SCIENTIFIC ABSTRACT VOLKOV, A.I. - VOLKOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860520008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

kAir objectivas new Vsem.-prcf.rlv--;zh. Tio-5:46-47 '57
(V~.~I:t lo: q)
I.i'rodsodatel' GoGudarqtvennot,,o komiteta .7,rvrta i.-Inistrov po
vonrosain truda I -olat-

1. VOLKOVI A. I.
2. USSR (600)
4. Foresters
7. Leading mechanizers of the blobodskayal Livenskay anti Sampurskaya forest
conservation stations. Les. khoz. 5. no, 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January, -1953, Unclas5ified

USPANOV, U.U., otv. red.; ROVSKIY, V.M., red.;.-V=03[,_Aj..,
red.; CHULA.KOV,Sh#', red.; KOROLEVA, I.F., red.; IVANOVA,
E.I., red.; KHUDYAKOV, A.G., tekhn.red. I
[Development of soil science in Kazakhstan] Bazvitie pochvo-
vedeniia v Kazakh3tane; trudy. Alma-Ata.,.Izd-vo Akad. nauk
Kazakhakoi SSR, 1963. 199 p. T- - . I (MIRA 16:7)
1. Respublikanskays. konferentsiya pochvovedov, poovyashahen-
naya 40-letiyu ustanovleniya Sovetskoy vlasti v Kazakhatane
obrazovanii Kommunisticheakoy partii Kazakhatana. 3d, Alma-
Ata.. 1960.
(Kazakhatan--Soil science)

BOROVSKIY V.M.- VOLKOVP-AA-1s; NOSKOVA L.V.; ORLOVA,, M.A.
.9 1 -1--m. 9
Natural regiona of Kzy&;~-~a Province. Izv.AN Kazakh.SSR.Ser.
bot.1 poohT. no.30-28 062. (MM 15312)
(Kzyl-Orda Province-Soila)
(Xzyl-Orda Province-Reclamation of land)

_IUKO-V,-Aleksandr--Iv-an-oAch-__BARYSliNIKOV, G.P.., red.; SHCHEDRINA, N.L.,
_z
tekhn. red. ~~j
[Associations of collective farms; in questions and answersl
0 mezhkolkhoznykh organizatsiiakh; v voprosakh i otvetakh.
Moskva,, Gosiurizdat., 1963. 84 P. (MIRA 16:7)
(Collective farms--Interfarm cooperation)

ACCESSION NR: AR4039224 S/OZ70/64/000/004/0039/0039
SOURCE: Ref. zh. Geodeziya, Otd. vy*p., AbB. 4*52~251
AUTHORS V
TITIE: The new TOO and TGS mine munrey theodolites
CITED SOURCE; Izv. Tomskogo polltakhn. in-ta, v. n8. 1963, 46-52
TOPIC TAGS: theodollt6, ourveying, mine surveying, geodwy
TRANSLATION; Me author notes the difficulties arising Vnen making mine surveys.
with a theodolite with an eccentric telescope when the angle of inclination
exceeds 500- Mere is a discussion of the possibility of using a theodolite
with a prism attachment and a theodolite with a roflectlx4g, attachment
(RZh, 1961. IG97) for such a purposes. A dosoelption Is given of two vdno
survaying theodolites (TOO and TGS(, dovolopod by personnel of the Department
of 11ine Survey-In& of Tomsk Polytechnio Institute.- The theodolites have
Card 1/2

ACCESSIOU NR: AR4039224
centrally mounted telescopes. Sighting is pousible dIrect2y through the circle
(In the TGO theodoUte cirole there are "windows" near the graduations for 90
and Z700; in the TGS t1loodolite the circle has spokes). Tests of experimental
models of the theodolltes have revealed that they have a rmmbar of advantages
over a theodolite with an oooent-ric telescope; the TGS theodolite was the most
convenient to use. V. SI.Vagina.
DATE A~Qz OMsy64 SUB GODEz AS ENCL: 00
Card Z/Z

KOSAREV., A.I.; KUZNETS07.. A.K.; PRONIN, A.T.; VOLKOV,, A.I.
Chuck for mechanical testing of thin-walled tubular specimens.
Zav, labe 31 no.ID2426 165. (MIRA 19:1)

A,1.1, inzh,,-
, part, of P- t-racklesn
Hlghly muneu7erable drvinF
Vest.washinostr. 46 no.la4.2-45 Ja 166.

1~ _M15"i
C16 ki AF66Y~ff_ SMCE CODEt U /Oi77OT696DAj&~.0447 ~OW
AtPnM.- Volkov.. A - 1.
OW.- none
TITUS DISSIpatlon of mechanical energy of subsonic flow of a compressible liquid
uben the direction of the flow changes
SCURM Inzhenerno-fizicheskiy zhurnal, v. 11, no. 4, 1966, 447-454
TOMC TAGS: compzessible fluid, subsonic flow, energy scatteringi turbulent flow,
fluid viscosity,, heat conductionp adiabatic compression, thermodyTgunic equation
ABSTRACT: 7he author points out that although the main cause of energy dissipation
when flow direction changesp namely turbulization of the streani, has been well in-
vestigated in the literature, little attention has been paid to another cause, namely
tbe'increase in pressure,.which should play a major role in the case of a compressible
liquid. The author therefore ana3yzes the influence of viscosity and heat conductiozi-
ofla compressible liquid as it becomes decelerated in the zone when the flow direction
f6'reversed, on the dissipation of mechanical energy energy of the &bream. An ~xpres-
sion for the dissipation as a function of the pressure ratio is found by analyzing the
energy balance on both ends of the stream. The resultant equation. is of the Poisson
Adisbat typev witj~,adiabatic exponent which allows"for dissipation process. The
Jidbange in the parameters of the working body as a result of change in flow direction
-id evaluated.by using the first integrals of the contimityp mamentump and entropy
2/2 UDC: 332.501.312
-CAW
r

NRi

TTR 109 /65/0 10 /C,04/0626/06.34
A P-
AUTHOR: Volkov, A. S.
TITLE: Calculation of a magnetostr4ction.transducer
965, 6ZY-634
71SdURGE: Radiotekhnika i elektronika, v. 10, no. 4. 1
TOPIC YAGS: rnagnetostriction transducer, ultraso-mic transducer
ABST-TtACT: A theoretical investigation is presented of magnetostriction
transducers with a distribtited coupling which excite millinneler and submillim!',or
'raveling waves in a lonor thiri sonic line (bar, f3triT), or tubinfO daml-,,ed it ttc' nds.
Only the ra intended for linear-type oper;---tiori. w-h1-:h is ero--ur-~!d
cransduce
constant -mao netic -f ielld Polarization of the sonic 1-ina, are consiule
4 ailial
fie!~! is langituddinal for compression waavazs~ and circular for torsional v;raver--
Formulaz are developed for the frequency characterfeticr. of the tranr--ducer
-which, cc,Emect tha characterir--iticg with the a1ze of v.-indinarm mad llnc,~ the rkim

