- InChI
- InChI=1S/2C2H4O2.Pb/c2*1-2(3)4;/h2*1H3,(H,3,4);/q;;+2/p-2
- InChI Key
- GUWSLQUAAYEZAF-UHFFFAOYSA-L
- Formula
- C4H6O4Pb
- SMILES
- CC(=O)[O-].CC(=O)[O-].[Pb]
- Molecular Weight1
- 325.30
- CAS
- 301-04-2
- Other Names
-
- Acetic acid lead salt (2:1)
- Dibasic lead acetate
- Goulard powder
- Lead acetate
- Lead acetate (pb(ac)2)
- Lead acetate (pb(o2c2H3)2)
- Lead acetate (pb(oac)2)
- Lead diacetate
- Lead dibasic acetate
- Lead(ii) acetate
- Ledac
- Neutral lead acetate
- Normal lead acetate
- Plumbous acetate
- Salt of saturn
- Sugar of Saturn
- Sugar of lead
- lead(2+) acetate
- sal Saturni
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.1422 | Relay (1.0) Calculated Property | |
| ΔfG° | -256.32 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -643.85 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 15.80 | kJ/mol | Short chain lead (II) alkanoates as ionic liquids and glass formers: A d.s.c., X-ray diffraction and FTIR spectroscopy study |
| ΔvapH° | 73.77 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.61 | eV | Relay (1.0) Calculated Property |
| log10WS | -0.59 | Relay (1.0) Calculated Property | |
| Pc | 3881.55 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 540.58 | K | Relay (1.0) Calculated Property |
| Tc | 521.34 | K | Relay (1.0) Calculated Property |
| Tfus | 382.66 | K | Relay (1.0) Calculated Property |
| Vc | 0.240 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Molybdenum, tetrakis[«mu»-(acetato-O:O')]di-, (Mo-Mo).](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAeUElEQVR4nO3deXxTZboH8N9J9wVKKWvpApSWlqWUTqGyLxbZCs5HKAxOIw7D1DsqQcdxymf0mnGUsWWu16DMvRbvzBBBL1TFaxUHqEVAEQSh1AIta1dKC6UL3Zsmz/3jxLTEqlCSnNOc5/tX8/Y9J09Ofjl5z3tOEoGIwJgyqKQugDHH4bgzBeG4MwXhuDMF4bgzBeG4MwXhuDMF4bgzBeG4MwXhuDMF4bgzBXGVuoAumpqwfz8uXoRKhbFjkZAANzepa2JORZDLJWJffIEVK9DSgpgYtLUhLw8hIfjoI4weLXVlzHnII+6VlRgzBrNmYccO+PgAQFUVFi1CQwPy8+HhgUcfxYULABAbiy1bpC2W9V7yiPuf/4z0dJSXw9+/szEvDzExePddrFolXWXMqcjjUPXwYUyYcFvWAUyYgIED8cUXEtXEnJA84l5VhaCgbtqDg1FZ6fBqmNOSR9zd3dHc3E17YyM8PBxeDXNa8oh7eDiuXLFuNBhQVobwcCkKYs5JHnFfuhQFBTh+/LbGnTvR0oKf/1yakpgzksfMjNGI2bNRVIQ33sCsWWhtxb590GiwfDn++U+pi2POQx5xB9DQgGeewTvvmAfx/v548km88AJc5XTel/Vysom7qK0NxcVwc0NoKFxcpK6GORt5jN0tjEb8x3/g9dc568weZLZ3r6lBQAD8/VFTI3UpzAnJbO/OmD1x3JmCcNyZgnDcmYJw3JmCcNyZgnDcmYJw3JmCcNyZgnDcmYJw3JmCcNyZgnDcmYLI68MTLYLw2axZ8PJaInUlzCnJ6wLgmpqagIAAf3//Gr4AmNkBD2aYgnDcmYJw3JmCcNyZgnDcmYJw3JmCcNyZgnDcmYJw3JmCyDHuBoOhuduve2fs3sgx7o2NjeHh4W+//basLnBgTkCOcXdxcamoqFi9evX06dO/+eYbqcthzkNecW9paQHg7e2t1+uHDBny1VdfTZ48ecWKFWVlZVKXxpwCyca+ffs8PT0BeHl5EVFjY6NWqxVbfHx8tFptS0uL1DWy3k0Wcb9y5cqyZcvEl5+rq+trr71m+delS5eSkpLEfwUHB+v1eunKZL2exHFvamqy7MJF999//7lz56y65eTkREdHix3mzJmTl5cnSbWst5Ms7iaTKTMzMyQkBIAgCMuXL3/llVcGDBgg7uBTUlJu3LjRtb/RaNTr9QMHDgSgUqnUanVVVZVUxbNeSpq4nzhxYtq0aeLeOi4u7ssvvxTbb968qdFoXF1dAfTv31+n0xkMhq4L3rx588knnxQ7zI+KojfeoNs7MPYjHB33q1evpqSkqFQqAEOHDs3IyDAajVZ9CgoKFixYIL4YIiMj//Wvf1l1KCwsXLRoUcmUKQTQ6NG0Z4+jyme9m+Pi3tbWptPp+vbtC8Dd3V2j0dTX1/9I/6ysrJEjR4qhT0xMvHz5snWPjz6iUaMIIICWLqWLF+1YPXMKDor7T2e3Oz/9CmlvJ52O/PwIIDc30miors4uD4A5BbvH/dy5c/Pnz/+RkclPqqio+InxT3U1aTTk4kIABQSQTkcdHTZ7AMyJ2DHu4nGni4vLDx133pVjx47Fx8cDGNanT9u8eXT0qHWPkydpxgzz2CY2lg4fvqfqmTOyS9wNBkNGRsaPzCr2jMlkevvtt08uWUIACQIlJ1N5uXWnrCwaPtwc+sREKiq69/tlTsP2cf/ss8/GjRtnOWeUn59v4ztoaiKtlry8CCBvb9JqqbnZukNaGvn6EkBeXpSaSg0NNq6B9U62jPuFCxcsJ/zDw8MzMzNtuHJrZWWkVpMgEEBBQaTXk8l0W4eSElqxwtzhv/7LjpWw3sM2cW9oaNBqtR4eHgB8fX21Wm1ra6tN1vwTDh6kCRPMQ5dZsyg317rD4cO0YgW1txMRtbbSgQO0bRu99x4VFzuiPCYz9xp38dz+4MGDLef2KysrbVLZnVdAej0NHkwAqVSkVlO3BezdS4GB5OpKUVEUEECCQGq19SiIObt7irtltgRAfHz80e/PljhMbS2lppKHBwHUrx+lpVHXt5czZ8jTk1av7hzEZ2eTnx+tXi1FrUwyPYx7WVmZWq0WBAFAUFCQXq83WQ2dJVFQQAsXmsc2kZFkmeNPTqYRI6it7bbOW7aQSkV3dsKLOYe7jntTU1NaWpqvry8Ab2/v1NTUBrnNe2Rn09ixBNDvfmduCQyktWutu5WUEED/8z8Oro5J6K7jfuXKFfHy9MTExCLZzmq3t9PmzVRbS0RkNJJKRX/+s3Wfjg5yc6MXX3R4cUwyd/3rHSNGjNi8efPYsWMtV/DKkZsbNBrz34IAlQoGg3UfoxFGI1zl9fslzK568mSnpKTYvA47EgSEhKC42Lq9pAQmE4YPd3xFTCry+iYCe1m4EHv3oqHhtsadO+HhgYQEiWpiElBG3DdsQEcHli/HpUsA0NyMbduwcSOeeQaDBkldHHMcef0UmR2dPo01a5CbCz8/NDbCwwN/+AP+/d+hUsYLngFQUNxFly+juBje3pgwAd7eUlfDHE1hcWfKxm/lTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQeQU9127sGgRwsMxejSWLUNOjtQFMWcjm7g/9RTUagwfjj/9CampcHfHvHnYssX834ICnDyJkydx4YKkVbLeTR4fTD50CJs3Q6/HI4+YW9asQWgonnkGS5YgNBQffYTycgAID0dEhISVsl5NHte7r12L/ftRUgJB6Gysr8fAgXjpJaSmSlcZcyryGMzk5yMy8rasA/DzQ1AQ8vMlqok5IXnEvakJAQHdtA8YgMZGh1fDnJY84u7vj2vXummvqED//g6vhjktecQ9Lg5nz1p/0de1a7h2DZMmSVQTc0LyiPuaNaitxaZNnS1E2LABffviF7+QrizmbOQxETl+PF59FU8/jSNHMGsWWluxbx9yc5GZCX9/qYtjzkMeE5Gi48fxz3+ioACuroiJwWOPITxc6pqYU5FT3BmzM3mM3S1qaiAIPBvD7ERmcWfMnjjuTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEHkFfdaQRjq4zPG11fqQphzkseH975DRJVNTW3u7lIXwpyTvPbujNkVx50pCMedKQjHnSkIx50pCMedKQjHnSkIx50pCMedKYgc497Y2Pj+++9LXQVzQnKMu8FgSEpKmjNnTl5entS1MKcix7j7+PgMGjTo4MGDsbGxjzzySFVVldQVMSchr7j/4x//AGAwGM6fP5+amurm5rZ9+/bIyMj09PS2tjapq2O9H8lDeXn5ypUrxZJCQkLExvPnzycmJoqNERERH3/8sbRFst5O+rg3NzenpaX16dMHgCAIEydOrKys7NohOzt77NixYugTEhLOnDkjVamst5M47llZWSNGjBCj7OrqCsDd3f3ZZ5+tr6/v2q29vV2n0/n5+QFwc3PTaDS1tbUSlcx6McnifurUqZkzZ4pBnzhx4qFDh6qrqzUajYuLC4CAgACdTtfR0dF1kaqqqt/85jcqlQrAoEGDMjIyyGiUqn7WG0kQ9x+P9cmTJ2fMmCG+DGJjYw8fPmy1eG5urvg6+Ut8PEVF0d69ji2f9WIOjfv3xyR1dXXd9szKyho+fLgY+sTExKKiIqsOu3btap46lQACKCmJiovtXj3r/RwX9+zs7DFjxtz5Ead4COvr6wvAy8srNTW1oaHBqgelpVGfPgSQuztpNHTrlh0fAOv9HBH38+fPL1682DKf+Mknn9z5suXl5Wq1WhAEAMOGDdPr9SaT6bYeV69SSgqpVARQYCDxgJ79MPvGvba2NjU11d3dHUC/fv3S0tLa2tp6sJ7Dhw/HxsaKL5jp06dX5+Za9zh+nCxjm7g4OnLk3otnzsdecTcajXq9ftCgQQBUKpVara6qqrr3FQ4ZMmRVZCS5upJaTdeu3dbDZKLMTAoJIYAEgZKSqKTknh4Dczp2ifuBAwcmTJgg7oxnz559+vRpW625rq6u6qWXyN2dAOrblzZtIqu3i8ZG0mrJ05MA8vEhrZZaWmx176y3s3HcS0tL1Wq1GPTg4GC9Xm/b9ZtdvEhJSeahy6hRlJlp3eHSJfr5z80dRo6kAwfsUgbrbWwW98bGRq1W6+npCcDb21ur1bbYe7f62Wc0frw503Pn0rffWnc4cICio0kQ6Ngx+1bCegkbxN1kMmVmZoaEhIgXvSQlJZU4bNBsMFBGBg0cSAC5ulJKCl2/bt1h/36xSvrgA1q1iqZPp/nz6fnnqaLCQUUy2bjXuJ84cWLq1Kni6CUuLu6IJFMiN2+SRkOurgSQvz/pdGQw3NbBZKLkZHJ3J7Wa/vM/acMGioqi/v3pxAkJqmXS6Xncr169mpKSIl7BEhgYmJGRYZR2wruggBYuNI9tIiPp0087/7VtG6lUt11u0NJCU6dSRATdflkOc249iXtbW5tOpxMv2XV3d9doNLfkczpz924aOdIc+nXrzI3Tp9P991v3PHCAAPr8c8fWx6R013E/f/685WqWZcuWXblyxR5l3ZP2dtLpqG9f+uADc4uPDz39tHW3mhoC6NVXHVwdk9Bdf7/7iBEjPDw8oqKiXnvttfnz59/t4o7g5ob16/Hwwxg4EACMRjQ1YdAg627+/nB3R3294wtkUrnruLu5ue3bty8oKEi8gle+xKwDcHGBjw+uX7fuUFeH9nb4+Tm4Liahnvx6R2hoqM3rsK/oaJw9a92Ynw8AMTEOr4ZJRl7fRGAvq1cjJwdHj3a2GI3YuBEjRmDWLOnKYo4mEJHUNdif0YgHH8Thw/i3f0NcHK5fR2YmcnPx6af47pNTTAmUEXcAHR146y28/z6Ki+HlhalT8fvfIyJC6rKYQykm7owpZezOGACOO1MUjjtTEI47UxCOO1MQjjtTEI47UxCOO1MQjjtTEI47UxCOO1MQjjtTkJ58vMOOyspw8SJcXDBmTOfHkRTo+nUUFMBkQng4goKkrsaJSPxZWYvSUpo7lwDy9SUPD1Kp6Be/oB/4sQNnVltLSUkkCOTpST4+BNC8eVReLnVZTkIeFwA3NSE2Fp6e2LYNEybAZMKhQ0hORlQUcnIgCNi4EWVlABARgd/9Tupy7cZkwpw5KCrCjh2YOhUqFU6dwiOPgAinTsHLCxkZyM0FgIAAbNwodbm9kNSvNyIi2rKFXFzo0qXbGj/9lADat4+I6MIFysujvDy6fFmSAh1kzx4CrL/A9exZUqnozTeJiIqLzduhoECSAns7eezdlyxBRQVOnrytkQj9+mHtWrz6qkRlOZxGgx07UFNj3T5hAsLCsHu3FDU5FXnMzJSW4ruvauokCAgNRWmpBPVIpdvtAGD4cGVtB7uRR9wFAT/0JiMIji1FUrwd7EwecQ8O7mbvRYTSUgQHS1GQRLrdDgBKSpS1HexGHnGfNw95edbP9Oefo74eDzwgUU1SmDcPNTX48svbGi9dQn6+sraD3cjjULWhAePHIzAQmZnmsypnzuDBBxEYiEOHoJLHa9IBjEZMnYraWvzf/0H8DdrSUixbhro65OXB21vq+no9eSSpTx9kZ6O1FSEhCAtDUBDGj0dEBD78UEFZB+DigqwshIRg7FgEByMsDKGhEATs28dZtwl57N1FJhNyc1FYCBcXxMQgMlLqgqRTUIDTp2EyYcwYxMTwcaqtyGnfqVJh3Dg0NaG9XdFZBxAVhbY2NDVh3DjOug3Jae8OoKYGAQHw9+/mVIvS+Pnh1i3U1fFXctuQnPbujNkZx50pCMedKQjHnSkIx50pCMedKQjHnSkIx50pCMedKQjHnSkIx50pCMedKQjHnSmIvL40r10QKqdMIR+fUKkrkVxJXJzQ0jJUENykrsSZyOsC4JqamoCAAH9//xrFXwDs5+d369aturo6P74A2HZ4MMMUhOPOFITjzhSE484UhOPOFITjzhSE484UhOPOFITjzu7alStX0tPT9+/fb9X+1ltvpaenG43GO1/V22+/nZ6e3tLS0rXx3Llz6enphw8ftkGtViT97RBrN2/eBODn5yd1IdLr27cvgJqaGqkL6cbf//53AJGRkV0br169qlKpAJSUlNz5qoKDgwFkZmZ2bVy7di2AtWvX2qbcLuS4d79161ZCQkJ+fr7UhUhv7ty5X1p9/7UMlJSUDBgw4Pz583l5eZbGzMzMgIAAAEVFRXe4nvb29oqKioEDB+7atcvSaDAYPvzww4EDB975eu6cHOMOICcn52c/+9n69etra2ulrkUa4pDg9OnTM2fOTE5OLi8vl7qiTkVFRZMnT540aVLXmO7cuXPt2rXe3t7FxcWWxtLS0j/84Q8LFy5cuXLlm2++aTXOKS0tNRqNTzzxxJ49e+rr68XG/fv3NzU1rVmzput6iGj79u3Jycnz589fv359YWFhzyqXV9yJCEDfvn01Gg0Rvf7666NGjdq8eXNHR4fUpTmaODDYsGGDp6fnO++8M3r06A0bNjQ2NkpdFwAUFRWNGDFi+fLlO3fuFJ+yoqKi48ePJyUlhYSEWGJaUVExefLkI0eOrFixIjY2NjU1NSUlpet6xJ6PPfaYl5dXVlaW2Lhr164