<content> plotG(vx,vy,a,b,c) </content>

163ad945-0ae5-4b5f-9eee-9c76afde360a 54 4 5 false false 0 0 decimal

&[DATE] &[TIME] - &[FILENAME]

vx vy char size color plotG n vx length : plot vx 1 el vy 1 el char size color augment : i 2 n range plot plot vx i el vy i el char size color augment stack : for plot 41 line :

pilot: population/range base 2 : user π : 21 sys

low high N logpts linear-log populate step high low / base log N / : i 1 N range x i el low user step i *^* : for x 41 line :

q 0.01 10120 logpts :

q f q :

j 1 q rows range :

L q q f vectorize augment : vx L 1 col : vy L 2 col : 12 mat support vx vy . 3 black plotG : 31 line

base density of poulation ≡ user extends that population ≡ 21 line

support rows 120

support x 2 1 sys

support x 21 sys

x y axes x y / - :

even ... j 220 :

s 0.15 :

shift 750 :

track L - shift + (s * (j el L - shift + (s * (j el + 40 blue 15 mat :

L - shift + ( s * x track axes 4 1 sys

L - shift + (s * (j el 60.2958

L - shift + (s * x track axes 41 sys

reverseLog j L - shift + 2 col s * augment :

vx vy char size color plotG n vx length : plot vx 1 el vy 1 el char size color augment : i 2 n range plot plot vx i el vy i el char size color augment stack : for plot 41 line :

pilot: population/range base 2 : user 2.7 : 21 sys

shrink/expand RHS λ 120 :

shrink low region ... try 2.5

low high N logpts linear-log populate step high low / base log N / : i 1 N range x i el low user step i *^* : for x - λ + 41 line :

q 0.01 10100 logpts :

q f q :

L q q f vectorize augment : vx L 1 col : vy L 2 col : 12 mat support vx vy . 3 black plotG : 41 line

support x axes 3 1 sys

Water saturation °C(bar) ... recapitulated Thiele

data char size clr plot k 1 data rows range r3 k el char : r4 k el size : r5 k el clr : 13 mat for data r3 r4 r5 augment 21 line :

PT 0.01 6.97 0.05 32.88 0.1 45.81 0.25 64.96 0.5 81.32 0.75 91.76 1 99.61 2.5 127.41 5 151.84 10 179.98 25 223.96 50 263.94 100311150 342.16 200 365.75 220 373.71 162 mat :

PK 0.01 6.97 0.05 0.0015 0.1 64.6502 0.25 0.0121 0.5 58.9206 0.75 0.0446 1 55.8065 2.5 0.1254 5 85.7831 10 0.4473 25 107.9361 50 0.8389 100 113.5761 150 2.8153 200 92.5928 220 3.0301 - 162 mat :

X PT 1 col :

Y PT 2 col :

XY PT . 3 black plot :

Thiele system P PK 1 col : s PK 2 col : 21 line

The entire Thiele continued faction p T s 1 el p P 1 el - s 2 el p P 2 el - s 3 el p P 3 el - s 4 el p P 4 el - s 5 el p P 5 el - s 6 el p P 6 el - s 7 el p P 7 el - s 8 el p P 8 el - s 9 el p P 9 el - s 10 el p P 10 el + s 11 el p P 11 el + s 12 el p P 12 el + s 13 el p P 13 el + s 14 el p P 14 el + s 15 el p P 15 el + s 16 el / + / + / + / + / + / + / + / + / + / + / + / + / + / + / + :

p T

p Tbar s 1 el p P 1 el - s 2 el p P 2 el - s 3 el p P 3 el - s 4 el p P 4 el - s 5 el p P 5 el - s 6 el p P 6 el - s 7 el p P 7 el - s 8 el p P 8 el - s 9 el p P 9 el - s 10 el / + / + / + / + / + / + / + / + / + :

1.333 Tbar 1.667 Tbar 2 Tbar 31 mat 108.2 114.8 120.5 31 mat

Optimiz => numeric Tbar p 0.01 220 0.25 range : i 1 p rows range u i el p i el : ρ i el p i el T eval : 21 line for u ρ augment 31 line :

Tbar rows 917

low high N logpts linear-log populate step high low / 10 log N / : i 1 N range x i el low 10 step i *^* : for x 41 line :

p 0.01 92100 logpts :