Pa
L 47o6o 6
ACCESSL& NR: AP5010093
',-"-&ffect and the electric -circuit resonance are taken into accoll-PA. It is found thp-t-
(1) The above transducer is a nonmi ni mix rn-pha s e -type device; its amplitude.
frequenc,, characteristic depends on the windi-a szlzc, whille its phaiae-f.- --i,..en
charactC:,:-,F-,-,c ;depends ony o-i the elect ric-,:ircuil, pazarnete:-,-31 (2)
the win& ag length to the optimal wavelength can, he found from the nomogrami!
(figs 4 ai.,d 5) given in the article; (3) For eva-luating r-lagnet.)f3triction n-taten 1t0
be used in transducers, formula 19 ia offered. R. C. WiLlfam.q findings (IRE,
Trans. . 19-59, PGUE-7, 1b) are criticized. Orig. art. hAs: T figures and
28 formtdao.
ASSOCUTION: none
SUBNUT,rED: 13M-ar64 IKNCI,: 00 SUB CODE: EC

*vka ache" effaktivaosti
efdromaftfuzhby- rl-he meth-Al cf establighing effertivenem of the
^~Sl DLC
plipp-
--- INUMM
U-MM-5-ima

VALISHTh-BI, G.I., inzh.,-,.VOLKOV, A.S.
Unsupported roof cap aet-a maintained in atock for 5hort-teim
mining operations. Shakht. strai. 7 no.3o.25 KrI63
(MIRA 17 -.7)
.,MS,14
1. Karagandinskiy nauchno-isaledavateltBkiy U~ojtjjyy -1 -r
~u .
(for Valtshteyn). 2. Kombinat Naragandaugoll for Volkov).

L 23,372-LS EWT(1)/FM Gi
ACCESSION RR: ALF,5002522 S/0169164/000/0110/3044/Bo4t~
SOURCE: Ref. zh. Geoftatka, Abe. 10B256
AUMIOR: Volkov, A. S.
TITUI.: Hail storms in Tadzhikistan
CITED SOURCE: Sb. rabot Dushanbinsk. gidrometeorol.-pbser-Y., vyp. 1, 1964-., 52-60
TOPIC TAGS: Sgt lo~, Vh,Ll hati t,,m
S~ rv
discusses observational data on hail and the mete*rologi-
TRANSLATTON: This papet
cal conditions favorable to it for the area of Tadzhikistan during the entire
period of the operation of meteorological stations and posts. It has been estab-
lished that elevation above sea level is not always of decisive importance with
respect to the frequency of occurrence of this phenomenon. The principal factor
involved in the distribution of hail storms is the Orientation of mountain ranges
relative to the prevailing air flow. The area with the highest frequency of hail
storms is the Darvaza Range and the Gisaar Valley (2-3 times a yeiix) . The maximum
in the annual curve of the frequency of hail storms is in Apr~.I-Kiy. The f requen-
cy of hail storms in the Gissar Valley can be compared to thal: of eastern Georgia.
Irk most cases& hail stoms are observed in the afternoon and eve"Ing hours. The
cora 1/2

L 2337M5
ACCESSIMI NR: AR5002522
of hail-storms in most cases is 3-5 minutes; a duration of 20-30 minutes
I C &day bef ore the fall of hail here are large vertical air tem-
a ess, outman
A
perature gradients to a height of 4-5 km (about 0.6-0.80/100 v~. 'In most ca&es,
centers of hail activity move from the west and southwest tD the east and north-
east. The fall of hail is associated with intrusions of-cold air. V. Sorokina.
SUB CODE: ES ENCL: 00

..storr~, cold front, occluded front
TRANSLATION: This paper gives the frequency and distribution of haze in Tadzhi-
kistan during the period 1956-1960. The maximum frequency of haze is observed in
July and August; haze is a rare phenomenon in the cold half-year. The moE.t counon
duration of haze is 1-2 days; the maximum duration during the considered period
was 6 days. The maximunt in the diurnal curve of the frequency of haze is between
0900 and 1900 hours local time. The diurnal variation of haze is the same as the
diurnal variation of the wind, During haze, visibility ranges fr= several tens
of meters to 4-10 km. The wind velocity at which transport of an advection haze
is observed Ls-8 m/seco In 75% of all cases the formation of hitze is ms-sociated
Cw4h cold intrusions frcm the west and northweet. On the surface synoptic chartiF
1/2

-SIM COUS: ES
cor,4 212
ENCL., 00

VOIZOVj, A,S.
Arzavir GoTriLdne is a major industrial chemical complex. Stak.
ker. 21 ao.ItO-41 Ja 16,4. (MIRA 170)

GALAVOCY11, RZAY~',, 'I-A" _IELyer , - - I --:)r.-.n G I F--
VCILKO%Y, _:,- ele r .
r
,.Lpurity concentratio 3 in the p Jllf~,A 18~;4)
Dq 16-/,.
.tp,rmining Zav. lab. 30 no.101-1230-1232
tran3ition" -4
i. in3titilt imerd ioffe .i , ".

VOLKOVP A.S.; SHEXCHENIKO, L.B.
Well. deviation i- riia:niond drilling in Canada; .1"rom- of
D.S. Pobertson',- "Some aspects of diamond drilling in the Blind
River Camp". CAnadian Mining Journal. Razved. i okh. Terr 29
no.-11:61-63 11 163. (XIFA 17:12

VOLK)V, A.S.; Sal' ~'GHEND',G) L.B.
0 P- mu
calcuiatIng hole.
nedr 330 no-4:2r-.29 Ap IE4. 12,

-yqL--Kqv-l Aleksey Tro ichl--NAKHIMSONg V.A.9 inzh.9 red.; UVAROVA,,
04~-Qv
A.F.9 tekhn. red.; ELIKIND, V.D.j tekhn. red.
(Repair of motor scooters] Remont motorollerov. Moskva, Gos.
nauchno-tekbn. izd-vo mashinostroit. lit-ry, 1961. 294 p.
(MIRA 14:9)
(motor scouters-Maintenance ~Lnd repair)
I

