SCIENTIFIC ABSTRACT USAKOVSKAYA, S.R. - USANOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858110015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USAKOVSKAY .. bof lya Robartovna- KOSTINSKIY, D. N.. red, L MARTYNOVA,
V.A., ulad-affy red.;:GOLITSTN, A.V., red. kaft; BURLAU,
N. P.,, tekhn. red.
(Cameroon] Kamerun. Moskva, Geogmfgiz, 1962. 35 p.
(MIRA 16:4)
(Cameroon)

USAKOVSKAYA, T. 3., IiOLUB-~',VA, 3. P., RY.IUSCMITO, N. I., SOKOUNA, T. 9.,
-782~-TLIN, P. I.* SPITIKOVSKI, D. M. (USSR).
Structural Lability of Deoxyribonucleic Acids an-! Deoxyribonucleoproteins as a
function of their lJolecular 14orphology.
report presented at the 5th Int'l.
Siochomistry Congress, Moscow*'- 10-16 Aug. 1961

TSEYTLIN,, P. I.; UISAKOVSMA, T. S.
Effect of ionizing radiation on the cmplexes of de ox7ribenux laic
acid with methylamine; on the problem of radiosensitive and
radioresistarit forms of deoxyribonucleic acid. Hadiobiologiia 2
no-3:356-361 162. (14IRA 15-7)
1. Institut eiksperimentallnoy biologii, A101 SSSR, MosUva.
(NUCLEIC ACIDS) (METHYLAMINE)
(X RAYS-PHYSIOLOGICAL EFFECT)

TSEYTLINP P.I.; USkKUVSIIU,, T.S..~ SPITKOVSKIY, D.M.; TONGUR, V.Se
Study of the radiosensitivity of DNA on the molecular level.
Trudy MOIP. Otd. biol. 7:42-46 163, (,%URA 16.11)

L 31194-66 EV1P(')/EWT(m) RM
ACC NR. W6022-5 SOURCE CODE: UR/0216/66/000/0102/6ii 210
AUTHOR: Tscytlin, P. I.; Spitkovskiy, D. I-; q0_:r!V,A._Ij Ivannik, 'B. ?.I
-.L" Us vskaya,
K 1i ; kuStLkina, L. A.-. Ryabehenkot
ORG: Institute of ExRftrJmentaJJ~J2JoZy.__AM_5WR,_ Moscow (Inatitut eksperimentd~tno
biologii ARN SSSR) 11
TITLE: Analysis of.radiatlon injury to Oeoxyribonucleoprotgi at the molecular and
supramolecular levels
SOURCE: AN SSSR. Izvestiya. Seriya biologicheskaya, no. 2, 1966, 197-210
TOPIC TAGS: radiation injury, protein, DNA, x ray irradiationp hydrogen bonding,
molecular structure
ABSTRACT: X-irradiation does not give rise to covalent cros5links within
the DNA macromolecule, i.o., it does not prevent the separation of ENA I
strands or interfere with its replicqtion. The authors' studies or;--O-Pub
rotation of DNA and DNP and malting curves indicate that irradiation causes
latont damage to the sy3ttun of hydrogen bonds. The formation of single
broaks in the polynuclooti.de skeleton may result in rotation around the
remaining single bond at the site of the break. This may produce local
change in the c6nfiguration of the DNA macromolecule, resul"-Ing in steric
.~~drancs between the DNA and corresponding protein molecule,
.Irrakation with doses below 103 rad 'causes treake only in a W1411
-number of DNA molecules. This does not &.1ter the physicochemical. properties
of the DNA or DNP an a whole, although it undoubtedly has @one b1ological

L 31194-66
ACC NRs AP6022
feffect. '7hus, there is no reason to believe that the effects of lost
'irradiation doses. as manifested in structure). rearranfmefits of chromosomesv~
are related to changes in the DNA macromolecules. The results of studies on:
the physicomechanical properties of supramolecular oriented DNP structures I
:pr*sent in a 'medium with. oysiological, -ioni.o strength irplicate that,these
formations are highly sensitive to radiation. Orig. art. has: 10 figures. [JMI
SUB CODE: 07, 06, 20 / SUEK DATEs Mec65 CRIG Iffs 013 OTH MUP: 013
cma

USAKOVSKIT, J12., starshiy muster
__L
Rapid lathe operator S.M.Busbuev. Mashinostroltell no.1-:2)-24
N 156, (ICRA 12: 1)
1. Avtozavod Imeni Likhacheva.
(Turning)

USAKOVSKIY, L.
UM/Ships - C'Mstru ation
Tools
PA 30T93
Obt Iw
"Problem and7unotions of Tool Agencies,* L. Usakow-
skly, RWy 14. Pv
"Morskoy Flat" No 10
Discussion of the proper operation and functions of
tool agenoies in supplying toolay in acting as a con-
tral storerocut for tools, In buying nev tools and
materials necossary to make them) and In keeping todIs
in proper oporating condition.
w 3M31

USAZDTSKIY L. inshenere
.,1w.yMw 4RZ71!",
Usks and duties of the services in chwge of tools and
Instruments. More flot 7 no-10:41-W 0 147. (MLRA 9:6)
(Toolroom practice)

USAKOVSKIY, M. -__inzh... laureat Stalinskoy premit
Automatic loaders. On. tekb. 5 no. 12:12-14 D 160.
,'jMjRA 14:1)
(Loading and unioading) (Automatic control)

ZIMIN, P.A., kandidat Itakhnichaskikh nauk; u inzhoner.
is"go
Crated transportof brtcks. Zhel.dor.tranap. 39 no.2t77 "r 157.
(MLRA 10:.'))
(Bricks-Transportation)

SADOVSKIY, T~., inzh.; WAKOVSKIY V., inzh.
Vibration water lifts. Stroitell no.2:29 0).M. (WRA 14t7)
(Pumping machinery)

LMMOVSKIT, V~.W MKW", DYBINA. Y.N., teklUL.red.
(Using now mterials and designs of p1pos during the current
seven-year I~Ianl Primenenle nawykh materialov i konstruktaii
truboprovodov v tekushchei somlletko; lektaila dlia studentov
VZIITa V-VI kursov vsekh spetsiallnostai. Nookva, Vaes.
zaoohnyi in-t Inshenerov shol-dor.tranap., 1959. 19 PZNIRA 13:4)
(pipe)

ACC NRt AP6035759 SOURCL CODL: UR/0413/66/(J(j~,;',,,Ij/Oi",0/0131
INVENTOR: Slavin, R. M.; Usakovskiy, V. M.; Babakhanov, Yu. M.; M. V.
ORG: none
TITLE: Hermetic electric pump. Class 59, No. 186862. [announced by the All-Union
Scientific Research Institute for Rural Electrification (Vaesoyuznyy nauchno-insledo-1
vatellskiy institut elektrifikatsii sellskogo khozyaystva)
SOURCE: 1-7obreteniya,pronrjshlemyye obraztsy, tovarnyye znaki, no. 19, 1966, 130-1311
TOPIC TAGS: fluid pump, hydraulic pump, eloctric r,.O*tor
ABSTILM: An Author Certi-icate has been issued for a hermetic electric punmp con-
sisting of a housing containing a pump and an electric- drive motor with an outer
rotor and a female stator, the pump is cooled by a part of the fluid which is
transferred from the discharge to the suction nozzle. To simplify design and the
intensify cooling, the pump's working members are-located on the surface of
rotor or of the rotor and the electric-motor housing, and the winding of the stator
-is designed for the direct transfer of the cooling flow through the stator'a slots.
Orig. art. has: 1 figure.
SUB CODE: 13/ SUBM DATE: 26Apr65/
Cord A UDC; 621,67-83

