SCIENTIFIC ABSTRACT PORTNOV, E. L. - PORYADIN, G. V.

Document Type: 
Document Number (FOIA) /ESDN (CREST): 
CIA-RDP86-00513R002202520007-1
Release Decision: 
RIF
Original Classification: 
S
Document Page Count: 
100
Document Creation Date: 
November 2, 2016
Document Release Date: 
August 9, 2001
Sequence Number: 
7
Case Number: 
Publication Date: 
December 31, 1967
Content Type: 
SCIENTIFIC ABSTRACT
File: 
AttachmentSize
PDF icon CIA-RDP86-00513R002202520007-1.pdf5.01 MB
Body: 
-1- ~:~- -,-, .-' V USSR FORTNOXT, A. A., and PYATNITSKAYA, 1. N.,t Klinika Alkogolizma (Clini cal "Meditsina," 1971, 390 pp Aspects of Alcoholism), Leningrad Table of Contents Introduction- 3 Chapter 1. Alcoholism as a medical problem 5 The meaning of alcoholism Diagnostic criteria for,alcoholim. 13 Chapter.H.- The clinical picture of alcoholism 18 The.alcohol addiction syndi~ome The concept of addiction dependence psychologic4l anUphysical dependence The concept of altered. reactivi' y 39 Diagnosis of the addictim,syndrome 62 Psychoneurological disturbance durfng~alcoholism 63 Alteration of psychic reactivity, the formatio of the psychopathic personalit Y 64 The dynamics of changes in.personality. Causes 87 The syndrome of personality disintegrati alcoholic on degradation 95 The dynatnics of personality disintegration. Causes 102 4117 USSR PORTNOV, A. A., and PYATNITSKAYA, I. N.i Klinika Alkoaolizma (Clinical Aspects of Alcoholism), Leningrad, "Meditsina." 1971 390 pp Neurological change Chapter III. Systematization of the disease, principles of dynamics Chapter IV. The course of alcoholism, iomission:and recidivism ..The course of the disease;' 6e dynamii cs of the stages of alcoholism, clinical analysis,, recognition The initial stage, nonintegration~, The intermediate stage -addiction The final stage, encephalopatjj~ Y~ -Remission :Recidivism Chapter V. -Atypical course of alcoholism, the problem of specificity Atypical progression of alcohol-ism Questions of specificity ter VI. Alcoholism amnng women Chap Chapter VII. Symptomatic alcoholism (differential diagnosis) Alcoholization and schizophrenia Alcoholization and the manic-depressive psychosis 5/7 107 113 130 151 185 219 227 23.1 243 248 258 262 7 7 7 7777777 USSR PORTNOV, A. A., and PYATNITSIUYA, 1. N., Klinika Alkogolizma (Clinical Aspects of Alcoholism), Leningradj. "Meditsina," 1971, 390 pp Alcoholization. and epilepsy 263 Alcoholization and psychop'athy 264 Alcoholization and neuroses 265 -Chapter VIII. Multiple addiction (clinical aspects, prophylaxis and treatment), 269 Concurrent use of alcohol and barbituates 270 Concurrent use of alcohol and opiates 277 Chapter IX. Etiology, pathogeneis and pathological anatomy of alcoholism 287 Etiology of alcoholism Social factors in the developmebt of alcobolissin 288 Psychological factors in the deVelopment. of alcoholism 291 Physiological factors in the development of alcoholism 300 Pathogenesis of alcoholism 312 Pathological anatotry of alcoholism 319 Chapter X. The treatment and rehabill.ta tion of alcoliolf~'.fl 328 -6/7 USSR uDc: 621-372.o6i I. P G RM V E. L. On Measwrezents and Analytical Determination of the Ea.rthl$ Rezis7cdvity by the Four-Electrode Method~' Sb nauchn. tr. TsNII sv:,razi (Collected Scientific Worz-.s of the Central Sel- 124 (from -entific Research Institute of Communications), 1970,.vip. 1, pp 113-L RZh-Radiotekhnika, No 11, Nov 70, Abszract No 11A89) Trwislation.- The authors discuss the four-electrode met:qod used In geo- 'or r are ito *truc- physics f easuring the apparent. resistivity of the Earth vbL ture is nonhomogeneous, and an analytical method for =.Gcessing the resu_!~~s o' measurements to obtain equivalent values of the Earth's resistivity Vniclh are necessary in the design of grounding devices and for eal~:ulating the effect of strong current lines on communications linez.t 112 USSR UDC 6 21. 3 91. 8 RAZUMOV, L. D. , PORTNOV "Causes Of Da erground'Mains in the Presence of Dangerous Effects from Electric Power Transmission.Lines": Moscow, Ele-kt-rosvyaz', No 5, 1971, p 45'49 p Abstract: A study is made of the causes of damage to an underground main in the of dangerous effects from electric power transmission lines. The most presence dangerous section from the point of view of damage to the communications mains is determined on the basis of the~investigition.~ Analysis of the damage demonstrated that the most probable cause resulting from the effect of electric power transmission lines is the occurrence of hiah- 0 voltages in the cable strands as a result of magnetic and galvanic effects in the presence of short circuits in the electric power transmission line. The occurrence of high-voltages is the result of- unsatisfactory grounding of the metal sheathings of the cables as a result of.which thehigh,protective effect of the aluminum sheathing is not used at;all. In orderto protect the cable in sections Wth an increased effect from.powerltransmissibn linesline-protection grounds must be installed with low resistance to spreading out in accordance with WOORMWE USSR PORTNOV "Static Electrical Fields and Van't Riga, 4auka I Tekhnika, No 10, 1073, Pp -9 11 Translationt The introduction of the achievements of science and technology precedentedly expanded the possibilities of man, and into the economy has un- his powbr over nature. In addition, technical progress has presented people with many new problems. These proble mi arise because the processes carried out by equipment, new chemical substances and materieLB utilized in the nattional economy frequently have the potential affect living nature, including the human organism. In