Scientific papers I haven't been able to find

There are many scientific papers I haven't been able to track down. Usually these papers are older or foreign. I've listed a few of the papers and reports that I have been completely unsuccessful in finding and still want below. Please if you have a copy of any of these or any useful information about locating them. The citations below are the best I can find. I have included some notes about each document as appropriate.

High priority

Белан П.И. Турбулентная структура потоков топлива в сопловых каналах дизельных форсунок/Тр. РИИЖТА, Ростов-на-Дону, вып.6, 1974. -С. 14-20. (Belan P.I. Turbulent structure of fuel flows into the nozzle channels of diesel fuel injectors / Tr. RIIZHTA, Rostov-on-Don, vol. 6, 1974. p. 14-20.)

Богданович И. И. Влияние подготовки топлива в форсунке на тонкость распыла. Дисс. канд. техн.наук. М., 1948, 136 с. (Bogdanovich I. I. Influence of fuel preparation in the nozzle on the spray fineness. Diss. cand. Technical Sciences. Moscow, 1948, 136 pp.)

Tried ordering this disseration online, but it hasn't been scanned yet and I'm not sure that it ever will be. I put an interlibrary loan request in for this through a special program my university has, but I'm skeptical the dissertation will ever arrive. A few books and papers cite results from this, with few details. I'm interested in the details of the experiments conducted.

Cocks, J.K., 1968, Investigation into the effect of surface finish on the performance of monitor surfaces, E.C.L.P. Ltd., P.E.D. Internal Report.

E.C.L.P refers to English China Clays, a company which no longer exists. I contacted the successor company but am still waiting to hear back.

English translation of Никонов Г. П., Шавловский С. С. Насадки для гидромониторов. Горные машины и автоматика. М., ЦИТИугля, 1961, № 1, с. 5-9. (G. P. Nikonov and S. S. Shavlovskii, "Nozzles for hydromonitors", Gornyye mashiny i avtomatika, Nauch.-tekhn. sbornik, no. 1 (18), pp. 5-9, 1961.)

Commonly cited, but I doubt many have read it because it's hard to find and in Russian. I have a copy of the original that I obtained via interlibrary loan from a Russian library. Part of it is cut off, unfortunately, but I don't think it's an important part. I am told that an English translation of this exists and was produced for the National Lending Library (now British Library). I asked them and they have no record of this.

Пичурин А. М. Влияние геометрии распыливающих отверстий форсунок на процесс смесеобразования в судовых дизелях. Дисс. канд. техн. наук. Новосибирск, 1999, 143 с. (Pichurin A. M. Influence of geometry of sprayer nozzle holes on the mixing process in marine diesels. Diss. Cand. Tech. Sciences. Novosibirsk, 1999, 143 p.)

Sale, D. E., "Entrance Effects in Incompressible Diffuser Flow," M. Sc. thesis, University of Manchester, 1967.

Шавловский, С. С., and В. Е. Бафталовский. "Влияние угла конусности и длины цилиндрического участка насадки на компактность струи." Технология добычи угля подземным способом: Сб. науч. тр 12 (1971): 29-30. (Shavlovskii, S. S., and V. E. Baftalovsky. "The influence of the cone angle and the length of the cylindrical portion of the nozzle to jet compactness." Tekhnologiya dobychi uglya podzemnym sposobom: Sb. nauch. tr 12 (1971): 29-30.)

M. Shimizu, M. Arai, and H. Hiroyasu, "Effects of ambient pressure on break-up length in high speed jets," presented at the 14th Conf. on Liquid Atomization and Spray Systems in Japan, 1986, p. 1-eoa.

Of libraries on WorldCat, this appears to be available only from the British Library.

This paper by G. P. Skrebkov briefly describes some jet experiments performed at the Skochinsky Institute of Mining with rough tubes. It is possible a report was written on the subject, but I can find no evidence of this. Someone else might be aware.

