Mixture of 1,5-Diazabicyclo[4.3.0]non-5-ene + Water
Datasets
-
Mole fraction (2)
-
Pvap - Vapor or sublimation pressure, kPa (2)
Mole fraction of Water (2)
[ref]
| Fixed |
Measured |
| Temperature, K - Gas |
Mole fraction of Water (2) - Liquid |
Mole fraction of Water (2) - Gas |
| 331.48 |
1.0000 |
1.0000 |
| 331.48 |
0.9928 |
1.0000 |
| 331.49 |
0.9704 |
1.0000 |
| 331.48 |
0.9500 |
1.0000 |
| 331.47 |
0.9038 |
0.9999 |
| 331.48 |
0.8585 |
0.9997 |
| 331.48 |
0.8123 |
0.9995 |
| 331.48 |
0.7653 |
0.9990 |
| 331.48 |
0.7144 |
0.9982 |
| 331.48 |
0.6677 |
0.9972 |
| 331.48 |
0.6201 |
0.9959 |
| 331.48 |
0.5717 |
0.9941 |
| 331.48 |
0.5228 |
0.9916 |
| 331.49 |
0.0591 |
0.6610 |
| 331.48 |
0.1060 |
0.7953 |
| 331.48 |
0.1531 |
0.8668 |
| 331.48 |
0.1998 |
0.9100 |
| 331.49 |
0.2490 |
0.9394 |
| 331.48 |
0.2982 |
0.9585 |
| 331.49 |
0.3463 |
0.9710 |
| 331.48 |
0.3943 |
0.9795 |
| 331.49 |
0.4419 |
0.9853 |
| 331.48 |
0.0000 |
0.0000 |
| 349.97 |
1.0000 |
1.0000 |
| 349.96 |
0.9817 |
1.0000 |
| 349.96 |
0.9673 |
1.0000 |
| 349.96 |
0.9431 |
1.0000 |
| 349.97 |
0.8951 |
0.9998 |
| 349.97 |
0.8424 |
0.9995 |
| 349.97 |
0.7911 |
0.9990 |
| 349.97 |
0.7408 |
0.9982 |
| 349.96 |
0.6914 |
0.9970 |
| 349.96 |
0.6423 |
0.9953 |
| 349.96 |
0.5930 |
0.9931 |
| 349.96 |
0.5431 |
0.9901 |
| 349.96 |
0.4937 |
0.9861 |
| 349.95 |
0.0620 |
0.6010 |
| 349.95 |
0.1033 |
0.7337 |
| 349.95 |
0.1519 |
0.8248 |
| 349.95 |
0.2018 |
0.8830 |
| 349.95 |
0.2489 |
0.9190 |
| 349.95 |
0.2973 |
0.9438 |
| 349.96 |
0.0000 |
0.0000 |
| 312.71 |
0.8239 |
0.9997 |
| 312.71 |
0.8725 |
0.9999 |
| 312.71 |
0.9106 |
0.9999 |
| 312.71 |
0.9644 |
1.0000 |
| 322.49 |
0.8239 |
0.9996 |
| 322.49 |
0.8725 |
0.9998 |
| 322.49 |
0.9106 |
0.9999 |
| 322.49 |
0.9644 |
1.0000 |
| 332.49 |
0.8238 |
0.9995 |
| 332.49 |
0.8725 |
0.9998 |
| 332.49 |
0.9106 |
0.9999 |
| 332.49 |
0.9644 |
1.0000 |
| 342.08 |
0.8238 |
0.9995 |
| 342.08 |
0.8725 |
0.9998 |
| 342.08 |
0.9106 |
0.9999 |
| 342.08 |
0.9644 |
1.0000 |
| 352.10 |
0.8238 |
0.9994 |
| 352.10 |
0.8724 |
0.9997 |
| 352.10 |
0.9106 |
0.9999 |
| 352.10 |
0.9644 |
1.0000 |
