SCIENTIFIC ABSTRACT BELKIN, Y.G. - BELKINA, N.P.

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]3t:.I,, K-~ I N ) ~cj, G~. LABUTIN, Aj.; 'BILKIN, Ya.G. "Thebry of relay-contact systems* by M.A.Gavrilov,Rsviewed by Ajolabatiao Avtom. i telex. 14 no.1;118-119 Ja-F 053s (MLRA 10:3) (19lectric relays) (Automatic control) EiM,IN, Ya. Ci (Gngr*) idimert-itior.: llhn invz:3tik;ation of tne! Frei,uzncy ~~r3tcm- of tion for z"Waicipal -,at-.r juppli jinmll Gand Inn 3ci, i'leade:V of ~`o=wnal -,cor-o;v imani i~. ii. larfilov, 29 Jdn 54. ("JacliernyVa !Aozkva, :~osco.,i, 21 Jun 5,',j Wi 318, -`3 Ote 1954 iv, BIWIN, Y 4.0. kandidat takhnichaskikh nauk; XMINSWA. R.I.; WROZ. ~.Mwwftw 1. 4,-hnANSXIY, O.,L, Inzbener; KLGNIMMINA, T.P.. iuzhener; SINTAGINA, M.N., Inshener;50KOLISKff, LF.. redaktor; KDRUMIft, A., tekhnichookly redaktor, TPrincipal factors in dispatching and automation of city water supply systems] Oenovnye polozhenila po, dispetcherizateil i avto- matizatail statem gorodskogo vodoonabzhenlia. Moskva, Izd-vo Kinisteretva kommunal'nogo)hoziaistva RSYSR, 1955. 38 P. (MLRA 9:1) 1, bade mirs-kasonsilftago khozyaistva. (water supply englwmring) * I IV 161 1 KD EVJLII14 D.; -!~~ Municipal and public service enterprises In cities of Czechoslovakia. Zhilu-kom4 khos,. ? no.3:.14-1? 15?,, (Wk 10sW (Czechoslovakia-Manicipal services) E_ L-K i N 6- 28(l) PHASE I BOOK EXPLOITATION SOV/2331 Karlinskayat Marianna Iltinichnal Candidate of Technical Sciences,, and Yakov Grigorlyevich Belkiit, Candidate of Technical Sciences Telemekbanizataiya gorodakikh gasovykh khosyaystv (Talmischanization of City Gas Systems) Moscow, Izd-vo H-va kommm. khoz. RSFSR, 1958. 190 p. Errata slip inserted. 4,000 copies printed. Ed.t N.I. Ryabtaev; Ed. of PubUshing Houset R.A. Avrushohenko; Tooh. Ed.t A.A. Shlikht. PURPOSEt This book van approved by the Ministry of Higber Education as a textbook for students of construction vuses speoialising in,"Heat Pnd Gas Supply and Ventilation." It is also intended for engineers and technicians engaged in the design and.operation of gas supply systems. COVERAGEt Elements of automatic and remote,oontrol systems are presented in detail and a popular exposition or the basio principles of remote control and telemeter- Ing is given. R"rienoe acquired in the tolemachanisation of municipal gas supply systems is generalized and examples of remote control and telemetering devices operating in gas aupp3,v systems of Soviet and non-Soviet countries are presented. The authors discuss recent developments in gas-pipeline construction Card 1/ 7 Telemechanization of City Gas System SOV/2331 in the Soviet Union. They also dincues,plins for the seven-year period ending In 1965 when ton new gas pipelines, with a total length of 26,000 km and originating in the North Caucasian and other gas deposits, are to be completed. The fifteen-year goal is to attain a gas production of 270 to 320 bill1on cu m. or 13 to 15 times.more than the 1957 output. The.lovel of production for 1956 Is set at 15P billion cu m. The iuthompresent, a brief historical review of developments In telemschanica in Russia from 1832 to the present period. The following Soviet plants produce remote control and telemetering equipment: "Elektropullt" and "Energodetall." The "Manometer" tind "Tizpribor" plantsproduce telemetering equipment. The following Institutes are engaged in developing specialized remote control equipment: Institute of Automatic Control and Telemeabanics (IAT)9 Academy of Sciences. USSR; Central Scientific Research Electrical-Engineering Laboratory of the Ministry of Electric Power Stations (TaNIEL HES); Acaderq of Municipal Services; Central Laboratory of Automation (TsLA) for Ferrous Metallurgy; Scientific Research Institute of Railroad Trans- port; Moscow Power Institute,, and the Kiyev Polytechnic Institute. Sections II and IV were written by M.I. Karlinskayat Section In by Ya.C. BelkIn, and Section I was written jointly by both authors. Thel.*e are 29 references: 20 Soviet and 9 English. In addition,, there is a list of 7 Soviet monographs and articles recommended for a closer study of the problem treated in the book. Card 2/7 Telemschanization of City Gas~Systems SOV/2331 TABLE OF CONTENTS: Introduction 3 SECTION I. DISPATCHER CONTROL OF MUNICIPAL GAS SUPPLY SYSTEKS Ch. 1. Organization of DJspatoher Control 9 1. Basic problem and functions of dispatcher control 9 2. Ciroult diagrams of dispatching service 11 3. Structure of dispatching earvica'for gas supply systems 15 Ch. 2. Dispatcher Control Facilities 17 1. General problems 17 2. Level of telemechanization of municipal gas arpply systems 19 3. Volumo of telemechanization in individual installations 20 Expediency of employing teleme6hanical. facilities in citiqa of various categories 24 SECTTON 11. REMOTE CONTROL General Considerations 26 Card 3/7 Telemechanization of City Quo Systems SOV12331 Ch. 1. Equipment of Remote Control Installations 29 1. Relaye 29 2. Auxiliary remote control equipment 55 3. Equipment of control boards and desks 59 Ch. 2. Methods of Coding and Selection in Remote Control Systems 61 1. Current pulse characteristics. 61 2. Methods of veleation 65 3. Reliability of romote-control system operation 73 Ch. 3. Basic Theory of Daslqning Relay Systems 77 1. General considerati6ns 77 2. Basic concepts and definitions 78 3. Basic algebraic levis of relay circuits 80 4. Transformation of relay circuits 81 5. Constrmation of single-cycle and multi-cycle circuits 85 6. Practicability of connection tables and the structural formulas of circuits 87 Ch. A+. Design and Selection of Remote Control System 91 1. General considerations 91 Card 4/7 Tolemschanization of City Gas Systems 2. Choosing the method of selection 3. Evaluation of proposed variants SECTIM III. TMONTSTaNG General Considerations Ch. 1. Shortm-distance Systems 1. Principle of system operation 2. Unbalanced (uncompensated) systems 3. Balanced systems 4. Applications of short-dietance systems Ch. 2. Long-distance System 1. Pulse-nunber telemetering systems 2. PulBe-time systems 3. A-a frequency system 4. ftles-code telemetering systems' 5, Applications of long-distance systems Card 5/7 SOV/2331 92 94 96 98 98 98 105 107 109 109 112 M 131 133 Tolemechanization, of City Gas System SOV/2331 SECTION IV. POWER SUPPLY OF REMOTE CONTROL AND AUXILIARY SYSTEM Ch. 1. Power Supply Equipment 135 1. General problems 135 2. Storage batteries 136 3. Rectifiers 137 /+. Voltage regulators 142 Ch. 2. Communications Channels 1" I General problems 1" 2: Physical communication channels 145 SECTION V. REMOTE CONTROL AND TELEMETIRING SYST04S DEVELOPED FOR OR USED I11 GAS SUPPLY SYSTEMS General Problems 148 Ch. 1. Remote Control Systems Developed in the Soviet Union 150 Card 6/7 Telemechanisation of City Gas System. SOV/2331 Ch. 2. Remote Control System Outside the Soviet Union 176 Appendixes 182 Bibliograp1w 188 AVAILABLEt Library of Congress (TP757.K28) Won 10-22-59 Card 7/7 BIMN. Yak gloiseyevich-. kandidat takhnichaskikh nauk; NUVWASHCHAYA. T'F', rsaaxtor; H&DYNW, L.Ta., tathnicheski3r redaktor [Concrete and reinforced concrete work under winter conditions] Be- tonnye i zhelezobetonrye raboty v zimulkh usloviiakh. Moskva, Goo-, izd-vo lit-ry po stroitalletvu i arkhitekture, 1955. 