=-254648
Y=0.061
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$begin 'Coordinate'
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$begin 'Coordinate'
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Y=0.0875
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X=-198944
Y=0.14
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$begin 'Coordinate'
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$begin 'Coordinate'
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Y=0.35
$end 'Coordinate'
$begin 'Coordinate'
X=0
Y=0.4
$end 'Coordinate'
$end 'BHCoordinates'
$end 'permeability'
conductivity='0.0001'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-266585A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='4.5'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='4900'
specific_heat='800'
youngs_modulus='170000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='1.4e-005'
component2='1e-005'
component3='1e-005'
$end 'thermal_expansion_coeffcient'
ModTime=1151078121
$end 'Ceramic8D'
$begin 'NdFe30'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
permeability='1.0445730167132'
conductivity='625000'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-837999.999999998A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='0'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='7550'
youngs_modulus='147000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='3e-006'
component2='-5e-006'
component3='-5e-006'
$end 'thermal_expansion_coeffcient'
ModTime=1151078222
$end 'NdFe30'
$begin 'NdFe35'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
permeability='1.0997785406'
conductivity='625000'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-890000A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='0'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='7400'
youngs_modulus='147000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='3e-006'
component2='-5e-006'
component3='-5e-006'
$end 'thermal_expansion_coeffcient'
ModTime=1151078621
$end 'NdFe35'
$begin 'SmCo24'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
permeability='1.06313817927575'
conductivity='1111111'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-756000.000000003A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='10'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='8300'
specific_heat='350'
youngs_modulus='200000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='9e-006'
component2='1.1e-005'
component3='1.1e-005'
$end 'thermal_expansion_coeffcient'
ModTime=1151078388
$end 'SmCo24'
$begin 'SmCo28'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
permittivity='1'
permeability='1.03838895916414'
conductivity='1111111'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='-820000.000000002A_per_meter'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
thermal_conductivity='10'
saturation_mag='0gauss'
lande_g_factor='2'
delta_H='0Oe'
mass_density='8300'
specific_heat='350'
youngs_modulus='200000000000'
$begin 'thermal_expansion_coeffcient'
property_type='AnisoProperty'
unit=''
component1='8e-006'
component2='1.1e-005'
component3='1.1e-005'
$end 'thermal_expansion_coeffcient'
ModTime=1151078473
$end 'SmCo28'
$begin 'mu_metal'
CoordinateSystemType='Cartesian'
permittivity='1'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='Tesla'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=0