USAKOVSKIY, V.M., in2h.
iju~y of the possibility of uBing vibration techniTmi for
raising water from slim wells, Nauch, trudy VIESH 7:5-8 160.
(MIRA 15:8)
(Stock and stockbreeding-Water supplr)
(Water aupply, Rural)

,,wo, US'LOV, Yu.F.
TopX,raphy'of Lil~~ lwmin0sity appam,.- in the zech-f-a-
of im ed alkal s. Opt. i spektr.
n' i halide drystal ftospihor
no.6:IC72-,i.,-e-; je 165. (MIBA 18:12)

28(2) PHASE I BOOK EXPLOITATION SOV/1679
Froshikov, Aleksandr Ivanovich, and Aleksandr Lukich Usan
Schetno-perforatsionnyye 45--kolonnyye mashiny; tekhniehoskoye
obsluzhivaniye I remont ~Forty-Five Column Punched Card Computer;
Servicing and Repair) Moscow., Mashgiz,, 1958. 270 P.
3,'000 copies printed.
Reviewers: N.A. Vasilevskiy and I.F. Merekalov; Ed.: M.G. Rappoport;
Ed. of Publishing House: A.G. Akimova; Tech. Ed.: A.F. Uvarova;
Managing Ed. for Literature on Machine Building and Instrument
Construction: N.V. Pokrovskiy, ROgineer.
PURPOSE: The book is intended primarily for mechanics engaged In
the maintenance arid repair of punched card computers, and may
also be useful to people employed in the field of mechanization
of calculation8.
Card 1/12

I
Forty-Five Column Punched Card (Cont.) SOV/1679
COVERAGE: The book contains basic information for the maintenance
and repair of a 45--column punched card computer. The material is
based on the experience of several Soviet computer stations and
of Soyuzmashuchet. In addition, instructions found in the
technical and servicing manuals accompanying the machine are
taken into consideration. A brief description of the construction
of a 45-column punched card computer is given, as well as
methods of determining defects in mechanisms and computer blocks,
and some practical examples of modernizing computers in order
to Increase their utility. No personalities are mentioned. There
are no references.
TABLE OF CONTENTS:
Preface
3
Ch. I. Purpose and Field of Application of Punched Card
Computers
Punched cards and 'their requirements
Ch. II. Perforators :?d45-1 and PD45-2
8
Card 2/ 12

Forty-Five Column Punched Card (Cont.) SOV/1679
Purpose, fundamental operational data,, and pr1nelple of
operation 8
The principal electrical circuit of the machine 9
The circuit of' the one column return key 11
The circuit of' the key for full carriage return 11
Fundamental mechanismst their construction and
adjustments 11
Mounting 11
Input mechanium and setting of numbers 11
Punching mechanism 18
Punched card feed mechanism 18
Ch. III. Technical Maintenance and Repair of Perforators
PD45-1 and PD45-2 23
Cleaning and lubrication 23
Repair 26
Fundamental operational defects, their causes and
elimination 26
Dislocation of holes in punched cards 28
Card 3/L2

Forty-Five Column Funched Card (Cont.) s Ov/i 67 9
Incomplete perforation in punched cards 28
Defects of multiple blank mechanism 31
Graph of systematic preventive maintenance 33
Didasembly and assembly 37
Set of spare parts 40
Modernization of perforato:-s PD45-1 and PD45-2 44
Ch. IV. Verifier K45-2 46
Purpose and fundamental operational data 46
Principles of operation and constructional diagram of
machine 46
Fundamental mechanisms of machine and their adjustments 48
Adjustment of the punched card feed magazine 48
Adjustment of the card feed mechanism 49
Adjustment of multiple blank mechanisms 52
Adjustment of receiving device 53
Adjustment of electric motor switching mechanism and
the carriage atarter 54
Adjustment of the reduction unit and clutch 55
Card 4/ 12

Forty-Five Column Punched Card (Cont.) SOV/1679
The electric equipment, its operation and adjustment 55
Verifier contacts and their adjustments 55
Switching contact of checking transport circuits 57
Contact blocks of digital keys and their adjustments 58
Contact blodks of receiving mechanism and their
adjustments 58
Contact of the 45th column and Its adjustment 59
Contact of the transport electromagnet and its
adjustment 59
Contact of a skip electromagnet and its adjustment 59
Ch. V. Technical Maintenance and Repair of the Verifiers
K45-1 and K45-2 C1 60
Cleaning 60
Lubrication 61
Fundamental operational defects, their detection and
elimination 62
Chart of systematic preventive maintenance 69
Card 5/12

Forty-Five Column Punched Card (Cont.) SOV/1679
Daily maintenance 69
Systematic preventive checks 69
Maintenance 70
Disassembly and assembly 70
Organizing the working place of the mechanic 72
Spare parts 72
Modernization of verifiers X45-1 and K45-2 72
Ch. VI. Sorter C45-1 77
Fundamental operational data 77
Operational principle anC lay-out of machine 77
Fundamental mechanisms and blocks,their construction
and adjustments 78
Feed magazine 79
Punched card feeding mechanism 79
Carrying mechanism 8o
Sorting brush block 81
Sorting relay 81
Sorting electromagnet 82
Straps 83
Pockets 84
Commutator 84
Card 6/12

Forty-Five Column Punched Card (Cont.) SOV/1679
Ch. VII . Technical Maintenance and Repair of the C45-1 Sorter 87
Cleaning 87
Lubrication 87
Fundamental operational defects, their detection and
elimination 89
Chart of systematic preventive maintenance 94
Daily maintenance 95
Systematic preventive che,cks 95
Mai"tenance 9

Major repairs 9
9
Disassembly and assembly 96
Organizing the mechanic's working place 99
Spare parts 101
Modernization of C45-1 sorter 103
Ch. VIII. Tabulators T-4M and T-4NI 104
Fundamental mechanisms, their construction and adjustments 104
Mounting 106
Drive 106
Card 7/ 12

Forty-Five Column Punched Card (Cont.) SOV/1679
Feed mechanism 107
Adjustments of feed mechanism log
Receiver mechanism 115
Adjustment of receiving mechanism 116
Principal computing.magnet 117
Adjustment of principal coupling magnet 117
Coupling magnets of feed print mechanisms and their
adjustments 118
Counter adjustments 119
Counter heads and their adjustments 123
Printing mechanism adjustments 125
Magnetic case and Its adjustments 128
Carriage and paper feed triangle mechanism and their
adjustzqents 129
Spacing mechanism and its adjustments 131
Cam control mechanism 132
Adjustments of control cams and of a commutator 133
Switchboarda and their adjustments 133
Relay 134
Relay adjustment 137
Card B/ 12

Forty-Five Column Punched Card (Cont.) SOV/161`9
Feed mechanism 107
Adjustments of feed mechanism 109
Receiver mechanism 115
Adjustment of receiving mechanism 116
Principal computinig.magnet 117
Adjustment of principal coupling magnet 117
Coupling magnets of feed print mechanisms and their
adjustments 118
Counter adjustments 119
Counter heads and their adjustments 123
Printing mechanism adjustments 125
Magnetic case and its adjustments 128
Carriage and paper feed triangle mechanism and their
adjustments 129
Spacing mechanism and its adjustments 131
Cam control mechanism 132
Adjustments of control cams and of a commutator 133
Switchboards and their adjustments 133
Relay 134
Relay adjustment 137
Card 8/ 12