71 Pe (Concrete construction-Cold weather conditions) (MM 8:7) f _WW FRWWPRRM~~ M-0 BELKIN, Ya*M., )aLndidat tokhnichoskikh nauk. Calculating the temperature of concrete placed in massive structures built on frozen soil and on concrete foundations. Bet. i zhel.-bet. no.2:51-53 7 156. (KIM 9:6) (Concrete) BELKIN, Ya.M., kand.tekhn.nauk ---------- Autoclaving systems for large silicate articles made of dense and cellular mixes. Sbor. trud. ROSNIIMS no.17:13-24 160. (1,MU 14:12) (Sand-lime products) (Autoclaves) BELKB, Ya.M., kand.takhn.nauk ---- Effect of the dynamic parameters of vibration on the moldabilitY (placeabilit.y) of lime-sand mixes. Sbor. trud. ROSIUMS no.17: 77-92 160. (MIRA 14:12) (Sand-lime products) (Vibrators) BEUIN, Te., tekhnolog (g. Minsk). What our experience teaches. Prom.koop. no.6:17 Jo '57. (MIRA 10:7) 1. Artell "Belorus!." (Mitsk-Cleaning and dyeing industry) BELKN., 14*14., kand.tekhnnauk; ZILIBERFARB, P.M.., inzh. Production factors which determine the pbysicomechanical properties of silicate concrete. Stroi.mat. 8 no.10:22-2/+ 0 162. (KIRA 15:11) (Sand-Une products) BELKINp Ya.M., kand,tekhn.nauk;.IRWK5~IY, Z.M., inzh. Study of thermal corlditions of the hardening of silicate concretq during autoclave tregtment of Band-lime products. Sb6r. trude ROSNIINS no.20:6Z-69 161, (KM 16 t 1) (sand-lirde products) BELKM211a#M*-P kand.tekbn.nauktQ=, S.I.v inah.; MUDBKIr. A.M.9insh, Determining the actual mal-otare of a lime-sand mixture nade with ground unslaked line, Sbor.trud.ROSNIINS no.1923-5 161, (MIRA 164) (Sand-lime products) one trial i Medicine RA "Fortimble Sftt Vitrandamiscope For Dete~wi~ing, Concentration or,saiftlcrod~opi* _Pa,;rtivlev in to 61~~ S.~ %D *~Air'of Industi Ai*ii hz**t* IN rIn,,A. I. Kosenko;, Ukrainian Cen Sci Res Inst ot,ILabor Hygiene and Occupational Diseas*sp Kbarvkav PL4 ig i,San" Wo 8, PP 50, 51 Describes design of a portable ultramicroscope devieloped 'by authors through which-the aerosol to be 'investigated is aspirated by j~eans, of any available suction device. Ultramicroscope., in USSRmedicine Industrial HYgiene Aug 51 (Calltd) Vestion was used successfully in mines of the KrIvoy Rog Basin and at some, machine building ~Xants for detg the _~-oncn of',highly diapers.ed aerosols 193T68, to dotsent. Mtramicroscope for the determination of concentrations of submicro- scopic ftst particles. Bor'ba 9 oil. 1:176-179 153. (MM 7:10) 1. Ukrainakiy institut gigiyeny truda i profsabolevaniy. (DUST) (MICROSCOPE AD MICROSCOPY) Kjv V4-1 I(OS=O, A.I.; ~IaIN, Te.3., dotsent. Ultramicroscopic determination of the electric charge and concen- tration of microscopic particles of mine dust. Bor'ba 9 all. 1: 180-185 153. (HIA 7:10) L Ukrainskiy institut gigiyeny tmdA i profsabolevaniy. (MINN DUSTS) (NICHOSCOPI AND MIGROSCOPr) ii, Ir T, z_-._~.7,~_ 18(5) SOV/125-59-9-5/16 AUTHOR: TiTedovar, R.I.. Candidate of Technical Sciences, Safon- nikov, A.N.9 Belkin,,Ye.Ya., and SharovO.A., Engineers TITLE: Electric Welding under Slag of Agening Chrome-ITickel- Aluminum Stainless St-eel PERIODICAL: Avtomaticheskaya svarka, 1959, Nr 91 Pp 33-44 (USSR) ABSTRACT: Precipitation-hardening stainless steels, such as chro- me-nickel austenitic steels possessing high plastic qualities, have a comparatively low strength limit; the latter property hampers their use, in cases where constructions must have a minimum weight at the maxi- mum strength. Research has disclosed that the most ef- ficient method to augment their strength is the crea- tion of martensite in their structure. in the Soviet Union, the chrome-nickel-aluminum stainless steel, Type Kh 15N9Yu make SN-2 or E1904, is widely used. The transformation of austenite to martensite-inosteel SN-2 is realized ~y cold-treatment (4 hours at 50 C or 2 Card 1/3 hours at -79 C). This process leads to a considerable SOII/125-59-9-5/16 Electric Welding tinder Slag of Agening Chrome-Nickel-Aluminum Stainless Steel increase in strength, but does not change the steel fluidity limit. The works of A.P. Gulyayev, S.V. Lep- nev and Ya.M.Potak maintain that the above properties are specific for transitional stages, that is$ in this case for austenitic-marPneitic steels. Their fluidity limit is abpu~ 40 kg/mm , while their strength is . 100-200 kg/mm . The SM-2 steel is not only austenitic- martensitic; it is, at the same time, a precipitation- hardening steel. On the basis of numerous experiments, two methods for electric welding of SN-2 steel were accepted for general use: 1) Welding by means of elec- trode made.of SN-2 steel (same as the base material) under applIcation of flux ANF-7 (CaP - CaO) and using obligatory pre-heating, and 2) weldigg without pre-hea- tingt applying a new fluoride flux ANP-14 (6% CaF2, 1 6a,~ SiO %~ . Research 2j 3% CaO, 6~ TvTgO, and 100,f A1203) Card 2/3 has disclosed that electric welding of stainless SOIT/125-59-9-5-16 Electric Welding under Slag of Agening Chrome-Nickel-Aluminum Stainless Steel chrome-nickel-aluminum steel SN-2 by means of a large section electrode made of the same steel does not eli- .minate the appearance of non-fused spotst if a fluo- ride flux with increased aluminum oxide contents is used. The negative influence of aluminum oxide can be entirely neutralized by introduction into the flux of a certain amount of silicon oxide or calcium oxide, se- parately or combined. There are 3 tables, I diagram, 6 photographs and 18 references, 9 of which are Soviet, 6 English, 1 French and 2 German. ASSOCIATION: 1) Ordena trudovogo krasnogo znameni institut elekt-ro- svarki imeni Ye.O.Patona AN USSR (Order of the Red Banner of Labor Insti-tute.of Electric Welding imeni Ye.0. Paton AS TJkr SSR)(Medovar; Safonnikov);2) Moskovs- kiy sovnark~oz (Moscow Sovnarkhoz) (Pelkin; Sharov). SUBMITTED; May 26, 1959 Card 3/3 BELKIN. Yu. Conference on testink equipment, Trakt, i sellkhozmashe 33 no,4:48 AP 1630 (MM 16tlO) 1. Direktor 13antrallnoy mashinoispytatellnoy stantsii. (Agricxdt~ral machinery-Testing) JZL5.IN.,jq,;,,KALINKIN, A.; KOZHATKIN, G.j LOBKO, P.; KRYUKOV, V., red. [Device for the dynamometry of mounted machines; results of comparative tests) Pribory dlia, dinamometrirovaniia navesnykh mashin; rezulltaty sravnitelInykh ispytanii. Vjoskva, Biuro tekhn. informatsii i reklany, 1964. 