the Soviet Union in recent years greater use has been made of -powerful electrical -fields in technolo6ical processes, electro-lon technology. The physical basis of this new field Is the utilization of the interaction of Dowerf u1 electrical fields and electrical charges carrying LL--terials, as well as the characteristics of the movement of electrified materials in an elec- trIcal field, This principle is the basis, for n, odern methods of cleaning, gases (electrofiltraiion), concentrating ores, sorting 6rain in an electro- static fields, electropainting (when the paint being sprayed has one electri- cal charge and the object being sprayed and even the entire unit has the 7 USSR PORTNOV, F., Nauka I Tekhaika# No W, 1973, PP 7-9 opposite charge) and many other operations.. This new a:rea of technology considerably increase labor productivityp substwitially reduces the prime cost of output and saves materials. As is seen, electrical fields make a valuable contribution, they serve ram, Howevert in modern industry one fre- quently observes dangerous effects of static electricity, when electrical charges and fields not only hinder the normal course of technolo- gical processes but even are a major.cause of fires. The dangerous effects of static electricity are frequently encountered in the polygraphic and textile industries as well as at enterprises ria-nufacturing and processing synthetic fibres, plastics, and resin items. Thuz, for example, during the unwinding of reeld at typographic plants, an electrostatic charge appears on the surface of the paper, Because of this.charge it sticks together stronger the faster it is unwound. Until ouit~-. recently, prior to the introduction of a different type of neutralizer, static electricity in the polygraphic industry was responsible for the rejection of 10-15%, ~j of finij.~qd e Mtupaulih is even worse in the textile Industr y, Here charees cause a mutual repul3lon of zimilarly charged threads, Charge-d fabric (or thread) attracts dust and fibers. and thus becones contaminated, losinS Its commerical ppearance. 77 . ........ . USSR PORTNOV, F., Nauka i Tekhnikaf Ho 10, 19?3, -9 pp 7 Static electricity is especially noticeable in the intensification of manufacturing processes making objects from synthetic Paterial.5. Where one does not succeed in preventing the accumulation of static charges, they can be the cause of explosions. In some cases, charges of static electricity can acettmulate not only on machines and materials but also on the.human body. Such a phenomenon can be observed both in production and in.domestic conditions. In removing underwear, a Derson can acquire a charge up to 10-12 kilovolts in relation to the ground. The same takes Dlace when walking arowid an polymer covered floors of modern apartments or on synthetic rugs. (This Is especially noticeable in atmospheres with sharply reduced hLniidity), Thus, the problem of the utilization *of electrostatic fields and pro- blems of neutralization of charges uhich have:a1ready accumulated has recently acquired ever greater serious socia-1-hygiene signif-Icance and Is becoming the object of thorough reseexch not only by engineers and technologists, but even medical workers and biologists. Medical workers and bioloizists fane. the task of explaining the effects of sta' tic electrical f ield5 (SEPY and charges on the oreanism and determining at what voltages there are biological effects. Parallel to this, another problem should also be solved; what is the influence on the organism of insula- 3/7 USSR PORTNOVp F., Nauka I Tekhnikal No 10t 1973, pp ?-9 tions from natural electrical fields observed in all-metal railroad cars, airplanes., notor vehicles, or ferro-cem ent structures of contemporary build- Ings. The insulation is as unusual as a strong electrical field. It was created by modern civilization. The research of K. Xr1stov recently established that the increased fatigue noticed among people sitting in an automobile or bus, train or airplane Is caused by their tenporary insulation from the natural electrical field. There aro grounds to assune that rapid changes In the voltage In the atmospbere's electrical fields whic1h precede changes in the weather cause aggravations in the illnesses of censitive people. A section of clinical biophysics was act up at -the Central Scientific Research Laboratory at the Riga Medical Institute. It will study the medical biological problems of the influence of static electricity, Ionized air and electroaerosols on the hupan organism.. The combination of these Droblems is due to the fact that one of the effective means in the struggle against electrostatic charges which have already accumulated is the Increased ionization of the air in locations where the. charges have accumulated. Therefore, together with the study of the effects of electrostatic fields there Is also the:task of researchingi the influence 4/7 76 USSR PO-WNOV, P. , Nauka I Tekbnika, Ho 10, 1973 ipp 7-9 that prolonged exposure to an atmosphere with increased aeroionization has on the organism. The study of the effects of electrically charged biologically active substances susDended in the air is a related task. Ca=ying out research in this area, scientists at the clinical biophysics deTartment of the Riga Vedical Institute made use of a principle used in electro-ion technolorj (charging the atomized substances in an electrical field). They could obtain a new factor physically influencing the organism, to be used for treatment and prevention purposes. The Riga biophysicists are carrying out the research of the medical biological problems of electroionic technology in various .