Forty-Five Column Punched Card (Cont.) Sov/1679
Ch. IX. Technical Maintenance and Repair of the T-01 and
T-4MI Tabulators 140
Daily technical maintenance 140
Lubrication 141
Method of determing defects in electric circuits and
mechanisms by the nature of counting and printing errors 157
Counting errors 157
Erros In the summary printer 163
Errors In the balancing and summing of totals 164
Errors observed in one section of the counter 164
Operational defects of the T-4M and T-4MI tabulators
and their elimination 165
Defects in the feed and receiver mechanisms 165
Defects in electric motor circuits 170
Defects in counting 175
Defects in the printing mechanism 184
Defects In the control apparatus 187
Defects in selector operation 187
Card 9/12

Forty-Five Column Punched Card (Cont.) sov/1679
Planning and performing of tabulator repairs 188
Periods and types of repairs 188
Repair of counters :L89
Repair of counter heads 192
Repair of control cam block 193
Repair of switch panel 195
Repair of switchboard 195
Repair of feed mechanism 196
Repair of coupling magnets (principal, printing and
feed) 198
Spare parts for tabulators 199
Special instruments and equipment for repair of tabulators 199
Modernization of tabulators 211
Ch. X. Summary Puncher IP-45 216
Technical characteristics 216
Operational principle 216
Construction and adjustments of fundamental mechanisms 217
Mounting 217
Feed mechanism 217
Motor drive mechanism 221
Card 10/12

Forty-Five Column Punched Card (Cont.) SOV/1679
Keyboard 221
Mechanism of.bar electromagnets 221
Punch mechanism 221
Carrying mechanism 222
Duplication mechanism 222
Linear commutator mechanism 222
Adjustment of suzmnary puncher mechanisms 223
Ch. XI, Technical Maintenance and Repair of Summary
Puncher IP45-1 229
Cleaning 229
Lubrication 229
Repair 232
Fundamental operational defects, their causes and
elimination 232
Graph of systematic - preventive maintenance 23
Disassembly and assembly 239
Spare parts 243
Card 11/12

Forty-Five Column Punched Card (Cont.) SOV/1679
Ch. XII. Devices for, Obtaining Direct Current and Their
Maintenance 244
Maintenance of electric motor 244
Ch. XIII. Organizing; the Repair and Maintenance of Punched
Card Computers 246
System Of Bystematic-preventive maintenance 246
Organizing of means for systematic-preventive maintenance 249
Organizing SUPPli(.-B of spare parts 249
Organization of the workshop for the maintenance and
repair of machines 249
Technology of repair operations 250
Soldering operations 250
Reconditioning and repair of parts 252
Cementing of parts 254
Rewinding rela:7 wheels and electromagnets 255
Making parts In the repair shop of a machine-computer
station 259
Ch. XIV. Safety Techniques In the Repair and Maintenance of
Punched Card.Computers 266
AVAILABLE: Library of Congress (QA 75.G77) IA,'Ijmr
Card 12/12 6-15-59

USAN, Janez (Vrsac)
Remarks concerning the article "Road Curvatures." Obz mat fiz 7
no.3:135-138 160. IIEEAI 10;5)
(Roads)

KURAJUN, A.!.; USAN M.V.- ZHITRI'6EV, V.G.
JP
Organization of a preventive stat'stIcal control. Standarti-
zatsiia 28 no.6:38-42 Je 164. (MJRA 17:9)

USAN, M-V-'; 7HURRIEV, ~.G.; KHMM-V, A.I.
Effect or '"Jze techn01091Cd! factors on
I n ~t ~'! -jn
Of autOmat!c lathes for, 'nngltij! 4r r C. j,
35 no.10.-ct.-Io 0 164.
(M.7R4 17,,121

ZIIURT',-;EV, V*G,l KUBAIUT, A.I.1 USAN, M.V.
Determinatlan of the sonom of tolerance far the ajusl=ont of
machine tools, Priborostroonis no,1212l-24 D 164,
(MI RA 18: 3)

:' - ",/; -/ ? -~' & -- ~.- , il .1,.,.k; "''/.; /
1117),; V (- - - v I I /~)
BUKHMAN, A.S., ksind.talchn.nauk; USAN-PODGORNOV, B.M., inzh.
Prestressed reinforced concrete ties for mine timbering.
Shakht. stroi. no.12:21-26 D '57. (MIRA 11:1)
(Mine timbering)
(Prestressed concrete construction)

SOV/97-58-10-7/17
AUTHORS: Bukhmant A.S. (Candidate of Technical Sciences,' and
Usan-Podgornov, B.M. (Engineer).
Construe o o~re`cast Prestressed Reiriforced Concrete
TITLE: t
Pit Props and Technology of their Manufacture
(Konstruktsii predvaritellno napryazhermykh zhelezobe-
tonnykh elementov shakhtnoy kr6pi t. tekhndLogiya ikh
izgotovleniya)
PERIODICAL: Beton i zhelezobeton, 1958t Nr 10, Pp 383-385 (USSR)
ABSTRACT: In 1957-58 the authors of this article designed precast
prestressed reinforced concrete slabs for propping coal-
mine galleries. This work was carried out in conjunction
with M.N. Geleskul, Candidate of Technical Sciences, in
the Laboratory for New Designs of Coal-Mining Supporting
Constructions, of the Scientific and Research Institute
for Coal Mining (VUGI). This new type of propping slab
was tested and the results are described in detail.
Concrete mark 400 was used based on granite aggregate.
The concrete mix was 1 8 1.5 : 1.5 and the water/
cement ratio ketween 0.28 and 0.32. The cement was of
350-400 kg/cmd activity and was ground on vibro-grinder
Card 1/3 VM-10. The reinforcement was of 2.6 mm. diameter high

SOV/97-58-10-7/17
Construction of Precast Prestressed Reinforced Concrete Pit Props
and Technology of thoir Manufacture
Card 2/3
carbon wiro with an ultimate strength of 187 kg/mm2.
The slabs were consolidated on vibrating table VS-1M.
Curing was carried out at a mean temperature of 18 - 200C.
Tensioning was carried out on stand SNS-1 constructed by
Giprouglemsish. The tensioning apparatus used was of the
type DP-2 of TsNIIS. Tests show that this concrete slab
reaches during bending a strength of 40 kg/'=2. Table 1
gives values obtained during tests which prove that
constructions from prestressed reinforced concrete slabs
type VUGI are three times stronger and much more
economical than those from ordinary reinforced slabs
type PNIUI. At the same time the above mentioned
laboratory studied mass production of these slabs by
the method of casting by vibration. Fig 2 shows the
concreting yard and combine on which these slabs are
manufactured. Fig 3 shows the vibrating construction
used in the manufacture of slabs of rectangular cross-
section. Table 2 shows that the strength of the
concrete arid the load-bearing capacity of the concrete
slabs are adequate after only 5 - 10 days of hardening.