Y=0
$end 'Coordinate'
$begin 'Coordinate'
X=0.8
Y=0.080001
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$begin 'Coordinate'
X=1.2
Y=0.120002
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$begin 'Coordinate'
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$begin 'Coordinate'
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Y=0.230003
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Y=0.674
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$end 'permeability'
conductivity='1610000'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='0'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
simple('thermal_conductivity',0)
saturation_mag='0Gauss'
lande_g_factor='2'
delta_H='0Oe'
ModTime=1083264720
$end 'mu_metal'
$begin 'steel_1010'
CoordinateSystemType='Cartesian'
permittivity='1'
$begin 'permeability'
property_type='nonlinear'
HUnit='A_per_meter'
BUnit='Tesla'
$begin 'BHCoordinates'
$begin 'Coordinate'
X=0
Y=0
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$begin 'Coordinate'
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Y=0.2003
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$end 'permeability'
conductivity='2000000'
dielectric_loss_tangent='0'
magnetic_loss_tangent='0'
$begin 'magnetic_coercivity'
property_type='VectorProperty'
Magnitude='0'
DirComp1='1'
DirComp2='0'
DirComp3='0'
$end 'magnetic_coercivity'
simple('thermal_conductivity',45)
saturation_mag='0Gauss'
lande_g_factor='2'
delta_H='0Oe'
simple('mass_density',7872)
simple('specific_heat',448)
simple('youngs_modulus',205000000000)
simple('poissons_ratio',0.28)
simple('thermal_expansion_coeffcient',1.22e-005)
ModTime=1132068241
$end 'steel_1010'
$begin 'Megtron6_1035_Laminate'
$begin 'MaterialDef'
$begin 'Megtron6_1035_Laminate'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.46'
dielectric_loss_tangent='0.002'
ModTime=1343771464
$end 'Megtron6_1035_Laminate'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'Megtron6_1035_Laminate'
$begin 'Megtron6_1035_PP'
$begin 'MaterialDef'
$begin 'Megtron6_1035_PP'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.35'
dielectric_loss_tangent='0.002'
ModTime=1343771421
$end 'Megtron6_1035_PP'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'Megtron6_1035_PP'
$begin 'Megtron6_1078_PP'
$begin 'MaterialDef'
$begin 'Megtron6_1078_PP'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.41'
dielectric_loss_tangent='0.002'
delta_H_freq='1GHz'
ModTime=1343771066
$end 'Megtron6_1078_PP'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'Megtron6_1078_PP'
$begin 'Megtron6_3313_Laminate'
$begin 'MaterialDef'
$begin 'Megtron6_3313_Laminate'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.71'
dielectric_loss_tangent='0.002'
ModTime=1343771373
$end 'Megtron6_3313_Laminate'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'Megtron6_3313_Laminate'
$begin 'ZEONEX RS420 (tm)'
$begin 'MaterialDef'
$begin 'ZEONEX RS420 (tm)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='2.3'
dielectric_loss_tangent='0.0002'
delta_H_freq='1MHz'
ModTime=1342465811
$end 'ZEONEX RS420 (tm)'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'ZEONEX RS420 (tm)'
$begin 'ZEONEX RS420-LDS (tm)'
$begin 'MaterialDef'
$begin 'ZEONEX RS420-LDS (tm)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='2.1'