-directions. At plants and factories studies are being We of the sites of electrostatic charge accumulation and their formation conditions, as vell as changes in the hunan. organisms reactivity under the Influence of itatic electricity, Animal experiments are being conducted to: study the Influence of static electrical fields of vexying voltage and sign. Under clinical conditions studies are being made of the influence of prolorged exposure In an atmosphere with increased ionization on individuala nuffering from:1hypertension and of the efficacy of using electromerosolB in the initial symptoms.of arterosclerosis. USSR PORTNOY, F.,- Nauka I Tekhnika, 110 10, 1973, pp 7-9 The results of the Riga biophysici sts' study of the Influence static electrical fields have urder production conditions deserve attention. These results indicate that individuals working in an area effected by SEP f112 people) are observed to have more frequent changes In the nervous system, reflected in neurodynamic disorders compared to individuals in the. control C-roup (?2 people). A study of the immunobiological reactivity of the organism azong those working for a prolonged wriod (3-5 years) in an, area affected by SEP Indicated changes in the processes of antimicrobe defense m echanisms in the organismi there were qualitative jumps inthe types of nicrobes of the skin surface and a reduction in the serum lysozyme . level. These data are evidence that it is essential to develop methods and equipment for the Drevention of the Dossible unfavorable effects of static electrical fields on the hunan organisn. Scientists at the department of clinical biophysics at the Riga Medical Institute am doing considerable work. in order to make their contribution to the solution of - this important problem, In view of the very extensive application of materials: with high insula- On.prope-r-ties and the more extensive intXoixtion of electrolon technology 07 77 - USSR PORTFOV, F., Nauka I Tekhnika, Ito 10, 1973, pp 7-9 into various sectors of the national economy, problems of the prevention of 'he various effects of static electricity have acquired major social-hygienic significance. The introduction of various types of neutralizers of static electricity (radioisotopic, high-voltWp induction and others), the extensive utiliza- tion of antistaiUa additive5 In the Mufacture of synthetic fibers, the combination of materials with varying electrical polarity (mosaic floors polymer tiles) and other methods of combating the harmful effects of static electricity will, to a ca,,.siderable degrep not only improve the technological process, and increase labor productivity, ~ but. will also improfe work condi- tions in many sectors of modern Industrial: production as well as in domestic life, where there is a large amount of pyhthetic'materiAs. USSR PORTNOV j Professorg Chairman of the Division of Clinical.Biophysics, F t Riga Medical Institute Central Scientific Research Iabora ory -"HOW Can Aerosols be Applied?" Moscow# Meditsinskaya Gazetal ~20 Dee 729 p 3 Translationt Among modern therapeutic methods we tan f.W a few thd originated in ancient history and continue to attract.the physician's attention. One of these is aerosol therapy treatment vith atortized iaedicmtlons, which has -been~ applied since the time of Hippocrates:and.bas experienced extensive development in out times. ~The 2d All-Union Conference on the Application of Aerosols in the National Econony was held in Cdessa. The medical section was one of the most widely represented. It was chaired by Prof. S. Eydel'shteyn, a Soviet scientist well knovin in the flold of therapoutic aerosol application. Scientists wA physicians from Ploscowt Lehing-adt Rigat Alma-Ata, Vladivostok, Donetskg Daku, and other cities in the coW e-ave clwe to 50 reports at the conference. What has caused such interest in 'the problem? ~Ihat in the f uture of aerosol therapy and preventative aerosol treatment? Interest in this method increased:sharply after the discovery of antibiotics. It was established that introducing them at; aerosols into 1/4 USSR PORTKOVj F., Meditsinskaya Gazetal 20 Dee 22, p 3 diseased-breathilng organs is most effective and simple. L%ter, experimental data showed that many chemotherapeutic drugs-, en-ornes, hormones, vitanins, phytoncides, mineral water, and other biological.1y active compounds could be employed In the form of aerosols. Medicinal aerosols axe used for'specific therapy of tuberculosis and catarrhal and purulent dirt-a-ses of the breathing or6-ans. Recent xesearch indicates the high effectiveness of aerosols in the prDvention of some occupa- tional diseases. Aerosol prophylaxis anid, treatment of Influenza and acute rezpiratory and adenovir-e-1 infections is, receiving intensive development. Aerosol immurAzation with live Influenza vaccine has significant advantages over other methods, The extensive introduction of preventive aerosol tn- atment -Kas pro- moted by industrial production of aerosol tanks# which~act simult'saleoualy as containers for medicines and a& atonizers, Fox-tability, work-In.