SCIENTIFIC ABSTRACT PEYSIKHIS, B. I. - PEYVE, A. V.

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CIA-RDP86-00513R001240720008-7
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December 31, 1967
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SCIENTIFIC ABSTRACT
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PLY,'!,'Kll'.'zl I . B.I., ln7.h. Construction, tec~-.nnlop,"i of the manufactre, and of the regenera or of the gas *.urbine drive of --he -,lower --~f Inp GTN-9-57"O E-Fis '-urblnp ~75'em. Eneri-on-ji.9, in F*roe!~-`- 11 no. 1C: 7 G 1t5. ('~:`A ; PE r S, I K H 1 13 1 PHASE I BOOK MMITATION 584 leningradskiy metallicheskly :mvod, Ieningrad Paroturbostroyeniye i gazoturbostroyeniye (Steam and Gas Turbine Construction) Moscow, Mashgiz, 1957. 551 p. (Series: Ito Trudy, vYP. 5) 3,500 coPies printed. Additional Sponsoring Agency: RSM. leningradakiy ekonomicheskiy rayon. Sovet narodnogo khozyaystva. Upravleniye tyazhelogo mashinostroyeniva. Editorial Board: Grinberg, M. I., Doctor of TL-chnical Sciences, Professor (deceased); Stepanov, I. M., Engineer, and Kolotilov, A. I., Engineer; Ed. of Publishing House: Ieykina, T. L.; Tech. Ed.: Pollskaya, R. G.; Chief Ed. (Mashgiz, leningrad Branch): Bollshakov, S. A., Engineer. PURPOSE: This collection of articles is intended for engineers and technical personnel employed at turbine building plants and scientific research institutes, and also for students of technical institutes. COVERJUM: This book contains articles dealing with the problems of design and operation of gas and steam turbine installations, and high-pressure feed pumps. For abstract of each article see Table of Contents. Card *K Steam and Gas Turbine (Cont.) 584 TABLE OF CONTENTS: Floreword Design and Operation of Steam Turbine Installations Grinberg, M. I., Doctor of Technical Sciences., Professor. Progress in Tw-bine Building at the leningrad Metalworking Plant In this article the author dic-cusseB the past and present accomplishments., and outlines pl- for future developmentsin the field of steam and gas turbine building at the Leningrad Metalworking Plant. Batyrin, A. S., Engineer. Staadardization of the General Arrangement of Steam Turbine Installations In this article the author givto an accomnt of experience with general armnge- ment of steam turbine installations-gained at the Leningrad Metalworking Flant. He discusses the procedure for pivparing detailed drawings and presents diagrams of standard arrangements of stAiam turbine installations. 3 9 17 Card A-ft Steam and Gas Turb im (Cant . ) 584 Nikolayev, G. V., Engineer. Condensers for LMZ Turbines The author presents details of desiga and construction of various types of' condensers developu~) at the 1,~ningrad Yetalworking Plant. Peysikhis, B. I., Engineer. 3pecial Valves and Equipment for Steam Turbine Instal-lation. 48 The author presents a detailed description of safety valves and special reg- ulating devices used in high-pressure steam turbine installations. The article contains numerous diagrams anti specifications of various types of valves. Shapiro, Yu. B., Engineer. Svlection of Thermal Scheme for Steam Turbire In- stallations 68 This article deals with the tw~sic problems involved in the developing of new regenerative vapor-cycles. 