Цяпко Н. Ф. Профилирование насадков подземных гидромониторов. Труды ВНИИгидроугля, вып. VI. М.: Недра, 1965. - с. 14-15. (Tsyapko N. F. Profile of underground hydromonitor nozzles. Trudy VNIIGidrouglya, vol. VI. Moscow: Nedra, 1965. - p. 14-15.)

Lower priority

Бафталовский В.Е. Выбор рациональных параметров малогабаритных струеформирующих устройств. В сб: Разрушение углей и горных пород: Науч. сообщ. /Ин-т горн. дела М., 1989. - С. 55-63. (Baftalovsky V.E. The choice of rational parameters of small jet forming devices. In the collection: The destruction of coal and rocks: Nauch. soobshch. /In-t gorn. dela M., 1989. - p. 55-63.)

"Le Nouveau jet d'eau de la rade de Genève," Bulletin des Services industriels de Genève, no. 2, 1954.

Interlibrary loan was unsuccessful for this, and there are few holdings worldwide.

Бабенко В.С. Диспергирование гидроимпульсной струи / В.С. Бабенко, И.К. Манько, А.П. Кремена // Проблемы пожарной безопасности. – 2004. – Вып. 16. – C. 21 – 34. (VS Babenko The dispersion of Hydroimpulsive jet / VS Babenko, IK Manko, AP Kremena // Problems of Fire Safety. - 2004 - Vol. 16. - C. 21 - 34.)

I emailed the journal and never received a response.

I. G. Bowen and J. R. Joyce, “Swirl Pressure Jet Atomizers,” Shell Petroleum Co. Ltd., London, UK, Technical Report ICT/16, Dec. 1947.

I. G. Bowen and J. R. Joyce, “The Effects of Cone Angle, Pressure and Flow Number on the Particle Size of a Pressure Jet Atomizer,” Shell Petroleum Co. Ltd., London, UK, Technical Report ICT/17, Mar. 1948.

I. G. Bowen and G. P. Davies, “Particle size distribution and the estimation of Sauter mean diameter,” Shell Petroleum Co. Ltd., London, UK, Technical Report ICT/28, 1951.

Грицына И.Н. Математическая модель движения капельного потока огнетушащей жидкости // Проблемы пожарной безопасности: Сб. науч. тр. Вып. 3. – Харьков: ХИПБ, 1998. – С. 55-57. (Gritsyna IN Mathematical model of traffic flow of extinguishing liquid drip // Problems of Fire Safety: Sat. scientific. tr. Vol. 3. - Kharkov: HIPB, 1998. - p. 55-57.)

I emailed the journal and never received a response.

Giffen, E., and Lamb, T. A. J., The Effect of Air Density on Spray Atomization, Motor Industry Research Association Report 1953/5, 1953.

Hashimoto, H., "A Study on the Water Path Discharged From the Air-Supported Fire Suppression Nozzle", Proc. JSME, No. 892-2, 1989, pp. 117-118.

Seems to have been in some conference proceedings which are not easy to find on WorldCat. I emailed the author and never received a response.

J. O. Hinze, "On the Theory of Pressure Atomizers with Whirl Chamber I", N. V. der Bataafsche Petroleum. MIJ-Proef. Station, Delft Report 65S, 1946.

J. O. Hinze, "On the Theory of Pressure Atomizers with Whirl Chamber II", N. V. der Bataafsche Petroleum. MIJ-Proef. Station, Delft Report 95S, 1946.

J. O. Hinze, "On the Theory of Pressure Atomizers with Whirl Chamber III", N. V. der Bataafsche Petroleum. MIJ-Proef. Station, Delft Report 96S, 1946.

R. Hofmann. “Lagrange Explicit Finite Difference Technology”. Science Applications Inc. EPRI RP-307 (1975).

I haven't asked Leidos (formerly SAIC) for this one, but maybe I should. I am not optimistic given my lack of responses from companies in the past.

J. Hovingh, “Stability of a flowing circular annular liquid curtain,” Lawrence Livermore Lab., Internal Memo SS&A-77-108, Aug. 8, 1977.

Li Hai, Jou, “Test of High Pressure Water Jet and Hydraulic Coal Winning,” Proc. Hydraulic Coal Mining Seminar-Hydraulic Coal Mining in China, Colorado School of Mines, November 1-2, 1979.