- reliabill-L,,q, -and. specia.1 dosing features make.these tanks. Irreplaceable toolz for individual aerosol prophylaxis and therapy in stomatology, Surgery,# gyneco,OLVI Pro- Otoloal and dermatology. Report,5 *vf S. Bolotinal Yei Tsivins.kiy, V. Grish- chenko, 11. Snelova, B. ZeAorozhnyy.,arA others dea1t uith scm'e of the results and possibilities in the use of aerosols to treat theseldise~zes. Aerosol Immunization is es sing in the presence of mass peciau'y prom' 2/4 USSR MY, F., Y~editsinskaya Gazeta, 20 Dee 72, p PORTIt Infectiohs. The tren,1 of this Idea In our country is taing dovaloped successfully In the research of N, Aleksandroval 11. Geffen, 11. Yegorova, I. Terskikb, and others. The significant successes of electro-aerosol therapy vere demonstrated at the conference. In our country this relatively newAtime:tIon has experienced espaoial-ly great devolopmeat owing to, tho c=ation of mcdorn. electro-aerosol. therapeutic axpamtuz and to Vhe w0found theoretical ajA clInical --es--arch being conducted by Tartu University, tha:Riga and Pent' medical institutes, the all-union scientific research institutes for antiblotics and influenza, and other institutions. Electro-aerosols have sigrdfic m-t advantages over common aerosols. The electric charge increases their dispersion by opposing ;3urface- tension aAd preventing coagulation of the paiticleso.whila high dispersion in turn increases the area of contact between uaetdcle3 and the mucous Leembrane of the respiratory tract, Improving the physiological activity of the atD=ized medicines. Reports at the medical section announced the successful application of electro-aerosols in the presence of acute:pneumonia, hypertension, athero- sblerosis j and wounds and ulcers that are, sloir to heal. A soxies of reports dealt with electro-aerosol therapy for isomo children's d1seasea (whooping ~c -gh, bronchial asthma# and chronic pneumonia 374 USSR PbRTNov, P., meditsinskaya Gazetat 20 Dec 72, p 3 The report "Experience in Employing Electro-A-crosol Inhalation to Prevent and Treat Diseases r ,f the Uppe-, Respiratory Passaps of Hinerss in the- Karaganda Coal-11ining Basin" by A. Brofran, N. Maiietova, and IcGordiyev- sk!Ly aroused great interest. The authors ou=arAzed their ol)zervations on 300 miners that experienced electro-aerosol inha,:ation. They also discussed the results of a study on the incidence of acute cata.4 of the upper respira- tory passages and angina for I year before preventive measures were conducted arA for the saxe period after the course.of electro-asrosol. treatment. It was established that the nuuber of sick.days decrease& from i26 to 19 (per i00 workers) and the total payment on medical certificates decreased seven- fold. Thus not.only the therapoutic.but the econonic effectiveness of electro- aerosol prophylaxis anong idners ims dozorAstrated as well. The decisions adopted suwmrized the results and outlined plans for extensive introduction of serps.ol therapyJnto practice. 4/4 116 - Pt,111c Healthl Hygieiib ah I Sanitation UDC 613.647,#612.424 YJIWI, A. A. 1WO111fWHCH1Y,, P. I. and PORTROV, F. G. (Moscow Riga), I':edi- cal Institutet Institute of Elementary &~Ac ~Teac ine "Hygienic and Occupational-Pathological Aspects of the Biological Effect of Static Electric,Fields in Industry" Moscow, GiGiyena Truda i Frofessionallnyye Zabolevaniyap No 6, Jun 71, pp 42-4,4 Abstracti The general level of disease incidence was f6und to be higher in persons subjected to the effect of static electric fiel(L-1 there was a higher incidence of particularly acute respiratorly diseases in this group than in the control group. In a vrood-processing plant, the disease incidence was found to be more than two timer. that of the control group; the latter group had not been exposed to electrification of the production process. No harmful substances had been found in t-he air, meteorological factox-s had been normal and they had been maintained at a normal level by an air-conditioning system. The noise level was 87 decibels and 90-95decibels respectively. The various diffexences systems were attributed to the. presence of static electric fields im.the factories. USSR UDC 678039.374 BEYV', A. L., and FORTHOV. G.j Institute of Mechanics of Polymers of the Academy of Sciences Latvian SSR, Riga "Possible Creep Mechanism of Multilayer Composite Rings Under Internal Pressure" Riga, Yekhanika Polimersp No 5P sop/Oat 73, pp 8B4-890 Ab3tracti The deformability of a ring consisting of helically arranged reinforcing layers and a polymeric bonding agent is analyzed. In measuring the dislocations of the external ring surface under the action of an internal pressure, the creep of the material cannot properly be distinguished from the crawling apart of the ring. At prolonged action of internal pressuro, under increased pliability conditions of the matrix, the developmont of additional deformations caused by the crawling of the coils is possible. The analy;3is of creep deformation effected Ir/ this crawling signifies that the elasticity -of the rigid reinforcing layer has Little effect on the deforizations related to the crawling of the ring. Four figuXest Z4 formulas# uoy4in bibliognphio reforencee, USSR uDc: 678:[621-01+539-41 TARNOPOLISKIYI YU. Hot RQRUQY4__G. Q., SPRIDZANSt.YU. B., and, BUIMANIS, V. No# Institute of Polymer Mechanics, Academy of Sciences of. the Latvian SSR, Riga "The Supporting Power of Rings Formed by the Winding of Composites Reinforced by High-Modular Anisotropic Fibers" Rigat Mekhanika Polimerov, No 41 Jul-Aug 73 pp 67,A483 Abstract: The authors study the particulars of composites which are related to the intrinsic anisotropy of reinforcing fibers. The effect of,twisting and reinforce- ment.stretching is-studied on the axisymmetry of the field of deformationst and the moduli of elasticity and strength in the direction of thelfibers under external and internal pressure loading, while taking into.consideration the increased pliability of the material in a transverse directione In the case of-zodular materialt the authors obtain numerical estimates for the r~oduli of elasticity E and E t for the coefficientg of thermal expansionX,, and4X I and.for the initial temperature stresses or and o' The dependence of thre destructive pressure on ring thickness is describid and tffe conditions for failure are formulated., In all the studied problems it is shown that it is necessary to~~takeinto consideration the increased pliability of the composites in the transverse direction. RICINjE1111, 1 mal ilia! USSR U C 669,S22:62l.039.5 COLOVCIIIT,~IKO YU. I M., VOROB'YF-V, 'vi. A., BMIN t' B. A. , DAVOE""O, A. S. PQRT- N "Mechanical Properties of Uranium Irradiated to 0.45 A t c:ii 1 c'OUr.