'Die author presents a basic method for selecting feed-water preheating temperatures,and the optimum distribution of Bteazi extract- ion points in a regenerative vaporcycAe. There are 7 references, of which 6 are Soviet, and 1 English. Car,d 3* om e. 't, zL-.rna FJ f~ h:,! A U HIOR P e T'-'TLE: Acce~130r_IeS J-" PER70D-1(:A_:~ '7. Lzningpz. !9S7~ li- ABS-_RA'~:I. 'c,, LMZ, 31~CCJ_~.l C-,-C_-JSZrit:. c~s_i -e i-zz, ?r.)tecti--,,e TI:E lc~.I-ln Er_j .,,,._,veE .)!l :;tearn-ext:,zct,*,:%_, ppi-e3 en.:; e a : e r c .T~12 lao er cornnrl:;F_: Z.U~o-nLl.:c ---I OuL,*Iow IiLes of regenera."ve t,.~ate7ss anl I e 3i~ tv?e KOS r. onr cturn val' la A e q,t 'L n in _, iz ato aria v 2.1 E Z; '-Ite.-Il- Z-d Ai7 ar e e ~iu iop 2 n vi it' i a C' li a k - -.)o,3 i- i- o--, inc -hit'. aezvornctcrs a s%_-cial lever ,-a)-, T~ r 3 C z"I Tn uon~: an-l z luo fc r 18 - -,3 V - C rn e Jt- L, e d-. 2 Z c t S- cia f EA e 7 '1 FWSMIS. B.L. inzh. "~~96'fk fittings of' Bteam-turbine urdts. [Trudy] IbM ao.5:45-67 15?. (NIW, 11:6) (Steam turbines) LIBERMAN. L.Ya..kand.tekhn.aauk; PEYSIRHIS, M.I.,inzh.; K&UYRV. A.A, kand.tekhn.aank, red.; POLISZLU, R.G..tekhn.red. [Handbook on propertieB of steel used in boiler and turbine construction] Spravochnik po evoletvam stalei, primeniaemykh v kotloturbostroanil. Moskva. Goa. nauchno-tekhn. izd.vo naohinoutroit. lit-ry. 1958. 408 P. (Leningrad. TSentral'nyi nauchno-iseledovatellskit kotloturbinnyt inotitut. [Trudij vol-32) (MIRA 12:2) (Steel) 18(0) PHASE I BOOK EXPLOITATION sov/1936 LibermanY L. Ya.j, Candidate of Technical Sciences, and M.I. Peysikhis, Engineer. Spravochnik po svoystvam Stal-ty, primenyayemykh v Kotloturbostroyenii (Handbook on Properties of Steels Used in Boiler and Turbine Construction) 2d ed., enl. Moscow, Mashgiz, 1948. 408 p. (Series: TsentralInyy nauchno-issledovatel'skiy kotloturbinnyy institut. Izdaniya] kn- 32) Errata slip inserted. 3,500 copies printed. Sponsoring Agency: Tsentrallnvy nauchno-issledovatellskiy kotloturbinnyy institut. Ed.: A.A. Kanayev, Candidate of Technical Sciences; Tech. Ed.: P.G. Pol'skaya. PURPOSE: This handbook is intended for designers, physical metallurgists, metal- lurgists, metallurgists of boiler and turbine plantst and also personnel of plant laboratories and scientific research institutes of other branches of machine building. COVERAGE: This is the second edition of a handbook on boiler and turbine Steels originally published in 1955. The present edition describes 90 types of steels9 Card 1/9 Handbook on Properties (Cont.) 30V/1956 and is based exclusively cr experimental material obtained duz-.'L.-,g -.ne pas- several years at various Soviet scientific research institutes a.-.d Dla:.r laboratories. Coptributions from TaKIT (Central Committee for Heavy 1:iduBt.ry)1 TsN1IMASh (Central ScienLific Research Insitute of Heavy Machinery), Ti~~111r!NM (Central Scientific Resear2h Institut of Ferrous Metallurgy), and the 1%bora- tories of the Leningradski.f metallicheskiy zavod (Leningrad Metal Plan*-), Kharlkovskiy turbinnyy zavod (Kharlkov Turbine Plant), Nevskiy machinostroitel'nyy zavod (Neva Machine-buildi!ig Plant),and the Novo-Kramatorskiy nietallarzicheskiy zavod (New Metallurgical P':ant In Kramotorsk) are represented. The handbook covers systematically the whole range of materials from carbon steels 1,,) tne most heat-resistant high-aLloy and nonferrous metals used at presentor which -may be used in the near future, in manufacturing boiler