VOLKOVII A.T.; NIKITYUK, I.?.; METELKE4, V.V.; "IO.NTOVA, O.K., red.;
A.V., red.; OVECHKINAp L.S.p red.; FILATOVA, G.M.,
tekhn. red.
(Mechanization of soybean cultivation and harvesting operations]
Mekhanizataiia vozdelyvaniia i uborki soi. Blagoveshchensk
Amurskoe knizhnoe izd-vo, 1962. 143 P. (MIRA 15:5~
(Soybean) (Agricultural machinery)

!9~~ ~-fjqpyich; SHUVALOV, Konstantin Ivanovich; IVANITSKIY.
S.Yu., inzh., red.; LRUNRYA, Ye.I., red.izd-va; UVARqVA, A.F.,
takhn.rad,
_CkotorecootereJ Motorollery. Moskva, Gos.nauohno-te~hn.lzd-vo
mashinostroit.l,it-ry, 1959. 255 P. (KIRA 12:3)
(rlotorscooters)

ZAYTSEV, 1,94.t inzh.; VOLKOVv A.T., inzh.; KOZMODEKIYANOVp Ye.Ap kaxid.tkohn.
nauk
Machinery for growing soybeans, Mekh. i elek. sots. sellkhoz. 19
i~o.2:.S-9 " 61. (MIRA 140)
1. Amurskiy oblispolkom (for Zaytsev). 2. B:Lagoveshchenskiy
sellskokhozyaystvennyy institut (for Volkov and Kozmodemlyanov).
(Soybean) (Agrienlutral machinery)

VOUOV., B. K.
Ho=one therapy in acute burzw of the esophagus in children.
Test.otorin. 23 no.2:83-88 P t61. (Km 14:4)
1. Iz kliniki 'bolezney ukha,, gorla i nosa (zav. - prof. D.M.
Rutenburg) Leningradskogo pediatricheskogo meditsimakogo
instituta.
(ES0PJLiGUS-WOU1qD-S A14D INJURIES) (ACTH)
(CORTISONE)

Vo e V
M-kSILISHCHIKOV, P.P.0 and A.K. VOLKOV
v_ksperimmentallnoe opredelenie no;,.enta otryva laminarnogo poCrarLichnogo sloia.
1-bskva, 1936. 24 P., table, diaErs. (TSAGI. Trud,~
I ,,, no. 254)
Sun.lary in English.
Title tr.: Experimental determination of the breakaway point of a landnar
boundary layer.
QA91I.M65 no.254
SO: Aeronautical Sciences and Aviation in the Soviet Union., Library of Congress,
1955
z'

- - --- aca-do Fag 1410 ~ ~- 3 Q ~. ---- 4
CHALYK, D.A., innhener; VOIJKOV, A.K., kandidqt tekhnicheskikh nalik.
Shipbuilding at the All-Union Industrial Exhibition of 1956.
Sudostroenle 22 no.gt25-36 S 156. (MLRA 10;1)
(Hoscow-Exhibitions) (6hipbuilding)

tAMW r W! az,~7mffl
BOBROV, I.I., doktor takhnicheskikh nauk; VOLKOV, A.K., kandidat
telennicheskikh nauk.
Developing methods of preventing internal corrooion in tankers.
Sladostroenie 23 no.3:58-60 Mr '57. (KIaA 10-5)
(Tank veSS61B) (Corrosion and anticorrosives)

VOLKOV, A.K., kand.tekhn.nauk.
r...........
Technological Exhibition of the Ministry of the Shipbuilding
Industry. Vest.mash- 37 no.12:82-83 D '57. (MIRA 10:12)
(Shipbuilding)
HOW I'l 1, -1 toll

TOPM TAGS-. explosive A,oimdng., sheet metal formIng, metal forming
ABSTRACT, Explosive forming of sheet metal using different combustible proftcts
and fl,Ldids to transridt the for-m-ing energy is discussed br:Leflv-. &-rplosive I.,()---ming
using high enerU e.;mlosives and water to transr~dt the blast wave is treatea, in
IM-OrQ detail. The foiaawing working equations are given (without derivation) for
an erplosive~forrdzg appa:-atuz simdlar to the one shcwn in Fig. 1 on the F-7:cIosure
usin,5 protyl explosivet the pressure for a concentrated (spheric&l) chare;~ :-a
O'Lren by
09
3 kg/CM2
PM = 530 (21R
V4

L 202'! 3-65
ACczssioN r-.,R: aW4246?
for a linear charge by
q2 k
'Pat = 720R
(where 0 - charGe weight 2n Ice, g - weight, per unit length in Itg/mj, R distanes
from charge to matai blank). The press~ure at a point as a fmiction of timg is
Card 2/4

L, 20213-65
ACCM51011 ,,IRt AF404902
and t,,,. weirht of the reVired explosive is
06j5.44 Im
N fk- 9g1-67
a7-
there aF AIF A - total 4eformation energy (am); F wetted surface or bia.-ik
(=2); bo - thickness of imetal sheet,; N and H - coefficients deperiding on me.al
properties; V - wave reflection coefficient. A table of N, M and V is presenl~ed.
Tne total deformation energies A required for producing cylindrIca-I and spheri(-3.1
shapes exre derived in term; of geomo-urical parameters and a number of tabulate:,
constants, Orig. art. n.33 t 21 formulas, 7 f igura3,, and 2 tables.
ASS6CIATIOU. none
MM3TTED% 00
SUB CODE: ISIMM
NO W SOVI 000.
EIRCL2 01
OTHSH OW
Card 3/4
777.

L 20213-65
ACCESSION ITR: AP4049h62
TV

YoggLK021, '~~,;PIRIN, IN., retsenzent; ZIMANOV, P.A.,
retsenzent; KARPOVA, N.L., red.; VOROTNIKOVA, L.F.., tekhn.
red.
(Reducing the noise and vibrations of rolling stock] Umen'shenie
shuma i vibratsii podvizhnogo sostava. Moskva, Vses. izdatellsko-
poligraf. ob"edinenie M~va putei soobshcheniiap 1961. 62 p.
(MIRA 14:10)
(Railroads-Rolli-n stock)
.4

VOLKOV, A.M.. uchitell (Gorki Leninskiye 14oskovskoy oblasti)
"'from the experience in conducting practical work on the
fundamentals of atock farming. Biol.v shkole no.6:64-66
N-D '59. (MIRA. 130)
(Stock and stockbreeding--Studying and teaching)