-i-up" Radiatsloa. fiz. t,!crd. teli i reaktornave Solid State Physics and Peactor Naterial scienco. 1,01-laction 0im works) Moscow, Atomizdat Press, 1970, pp 183-191 (from. 1','o h Apr 71, Abstract No 41225) Translation: Urani im m samnles containim! < 0.3 weight o,7 zil'i-i--turos (Fe, Si, Al and C) vere irradiated to 0.45 atr,Fic ". burn-up tritli ;I tvmmer~- ture of 500"'. I'lechailical tensile, cmaulTrAilive, bciidi~,t,!,awl was carrLed out at tei:ioeraturmrs up to 500"". The properties. of the irradiated uranium. depend essentially on the type ("rioiditv") 0-- tile tests, Thi~' is not onlv connected with the difference in the stress stanto but also the characteristic features of accumulation of tile defect:7.. For urarlium irradia.- ted at -.h4,.her te.--veratures, a is lo,.-.,er. This -4,s expl,,iined by annea-lin, the T defects of the first and second type. Howaver, even al: an irradiation tompera- ture of 350 and 450-1 a is higher than for the unirr-tliaated ci~-.ples since I./2 T USSR COLOVCHEM.-:01 YU,. '11. et al. Padiatsion. fiz. tverd. tela i r-,a,:torl!D,,,c naterialoved, 'loscow, Atoomizdat, Press, 19.70, pp 185-1SI defects of the third type are not annealed. At a test ten-perature of 20*, a is lawered with an increase in burn-up. This lowering is sharper for an irradiation ter,-,perature up to 360*. There are 3 illustrations and a S-entry bibliograpf-y. 2/2 39 MEMMUMr azx~j C 0ZC '7,1 STItUCIURF. OF SU!TRPL&STl--- EFFECT' OF comilost- ALLOYS OF IME A141i SYSTUN tArticlo hy 1. 1. Nm-j~ov, V, j fnsil,hin, N. N. Sinit.f;ir,a, of NonfcxroLl' TtLI.70 3PId 11rdthunikidto, Izvestiya VUZ, N,~ -1, 1972, 13 FeU signed to press - mu F)7 T912, U6-13~.'j Tile results of tests' con ductrd cm sheets ol' alloys of aluminum and tirt are rrcsentel. The iaterfac~ is one.of the rest. important structuvat praperties of -ao. phase, 4uperplastit shtets,v~ alloys, propetly promised, ire ea=Fetitiva ir. t=15, (~.f nech3hic3l proparties~with stmidard-al. lors fer ~~TeTstamping. Th a Property. of staperpInsticity., of ai1o" of t110- Al -Z r. s~y.~ t em, d"Covared i" 1 9 4S by A. A. Boch~ar and Z. A- ~�vldirslaya [11. has becn discussed and, investigated in raccn% re-irs in cWmectiou with the Iv ssi 1'iji of, adapting a new technolozy for 'C.%e ~~nufzvzturo of siiVerplAstio shcct material by 'low-pressure, or priculaitic eorming, sim' LIr to, the rorming of plilstics.11. 3), . The intelllgknz choice of, alloys Ruivable for IsneumtIc forairg requirr- A ~,hcwledge, r-f Tbr. crft-ct cempoiltion and strilcture cn mmhmmi~al rpro~rzrtita 41 room. temper.)mrr at tile ilro4luct-formini; temrorature. The. ove~.hclming majority of arriclti.,I ptr..in to analysis or tile uo-lotect,,ld t`t- effect ot composition and strucitmt i-s t%c AI-:n oil the morh%nical properties of alloys has not bem ~inalyccd sufficiently. 1, has been established 141 that the alloy -il2h VII, :n hat Wat"Cinum relat;vc elongation (6S0%) at 250'. The Ln-.0al 141 -ere in the cm-~ art not u-sri for Pneumatic formin_ state. Rolled sheets, however, Presented below are the revAlts of trs-ts condvttd on rolled sh,-O!, of binary alloys of aluminun with 72-W, b, ucig~it Zn. Used for mvltirq~' the alloys were WPM 'pure alLwdat-Ta arxX,".9VS% pire :inc. Sheets I rn thick were madoby hot rollitg the ingots rkt 340-560" with a 50'. reduction. The flat specimens for tensile strength tests at room F USSR UDC: 517.514 NOV ORT, V. R. P Certain integral Inequalities" 'Teoremy Vlozheniya iIkh Prilozheniya (imbedding Theoremis and Their Collection of Works],, Moscow, Naul,,a Press, 1970, pp 195- k. Applications .-.203 'Translated from Referativnyy.Zhurnal Matematika, No. 8 1970, L Ahstract~ #8B84, by the author). Translation: Integral inequalities providing an evaluation of the norm, of a func- rough the halfhorm constracted. from a certain set o' iiartial derivatives tion th and the norin of the boundary values are studied. These incqualit-.Lea are used for proof of, the existence of a generalized solution of the first lboundary value problem d -for-certain quasilinear equations which degenerate.at V-1e boun ary of the arer- A osition of the boundary includes rrzni- &tudy. L, made o~ the case in which the'corm folds of srall din&nsionali-tf ani an area whic.h is, genera-U), speaking, unlimited. r USSR UW 547-754-07:543-422-25- 4.6 GOIXMVA G. A. d KOST~, A. It., Moscov State University ~fu- 1L." 8-11 imeni M. V. Loronosov, ),bscow "ghe Chemisti7 of Indole. XXXV. The Synthesis of 2-knino-3-alkylindoles." Riga,, Xhimiya GeterotsiklicheskiMi Soyedineniy, No 4, Apr 73, PP 511-515 Abstract. Under the action of POCI 1-=71-2-acylhydrazines in an ether solu- tion undenient an intramolecu-1ar reln:;n~ement with the formn-tion of 2-amino- 3-alkylindoles, Nihich were isolated in the fona of their hydrochlorides. The reaction was found to have general applicability and made it possible to synthesize with good yields 2-ardnoindoles with substituents in the andno group as utell as in various positions of the indole rin . Hydrot.