103 p. (MIRA 18:9) BXGM. YV.L~ inzh.; PAVLOVSUY, D.Ya.. in2h.; SOROKIN. Ye.M.. it2h.; KARAKOVA, N.I., Inzh.; SCLDATENKOV. S.I., inzh.; BARSUKOV, A.F., red.; PECHMMO, I.V., tekhn.red. (Now tractors and agricultural machinery; results of tests conducted in 19571 Novye traktory i seltakokhoziaistvennyo mashin7f-Szulltaty ispytanii 1937 gods. Moskva, H-vo sel'skogo khoz.SSS R. No.l. 1959. 277 P. (KIMA 13:9) 1. Russia (1923- U.S.S.R.) Glavnoye upravleniye makhanizateii I elektrifikatsii sellskogo khotyaystva. (Tractors) (Agricultural machinery) MSR / Diseases of Farm, Ani mls & Gdnekdl Problem a R Abs Jour Ref Zhur Biologiva, No 2 No. 7427 1959, Author I- Ke Inst Omsk Veterinary lb-stitirte Title The Study of Morphologic Changes of the Blood Composition of Healthy Animals Parenterally Injected with Ichthyol Orig Pub :Sb. stud. muchn. rabot. Omskiy vet. in-t, 1957, vyp 2, 26-22 Abstract :It was shown in experiments on healthy anim ls that ichthyol, applied subcutaneously or cutaneously in 0.1 glkg doses in rabbits, intramuscularly in 0.05 glkg doses and cutaneously in Oil g/kg doses In foals ap;ears to be non-toxic, even though it produces a general influence upon the organism which is expressed by higher pulse and respiration rates, leukDpenia Card 1/2 USSR / Diseases of ram Animals. General Problems. R Abs Jour Ref Zhur - Biologiya, No 2,, 1959, No- 7427 which changes into leukocytosis) and a charge of the leukocyte formula into the direction of neutrophilia or lymphoovtosis. The author points out that in view of a weak bactericide effect on some amerobes., only sterilized ichthyol solutions should be used for Injectionse -- L. So Goberimn Card 2/2 9 USSR/Pha'T.ncology and Toxicolory - MiscoLLancous, Preparations v Abs Jour: Ref Zhur-Diol.; No 19, 1958, 89968. Author Delkin-Tolcushov, I.K. S~. y n ~.e ~erln~ary T="V~C. Title On the Bactcric~&,%I Effect of IcthNrol* to Sono Anaerobic Dcxtor:1.a. Oviu- PLW Sb. stud. nauelm. rabot. Ormkiy vet. ir,-i;., Ic,57, 2, 25-27. Abstract: Subcutaneous injectiou of 62 ra of a 20~'j unsteri- lized solution of Ichthyol (I) in a colt led to the fonmtion of edema in the area of the injection and to To clevation up to 400C. Within 24 hours the edema extended, pa--;n and crepitation appeared, mid within 3 days the colt died. AIIU smeox of the cdem fluid showed cocci, diplococc-i and B. pcrfrinGens. Card 1/p V-38 USSR/PhaiT.,.acology and Toxicoloc;y. Mjsc(.,Jjwiaous Preparations. V Abs jour: Ref Zhur-Biol., ITo I.P.3) 1958, 89968. Pollowing the inoculation of cultures derived from I into nice and rabbits, al.1 the aninals perished. In Werinents with the rmscun type, the addition of a twice-sterilized solution of I in a concentra- tion of 1-10 did not arrest the growth of B. per- frinGens, but caused the formation of involutional forms. B perf ringens in a protein mdiun. is more resistant to I th=i in emlsions and in physiolo- gical solution. Card 2/2 BMM-TOKWaT., 1. K.: Master Vet Soi (diss) -- "Pathamoiphological changes in the central nervous system in bacillar swine erysipelas". Cmak, 1958. 14 PP (Cmsk State Vet Inst NIn Agric LSSR), lr,-O copies (KL, No 5, 195% 154) 7619 (N.) SOURCE CODE: UR/0000/65/000/000/0296/0308 AUTHOR: Bel~k Yu. Bodner. V. A.; Getsov, L. N.; Martlyanova, T. So; Fyazanov, Yu. A. ORG: none TITLE., Adaptive systems for the optimization work,regimes and transient processes in a turboje7t engine 1) SOURCE: Vsesoyuznaya konferentsiya po teorii i praktike samonastraivayushchikhsya sistem. 1st, 1963 Samonastraivayushcbiyesya sistemy (Adaptive co rol systems)-FTFUry konferentsii. Moscow, Izd-vo Nauka, 1965, 296-308 TOPIC TAGS: optimal automatic control, turbojet engine, thrust optimization 3 JFzr.: ABSTRACT: Synthesis and analysis of an adaptive system to optimize and control vari'4 ous parametersof a turbojet engine is presented. The equations of the system are written out in detail and numerical data are tabulated. The analysis was performed ka- ing analog simulation and the graphical results are presented. The control parametqrs considered were the rpm of the turbo-compressor, the inlet and afterburner tempera--~~' tures and the turbine pressure gradient. The control inputs considered were the mai(p fuel consumption, the afterburner fuel consumption, and the nozzle cross section. OA art. has: 16 formulas, 7 figures, 1 table. SUB CODE: 12,13,21/ SUBM DATE: 22Nov65 Card 1/1 a4 "A Contribution to the Question of the Nature of Flocculation," Zhurn. rdkrobiol. i inmun., XIII, 1, 99, 1934 "'he Adsorption of Microbes by Erythrocytes,, 711-Ti, xiv, 1, 116-129w, 1935 TRW An- If is 4 U A It L-1 41 1 of i )I T-L i JA 14 Z M U a It A; Is Na If p a p j 61 0 , It, jw 4IIIIJ.1 This Ion "out of Sugar 00 this therlaostAbility of dipb. Maria toxin. L tp4hwi4ti. ' 78) 7 i C *fm&n , n . S. S. R-) 17,7,3 N, lasirmunija3forsek. it of diftbilmias toxin is call- -tabilit th enn y (19W)_Tbe w %, i1 d 7 C. eltv y lmkq ily ii the pfegmtra6m of loxit h-tw h I e (kwAltuthe amt. o(micat athicaL 114w%nolpreven1t ' t antisluk- polk-ItIvIt %III heAtutj i's 'III h" 4 Ill.. 1.11 - thmigh the fair I% trwlvr%l is it k l v , m valw vu at p the " Karjudst A 00 . . xkmrf. ZOO q* -zoo '30 0 p k9 0 a 6114MACKIt WIXOM CMUIPIC41bow As CW Is 41 V a If4'A Kit it w a a ItK 0 0 0 0 60 0q 0 e 000 0 90 0 flio 0 00 0 0 0 00 00 0 0 a a 0 0 0 0 a a a C a a a a a a St9k IL R a a a D' 11 A a a . . & a a a A a . . . 1 6 1 1 1 As it u At if 111 111 S 30 a L L a I v in al I Ix a s It 00 11 6 1 a " . a . - - f I - "D 9 The Induem of vuW ia the themal stability of 6 14 Xj ='.W f V A Ep M37 so c . . . . . ; 1 -0 . 3 .3= .-Tbctoxk- autigenicanclirnmunologicalcbmt- acterWics of diphti~M toyAw am for the most an pre- p -wrved after beating to 70-w* for I hr. in the ptvwmc of \i -00 : -" puft ad Aqw. The domal"wS P..ity is logt i, 0 vbe Pgoce". S. A. Kariala -0 0 goo 0*0 goo oe 'r goo *0 Co 0 ii l see a goo see 0 tee 16 :3 tto 0 .8 slow SI-1411" -. -K- 134M ONT"T see 19 L .1 14"10 -a I Ulogo At O-W cog B14 11 .11131 nor 4.1, ask u 5 AT 10 is; : I 'I F An A 9 a ad 0 a 9 1 ff a S a 4 3 11 v * 10 * 90 : Iffect of nonspecific Stimall on immunizing effectiveness of living Influensal, vaccine. Zhur.mikrobiol.opid. i immin. no.903-37 S '54. (KERA 7:12) 1. Is Moskovskogo institute, vaktain i eyvorotok imeni Noohnikova (dlr. N.I.Sokoloy). (IN7LUMM, immanology, ift off. of nonspecific stimuli on animals immanized with living vaccine) (VAGGINIS AND VACGMTION, influenza. off. of nonspecific stimuli on animals immanized vith living vaccine) BzTxrn, A. r. - m=AvsrATA, Ye.A. Immunizing effectiveness of wholo'baaterial calls and of their com- plate autigjw~ ;h4r.mikr-qbio;..epi~.~ immui~---UO-5:3-8 Hy '55. (kik 8:7) 1. 