dielectric_loss_tangent='0.0008'
delta_H_freq='1GHz'
ModTime=1342465716
$end 'ZEONEX RS420-LDS (tm)'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'ZEONEX RS420-LDS (tm)'
$begin 'HDPE plastic'
$begin 'MaterialDef'
$begin 'HDPE plastic'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='2.3'
dielectric_loss_tangent='0.0005'
ModTime=1369761581
$end 'HDPE plastic'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'HDPE plastic'
$begin 'PVC plastic'
$begin 'MaterialDef'
$begin 'PVC plastic'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='2.7'
dielectric_loss_tangent='0.007'
ModTime=1369762179
$end 'PVC plastic'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'PVC plastic'
$begin 'SolderMask'
$begin 'MaterialDef'
$begin 'SolderMask'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.1'
dielectric_loss_tangent='0.035'
ModTime=1413301921
Library='Materials'
ModSinceLib=false
$end 'SolderMask'
$end 'MaterialDef'
$begin 'RefDatasets'
$end 'RefDatasets'
$end 'SolderMask'
$begin 'Isola Astra (R)'
$begin 'MaterialDef'
$begin 'Isola Astra (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3'
dielectric_loss_tangent='0.0017'
ModTime=1456345823
Library='Materials'
ModSinceLib=false
$end 'Isola Astra (R)'
$end 'MaterialDef'
$end 'Isola Astra (R)'
$begin 'Isola Chronon (tm)'
$begin 'MaterialDef'
$begin 'Isola Chronon (tm)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.68'
dielectric_loss_tangent='0.0038'
ModTime=1456345772
Library='Materials'
ModSinceLib=false
$end 'Isola Chronon (tm)'
$end 'MaterialDef'
$end 'Isola Chronon (tm)'
$begin 'Isola FR408'
$begin 'MaterialDef'
$begin 'Isola FR408'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.66'
dielectric_loss_tangent='0.012'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola FR408'
$end 'MaterialDef'
$end 'Isola FR408'
$begin 'Isola FR408HR'
$begin 'MaterialDef'
$begin 'Isola FR408HR'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.68'
dielectric_loss_tangent='0.0092'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola FR408HR'
$end 'MaterialDef'
$end 'Isola FR408HR'
$begin 'Isola FR408HRIS'
$begin 'MaterialDef'
$begin 'Isola FR408HRIS'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.39'
dielectric_loss_tangent='0.0088'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola FR408HRIS'
$end 'MaterialDef'
$end 'Isola FR408HRIS'
$begin 'Isola GigaSync (R)'
$begin 'MaterialDef'
$begin 'Isola GigaSync (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='4.13'
dielectric_loss_tangent='0.0053'
ModTime=1456345891
Library='Materials'
ModSinceLib=false
$end 'Isola GigaSync (R)'
$end 'MaterialDef'
$end 'Isola GigaSync (R)'
$begin 'Isola GreenSpeed (tm)'
$begin 'MaterialDef'
$begin 'Isola GreenSpeed (tm)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='4.16'
dielectric_loss_tangent='0.0154'
ModTime=1456345759
Library='Materials'
ModSinceLib=false
$end 'Isola GreenSpeed (tm)'
$end 'MaterialDef'
$end 'Isola GreenSpeed (tm)'
$begin 'Isola I-Speed (R)'
$begin 'MaterialDef'
$begin 'Isola I-Speed (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.64'
dielectric_loss_tangent='0.006'
ModTime=1456345924
Library='Materials'
ModSinceLib=false
$end 'Isola I-Speed (R)'
$end 'MaterialDef'
$end 'Isola I-Speed (R)'
$begin 'Isola I-Speed IS (R)'
$begin 'MaterialDef'
