IPLQ	544	// Plaque Simulator isotope physics, version
// file names should follow the convention: localname.iphys (localname<=25 chars)
// this is a simple tab delimited text file
// each data line begins with a 4 char key followed by a <tab> and ends with a <cr>
// each key is followed by one or more data fields and an optional comment field
// the basic format is: <key><tab><value><tab><comment><cr>
// you can freely edit values & comments on each line but do NOT change the keys
uniq	IAAI	// unique 4 char ID for this isotope <FourCharCode>
name	IsoAid Advantage	// trade name (<=31 chars)
menu	I-125 (IAI-125A)	// local name, how this isotope is listed in menus (<=25 chars)
cmnt	from IsoAid techdata sheet	// user comment (<=63 chars)
vari	125	// isotope variant or model number (numeric only) <integer>
clas	1	// isotope class, 1=I125, 2=Ir192, 3=Pd103, 4=Ru106, 5=Sr90, 6=Au198, 7=Co60 <integer>
dkty	1	// radiation type, 1=gamma, 2=beta <integer>
unit	1	// units, 1=mCi, 2=Sk, 3=mgRaEq, 4=MBq <integer>
geom	2	// isotope geometry, 0=point, 1=line, 2=inline beads, 3=cylindrical <integer>
bead	3	// # of inline beads <integer>
mask	5	// bead type bitmask, 0=srce, 1=marker <integer>
bgeo	7	// bead geometry bitmask, 0=sphere, 1=cylinder <integer>
bcap	7	// bead cap bitmask, 0=solid, 1=hollow <integer>
diam	0.5	// bead diameter (mm) <float>
blen	2	// bead length (mm) <float>
mdia	0.5	// marker diameter (mm) <float>
mlen	0.5	// marker length (mm) <float>
metl	1	// marker metal, 1=silver, 2=gold, 3=platinum, 4=titanium, 5=steel, 6=lead <integer>
red_	512	// isotope color, red intensity 0..65535 <integer>
gren	61439	// isotope color, green intensity 0..65535 <integer>
blue	61439	// isotope color, blue intensity 0..65535 <integer>
sred	49087	// shell color, red intensity 0..65535 <integer>
sgre	49087	// shell color, green intensity 0..65535 <integer>
sblu	49087	// shell color, blue intensity 0..65535 <integer>
half	59.4	// halflife in days <float>
alen	3	// active source length (mm) <float>
plen	4.5	// physical seed length (mm) <float>
prad	0.4	// physical seed radius (mm) <float>
drc1	0.981	// dose rateconstant, cGy/U-hr @ 1 cm in water, or Emax (MeV) for beta dosimetry<float>
tisu	1	// water to medium (tissue, RW-1, PMMA, etcÉ) conversion factor <float>
a2Sk	1.27	// apparent activity to air kerma strength conversion factor (U/mCi), must be 1.0 for beta dosimetry <float>
beav	1.45	// parameter n§Eav (MeV), or Eav of beta spectrum (or exp rate const (R cm^2/mCi-h) for gammas) <float>
b90_	0	// parameter Rmax (mg/cm2), or 90% distance (mm) for beta dosimetry<float>
bnb_	0	// parameter v (1/cm), or nB for beta dosimetry <float>
bkb_	0	// parameter k for beta dosimetry <float>
bc__	0	// parameter C for beta dosimetry <float>
br__	0	// parameter R for beta dosimetry <float>
bemx	0	// parameter Emax for beta dosimetry <float>
bbu_	0	// parameter bu for beta dosimetry <float>
tran	0	// default estimate of transmission through a plaque shell for this isotope <float>
air1	0.85	// default correction air interface <float>
air2	0.1	// default correction air interface <float>
//
// ********** g(r) line radial dose function ***********
//
// coefs a0..a5 as in TG43, r for beta point kernel, or carrier T factors