SOV97-58-10-7/17
Construction of Precast Prestressed Reinforced Goncreto PIOL" Props
and Technology of thoir Manufacture
Between 1952-54 the VUG1, In collaboration with TsNIPS,
worked on the manufacture of slabs of rectangular
cross-section for pit-propping, and on conveyor and
stand methods of production. Fig 4 illustrates
vibrating stand forming part of a concreting combine
for castir4r prestressed reinforced concrete slabs of
fashioned cross-section. Vibrators of the type 1-50
were used.
There are L~ figures and 2 tables,
Card 3/3

GIUSM, N.V.; KISFJM, To.S.-, USAN-PMOORNOV, B-K-
Use of now reinforced concrete fraw timbering made of T section
members. Ugoll 35 no.5t4l-44 My '60. (NIRA 13:7)
(Mine timbering)
(Rminforced concrete construction)

GELESKUL., H.N.; UL`AV-PODGOIU'.OV. 13.."'.
Study of roc!.- preisure L-anifestaticns in the mines of t'-e
Noscow Basin. Ugoll 36 no.6:23-24 je 161. (IMA 14-7)
1. Tnstitut gornogo dela im. A.A. Skochinskogo.
(Moscow Basin-Rock pressure)

GOLESRL, 14JIrhail Nikitovich; USAN-PODGMNGV Boris
f-
KOSTANIYAN, A.7a.., red.7~-;;; ~BO ~~A.j tekhn. red.
(Repair of mine workings for the timbererl Krepillshchik Po
remontu goMkb vyrabotok. Moskva., Gosgortekbizdat, 1962. 246 p.
(MIRA 15:7)
(mine timbering)

USAN-PODGOWIOV, B.M., inzh.
-ions of a support in drifts driven
Study of the operating condit
In unstable rocks. Hauch. soob. 1GD 15:120-128 162.
(MIRA 17-2)

USAN-PODGOIU40V, B.M.
Determiming irdtial mini..ng erxinearing parameters for the calculation
of drift supports in Mlosvow Basin mines. FA.I. mekh. wrois., dav. i
razr, gor. porod. no.2tl96-206 (14TIRA 17:1)

USAVOV, A,
Eighty projects. SOV.shakht.. 10 n0-4 :15 Ap 161.
(MIRA 140)
1, Nachallnik proyektno-konstruktorskogo byuro shakhty No-5-bis
"Trudovskayall.
(Mining enginoering)

46~;eor
107140
oafjqw. t*tA)o IX ko.
(Ntuxlan.) A. 1). %. 0,
Mar. M2. P. 16- 19.
Dr"N4- nwflxxl aml cqul;mwtA for the sho". Typical datis
Am rlwrt~l aM talms6W.

1,46),Y
ring - Fuel pumps
.1/1 8 Pub. 12 - 3/14
AUUM I chapchaev, A.@ A$; Usanorp A. D.; and MnMlovp V, F.
Standardizing fuel pumps for automobile engines
11Avt. trakt. prom. 5,,9-12, MAY 1954
AbdtMat IThe editorDLI gives acme infwmation concerning tents, conducted by
the Scientific Automotive Institute, on standardizing fuel pumps for
the GAZ-51, ZIM, GAZ Yr-50, ZTS-120, and ZIS-5M aut(mobile engines.
Illuntratimis and diagram depicting the testing ot fuel pumps,, are
presexted, Graph; drawings,
Institution
Submitted t

USANOV,A.D., inshener
StAndardization In the automobile industry. Standartizateiia
no.2:14-19 Kr4p 155. (MLIA 8:6)
1. Nauchryy avtomotornyy Institut.
(Automobiles engin"ring-Standards)

USA'NOV, A. D.
USANOV, A. D. "Investigation of the Effect
Conditions of Operation of
Operating Condition of the
Industry USSR. State Union
Res Automobile and Automotor
(Diasertation for the Degree
Science)
of the Basic Parameters and
an Automobile Engine on the
Spark Plugs." Min Aatomobile
Order of Labor Red Banner Sci
Inst (NAMI). Moscow,, 1956.
of Candidate in Technical
So: Knizhnaya Letopis', No. 18, 1956,

I I , - I -, / / I
T- I. , - - - - -
- . r ,V ,,,. I , r-
KUROV, B.A., kand.tekhn.nauk; MWATWV, V.F.; USANOV, A.D., kand.tekhn.nauk.
Ingine of the FIAT-600 automobile. Avt.i trakt.pro--. no.7:W.1-46
Jl '57. (MIELi 10:11)
(Italy-Automobiles-Ugines)

AUTHORI: Usanov, A.D., Chapchayev, A.A. 113-58-7-11//25
TITLE: h ~e,, ~r'elo'*Tthe Operating Conditions of thc. '-Iraine -,n the
Operation of the Spark Plugs (Vliyt-niye rezhimov eknpluntntnli
dvigatelya na rp~,otu svechey zazhipaniya)
PERIODICAL; Avtomobillnoya promyshlennost', 10;F4, Nr 7,pp "2-;)r,
ABSTRACT: Research conducted by Academician Yulebakin of the TsYF moto-
tsiklostroyeni,va (TsKB of 14otorcycle-Building), the LF! imeni
Kalinina 1FI imeni Kalinin) And the NITAvtopriborov, has cast
light on several technical problems connectel with the increase
of the reliability and evaluation of the thermal properties of
spark pltgs. Tnvestigations were made with the nid of one-
cylinder sections and the many-cylinder engines of serial pro-
duction, such as GAZ Y-20, GAZ-51, '.,TI,-120 And Thus
the characteristics of an All[J plug with A bept chamber of C,61
cubic cm content changes sharply depending on the spot they are
inserted, while the temperatures of a plup, of the same type
but with a heat chambet content of 0.21 cubic cm almost never
change, no matier where the plug is inserted. Consequently,
changes Df the heat chamber content should be utilized in the
standardization of spark plugs and creation of a rational therm-
Card 112 al range. The AllU plug, with its heat chnriber content of

The Effect of the Opera*:ing Conditions of the ~F'neine on the 'Peration of
the Spark Plugs
0.61 cubic cm, is close to the A16U plug, of 0.51 cubic cm,
with respf,ct to thermal charncteristics. It was found that
the existing plug type most suitable for the thermal tension
conditions of the engines is a 14-mm spprk plug with a thread-
less fastening of the shaft of the centrR1 electrode to the
uralite insulator, and with the core fastened to the spark
body by an airtight powder sealing.
There are 2 photos, 3 graphs, and 3 diagrams.
ASSOCIATION: NAMT (NAMI )
1. Spark plugs--Performance 2. Spark plugs--Thermal propeltie-
Card 212

TJSANOV,-,A.V.o inzh.; LARYUKHMA, G.G., inzh.
Shortcomings in methods for testing dusters and sprayers. Trakt.
i sallkhozmah. 8:29-30 Ag 158. (MM 11:8)
(Spraying and outing equipment--Testing)

WIN, Gennadiy PavlovichtYSANOVp Aleksandr Vasillyevich; MUKKINp Mop red.j
IOFINOVAj, TS.B.9 i_a,_'izd-vaj WBANKMA# R.Ye.g tekbn,, red,
[Maohinery " equipment for the reforestation of cutover areas)
Mashiny i orudiia dlia sozdaniia. lesnykh kulltur na v3rrubkAkh.
Moskyap Goolaoln=izdat, 1961* 95 P. (MM 3.418
(Forests and forestry--Equipment and supplies) (Roforestation~

USAPOV9 B.
Amrial sportmen of Lenin's city. Kryl.rod. 14 no-4:6-7 Ap
163. (NIRA 16:5)
1. Sekretar? Leningradekogo gorodskogo komiteta Leninskogo
Noommnistichaskogo Ovuza molodexhi.
(Leningrad-Aerial sports)

USMOV, D.D., kand.tel:hn.naulc; EIVAN, T.B.
Electric equiprient for Fiat cars vith small displacememt, engines.
Avt. prom. no.5:43-45 160. (MIRA 14:3)
(Italy-Automobiles-Electric equipment)

'USANOV, G.M.
Sedim9nation of the productive formation in the wSangachaly-Mom
-- Duvannyy Island -- Dulla Island anticlinal zone (ncrtheastern
Baku Archipelago). Azerb. noft. khoz. 40 no.9:5-8 S 161.
(MIRA 15: 1)
(B&ku. Archipelago-Petroluem geology)
(Baku Axrhipelage-Gae, Natural--Geology)

ALIYEV, A.K.; USANOV, G.M.
N#,rw 6Ata on oil and gaE o~-,.a-rrsrces of DuVann7y Isla-vid and the
Sanf;achaly - Wro arba. Noftorfiz.gacil, i 900fiz, nrj,g"/'-5 '--5.
(VVIA '~,8:8)
1. Trust "Azmoniefterazvedka".