$begin 'Isola I-Speed IS (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.3'
dielectric_loss_tangent='0.0064'
ModTime=1456345929
Library='Materials'
ModSinceLib=false
$end 'Isola I-Speed IS (R)'
$end 'MaterialDef'
$end 'Isola I-Speed IS (R)'
$begin 'Isola I-TeraMT (R)'
$begin 'MaterialDef'
$begin 'Isola I-TeraMT (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.45'
dielectric_loss_tangent='0.0031'
ModTime=1456345881
Library='Materials'
ModSinceLib=false
$end 'Isola I-TeraMT (R)'
$end 'MaterialDef'
$end 'Isola I-TeraMT (R)'
$begin 'Isola IS300MD'
$begin 'MaterialDef'
$begin 'Isola IS300MD'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.06'
dielectric_loss_tangent='0.0033'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS300MD'
$end 'MaterialDef'
$end 'Isola IS300MD'
$begin 'Isola IS680-280'
$begin 'MaterialDef'
$begin 'Isola IS680-280'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='2.8'
dielectric_loss_tangent='0.0025'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680-280'
$end 'MaterialDef'
$end 'Isola IS680-280'
$begin 'Isola IS680-300'
$begin 'MaterialDef'
$begin 'Isola IS680-300'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3'
dielectric_loss_tangent='0.003'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680-300'
$end 'MaterialDef'
$end 'Isola IS680-300'
$begin 'Isola IS680-320'
$begin 'MaterialDef'
$begin 'Isola IS680-320'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.2'
dielectric_loss_tangent='0.003'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680-320'
$end 'MaterialDef'
$end 'Isola IS680-320'
$begin 'Isola IS680-338'
$begin 'MaterialDef'
$begin 'Isola IS680-338'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.38'
dielectric_loss_tangent='0.0035'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680-338'
$end 'MaterialDef'
$end 'Isola IS680-338'
$begin 'Isola IS680-345'
$begin 'MaterialDef'
$begin 'Isola IS680-345'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.45'
dielectric_loss_tangent='0.0035'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680-345'
$end 'MaterialDef'
$end 'Isola IS680-345'
$begin 'Isola IS680AG'
$begin 'MaterialDef'
$begin 'Isola IS680AG'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3'
dielectric_loss_tangent='0.002'
ModTime=1456345710
Library='Materials'
ModSinceLib=false
$end 'Isola IS680AG'
$end 'MaterialDef'
$end 'Isola IS680AG'
$begin 'Isola Stratus (R)'
$begin 'MaterialDef'
$begin 'Isola Stratus (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.65'
dielectric_loss_tangent='0.007'
ModTime=1456345906
Library='Materials'
ModSinceLib=false
$end 'Isola Stratus (R)'
$end 'MaterialDef'
$end 'Isola Stratus (R)'
$begin 'Isola Tachyon (R)'
$begin 'MaterialDef'
$begin 'Isola Tachyon (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.02'
dielectric_loss_tangent='0.0021'
ModTime=1456345860
Library='Materials'
ModSinceLib=false
$end 'Isola Tachyon (R)'
$end 'MaterialDef'
$end 'Isola Tachyon (R)'
$begin 'Isola Tachyon 100G (R)'
$begin 'MaterialDef'
$begin 'Isola Tachyon 100G (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.02'
dielectric_loss_tangent='0.0021'
ModTime=1456345870
Library='Materials'
ModSinceLib=false
$end 'Isola Tachyon 100G (R)'
$end 'MaterialDef'
$end 'Isola Tachyon 100G (R)'
$begin 'Isola TerraGreen (R)'
$begin 'MaterialDef'
$begin 'Isola TerraGreen (R)'
