Trinitroresorcinate

Synonym(s) Initiating explosive lead styphnate lead trinitroresorcinate styphnate of lead Sulfuric acid lead(2+) salt lead (II) sulfate Lead monosulfide lead(2+) sulfide Lead (II) sulfide plumbous sulfide natural galena Lead tetraethide TEL tetraethyllead tetraethylplumbane... [Pg.375]

Lead 2,4,6-trinitroresorcinate, 70 729 Lead acetates, 74 792-793 Lead acetate trihydrate, 74 793 Lead-acid batteries, 3 431, 520-524 ... [Pg.514]

He also worked on detonators contg Lead Trinitroresorcinate, called in the US Lead Styphnate (LSt)... [Pg.150]

Lead Styphnate. (Lead 2,4,6-Trinitroresorcinate). See Encycl 5, D1277-Lff... [Pg.568]

Lead Trinitroresorcinates. See under Trinitro-derivatives of Dihydroxybenzene in Vol 5 of Encycl, pp D1277-Lff... [Pg.569]

Lead styphnate, wetted or Lead trinitroresorcinate, wetted, with not less than 20 per cent water or mixture of alcohol and water, by mass 0130... [Pg.113]

Lead trinitroresorcinate monohydrate (Lead styphnate monohydrate) C6H(N02)302Pb.H20 -22.00... [Pg.20]

Other well-known initiating explosives are lead trinitroresorcinate (lead styph-nate), diazodinitrophenol (DDNP), tetrazene andmercuric-5-nitrotetrazole (MNT). [Pg.79]

Lead trinitroresorcinate or lead styphnate is also known under the names Bleitrizinat, Trizinat in Germany and Teneres in the U.S.S.R. [Pg.213]

It is usually prepared by adding a solution of lead nitrate to one of magnesium styphnate. The latter is an easily soluble and weakly basic salt of trinitroresorcinate. The use of suitable salts and conditions (pH, temperature, rate and sequence in adding the raw materials) is of great importance, since unsuitable salts and condi-... [Pg.213]

Table 2.4 Properties of lead styphnate (lead 2,4,6-trinitroresorcinate)...

Bleitrinitroresorzinat or Bleistyphnat(Ger Swiss). Lead Trinitroresorcinate or Lead Styphnate, described under Resorcinol and Derivatives... [Pg.215]

Muraour and Ertand (Ref 29) exposed several primary expls in the atomic pile Zoe at Chatellon, France. Pb azide, MF, diazo meta mtraniline perchlorate, Pb trinitroresorcinate, and tetracene were subjected to total steady-state thermal neutron fluxes up to 1013 neutrons/cm2. The y component was not given. No explns were obtained with any of the materials during irradiation. The only effect noticed was a slight color change from white to light brown in tetracene. [Pg.34]

Lead trinitroresorcinate (or styphnate). According to Stettbacher (Ref 1) it is prepd by adding Na carbonate followed by Pb nitrate to a boiling soln of styphnic acid. The prod is deep orange cryst d-3.1g/cc... [Pg.186]

Resorzin, Trtnitro- (Swiss), Styphninsaure or Oxypikrinsaure (Ger) (Trinitroresorcin, Styplinic-or Oxypicric Acid), A compn manufd during WWII for mil purposes by the Schweiz Spreng-stoff-Fabrik A-G, Dottikon Ref A, Stettbacher, Private communication (Dec 14, 1953)... [Pg.186]

Stifnat Swintsa ili Teneres (Lead Styphnate, Lead Trinitroresorcinate, LSt). See in Vol S of the Encycl, p D1277-L ff... [Pg.221]

CA 78,126457 (1973) [The author reports the results of a shock wave sensy test in terms of safe handling criteria. The materials tested were tech LA, Pb Trinitroresorcinate, Tetrazene, tech Pb pier ate (40% Pb nitrate), 2 grades of Tetryl and tech NGu (safest)] 8) C.O. Williams, Propellants for Bolt Driving Guns , GerP 3404459 (1973) CA 79, 147871 (1973)... [Pg.598]

Primary explosives include mercury fulminate [Hg(ONC)2, melting point 160°C with explosion, density 4.2], lead azide [Pb(N3)2, density 4.0], basic lead styphnate (lead trinitroresorcinate), diazodinitrophenol, and tetrazine (a complex conjugated nitrogen compound, melting point 140 to 160°C with explosion). Most priming compositions consist of mixtures of primary explosives, fuels, and oxidants. [Pg.234]

The explosive ingredient in Sinoxyd-type primers is lead styphnate (lead trinitroresorcinate), which is very sensitive to static electricity, and fatalities have resulted from handling the dry salt. Preparation of the pure salt is difficult, and many patented preparations, including basic modifications, exist. Some claim special crystalline forms and/or reduced static electricity hazard. Explosive ingredient substitutes for lead styphnate were sought that would be easier to make and safer to use. These included lead azide, diazonitrophenol, lead salts of many organic compounds, complex hypophosphite salts, pic-rate-clathrate inclusion compounds, and pyrophoric metal alloys. [Pg.47]

With regard to explosive power and sensitiveness trinitroresorcinol is similar to picric acid. Since its price is considerably higher than that of picric acid it is not used in explosive technology. Only lead trinitroresorcinate is of great practical importance as mi initiator (Vol. HI). On the whole the properties of trinitroresorcinol salts are similar to those of picrates. [Pg.539]

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