SCIENTIFIC ABSTRACT DYAKOV, N.I. - DYAKOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411720009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

65 'CC ___ /-(-
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3 '2'1/9 207'6 , 66
AUTHORi Vanilevskaya. D* P.; Denisov Yuo No; D#yakov, 1_;. I~.
ORG: Joint Institute of Nuclear Research. Dubno, (Ob"yedinennyy
inatitut yadernykh insledovaniy)
TITLE: A precision Hall magnetometer'./
SOURCE: Pribory i tekhnika eksperimentaq no, 5, 1966, 203-2o6
TOPIC TAGSt magnetometer, Hall effect
Ll
ABSTRACT: A magnetorneter based on the Ha ct is described which
-- I -ef fc~~
comprises a thermostatically controlled InPAs Hall voltage detector
1.8 x 1.2 x 0.3 mm) in size (1), a Hungarian Elhq ultra-sensitive
thermostat(2), a stabilized current supply (3), a compensating circuit
(4), and a potentiometer (5) (see Fig. 1). The thermostat, which is
connected to the detector casing by two insulated rubber hoses. controls
the temperature of the detector by circulating water around it. Detectoi
temperature varies no more than 10.2-0.3C for ambient temperature
changes of 15C and hose lengths of 7 and 14 m. The maximum measurement
error for temperature changes of 15C does not exceed 0.008-0.012%. The
stabilized current supply provides excitation current (nominal value,
50 imamp) to the detector@ This current is kept constant within about
lCard 112 UDC: 621.317.444
L
l

L 08497-67
ACC NR- Ap6o34239
2'
.4
3,
I
Fig. 1. Magnetometer block diagram
1 - Hall,voltage detector; 2 - ultra-
sensitive thermostat; 3 - stabilized
current supply;-4 - compensatin'g cir-
cuit; 5 '- potentiometer.
G
10-3% by placing the critical control elements, which include a pre-
cision resistor used to generate a reference voltage and a comparison
bridge, in the thermostat. The difference between the detected Hall
voltage and the voltage across the precision resistor is measured with
the potentiometer. The overall RMS measurement error, including
calibration error, does not exceed 0.05%. The circuit, used since 1962,1
is,built v 'ith s6lid-state components and can meaGure both uniform and
varying magnetic fields with gradients up to 30 T/m. Orig. art. bas:
4 figures.
Sun CODEI 08/ SUBM DATE: 12Nov65/
ORIG REFt 0061 ATD PRESS: 5103
Cord 212 afs

KUZNETSOV, Nikulay Borisovich; DIYAKOV, N.F., red.
(Reconditioning of rear-axle housings of the IDT-410 and
TDT-60 hauling tractors] Vosst&novIenie kurpaoa zadrdkh
mostov trelevochnykh traktorov TDT-40 i TDT--('~O. Mosk-7a,
Biuro tekhn. informatali, 1963. 7 p. 0,-~l!--jt l?-.9)

DIXMV, N. odpolkovnik meditsinskoy sluzhby; FEDOhETS) B.A.j kapitan
maditainskoy sluzhby
Use of some forms of sanitary control in the navy. Voen.-med. zhur.
no,'7:44-46 JI 161. (NAVAL HYGIENE) (1-URA 1.5'.1)

D"-VAKOV, TI.V.
Introducing a pneun, aluic chill castinc- maclilne. Bi til. te' h.-
e'won.inforn..Gos.nauch.-issl.inst.r.auci-,.-;. tekh.inform.
no.8:15-16 Ag 165. (I"IF-A 18: 1-2)

27389
S/143/61/000/'003//001/005
3 5- D201/D301f
AUTHORS: D' ak 9 Engineer, Udalovt N.R., Candid
P?
Te--cYmical Sciences, Docent, Tishchenko, I SW4
te of Technical Sciences
TITLE: A contactless impulse generator
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Energetika,
no. 3, 1961, 41 - 44
TEXT: The article gives suggestions for the design and shows -.he
cxperimental results of an investigation of the contactless pulse
90nerator (CPG). The circuit diagram (Fig. 1) includes a heated
element PTS, whose working body is connected in the control cir-
cuit, and the heat is connected in the winding of the contactless
magnetic relay BMR. At zero control current, the current flow4-ng
through the heater is a maximum (Fig. lb) and the working body of
the semi-conductor thermoresistance PTS is heated to a temperature
of 00 + E)n where 00 = ambient temperature, and 0 the temperatu-
Card 1/5