1z Mosiove,ko'go, In'st'it,uta, vaktoin t eyvorotok imant i.r.Nachni- kova (dir. X.I.Sokolov). limaiii. "properties of whole bacto calls & of complete antigens) 8/08 6210001006 45/117 /0 BlOlYBI10 AUTHORSs Buniyat-zade, A. A., PlIkina,-A. U._L Bakhshi-zadej A. A6, Petukhova, L. N. TITLE: Destructive alkylation of toluene by means of pentane PERIODICALs Referativnyy zhurnal. Khimiya, no. 69 19629 199, abstract 6Zh114 (Uch. zap. Azerb. un-t. Ser. fiz.-matem. i khims u## no. 1, 1960p9i - 95) TEXTt Destructive alkylation of toluene by,means of n-pentane over a synthetic aluminosilicate catalyst was studied. The effect of.temperatme, pressure$ and the volume rate an the reaction was investigated. The experiments were made by a method described earlier (RZhKhim, 1957, no- IN 45505)- It has been found that the main products of the reaction are aromatic compounds and a fraction boiling out at 125 - 145001 20 20 nD 1-4970, d. 0.8650- Raman scattering showed that this fraction con- 4 sists of 27 % n-, 47 % m-, 12 % o-xylene, and 14 % ethyl benzene. Oxida-1 tion of this*fraction by means of M1nO 4 in alkaline medium yields 87-7 % Card 1/2 S/081/62/000/006/045/117 Destructive alkylation of ... B1101/B110 0, 20' 20 acids. The fractions with b. 145 200 C, n 1-5010, d 0-8704 D 4 and with b. > 200100, 20 390, d20 0 899, consist of methyl ethyl-, nD 1#5 4 methyl isopropyl-, methyl isobutyl benzene, and other aromatic.compouns. It has been found that at 350 - 4500C the components of the reaction 0 remain practically unchanged. At 450, 475, and 500 C, the total Yield in. catalyzate with b.> 1250C suddenly increases reaching il.5, 12) and 17-47ki 4.1 respectively. A,temperature increase up to 5200C has no noticeable effect' on the course of reaction. If the volume rate is reduced from 0.5 to 0-3 and 0.1 volumes of raw material per unit volume of the catalyst and per hogr, the yield in productsboiling out above 12500 increases to 21.6 and 27.6 ~, respectively. If prossure is reduced from 40 to 20 atm the yield decreases by more than 2/3, and an increase in prestiure up to 60 atm, affects the reaction course only slightly. The gases arising in the course of the reaction consist mainly of saturated hydrocarbons and hydrogen. [Abstracter's notes-bouplete translation-1 Card 2 /2 Iffect of harmful agents in pregnancy on the subsequent developeent of the child's brain. Sov.med. 21 no.11:57-65 N 157o (MIRA 11:3) 1. Is paikhonevrologichask-oy kliniki I laboratorti PO isucheniyu rawltiya mosga (sav.-chlen-korres7oondent ANY SSSR prof. B.N. Klosovskiy) Institute pediatrii (dir.-chlen-korrespondent ANN SSSR prof. O.D.Sokolova-Ponowareva) AMN SSSR- (MTJS off. of die. of mother on subsequent cerebral develop.) (]BRAIN, develop. in child, off. of die. of mother during Intrauterine period) (PMIGNANCY. compl. die., off. on subsequent cerebral develop. of fetus) BIMUM.A.) A.P.) Cand-L'ad Sci--(diL;21 fIrf,:;C'v Of nozicus factorc 9 W6~ 4 ~:e ~ a WS466 avolopmant of the brain of the fetus rl-ld child." Z~' S1958. 23 PP (ardcrArpa-ber Ratt B,:timcr Inst o" rodi~tricc of tho goad I'Lad Soi USSR), 200 co-,Aen, 125) WERPTA NEDICA See 5 Vol 12/10 General Path Oct 59 2984. THE EFFECT OF QUININE ADUL-41STERED TO PREGNANT RAB13ITS ON DEVELOPMENT OF THE FOETAL BRAIN (Russian text) - B e I k i n a A. P. - ARKH. PATOL. 1058, 20/12 (64-69) Illus. 3 This--al- Myl%os corked out in 74 pregnant rabbits who in the first hall of the pro- Knancy had been injected a. c. with 0.15 g. quinine hydrochloride per kX. in a 5 or 10% solution. In all, 207 foetuses were examined. 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" al"I It kV,., ~ 3/. W-_- .. Milh she P", .&list I Is i, I, ilulf~ air tadUllowdr- With I hilght-r ruc- ..I Ail, .1.10 1 tilt ad 11tv W-, 1, %0 Olt I, I va, I,- 111 1.1 to It. title 44 W, %I t1ho "i. W, - " * hit If V. m-, .1 kv t 14 .1 'l-mv -it the' 'W13*1- M,3,%, Th, A III I's Irillik-s ill the 4V4.hw, th, tirawn. Awl the nil emi-i."o lkind, I. Aralm"t"I ftw, aermlint w1l.-IIN ()I'm R'. 'v "'.. . II mubmi I 167A. 391( 1 WIN I) whelliv I,v intriuvik m% a at I lit- ,orttaii .iitvr .4 the wool, rim-Lio, fifth ills, iarmung it 44 1 lit, vw ~ v W I Its' 111 t it w Ills"k.11 . iml 14 1 lit I'll , I wh the .1~"01111 144tich.4 %hith 011.1 M-riq thr I.%4rllli4I vulva, 14 the 1J."flull m.4tv. liff. I'A 44 1 he hith-Ad 111111- k.8411milling low I,v Vital. 1. twisa-111till 14 tile Islas," towtsw I.-Vrk f.w Ill.. lowl-wint nun. At to my hills es"iftoit .4 out- ~Jlj 4 114 vwit'd~m rmiltv k.%.[. 1w. 0.., it I litivill"I with tile Aws-1661111d I"am-11 64 the 'illo. Ott Wi ,icuti,d v, - Of life MIUV; lfilltiM-,CrllV ari. 'Tfk, altribulklit, fly O"slith W.J. Q. 11117.10. the nit luillilivic-mv ul *little vorlr-tal* oil AxCl, +. 14 MuCl to Pallicl.. is turr"t amity in the TAnst. into" -- JKI I,% 001; Ioet*mls -All utul -110, life IM colli.,ioul it title lit AgCl, The milvicral 114onvailisliev 44 L1I1dwtt'% Law ,%~wslral by Iki"tk-hvv-kd WA 44. Ir.417.61 low thita Ait lualidr himas W 'WitudlY dile W V-slimitil"Us 411 the ru'vii At vautivitt w1Ajtvb.ir la. .11.4161 lw fimmt .4101 ACA. III SOMS CODE: UR/0=0166/167/002/0474/0477 AUVMS Belk-ina, Go At "ONIPAWige ORGt none TIT12% Production in a recipient of tolerance to homotragmilAntaLsIdD nrjd the significance of the extent to which the imume system is temporarily suppre83ed during this process SOURCE: AN SSSR. Doklad~v, Y. 167, no. 2, 1966, 474-JM TOPIC TAGS: rat, tissue transplant, immmologr, antigen, drug effect, drug ABSTUCT: The biological incompatibility of the recipient's tissue ard a tissue transplant during homopla3ty prevents wide utilization of this method in practice* pRecent achievements afford a basis to assume that this obstacle is surmountables H. Is Yefimov has substantiated one method of producing iecipient.tolarance to a homotransplant in the postembryonia period* The essence of the method is that acti- vity of the recipient's immune system is temporarily suppressed, arA the immune Syste is acted upon by donor proteins during this period,, The present work was performad to ascertain-the relationship between the production of recipient tolerance to a homotransplant, on the one hazA,ancl the extent to which the recipient's inome system is temporarily supprpesed$ on the others The author experivented on rats, transplanting skin grafts from the backs of donor (newborn, non-pedigreed) rats to I Card 1t2 uDc-. MeO89.843 L 33092-66 ACC NRt AM24073 to the backs of recipient rats (Wistar line, age 2-5 months). AThe relationship between the effect of tolerance-producing antigen (dono'r protein, "universal homogenato") and immunosupprossivo drugs was investigate&I 'in two series of experiments. In the first series, control group I ..,received neither antigen nor immunosuppressivo drug. Groups 2 and 3 each .11receivod antigen and imiumsuppressive drugs starting on the day of the ~..