USANOV, G.M.
Correlation of the cross sections of the producing fo-mation
of the Sangachaly4iore - Bulla Island anticlinfil zone in the
western part of the Apsheron Peninsula and southeastern lobystan.
Azerb.neft.khoz. 41 no.5-.3-7 My 162. (MIRA 16t2)
(Koby-stan--Geology, Stratigraphic)
(Apsheron Peninsula--Geology, Stratigraphic)

USANOV. G.Ye.
Joint tectonics of a beryl deposit of a new morphological type.
Sov.geol. 7 r-o.2:30-41 F 164- (MIRA 17:3)

USAROT; I"
-
Wide utilization of reinforced concrete elements b7 collective
farm@. Sall.stroi.11 no.11:7 N 156. (MLRA I.O.-J)
1. Predeedatel kolkhoza imeni Stalina, Terontsovo-Aleksandrovskogo
rayona, Stavropolskogo kraya, deputat Verkhovnogo Soveta RS1PSR.
(Reinforced concrete construction)

USANOV, M.S.
I . Modernization of carding machines. Za indus.Riaz. no.2!t2l D 161.
(MIRA 16:10)
Oktyabrl."
1. Glavnyy inzh. Klepikovskoy vatnoy fabriki "Krasnyy

KALININ, V.I.; AVERKIN, V.D.; KLUBOV, V.A.; USANOV, N.A.
Trends in prospecting for gas- and oil-bearing structures in
the Buzuluk trough and adjacent regions. Geol. nefti i gaza 7
no.11:6-13 WA63- (MIRA 17:8)
1. Kuybyshevnertegazrazvedka, VooooyuzW nauchno-issledovatelf-
akiy geologorazvedochnyy neftyanoy institut i Orenburpefteraz-
vedka.

USAKOVP P. ; BLOM, V.; YJJWIOV, 11. ; laYOROV, I. ; A14CHISUVSKIY, F.
Reduction of staff persowiel is an essential mattor. Sots.trud
no-3:105-126 Hr 158. (14IRA 13:3)
1. Hachallnik otdals. organizataii proizvodstva tokhnichenkogo
upravlaniya Leningradakogo soveta narodnogo kho-.yayRtva (for
Usanov). 2. Direktor zavoda ev et ot ekh niche skikb izdoliy (for
'Blokh)- 3. 11achallnik otdola trude. i zurplaty Parvogo goEmdarstven-
nogo podabipnikovogo zovoda (for Kabanov). 4. Dirak-tor Leningrad-
skogo savoda dolltellAvkh golovok (for 14ayorov). 5. 11itchal'nik
proi2vodatva Leningradakogo zavoda dolitellnykh golovok (for
Amchislavokiy).
(Leningrad--Industrial organization)
It

USAITOV, P.
Consolidation of related enterprises in the Leningrad Xconomic
Region. Sots.trud 5 no.2:70L72 F 160. (MIRA 13-6)
(Leningrad economic region-7Consolidation and merger of corporatiove)

SHWILIN, Viktor Sennnovi,:7h; USANGVf P.A., redaztor; FEDCROV, B.M.. redaktor;
YJMSIX, H.P., ikt or.
[Table for comDuting the val=e of loge edged only on tvo parallel
TrthlitSy obOemov nenbretuykh pilomaterialov (bruslay). Moskva,
Gonj oat.,) 381 p. (ULRA 9!5)
(lumber-Menzuration)

ANIKIN, Anstoliy Mikhaylovich; AF20BOYA, Roza Petrovna; BAKHTWTAROV,
Vladimir Dmitriy9vich;._UUNQY,, Petr Alekseyevich. ret4ppent,
otv.red.; BUMOV, Vasiliy Iva n~V--icE.- re"t senzent;-'- PJTEMUN.
Te.L., red.izd-ve; KOM=SHINA, A.$., takhn.red.
(Building prefAricated wooden houses] Zovodskoe derevionnoe
domostroenie. Moskva. Goolesbumizdat. 1960. 230 P.
(MIRA 13:9)
(Buildings, Prefabricated) (MIding, Wooden)

IVANOVt David Vasillyevich; SHCHEGLOV, Valentin Fedorovi.--h;
RVANIN, Rostislav Vasil'yevich;-USANQY,--P-A,,, red.;
JUMMELI, LS., red. izd-va;,SfflBXOVA, R.Ye., tekhn,red.
(Automation of sorting devices and bundle making machines for
lumber] Avtomatizirovannye sortirovochnye ustroistva i paketo-
formiruiushchis mashiny dlia pilomaterialov. Moskva, Gosles-
bumisdat, 1963. 67 p. (MIRA 16:6)
(Lumbering-Machinery)

11EYNIKOV, N.A.; GOLOVANOV, G.A.; USACHOV, P.A.; TOCHILIN, M.S.;
PTITSYN, Yu.V.
Winning high-iron magnetite-hematite concentrates. Biul.tekh.-
skon.inform.Gos.nauch.-iasl.ibst.nauch.i tekh.inform. no.5:11-13
,62. (MIRA 15:7)
(Iron-Metallurgy)

USAMV, V., brigadir olonarey
All this should be realized. 12obr.i rats. no.11:27 N '58.
(14IRA 11:12)
1. Vyrubochnyy tankh fabriki "Skorokhad," L"ningrad.
(Laningrad-Shon Industry)

L 14450-66 EWTWIT WE
ACC NR: AP6002950 (1q) SOURCE CODE' UR/0286/65/000,1024/0116/0116
INVENTOR: Usanov,_V. A.; Usov, I. R.
ORG: none
~TITLE: Altitude compensating unit for carburetors in Internal combustion engines.
Class 46, No. 177202 [announced by Central Scientific Research and Design Institute
for Fuels Systems in Automotive and Stat.ZZ ies (Tsentrallnyy naucbno-
issledovatells-kiy-i konstrukt&-rskly institut toplivnoy apparatury avtotraktornykh I
-~.statsionarhykh dvigateley)]
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 116
zTOPIC TAGS: internal combustion engine, diffuser, fuel carburetor
IABSTRACT: 4his Author's Certificate introduces an altitude compensating unit for
.carburetorAin internal combustion engines# The device contains a sensing element,
e.g. a bellows, which reacts to changes In atmospheric pressure, arid an actuating
mechanism which controls fuel supply from the atomizer to the Inta):e channel by
changing the v&cuum in the main metering system of the carburetor. The design is
Card 1/3 UDC: 621.43.033.6(23.08)