CoordinateSystemType='Cartesian'
$begin 'AttachedData'
$end 'AttachedData'
$begin 'ModifierData'
$end 'ModifierData'
permittivity='3.44'
dielectric_loss_tangent='0.0039'
ModTime=1456345942
Library='Materials'
ModSinceLib=false
$end 'Isola TerraGreen (R)'
$end 'MaterialDef'
$end 'Isola TerraGreen (R)'
$begin '$index$'
$begin '$index$'
vacuum(pos=370, lin=11, lvl=0)
pec(pos=445, lin=15, lvl=0)
'perfect conductor'(pos=519, lin=19, lvl=0)
steel_stainless(pos=625, lin=23, lvl=0)
zinc(pos=944, lin=33, lvl=0)
nickel(pos=1244, lin=43, lvl=0)
beryllium(pos=1574, lin=54, lvl=0)
solder(pos=1919, lin=65, lvl=0)
tin(pos=2217, lin=75, lvl=0)
titanium(pos=2434, lin=85, lvl=0)
brass(pos=2771, lin=96, lvl=0)
polyethylene(pos=3071, lin=106, lvl=0)
plexiglass(pos=3335, lin=117, lvl=0)
tungsten(pos=3501, lin=123, lvl=0)
bronze(pos=3806, lin=133, lvl=0)
platinum(pos=4106, lin=143, lvl=0)
chromium(pos=4411, lin=153, lvl=0)
aluminum(pos=4717, lin=163, lvl=0)
aluminum_EC(pos=5066, lin=177, lvl=0)
aluminum_no2_EC(pos=5234, lin=183, lvl=0)
palladium(pos=5408, lin=189, lvl=0)
air(pos=5751, lin=200, lvl=0)
copper(pos=5965, lin=208, lvl=0)
gold(pos=6304, lin=219, lvl=0)
silver(pos=6636, lin=230, lvl=0)
FR4_epoxy(pos=6974, lin=241, lvl=0)
glass_PTFEreinf(pos=7322, lin=252, lvl=0)
bakelite(pos=7462, lin=257, lvl=0)
polyamide(pos=7767, lin=267, lvl=0)
teflon_based(pos=7934, lin=273, lvl=0)
'Teflon (tm)'(pos=8217, lin=282, lvl=0)
Al2_O3_ceramic(pos=8571, lin=293, lvl=0)
sapphire(pos=8884, lin=303, lvl=0)
quartz_glass(pos=9005, lin=308, lvl=0)
corning_glass(pos=9352, lin=319, lvl=0)
gallium_arsenide(pos=9447, lin=323, lvl=0)
silicon(pos=9765, lin=333, lvl=0)
silicon_dioxide(pos=10067, lin=343, lvl=0)
silicon_nitrate(pos=10309, lin=351, lvl=0)
alumina_92pct(pos=10550, lin=359, lvl=0)
alumina_96pct(pos=10904, lin=370, lvl=0)
polyimide(pos=11258, lin=381, lvl=0)
ferrite(pos=11603, lin=392, lvl=0)
polystyrene(pos=11929, lin=403, lvl=0)
rubber_hard(pos=12086, lin=409, lvl=0)
'Neltec NY9208(IM) (tm)'(pos=12299, lin=417, lvl=0)
'Polyflon CuFlon (tm)'(pos=12462, lin=422, lvl=0)
'Rogers Ultralam1217 (tm)'(pos=12625, lin=427, lvl=0)
'Arlon DiClad 880 (tm)'(pos=12793, lin=432, lvl=0)
'Arlon CuClad 217 (tm)'(pos=12952, lin=437, lvl=0)
'Arlon IsoClad 917 (tm)'(pos=13113, lin=442, lvl=0)
'Neltec NY9217(IM) (tm)'(pos=13276, lin=447, lvl=0)
'Taconic TLY (tm)'(pos=13437, lin=452, lvl=0)
'Duroid (tm)'(pos=13590, lin=457, lvl=0)
'Rogers RT/duroid 5880 (tm)'(pos=13732, lin=462, lvl=0)
'Neltec NY9220(IM) (tm)'(pos=13904, lin=467, lvl=0)
'Polyflon Polyguide (tm)'(pos=14066, lin=472, lvl=0)
'Rogers RT/duroid 5870 (tm)'(pos=14230, lin=477, lvl=0)
'Arlon DiClad 870 (tm)'(pos=14402, lin=482, lvl=0)
'Arlon CuClad 233 (tm)'(pos=14563, lin=487, lvl=0)
'Neltec NY9233(IM) (tm)'(pos=14724, lin=492, lvl=0)
'Arlon IsoClad 933 (tm)'(pos=14885, lin=497, lvl=0)
'Arlon DiClad 522 (tm)'(pos=15048, lin=502, lvl=0)
'Arlon CuClad 250GT (tm)'(pos=15209, lin=507, lvl=0)
'Neltec NX9240 (tm)'(pos=15376, lin=512, lvl=0)
'Rogers Ultralam 2000 (tm)'(pos=15529, lin=517, lvl=0)
'Arlon DiClad 527 (tm)'(pos=15697, lin=522, lvl=0)
'Arlon CuClad 250GX (tm)'(pos=15855, lin=527, lvl=0)
'Neltec NX9245(IM) (tm)'(pos=16017, lin=532, lvl=0)
'Taconic TLT (tm)'(pos=16177, lin=537, lvl=0)
'Taconic TLX (tm)'(pos=16330, lin=542, lvl=0)
'Rogers Ultralam 1250 (tm)'(pos=16483, lin=547, lvl=0)
