E1T ref#2,
BCC_L_A2B_T,
T,
1193;

E1L ref#2,
BCC_L_A2B_L,
<convert name=T> T </convert>
<convert name=x2l> 1/50/((100-w2l)/w2l/20 + 1/50) </convert>
T     w2l,
1193  40.8;

E1B ref#2,
BCC_L_A2B_B,
<convert name=T> T </convert>
<convert name=x2bcc> 1/50/((100-w2bcc)/w2bcc/20 + 1/50) </convert>,
T     w2bcc,
1193  13;

L1 ref#2,
A2B_L,
T     x2,
1341  0.333333;

E2T ref#2,
A2B_L_BCC_T,
T,
1049;

E2L ref#2,
A2B_L_BCC_L,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
T     w1l,
1049  27;

E2B ref#2,
A2B_L_BCC_B,
<convert name=T> T </convert>
<convert name=x2bcc> 1/50/(w1bcc/(100-w1bcc)/20 + 1/50) </convert>,
T     w1bcc,
1049  9.3;

E3T ref#2,
L_BCC_FCC_T,
T,
1203;

E3L ref#2,
L_BCC_FCC_L,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
T     w1l,
1203  19;

E3B ref#2,
L_BCC_FCC_B,
<convert name=T> T </convert>
<convert name=x2bcc> 1/50/(w1bcc/(100-w1bcc)/20 + 1/50) </convert>
T     w1bcc,
1203  6.9;

E3F ref#2,
L_BCC_FCC_F,
<convert name=T> T </convert>
<convert name=x2fcc> 1/50/(w1fcc/(100-w1fcc)/20 + 1/50) </convert>,
T     w1fcc,
1203  6.0;

E4T ref#3,
BCC_A2B_BCC_T,
T,
726;

E4B1 ref#3,
BCC_A2B_BCC_B1,
T     x2_1,
726   0.037;

E4B2 ref#3,
BCC_A2B_BCC_B2,
T     x2_2,
726   0.886;

L2 ref#4, 
FCC_L_L1,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>,
T      w1l,
1594   2,
1548   4.2,
1499   6.5,
1438   9.3;

L3L ref#5,
FCC_L_L2,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
<convert name=x2fcc> 1/50/(w1fcc/(100-w1fcc)/20 + 1/50) </convert>,
w1l   w1fcc  T,
10.4  3.8   1413,
13.6  4.7   1337,
18.7  5.9   1213;

L3F ref#5,
FCC_L_F,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
<convert name=x2fcc> 1/50/(w1fcc/(100-w1fcc)/20 + 1/50) </convert>,
w1l   w1fcc  T,
10.4  3.8   1413,
13.6  4.7   1337,
18.7  5.9   1213;

L4L ref#5,
BCC_L_L,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
<convert name=x2bcc> 1/50/(w1bcc/(100-w1bcc)/20 + 1/50) </convert>,
w1l   w1bcc  T,
24.5   8.5   1100;

L4B ref#5,
BCC_L_B,
<convert name=T> T </convert>
<convert name=x2l> 1/50/(w1l/(100-w1l)/20 + 1/50) </convert>
<convert name=x2bcc> 1/50/(w1bcc/(100-w1bcc)/20 + 1/50) </convert>,
w1l   w1bcc  T,
24.5   8.5   1100;

A ref#5,
act <var name=T value=1573></var>,
x2    aB,
0.9  0.94,
0.8  0.84,
0.7  0.74,
0.6  0.64,
0.5  0.54,
0.4  0.44,
0.3  0.34,
0.2  0.23,
0.1  0.12;

Hmix ref#5,
Hmix <var name=T value=1773></var>,
x2    Hmix,
0.9  -1964,
0.8  -3500,
0.7  -4588,
0.6  -5239,
0.5  -5454,
0.4  -5233,
0.3  -4575,
0.2  -3481,
0.1  -1950;

Hm ref#5,
Hmelt,
H       T   x2,
3727  1341  0.33333;