Paris red

Synonyms red lead minium trilead tetroxide lead orthoplumbite mineral red Paris red. 

SYNS C.I. 77578 C.I. PIGMENT RED 105 DILEAD(II) LEAD(IV) OXIDE GOLD SATINOBRE LEAD ORTHOPLUMBATE LEAD TETRAOXIDE MINERAL ORANGE MINERAL RED MINIUM MINIUM NON-SETTING RL-95 ORANGE LEAD PARIS RED PLUMBOPLUMBIC OXIDE RED LEAD RED LEAD OXIDE SANDIX SATURN RED TRILEAD TETROXIDE... 

PARIS RED (1314-41-6) An oxidizer. Decomposes above 932°F/500°C, emitting oxygen. Reacts, possibly violently, with reducing agents, powdered metals aluminum, titanium, zirconium, zinc, etc., alcohols, dichloromethylsilane, hydrazine, hydrogen trisulfide, ethers, glycols, peroxyformic acid, phosphorus, selenium oxychloride, sulfur trioxide. Incompatible with ammonium nitrate, diboron tetrafluoride, hydrazinium nitrate, hydrogen sulfide, nitroalkanes, rubidium acetylide, selenium oxychloride. Forms heat-sensitive explosive material with anilinium perchlorate. Increases the thermal and/or explosive sensitivity of... 

Synonyms Cl 77578 Lead orthoplumbate Lead pi.lH) oxide Lead tetrox-ide Mineral orange Mineral red Minium Paris red Pigment red 105 Plumboplumbic oxide Red lead Red lead oxide Saturn red Trilead tetroxide Empirical 04Pb5 Formula 2PbO PbOj... 

Pareth-25-7. See Cl 2-15 pareth-7 Pareth-25-8. SeeC12-15 pareth-8 Pareth-25-9. See Cl 2-15 pareth-9 Pareth-25-10. See Cl 2-15 pareth-10 Pareth-25-13. See Cl 2-15 pareth-13 Pareth-45-3. See Cl 4-15 pareth-3 Pareth-45-4. SeeC14-15 pareth-4 Pareth 45-7. See Cl 4-15 pareth-7 Pareth-45-8. See Cl 4-15 pareth-8 Pareth-45-11. See Cl 4-15 pareth-11 Pareth-91-3. See C9-11 pareth-3 Pareth-91-4. See C9-11 pareth-4 Pareth-91-5. See C9-11 pareth-5 Pareth-91-6. See C9-11 pareth-6 Pareth-91-8. See C9-11 pareth-8 Paris red. See Lead oxide, red Paris white. See Whiting Calcium carbonate... 

Paricin 13. See Glyceryl hydroxystearate Paricin 15. See Glycol hydroxystearate Paridoi B. See Butyl paraben Paridoi E. See Ethyl paraben Paridoi M. See Methyl paraben Paridoi P. See Propylparaben Parietaria officinalis Parietaria officinalis extract Parietary extract. SeePellitory (Parietaria officinalis) extract Paris green. See Copper acetoarsenite Paris red. See Lead oxide, red Paris violet. See Basic violet 1 Paris white. See Whiting Calcium carbonate Paris yellow. See Lead chromate Parlsey seed oleoresin. See Oleoresin parsley seed... 

Fig. 1-3. A kiln for smoking red herring. Source H. L. Duhamel due Monceau, "Traite general des peches," Vol. 2, Sect. Ill, Plate XV, Fig. 1, Paris, 1772.

Petiot was also asked to rename the drink to appease delicate sensibilities. He called it the Red Snapper, which is how the hotel s King Cole Bar still presents it. The original Mary, depending on which wild goose you chase, was (1) Mary, Queen of Scots, who died in a bucket of blood (2) Mary Tudor, who thirsted for Protestant blood (3) a patron at the Bucket of Blood Club in Chicago or (4) a woman who was repeatedly stood up at Mr. Petiot s bar in Paris, which is, as tire English would say, pretty bloody. 

Metalline Nitroleum (Nitroglycerin-metal). Dynamite in which powdered red lead (Pb304) is used as an absorbent. Plaster of Paris may be added to the mixt Ref Daniel (1902), 437... 

NEA (Nuclear Energy Agency) and International Atomic Energy Agency (NEA/ IAEA) (2006a). Forty Years of Uranium Resources, Production and Demand in Perspective. The Red Book Retrospective. Paris OECD. 

In 1799 Citizen Tassaert, a Prussian chemist who had been working for several years at the School of Mines of Paris, discovered chromium in an iron mineral found at the Carrade Villa near Gassin in the department of du Var. He too regarded the mineral as a chromate of iron (89). Since chromium had previously been detected in the red lead of Siberia (crocoite), in the emerald, and in the ruby, the chrome-iron mineral... 

Lead Oxide or Lead Tetroxide (Minium, Red Lead, Mineral Orange, Mineral Red, Plumbo, Puce, Orthoplumbate, Paris or Saturn Red). 

In 1901 Eugene-Anatole Demargay in Paris showed that the samples of samarium and gadolinium produced until that time harboured yet another rare-earth element, which he named generously after all of Europe europium. This element is in fact one of the most naturally abundant of the group the Earth s crust contains twice as much europium as tin. It is harvested today largely for a very special and useful property its emission of very pure red and blue light. 

The chlorides, bromides, iodides, and cyanides are generally vigorously attacked by fluorine in the cold sulphides, nitrides, and phosphides are attacked in the cold or may be when warmed a little the oxides of the alkalies and alkaline earths are vigorously attacked with incandescence the other oxides usually require to be warmed. The sulphates usually require warming the nitrates generally resist attack even when warmed. The phosphates are more easily attacked than the sulphates. The carbonates of sodium, lithium, calcium, and lead are decomposed at ordinary temp, with incandescence, but potassium carbonate is not decomposed even at a dull red heat. Fluorine does not act on sodium bofate. Most of these reactions have been qualitatively studied by H. Moissan,15 and described in his monograph, Lefluor et ses composes (Paris, 1900). 

Inasmuch as some amatols prepd in France showed instability, an investigation on stability of various mixts of AN and TNT was conducted after WWII at the Laboratoire Cen-trale des Poudres, Paris(Ref 16). The results showed that mixts of military grade TNT and pure AN decomposed with the evolution of ammonia. This attacked the TNT to form various unstable colored compds, some of them containing as much as 21.5%N, compared to 18.45%N for TNT. One such compd of brownish-red color was claimed to be ... 

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