'Neltec NY9250(IM) (tm)'(pos=16651, lin=552, lvl=0)
'Arlon AD250A (tm)'(pos=16811, lin=557, lvl=0)
'Arlon AD255A (tm)'(pos=16962, lin=562, lvl=0)
'Arlon AD255C (tm)'(pos=17113, lin=567, lvl=0)
'Polyflon_NorCLAD (tm)'(pos=17261, lin=572, lvl=0)
'Neltec NY9255(IM) (tm)'(pos=17420, lin=577, lvl=0)
'Neltec NY9260(IM) (tm)'(pos=17581, lin=582, lvl=0)
'Sheldahl ComClad HF (tm)'(pos=17741, lin=587, lvl=0)
'Arlon AD260A (tm)'(pos=17909, lin=592, lvl=0)
'Arlon AD270 (tm)'(pos=18062, lin=597, lvl=0)
'Rogers RT/duroid 6002 (tm)'(pos=18213, lin=602, lvl=0)
'Arlon CLTE-XT (tm)'(pos=18383, lin=607, lvl=0)
'Neltec NX9294 (tm)'(pos=18538, lin=612, lvl=0)
'Neltec NH9294 (tm)'(pos=18689, lin=617, lvl=0)
'Taconic TLE (tm)'(pos=18846, lin=622, lvl=0)
'Arlon AD295 (tm)'(pos=18996, lin=627, lvl=0)
'Arlon CLTE (tm)'(pos=19147, lin=632, lvl=0)
'Arlon CLTE-AT (tm)'(pos=19296, lin=637, lvl=0)
'Rogers RO3003 (tm)'(pos=19451, lin=642, lvl=0)
'Taconic RF-30 (tm)'(pos=19605, lin=647, lvl=0)
'Neltec NH9300 (tm)'(pos=19760, lin=652, lvl=0)
'Neltec NX9300(IM) (tm)'(pos=19914, lin=657, lvl=0)
'Rogers Ultralam 1300 (tm)'(pos=20072, lin=662, lvl=0)
'Arlon AD300C (tm)'(pos=20239, lin=667, lvl=0)
'Arlon AD300A (tm)'(pos=20391, lin=672, lvl=0)
'Rogers RO3203 (tm)'(pos=20543, lin=677, lvl=0)
'Polyflon Copper-Clad ULTEM (tm)'(pos=20695, lin=682, lvl=0)
'GIL GML1000 (tm)'(pos=20873, lin=687, lvl=0)
'GIL GML2032 (tm)'(pos=21025, lin=692, lvl=0)
polyester(pos=21176, lin=697, lvl=0)
'GIL GML1032 (tm)'(pos=21310, lin=702, lvl=0)
'GIL MC5 (tm)'(pos=21458, lin=707, lvl=0)
'Rogers RO4232 (tm)'(pos=21596, lin=712, lvl=0)
'Neltec NH9320 (tm)'(pos=21750, lin=717, lvl=0)
'Neltec NX9320(IM) (tm)'(pos=21906, lin=722, lvl=0)
'Taconic TLC (tm)'(pos=22068, lin=727, lvl=0)
'Arlon AD320A (tm)'(pos=22216, lin=732, lvl=0)
'Rogers TMM 3 (tm)'(pos=22369, lin=737, lvl=0)
'Arlon 25N (tm)'(pos=22521, lin=742, lvl=0)
'Krempel Akaflex PCL (tm)'(pos=22668, lin=747, lvl=0)
'Neltec NH9338 (tm)'(pos=22837, lin=752, lvl=0)
'Rogers RO4003 (tm)'(pos=22993, lin=757, lvl=0)
'Nelco N4000-13 SI (tm)'(pos=23147, lin=762, lvl=0)
'Krempel Akaflex KCL (tm)'(pos=23306, lin=767, lvl=0)
'Arlon 25FR (tm)'(pos=23474, lin=772, lvl=0)
'Neltec NH9348 (tm)'(pos=23621, lin=777, lvl=0)
'Rogers RO4350 (tm)'(pos=23775, lin=782, lvl=0)
'Taconic RF-35 (tm)'(pos=23931, lin=787, lvl=0)
'Arlon AD350A (tm)'(pos=24085, lin=792, lvl=0)
'Arlon TC350 (tm)'(pos=24245, lin=797, lvl=0)
'Dupont Type 100 HN Film (tm)'(pos=24403, lin=802, lvl=0)
'Nelco N4000-13 (tm)'(pos=24573, lin=807, lvl=0)
'Neltec NH9350 (tm)'(pos=24727, lin=812, lvl=0)
'Isola Gigaver 210 (tm)'(pos=24883, lin=817, lvl=0)
'GE GETEK ML200/RG200 (tm)'(pos=25043, lin=822, lvl=0)
'Isola Gigaver 410 (tm)'(pos=25210, lin=827, lvl=0)
'Arlon AD410 (tm)'(pos=25370, lin=832, lvl=0)
'Arlon AD430 (tm)'(pos=25520, lin=837, lvl=0)
'Rogers TMM 4 (tm)'(pos=25670, lin=842, lvl=0)
'Arlon AD450 (tm)'(pos=25822, lin=847, lvl=0)
'Rogers TMM 6 (tm)'(pos=25972, lin=852, lvl=0)
'Arlon AD600 (tm)'(pos=26124, lin=857, lvl=0)
'Arlon TC600 (tm)'(pos=26275, lin=862, lvl=0)
'Rogers RT/duroid 6006 (tm)'(pos=26426, lin=867, lvl=0)
'Rogers RO3006 (tm)'(pos=26597, lin=872, lvl=0)
'Taconic RF-60 (tm)'(pos=26751, lin=877, lvl=0)
'Rogers TMM 10 (tm)'(pos=26905, lin=882, lvl=0)
'Rogers TMM 10i (tm)'(pos=27054, lin=887, lvl=0)