VOLFOV, A . 1.I. , Cand Tech Sai (diss) "Study of' the of
low-alloy steel ()031 for cuttin nat ents-" 1`0:3, 1957, t9
18 pp incl cover (Min of Higher Education USSRp Mkos order of Lenin and
Order of Labor Red Pannor Higher Tech School lm Bauunan), 100 coploo

V61-
T!,
Hill
jr

SOV/ 137-58-9-ZOOZZ D
Tran.94ition f rorn: Referativnyy zhurnal, Metallurgiya, 19-58, Nr 9, p 275 (USSR's
AUTHOR: Volkov, A.M.
TITLE: An Investigation of the Use of Low Alloy El 603 Steel for Cut-
ting Tools (Issledovaniye primeneniya nizkolegirovannoy stali
El 603 dlya rezhushchikh instrumentov)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the Mosk.
vyssh. tekhn. uch-shche im. N.E. Baurnana (Moscow Higher
Technical School im. N.E. Bauman), Moscow, 1957
ASSOCIATION: Nbsk. vyssh. tekhn. uch-shche im. N.E. Baumana (Moscow
Higher Technical School im. N.E. Baumar.), Moscow
1. Cutting tools--Dikiterials 2. SteeI alloys---Prxoperties
Card 1 / 1

~, ~ -,~, --.oj ~ ~ - -,,
- - - , - - - I I _1 V fl
VOLKOV, A. M.,
"Investigation of the Application of the Low Alloy Steel ET603 for Cutting Tools,"
Moscow, 1957, ITITU. (Dissertation presented and approved for a degree of cand.
tech. sci.).

V OLKOV, A.M., kand.med.nauk
-0
woTe'o'-noise-reducing chamber. Yest.oto-rin. 20 no.1:107 Ja-F '58.
(MIRA 11:3)
1. Iz TSentrailuoy nauchno-iseledovAtel'skoy lnborntorli gigiyeny i
apidemiologli Minleteretvs putey soobahcheniya, Moskvn.
(HEARING TESTS,
light type of noiae-reducing room (Rue)
(NOISE
noise-reducing room, light type, for ding. of hearing
diaord. (Rua)
IT if

stiidents in stockbreeding or a c-.)Ile~rtive fp-rm
nenr no.8:41-43 Ag '57. fl-UL-iA 10:9)
I - pamynti V. I.Leninn, roorki-Leninskiye. Poskovskoy
an,:'. stock-breeding-Study and tenalni-ag)

SAMARIII, D.A.; AREMNGELISKIT, Y.Y., red.- TOLKOT A M red*- KLTKOY, A.A.,
red.; RUDIN, M.Z., red.; MIMSON;LT, Kh.N.I. ,"%red.; SUTNIII, L.R.,
red.; SHAYZRDOTA, A.I., red.; MANINA, M.P., tekhn.red.
[The angler; almanac] Rubolov - sportsmen; almanakh. Moskva, Goo.
izd-vo "Fizkulltura i sport.' Tol.11. 19~9. 270 P.
WRA-14:3)
(Fishina) .I

CHOCHIA, N.G.: BMLUKOVA, Ye.Ye.; BOROVSUYA. I.S.;_VOLW_,_A~K.+_QEULYM, M.I.;
ILIM. Ye.Y.; KAZAKOV, I.M.; KIMNSUU. V.N.; YJSLYAKOV, T.H.;
XRAZIL'KDWV. B.H.; MAMUMA. 1.G.; OSIPOVA, N.A.; R&DYUX9731CH, L.Y.;
ROMNOT,. FOX.; KffjlKPV, M.V.,red.; DOLK&TOV, P.S.,vadushchiy red.:
YASHCMIRZH NSUYA, A.B.,tekhn.red;
[GoololMr, and oil and gae potentials of the Minusinsk Lowland]
Geologichookoe stroeaie Minusinskikh mezhgornykh vpadin i
perapelctivy ikh nefte-gazonoanosti. Leningrad, Goo.nauchn.
tekhm.izd-vo neft. i gorno-toplivnot lit-ry LeniniT. otd-nie,
1958. 288 p. (Leningrad. Vaesoiuznyi neftianot nauchno-iseledo-
vatellskii geologorazvedochnyi inatitut. Trudy, no.120)
(Kft 12:5)
(Minusinek Lowland--Petroleum geology)
(Minusinak Lowland-Gas, Hatural-Geolojor)

VOLKOV., A.M.; SOKOLISKAYA, I.D.
New tecbnological processes for preparing surgical apparatus and
instruments. Trudy NIIEKHAI no-5:317-323 161. (MIRA 15:8)
1. Nauchno-issledovatellskiy institut eksperimentallnoy khirurgi-
cheskoy zpparatury i instrumentov.
(SURGICAL INSTIPUIENTS AND A.PPARATUS)

VOLKOV, A.M.
r
Effect of sharpening and of the metalworldn-v instm-m-ntg Luzedi
on the durability of surgical scalpels. Trudy NIIEKRAI no.5:324-330
,61. (MMA 15:8)
(SURGICAL INSTRUMENTS AND APPARATUS--MAINTENANCE AND REPAIR)

VOLKOV, A.M.
Increasing the cutting properties of scalpels b7 means of small
admixtures to the steel of chromium and manganese. Trudy KIIEMIAI
no.5:331-341 161. (MIRA 15:8)
1. Nauchno-issledovateliskiy institut eksperimentalltoy khirurgi-
cheskoy apparatury i instrumentov.
(SURGICAL INSTRUMENTS AND APPARATUS) (STEEL-TESTIUG)

VOLKOT, A.M.
Experimental investigation on the regimen of lessons in vocational
training of adolescents. Gig. sanit., Moskva no.2.39-44 Feb 52.
(CLHL 21:5)
1. Of the Division of Physiolog7, Central Scientific-Research Laboratnr7
of Hygiene and Epidemiology, Ministry of Ways of Commmication USSR.

~ - -. . ----- 12=-&-R-1PZ- -- ---
VOLKO'V, i., M'.
"The Program of Industrial Training and the Development of Work Habits
In Students of Railroad Schools.* Cand Y*d Sci., First Moscow Order of
lenin-,Medical, Inst,, 15., Nov 54. (V14, 4 Nov 54)
Survey of Scientific and Technidal Dissertations Defended at USSR Higher
Educational Institutions (13.)
SO: Sum. No. 521, 2 Jun 55

VOLKOV. A.M.
1xperience in organizing a physiological laboratory for
research in hygiene. Gig. i san. 21 no-2:58-59 F 156. (HL'RA 9:6)
1. Iz TSentrallnoy nauchno-itisladovateltakoy, laboratorii gigiyany
i apidemiologil Ministerstva putey soobeheheniya SSSR (TSKILGE)
(LLBaRATaRIES, MEDICAL
physiol. laboratories for research in hygiene, organiz.)