-h1orides of 2- ardnoindolen with 111=11341,1; It = Br 111-113 . 14e; JIL i~2 = p,,a - Rl . me P 16 = Et - - - ; iii - CII~Phy I It3 = Et.' R-1 , m , R3 Ph; Rl = Ph, R3 = Me) R3 = me; TiL CIL~Phy ve, 113 ph; 'Pil were obtained, whera It? R and R3 is the substit- Uent in the 5-position, 1-position, 2-aritino group., and 3-Vooition, 1--spextivaly. in a2kalina nolutions th.0 3-=Inp-3-alkylindoles undervent' npontaneous oxida- tiOn to 3-kydroxy-2-aminoindoleninos or 3-l'Y(IrOz'1-2-itriine,)itiiiol.itiet3- 'rhe con- stitution ~ of the compounds aynthosized was, cc)nf irmed by Wr, IR, and parwag- netic resonance spectroscopy and also by mass spectrorratry. UDC 547-754-859 YU. N.- P _gQWIEVA, G. A., KOSTI A. N.', and VOIXOV, V. S.. Moscoi: State '-UnJN-ers:Lty Imeni M. V. Lownosova Part 36. The Rearraneement of 1-Phenyl-2-acetylhydrazines nIndole Chemistry, wk 1-Phenyl-2-acetylpyrazolidines" Riga, KUmiya Geterotsik-licheskildi Soyedineniy, 5, May 19'(3, pp 6417-652 'The rearrangerent of the aryl-hydrazides of acetic a-cid. is more con- Kostract. plicated than that of the analogous l-aryl-2-acylIiydrazines to.2-exlino in~lole- Te--peraturel concentration, solvents.:awng,'other factors influence the yields and products. Starting materials of the forM, ~CH for Xz-H CH 3 Y= X=lf; X=Y C113 .3; X7CH 3: and X+Y I C=O ~112 00 HC2 3 CH 11-y 1/2 X UWE PORMOV,- YU. N., et al., Ehimiya, Getero"u-siklicheskikh SoyedineniY, 5, MaY 1973, pp 647-652 reac ted with POC1 by ring closure to form a variety of indolefi. The CH 3 3 group influenced the location of the double bond. The /3 -phenylh,,drazindes of acetic acid, having an alkyl group on one of the nitrogen atorm reacting with POCI fomed the 2-aminoindole irith no substitution at pas-ition 3. The EmaloG- ous I-phenyl-2-acetylpyrazolidines formed the 1,2,3,4-tetrathyd-ropyrim-do 1,2-s. -acturer, were confirmed by 1R and NMIR data. Preparative procedures Andoles.; Oft are given. 27 T 17-1 rl -F I, n 7, V~ i1 ~~/2. 024 UNCLASSIFIED PR9CESSING DATE--27NOV70 ~:~:IRC ACCESSION NO--AP0126429 ,,-.A BSTRACT/EXTRAC T-- I U) GP-0- A35TRACT. Y EQUALS 3~AMIPIOPROPYLt -AMINIOBUTYLt OR 31A.MINUBUTYLi OR 39AM:f,,4r)12,M'THiLP~'t-.1f)YL THROUGH our 3 ? I AND 1.2 G I SABSTR. A ki I XT . OF 1.15 GH, E 0SUB2 C-C-CCO SUB2 ME ( I I PH ENYL PYRAZOLIDINIE I NETHER S OLN. WAS KEPT 4-5 HR AT ROOM TEMP. TO _YI ELO 30PERCENT It, ki. 73-4DEGREES IffEX01E) A SOLN. OF 0.22 G 11 IN 15 ML DRY MEOH WAS SATO. WITH DRY HCL AT 00EGREFS ANo NE WHOLE KEPT 24 FIR -:.-AT ODEGREES TO YIELD 80PERCENT ~111 ik EQUALS Ht ~ PRFMEI~EQUALS Co SUB2 -ME, X E;)UALS CLI N EwUALS 3)1, 114. 221DE-GREES (ANHYD,.,qFIlH),. SIMILARLYi I 'GAVE 7 OTHER A 2 M :1,ARYLPYRAZOLIDINES AND lll~(R PRIIAEl EQU_LS C( SUB E). TO A MIXT'. OF A 11ARYLPYRAZOLIDINE AND A.K.ETONE.(0.004 MIOLL EACH) WAS GADDED 30 ML ANHYD. C SUB6 H SUR6 AND A SMALL.AMT. ANHYD. NA SUB2 SO THE MIXT. KEPT 5-6 HR, FILTERED, OIL ACOH AODED, ANO THE WHOLE AREFLUEXED 3 HR TO YIELD IV (5 PREPO.1 OR 'V (3 PREP0.). sAyin. wfrfi DRY I N -IYO. FTOH GAVE 14C L OF" ASOLN. AN OF FNEHYORAZINE OF A KF.M.C-STER ANI J"I --(R -PRIMEL EQUALS (3 PR,EPD.Y? NMR~UV AND IRI. SPECTRA ARE J DISCUSSED* FAC LITY: 140SK~.: GO Se ~UNIV. I M. L.OMONOSOVA, MOSCOW, -W S Re allf. uk:S S II E D ~--DOCUMENT-.CLASS--UNCLASSLFIED -/FRAME--3004/1971 -PROXY REEL STEP CfRC ACCESSICN ND--AP0132232 u?.1 IF T,ED --UR/0032/70/0361005/0580/0582 NO -2/2 01911, UNCLASSIFIED PROCESSING DATE--230CT7 Cj R CACCESSION NO--AP0120698 ,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. OF 65 CHILDREN' WITH VESICOURETERd REFLUX A DEVELOPMENTAL ANOMALY, DOUBLE KIDNEY AND URETER WAS ESTABLISHE IN I.I., THE REFLUX OCCURRED INTO -THE LOWER KIDNEY 141TH A GREATER WORKIN CAPACITY. URETERECTOMYIr URETERO UREFEROSTOMY WITH,114MERSION OF THE :.STUMP OF THE~REMOVED URETER INTO.THE SUBUROTHELIAL CANAL 13F THE WALL OF THE~URINARY BLADDERVAS THE-OPFRATION CARRIED OUT IN 4 CASES. THE -.PR-INCIP:LE OF-THIS,OPERATION CONSISTS OF,~CONVERSIOWGF SICK DOUBLE KIDNE INTO :A:, SINGLE, HEALTHY ONE, FACILITY: KLINIKA :KHIRURGII DETSKOGO V.OlRASTA KISHINEVSKOGO MEO. INST. USSR uDo 542.91+661:.718.1 BARABASH, No Do, DZHUNDUBAYEV, K. Do and W-MAMMOVA, R. I., Institute of Organic Chemistry, Academy of Sciences Kirgiz SSR ."Synthesis of New Ammonium Salts of Derivatives of Phosphonic Acids" Alar Frunze, Izvestlya Akademii Nauk Kirgizskoy SSHj No 2j -Apr 72, pp 61-62 Me Abstracti On reacting the aminophosphonate (EtO)2P(-O)-CH-NRt2 (1) with 0 alkyl halides RX in a sealed tube for 3-5 hrs at 110-15~' 010-diethylpbos- + phonoethyl (N,N,H-diethylalkyl)ammonium halides /(EtO)ZP(-O)-CF1-2Mt2/X (11) Me a 20 20 20 20 with R-Et, X-Br (d 1-1700, n 1.4660); R-Pr, X-Br (d 1.1654 n D D 20 20 20 1.4860)1 H-Pro X-I (d 1.2460, n .D 1.4804)1 and R-Am, X-B; (d 1.0986, j0, 1.4565) were obtained in the form of thick oils that crystallized on standing. was prepared by the methods described by E. K. Filds (Fields?/t J. Am. Chem, Soc.p 74j 1528, 1952, and G.'X. K 'ozolapoff,~ J. Art. Chem. Sao., 70,,1971, 1948. The newly synthesized compounds 11 are of interest because many phosphonylammonium halides exhibit physiological activity to a greeter 1/2 - rfl - UDC 542.gi+66i.718.1 RAR4MH; N. D. DZHUNDUBAYEV, K. D., KOMMMOVA, R. I. and Institute of Organic Chenistryp Acadeny. of Sciences Kirgiz SSR "Syntbasis of O#O-Diethylethylphosphopy~/ji,li#N-d!LethyL.%i7l(&lk3rl)/a=onium b 72, p 60 Fraw*, Izvestiya Akadexii Nauk Kirgizskoy Mg No i, Jan-Fe Abstract# 090-Diethylethylphosphonyl/K,,N,Nkl~ethylaryl(alkyl)/ami~onium halides ~_(Ii) wre prepared by the reaction (R0)'?