'Arlon AR1000 (tm)'(pos=27205, lin=892, lvl=0)
'Arlon AD1000 (tm)'(pos=27355, lin=897, lvl=0)
'Taconic CER-10 (tm)'(pos=27505, lin=902, lvl=0)
'Rogers RT/duroid 6010/6010LM (tm)'(pos=27658, lin=907, lvl=0)
'Rogers RO3210 (tm)'(pos=27841, lin=912, lvl=0)
'Rogers RO3010 (tm)'(pos=27994, lin=917, lvl=0)
'Tantalum Nitride'(pos=28148, lin=922, lvl=0)
tantalum(pos=28470, lin=932, lvl=0)
modified_epoxy(pos=28561, lin=936, lvl=0)
BT_systems(pos=28703, lin=941, lvl=0)
cyanate_ester(pos=28793, lin=945, lvl=0)
mica(pos=28889, lin=949, lvl=0)
diamond(pos=29184, lin=959, lvl=0)
porcelain(pos=29486, lin=969, lvl=0)
glass(pos=29709, lin=979, lvl=0)
marble(pos=29925, lin=989, lvl=0)
Al_N(pos=30219, lin=999, lvl=0)
Be_O(pos=30482, lin=1008, lvl=0)
diamond_hi_pres(pos=30737, lin=1017, lvl=0)
diamond_pl_cvd(pos=31053, lin=1027, lvl=0)
benzocyclobuten(pos=31368, lin=1037, lvl=0)
epoxy_Kevlar_xy(pos=31563, lin=1044, lvl=0)
polyimideQuartz(pos=31778, lin=1053, lvl=0)
water_distilled(pos=31872, lin=1057, lvl=0)
water_fresh(pos=32073, lin=1064, lvl=0)
water_sea(pos=32350, lin=1076, lvl=0)
graphite(pos=32534, lin=1083, lvl=0)
iron(pos=32800, lin=1092, lvl=0)
cast_iron(pos=33129, lin=1103, lvl=0)
cobalt(pos=33464, lin=1114, lvl=0)
lead(pos=33798, lin=1125, lvl=0)
indium(pos=34131, lin=1136, lvl=0)
magnesium(pos=34207, lin=1140, lvl=0)
molybdenum(pos=34437, lin=1150, lvl=0)
rhodium(pos=34669, lin=1160, lvl=0)
zirconium(pos=34748, lin=1164, lvl=0)
Alnico5(pos=34831, lin=1168, lvl=0)
steel_1008(pos=37128, lin=1297, lvl=0)
Alnico9(pos=39101, lin=1399, lvl=0)
Ceramic5(pos=40571, lin=1474, lvl=0)
Ceramic8D(pos=42377, lin=1564, lvl=0)
NdFe30(pos=44043, lin=1646, lvl=0)
NdFe35(pos=44803, lin=1677, lvl=0)
SmCo24(pos=45550, lin=1708, lvl=0)
SmCo28(pos=46336, lin=1740, lvl=0)
mu_metal(pos=47122, lin=1772, lvl=0)
steel_1010(pos=51361, lin=2010, lvl=0)
Megtron6_1035_Laminate(pos=53708, lin=2133, lvl=0)
Megtron6_1035_PP(pos=54132, lin=2149, lvl=0)
Megtron6_1078_PP(pos=54532, lin=2165, lvl=0)
Megtron6_3313_Laminate(pos=54955, lin=2182, lvl=0)
'ZEONEX RS420 (tm)'(pos=55379, lin=2198, lvl=0)
'ZEONEX RS420-LDS (tm)'(pos=55806, lin=2215, lvl=0)
'HDPE plastic'(pos=56249, lin=2232, lvl=0)
'PVC plastic'(pos=56633, lin=2248, lvl=0)
SolderMask(pos=57012, lin=2264, lvl=0)
'Isola Astra (R)'(pos=57431, lin=2282, lvl=0)
'Isola Chronon (tm)'(pos=57827, lin=2298, lvl=0)
'Isola FR408'(pos=58238, lin=2314, lvl=0)
'Isola FR408HR'(pos=58620, lin=2330, lvl=0)
'Isola FR408HRIS'(pos=59011, lin=2346, lvl=0)
'Isola GigaSync (R)'(pos=59410, lin=2362, lvl=0)
'Isola GreenSpeed (tm)'(pos=59821, lin=2378, lvl=0)
'Isola I-Speed (R)'(pos=60244, lin=2394, lvl=0)
'Isola I-Speed IS (R)'(pos=60650, lin=2410, lvl=0)
'Isola I-TeraMT (R)'(pos=61068, lin=2426, lvl=0)
'Isola IS300MD'(pos=61479, lin=2442, lvl=0)
'Isola IS680-280'(pos=61870, lin=2458, lvl=0)
'Isola IS680-300'(pos=62268, lin=2474, lvl=0)
'Isola IS680-320'(pos=62663, lin=2490, lvl=0)
'Isola IS680-338'(pos=63060, lin=2506, lvl=0)
'Isola IS680-345'(pos=63459, lin=2522, lvl=0)
'Isola IS680AG'(pos=63858, lin=2538, lvl=0)
'Isola Stratus (R)'(pos=64245, lin=2554, lvl=0)
'Isola Tachyon (R)'(pos=64651, lin=2570, lvl=0)
'Isola Tachyon 100G (R)'(pos=65058, lin=2586, lvl=0)
'Isola TerraGreen (R)'(pos=65485, lin=2602, lvl=0)
$base_index$(pos=0, lin=1, lvl=0)
$index$(pos=65904, lin=2618, lvl=0)
$end '$index$'
$end '$index$'