1 sensing element; 2 sliding diffuser; 3 atomIzer.
Card-2/3

L 14450-M
ACC NR: AP6002950 0
simplified and the operating stability is improved by making the actuating mechaniom
in the form of a sliding diffuser connected to the sensing element. The atomizer is
located in the throat of the diffuser.
'SUB CODE: 21/ SUBM DATEt 1SAug63
CardX/3

85433
L9 -Lit 00 3/170/60/003/011,/004/016
//I W 0 B019/BO56
AUTHORS; Tsiklauri, G. V., Usanov, V. V,,
TITLE: The Problem of Heat Exchange in a Tube at High Air
Velocities N,
PERIODICAL: Inzhenekno-fizioheskiy zhurnal., 1960, VG1. 3j NO. 11.,
Pp. 48-51
TEXT: The.one--dimensional f1cw of a compressible gas in a tube is measur-
ed under the assumption cf a convectiva heat exchang ith the wall. The
authors succeeded in setting up a linearized differential equation,
which describes the motion of the gas. The solutions were checked by means
of data experimentally determined by B. S. Pezovan at the MEI, where
the local heat exchange in the case of a turbu flow was investigated.
The thin-.walled tubes had a diameter of 15-95 mm, and a length, which
amounted to the 29,5-fold of the diameter. The temperature of the air
flow was changed between 150 and 400 CK, wheTeas the wall temperature was
kept constant at 3000K, As may be seen from the comparison of the re-
sults, the relations of the hydrodynamic theory for the heat exchange
Card 112

85!,33
The Problem of Heat Exchange in a T4be S/170/60/003/011/004/046
at High Air Velooities B019/BO56
within the Mach number range cf from ',,5 to 7) are ccrrect and may be used
fc-r pract-4.cal salculations. There qrE~ I figur-,- and 5 Soviet referenses.,
ASSOCIATION: Moskovskoy~-. otdeleniya Tseniral,nogo kotloturbinnogo
instiluuta im. 1. 1. Pclzurova (ffoercw Branch of the Central
Steam Turbine Institute imeni 1. 1. Polzunov).
Vsesoyuznyy nauchno-issledovatel,skiy inetitut kislorodnogo
mashinostroyeniya, g. Mcskva (All Union Scientific Research
Institute cf Oxygen-ApraratU3 and Machinery. Mcscow)
SUBMITTED: may 16, tg6o
Card 2/2

-MOV, V. L. AND TSWAURI G. V.
"On The Analytical Determination of Effective Surfaces in
Channels at the Presence of Heat Transfer and Friction."
Report uubmitted for the Conference on fleat and Mass Transfer,
Minsk, BSSR, June 1961.

USANOV, V. V.. and TSIKiAURI, G. V.
__
" The problem of the analytical determination of the eff ective
surfaces in channels involved with heat-exchange and friction."
Report presented at the lot All-Union Conference on Heat- and Maas-
Exchange, Minsk, BSSR, 5-9 June 1961.

0349
5/800/02/000/005/001/002
E202/f,-1492
A UTH U i I usallov, V.V. , Elu_,irleer
'I I'l, L ii(!at exchmi~:e atid r*esistance in axially s.jim-etric
rtov.zle worki_n~,, at sli-t-litly supersonic velocities
SU U tic b: v_se.4oyimiyy niiichri(-)-is.4le(iovatel's)~ij institut
i.islorodn(i,v-o mashi.nostrojeniya. TrIldy. Flo.5.
v.08col'' ](,,If):.. Appiliaty i mashiny kislorodny"kh
ttstanovol,.. 61-(")3
TEXT: ' Tfie author aiiiis at oxtending tile applicability of the
hydrorlpiamic heat exchnit.,A! t!ieovy 001.1;T) to tile regio;I of
vo loci 1-i n i n Ve rn a I s e t t i n ~_, o f
eXpf!rij,tvnt -is selected in which a loog, axially symmetri.c
diverpeiit (hict (tifizzle) cooled frow. mitside by boilinS: water is
chosen. Vie crcp.-;.q-.~4ecticm of' (Itirt is increaminq vf,r.%i slowly to
prevent smider, veloci.ly jimips. Pi-essuro oil(] temperature are
measured at various ;joiritF along the axis of the duct nrid at, the
outer wall respectively, in nridition to moss flow meamurei,.eiitv,
ami measm-eii,ei,ts or tite vapotir is--ming from the cooliiig chamber
siirroundi it*(-r thp (hict. The theorj is developed from first
Card 1/2

S/F&() /62 ANJO/009 /0C 1 /('02
lient exchange atid resistance ... r'-, o:! / 1., 1, 9 2
pritici"I es by relati lit! pnier a I iZed Pi-t-floill Ii Is ecIlia ti, oxi
mass f1bw. braki-ity tvi.iperaturi~, equation of state arid !ieat
balance to IMI-,'T rolatioa. Thc InLter links the coefficietit of
hydrodynamic resistance r to the Coefficierit of lient traiisfer oL.
A (Petailed ailaly.9.1s of tlit!oretical and experimentn-I ciata are viveri.
I't is conclildr--d tillit ilili,'T jilay be api,lied to velocity recriorls of
1.1() to 1-555 ~- ,with an averagre value of Re = x 10') for
bra4iny tewperntiirv and 8-55 x 109 for wall temperature.
HIIET may be ail;,lied at~ a hasis for duct flow calculatit)ns in the
f orm St = ~ /P'. Vie work was directed by Professor A.A.Gulhninn
and Candidate of Teclinicnl Sciences A.F.Gandellsman.
There are A figures atid 2 tnbles.
Card 2/2

L U074-63 EWP (q)AWr (m)/BDs--AFncAsD--M/JG
=S= Ms V3W3ZM S/Ula/63/000/005/0156/M62
AUMORt Maltseva, 0. Koj Postnikov, V. 9 ; unn 0
_V-V
friction of CuJIL and Cu sub 3 Au alloys
SOURCEs IVUZo Chernaya metaUurgiya, no. 50 1963, 156-161
T" TAM 9 -intirnal- friction., CuAu alloyp Cu 3ub 3 An a3loy., reorganization of
atoms,, bond energy, hatero atoms$ activation energy,, peak properties
ABSTRACT% The internal friction of Cuku and Cu sub 3 Au alloys-was studied during
cooling in order to deterudne its peak properties* . It is assumed t1tat. temperature
change reflects the kinetics of the regulation processes. If an hypothesized tol-
erance for the interaction between internal friction and process regulation is cor-
rect,, -it is possible to compute from isothermic curvaturey the time of relaxation
of the system to a thermodynamically stable stateo From examinatdon of frequency
of fluctuation of the peak., displacing toward the high temperatures and decreasing
in size, it is inferred -that the processes which cause peaks in !Lnternal friction
apparentl,y involve a reorganization of atoms during regulation. Thus the bond
energy of hetero atoma is somewhat greater than that of the uniform atomso, The ex-
perimentally determined value for activation energy reflects this facto Origo art*
A-Z
Card I/I/ V
-------_------------------- -------------------------------------

AID Nir. 0.87-8 11 June
POSSIBLE SOLiUTIONS OF THERYIODYNAMIC~EQUATIONS FOR r,'SCOTIS
GAS FLOW WITH HZAt'T!~ANSFER (USSR),
"At
Usanov V V Inzhener*no-fizicheskfy'zhurha~l, no. 4, Apr 1963, 22-26.
S/170/63/000/004/003/017
A system of equations in terms'of gas dyndmR--influ'enc e coeffic'ient's, describing
a one- dim ension-al.gas ~ h0l.11 with ailowaho'e. for'friction and heat +ransfer through
th6 wall', is considered. Possible met~ods'of'solving'the equations are discussed.
I.t. is shown that in case of intensive heating the effect of heat transfE~r on the fric-
tion factor must be taker, into consideration., tPV]
Card 1/1