Optimiz => numeric Tlogpts i 1 p rows range u i el p i el : ρ i el p i el T eval : 21 line for u ρ augment 21 line :

initial X spacing 0.012 0.011 - 0.001

Tlogpts rows 100

mid X spacing 1.051 0.959 - 0.092

terminal X spacing 92 83.975 - 8.025

vx Tlogpts 1 col : vy Tlogpts 2 col : 12 mat detail vx vy . 2 red plotG : 21 mat

j 82 :

plot detail XY vx j el vy j el + 30 blue 15 mat 31 sys :

plot

j vx j el vy j el 13 mat 82 17.8 206.08 13 mat

mesh detail 1 col detail 2 col augment :

mesh1 mesh 110 range 12 range el :

mesh100 mesh 90100 range 12 range el :

explore mesh1 ..... mesh100 stack :

explore 11 mat 0.011 8.2811 0.012 9.6293 0.0131 11.0121 0.0144 12.4265 0.0158 13.8697 0.0173 15.3388 0.0189 16.8312 0.0208 18.3441 0.0227 19.8752 0.0249 21.4223 ..... ..... 36.9325 243.7663 40.462 248.9071 44.3287 254.1527 48.5649 259.5041 53.206 264.9609 58.2906 270.5213 63.8611 276.1812 69.9639 281.9339 76.65 287.7693 83.975 293.6729 92 299.6247 222 mat 11 mat

logpts mesh . 2 red plot :

Tabulate ►

mesh 11 mat

mesh rows 100

jmG: 20240120

<content> plotG(vx,vy,a,b,c) </content>

data char size clr plot k 1 data rows range r3 k el char : r4 k el size : r5 k el clr : 13 mat for data r3 r4 r5 augment 21 line :

Water Saturation Temperature ... bar(°C)

°C 1 :

bar 1 :

n 1167.0521452767 724213.16703206 - 17.073846940092 - 12020.82470247 3232555.0322333 - 14.91510861353 4823.2657361591 - 405113.40542057 0.23855557567849 - 650.17534844798 101 mat :

K 273.15 : t v t K + (n 9 el t K + (n 10 el - / + : t A t v n 1 el + (t v * n 2 el + : t B n 3 el t v * n 4 el + (t v * n 5 el + : t C n 6 el t v * n 7 el + (t v * n 8 el + : t bar_1 102 t C * t B - t B 2^4 t A * t C * - (0.5^+ / (4^* : u 0 x ≤ (x 373.946 ≤ (* : 71 sys

373.946 bar_1 bar 220.64

a 348.05185628969 1.1671859879975 - 0.0010192970039326 572.54459862746 13.918839778870 51 mat :

K 273.15 : t bar_2 10 a 3 el t K + (* a 2 el + (t K + (* a 1 el + (* : w 350 x ≤ (x 590 ≤ (* : 31 sys

t bar_1

critical °C 373.946 ≡ bar 220.64 ≡ 21 sys

Water Saturation Pressure ... °C(bar)

K 273.15 : p β p 10 / (0.25^: p E p β n 3 el + (p β * n 6 el + : p F n 1 el p β * n 4 el + (p β * n 7 el + : p G n 2 el p β * n 5 el + (p β * n 8 el + : p D 2 p G * p F - p F 2^4 p E * p G * - (0.5^- / : p °C n 10 el p D + n 10 el p D + (2^(4 n 9 el n 10 el p D * + (* - (0.5^- 2 / K - : x c 10 x ≤ (x 220.64 ≤ (& cases : 81 sys

x °C

sanity 36.93 °C °C 245.7

mesh 1 col 11 mat

... as x below collapsedl ▼

<content> x logpts </content>

x 0.011 0.012 0.0131 0.0144 0.0158 0.0173 0.0189 0.0208 0.0227 0.0249 0.0273 0.0299 0.0328 0.0359 0.0393 0.0431 0.0472 0.0517 0.0566 0.0621 0.068 0.0745 0.0816 0.0894 0.0979 0.1073 0.1176 0.1288 0.1411 0.1546 0.1693 0.1855 0.2033 0.2227 0.244 0.2673 0.2928 0.3208 0.3515 0.385 0.4218 0.4622 0.5063 0.5547 0.6077 0.6658 0.7294 0.7991 0.8755 0.9592 1.0508 1.1513 1.2613 1.3818 1.5139 1.6585 1.817 1.9907 2.1809 2.3893 2.6176 2.8678 3.1419 3.4421 3.771 4.1314 4.5262 4.9588 5.4327 5.9518 6.5206 7.1438 7.8265 8.5744 9.3938 10.2915 11.275 12.3525 13.5329 14.8262 16.2431 17.7953 19.4959 21.359 23.4002 25.6364 28.0864 30.7704 33.711 36.9325 40.462 44.3287 48.5649 53.206 58.2906 63.8611 69.9639 76.65 83.975 921001 mat :

system x x logpts vectorize augment :

x logpts x °C :

j view system 1 col j el system 2 col j el + 30 red 15 mat :

j 80 :

vx system 1 col : vy system 2 col : 12 mat x spline vx vy x cinterp : 21 mat

λ j view 1 col ... j view 2 col augment :

system 1 1 mat j view 2 1 sys

system 11 mat j view 21 sys

system 11 mat

λ 14.8262 ... 197.7432 13 mat

14 spline 14.8262 spline 16.2431 spline 31 sys 195.0474 197.7432 202.105 31 sys

jmG:20240131