gra0	1.05490005	// a0 v <float>
gra1	0.058111001	// a1 C <float>
gra2	-0.150480002	// a2 R <float>
gra3	0.037413001	// a3 k <float>
gra4	-0.0037008	// a4 bu <float>
gra5	0.00013103	// a5 <float>
grxt	0	// lookup table, 0=interpolate from table, 1=use coefs <integer>
grsm	1	// smooth, 0=no, 1=yes <integer>
grrg	40	// moving avg range <integer>
gr#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><distance(mm)><tab><value><cr>
grp#	0	0	1.04
grp#	1	1	1.04
grp#	2	1.5	1.053
grp#	3	2	1.0595
grp#	4	2.5	1.066
grp#	5	3	1.0688
grp#	6	4	1.0744
grp#	7	5	1.08
grp#	8	6	1.062
grp#	9	7	1.044
grp#	10	8	1.028
grp#	11	9	1.014
grp#	12	10	1
grp#	13	12	0.9608
grp#	14	14	0.9216
grp#	15	16	0.8816
grp#	16	18	0.8408
grp#	17	20	0.8
grp#	18	30	0.611
grp#	19	40	0.468
//
// ********** g(r) point radial dose function ***********
//
// coefs a0..a5 as in TG43, r for beta point kernel, or carrier T factors
gpa0	1.05490005	// a0 <float>
gpa1	0.058111001	// a1 <float>
gpa2	-0.150480002	// a2 <float>
gpa3	0.037413001	// a3 <float>
gpa4	-0.0037008	// a4 <float>
gpa5	0.00013103	// a5 <float>
gpxt	0	// lookup table, 0=interpolate from table, 1=use coefs <integer>
gpsm	1	// smooth, 0=no, 1=yes <integer>
gprg	40	// moving avg range <integer>
gp#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><distance(mm)><tab><value><cr>
gpp#	0	0	0.686
gpp#	1	1	0.686
gpp#	2	1.5	0.833
gpp#	3	2	0.9
gpp#	4	2.5	0.967
gpp#	5	3	0.9848
gpp#	6	4	1.0204
gpp#	7	5	1.056
gpp#	8	6	1.0452
gpp#	9	7	1.0344
gpp#	10	8	1.0232
gpp#	11	9	1.0116
gpp#	12	10	1
gpp#	13	12	0.9624
gpp#	14	14	0.9248
gpp#	15	16	0.8856
gpp#	16	18	0.8448
gpp#	17	20	0.804
gpp#	18	30	0.615
gpp#	19	40	0.471
//
// *********** F(¿) anisotropy data *************
//
fn#d	5	// number of anisotropy curves in use, (a0>0,max=15) <integer>
fna0	1	0.5	2	3	5	0	0	0	0	0	0	0	0	0	0	//radial distance cm<float>
fna1	0.300000012	0.300000012	0.300000012	0.300000012	0.300000012	0	0	0	0	0	0	0	0	0	0	//source length <float>
fna2	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//reserved <float>
fna3	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//reserved <float>
fna4	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//reserved <float>
fna5	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//reserved <float>
fnxt	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//MUST be 0 <integer>
fnsm	1	1	1	1	1	0	0	0	0	0	0	0	0	0	0	//smooth, 0=no, 1=yes <integer>
fnrg	5	5	5	5	5	0	0	0	0	0	0	0	0	0	0	//moving avg range <integer>
fn#p	20	20	20	20	20	20	20	20	20	20	20	20	20	20	20	//MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><angle(deg)><tab><value><cr>
fnp#	0	0	0.406	0	0.352	0	0.493	0	0.52	0	0.578	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	1	5	0.465	5	0.411	5	0.545	5	0.584	5	0.658	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	2	10	0.527	10	0.481	10	0.601	10	0.642	10	0.704	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	3	20	0.719	20	0.699	20	0.757	20	0.775	20	0.794	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	4	30	0.846	30	0.848	30	0.862	30	0.862	30	0.869	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	5	40	0.936	40	0.948	40	0.932	40	0.916	40	0.937	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	6	50	0.986	50	1.002	50	0.974	