27389
S/143/61/000/003/001/005
A contactle8s impulse generator D201/D303
re rise of the PTS, corresponding to the maximum current flowing
through the heater. The control current is
Ii - R U
(e0 + an) + ry +
where U - the voltage, R
(00+e n) - the value of the resistance of
the Bemi-conductor thermoresistance PTS, r y - the resistance of
the control winding, r additional resistance, The working cyc2e
of the PTS is as follows: when the current is flowing through the
PTS its resistance decreases, the current I y increases and at IY
= Icp (point 2 in Figj lb), the current is sharply reduced To a
very small value, and the PTS starts cooling down. Its resistance
increases and the control current Iy is reduced to the value IO'M
(point 3 in Fig, lb). At I = I the current is suddenly increa-
-rn
v o
Card 2/5

27348~
S/143 /61/000/00
A contactless impulse generator D201;~b3O3
sed to a maximum value and the PTS is warmed up. These char,-Isr~,
have a cyclic character. The calculation of the lengtk;h 3f_ -.re Pul-
see is reduced to calculating the dynamics of the control
BMR. The calculation of a BMK 'with heated PTS does not aiffc-r from
that of an ordinary PTS. For calculations the following initial
conditions are required. 1) The volts-amps characieris-.Ics if the
') The heating curve of -,,he PTS, -5) Tne
PTS at 0 0 and at e 0 + of. I? e. ~ ? - ~
time constant of the PTS. Tests were carried out wi-h an txperimen-
tal pulse generator, whose circuit was connected as in Pl.g~, 1- The
contactless magnetic relay BMR was built as a thoroid of '~h'~- band
permalloy. The PTS-the semi-conductor thermo resistance of the type
MMM was used with a resistance of 100 K ohm ai 2010. Its tempexa-
ture characteristic was given by R = 3.3e 3010/T. The resig-tan,:~e of
the heater was 1000 ohms. '~he time constant of the heat-ed PTS was
T = 66 sees. The supply of energy was 40 volts, 1000 cy-cles per
see. As the period of oscillations depends strongly on The U-1as of
the current stabilizing device was introduced with a silicon sta-
bilizer A 808 (D808). This assured U outlet = 7.3 volts at a :oeffi-
Card 3/5

2 f -)8;,
3/143/61/000./005/U011" 005
A contactless impulse generator D201/D303
cient of stability 60~ The maximum heating current was 25 m. amps,
which corresponded to a temperature rise of 19j, = 400C, Ar The selec-
ted values of the parameters, the generaTor works at a var-~azlon
of voltage from 60 to 100 volts. The depentlence of v2~.v3 ar'OLT
= t 2 + T3 from the supply voltage is shown, At tests at normai
ambient temperatures the generator sh(wied good stabiliti: a-. 1. :=
= 80 V I CM = - 26 ma (the bias current) and 0. r_ 2COC, the maximum
deviation from T ep = 90 sec. did not exceed 2 sec, -4,e. abouT 2
There are 3 figures and 4 Soviet-bloc references,,
ASSOCIATION: Moskovskiy ordena Lenina avialsionnyy institui imeni
S. Ordzhonikidze (Moscow Order of Lenin AeronauTical
Institute imeni & Ordzhonikidze)
SUBMITTED: April 25, 1960
Card 4/5

DIYAKOV, O.P. (Moskva); TISCHENKO, N.M. (Moskva); UDALOV, N.P. (M)skva)
Time relay using a thermisor and a magnetic relay. Avtom. i telem.
22 no.5:648-653 My 161. (MIRA 14:6)
(Electric relays) (Delay networks)