Mole fraction of Water (2)
[ref]
| Fixed |
Measured |
| Temperature, K - Gas |
Mole fraction of Water (2) - Liquid |
Mole fraction of Water (2) - Gas |
| 331.48 |
1.0000 |
1.0000 |
| 331.48 |
0.9928 |
1.0000 |
| 331.49 |
0.9704 |
1.0000 |
| 331.48 |
0.9500 |
1.0000 |
| 331.47 |
0.9038 |
0.9999 |
| 331.48 |
0.8585 |
0.9997 |
| 331.48 |
0.8123 |
0.9995 |
| 331.48 |
0.7653 |
0.9990 |
| 331.48 |
0.7144 |
0.9982 |
| 331.48 |
0.6677 |
0.9972 |
| 331.48 |
0.6201 |
0.9959 |
| 331.48 |
0.5717 |
0.9941 |
| 331.48 |
0.5228 |
0.9916 |
| 331.49 |
0.0591 |
0.6610 |
| 331.48 |
0.1060 |
0.7953 |
| 331.48 |
0.1531 |
0.8668 |
| 331.48 |
0.1998 |
0.9100 |
| 331.49 |
0.2490 |
0.9394 |
| 331.48 |
0.2982 |
0.9585 |
| 331.49 |
0.3463 |
0.9710 |
| 331.48 |
0.3943 |
0.9795 |
| 331.49 |
0.4419 |
0.9853 |
| 331.48 |
0.0000 |
0.0000 |
| 349.97 |
1.0000 |
1.0000 |
| 349.96 |
0.9817 |
1.0000 |
| 349.96 |
0.9673 |
1.0000 |
| 349.96 |
0.9431 |
1.0000 |
| 349.97 |
0.8951 |
0.9998 |
| 349.97 |
0.8424 |
0.9995 |
| 349.97 |
0.7911 |
0.9990 |
| 349.97 |
0.7408 |
0.9982 |
| 349.96 |
0.6914 |
0.9970 |
| 349.96 |
0.6423 |
0.9953 |
| 349.96 |
0.5930 |
0.9931 |
| 349.96 |
0.5431 |
0.9901 |
| 349.96 |
0.4937 |
0.9861 |
| 349.95 |
0.0620 |
0.6010 |
| 349.95 |
0.1033 |
0.7337 |
| 349.95 |
0.1519 |
0.8248 |
| 349.95 |
0.2018 |
0.8830 |
| 349.95 |
0.2489 |
0.9190 |
| 349.95 |
0.2973 |
0.9438 |
| 349.96 |
0.0000 |
0.0000 |
| 312.71 |
0.8239 |
0.9997 |
| 312.71 |
0.8725 |
0.9999 |
| 312.71 |
0.9106 |
0.9999 |
| 312.71 |
0.9644 |
1.0000 |
| 322.49 |
0.8239 |
0.9996 |
| 322.49 |
0.8725 |
0.9998 |
| 322.49 |
0.9106 |
0.9999 |
| 322.49 |
0.9644 |
1.0000 |
| 332.49 |
0.8238 |
0.9995 |
| 332.49 |
0.8725 |
0.9998 |
| 332.49 |
0.9106 |
0.9999 |
| 332.49 |
0.9644 |
1.0000 |
| 342.08 |
0.8238 |
0.9995 |
| 342.08 |
0.8725 |
0.9998 |
| 342.08 |
0.9106 |
0.9999 |
| 342.08 |
0.9644 |
1.0000 |
| 352.10 |
0.8238 |
0.9994 |
| 352.10 |
0.8724 |
0.9997 |
| 352.10 |
0.9106 |
0.9999 |
| 352.10 |
0.9644 |
1.0000 |
Vapor or sublimation pressure, kPa
[ref]
| Fixed |
Measured |
| Temperature, K - Liquid |
Mole fraction of Water (2) - Liquid |