50	0.961	50	0.963	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	7	60	1.024	60	1.029	60	1.008	60	0.993	60	0.99	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	8	70	1.039	70	1.029	70	1.027	70	1.006	70	1.016	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	9	80	1.025	80	0.999	80	1.024	80	1.023	80	1.009	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	10	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	11	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	12	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	13	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	14	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	15	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	16	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	17	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	18	90	1	90	1	90	1	90	1	90	1	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	//
fnp#	19	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	90	1	//
f¿a0	1	// data distance <float>
f¿a1	0.300000012	// source length <float>
f¿a2	0	// reserved <float>
f¿a3	0	// reserved <float>
f¿a4	0	// reserved <float>
f¿a5	0	// reserved <float>
f¿xt	0	// MUST be 0 <integer>
f¿sm	1	// smooth, 0=no, 1=yes <integer>
f¿rg	5	// moving avg range <integer>
f¿#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><angle(deg)><tab><value><cr>
f¿p#	0	0	0.406
f¿p#	1	5	0.465
f¿p#	2	10	0.527
f¿p#	3	20	0.719
f¿p#	4	30	0.846
f¿p#	5	40	0.936
f¿p#	6	50	0.986
f¿p#	7	60	1.024
f¿p#	8	70	1.039
f¿p#	9	80	1.025
f¿p#	10	90	1
f¿p#	11	90	1
f¿p#	12	90	1
f¿p#	13	90	1
f¿p#	14	90	1
f¿p#	15	90	1
f¿p#	16	90	1
f¿p#	17	90	1
f¿p#	18	90	1
f¿p#	19	90	1
f5a0	0.5	// data distance <float>
f5a1	0.300000012	// source length <float>
f5a2	0	// reserved <float>
f5a3	0	// reserved <float>
f5a4	0	// reserved <float>
f5a5	0	// reserved <float>
f5xt	0	// MUST be 0 <integer>
f5sm	1	// smooth, 0=no, 1=yes <integer>
f5rg	5	// moving avg range <integer>
f5#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><angle(deg)><tab><value><cr>
f5p#	0	0	0.352
f5p#	1	5	0.411
f5p#	2	10	0.481
f5p#	3	20	0.699
f5p#	4	30	0.848
f5p#	5	40	0.948
f5p#	6	50	1.002
f5p#	7	60	1.029
f5p#	8	70	1.029
f5p#	9	80	0.999
f5p#	10	90	1
f5p#	11	90	1
f5p#	12	90	1
f5p#	13	90	1
f5p#	14	90	1
f5p#	15	90	1
f5p#	16	90	1
f5p#	17	90	1
f5p#	18	90	1
f5p#	19	90	1
f2a0	2	// data distance <float>
f2a1	0.300000012	// source length <float>
f2a2	0	// reserved <float>
f2a3	0	// reserved <float>
f2a4	0	// reserved <float>
f2a5	0	// reserved <float>
f2xt	0	// MUST be 0 <integer>
f2sm	1	// smooth, 0=no, 1=yes <integer>
f2rg	5	// moving avg range <integer>
f2#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><angle(deg)><tab><value><cr>
f2p#	0	0	0.493
f2p#	1	5	0.545
f2p#	2	10	0.601
f2p#	3	20	0.757
f2p#	4	30	0.862
f2p#	5	40	0.932
f2p#	6	50	0.974
f2p#	7	60	1.008
f2p#	8	70	1.027
f2p#	9	80	1.024
f2p#	10	90	1
f2p#	11	90	1
f2p#	12	90	1
f2p#	13	90	1
f2p#	14	90	1
f2p#	15	90	1
f2p#	16	90	1
f2p#	17	90	1
f2p#	18	90	1
f2p#	19	90	1
//
// ******* B(r) scatter loss due to gold *********
//
// coefs a0..a5 as in TG43, r for beta point kernel, or carrier T factors
bra0	0.899999976	// a0 <float>
bra1	0	// a1 <float>
bra2	0	// a2 <float>
bra3	0	// a3 <float>
bra4	0	// a4 <float>
bra5	0	// a5 <float>