and steam- and gas- turbines. The authors say that all available information for each type of steel on mechanical properties, Etability of properties at various temperatures, data on creep~resistant and creep-rupture properties, and design graphs for selecting design stresses and straine are presented. For those steel types which are in- tended for fastening parts of boiler and turbine units, stress-relaxation characteristics are also presented. The handbook includes existing GOST (All-Union State Standards) and Technical Specifications for materials used in boiler and turbine making. The thermal conductivity coefficients experi- mentally determined by Engineer R.Ye, Krzhizhamovskiy, TsKII, and not included in the first edition for many types of steel, are given, The authors thank chief specialist on metallurgy Ya.l. Kulandin of the Gosplan Card 2/9 Handbook of Properties (Cont..) SOV/1936 EmdDepartment H*M Candidate of Technical Sciences A.V. Stanyukovich for their assistance. There are no reference5. TABLE OF CONTENTS: Preface to Second Edition Preface to First Edition Conventional Symbols Ch. 1. Selecting Steel for Contirluous Service at iigh Temperature and Determining its Heat-resistant Properties Ch. II. Carbon Steels 16 GGOST 380-57 normal and improved quality types Type 10 Type 15 Type 20 Card 3/9 Handbook of Properties (Cont.) sov/1936 Type 25 Type 30 Type 35 Type 40 L! Type 45 Types 15K and 20K Types 22K and 25K 4c, Type 22GK steel with increased manganese content 4.) Ch. III-. Constructional Alloy Steels Type 16m Type 124a Type 15KhM Type 12KhMF Type 12Kh 1MF 71 Type 12Kh2FB 76 Type E1454 79 Type E1531 36 Type 16r;mm PA Type 3OKh ge Types 38XhA and 40Kh 92 Type 20KhM q(- Card 4/9 Handbook of ]properties (Cont.) suv/1936 TYPe 30KhM Di Type 35KhM and 34KhM 107 Type 35M24FA 114 Type 25KhWA 11.3 Type R2 124 Type E1723 130 Type E1415 134 Type 21N5 149 Type 40N 1~1 Type 4oKhN 154 Type 12KhN3A 1 ~', 6 Type 34KhN3m Type 35KbNW Type 50KhFA 16~ Type 6052 172 Type 38KhMYuA 171i Ch. IV Stainless, Scale-resistant and Heat-re81Stant Steels 1'17 -7 Types M13, 2Khl3, 3Hkl5, and 4Khl3 stainless steels ~ 7 Types lKh13 stainless steels i~q Types 2Khl3 stainless steel 133 Card 5/9 Handbook of Properties (Cont.) sov/1936 3nl3 stainless steel Ty]pe . Type 4Khl3 stainless steel J?z Type KhlOS2M(EI107) scale-resistant steel 196 Type 15KhllMF stainless heat-resistant steel 201 Type EI802 '15Khl2VMF) stainless heat-resistant steel 204 Type E1756(mlevEw) stainless heat-resistant steel nA~ Types lKhl8N9T ( hYaIT), and MlBN12T stainless steel L10 Types Khl8NllB, and E1724 stainless steel 217 Type 11~hlO102M (E1257) heat-- resistant steel L22 Type M14TI14V2W(EI257 containing titanium) heat-resistant steel 223 Type lxhl3Nl6B (E1694) heat-resistant steel 231 Type iKhl3Nl8v2B (E1695) heat-resistant steel 254 Type Kh23N13 scale-resistant steel 257 Type Kh23NlP (E1417) scale-resistant steel 241 Type MIJ8N2592 scale-resistant steel 247 Type E1123 heat-resistant steel P50 Type 4Khl4Nl4V2M (E169) heat-resistant steel 2Y; Type E1572 heat-resistant steel 2~1 Type E1400 heat-resistant steel 273 Type E1403 heat-resistant steel 281 Type E1405 heat-resistant steel 23-1) Type E1395 heat-resistant steel 20~ Card 6/9 Handbook of Properties (Cont.) Type E1424 heat-resistant steel Type E1612 heat-resistant steel Type E1612K heat-resistant steel Type