KUZIMTSOV, O.D. !- ;,,
Apparatus for stud7ing the efforte of filers. Gig. I sen. 21 no.g:
71-73 S 156. (XLRA 9:10)
1. Is TBentrallnoy nauchno-lealedovatel'skoy laborstorii gigivenv I
epidemiologii Kinisteretva putey soobsheheniya SSSR.
(KUSCLIIS, physiol.
determ. of stress In filers with special apparatus)

fOL 6D VJ_ /4. /Y1.
"Investigation of Certain Materials for Mechanical Suture,"
by Ye. N. Bolkhovitinova and A. M. Volkov, Scientific
Research Institute of Experimental Surgical Apparatus and
instruments, Meditsinskaya Promyshlennost' USSR, No 2, Feb 57,
pp 41-45
Tantalum wire is used in the manufacture of staples for mechanical
sutures because it does not react with human tissues. "However, no one
up to now has thoroughly studied the mechanical properties of tantalum
wire with respect to the specific working conditions of tl,,.e staples."
'Because of the high cost of tantalum, the authors have attempted to find
a substitute.
Both tantalum and chro-me-nickel stainless steel were subjected to
mechanical tests and compared. Chrome-nickel stainless steel was also
subjected to a biolo-gical corrosion test.
The investigators succeeded in making staples from heat-treated stain-
less steel which had the same mechanical properties as tantalum.
In animals subjected to vascular suture with the stainless-steel
staples the tissue reaction for periods up to 25 days was identical to
-the tissue reaction to.tantalum. (U)-
/Y) 1 -3 16 LI)

VOLKEOV, A.H.
Xffect of boa' treatment and aharpening, on the durability of
cutting luatrumants. Mad. prom. 11 no.3:40-44 Mr 157
NuA 1o.4)
1. Nauchno-issledovatel'skiy institut eksperimental'noy
khirurgichaskoy apparatury i instrumentov.
(SURGICAL INSTRUKOTS AND APPARATUS) (CUTTING TOOLS)

BOLKHOVITIhTOYA, Ye.N.; VOLKOV &-A4jj,~TOVTSXVA, F.N.
Gradual tempering of surgical instruments made from stainless steel.
Med.prom. 11 no-7:32-37 JI '57. (MIRA 10:8)
1. Nauchno-issledovatellskiv institut aksperimentallnoy khirurgiche-
skoy apparatury i instrumentov
(SURGICAL INSTRUMENTS AND APPARATUS)
(TXKMING)

Bolkhovitinova, E. N., Volkov, A. K., and Petrova, N. P.
"The use of K40NKhM alloy in surgery." Noy-re kbirurgicheskie
apparinty i instrumenty i opyt ikh Dri;leneniya, No. 2. 1958. p. 97

Bolkhovitinova, E-0 N., and V21kovx ~AM ~~
"Steel for detachable scalpel blades," Novye khiruryiqheskie
armaraa i instrumena i apy-t ikh primeneniya No. 2, lf,6i, p. 101
1'.75F,

Volkov, A. M.
"The use of Kh 14 steel for screws of surgical instruments."
11byye khirurdeheskie apparaty i instrumerity i opyt ikh primeneniZa
No. 2j Yy6boll p* 104

BOLKHOVITMOVA, Ye.11.
Bright hardening of scalpels. Med.prom.SSSR 12 no.5:43-45 My 15c!
(MIRA 11:5)
1. Nauchno-iseledovatel'skiy institut eks-perimentallnoy khirurgicheskoy
a-D-Dnratux7 I instrumentov.
(SURGICAL IIISTRUMENTS AIM APPARATUS) (STEEI--HARMING)

BOLKHOVITINOVA, Ye.N., VOLKOV. A.M., PETROVA, N.P*
........
Use in surgery of items mnde from alloy X40M&W* Ked.prom, 12
no.6:9-12 Je 158 (gnu 11:6)
1. Nauchno-issledovatellskiy instit-at eksperiaientalluoy
khirurgicheskoy apparFitury i instrumentov.
(SURGICAL INBTRUMENTS A10 APPARATUS)

VOLKOV, A. ".
"Effect of noise and general vibration on the hliman organism under
conditions of railway transport rolling stock-,'
re,,)crt subn'titted at the 13-th M-Union Congress of Hygienists, 7.Tj)der-dol-.F~ists
and Infectionists, 1959.

VOLKOV, A.M.; BFJAVIN, N.F.
Technology of preparing a case look. Ned-Prom. 31 no-10:51-52
0 159. (MIRA 13:2)
1. Nauchno-iseledovatel'skiy inatitat eksperimentalluoy khirurgiche-
skoy apparatury i instrumentov.
(SUWICAL INSMUMWS AND APPAIU7US)

VASILITEV, Y.M.; AVILOY, A.A.; AIRAZOT, A.D.; 'HAT-ASHOV, A.Y.; VOLKOY. A.H.;
TELIZAROT, H.G.; LAPUTIN, A.Ta.; RTABOY. V.1j.; SA13MfATXY-,r.-ff-.;-
SAMARIN, D.I.; SMIN, V.A.; KHERSONSKIT, Kh.H.; TSWELIMAN, F.T.;
GORBACHEVA, N.A., red.; TRIPCLISKIT. L.G., red.; KOINA, M.P.,
takhn.red.
[The anglerla reference book] Nastoltnaia kniga rybolova-Bportemna.
Moskva, Goo.izd-vo "Fizkulltura i sport,w 1960. 237 P.
(Fishing) (MIR-; 14:1)

'--.VOLKOV, A.M.; CHIRKOV, V.Ya. (Moskva)
Oscillations of the human body under the influence of vibrations.
Gig. truda i prof. zab. 4 no.5:8-12 My 160. 041RA 13:9)
(VIBRATION-PHYSIOLOGICAL EFFECT

BOLKHOVIT;NOVAI, Ye.N.; VOLKOV, A.140
Light metal alloys for the parts of surgical apparatus Mod. pr=.
SSSR 14 no-32,31-34 D 160. iKIPA 13:12)
.1. Nauchno-ios,24-dovatel I skiy institut eksperimentaLl ~oy khirurgicl-B skoy
appdratury i i4gtrumentov. I
(LIGHT METAILS) (SMICAL INSTRWENTS AND ArPAEOTUS)