SAVVIN, L., inzh. (Moldaviya); YEMIAKOV, A., inzh. (Sverdlovsk);
TRUSOV, I., inzh. (Frunze); IVAPOV, N.;'PIAKSEE =E, (t. (Kherson);
KNCROZ, M. (L'vov); GROIPENKO, P., rabochiy (Novosibirsk);
TARASOV, 0. (Novorassiyak); DYAKOV, P., inzh. (Kamensk-
Shakhtinskiy); BUMOV, V., 'Aots''en"t (Moskva); SUNDAKOV,. M.,
inzh., student; PCRTNOV, Ya., kard. tekhn. nauk (~hkhachkala);
FETRCIV, Yu.,, inzhener-stroitell (Ivanovo)
Readers argue,, agree, advise. Tekh. mol. 31 no.6:6-9 163.
(MM 16:7)
1. Starshiy inzhener Usoltskogo mashinostroitellnogo zavoda
(for Ivanov). 2. Moskovskoye vyssheye tekhnicheskogo
uchilishche imeni Baumana (for Butusov), 3. Zaochnoye otdeleniye
fakullteta zhurnal-istiki leningradskogo gosudarstvennogo
universiteta (for Sundakov).
(Technological innovations)

D'Y.1-~.KOV, F-
27-6-5/29
AUTHOR: D'yakov, P., Director of Construction School 11r. 4, Iyanovo.
TITLE; For the Construction Sites of Our Country (Dlya, stroyek
nashey strany)
PERIODICAL: Professionallno - Tekhnicheskoye Obrazovaniyeq 1957, Nr. 6(145),
p 6 (ussR).
ABSTRACT: The construction school # 4 has graduated more than 7,200 qua-
lified bricklayers, carpenters, plasterers, fitters etc. A
workhsop for reinforced-concrete practice has been recently
established. The article points to the modern work methods
applied by the students and the highly qualified specialists
who serve as instructors. There are 3 photos.
ASSOCIAT10N: Building School Nr- 4, (Ivanovo) (Stroitellnaya shkola Nr. 4
(Ivanovo).
AVAILABLE: Libniry of Congress
Card 1/1

DIYAKOV, P.F.
Mandrel for machining surfaces for nuts and collars.
Mashinostroitell no.2t24 F 165. (MIRA 180)

V I r/4ee e P T,
RYTbLIH. i*Hv,t-in;~qAer,; D.IYAKOV, P.I., Inshener.
~-~~WfAa w
6ianis"~iiou*o-f elsc'trio-traA;qdOs,ion line repairs with the aid of
mechanized repair stations (RHa). Mnergetik 5 no.4-.1-6 Ap 157-
Ollectric lines) (MLRA 10W
I*-,

SOV/91-59-1-2/26
AUTHORS: Rytslin, A.M. and D'yakov, P.I., Engineers
TITLE: On Expanding the Utilization Field of Mobile Telescopic
Towers (Rasshireniye oblasti primeneniya avtoteleskopichee-
kikh vyshek)
PERIODICAL: Energetik, 1959, Nr 1, pp 4 - 9 (USSR)
ABSTRACT: The article is a report on new experiences in the Sergovskiy
network area belonging to the "Donbassenergo") on the
expanded utilization of mobile telescopic towers. The au-
thors describe and illustrate how such towers (mentioned
.are the VT-13-5 and VI-23 types installed on the ZIL-151
trucks) can be employed in exchanging some parts of the
wooden power-transmission supports, in constructing power-
transmission lines across RR tracks, telecommunication lines
and othei power- transmission lines, on how such 'towers may
be used as truck tractors and be of help at the distribut-
ing installations of the substations. Work efficiency be-
Card 1/2 comes higher. It will be th& task of the plant producing

SOV/91-59-1-2/26
On Expanding the Utilization Field of Mobile Telescopic Towers
the mobile telescopic towers (ORGRES), in cooperation with
practicing electricians, to improve the present type of
mobile telescopic tower. There are 2 tables and 5 diagrams.
Card 2/2