E1434 (IW10K) heat-resistant steel Type Ei388 hgat-resistant steel Type E1437 (KhN80T) heat-resistant alloy Types EI607 and E1607A heat-resistant alloy Ch. V. Steel for Castings Type 2 L cast carbon steel Type IML alloyed cast steel Type 20KWL alloyed cast steel Type 26-20 cast scale-resistant steel Type lKhl8NWL heat-resistant cast steel T~yW Kh25NlYrL heat-resistant cast steel Types IAl,IA4, and LA5 heat-resistant cast steel Type LA3 heat-resistant cast steel Tyj* LA6 heat-resistant cast steel Ch. VI. ODST exdTechnical SpecificatioriB for Materialn Used in Boller and Turbine Making Card 7/9 SOV/1936 307 313 322 325 334 338 344 350 350 354 359 365 371 373 376 580 386 389 Handbook of Properties (Cont. ) SOV/1936 Carbon sheet-steel for boilers 539 Steels for boiler-tubes, superheaters, collectors, and piping 39c, Steel flanges Forgings from constructional carbon-and alloy-steel (GOST 8479-51 302 Chemical-composition of steels used for discs, shafts, and all- forged rotors of a steam turbine (in %) (Standards 1233K, 1234-K and Technical Specifications of plants) 394 Forgings for shafts and all-forged rotors of steam turbines 395 Forgings for steam-turbine discs 395 Chemical composition of steels recommended for making forgings for shafts, all-forged rotors, and discs of steam turbines 396 Standard mechanical properties of forgings for shafts and all- forged rotors of marine and stationary steam turbines (TUMM 20-5-54) 397 Standard mechanical properties of rgings fo, discs of marine and stationary turbines (IUMTM20-5-54T 398 Blanks for steam-turbine blades heat-treated hot-rolled and forged from stainless steel (13gi-K,194o standards) 599 Sheets and strips for steam-turbine blade fastening bandages heat-treated cold-and hot-rolled frov chromium stainless steel (1392K,1240 Standards) 399 Card 8b Handbook of Properties (Cont.) sov/1936 (GOST 977-53)carbon steel castings 400 Castings from variouo types of alloyed steel 4,01 Welding vire made from GOST 2246-54 type steel 402 Electrodes for velding boiler and turbine steels 404 Electrodes for welding constructional steels 407 Electrodes for welding alloy steels with special properties 408 AVAILABLE- Library of Congress 10 U /gMp Card 9/9 B-6-59 LIBERM. L.Y&;, kandidat te)dtnicheakikh nank.; PHYSIXHIS. N.J.. inzhener; XANAYNV, A.A., )'AndidAt te)dinicheskikh naukr. re(Wrto~:-ft'SKAYA. R.G.. tekhnicheekly redaktorl [Handbook on the properties of steels used in mnrine boiler and turbine building3 Spravochnik po ovoistva stalet, promeniaemykh v ketloturbostroonii. Moskvn, G*v.n^uchno-tekhn.i%d-vo washf-hostrelt. lit-ry. 1955. 195 P. (Leningrad. TS&ntrql'nyI nauchns-lesledovatel' akil kotleturbiwWi institut. [Trudy). vol. 29.) (MMA 9.10) (Steel--Specifications) (Boilers, Marine) (Steam tarbines) FEYSIKHMAII. A.L. Optimum pass band of a resonance system for pulses of randote d-,t7 ratio. Radiotekhnika 13 no.5:40-46 Hv '58. OTRA 11:6) (Pulse techniques (Electronics)) ACCESSION NR: AP4026138 5/0106/"/000/003/0005/0016 AUTHOR: Levitan, 0. 1.1 Peysikhwan. A. L. TITLE: Signal-to-noise ratio monitor SMIRCE: Elektroavyazl. no. 3. 