AFMW/1W-U/52,b--Ps-4/Fd- i Pr-4 -4-W.
ACCESSION NR: AP3003046 S/017o/63/000/006/0037/00447~
v. v. 7?'
AUMOR: Gukhman, A. A.; Gandel'sman, A. F.; Naurits, L. E. Usanov,
TITIE: Characteristic features of supersonic flows directli adjoinins the
transonic region
SOURCE: Inzhenerno-fi-zicheskiy zhurnal, no. 6, 1963, 37-44
TOPIC TAGS: transonic flow, supersonic nozzles, heat trarc.-cr, hydrodynamic
theory
ABSIMCIT: The relationship bet-ween heat transfer and hy(frofyn2mic resistance in
the transonic region of a gas flow has been investigated using a
test section consisting of a vater-cooled nozzle. The fol1cw1r.E: p=ramet-ers were
Mea.~ured: air-flow rate, static pressure along the nozzle length, st'agr -
ternperature along the cross sect.Aon before the test section, out3ide Vall
t,~-.mppri-,ure of the nozzlej and amount of conden*late. Thlrtcen tc.~;t rume,
Card 242

covering three basic regfmes for the temperature ranges S47.'--S418.5.K, 6
61~0.5K, and 698_9-699.oK. The results obtained are given in the forra of ezap-_-
shwing pressure and heat-flux distribution, temperature
of the coefficient of hydraulic resistance, and of the St---itcm minber. r.
tv~at the passage t~raagh transonic velocity is accompan.-Led by a distueban-ce in
the normal form of the relationship between the intensitv o-,F' heal; tm-wfe:7 and,
the hydraulic resistance; beginning with the value of the thern-al conductillity Of
the vill of the nozzle, Lambda = 1.35, the basic relationship of the hydrock.,np_nda
theory of heat transfer an be applied vith accuracy sufficient for practical-
engineeriri -probfe-ms. Orig. art. has: 5 figures, 12 formulas, and 1 table.
ASSOCIATION: none
SUBMTED: 03APr63 DATE ACQ: P-2jul63 ENCL: 00
SUB CODE: 00 NO FM SOV: 007 OTHER: 000
Card 2/2

MA,LITSEVA, G.K.; POSTNIKOV, V.S.;
Internal friction in binary ordered;alloys.w4'a fac*-centered
cubic lattice. Fiz. met. i metalloved. 16'no.21302-309 Ag 163.
(MIfd 16:8)
1. Voronezhskiy politekhnicheakiv institut;AAWOVOI~.-Y
T,edagogicheskiy institut.
(Alloys-Metallography) (Crystal lattices)
(Internal friction)

-1=ocv.,,-V-V.-,-inzh.-, PrInimali uchastiyeA NAURITS, L.N., inzh.; TSIKLAURI,
G.V.; SHISHOV, Ye.V.; VSEKHESMATSKIY, V.N.; tekdmik; PONOYA-REVA,
T.A.; tekhnik; SHCHERBAKOV, V.D.; tekhnik; SPESNYM, A.F., ekhntk
Heat exchange and resistance In an axisymmetric nozz:le at
low supersonic speeds. Trudy, VNIMMASH no.516l-83 162.
(MIRA 181,3)

L
2 6 Wr
4 442- 5 WATAW r2/31T W IEWA(d) ITIFNP(t) /EPA (bb)-2/EWP (m) IEWA
EWP (b) Pt-7 IJP(o) JD
ACCESSION NR: AR5009706 UR1005816r-)100010021F,10319103
SOURCE: Ref. zb. Fizika, Abs. 2E794
AUTINOR: Antonov', 1,-V.
-Unanov, V.- V. R( Innovi A. A.
TITLE: Time dependence of magnetization on the tiw-- and rearystal-
lization
CITED SOURCE U6h. :nap. Kemerovsk. op. pod, in vyp. 7,
87-69'.
TOPIC TAGS;. time dependence, magnetizatiQn, recrystallization
magnetic structure- thermomagnetic working., magnetic alloy-
--TRANSLATION:----- It -is- sbown--experimentally that the - recrystallization
occurring4
curing the thVmomagnetiq working 'of 'nickel,. iron, 65-
-permalloy;Pine
perm~_lloy,~ n-var,"and permendur.exerts practically4
79
no effect on the form;tion..of the magnetic textureAn these sub-
stances.
SUB CODE: EM$-MM ENOL: 00
I Q~d, 1/1 ex--

L
cs
EPA (bb) -2/
~ACCFSSION NR: AP4047817 S/0l7,';/64/0O0/010/0003/=)5
AUTHOR-.--- Usanov-tvii V-'s - - -
Aelation between_hFjA~ tr_anafer_~and friction in the trameinie regime
SOURCEs Inzhenerno-fizicheskiy zhurnal, no. 10, 1964, 3-5
.TOPIC TAGS: transonic flow
s heat transfer, hydrodynamic theory
RACT t---- A- generalized -relation of- the hydrodynamic-heat-transf er theory, for the
reg on s erived. It is shown that such a relation contradicts the
iconditions of c(~ntinuous transition through the velocity of sound. Based on
I the
1genaral velocity reversal effect equations the relation between heat transfer and
Sriction in the transonic regime is given by,
k- i 4R/R
(k+ 1) q1Q
Q k
M
,for a variable sectio channel* Generalizing the _hydrodynamic heat transfer theorys,
ion-b-atwe4fi- a~d_ V Av-
4 - t is der ed in the form
~therelat p
c A4ir.. r. 4 RQ
I + R"
tp _F~ (k + 1) Rq
Card 113

L 13277-65
ACCF3510H NR: AP4047817
which for a straight tube becomes + I I
2k T,
'This shows that the generalized hydrodynamic --heat I !ansfer-theory-YI-r
icontradicts the.condition of continuous transition through H - 1, The curve in
;~Fig. 1 on the Enclosure based on experimental data by A. A. Gukhatan,, A. F.
Pandellsman, L& U. Uauritss and V. V. Usanov (IF&.. go. 6,,.1963) shows that the
ivalue of near Uie throat drops shar ye. The -last, equation given representi
_01
-'(the lower lijat forcylindrical tubes with heat transfer through the channel valLs
iat a fixed temperature factor. Orig. art. hast 7 formulas and 2 Mures.
USSOCIATION: none
zuwmw _o5ju163 ENCM 01
M
SUB CODEs TD; OP No REF S0Vj 004 017f ER:
2/~
1-card, . . ....

m)/9VP(w)/rAA(d)/r-/ t-)/FdP(b)--
wp(
ACCESSION NR: AP4049Orj9 5/0148/64/00d-/011/0149/0154
AUTHORs PostnLkov, Ve S.: Usanov, Va V.; Sharshakov,_j.,_Hj_
TITLE$ Effect-of heat treatment on physical and mechanical properties
of austenLtic-martensitic steels
SOURCEi IVUZe Chernaya metallurgiya, no. 11, 19640 149-154
TAGS s -_ aus; tor, f. t i c- mar tons i t ic 9 tee 1,. prec i p i t at i an har-denah le
steel, internal friction. resistivity, structure property
_-ABSTRAM Five austonLtic-martensitic stainless steels If,
(see Table I
of the Enclosure) were studied by measuring their internal frtctio
and resistivity on cooling from 700-1200C and, in some. cases, an
heating in an attempt to determine the effect of annealing temper-
ature on the character of structural changes and mechatical prop-
erties, The temperature dependence of the internal friction and
resistivity of steels A, 0, C, and E was found to fellow the aame
pattern (see Fig. I of the Enclosure). No peaks were observed on
Internal.-friction-temperature or resistivity-temperature curves
for steel D which, unlike the-rest of the steels, had a fully
Card ' 1/4