(-0)qMq (I) + R"'X 2 "2 P(_0)1 N. A (11) where R Ete R' Met R" is CH2 Ph or Bu, and X Cl, Brj 1. Compounds I were synthesized by known methods, Substances II may be of value -as antihelmintics, b =e "Ita of quaternary ==niun bases exhibit a vide range of activity of this type. Introduction of.a phosphoric acid ester r iological activity of compounds of presu=bly Increase the plWs V" class. 68 ENGLISH T-rTUz MonUitsai Deformation of Aerial Film FOREIGN TITLE% 0 waUncyncra uchate deformatsii aeroplanki The contents of this publication have been translated as presented in the original text, No itttmpt hu been rtuat to verify,thc accoricy of any.stAtemrn;..cpntained herein. This translation ii published with a minimum of copy editing and graplucs preparation in order to expedite the dissen%ination of information. Requests for additional copies 'of this document should be zaarriscd to Department A, National Technical Information Service, Springfield. Vimbinia 22151, Approved for public release; distribution unlimited, pR',l 17 U, 018 .-.-C LASSI F 1 ED SS[NG DATE--20NL~N!70 I 5-T' A.',l S ISi MERISM OF r;ic PEPTLUE: 6ONDS ETHYLATED ALAM N'll: PI TLE-7C -0-1 P E P 11 DES -U- V T 5)-Po0?,J'JVA S L 3YSTAG-Vr V.F. r 3ALASHOVA, T.A.1 fVMIOV~ VCHINN[KC.IVV YU.Al UNLTRY 6 1: 1 NFO-USSR .~--.'~SGURC E-- HV . AKAD. NAUK SSSRi SERw KH, 114 . 197.0 r 40 y 8?-5-30. T E PU~L I ')I-.EC ------- 70 5 u;3 JEC T, AALAS-CHEM, ISTRY, 31ULOGICAL AND I'l E DUCAL SCIE Nc E S tOP'IC T-A G 5-- 15 C M P. I Z.44 T I U N PlE P T 10 E C H EM I C A L BONDING, P4 U C L E A 1H, M A GN E T I C -RESCi~ANCF*, ACUIVATION EMERGY, STEREUCHEMISTRYt ENTRi.)PY, E-NDIALPY ALANINE %NTRCL M A K I T.. f.-,-,N 0 R E ST R I C T I UN S O~GUM UJ ~C LAS --UN(; Li% S 5 1 f- I L P Er- L/F RiiME-30106 /13 5 6 S T E 1) tllio-; -UR/006 2 70 /(),,')0 00 4/ 0,12 5/ 0u 3 0 ~-PAOXY c A C G k- .1:1 i C IN A p 0 13 d 7777 L AS S I F I E D PROCESSING DArc-(_,t.1dV7C C ACCESS lGk NU--AP131i - JR 50 3 2 GP-0- Aii~TRACT CIS-TIRANS ISW;~RISM OF THE N 11i. Th Y -PFILES OF N MICTHtfLALANENE WAS SI*Ljl.')l Y LAM I GE L IN I iN DI PE E J B T -ES; IL 20 PERCENT OF SUCH PEPTIOES N,AmTAIN THE SPECTKA 2L-600f: ~f: S 0 FUR THE ME L C I S C C N F U R A T I UN -STER OF N ACE TYL D ,%L4i4YL 9 L , Mik" ThYLALiti'd NIC , DELTAH OF C I S T k A N T R, AN S I T I ON 'vi 'I'S 6 5 0 CAL-IMCLE, fj't:LTAS SUB35 IMPNUS O.Z.1 E.U. AND- DELTAF SUB35.110 CAL-M)LE. 'Yr -ilTHALPY `ND TiiE TRANS I SOMER POSSESSES T HE LOWER VALUES OF F E E : E,',j E RG L it NT P 5 rATF THE ESTD, ACT If VA r. I ON F-MER(W OF LNTEFNAL I:i NCPY G'F~ THE EQUIL. I I.ANS AND 18~5 I'CIR T.'(E CIS FORM. _-N 19.8 e,C!',L-mCLL FOR ME T' R OTA T I R THE SE- ARE CCMPARAM.E TJ qILITATIONAL BARMERS IN ET SU62 k,;(:i.l-j OR ET SUB2 M-1 1 M PIR 111 SUED I N NU SC Ult IJ 5 S R , AAC FAC I L I TY: I NST USSR UDC 51 111, 1. S., SOLOMM "Mathematical Programming in Technical-Econo.mic Problems of Ferrous Metallurgy" Matematicheskoye programmirovaniye v tekbnik o-ekonom1cheskikh zadachakh chernoy metallurgii (Mathematical Programming in Technical-Economic Problemms of Ferrous W-tallurgy) , Moscow, Metallurgiya Press 102. 168 pp, ill., 44 k (from RZh- Kih~rnetika, No 9, Sep 72, Abstract No 9V539K) a Translation: The book contains the f oll(xiin& divisions: Part 1. Methods and Problems of Optimal Planning in Ferrous Metallurgy. Chapter I. Linear Pro- gramming. Chapter II. Application of the Methods of Linear Programming to Production Planning Problems in Ferrous Metallurgy. Chapter III. Dynamic Programming. Chapter IV. Application of the Mth.ods of Dynamic Prograruning to Production Planning Problems in-Ferrous Metallurgy. Part 2.~ PERT Planning and:Control. Chapter V. Basic Concepts and Calculating the PERT Chart Parame- Chapter VI. Optimizatioa of the PERT Chart and Practical Application ters. of the PERT System for Production Organization in Ferrous Metallurgy. USSR uDc 621.762.i.ol,669. 18.95 rORTHOY K. I., GOROBETS, B. R., ROMIOVICH, 1. V., and,BABICH, B. N., All-Union Scientific Research Institute of Aviation Materials "Relation of Precipitation-Hardened Nickel Heat ResistAnce to Structure Pa3~ameters" Kiev, Foroshkovaya Mletallurgiya, No 1 , Ja,n 74p pp 96-100 Abstracti In conjwnction with the fact that precipitation-hardened nickel alloys VDU-1 and VDU-2 have a different level of heat rersistance despite identical conditions of heat treating, a study was conducted on the structure of these alloys subjected to the same treatment, which differed in dispersity of the hardening phase in the amount of 2-5 Vol %- Experiments confirmed a linear relationship of long-tine strength~to inverse magnitude of mean interparticle dintanco, It --41LO Alao.deter4inea tlmt thmre is a linear relationship be-tween long-time'ettength to xelative Volultio po=entago of coarse" dispersed particles#: These reouits confirmed the hypothenis that the rise in strength increases with,temperatureduc to the unchanged shear modulus with increased temperature and thi~t~the number of act-Ave slii) systems is decreased with increased temperature,. which izi turn Is the result 1/2 LISS R 6k: ~669.771 PORTNOY,-K. BABICH, B. N., RONIANOVI CH, 1. V., RONIASHOV, If.. M. , Moscow "The.Growth of Particles of Hardening Phases. in Processes Producing Dispersion Hardened Alloys" Moscow, Fizika i faiimiya Obrabotki MaterialoY [The Physics and Chemistry of Materials Processing], No 6, Nov-Dec 73, pp 99-103. stract: X-ra A Y and electron microscope methods are used to determine the M -hardening phase in an alloy of nickel with ean diameter of particles of the three vol. % hafnium dioxide during stages of its production from an initial powder