1964. S-16 TOPICTAGS: arignal, signal noise ratio. signal noise ratio monitor, frequency manipulated signal. noise isolation ABSTRACT: Two systems of a signal-to-noise ratio monitor are considered (see Enclosure 1): (1) amplitude limiter plus frequency discriminator type and (2) AGC plus amplitude detector type. Both were developed in 1960-61 for frequency-keyed signal reception. Theoretical relations for the square spectral density of noise at the output of frequency and amp1itude detectors are established. Higher components of keying frequency pass through the,band filter along with the'noise that produces information In the m-4tor; these components Card 1/ 3 ACCESSION NRt AP4026136 , are called "residue. 11 The effects of the residue and Its contribution to the monitor error are discussed as is the connection between the inertia of the monitor and that of the information channel. Some hints for designing the ratio monitor are offered. Experimental verification of both systems of the monitor was made by connecting them to the 215-kc IF channel of a short-wave receiver. The latter's internal noise was regarded as a noise source. Tabulated data of thl t maximum signal-to-noise ratio permits a rough evaluation of the effects of the passband, frequency deviation. h-f filter cut4afrequency, and ondulation of the IF -ang4ifier band filter. Orig. art. has: 13 figures. 18 formulas, and 3 tables. ASSOCIATIDN: Odeaskly institut "zi (Odessa 1wtituts, of Conununications) OU33MITTZD: 19Mar63 DATZ ACQ: l1Apr" ENCU 0 1 SM COM NO MW MOVI 003 OTHM 004. CWd LEVITAN, G.I.; FEYSIKHMAN, A.L. Device for tracking the ratio of a signal and noise. Elektrof5viazI 18 no.3:5-16 Mr 164. (KI-RA -'L--.4 I' AUTHOR: Peysikriman, A. L~ TITLE-. On the Optimu-i 'irransmission Band of a Re3onance bystem for e-lses With Arbitrary Reciprocal of th- Pulse Duty Factor Ob optimallnoy polose pro-pus",an--ya rezonansnoy s.ptemy dlya impullsov s proizvollnoy skvaz~inost,y-a) PERIODICAL- Radiotekhnikn, 1950, Vol_~ 1', Nr 5, P-)-~ 4C)-4(, ~USSF) A-5STRACT- Here the depr-ridence of the optimum transmission band of re8onance L;yr-tem with respect to the reception threshold an the reciprc4,al of the pulse duty factor 0 is investigated ine -,ioblem is solved in genernl f*or-.,, and ;n apn ..lication -iPon the pulses of a rectangular and n bell-3haped ap-zi.)ximation. rhe here derived equation ~1) r.?present7z the solution of the problem of the optimum band f7om tho aspect of the maxi-num siEnril-to- -noiae ratio in Ceneral born It is valid for pulses the pl-,ase fTC'q11enCy spectrum of which is linear ,.nd the aiap'--.'tud~w -,Pe~itrum functions of which can be Card 1/3 intep.-ated and jiffcr-ntiated to the second order On the Optimum ~'rens7nlcsi-.n a nogonance 1 u~- Sys tc.-n for Pul ses '%7I th A r t ir, i y Rcr ; pr ~ _-zil of the r1i 1 se Du ty ?,ar, t(..) r incliiolveiy. host, limitations allow to solve this p r ~- b a t c- a 7 tfor he two basic pulse approxi-lations t,'-.- ri, ril th~- bell-shaped one. SuiT _ri7inr~li t a n 7 1 -a r a -ia I' 3tafea 7h~- JPt-rium tran:,,mission band of a pu T-,,m the aspect of the maxi:7,ui:! signal-t3- -n-ji-e rat-'.)) r---t depend only on the pulse durati-n but ilso deper.,IF Dn the reciprocal of its pulse duty `a, t - - - I z. P Th~ o i-renden--~, for pulses with a linear -Jnase ~,pect,r..m fund, -~on --.s -xpressed by equation ~1), This -?q,_iation Ine integral and two derivativeO Df thp %mplitude :,p,-~tr-.,i f_;nr*ion of a single pulse. 2) in Case -f rta!-~v ztj..-~~ied pulses the mentioned o,-,,ti7nu7 'ransmission ba!,.-- _~&f - -L*-2-A , wherebyA-_! ,0.7 opt IL at P;,",Uc; a-, P