L 17520-65
ACCESSION NR: AP4049069
austenitic-structure after annealing and air cooling, Temperatures of
-the-peaks-of internal frEction-coLneide with those of resistivity
peaks and the H temperat'ures for A, B, C and E steals. The ' -vel
of internal friction at room temperature drops continuously with
annealing temperature increased up to 850- 1000C and rises sharply
vith further increases of temperature. The latter increase is ex-
plained by an increased stability of austenite and by some changes in
6-ferrit.e,, apparently a precipitation of a-phase on the y-6 interface*
Orig, art. has: 4 figunes and 1 table.
ASSOCIATIONs VoronezhokLy polyteklinicheskly LnstLtut (Voronezh
Polytechnic Institute)
-SUBHITTEDs _20Apr64 MICL a 02 SUB CODE., HM
NO REF SOVs 009 OTHER: 000 ATD PRESS:3151
Card, 214

Table 1, Chemical COMPOsitiOn Of
austenitic-mar tensitic stainless
steals
C Cr NI MCI w At
A 0.07 16.80
- 5 IS 1.85
a . . . . . . 0.10 15.33 5:95 - 0.72
C . . . . . . . . 0.C8 16.45 6.53 2.36 0,8 --
D . . . . .I . . . 0.07 16.02 !1'I - -
E . . . . . . . . 0.09 16.13 6.99 -
W4 .3/4
SAM

02
0
'emperature--depe
g7# -Ti g -1 .-A mdenca- on-
IM s internal friction of Steel A during
cooling 'From -750C (1) . 850C (2).
w 950C (3), 1050C (4), 1200C 0), and
o heated after cooling from 1200C (6),
TP 456
6 and of resistivity during cooling
from 850C,
;4
0' 49, N 170 w 3v
Temperature C
Card .4/4

P
CCESSION NR: -AT4046870 ---6/0(100/64/000/000/0367/0
0
A U-TH10-R-,
'i--V.- sm-j -clorahkov, A. Zalatd-ldn, I.- V.- S~ush
uslit"OVt ve V.
iC6-
TITLE-. Effimt:of (lifferent Unds of treaftnent on some propertica of SK-i and SN-3 steel
2-
V1_
larledovmiiy_a at ey Faip'i~Gv NT0260w, z -Yo Rauka,
1904, qJ37-375
- ---------
TOPIC-TAM -steel structurej- steel crystallization,normalizing, atleel-strength
steel Intemal friction,'steetc riting, stainless steel
old wo
AJ3PTR,ACT:. Higfi-strength- stainless steels of the %transtent austenlUe-martensitic class am
Sin- ce- they are between the austenitic and martensitle grades their properties,
widely use
May be ch6nged Nvith ease. In the present article, the effeets of normalizing, cold working
and a -infAn SN-mZ and M11-3 r3toola arc considered The of the steal,
-wastigated by a
sup-pSM by a plant in Voronezh. was standard. L.lterru!L[~Lettq.,
1pendulum and on a device designed by V., V. UE;miov and 1, Id. 111harah, wv for aamples
'', mm in djametcr and 00 mm !on-, '7V I rA wm Vie ined &Ttfie PNIT-3 device,
Ila
7_11/5

J:
z-, - I,,
.9963-45
JACCESSION MR:-----AT404-0810
tfilbroscope. The dat-1. are tab-ilated and shown In Figa I-J' of the Encloaure, The OWOB
-dizin te hi I es r additin
strength and microhardness were obtained after norrm t1 gi t aft a al
treatment by cold worRtng and aging. All aged samWles, no matter what I.-reatment was used,
rength drops uharply, while
had a lower strengt1i at higbor temperatures. At 450Cl tho st
Internal friction changes in the opposite way. The hardeping of F-Acel after normalizing with',
0
further cold working leads to t. decrease Int Internal friction caused by dinintegration of
martensite and formation of a carbide with an increase in strength at rGo in temperatures.
Microscopic study of SN-2 sten.1 shows that the-k-le transformation begins near 480C and
enas near 750C, causingr a rfs~? In Interinal ftletion. The"cijrren c4 of tHs increase Is not
completely explained, however, since the pealt on thn curve for SN-2 ateo] depends to some
extent ors the normalizing tempeerature. Orlir. art. has, 7 figures and 2tabi
ASSOCIATION- No
j
SUB CODE: MH
SUBMTTED: -Iffun64 ENCL. 03
NO 1011114 SOVI 011, 00
rd
- - - - - - - - - - -

ACCMEON N)R-,- AT4046870 ENCLOSURE- 01

Fig. 1. Dependence of' temperature curves
tug
of internal friction (1-3) and strength (4-6)
of SN-2 and SN-3,steel o 'al
n the mechapic
and thermal treatment., Data on-otrength
were taken hom tile article by

1, 4-SN-2 stool, cold waeked, aged at 0
460C for I hour, 2, S-SN-3 steel, cold
----worked I aged-at-45OC-for -1 hour; A.80 i
qold_
worked In nitrogen, t45ed; 0-the same
normaltzw1kam 950C. cold worked at- -60
A -760 for 2 hours, aged., t

40

'20 ......
3
Card'! Mi
,
Ise z 0
04'a,
p
70
4 6e4
SL

'A~

CCEMOU NR- AT4046870
ENCLOSURE: 02---

Fig. 2. Dependence of temporaturc curves
of internal friction of SN-2 steel on mectAanical
and thermal treatment:
1-normalized from 975C- -normalized from
2
-no, -nalized
in ziltor
en
i
875C + cold workin
3

z
;
g
g Igo
from 975C +-cold working at 700, 4-normalized j

from 975C + compression of 41% 6-treatment y
-Ahe aame as curve 2 + aging at.500C for I hour 60
7-treatment the, same as In ourve-4 Ulug;;~
V9 --------
the--aawo ascurve
&+~agl
.

IN

20
0
2

4/ry

Crd,
.41,9 j #70
log
4f4747 .5'4gGj

L 9%3-65
-
_
___ -
__
4
Q
M
8
70 A
ISO

jh-
Fig. 3, Dependence of temperature
t
f i
l f
i
ti
f SN
l
-3 stee
curves o
erna
c
on o
n
r
- Ila
on mechanical and thermal treatmont:
1-Vormalized from 930C;
fee
.2-ndrmalized from 1050C;

1 3-wrmiglzeA from 110OCa
61
4-normalized + cold wori~v In

itr
-ogen;
-60
60
-Pormalized + compression of 30%;
6-normaHzed + cold wurldng lit Wtrag~n

P -301L
+ com ression 0

-normalized boia _30%+'
pression of

5/5
~
01_ WOO
.)
OEM=

GANDE L "S %M N Y , kand. teMin. nauk; FAURITS, L.N., Inzh.; 112P, 4)"', '. '.., Inzhe
A.F, 11 1. ;
Studying heat exchange and resistamce at near-sonic _*T~,ft~~IC,, Tr--ii7
VNIMMSH no.9;125-137 165. . 1;4 - ;.,

-C 7,z
an,
n~1.9: 13~~.-1-43