Vapor or sublimation pressure, kPa - Liquid |
| 331.48 |
1.0000 |
18.30 |
| 331.48 |
0.9928 |
18.10 |
| 331.49 |
0.9704 |
17.80 |
| 331.48 |
0.9500 |
17.40 |
| 331.47 |
0.9038 |
16.10 |
| 331.48 |
0.8585 |
14.40 |
| 331.48 |
0.8123 |
12.60 |
| 331.48 |
0.7653 |
11.10 |
| 331.48 |
0.7144 |
9.60 |
| 331.48 |
0.6677 |
8.40 |
| 331.48 |
0.6201 |
7.20 |
| 331.48 |
0.5717 |
6.20 |
| 331.48 |
0.5228 |
5.30 |
| 331.49 |
0.0591 |
0.40 |
| 331.48 |
0.1060 |
0.60 |
| 331.48 |
0.1531 |
0.80 |
| 331.48 |
0.1998 |
1.10 |
| 331.49 |
0.2490 |
1.50 |
| 331.48 |
0.2982 |
2.00 |
| 331.49 |
0.3463 |
2.50 |
| 331.48 |
0.3943 |
3.20 |
| 331.49 |
0.4419 |
4.10 |
| 331.48 |
0.0000 |
0.10 |
| 349.97 |
1.0000 |
40.80 |
| 349.96 |
0.9817 |
40.40 |
| 349.96 |
0.9673 |
40.00 |
| 349.96 |
0.9431 |
38.90 |
| 349.97 |
0.8951 |
35.60 |
| 349.97 |
0.8424 |
30.90 |
| 349.97 |
0.7911 |
26.90 |
| 349.97 |
0.7408 |
23.30 |
| 349.96 |
0.6914 |
20.10 |
| 349.96 |
0.6423 |
17.20 |
| 349.96 |
0.5930 |
14.50 |
| 349.96 |
0.5431 |
12.10 |
| 349.96 |
0.4937 |
10.00 |
| 349.95 |
0.0620 |
0.90 |
| 349.95 |
0.1033 |
1.40 |
| 349.95 |
0.1519 |
2.10 |
| 349.95 |
0.2018 |
2.90 |
| 349.95 |
0.2489 |
3.80 |
| 349.95 |
0.2973 |
5.00 |
| 349.96 |
0.0000 |
0.40 |
| 312.71 |
0.8239 |
4.40 |
| 312.71 |
0.8725 |
5.30 |
| 312.71 |
0.9106 |
6.20 |
| 312.71 |
0.9644 |
7.00 |
| 322.49 |
0.8239 |
7.50 |
| 322.49 |
0.8725 |
9.10 |
| 322.49 |
0.9106 |
10.60 |
| 322.49 |
0.9644 |
11.60 |
| 332.49 |
0.8238 |
12.40 |
| 332.49 |
0.8725 |
14.90 |
| 332.49 |
0.9106 |
16.80 |
| 332.49 |
0.9644 |
18.60 |
| 342.08 |
0.8238 |
19.80 |
| 342.08 |
0.8725 |
23.60 |
| 342.08 |
0.9106 |
26.00 |
| 342.08 |
0.9644 |
28.80 |
| 352.10 |
0.8238 |
30.70 |
| 352.10 |
0.8724 |
36.30 |
| 352.10 |
0.9106 |
40.00 |
| 352.10 |
0.9644 |
43.90 |
Vapor or sublimation pressure, kPa
[ref]
| Fixed |
Measured |
| Temperature, K - Liquid |
Mole fraction of Water (2) - Liquid |
Vapor or sublimation pressure, kPa - Liquid |
| 331.48 |
1.0000 |
18.30 |
| 331.48 |
0.9928 |
18.10 |
| 331.49 |
0.9704 |
17.80 |
| 331.48 |
0.9500 |
17.40 |
| 331.47 |
0.9038 |
16.10 |
| 331.48 |
0.8585 |