Y
D I TAX(I, P. 11.
nidromekhanizatsiia aemlianykh rabot na zheleznodorozhnrm transnorte.
/-Ilydromechani7,ation-of carth works in railroad transporultion-7. 2. i7d. Mos,va,
7.ranszheldori7dat, 1950. 401m.
SO: Soviet Transportation and Comminicationsg~ A Biblio~-raphy, Library of" ~;ongress,
Re-feren~c--e Department, Washington, 1952 Un-cl7assified,

9
DITAKOV, P.P.
Selecting optimum operating conditions for h7draulic pipeline dredges.
Transp. stroi. 6 10-3:20-23 Mr 156. (HLUA 9:7)
l.Nachallnik tresta Ti-anegidromekhanizatsiya.
(Dredging machinarv)

DITAKOV, P.P., inzhener,
. , ~ -11~
, . 1,
Automatic control of dredging machinery. 14ekh.stroi. 14 no#3:19-
21 Mr 157- (MLRA 10:4)
(Automatic control)
(Dredging machinery)

DITAKOV, P.P. eft " ,
,
4dranachanization of operations in the construction of
trananortation facilitims. Transp. stroi. 8 no. 6:3-19 J& 158.
(MIRA 11:7)
1. Glavnyy inzhener trasta Tranagidrostroy.
(Dredging machinery,)

DIYAKOV, P.P.
Device for condensing and processing pulp in dredging machiner7.
Suggested by P.P.Dliakov. Rats.i izobr.v stroi. no.9:24-29
159. (14IRI, 13:1)
1. Po materialam tresta Tranegidroatroy Ministerstva trans-
portnogo strottellstva.
(Dredging machinery-Fquipment and supplies)

'ACC NR1 AT6006923 SOURCE CODE: UR/0000/65/000/000/0369/0376
AUTHOR: Dtyakonov,, S, G ; Usmanov, A. G,
ORG: Kazan Chomico-toohnological Institute (Kazgnskiy kbimiko-
tekbn6logichaskiy institut) 44
TITLE: Application of similarity thaory-in statistical analysis of
anisotropic turbulence
'SOURCE: Teplo- i massoperenos, t. II: Teplo- i massoperenos pri
vzaimodeystvil tel a potoksmi zbidkostey I gazov (Heat and mass transfer
v. 2: Heat and mass transfer in the interaction of bodies witb liquid
and gas flows). Minsk, Nauka. i tekbnikap 1965, 369-376
TOPIC TAGS: anisotroplo medium, fluid flow, statistic analysis,
similarity tboory
ABSTRACT: Assuming the similarity of systems witb a large number of
degrees of freedom, the autbors attempt to evaluate the distribution
function for the turbulent velocity pulsations in enisotropic turbulence
This offers the possibility of solving the Reynolds equation* The
situation can be presented in the form of the functional relationsbip:
U.-DT(dS),
C-nrd 1/2

ACC N111 AT6006923
in which the form of the function remains identical for systems with an
identical mechanism of internal transfer. The article demonstrates by
an extended mathematical development that use of the above kinetic
entropy equation for investigation of anisotropic turbulence makes it
possible to close the system ofequations for the turbulence and to
obtain information on the internal structure of flow with transverse
sliD. without assumptions of any kind as to the distriVu-tion of any 61-
the ariables over the cross section of the flow. Orig. art. has: 24
formulas,
SUB COM 201 SUBM DATE., 09N(iv6!;/ ORIG REF: 002/ OTH REF: 002
At"
X Z,

-- .7
KALCHENKOV, A.M.; DI YAKOT, S.I.
wawlmw~-
Using the anoptral method of microscopy In bacteriological practice.
Lab.delo 3 no.4:28-30 J1-Ag 157. (MIRA 10:8)
1. Iz kafedry mikrobiologii Voyeano-meditainskoy ordena lanina
akademli nauk S.H.Kirova
(PHASN MICROSCOPY) (BAMRIOLOGY)

:.P) , "er /, ~-', .5 -/- -
D'YAKOV, S.I.
11
Intraspecific typing of Some dysentery bacteria according to
antibiotic properties. Lab.delo 3 no.6:32-34 11-D '57- (HIRA 11:2)
1. Is kafedry mikrobiologii Voyeano-meditsinskoy ordene lenina
akademii imeni S.H.Kirova.
(SHIGELIA PARADYSENTNRI") (BACTERIAL AHTAGONISH)