-,operation, but group 3 received more antigen and,a stronger combination of Ammunosuppressive drugs (the somnifacients- medinal and aminazine* plus ,cortisone)-.than did group 2 (somnifacionts only). A32 the skin-grafts died, but those of the hosts in group ~_survived-the lon&st.. In'the second seaos, toieranco wai piiiduaed in'all* 3 groups throo'woeks' pri6i, to the operation (in contrast to the first series when antigen was first givenj ion tho day of the operation), and continued by injections on the day of the ioperation and afterwards ("universal homogenate")o Control group I received .only the homogenate. Groups 2 and 3 each received immmsuppressive.drugs .comparatively weaker in group 2 (somnifacients only) and stronger in group .(somnifacients plus predrdsolone and 6 mercaptopurine). The skin grafts. survived comparatively longei- in all instances than in the first series, They took root in a sm"'I porcentage (about 16%) of the hosts of group 2 and in a sUpifioa3~~,percwy4ge (about 50%) of.the hosts 0~!Igzrzp. 38, J Card 2/3 L 33092=66 ACC NN AP6024073 :The author concludes that genuine implantation was achieved only if the recipient's immune system was suppressed while tolerance was being produc.ode ,kforeovor, the more powerfully the immune system was suppressed, the better the: result obtained. Whereas in the first series of experiments there was only an increase in the lifespan of the homotransplant, in the second series genuino implantation of the graft was obtained in a significant percentage ,of cases. This difference must be attributed to protracted and powerful immunosuppression in the recipient. Thus, on the basis of experiment during homoplasty the death or a skin graft or its genuine implantation depends on the- duration and strength of immunosuppression in the recipient while tolerance to ' the homotransplant is being produced in himo-This pa r was pri'e- by AcadorAcian pe s nted Yu. Ae Orlbv on 23 Feb 65* The itith'o-r, 'states that the work was performed at the suggestion and under the guidance of Professor He I# Yefimov, Orig, art. hant I figure and I table, rjpRjs SUB CODE: 06 SUBM DATEt 19Feb65 ORIG REF: 003 OTH REFS 001 Card AZIY-CV,B.A.; AMXN-ZADE.Yu.A.; BMISOV,Ye.M.; IM INA.G.L.; KUTUZOV,A.I. Electric model solution of prismatic bar torsion problems. Dokl. AN Aserb. SSR 11 noo4;233-242 155. (MLRA 8:10) 1. Predetavleno devatvitellnym chlenom Akademii nauk Azer- baydzhanskoy SSR X.F.Haglyevym. (Torsion) SOV/124-57-8-9298 translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8. p 105 (USSR) AUTHORS:, Azimov, B. A., Amenzade, Yu. A., Boriso%, Ye. M., ,~e~~. Kutuzov, A. 1. TITLE: On the Problem of the Twisting of Prismatic Rods (K voprosq krucheniya prizmaticheskikh- sterzhiiey) PERIODICAL: Dokl. AN AzerbSSR, 1955, Vol 11, Nr 12, pp 825-8.51 ABSTRACT: The paper studies the twisting of prismatic roq% with a cruciform section, a Tee section, and a section bounded on (he outside by a cir- cumference and on the inside by an ellipse the center of which coin- cides with the center of the circumference. These problems are solved on an EM-7 electric-analog computer for specified relati,e dimensions of the section. Representations of the isolines for all three cases are shown in graphic form. The values of the potential differences, as well as the components of the tangential (shear) stresses derived from these differences, are submitted in tabular form. A stress -distribution diagram is presenteicl for a round rod weakened by an elliptic cutout. The authors have made a comparison Card 1/2 of the solutions obtained by means of the electric-analog computer SOV/124-57-8-9298 On the Problem of the Twisting of Prismatic Rods with the results obtained analytically for the cruciform section and the circular sec- tion with an elliptical cutout. It is shown that the error in the calculation of the shear stres'ses in the case of a cruciform section equals 1.080/6, while in the case ef the circular section it equals 24.570/o at one point and 10.690/o at another. N. 0. Gulkanyan Card 2/2 BLOXHIN, M.A.; OVCHAWKO, Ye.Ya.; MYAGKOV, P.I.; SOTNIKOV) V.A,; PAMONOV; YUA; Improving the accuracy of X-ray speetral analyaie by a dual channel method. Zav.lab. 31 no.4t/,23-426 165- (MIRA IS: 12) 1* Konstruktorskoye byuro "TSvetmstavtomatika" i Rostovskiy- gosudarstvennyy universitet. BELKINAI G.L.;, KUROYEDOV, V.A.; IAPOVOK, V.I.; LIKHTEROV, I.M.; ~~ISHTEYN, Ye.Ya.; PONOMARI, V.I.; SABAYEV, V.I.; SOTHIKOVt V.A.; FAYNBERG, L.I.; FEOKTISTOVA, N.D. X-ray spectral analysis of brass in the process of smelting. Zav.lab. 31 no.4t427-42,8 165. (N1 RA 18: 12) 1. Konstruktorskoye byuro "TSvetmetavtomatika" i Artemovskiy zavod tsvetnykh metallov im. E.I.Xviringa. BELKIUO G,S. Second gas-bearing horizon In Berezovo. Trudy SMIGGINS no.1:173-174 159. (MM 1,5:4) (Beresovo region (Ty=n3 Province)-Zas, Natural-Geology) .'Wn find palow W a 1 WI d i 11,111 . 7 coo ogwy ww d (L tu toam. pamd Utmgtt gtotU. and A M~ We N4/ u,-s/oo58/65/ow/oo6/sai7/rni7 ACCE981M M AR5017555 SOURM Ref. zb. Mika, Abs. 6mu24 AUTHORS: Belkina, L M. ; Roc ov, V. 1. (hot TITIBI kPp4rotus- for. 6f~ &3=&Jon -2f xfkdAo wMeOn. the'4 ono' sphere by observing- extraterrestrial radio emission CITM SOUIRM Tr, Sibirsk. fiz.-telchyu in-ta pri Tomakom un-te, M. 4~g 11964j 120-127 TOPIC TAGS: ionosDheria',I~baorprtion radio wave absorption# cosmic radio' emissiont. d&ily varlatfon~ a~rlMal frequencY ionosphere layer TRANSIATIOM The authors presenta block dlagr6A and Cae main parameters of ap- paratus _ for. the measurement ~ of-1 absorption -of radio waves in the ionosphere by ob- serving the cosmic radio emission at 30 Mcs. It is shown that 30 Mcs is the opti_~ the measurements. 71he apparatus consists of a J'-elenent antenna inal frequency for I of the wave-chwmel typep conneetted tbrough i converter to an R-250 receiver. The converter contains a cascade amp.3.ifier and a mixer with quartz-contraUed hetero- dyne. The signal from tube output of the inte=ediate frequency wnplifler is fed to a detector and then to the input of an aut='atic-recordi.ng potentiometer ACCESSIONNEt AR5017555 PES-00 L The-stinsitivity of the reciving.equiVient is not vorse than 0.05 OV at a bandwidth of 1 kcs. The equipmentu is calibrated by re-placirg the antenna witb a noise generatoro The absorption was detemined from & formula L - -10 log(Pl/po)' where P, is the nol6e level for the given measurement session., aid PO is the noise level for minimum absorption in the ionosphere, t&ken to be the absorption during qv~et winter nighttime hours. Re4ulta are presented of meas-urments carried out in Tomsk in Mrch--May 10,62. The daily fluctuations of the absorption did not exceed 3 dB. The mmximum aboorytion vas observed during the daytime hourc. The variation of the absorption is in good agreement with the variation in the critical frequencies.of the E and F layers. IIIII-Ir Ilk, L.M. I "Childrenle sanatorium' by N.N.Dmitrieva, V-A-Lebedeva. Reviewed by L.H.Balkina. Vop-pit. 18 no.4:77-78 Jl-A9 '59. (MIRA 12:10) (CHILZW--IHnMTIOH) (HOSPITAW--Y= SERVICB) (DMITRMA, N.M.) (ImuNVA, V.A.) BEUINAt L.M. Vitaw'n D requirements of breast-fed infanta. 