FCxZER0eLLwax8fnnn09JSQkLC/vlL3954cKFyZMnFxQU9KR0mw+PeqyoqGjUqFEA3N3diaigoGDBggVikZGRkZ9++qnUBTpIQ0PDtGnTxAd+7dq1srIytVotCAKAoKAgvV5vMpmkrTAoKOivf/1rUVGRIAjHjh0joldeeWXEiBFEtGDBgkcffVTs9txzzw0YMKCxsVG8uX37dkEQrly5YlnP1q1b+/TpQ0RqtXrx4sVE1NLS4ufnt2PHjq+++grfHQbU19d7eHhs2rRJXKqjo2PUqFG/+tWvelC5LOLe2tqalpbm/d039v/617+2/CsrK2vkyJFie2Ji4iWr3151LkajcevWrf379xcfb0JCQnt7u/ivgwcPxsTEiO3x8fFiyCTR1tamUqnef/99IoqLi3v66aeJKCYmJjU1lYh++9vfzp49W+y5dOnSJUuWWBasrKwEkJWVZWn54x//GB0dTUQfffSRm5tbdXX17t27PTw86urqrl27BuDgwYNE9M033wDIzc21LJiSkhIXF9eD4qWPe1ZWVlhYmPhEqlSqhx566NatW107tLW16XQ6cabCzc1No9HU19dLVa39HDt2LD4+3vKuO23atKqqqq4djEajXq8fPHiwuKHUanVlZaXj67x48SKAkydPEtErr7wydOjQc+fOAThx4gQRpaenh4aGij3nz5//0EMPWRYUD8N27dplaVm1atWDDz5IRK2trX379t26devKlSuXLl1KRCaTydvbe9u2bUQkHqyfOXPGsuC6devGjRvXg+KljHtBQcHChQvFZ3fUqFFz584V37KHDRu2fft2q7fsioqKlJQUcUQ7dOjQjIyMjo4OqSq3ra7DlcDAwAceeMDNzQ2Av7+/Tqez7OBFDQ0NWq3Ww8MDgK+vr1arbW1tdWS14nT7zZs36bvoJyQkDB8+XHy+3nvvPRcXF7HmdevWhYWFGY1GccHs7GwAp0+ftqxqypQp69evF/9++OGHp0yZ4uPjo9frxZaoqCitVktEVVVVgiBs377dsuDUqVO7vpDunDRxr6mp0Wg0rq6ulifVYDAQ0YkTJ6ZOnSq+AOLi4o4cOWK14Ndff33fffeJHZbMnk1ffSVF+TbT1NSUlpbm6+sLwNvbOzU1taGhgYjOnz+/ePFi8WFGRER8/PHHVgsWFhYuWrRI7DAuKqrNgQc2W7du7XpiZOLEiQCeffZZ8eaJEycAiAP0wsJCNze3p556qqio6OjRo2PHjo2Pj++6FxsyZIhOpxP/3r17t/jubTnVsHDhwtWrV4t/Jycnh4SE5OTklJSUvPzyy4Ig7N27twfFOzruBoMhIyNj4MCBAFxdXVNSUq5fv961g8lkyszMDAkJASAIQlJSktVpC7FDaGjosVmzSBAoKYmKix37IGwjKysrNDTUclhSVFRk1SE7O3vs2LGWcXzXd3NLh3Hjxv3vzJkE0P33U36+A8p++eWXp0+fbrm5adMmf3//r7/+WrxZXV3t7+9/+PBh8eYnn3wyadIkLy+vQYMGrVy5suvoq7W1tX///p988ol4s7m5OTAwcPny5ZYOzzzzTGJiovh3fX39mjVrgoKC3N3do6Ojd+zY0bPiHRr3nJyc8ePHi8/f3Llzv/322x/q2djYqNVqPT09xd2eVqttaWmx6mB44QXy9CSAfHzopZeoudn+j8A2Tp48OX36dHE7xMbGWsLxfe3t7TqdTvy4qnjcUldXZ9Wh5Y03qF8/AsjNjZ56impr7f4Aei0Hxf3ixYtJSUmWYbrVSeMfUlpaqlarxaWCg4Mto7pOZWWkVpMgEEBBQaTXk9STdD/uxo0bGo3GxcUFwIABA3Q63Z0cgVRXV1uWCggI6GapmzdJoyEXFwKof3/S6chZDmxsy+5xF/fT4qGVj4/P9/fTP+nAgQPR0dFi6OfMmdP1WMfs4EGKiSGAAIqPJ+km6X6EuJ++l/mlU6dOzZw5U9wOEydOPHTokHWPc+do/nzzdoiKoh6Nbp2bHeNuMpn0ev2QIUPEUbharb527VrPVmUwGP72t7+Jl2T4eHg0/P73VF19Ww+jkfR6GjyYAFKpSK0mKSbpfkjXydaEhIRz5871bD0mk2nnzp2WA5ur69bR96/HysqikSPNoU9MpMuX77V6J2KvuHedQpk0adJXtphCqampWbdu3QezZxNA/fpRWhq1td3Wo7aWUlPJw4MA8vUlrZYcO0n3fYWFhZbJ1tGjR+/Zs+fe19nc3Pziiy+mTZ9OAHl5UWoq3X6mgtraSKejPn0IIHd30mjIGc9U9IDt415eXm6ZRR42bJjtT3oXFtLixea9V0QEfXdo3+nCBUpMNHcID6c7O06wOavJ1rS0tDarF+c9Ki/vPG4ZNqyb45arVyklhVQqAigwkDIy6LspcMWyZdybm5sts8heXl6pqalW50dtKTubxowxZzohgc6ete6wZw+NHm3u8N//ba8yuvOTk622dPw4TZlifpiTJnVzIuLoUZo82dwhNdVeZfQSNot7VlbW8OHDf2QW2fba20mnIz8/8xycRkO3T9JReztlZFBEBN28aW6praWzZ6m42H4TOFaTrXl5eXa6o04mE+n1NGQIASQIpFaT1TGSyUSZmTRqFF24YG5paKCCArp0iQwGu5cnJzaI+6lTp2bMmPFjMwZ2VV3dOQcXENDNHJx489IlWrDA3A2gIUPo9ddtW0jXydawsLA7nGy1mcZG0mo7T0RotWQ1AyZuh+vXaeVKcnc3b4d+/ej555UT+nuK+0/PBzvMqVM0Y4b5KZw4kaxecpWVNHQoxcfTF19QQwNdvkx/+Qu5uNDLL9vkzrueFOvZZKvNXLxISUnm7RAWZn3c0txM48ZReDjt3Uu1tVReTlu3krc3dbkE1bn1MO4/ebZPGllZNHx45xyc5dLqp56i/v07hzSiDRvI05Nu3LiXO7ThZKst5eRQdLR5O8ydS5YB1ebN5OraOaQRZWQQQD98htuZ9CTu2dnZY8aMscwin/3+YaKEmproT38ib28CaNUqc+OoUZScbN2zsJAAevfdHt/V8ePHp0yZYtvJVpsxGOiNN6h/fwLovvvMjfPm0bRp1j2bm0mloo0bHVygJO467vn5+eIkY1RUVM+uSnOE0lJKTjbv3U0mcnGhF16w7tPWRipVj8czN27c8PLyAhAUFPTOO+9I/gmj7lVX0xNP0Jdfmm+GhZFa3U23YcPIDh/7l6G7/vWOcePGPf744+Hh4Y8//rh4WbYcBQdj+3bz30QgwvdLdXGBiwvu5ktRuhowYMBzzz3X1ta2YcMGy+ewZCcgAFu2dN40GrvZDgA8PaGMTwP35MdqtnTdgvKnUmHwYJSVWbdXVMBgQGBgj1f83HPP3VNhjhcY2M12MJlQVoZhw6QoyNHk9U0E9jJrFj7/3HpHvm8fBAGzZ0tTkiRmzcLXX6Oh4bbGzz9HezvmzJGoJseSejTlEN98Q66u9PTTnRPMeXk0eDCtXClpWQ5XVkZ+frRiBTU1mVtKSmj0aLrvPplfOG0r8vopMjvatQspKfDwwIQJuH4dZ89iwQK8+y769pW6Msc6eBCrVqGlBbGxaGjAt99i4kTs3n0vg7peRDFxB1BTg/37UVICLy9MmYJJk6QuSCJNTdi/H5cuwdUVsbGYOROCIHVNDqKkuDPFU8ahKmMAOO5MUTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQTjuTEE47kxBOO5MQf4fS53eRHVvdlEAAAAASUVORK5CYII=)
Find more compounds similar to Acetic acid, lead(2+) salt.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Short chain lead (II) alkanoates as ionic liquids and glass formers: A d.s.c., X-ray diffraction and FTIR spectroscopy study
- NIST Webbook
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