DIYAKOV, S.I.
Antibiotic properties of dysentery bacteria; author's abstract.
Zhur,m1krobiolsepid. i immun. 28 no.9:80-81 5 157. (MIRA 10:12)
1. Iz Voyanno-meditBinakoy ordena Lenina skademii imeni S.M.Kirova.
(AlIrIBIOTICS. determination
in Shigella dysenterlae ~Rus))
(SHIGF,LJA DYSENTERIAE,
antibiotic properties (Rue))

U r-,9 R
V.);
ABS. JoUR.
Ra-~ Zliur-31oloniya 11c 1j, 1.959 1,10. 11j7 71
!"ilit, ry
I-ib-lotic
T ITT I E : Int,,r- a-.vi lr)trar~.
Action or Dyser;terg ;Iicteria
Inv e s t f, -1 on)
Tr. Voyen.,-mud., akid., 1957, 77, 5-46
AESTIMOT : '.,-.,o abstract
Cj,. PD : 11/1

APE . JOUR.
AT19 0 R
1 T LE
0 IR I G. PUB.
No. 14770
ABSTRACT :0- d-'fferent t,.,e;3 ~,.ao
bc -in,
~-a- -1c t e! - au-.~'---r i.,., of e op'.oJou ~'nati
fLf.r, charac 1; of 1-:- Later- ai~i~, r-. z; rare' a r,
caL:mot be of u:,e in delin~.--~Aor*'
y oacteria ac--crdJLYi- to tyjes aiia
of u o
variants. -- G.P. Kalina
CA RD 2/2

DIYAKOV, S.I.
A -new- criterion of species as applied to microorganisms; evaluation.
Zhur. mikrobiol. epid.1 immun, 29 no.12:109-112 D 158. (KIRA 12:1)
1. Iz kafedry mikrobiologii Voyenno-meditsinskoy akRdemii imeni Kirova.
(MIG.,IOBIOWGY.
criterium of species (-%a))

DASHIRVICH, 1.0.; DIYAKOV, S.I.; YEIMAKOV, N.V.; IVANOVA, M.T.;
KAY-BORODA, G.M.
Staining Salmonella typhosa eith fluorescent antibodies. Zhur.
mikrobiol.apid. i iman- 30 no.1:97-102 Ja '58- - (MIRA 12:3)
1. Is Voyenno-meditainskov ordena Lenina akademii Imeni Kirov-a.
(SAIKORRLLA TrMOSA,
stain. by fluorescent antibodies (Rue))
(ANTIBODIES,
fLiorescent antibodies, stain. of Salmonella
typhosa (Rus))

DIUKOT, S.I., ITAXOTA, A.1o; MWEMOT, A.M.
Comparative evaluation of microbiological applications of phaso
and anoptral methods of contrasting. Zhur.mikrobiol.,epid.i immun.
30 no.12-.112-114 D 159. (KMA 13:5)
1. TZ Voy's='o-meditainekoy ordeua Lenina akademii imeni Kirova.
(MIGMSOOPT)
(MIGROOMANIMS)

SINITSKIYO A.A.,- DIU&, S.I.; MIKHAYLOV, I.F;;. 141KITIN, V.M.; GSIPOVA, I.V.
Use of an indirect method f'or staining'P. peutis with fluorescent
antibodies. Report No,'I:Specificity of staining and morphological
characteristics of plague vaccine eel-Is. Zhur.mikrobiol.epid.i
imun. 31 no.11:35-39 N 160.. (MIRA 14:6)
1. Iz Vo7,~no_meditsinskoy ordena Lenina akademii imeni Kirova.
(PIAGUE) (VACCINES) (ANTIGENS AND ANTIBODIES)

DASEKEVICH, 1.0.; DYAKOV,, Se'l.; YER4AKOV, N.V.; IVANOVA, M.T.; OSIPOVA, 13.
Use of an indirect fluorescent antibody method in species- and
type-sppcific of certiLin pathogenic bacteria. Zhur.mikr,)biol.epod.
i immun. 31 no.3.1-.4-3,49 N 160. (MIRA 14:6)
1. Iz Voyenno-meditaiiiskoy ordena Lenina ak~Aerni imeni Kirova.
(ANTIGENS AND ANTIBODIES) (SERUM DIAGNOSIS)