'lop. pit. 23 no-5,.63-67 S-0 164. (MIRA 18:5) 1. Otdel detskogo pitaniya (zav. - dotsent - 11.,Iinakov) Institita pitanlya AMN SSSR, Moskva. PELKINA, M. G. Table for fi~~iu-ing the electromagnetic field in the shadow area for various soils Y4skxa, Sovetskoe radio,, 1949. 75 P. (51-20083) QC661.B411c ky, - I~A, USSR / Radiophysic8 Abs Jour :Ref Zhur Fizika, No 4, 1957, No 9972 Author :Belkina, M.G. Inst :Not given Title :Diffraction of Electromagnetic Waves by an Ellipsoid of Rotation and by a Disk. Orig Pub :Tr- 3-vo Vses. matem. s'yezda, T. 1, AN SSSR, 1956, 217 1 Abstract :Brief smzmry of a paper, devoted to the solution of two electrodynamic' problem by the method of separation of va- riables in a spheroidal system of coordinates, namely dif- fraction by a prolate or oblate ideally conducting ellip- soid of revolution, excited by an electric dipole located on the axis of the ellipsoid and having a moment applied along the axis, and diffraction by an ideally conducting round disk, on the axis of vhich there is located a magne- tic dipole with a moment parallel to the disk, located at arbitrary distance from the disk. Card 1/1 1572 ~~,Lc Ai Ar.- BELXINA, M. G. 11-Ladiation Gharacteristics of Spherical Surface WaVe Antennas", "Ra-diation Characteristics of an Elongated Rotary Ellipsoid", "Diffraction of Electromagnetic Waves by-a Disk". L -f- e--3 IL- Diffraction of Electromay-natic Waves on Certain Bolies of Aotation . Soviet -14A.dio f -Moscow, (1957). MM I BOOK M[PLOITATION 499 Azrilyant, P. A..,and Balkina, M. 0. Chislennyp rezulltaty teorii diffmktoll radiovoln vokrug zemaoy poverkhaosti (Numerical Results of the ftory of the Diffraction of Radio Waves Around the Earth's Surface) 2d ed. Moscow, Izd-vo "Soveto)Eoye radio"o 1957. 44 p. ED.: Ivanushko,, N. D.; Itch. Ed.: Svetnikov, A. A. PURPOSE: This book Is addressed to radio engineers concerned with the calculation of radio wave propagation and the design of radar equipment. COVERAMThis monograph assembles in the form. of tables and graphs the results of calculations made to determine the electromagnetic field attenuation factor of horizontal and vertical polarization radio waves during their propagation around the surface of the earth under normal conditions. The basic calculations of the attenuation factor were -A in succession and include the shadow zone and the penumbral zone, 'The fitting of the dif- fraction curves with the plots of the reflection fortmil a has been studied. M,4itional formu' a., tables and graphs are given which make it possible to caaculate by simple operations normal radio wave propagation (beginning Card 1/3 with the light zone and ending with the deep shadow zone). An example is Numerical Results of the Theory of the Diffraction (cont.) 499 given of the use of the numerical data obtained from this study in calculating electric field intensity curves for several wavelengths, The resu.1te obtal d are applicable to any horizontally polarized wavelength,, and for earth surfaces of any electrical properties. For vertic&13,v polarized waves, they are applic- able to the extreme cases of very short and very long waves when it is possib3e to consider the earth eux-face as a quasi-ideal reflector. V. A. Fok is mentioned in conn ction with his integral representation of the function for attenuation factor. B. A. Vvedenekly is mentioned in connection with his calculations of the complex pa tar 9 and attenuation factor V. There are 33 numerical tables, 44 insets containing 63 diagrams and 9 Soviet references, and 2 English refer- ences. TABIZ OF CONTENTS: 1. Basic Formulas 3 2. Series of Deductions. Dependence on Soil Properties 6 3. Attenuation Factors for Iarge Values of y 10 4. Attenuation Factors for A-11 Values of y 15 5. Reflection Formulas. Fitting With Dif ction Formulas 17 Card 2/3 Numerical Results of the Theory of the Diffraction (Cont.) 499 ..6; Description of Graphs and Tables 20 7. Exmp:Les of Field Intensity Calculation 23 8- Tables 1 to 33 25 9. Madex to Graphs 43 AVAIIAM: Library of Congress 9/W58 Co,rd 3/3 AUTHORs Belkina, M. G. 20-114-6'13/54 TITLEt Aaymptotical Representations of Spheroidal Functions With an Azimuth Index m-1 (Asimptotioheskiye predetavleniya eferoidall- nykh funktsiy a azimutallnym indeksom m - 1) PERIODICALt Doklady Akademii Nauk SSSR,1957,vol-114,Nr 6,pp.1185-1188(USSR) ,ABSTRACT: The author examines an equation of the type Y11+o 2p(WY-0, c,;>>l, where thefunction p(j)n has poles of first order and zeros in the points I . Further it should be possible to chose a "Jauge equatiKll y"+ P(f) y - 0 whose independent so- lutions yj(~) and y2(f) are known. The poles and zero posi- tions T of the coefficient P(9) shall be mutually unique and monotonously correlated to the poles and zero positions I Thenthe following asymptotical representation of the ge- n~roal solution of the equation Y"+c p I Y is ob- tained (B 1 and B2- are arbitrary cons ants)7 0' a >> 1 YW "V P *V (11y, LT(J~ + B Card 1/2 P(J) 272 SOV/109-3-12-1/13 AUTHORS: Fok, V.A., Vaynshteyn, 1.A. an TITIE: Duct Pro~agation of Radio Waves in the low'est Layer 6f -Troposphere _., (Rasprostraneniye radiovoln. po prizemnomu troposfernomu volnovodu) PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 12, pp 1411 - 1429 (USSR) ABSTRACT: The work is devoted to the theory of pro tion of .radio waves in the tropospheric waveguide invorsion layer),which is elaborated on the assumption that the points of transmission and reception are both inside the waveguide. This type of propagation can be referred to as the inside-layer propagation. The basic formulae of the work are taken from a number of the authors' previous works (Refs 1-3). It is assumed that the attenuation coefficient for the case when the refraction index of the atmosphere is an arbitrary function of height can be expressed by: Card 1/? BOV/109-3-12-1/13 Duct Propagation of.Radio Waves In the Lowest Layer-of .Troposphere IY V(x, y, y's q) e-i eixt F(tj yj y1t q)dt V~! where the contour C extends over all the poles of the integrated function in the positive direction. If the parameter q - c>o , which corresponds to an arbitraxy polarisation at cm and short waves and to horizontal- Polarisation at longer waves, the :Lntegrated functi-o-Y, F can be written as shown in Eq (2), where y and y' are normalised heights of the point of transmission and the point of reception, as defined by Bqs (3). The parameter x is the normalised distance between the two