E6ZOVSYRY Ye.Ya.; VC,IYOV, A.M.
' 4~u
cf Lhe f--equency characterist-cs o' a.c. machines
with fixed rotor taking into account d.c. fading in the stator
winding. Sbor. rab. po vop. elbktromekh. no.10092-198 163.
(MIR.4, 17~. 8)

having fi--wad
stator winding us-l-CIO c:f
the fa4~iup cLrve. ino
4.17 32 7

Y~k., karid. tc-kl,-n. r,-Ev-Lk;
De term llria, 1,4-or. of' lz:s off Lurly--le-allors.
I e k t -- o t- -k hM !Jr- ~ I 'A
n:7, . v I

ANITOSHIEA, II.V. ; ASWY IYEV, G.V.; BAbKDI, S.I.; j4R.T.AVD~. N.F.;
BELFI-IIKIY.? V.ii.; 13E_t_VZII2 I.P.; i3oBRC.. BOB.;
VOLKOV, A.1-1. - CLRITSVAIT,, Yu.Ya.; rCKUSHY,111, L.I.; PM_-rn!KII;,
P
V.P.; PEETROVA, N.P.; GESELEVICH, A.M., red.; DEKHTIYARI, Ye.G.,
red.
[Kew surgical apparatus and instruments; a practical manual
for physicians, students of senior courses at medical insti-
tutes and surgical nurses] 11ovye khirurgicheskie apparaty i
instrumenty; pra-kticheskoe rukovodstvo dlia vrachei, studen-
tov starshikh kursov rieditsinskikh institutov i operatsior~
nykh sester. Moskva, Meditsina, 1964. 253 P.
(MIRA 18:3)

ACC NRt Ap6oi8227 (N) SOURCE ODDE: UR/0391/66/ooo/oo6/0028/0032
AUMOR: Volkov, A. M.
ORG: InstiWte of Railroad Hygiene (Institut zheleznodorozh-n
oy gigiyeny)
TITLE: The effect of railroad rolling stock vibrations on vestibular chronaxie
W
SOURCE: Gigiyena truda i professionallnyye zabolevaniya, no. 6, 1966, 28-32
TOPIC TAGS: human physiology, central nervous eybtem, vestibular analyzer, vestibular
chronaxie, vibration biologic effect
ABSTRACT: Thirty-year-old subjects were studied to determine the change in the func-
tional-state of the V-e.61 -14sulting from vertical and horizontal vibra-
tion. The system shown in Fig.-l,was used. To test vestibular chronaxie, a subject
I
Fig. 1. System used to determine vestibular
chronaxie
I - Electric sfabilizing bridge; 2 - tensomet-
r*ic amplifier; 3 - chro'naximeter; 4 - loop
oscillograph; 5 - positioning of feet.

L 2 77-66
ACC NRt AP6018227 01
stood on the platform of the stabilizing bridge with feet together end eyes closed.
The active electrode was placed in the hollow of the tragus and the.passive electrode
was attached to the hand on the same side as the active electrode. Contacts connected
to the loop oscillograph were attached to the stimulus switch. When the stimulus
markers coincided with increased oscillations, the electrical stimulus was judged to
be sufficient for excitation of the vestibular nerve and thus the response of the
vestibular analyzer to the given stimulus occurred. The influence of vibrations
typical of those created by locomotives and rolling stock was tested using a vibra-
tion device (vertical vibration-4 cps, amplitude-t3.2 mm; horizontal vibration-
1-5 Cps, amplitude-�15 mm). The individual and combined influences of these parameteis
were tested. The duration of exposure was 1 hr. The rh~eobase and chronaxie were
determined before, directly after, and 5, 10, 20, and 30 ),nin after exposure to vibra-
tion, noise from the vibration stand, or exposure to control conditions.. Control
subjects showed a prolongation of chronaxie immediately after testing which truncated
after 10 min. Thirty minutes later chronaxie normalization took place. Substantial
truncation of chronaxie was noted in subjects exposed to noise from the vibration
stand with normalization taking place 30 min after exposure. Differences in chronaxie,
before and after exposure to noise could not be demonstrated statistically. A trun-
cation of chronaxie occurring directly after exposure to vibration was found to in-
crease as a function of vibration intensity. The period of reestablishemnt of chronax e
was found to increase. The tabular data showed a statistically reliable difference
I Card 2/3

2~37-
L 29377-66
CC
A NS
ACC NRr AP6018227
between control values and those obtained after exposure to vibration. The long
period of chronaxie reestablishment was attributed to the possible accumulation of
!
fatigue in response to prolonged or repeated exposure to vibration. In general , t
was felt that the use of the stabilizing bridge ("stabilograp1W") in a vestibular
chronaximetry system yielded reliable data on the excitability and lability of the
vestibular nerve. orig. art. has- 1 figure and 1 table. [LS]
SUB CODE: o6/ Sum DATE 'llSep65/ ORIG REF: 004/ ATD PR]i,SS:5'0 0 (b

11
SIIKOLIIIIKOV~. voumv, A.m.
Fusibility d1agra .ZVI Yvs.
, rma of trie zny-tezn CrCl2,
ucheb. zav.; tsvet. met. 7 no.6:82-93 164.
MIRA 16:3)
1. Lvaningrad,~31d,tr pol-itelchnicheskiy institu-~, kafedra elektro-
rdromctallu-rgii *.3vrstriykh metp;~Illov,

VOLKOV, A.M. ';
Some results Of gas and hy4racheraical studies in the northeastern
part of the Yest Siberian P12tin. Trudy SNIIGGII-SS no.27:72-78 t 62.
(14IRA 16.9)
1. Krasnoyarslcoye territorialln67 .
.e geologicheskoye upravleniye.
Odest Siberian Plain--ZM,ITatura1-Geo16gy)

,
KOSTEhTKO M.P., akademik (Leningrad); KAZOVSXIY, Ye.Ya., doktor tekh,,nauk
I Leningrad); --WUWYA.M., -inzh. (Leningrad); PAN" TSZI,[Plan Chi],
inzh. (Tiniingrad)
Methodology for determining the frequency characteristics of an a.c.
machine. Elektrichestvo no.12:1-7 D 162. (MIRA 15:12)
(Electric machinery-Alternating current)

VOLKOV, A.M.
Some featureB of the geology of the renisey Valley portion of
the West Siberian Plain. Trudy SNIIGGIMS no.14--3-8 '61.
(KRA 15; 8)
(Yenisey Valley-Geology, Struct-oral)