jaixture of oxides to a compact deformed bar. The greatest growth of the mean particle diameter of the hardening phase is observed during the oper- ations of sintering and hot extrusion. The main reason for enlargement of particles in processes involved in producing the dispersion hardened alloy is the unevenness of the distribution, allowing direct contact between particles. The-electron microscope method is recommended for determination of the mean diameters of hardening-phase particles in a dispersion hardened alloy, since It gives more reliable information than.the;x-ray method, bSSP UDC: 621,.652:669.018.95(088.8) ARABEY, B. G.,.BAULIN, Yu. N., ZVEREV, I. I.,,: ZMER, M. KOKONIN, S. S., TYURIN, V.: A. MARKOV, Yu. M., SKLYAROV, N. M. , Metal~Ceramic Friction Material" USSR Author's Certificate Number 346373,. Filed 15/12/69, Published 18/08172 (Translated from Referativnyy Zhurnal- Metalltir iya, No 8, 1973, Abstract No 9 BG422P, by S. Krivonosova). Translation: A metal ceramic friction material, for example for braking devices, is suggested, containing ZrC and B catrbide. In order to increase the stability of the coefficient of friction, B nit-ride and metals of the Fe group are introduced to the composition, taken in any combination with the following ratio of components (in.wt. %): B carbide -- 10-50, Fe-group metals, taken in any combination, 3-3S, B.nitride I-S., ZrC -- remainder. The material suggested has the following properties: s. g., 5.52 g/cm3; coefficient of friction at braking temperature 600* 0.504.55, at 800* 0.45-0.50; stability of coefficient of friction with specific braking energies 450 kgm/cm2 0.75- 0.88; at 923 k&m/cm2 0.80-0.95; wear- with specific braking energics of 450 -and 923 kgmlcml, in P/tori 2-6 and 6-11 res rmissible volumetric pectively; Pe 1/2 USSR Arabey, B. G., Baulin, Yu. N. ,Zverev, I .I.-, Zukher, M. S., Kokonin, S. S., Yu.. M., Portnoy,-K. I., Sklyarov, N M i Tyurin, V. A.~ USSR Author's Certificate Number 346373, Filed..15112/69, Published 18/08/72.. temperature 800', heat conductivity factor in t/m.* at 100' 48.1, 200* 44.0, -:400- 3S.9, 600- 29.5, 800' 27.3i 1000* 26.4;,specific heat capacity (in call 0) at 1000 0.134, 2000 0.1.36, 4000 0.150, 600 0.161, 8000 0 169, 1000* 0 84; 36 kg/mm2;- 2 tensile.strength at 20' bending strength at 200.62 kg/mm shear 2 5 kgm/CM2- strength at 200 13.8 -kglmm a~ 0.1 C040 8~ Inor USSR UDC 548.52 RERNOY. F'. GRIBKOV, V. N., SHCHETANOV, B. V., UMMSEV, E. L., SILAYEV, V A. "On the Mecbanism of Growth and Etching of Aluminum Nit-ride Whiskers" s: Moscow, Kristallografiya, Vol 18, No 3, May/Jun 73, pp 599-604 Abstract: An investigation is made of the.influence of iron impurities on the grovth of aluminum nitride whiskers in the-process of carbon reduction of aluminum oxide in a nitrogen atmosphere in accordance with the reaction AIL 0 + 3C + N2 = 2AIN + 3CO. It~ is established that the presence of iron 2 3 is.a. decisive factor in growth of the crystals.- While it does not partici- pate in the process of aluminum oxide reduction, the' iron promotes whisker growth by the vapor - liquid - solid phase mechanism, acting as,an aluminum and, nitrogen solvent. It is shown.that with'insuff icient aluminum in the gaseous phase, the reverse process of nitride whisker evaporation may take place by the solid phase liquid -:vapor mechanism with. the iron acting as ~a solvent. USSR UDC 669.24:539.37 BABICH, B. N.., BERNSHTEYN, M. L., ZOR K. I., PROKOSLIKINA, V. G. , and FELGINA, S..B., Moscow "Effect of Cold Rolling and Subsequent Heating on the Sttucture and Properties of Dispersion-11ardened Hickel" Moscow, Akademiya Nauk SSSR. Izvestiya. Metally, No 6, Nov-Dee 72, pp 144-148 Abstract; A study is made of the effect of cold rolling with a 60% reduction in area and subsequent heating on the structure, texture, and hardness of dispersion-hardened nickel containing 3 vol. % Hf02 and obtained under dif- ferent conditions of hot extrusion. The cold plastic deformation by means of rolling intensifies during reheating recrystallization of dispersion-hardened nickel as opposed to rotation forging. The obtained recrystallized structure with large elongated grains (2-3 mm) is characterized by~the presence of annealing twins, developed substructure, and texture that retains mainly the orientations of the structure of deformation. In order to obtain a maximum degree of hardening of dispersion-hardened:alloy, it ls feasible to utilize a.combined deformation during thermomechanical,treatment which*provides for combining of deformation rolling and rotation forging. Coatings USSR UDC 620 .18: V59 - 71 LEVINSM, YU. V., SALTBEKOV, S. YE., DVOYCM4KOVA, L. V., andTREFILOV.* B. F..7 Moscov "Using the Titanium Nitride as a Diffusion Barrier in ffickel-Paae Composite Materials" Moscow, Fizil~a i h1imiya Obrabotki Materialov, No 3, MaYlJun 73, pp 122-1206 Abstract: The aim of this work was to design a commercial unit foi- the con- tinuous coating of tungsten and molybdenum wire with titanium nitride and to study the behavior of these wires in a nickel-matrix. The unit employs a es into the reaction vessel and mIxture of hydrogen and nitrogen which pass is mixed with titanium chloride. Tungsten (molybdenum)-vire is dra-in throuGh the reaction vessel whIle heated by an electric current passing through it. Thetitanium tetrachloride undergoes reduction on a heated krire Surface, With a simultaneouo foraution of titanium nitride. The optimal coating tempcrature was, 110CPC, with a deponition. rate of 0 - 5 A(lriec, This m_--i;hod mahcs it post;ible to-produce coatings 3-6 ,4c thick on wires 300 and 310 _I