points, as expressed by Eq (4), where the parameter m is given by Eq (5) in which a is the radius of the Earth. The functions f 1 and f2 are the independent solutions of the differential equation which is expressed by Formula (6). The function p(y) in Formula (6) depends on the uard2/?refractive index M(h) in the mann r shown in Eq SOV/109-3-12-1/13 Duct Propagation of Radio Waves in the Lowest Layer of Troposphe're where n. is the refractive index for the air. The sub- integral function F , for the case of the inside-4aveguide pmopageton, can be expressed by Eq (20), where A is deined by Eq (21). Various auxiliar functions in Eqs (20) and (21) are defined by Eqs t12) - (19). The attenuation coefficient V can be represented as a' aeries: - i ~ Do ixtM V(x, y, y') - 2 \rT'rx e Re (22) where Rm is the residue of the function F at the m-th pole tm The expression for Rm is therefore in the form of Eq (24). Most of the numerical results presented in this work are based on the use of Eqs (22), (23) and (24). The accuracy of these equations is borne out by the fact that the attenuation coefficient- evaluated by basing them is only slightly different from that determine& by using Oard3/? accurate formulae; the results are indicated in Figures 1. The heavy curves of Figures 1 were found from the accurate SOV/109-3-12-1/13 Dupt Propagation of Radio Waves in the Lowest Layer of the Tgopopphere formulae (Bqs (25) and (26)) while the fine curves correspond to the reiults obtained from Eqs (23) and (24). The functions fl and f2 of Eq (2), which are referred to as the height factors, can be evaluated by using the.Airy functions. Thus, it is shown that f1 and f 2 are in the form of Zqs (31), where ill and 'W'2 are given by is found from Eqs (33), for which yj Zqs (32); is the smaller root of Eq (34); v and u in Sqs (32) are the Airy functions. From Bqs (31), it follows that Rl can be expressed by Eq (36). If R I is evaluated approximately by)employing Eq (24) and more accurately by employing Eq (36 5 it is found that Eq (24) gives erroneous results. This is shown in Table 2, where R . is evaluated for two values of Y and two values of yi. In this case, it is therefore necessary to employ Eqs (31), (32) and (33)- The attenuation coefficient V is dependent on x, y and 71 L;ard4/? and on the function p(y) which is dependent on the SOV/109-3-12-1/13 Duct Propagation of Radio Waves in the Lowest Layer of Troposphere parameters yi and Y, .- The function p(y) is charact- erised by-three parameters which are expressed by Bqs (38), (39) and (40). These parameters are shown in Tables 3a .and 3b for two~groups of pro agation conditions (see p 1418). The curves of pM - p(y.) for all the cases of Tables 3 are shown in Figures 2. The attenuation functions for these cases are shown in Figures 3 and 4. The curves of~Figures 2, 3 and 4 can be used to investigate the condt ions of ectual propagation routes. The conditions rep.r.esented by the first row of Table 3a. and the first row of'Table 36 were chosen for special investigation. The results are shown in Figures 10, 11 and 12; Curves 1 in these figures correspond to the wavelength of 3.33 cm, Curves 2 are for the wavelength of 10 cm, Curves 3 are for 30 cm, Gurves 4 of Fi - e 10 are for the 90 cm. wavelength. In an eariier work (Ref 351,1rit was shown that Eq (23) can be written as Eq (45),'where m is the number of a given moot and 8 1 is in the form of the integral given by Eq (46). Eq (45) can also be written in the form of Eq (52) Card5/? where G is expressed by Eq(53) and z 1 is the root of SOV/10q-3-12-1/13 Duct Propagation of Radio,Vlaves in the Lowest Layer of Troposphere Eq (54). From Eq (52) and Nq (55), it follows that the critical wavelength for the tropospheric waveguide is in the form of Eq (58). The term "critical wavelength" does not imply a discontinuity in the attenuation coefficient of tne oystem; it is therefore a purely arbitrary term. It is of interest to find what "actors, apart from M(O) and M(hi) $ determine the magnitude of the critical wave- length. It 18 found that W(hj) is also one of the principal parameters which determines the value of the attenuation coefficient. This is borne out by the fact- that the factor -Km , which is defined b7 Eq (67), can be expressed in the form of Eq (70). By employing para.~-*ters M(O)-M(hi) and lr(hi), it is found that the a*'Utenaaticn coefficients for simple waves are approximately equal for widely differing types of propagating conditions., i.e. M-profiles. This mean that it is necessary to take into account also some additional parameters but this problem b9Ls not yet been solved. One of the most important results of (;ardE)/? SOV/109-3-12-1'/13 Duct Propagation of-Radio Waves in the Lowest Layer of Troposphere the analysis is the fact that long-distance tropospheric propagation of the waveguide type is only slightly dependent on the wavelength. Thus, even if the propagated wavelength is longer by an order than the critical wave, .a long-distance propagation is still possible. The ca.Lculations for this work were carried out by the mathematical group, consisting of O.A. Merkulova, V.M. Khapayeva, A.M. Boboleva, L.Ye. Molodtsova, Z.G. Repina and A.G. Mayorova. There are 17 figures, 4 tables and 7 references, 3 of which are English and 4 Soviet. SUBMITTED: June 1, 1957 Card 7/7 AUTHORS: Vaynshteyn, L.A. and Belkina, M.G. sov/iog-4-4-2/24 TITLE: Influence of a Metal heath on the Backward Radiation of Directional Antennae (0 vliyanii metallicheskoy obolochki na,zadneye izlucheniye napravlennykh antenn) PERIODICAL: Radiotekhnika i elektronika, 1959, Vol 4, Nr 4, pp 566 - 575 (USSR) ABSTRACT: The antenna considered is in the form of an open end of a circular waveguide, which is terminated with a spherical sheath. This is done in such a way that the wavegulde passes through an aperture cut in the sphere (Figure 4). First, the radiation of an open-ended waveguide is considered (Figure la), so that the electromagnetic field produced by it, in the presence of the H 11 wave, can be.described by Eqs (1) where the function, F(% represents the directional pattern in the magnetic plane 9 = 0 , while the function F40) gives the pattern in the electric plane y =iT/2 . Functions F(l) and F (2) have been accurately Cardi/4 V/ 4;j~_2 24f Influence of a Metal Sheathon the Backlo ward 1 104 0 Directional Axtennae determined by a number of authors (Refs 1, 3). Apart from the angle 4Y , these functions are also dependent on the parameter kb , which is defined by Eq (2). The functions are plotted in Figures 2. If the end of the waveguide is fitted with an ideally conducting infinite plane (Figure 14), the radiation fields can approximately be represented by Eqs (5), where the functions D(l) and ID (2) are defined by Eqs (6). In