Jou, L. H. "Tests on High Pressure Water Jets and Hydraulic Mining". Tangshan Coal Research Institute, Beijing Coal Scientific Research Centre, China (September 1979)

J. R. Joyce, “Fuel Atomizers for Gas Turbines,” Shell Petroleum Co. Ltd., London, UK, Technical Report ICT/15, 1947.

Казаков С. П. Исследование гидромониториых струй. Дис. на соискание уч. ст. капд. техн. наук. М.. 1946. (S. P. Kazakov, "Investigation of hydromonitor jets," Dissertation for the Degree of Candidate of Technical Sciences, Moscow (1946).)

Getting old Soviet dissertations is basically impossible in the US.

Козлов А.И. и др. Пути совершенствования дальнеструйных аппаратов / А.И. Козлов // Орошение и оросительные системы: экспресс информ. 1988. - Сер.1. - Вып. 5. - С. 9-14. (Kozlov A. I. et al. Ways to improve long-range sprinklers / A. I. Kozlov // Irrigation and irrigation systems: Express Inf. 1988 - Ser. 1. - Vol. 5. - p. 9-14.)

Kreis, F., Die Bewegung des Wassers. Diss. TH Berlin (1937).

Cited in a German book about water for fire protection. The disseration is not in the library catalog of TU Berlin. I can find no mention of this dissertation anywhere aside from the mentioned book.

Кутовой В.А. Мелкость распиливания топлива, впрыскиваемого при постоянном давлении // Исследование процессов топливоподачи и регулирования быстроходных дизелей: Тр. НИИ (М.)/ Под ред. В.А. Кутового.-1966.-№ 17.-С. 22-36. (Kutovoy V.A. The fineness of the atomization of fuel injected at constant pressure / / Investigation of fuel supply and regulation of high-speed diesels: Tr. NII (M.) / Ed. V.A. Kutovoy.-1966.-№ 17.- p. 22-36.)

А. С. Лышевский, Закономерности дробления жидкостей механическими форсунками давления, Новочеркасск, 1961. (A. S. Lyshevskii, Laws of Atomization of Liquids in Mechanical Pressure Nozzles, Novocherkassk, 1961.)

Lyshevskii is widely cited in the Russian literature, but his work is largely unavailable in the US. This book probably contains most of it. I do have a PDF of his diesel engines book, though, and I scanned copies of several of his articles at the Library of Congress.

A. S. Lyshevskii, "K raschetu vertikal'nykh strui [The calculation of the vertical jet]," Trudy, Novocherkasskii politekhnicheskii institut, vol. 131, pp. 57–67, 1962.

A. S. Lyshevskii, "Opredeleniye parametrov naklonnykh strui [Defining the parameters of inclined jet]," Trudy, Novocherkasskii politekhnicheskii institut, vol. 131, pp. 69-86, 1962.

Могендович, Е. М. Гидравлические импульсные системы [Текст] / Е. М. Могендович. – Л.: Машиностроение, 1977. – 216 с. (Mogendovich, E. M. Hydraulic pulse systems [Text] / EM Mogendovich. - A .: Engineering, 1977. - 216 p.)

The Library of Congress is supposed to have this, but they were not able to find the book on multiple occasions when I have visited.

Пробников, А. Г.: Турбулентные Течения. НАУК (1960) (Pubnikov, A. G.: "Turbulent Flow". (Turbulentnie Techniya). HAUK. (1960).)

Ольшанский В.П., Халыпа В.М. К расчету парsаметров гидравлических пожарных струй // Проблемы пожарной безопасности: Сб. науч. тр. АПБУ. Вып.14. – Харьков: Фолио, 2004. – С.137-143. (Olshansky VP, VM Halypa Calculation of hydraulic parameters of fire jets // Problems of Fire Safety: Sat. scientific. tr. APBU. Vyp.14. - Kharkov: Folio, 2004. - S.137-143.)

I emailed the journal and never received a response.