brxt	0	// lookup table, 0=interpolate from table, 1=use coefs <integer>
brsm	1	// smooth, 0=no, 1=yes <integer>
brrg	50	// moving avg range <integer>
br#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><distance(mm)><tab><value><cr>
brp#	0	0	1.017
brp#	1	2.16	1.017
brp#	2	4.88	0.964
brp#	3	7.37	0.943
brp#	4	9.96	0.93
brp#	5	13.8	0.916
brp#	6	17.66	0.904
brp#	7	20	0.9
brp#	8	22	0.9
brp#	9	24	0.9
brp#	10	26	0.9
brp#	11	28	0.9
brp#	12	30	0.9
brp#	13	32	0.9
brp#	14	34	0.9
brp#	15	36	0.9
brp#	16	37	0.9
brp#	17	38	0.9
brp#	18	39	0.9
brp#	19	40	0.9
//
// ******* A(r) scatter loss due to air interface *********
//
ar#d	3	// number of air curves in use, (a0>0,max=3) <integer>
ara0	5	10	22.5	// distance mm<float>
ara1	0	0	0	//reserved <float>
ara2	0	0	0	//reserved <float>
ara3	0	0	0	//reserved <float>
ara4	0	0	0	//reserved <float>
ara5	0	0	0	//reserved <float>
arxt	0	0	0	//MUST be 0 <integer>
arsm	0	0	0	//smooth, 0=no, 1=yes <integer>
arrg	50	50	50	//moving avg range <integer>
ar#p	20	20	20	//MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><angle(deg)><tab><value><cr>
arp#	0	0	0.92	0	0.92	0	0.884	//
arp#	1	0.5	0.94	0.5	0.94	0.5	0.898	//
arp#	2	1	0.968	1	0.968	1	0.91	//
arp#	3	2	0.99	2	0.975	2	0.93	//
arp#	4	3	0.995	3	0.981	3	0.944	//
arp#	5	4	0.998	4	0.984	4	0.959	//
arp#	6	5	1	5	0.988	5	0.967	//
arp#	7	6	1	6	0.99	6	0.974	//
arp#	8	7	1	7	0.992	7	0.979	//
arp#	9	8	1	8	0.994	8	0.984	//
arp#	10	9	1	9	0.996	9	0.988	//
arp#	11	10	1	10	0.997	10	0.9905	//
arp#	12	11	1	11	0.998	11	0.992	//
arp#	13	12	1	12	0.999	12	0.993	//
arp#	14	13	1	13	0.9995	13	0.994	//
arp#	15	14	1	14	0.9998	14	0.995	//
arp#	16	16	1	16	1	16	0.997	//
arp#	17	18	1	18	1	18	0.999	//
arp#	18	20	1	20	1	20	1	//
arp#	19	40	1	40	1	40	1	//
//
// ******* T(r) carrier correction *********
//
// coefs a0..a5 as in TG43, r for beta point kernel, or carrier T factors
tra0	0.899999976	// T <silastic> <float>
tra1	0.101000004	// u <silastic> <float>
tra2	1.00999999	// T <acrylic> <float>
tra3	0.041999999	// u <acrylic> <float>
tra4	0.046	// u <water> <float>
tra5	0.000541	// a5 <float>
trxt	0	// lookup table, 0=interpolate from table, 1=use coefs <integer>
trsm	0	// smooth, 0=no, 1=yes <integer>
trrg	100	// moving avg range <integer>
tr#p	20	// MUST be 20, # of points in table <integer>
// data table format: <key><tab><index><tab><distance(mm)><tab><value><cr>
trp#	0	0	0.922
trp#	1	1	0.921
trp#	2	2	0.919
trp#	3	3	0.915
trp#	4	4	0.91
trp#	5	5	0.905
trp#	6	6	0.899
trp#	7	7	0.892
trp#	8	8	0.886
trp#	9	9	0.88
trp#	10	10	0.874
trp#	11	11	0.868
trp#	12	12	0.863
trp#	13	14	0.853
trp#	14	16	0.845
trp#	15	18	0.838
trp#	16	20	0.833
trp#	17	25	0.822
trp#	18	30	0.816
trp#	19	40	0.808
//
// ******* air kerma strength midpoints **********
//
am#p	32	// # of points in table <integer>
// table format: <key><tab><index><tab><value><cr>
amp#	0	1.27
amp#	1	1.905
amp#	2	2.54
amp#	3	3.175
amp#	4	3.81
amp#	5	4.445
amp#	6	5.08
amp#	7	5.715
amp#	8	6.35
amp#	9	6.985
amp#	10	7.62
amp#	11	8.89
amp#	12	11.43
amp#	13	11.43
amp#	14	12.7
amp#	15	0
amp#	16	0
amp#	17	0
amp#	18	0
amp#	19	0
amp#	20	0
amp#	21	0
amp#	22	0
amp#	23	0
amp#	24	0
amp#	25	0
amp#	26	0
amp#	27	0
amp#	28	0
amp#	29	0
amp#	30	0
amp#	31	0
//
// **************** EOF *****************