Eqs (1) and Of, the quantity m is equal to the magnetic moment of a dipole which gives in'the direction 4= 0 the same radiation as the open end of the waveguide; the moment in proportional to the amplitude of the incident wave. If a horizontal magnetic dipole having a moment m is directed along the axis x and situated at an ideally conducting sphere of radius a , the radiation field is in the.form of Eqs (10), where W (1) and W (2) for the "baclafard" semi-space are given by Eqs (11); a and M, in these equations are Card2/4 sov/iog-4-4-2/24 influence of a Metal Sheath on the Backward Radiation of Directional Antennae normalised parameters which are expressed by Eqs (12). Expressions for the functions UW I U (2) 9 W and U are given in. the authors, earlier work (Ref 2). The radiation field of the waveguide in the presence of a terminating sphere (Figure 4) can, therefore j be re PT esented by Eqs (1) provided that the functions F(l atd 2) are)given by Eqs (16), where the functions 6 1) and 6 (2 are defined by Eqs (9). Eqs (16) are valid for the backward semi-space. In the forward semi-6pace the functions F(l) and F (2) are given by Eqs (17). The abome results were employed to investigate a practical antenna. The results are illustrated in Figures 5 and 6. Figures 5 show the directivity of the antenna in the presence of a sphere for kb = 9 and ka = 50 - Figure 6 gives a comparison between the backward radiation in the case of an open-ended waveguide and for a waveguide terminated with a sphere; the upper curve corresponds to the open- Card3/4 ended case. The validity of the above method of analysis S 2 influence of a Metal Sheath on the Backwarc?Y/21'alth'W ~Atlrectiozxal Antennae is investigated and it is shown that the directional diagrams of Figure 5 and the lower curves of Figure 6 should be regarded as representing rough approximations; the errors become particularly pronounced when the values of kb become large. Also in the vicinity of the maxima,- the errors become appreciable. The authors express their gratitude to Academician V.A. Pok for discussing this work. There are 6 figures and 3 Soviet references. SUBMITTED: Dbeember 25,, 1957 Card 4/4 W.Ork wvv.L uur. .6uou &v y=uL:v *"~= uv wavc mic- unair. unorExomlng ox c"aa-ging L"cir characteristics (with time) under normal - conditions of storage (W. J. *. Smith, N. Hoeflich~'Bulletin of the American Meteorological Society, v. 35,~no'.,~2, Feb. 1954; R. M. Rados,,Chief~Experimental Meteorology Branch, Meteorological Develop- ment Lak)oratory, 'G"hysics. Research DiLrectorate, U.S. Air Fonme,, Bedford,. Mass. Weamnerwise. Decembei, 1960)...New carbon-film hygrometer sensors were tested extensively 'at the Scientific Research Institute of Hydrometeorological Instrument!.- Making (11411GHE),over .:the the'1961-63 perio.d to determine their suitability for radiosonde operations, The technique of carbon hygrometer sensor production Is LCOTA 1/2 VAMRSIEV011M, N.S.; BELKINIA,, M.H. The carbon-film hygrometer element. Trudy NTIGlV no.14:(C-7.1+ 165. (MM 18:9) PELKINA, M.V.,(Moskva); GROMOVA, A,P. (Moskva); KYUNNAPU) E.P, (Moskva); '6�kdj~10V, 1.0. (Moskva) Optimization of sequence in-carrying-out operations. Avtom. i telem. 26 no.3lt2078-2092 N 165. (MIRA 18:32) 1, Submitted April 6, 1965. TRnIJS, N.A.; BELKRIA, N.A. Effect of thermodynamic factoi o on ttze BeFlAration oV gas from condensate. Gaz. prom. 9 no.1011-4 164, WIRA 17:12) ", j' cnCL -V o n c .0 (4 :le-? 'hua, B'ol ., No 5, 1958, I - Icn: In depre~;secl years nmd lnci-cas~cs in those yeer-- -h en t' I . I V11- he nizilber of ler.,dnCr, s I hl[ji birt rate begins after :Cbundant m-Ins cnd slows do,,m !,!hen there -%s dro"lijat. 212 LLDkN, P.Ts.; BELKM U.N. Effect of maintenance and additional iron sulfate feeding on the blood of swine. Dokl.Akad.sellkhos. 24 no*9:34-38 159. (MIR&131-1) 1. Novocherkasskly zoovetinstitut. 2. Chlon-korrespondent Vse- aoyuznogo sallska,khosyaystvennogo instituta imeni V.I. Leniza kfor Ladart), (Swine--?eeM,ng and feeds) (Blood) (Ferrous sulfate) BUTOV7,il, .1 arul it.s f.irst prs,-cessing; r8jt~,~ of jjoitc!ntsj Ias- mxi sbo~r Miltipka i ego )r ind!~tra=Wlkh patentav. Mcr- ~-,brab,..tkw, obz! ahva,~ patentnoi lnfomatsii i tek! (MIRA 18-.6) mikc-skcn. iss~-.ednvanltp i-964. 31 po MOSIN, N.I.p inzh*; BELKINA; N.N., ret-4-KAMYSHNIKOVAs A.A.v tekhn. red. (Collection of inventions; textile and knit goods industry] Sbornik izobretenii; tekstillnaia i trikotazbnaia pro-' 17shlennost'. Moskvap TSentr, biuro, tekbn. informatsii 1961. 204 p (HIRL 1501 1. Ru;sia (1923- U.S.S.R.) Komitet po delam izobreteniy i ot- kr7tiy, (Textile industry-Technological innovations) (Knit goods industry-Technological innovations) BELKINA, N.N., red.; KEfiU1KO, T.P.., tekhn. red. (Inventions; light industry)Sbornik izobretenii; legkaia pro- rWshlennost'. Moskva, TSentr. biuro, tokhr.informataiit 1962. 286 P. (KIRA 15 -.12-) 1. Russia (1923- U.S.S.R.)Komitet po delam izobreteniy. (Industry--Technological innovations) PONKRATrYEV, V.V.,t inzhij BE=A-_If.Nj.,j,- red.; KAM SMEOVAp A.A.., tekbn. red, [Collection of inventions; manufacture of machinery for the food industry) Sbornik izobretenii; prodovol'stvennoe ma- shinostroenie. MosWa., TSentr. biuro, tekbn, informataii, 1961. 137 p. (MM 15:3) I* Russia (1923- U.S.S.R) Komitet po delam izobreteniy i ot- krytiy jFood induatry-Equipment and supplies) BELKINA, N. N., Cand Agr Sci -- (diss) "Effect of open-pasture miaint- enance of hogs on some indices of metabolism." KharIkov, 1960. 24 P; (Ministry of Agriculture Ukrainian SSR, KharIkov Zootechnical Inst5; 250 copies; free; (KL, 27-60, 156) LAMAN, P.Ye.,, prof.; BEI,KINA,, N.N,., kand.sellakokhozyaystvennykh nauk Sod as a means for prophylaxis and treatment of anemia in swine, Zhivotnovodstvo 231 no.Wb.63 Ag 161. (MM 16:2) 1, Ghlen-korrespondent Vaesoyusnoy akademii sel'skokhosMstven- rqkh'nauk imeni-Lenina (for Laden). (s4in"iseases and pests) (Anemia)- BELYMIA) N. P. *-Belkina, N. P. "On the proUem of blood flow froni the aorta", Sbornik trudov Leningr. nauch.--issled. in-ta po boleziyam ukha, nosa, Corla i rechi, Viol. IX, 1;143, p. 216-23, - ;--:i:bIioV: 24 items. SO: U - 3042, 11 ~iarch 53.(Letopis 'Zhurnal In-..;kh Statey, ~.'o. 1, 1949). 1; BEELYINIA, N. F, Nose - Tumors A typicalc:)urse ofnaso-maxillery t=or. Vest. oto-rin. 14, No. 4, 1952. -D Monthl Livt of-Russian Accessions, Library of C:,nEreFs, 'Noveraber 1952. IJINXCJLAZS~~:~'T--- LOPOTIM, &'oA*. prof o 0, GRINHOG, Go I. , doktor med,nauk, LAIMTKZNA, O.Ttt; ROMMp SoZo. kmnd&%ed*nauk%$*UUMjjjjP,. kandmed nauk., ZIMIZOV, S*A*, kando'medonsuk (Leningrad). Principal accomplimhmente of the 7ifth Congress of Opthalmologists of the UoSoS.R., JWy 7-12 0* lq58oTsst;*to-riu#' 21 uo,115-1(a 4TAb-7159 (OTOORHINOUMGOLOGT) (KIRA 12:1)