VOLKOV, A.M.; KANDAWOVA, Ye.j.; RUMYANTSP-,V, G.I.
Experimental study of the effect of general vibrations on the organism.
Uch. zap. Mosk. nauch.-issI.Inst.san. i gig. no.7:10-13 t6D. I
(KLRA 15:2)
(ViBRATiON-PHISIOLOGICAL EFFECT)

VOLKOVI A.M. (Moskva)
Determining the phynical and mental ntrain of work. Gig. truda
i prof. zab. J+ no.11:10-13 N 160. NIRA 15:3)
1. TSentrallnaya nauchno-issledovateilsk~ya laboratoriya
gigiyeny i epidemiologii Ministerstva putey soobahcheniya
SSSR.
(STRESS (FMTOLOGY))
(WORK)

-
SULTANOV, T.A.;.VOLKOV, A.M.
Use of vibration compression in the-cu3dical industry. M-ed. prom.
15 no.12:54,56 D 161. 0-al-a 15:2)
1. Naualmo-insledovatellskiy institut eksperimentallnoir, k1drurgiche-skoy
apparatury i instrumentov.
(DRUG INDUSTAY--L,.YJIPMNT AND SUPPLIES) (VIBliATION)

S11 4 9162100010021003100 8
A0061AI01
AUTHORS: Shkollnikov, S. N., Volkov, A. M.
TITLE: Fusibility diagram of the KCl-CrCl3 system
PERIODICAL: Izvestiya vjsshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
no. 2, 1962, 65-66
-TEXT: The authors studied the 0KC1-CrCl~ system by the method of thermal
analysis within a range of 400 - 900 C. The investigation was made with
chemically pure KC1 and dehydrated CrC13. To prevent changes in the composition
of the initial melts during their-melting, the mixtures were placed in a quartz
container which was sealed after the air had been evacuated. Prior to plotting
the cooling curve, the container with the molten batch was shaken. A fusibility
diagram of the system was plotted up to 40 mol.% CrC13. . In the range investi-
-gated, two eutectic points were revealed with 11.2 and 33.6 mOl,% CrC13- Their
crystallization temperatures are 692 and 7680C respectively. A stable chemical
compound, 3KC1 , CrCl3 was revealed. There are 2 figures and 5 non-Soviet-bloc
references.
Card 1/2

li~i.sibility diagram of 'he KC-!-CrC13 syster"
S/149/62/000/00a/003/008
AG06/A 10 1
ASSOCIATIONS: Leningradskiy politekhnichoskiy-institut (Leningrad Polytechnic
Institute); Kafedra elektroptrometallurgii tsvetnykh metallov
(Department of Electric Pyrometallurgy of Non-Verrous Metals)
SUHUTTED: September 5, 1960
Card 2/2

SHKOL'NIKOV, S.N.; VOLKOV, A.M.
Solubility diagram o4-" the s7stem KCI - Crc'3' Izv. vys. ucheb. zav.;
tsvet. met. 5 no.2:65-66 '62. (MIRA 15-3)
1. Leningradskiy politekhnicheskiy in5titut, kafedra elektropiro-
metallurgii tsvetnykh metallov.
(Chromium compound5--Thermal properties) (Solubility)

VOLKOV AM
Noise control of the rolling stock. Zhel, dor. trans.* Ij,3 no. 7;28--31
ii 161. (MIM 14:7)
1, RukovocUtell sektora psikhc-fiziologii truda Vsesoyuznogo nauchno-
iseledovatelisk-ogo instituta zheleznodorozhnoy gigiyeny Ministerstva
putey soobshcheniya (VNIIZhG).
(Railr~oads---;.ROllizIg stock-Noise)

11 4L11 41 1 1 1 WO
I qi!
pa I felds- ',I -,:t11 a )j,) t is I ta.4 tu I va .1
V il S D' 1 .4 ~o it 1: .7 t1 4j I 1 0 14 kI 1 .1 -W 1
11071 1. 1 .4 ti I i.i III0 I III I Ll 'I I ~1 t% 0 11 j rip-o I I I 'U,I --P~ o I kl.!
I I I? tull I p L4 f- ill I I f. ki I1A) f# I I.'j0 t I j L A UA 0 -Z bo (it
.1 ca ~;i111 11 (,(1 IM 1 0 3~11 1 1 14 T! ~f
fil
o I No 1 01111 .10 1 )1 p 14 111- ~4
1 11 tj
A U 51 j tj tZ

VOLKOV, A. 11.
Volkov, A. N. Handbook on the Control of Pests and Diseases of Farm Crops, Ltate
Publishers of Agricultural Literature, Moscow, 19411, 502 nP. 464.4 V82
So: SIRA SI - 90-53, 15 Dec., 1953

V, 19 a Lw q _I- 3 9-M Wi S w K Q, w w 9l;_- a I P; i~ --7j 7; ~ = I~Ilsli5-11 ~~- Im
Vcmwl, ;~,. it.
Volkov, A. N. nFtotection of Tree and Shrub Seeds from Pests and Diseases," Sovetskaia.
Agronomiia, vol. 8, no. 10, 1950, PP. 83-88. 20 So84
So: SIRA SI - 90-53, 15 Dec., 1953

USSR/Biology - Weevils, Beam Sep 50
Insectocides
"Devolopment of Chemical Means of Controlling Bean
'Weevils in Storage Conditions,," A. N. Volkov, A. N.
Chudinova, All-Union Sci Res Inst for Protection
of Plants, Moscow Sta
Dok v-s Ak Selkhoz lauk" No 9, PP 36-41
c-'Tests and tabulates effectiveness and duration of
1-4effect of selection of powdered fumigating prepn
f in eliminating bean wee-vils from seeds in store-
ithouses. Prepn Include paradichlorbenzene, naph-
thalene, and hexachlorethane undiluted and as 7 %
171%
USSR/Biology Weevils, Bean (Contd) Sep 50
dust with talc, hexachlorane and DDT as 7 ~ talc
dust, and gesarol as 5 % dust. Also include com-
bination of hexachlorocyclohexane with hex'a-
chloi-oethane, and combination of hexachlor6cyclo-
hexane with DDT in 7 % talc dust. Two tab
Submitted 3 Mar 50.
t
171T6

VOLOV, A. 11.
Volkov, A. N. Manual on the Control of Pests and Diseases of Agricultural Crons, State
Publishers of Agricultural Literature, Moscow, 1951, 471 pp. 464.4 V88 Ed. 7
So: SIR-A 51 - 90-53, 15 Dec., 1953