Ольшанский В.П. Об одной полуэмпирической теории гидравлической пожарной струи // Проблемы пожарной безопасности. Вып.13. – Харьков: Фолио, 2003. – С.107-113. (V. Olshansky On a semi-empirical theory of hydraulic jet of fire // Problems of Fire Safety. Vyp.13. - Kharkov: Folio, 2003. - S.107-113.)

I emailed the journal and never received a response.

Ольшанский В.П. О влиянии угла установки оси ствола на горизонтальную протяженность гидравлической пожарной струи // Геометричне та комп’ютерне моделювання. Вип.6. – Харкiв: ХДУХТ, 2004. – С. 33-39. (V. Olshansky On the influence of the angle of the installation on the horizontal axis of the barrel length of a hydraulic jet of fire // geometric she Komp'yuterniy modelyuvannya. Vip.6. - Harkiv: HDUHT, 2004. - P. 33-39.)

I emailed the journal and never received a response.

Ольшанский В.П. О применении методов механики к расчету траектории пожарной гидравлической струи // Проблемы пожарной безопасности. Юбилейный выпуск. – Харьков: Академия пожарной безопасности Украины, 2003. – С. 136-146. (Olshansky VP Applications of mechanics to calculate the trajectory of fire hydraulic jet // Problems of Fire Safety. Anniversary Issue. - Kharkov Academy of Fire Safety of Ukraine, 2003. - S. 136-146.)

I emailed the journal and never received a response.

Ольшанский, В. П. О траектории гидравлической пожарной струи [Текст] / В. П. Ольшанский // Проблемы пожарной безопасности. – 2003. – Вып. 14 – С. 144-151. (Olshansky, V. P. (2003). The trajectory of the hydraulic jet of fire. Problems of fire safety. Instalment 14, 144-151.)

I emailed the journal and never received a response.

Oyama, Y., Takashima, Y., and Idemura, H.: "Induction of air by jet streams", Kagaku Kenkyusho Hokoku, 29, 344 (1953).

Also cited as:

Oyama Y., Takashima Y., Ydemura H. Air Entrainment Phenomena by Jets. Repts. Sei Research Inst. (Japan) 29. (1954) 344.

Oyama Y., Y. Takashima, and H. Idemura (1953) "Introduction of Air by Jet Streams," Kagaku Kenkyusho, Hokoku 29, pp 344-348.

Oyama, Y., Y. Takashima, and H. Idemura, "The Volume Rate of Air Dragged into Liquid by a Vertical Liquid Jet Flow to the Free Surface of the Liquid, Reports Sci. Res. Inst., 29, pp. 344-348, 1953.

G. J. Ranque, "Expériences sur la détente giratoire avec productions simultanées d’un echappement d’air chaud et d’un echappement d’air froid" ["Experiments on vorticial expansion with the simultaneous production of an outflow of hot air and an outflow of cold air"]. Le Journal de physique et le radium, vol. 4, pp. 112-114, 1933.

Despite how well cited this is, it doesn't appear to exist as cited. If anyone knows the correct citation, let me know.

Rimen, J. G. An appraisal of jet/spray branches: supplement to research report number 22. Home Office SRDB Research Report No. 28, 1986.

Роер Г.Н. Методика расчета экономичных параметров струи при гидромониторных работах. ОБТИ главзолото, вып. 52, 1957. (Roer G. N. Methods of calculating efficient parameters of the jet at water jet facilities. OBTI glavzoloto Vol. 52, 1957.)

Тарасов-Агалаков, Н. А. Практическая гидравлика в пожарном деле. Изд. 2-е, переработ, и доп. М., Изд-во М-ва коммун, хозяйства РСФСР, 1969. (Tarasov-Agalakov, N. A. Practical hydraulics in the fire case. Ed. 2nd, Updated and expanded. Moscow, Publishing House of the M-va communes of the RSFSR, 1969.)

Yuan, Mingshun (1990). "On Numerical Simulations of Aerated Jet Flows about aerators on Spillway." Proc. 7th Congress of APD-IAHR, Vol. II, Beijing, China, Nov., pp. 166-170.