14.40 |
| 331.48 |
0.8123 |
12.60 |
| 331.48 |
0.7653 |
11.10 |
| 331.48 |
0.7144 |
9.60 |
| 331.48 |
0.6677 |
8.40 |
| 331.48 |
0.6201 |
7.20 |
| 331.48 |
0.5717 |
6.20 |
| 331.48 |
0.5228 |
5.30 |
| 331.49 |
0.0591 |
0.40 |
| 331.48 |
0.1060 |
0.60 |
| 331.48 |
0.1531 |
0.80 |
| 331.48 |
0.1998 |
1.10 |
| 331.49 |
0.2490 |
1.50 |
| 331.48 |
0.2982 |
2.00 |
| 331.49 |
0.3463 |
2.50 |
| 331.48 |
0.3943 |
3.20 |
| 331.49 |
0.4419 |
4.10 |
| 331.48 |
0.0000 |
0.10 |
| 349.97 |
1.0000 |
40.80 |
| 349.96 |
0.9817 |
40.40 |
| 349.96 |
0.9673 |
40.00 |
| 349.96 |
0.9431 |
38.90 |
| 349.97 |
0.8951 |
35.60 |
| 349.97 |
0.8424 |
30.90 |
| 349.97 |
0.7911 |
26.90 |
| 349.97 |
0.7408 |
23.30 |
| 349.96 |
0.6914 |
20.10 |
| 349.96 |
0.6423 |
17.20 |
| 349.96 |
0.5930 |
14.50 |
| 349.96 |
0.5431 |
12.10 |
| 349.96 |
0.4937 |
10.00 |
| 349.95 |
0.0620 |
0.90 |
| 349.95 |
0.1033 |
1.40 |
| 349.95 |
0.1519 |
2.10 |
| 349.95 |
0.2018 |
2.90 |
| 349.95 |
0.2489 |
3.80 |
| 349.95 |
0.2973 |
5.00 |
| 349.96 |
0.0000 |
0.40 |
| 312.71 |
0.8239 |
4.40 |
| 312.71 |
0.8725 |
5.30 |
| 312.71 |
0.9106 |
6.20 |
| 312.71 |
0.9644 |
7.00 |
| 322.49 |
0.8239 |
7.50 |
| 322.49 |
0.8725 |
9.10 |
| 322.49 |
0.9106 |
10.60 |
| 322.49 |
0.9644 |
11.60 |
| 332.49 |
0.8238 |
12.40 |
| 332.49 |
0.8725 |
14.90 |
| 332.49 |
0.9106 |
16.80 |
| 332.49 |
0.9644 |
18.60 |
| 342.08 |
0.8238 |
19.80 |
| 342.08 |
0.8725 |
23.60 |
| 342.08 |
0.9106 |
26.00 |
| 342.08 |
0.9644 |
28.80 |
| 352.10 |
0.8238 |
30.70 |
| 352.10 |
0.8724 |
36.30 |
| 352.10 |
0.9106 |
40.00 |
| 352.10 |
0.9644 |
43.90 |
Sources
![1,5-Diazabicyclo[4.3.0]non-5-ene](data:image/png;base64, iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAayUlEQVR4nO3de3xT9fkH8CeXQtOWQm9cCgVaLqVQZFysSLHlUsVpcHNSXm4SECYt6Az8VAgDMcjNogxSRVkYbmTcRl66sTCmWwWEgoBAFSiXlhboBQq9Qu9tmjy/P74hrV3vuZyTnOf98uVLIef7fZp+cnLyPc85ESEiECIMYq4LIMR5KO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRAKO5EQCjuREAo7kRApFwXYKu//hVqawEAnnkGBg9u+THHj0NGBgBAQoLT6iJ8JEJErmuwSWAglJQAAMTGwrFjIBK18JjXXoPPPwcAcPGfldjKfQ5mjh+HPXu4LoLwm/vEHQDeeguKi7kugvCYm8Q9Jga6d4fiYli1iutSCI+5SdwHD4ZFiwAAdu6E777juhrCV24SdwBQqyEwEMxmSEwEo5HraggvuU/c/fxgzRoAgPR00Gi4rYXwlPvEHQASE2H0aACA99+HnByuqyH841Zxl0rhs89AJIKqKli8mOtqCP+4VdwBYPJkmDMHAOCrr+DgQY6LIXzjbnEHgI8+Aj8/AAClEqqrua6G8Ikbxr1PH1i3DgAgLw82b+a6GsInbhh3AFi0CMaPBwD48EPIz+e6GsIb7hl3iQT++EcQi6GqCt59l+tqCG+4XtwRYf9+S4djGyZMgIULAQB274aLF3/yV3o97NwJZrOjKiT8hS7l3DmMjkYA7NkTCwsREQMCEADnzm3hwaWlGBSEAI3/IGJFBfbtiwA4diyeOOHU4gnnXGbvXlwMS5bAxIlw6hQEBMD774O/fzub+PlBUlLzP/TxgR07IDQUfvgBYmJg5ky4dctBJRP+4fr11r76etRo0NcXAdDDA5VKfPCg8W/b2LsjotmMsbE/2bsz1dWYlIQ9eiAAymSoUmF5uWN/CsIHfI97SgpGRFjCGheHV640f0DbcUfEy5fRw6N53Jn8fFQoUCRCAOzfH3U6NJvtXD/hFf5evJeRAW+9Bf/+NwBAeDhs2QLPPdfCw44fB6MR+vWDUaNaHercOXj4EAAgLq7lv12yBE6fBgB4/HFIToYnn7RD/YSPuH69taC0FFUq7NYNAdDPD5OSsK7OsTOazajTWT7CikSoUGBBgWNnJJzgV9xNJtTpLMspYjEqFJblF+eorES1Gj09EQC9vVGtxpoa583uBurq6lJTU00mE9eFtIpHcT9yBB97zHKQPXUqXrzITRk3bmB8vKWMIUNQr+emDBfS0NCwbdu2yMhIsVgMAL169SoqKuK6qJbxIu5ZWY0JCwlBnc7O42/ZgsePd24Tnrz2+Ky2tvbQoUPz58/3/58l4fDwcK6raxnHcXfC8UN6OkqlCIDx8Xj7dic2NBpRq+XsyIq3ampqDAaDQqHo2bOnNd+DBw+Ojo7etWvXP/7xD/YnS5Ys4brSFnAW92afDuPjMTfXIRM1XWLv1g2Vys4tsTv/czM/VVVVsZT36NHDmvKRI0eq1eqrV682feTLL78MAL6+vrdu3eKo2FZxE/fvv8cnn7QcKjz+OH73ncNnvHMHExJQLEYADA5GrRY79YHq+nV87jlLweHhePiwwwrlmdLSUp1OFx8f7+3t3SzlGRkZrW01e/ZsAIiKiqqvr3dmte1ydtybntkJDnb2mZ3vv8dJkxpfZqdOdW7zds95uY3i4mKdTieXy7t168YiLhaLo6OjNRpNXl5eu5uXlZUNGjQIAFavXu2EajvOeXGvrq7esKHey8ty3n71aqysdNrkjcxm1OsxJKTxIConpxOb19Y2Hhp1744rVhgfPnzosGKdrbCwkKXcw8ODpVwikbCU3717t1NDnThxQiKRiMXiI0eOOKjaLnBS3A0GQ2ho6JQpxwBQLsebN50zbats/IhcVIRKJUokGBubHBAQoNFoGhoaHFasw+Xk5Gg0mujoaLaSCADdu3ePi4vTaDT379/v8rBqtRoA+vfvz591SYfHPS0tLSYmhj2JEydO/fZbHp2DyM1FhaLrC6DnzuGMGXL2o02YMOHkyZOOKdNRbt68yVIuenTfZJlMJpfLdTrdg6ZdeF1lMpmmTp0KAM8995yZH91IDox7cXGxUqmUSCQAwOdd4NGjNi2xGwyGwY9uLC+Xy3m4HNFMenp6UlJSdHS09aOnl5cXS3m5vftC8/LyAgICAGDbtm32HblrHBL3+vp6jUbD1mU9PDyUSqVd9haOw5oXevduXGLv1Ht4VVVVUlKSj48Pi45KpaqoqHBYsV2Unp6uVqsjIiKsKffz81MoFHq9vtKRn6K+/PJLdnT0448/Om6WDrJ/3FNSUkY96k6Mi4tLT0+3+xQOYuMSe35+vkKhYAcG/fv31+l0fHgHZykfNmyYNeUBAQEKhcJgMNQ56wxCYmIiW76sqqpyzoytsWfcMzIynn/+efacDh8+/NChQ3Yc3GmaLbH/61+d2/zs2bMTJ05kT0JUVNTp06cdU2ZbTCZTamqqUqns37+/NeVBQUEs5Uaj0cn11NTUPPbYYwCQmJjo5KmbsU/cy8rKVCoVW6Pt1atXUlKS0/YcDpKSgiNHdnGJ3WQy6XS6Pn36sOVqhUJR4JR+4oaGBpbyfv36WVM+cOBApVLJeaNienq6TCYDgP3793NYhq1xZ7/a3r17W3+1tixd8UpdHX74oeWiQT+/ipUr1Z1aYq+srFSr1d27dwcAb29vtVpdW1vriDpra2tTUlKUSiX7LTChoaEs5Xw4oGK2bdvG9oYcfpq3Ke7Hjh0bM2YMe36nTJnCh88idldQgAsW4JQpK7u2vpSZmRkfH8+eoqFDh+rt109cXV3Nmlh8fX2bnt5XqVSpqan2msW+fvnLXwLA5MmTnX9AxXQx7rm5uQqFgj3FISEhOrv37PLMhQsXnnrqKfbzjh079kQnb9nxzTffREZGss2nT59+6dKlLldibdViC0HWlKvV6mvXrnV5WOcoLS0dOHAgAKjVak4K6HTcq6qq1Gq1p6cnW3RTq9U1grnmx5YldqPRqNVqAwMDAUAqlSYkJHTqXKO1VcvLy6tZyjMzMzv9k3CH2+aCTsTdbDbr9Xr26hSJRPHx8TmdajdxC9XV1dYldplM1tkl9pKSEqVSKZVKAcDf31+j0bT9tt5Gq1Z+fr7NPw03Vq9eDQADBgwoLi528tQdjfu5c+cmTZrEnnFXPGFuXzYusV+7du3ZZ59lT+aIESO++uqrZg/Iy8vTarVyuZy9MKBJq5ZzFnkcymg0snO6L774opOnbj/uaWlpc+bMYc1DwcHBWq2Wz9feOpONS+wGgyEsLMx6aJSdnX379u1mTSyenp5yuVyr1brNeheTm5vLLvn77LPPnDlvO3E/evQoe+o9PT1XrlzJw3Pj3DKbzTqdrm/fvuwAr7NL7DU1NRs2bLAeGlkPyr29vWfNmrV//367N7HwxxdffMFy5cwFvXbiPnr0aADo2bNnG5euEBuX2O/evfvCCy/4+/tLpVLWqiWQ3crChQvBuc0F7cSdvdtyfu7XJdy4caPLS+yHDx8GgBkzZjiuPB6qqalh+9PFixc7Z0aXuQMw/7GIHzlyZPTo0VlZWbNnz54+ffrly5c7PoL16gqB8PT03Ldvn0wm2759+4EDB5wwYzvPL2tWZqvFpCOmTZuWlpam1WqDgoKOHj06bty4xMTEoqIiruviqcjIyE2bNgHAokWLchz/XbjtxD08PNz6b9JB7CzS9evXlUolAOzYsSM8PDw5ObmhoYHr0vjod7/73S9+8YsHDx4oFAqTyeTQuYT17ulM/v7+ycnJaWlp06ZNKysrW7p06TvvvMN1UXwkEon+8pe/DBw4MDU1df369Q6di+LuWKNHjz5y5IjBYIiIiHjjjTe4Loen/Pz8du/eLZFI1q5de+zYMcdNRHF3hpkzZ165cqXpJUWkmZiYmBUrVpjN5rlz55aUlDhoFoq7k1hPlJLWrFmzZtKkSfn5+QkJCQ6aguJO+EIqlf7tb3/z9/f/+9//rtVqHTEFxZ3wSEhICAv60qVLL126ZPfxKe6EX2bNmvXb3/62trb2N7/5TU1NjX0Hp7gT3klOTo6IiLhy5cqyZcvsOzLFnfCOt7e3Xq+XyWSffvrpwYMH7TgyxZ3wUWRk5AcffAAACxYsyM3NtdewFHfCU0ql8oUXXigrK5szZ469mgso7oSnRCLR559/HhwcnJqaunHjRruMSXEn/BUYGLhv3z7WXHDq1CnbB6S4E16LjY1dvnx5Q0PDr3/969LSUhtHo7gTvlu7du2TTz6Zl5dne3MBxZ3wnVQq3bt3b8+ePb/88ss//elPtgxFcScuIDQ0lAVdqVR26nrIZijuxDXEx8fPnz/fxuYCijtxGZ988smIESPS09NVKlXXRqC4E5fBmgs8PT23bdv2z3/+swsjUNyJKxk9evTGjRsRcf78+V1oLqC4ExezdOnSmTNnlpWVdeHOBRR34mJYc0G/fv1OnDiRlJTUqW0p7rwgkXgPGjTUz69/+w8lAEFBQay5YM2aNd99913HN6S484LJFJuTc6OszKZzKIIyZcqUd955p6Gh4eWXX+54cwHFnbiq9evXs+YC9jXFHUFxJ65KKpXu2bPH19f3iy++WLVqVUc2obgTFxYWFvbxxx8DwMaNG9lNw9tGcSeubd68eUOGDAGAWbNmtXsQT3EnLu/kyZNSqbS2tnbr1q1tP5LiTlxeQUEBO9/Evi+oDRR34toaGhri4uIQMTAwcOXKlW0/mOJOXNuGDRtKS0vFYvHRo0fb/bYfijtxYefOnduwYQP7QgT2rWZto7gTV1VZWfnKK68YjcZly5bNnTu3I5tQ3ImrSkxMvHHjxvjx49etW9fBTSjuxCX9+c9/3rdvn4+Pz759+7p169bBrSjuxPVkZWUtXboUALZv3z58+PCOb0hxJy6mrq5u9uzZFRUVc+fOnTNnTqe2pbgTF7NixYoffvhhyJAhn3zySWe3pbgTV/L1118nJyd7eHjs3bvX19e3s5tT3InLuH///vz58xFx48aNTzzxRBdGoLgT12A2mxUKxb1795555pm33nqra4NQ3Ilr+Oijj1JSUnr37r1r1652mwVaQ3EnLuD8+fPvvfee9R4EXR6H4k74jjUL1NfXv/3223K53JahKO6E7xYvXpyZmTlu3LgNGzbYOBTFnfCaTqfbs2ePt7d3p5oFWkNxJ/yVnZ2tVCoB4NNPPw0PD7d9QIo74Smj0fjKK6+Ul5fPnj173rx5dhmT4k546ve///3Zs2fDwsJs/IKapijuhI/+85//bNmyxXrjJHsNK7XXQMQWQ4aASgUjRnBdBz8UFha++uqriMhui2fHkSnuvBAeDp28dbPbQsQFCxbcu3eP3fTUvoNT3DmQmQkVFQAAAwdCUFDLjykshLw8AICRI0Emc15tnNu8efPhw4eDgoL27t0rkUjsOzgdu3MgMREmTIAJE0AuB7O55cfs22d5TFaWc4vj1IULF959913WLBAcHGz38SnuXPr+e9i5k+sieMPaLMC+jsYRU1DcObZiBRQWcl0EP7z++usZGRnsy8YcNAXFnTMDBoC3N5SVwdtvc10KD+j1+t27d1u/StJBs1DcORMUBOwqhT174MgRrqvhVHZ29sKFC+HRFwU7biKKO5eWLYO+fQEA3ngD6uq4roYjRqNxzpw55eXl7GvgHTpXO3G/ePGi9d/E7nr0gA8+AADIyIBNm7iuhiOrVq06c+ZMaGioHZsFWtNO3KuqqgCgsrLS0XUI1rx5wC4y3rgRMjK4rsbp/vvf//7hD3+QSqV79+7t2bOno6fr0MGMubXFYWIzkQg+/hjEYqirgzff5Loa5yoqKnr11VfNZvPatWvt2yzQmnbizq4L3LVr1wfsTZc4QFQULFwIAJCSAvv3c12Ns7BmgYKCgtjY2OXLlztv1jZcvnzZw8ODPXLIkCFZWVltP550xJQpCIBjxzb+SUkJBgUhAPbti+XliIhbtyIAAuClS1yV6VibN28GgMDAwDt37jht0nb27pGRkQ8ePHjxxRdFIlF2dnZERMSSJUvKy8sd/ioUGH9/y0fVe/egxQsyjUZAdHJRDpSWlrZy5UrHNQu0qoMvi8uXLyckJLD7e/Tr10+r1TY0NDj0hejG/nfvjohmM8bGIgB264aZmc337h9/jCEhqFRiSgoajZxUbTeVlZXsSrwlS5Y4eeqOxp05f/785MmT2etk/PjxqampDirLvbUYd0S8eBGlUgTAX/2qedzj4y3/C4D9+uHrr+ORI+iiOxx2JV5kZGR1dbWTp+5c3BHRbDbr9fpBgwYBgEgkio+Pv337tiMqczOFhXjokOW/W4s7Iv7f/1ky/dJLzY/d09NRrcbw8Mbc+/ujQoEGA9bVOemnsN2BAwcAwNvb++rVq86fvdNxZ6qqqtRqtUwmAwAvLy+VSlVRUWHfytxGfT1qNNirF8pkyPYMbcS9vByDgxEARaJWP6qy3I8c2Zj7Xr0wPh51OqysdPiPY4vs7Gx2Jd7OnTs5KaCLcWfy8vIUCoVIJAKAAQMG6HQ6s9lsr8rcw+HDjfvjn/8cb91CbDPuiLh/f2OO216Zyc5GjQajoxtfGzIZyuWo01mWd3jFaDSyxfVZs2ZxVYNNcWfOnDljvfvwE088cebMGdvHdAMZGSiXW1I4bBjq9Y1/1XbcEfHZZzsUd6tbt5rn3tPTkvuyMtt/FPtQqVQAEBISUlJSwlUNdog7IppMJp1O16dPHwAQi8XsxsR2GdkVlZWhSoXdu1sOM5KSsLb2Jw9oN+6ZmZbNO7vunpuLGg3GxVk+8gKgRILR0ajRILe/kGPHjkkkEqlUeurUKQ7LsE/cmYqKCrVazb6X3sfHR61W1zb7Pbs7kwl1OuzTBwFQLEaFouWQabWoUmFycltD7d2LKhWqVFhQ0JVKiopQp0O5HD08mufeiWd1LAoLC9np+fXr1zt77p+yZ9yZzMzM+Ph4dmwzbNgwfdN3cbf27bc4ZowlW7Gx+MMPXBeEiIglJZbcW98uxGKMjsakJLxxwxkFmM1mdiVeTEwM5+dq7B93JiUlJTIykoV++vTply9fdtBEfJCXhwqF5bh5wADU6ZCHn9jLylCvR4UCfXwsuR81qmLkyJFqtfr69euOm3fLli0A4Ofnl5OT47hZOshRcUfE+vp6rVYbGBgIAFKpNCEhoaioyHHTcaKqCtVq9PREAPTyQrUanX7mpNMqKvDAAZw9G59+2mA9uf6zn/1s3bp1dl8Lv3Tpkqenp0gkOnjwoH1H7hoHxp0pKSlRKpXshiH+/v4ajYbzdzS7MJtRr8dBgyxr5PHx6HJn22pqagwGQ0JCQlCTm92EhYUplcrU1FTb15QrKyvZlXhvvvmmXQq2ncPjzly9enXGjBnsCY2IiPj666+dM6+DnD+P0dGWQ4Lx49HVeykaGhpSU1OVSmVfdikhAAAMGjTIxtyzK/E4aRZojZPizhgMhrCwMPZsyuXy7OxsZ85uF3fvYkICisWW3hWtFk0mrmuyH2vum3YphoSEJCQkGAwGY2d60/R6PQB4enpe4lMHs1Pjjoh1dXUajaZHjx4A0K1bN6VS+fDhQyfX0DV1dajRoK+vpWlRqUQXKbwrTCbT+fPn1Wr10KFDrbkPDAxUKBQGg6G+vr7tzXNycvz8/ABgx44dzim4g5wdd+bOnTvWduLg4GCtVmvi907SYMCwMMvRi1yOLvi21HXp6elqtbrpl2f4+/uz3Ld4XqW6ujoqKgoAXnrpJedX2zZu4s6cO3du0qRJ7BmcMGHCyZMnOSymNdeuNZ7SHzECv/qK64K4w3I/fvx4a+69vLzkcrlOp2vaIMgaY/r06cNhs0BruIw7PmonHjhwoLWdmA+rswxbU5o6dQVrtdVoXP66CnvJzs7WaDTR0dGsOxAAZDKZXC7ftm3be++9x/5k+/btXJfZAo7jzrB2YnarNC8vL7VaXVNTw2E99fX1Go2GHX16e3urVCWlpRyWw19ZWVmbNm2Kioqy5p6ZNm0a16W1jBdxZ3JzcxUKhXU1QKfTcVLGN9980/R8MK8WFngrNzdXq9UGBweLxeLIyMg6vl5vwqO4M8eOHRszZgxL25QpU3788UenTd2022fo0KHC6faxI/4ssbeId3HHR+3EvXv3trYT379/36EzVlZWWns5vb29BdjLKRB8jDtTVlamUqnYFyX36tUrKSnJEW+R1KkvKPyNO5ORkfH888+zA4zhw4cfsl7ebA9nz56dOHEiGzwqKur06dN2HJzwEN/jzqSkpIwaNYrlMi4uLj093cYBm15l279/f7rKViBcI+74aHGQ3STWw8NDqVQ+ePCgC+NUVVUlJSX5+PgA3UNBeFwm7kxxcbG1nTggIKCz7cQGg2Hw4MHWHrVb7MYARDBcLO5MWlpaTEwMS+3YsWOPHz/e7iYXLlx46qmn2Cbjxo07ceKEE+okfOOScWcMBkNoaKh1V33z5s0WH1ZUVGTLGwJxJy4cd0Ssrq5OSkpi7cQymWz58uVNV+jZ4T67bZUth/vEbbh23Jn8/HzrMotEIlm0aJHJZDp06FBERIR1MefKlStcl0m4J0J3uW34qVOn5HL5gwcPAEAikZhMJgAYNWrU1q1bn376aY6LI/zgPl80GR0dXVxc/Nprr4nFYpPJJBKJVq5cmZaWRlknVu6zd7cqKCi4cOHCiBEjml54Rgi4ZdwJaY37HMwQ0i6KOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsREIo7ERCKOxEQijsRkP8HOInijV7opIgAAAAASUVORK5CYII= "1,5-Diazabicyclo[4.3.0]non-5-ene")
