(Японские артиллерийские пороха и ракетного топлива, используемые в военно-морском флоте).Report. U.S. Naval Technical Mission to Japan. 1945. – 28 p.The reasons why the Japanese Navy adopted a new propellant powder stabilizer originated by Japanese chemists are discussed and the method of large scale manufacture is presented.
By chromatographic analysis of captured Japanese rocket propellents a stabilizing compound previously not known to be used by any country was found in 1944. This stabilizer was identified as ortho tolyl urethane and stimulated several questions. These were?
1. Was this new stabilizer more effective than those used by other countries?
2. Why had the Japanese chosen the ortho isomer rather than the more asily manufactured para isomer?
3. What manufacturing procedure was used by the Japanese?Contents:
Use and manufacture of ortho tolyl urethane for stabilizing rocket and gun propellants.
Use of Ortho Tolyl Urethane as a Stabilizer.
Why the Ortho Isomer Was Used Rather Than the Para Isomer.
The Manufacture of Ortho Tolyl Urethane.
Process of Manufacturing CICOOC2H5.
Chlor - Carbonic - Ethylester flow sheet.
Lead Lined Reaction Kettle.
Process for Manufacturing Ortho Tolyl.
Rocket and gun propellants.
Historical Background of Japanese Naval Propellant Powder.
Chemical Compositions and Properties of Japanese Naval Propellants.
Nitrocellulose Used in Naval Propellant.
Explosive Oils Used in Propellants.
Stabilizers and Gelatinizes.
Flash Reduction.
Manufacture of Propellant Powder.
Liquid Propellants for Rockets.Другие публикации:
Japanese Navy propellants - /file/1553906/
German powder propellant аnd internal ballistics for guns - /file/1641949/
U.S. Armed Forces gun propellants - /file/1358134/
Naval propellants. A brief overview - /file/1553532/