Protection of ornsmentml mnd shnde trees. Znabcb. rpst. ot vred.
i bol. 3 no.1:14-17 Jn-F 158. (MIRA 11:1)
l. Nachalinik Moskovskoy oblnstnoy stnnt9ji zashchity zelenykh
naunzMeniv.
(Trees--jisesses and pests)

VOLKOV, A.N.; MAMATEV, K.A.
The green patrol. Biol.v Bhkole no.6:67-69 M-D 159
(MIRA, 63)
1. Chleny Vaerossiyskogo obshchestva sodeystviya okhrane
prirody i ozoleneniyu naselearVkh punktov (g.Mouicva).
(Wild life, Conservation of)
(Landscape gardening')

VOLKOV, Alekaandr NikQla-vevich: GERASIMOV, B.A.; ZARING. P.V.; MUSMIIXOVA,
K.S.; NIKIFOROV, A.M.; PROKUPRIKO, S.F.; POPOV, S.D.; CRUVAKEIN,
V.S.; MINMEOVA, Y.R., red.; GORI, %.D., tekhn.red.; GURIEVICH.
K.K., tekhn.red.
[Manual on controlling posts and disesses of farm crops] Posobie
po bor'be a vrediteliami i bolezniami sallskokhoziaistvannykh
kulltur. Izd.10, ispr. i dop. Moskva, Gos.12d-vo sellkhoz.lit-ry,
196o. 615 p. (MIRA 13:11)
(Agricultural posts) (Plant diseases)

__L 1300S-65 ENT(d)/FYP( 1 I/E-ff)--2 IJP(
ACCESSION NR! -AR4039895 S/0058/64/6(-)0/004/'AO29/,Ii':30
AUTHORS: Shtranikh, 1. V.7 Bochkarev, V. N., Volko~,. A. N., K_1:0-u-
kov, A. M.
.-TOPIC TAGS: digital recording system pulse height analyzer, pulse
.:time.analyzer, magnetic drum memory, binary coding
-A
-A
T~LATION: are'reporte on the-tsIRM-centraliz d
e mia-asuving
and recording unit (CMU) developed jointly by the Lebedev Institute
and by the OlYal. This system was designed for the registration of
four independent 64 x 64 multidimensional spectra w1th capacity of
Card 1/3
L
"MMMINN-M WNPA'ZFARW_W~'!

G, E'?4 k Ehzm_Z~ Ul Q'WaRM 14 1' Q~Xm~%QWAW qn~pm
ACCZ9.SION NR:, AR4030895
and simultaneous registl7ation of tuno
10, OiDo pulses per channel,
ectra, the capacity o~
256-channel pulse-height and four time sp
each channel also being 10,000 pulses. The CMRU memory block is a
magnetic drum device. This magnetic memory contains more than 80
3
'!heads and has a peripheral resolution of -4 x 10 Irriting pulses
(2.7 pulses per mm of length). The number of drum revolution,.:; is
.,:.1: 25 Per second. By employing preliminary memorization of the incoming
pulses (in code form) and a system for selecting the next nec(::!ssary
address, it is possible to write in each drum sector up to 25 sta-
tistically distributed pulses per second. Methods of reducing the
ea during the registration of spectra are dis-
~.d d t4me of the system
::~;-cussed. The average recording time can be reduced to 10 psec. The
operating speed of the system is ensured by using an "equalization
.of the statistics" method. One of the features of this systent is
coding of the incoming parameters in binary form, which ir, then pro-
cessed prior to obtaining the final results. Another distinguishing
feature is the possib,.lity of preliminary determination of thE!
Card 2/3
IM1100:110 W-31"N"
W

T-_ IAOI-5-46 EKIWIM A)/M2(Y4/EW2(y)/WJ'k) WA=W-fi IJPW AW-Le-k-_
AIW HIRs AP9002628' SOURCE_CODE_- UR/0253/6.5/005/006/lIL17/1121
AUTHOR: Volkov, A. N. (Moscow)
ORG: none
TITLE: On constructing an approximate theory of membrane shells based on the method
of asymptotic integration of equations of elasticity theory -;k~v
SOURCE: Inzheneruyy zhurnal, v. 5, no. 6, 1965, 1117-1121
TOPIC TAGS., membrane stressed shell , membrane stress, membrane shell, membrane shell
theory
ABSTRACT: A method of asynVotic---integration of equations of the theory of elasticity
proposed by A. L. Gol'dc~nveyser_ (PMM, v. 27, 1963) for constructing an approximate
theory of membrane-stressed shells (without using the Kirchhoff-Love hypothesis) is
further developed. The system of homogeneous di'fferential equations of equilibrium
from the theory of elasticity, Cauchy relationships, and Hooke's law written in curvi-
linear orthogonal'coordinates are used as the initial equations. The method of asymp-
totic integration'is reduced to construction of the basic iterative process with Inte-,
gration of the initial equations with respect to the shell thickness, thus reducing
the three-dimensional problem of the theory of elasticity to a plane problem. The con-,
struction of two approximations (zero and first) of the iteration process is discussedi
Card
2

ACC NR: AP6002628
the latter introducing a correction which accounts for the thickness of the shell.
First-approximation formulas are derived for determining the displacements and mem-
brane stresses in the'shell, and the necessity of distinguishing whether (unlike rhe
case of the classical theory of membrane shells) the surface loading is applied to the
outer, middle, or inner surface of the shell is pointed out. Orig. art. has: 16 for-
mulas. [VKI
SUB CODE: 20/ SUBM DATE: 16Mar64/ ORIG REF: 00;V ATD PRESS:

VOLKOVs A.N., inzh.; LYADSKIY, V.B., kand. tekhn. nauk; TESIIAYEV, S.T., -inzh.
Austenitic manganous cast iron. 11-4t. proizv. nrj,,:P,-9 Ja 166.
OERA 19: 1)

VOLKOV., A.N.,- BOGDANOVA, A.V,, KUGATOVA-9FXMYAKINA, G.P.
Syrj.',nea!.s of diTtnyA"L-,,/,-6iketon-e.-. and dialkonnethyl vinyl ketones.
lzv~ AN SSSR. Ser, kiii-m. no.1031S,13-1911~ 0 164. OqRA 17,12)
:0
1. Institut organicheskcy Rhir,,.ij lm., IN.P. Zeliriskago AN SSSR.

VOLKOV A.H.
-12-1-
I -
prac,tics.9 in FrOmotlor, in a r:lan I I
(MIPA :L81 f~)
te-.j.11r.ologilcal center. FT! no.'3*.-",.9 16-5-
1. Mvektor Doma t--3k'hn4:-k-L khImilkov, g. Dzerzhinsk.