MIKWLOVy Ivan Fedoravichl DIYAKOV, Sergey Ivanovich. Prinimali uchasti-
yes DASHKEVICH, 1.0,j I uVj-y.V ; IVANOM, M.T.; LI LI;
OSIPOVA, I.V.; WWROD1, G.M.; USI~iiSKIY, V.Ly red.; ZUYYVA,
N.K.# tekhn. red.
[Fluotds*cence microscopy; app4cation in medical microbiology]
Liuminestsentnaia mikroskopiJAI primenenie v meditc-inskoi mikro-
biologii Moskva, Medgiz, 1961. 222 p. (MIRA 15:1)
iFLUORESCENCE MICROSCOPY) (MICPBIOLOGY)

BUGROVAI V.I., kand. med. nauk; VIHOGRADOVA, I.N., kand.biol. nauk;
_jknnd. mod. nauk; ZlIDMIOV, V.14. , prof.;
ZlllUKOV-VEREZlfllIKOVp N.N., prof.; ZE14TSUVAj O.M., kand.
med. nauk; IMSBEUETSKIY, A.A., prof.; IUJINA, G.P... prof.;
KAUIEllp D.R., kand. med. nauk; KOVALEVA, A.I., doktor med.
nauk; KRASILINIKOV, N.A., prof.; KUDLAY, D.G., doktor biol.
nauk; LEBEDEVA, M.N., prof.; PERETS, L.G., prof. (deceased];
PE191OV, A.P.p doktor biol. nauk; PLtITELYES, Kh.Kh., prof.;
POGIAZOVA, M.N., kand. biol. nauk; PROZOROV A A.; 333,IITSKIY,
A.A., prof.; FEDGROV, M.V., prof. [deceasedi; ;lWIllA-VAGIllA,
V.I., kand.biol. nauk; VYGODCHIKOV, G.V., prof., zamestitell
otv. red.; ADO, A.D., prof., red.; BAROYAH, O.A., prof., red.;
BILIBIN) A.F., prof., red.; BOLDYPSV, T.Ye., prof., red.;
VASHKOV, V.I., doktor med. nauk, red.; VYAZOV, O.Ye., doktor
red. nauk, red.; GAUZE, G.F., prof., red.; GOSTEV, V.S., prof.,
red * GORIZONTOV, P.D., prof., red.; GRINBAUM, F.T., prof.)
red: (deceased], GROMASHEVSKlY, L.V., prof., red.; YELKIV, I.I.,
prof., red.; ZA9UKHIN, L.N., doktor biol. nauk, red.;
ZDRODOVSKIY, P.F., prof., red.; KAPICHNIKOV, M.M., kand. =d.
nauk, red.; KLEMPARSKAYA, N.N.., prof., red.; KOSYAKOV, P.N.,
prof., red.; LOZOVSKAYA, Ye.S., kand. med. nauk, red.;
WSKIY,j.N., prof., red.; MUROIRTSEV, S.N., prof., red.
Ldeceaseaj; (Continued on next card)

BUGROVA, V.I.-(continued) Card 2.
NIKITIN, M.Ya., red.; NIKOLAYEVA, T.A., red.; PAVWVSKIY, Ye.14...
akademik., red.; PASTUKHOV, A.P., kand. med. nauk, red.;
PETRISHCHEVA, P.A., prof., red.; POYMOVSKAYA, M.P., prof.,
red.; POPOV, I.S.j kand. med~.nauk, red.; ROGOZIN, I.I., prof.
red.; RUDDEV, G.P., prof., rcd.; SEWIYEV, P.G., prof., red.;
SKRYABIN, K.I., akad., red.-,- SOKOWVj N.L. prof. red,;
SODOVIYEV,N.D., prof., red.; TRIBULEV, O.P,, dotseut-, red.;
CHMIAKOV, M.P., 1wof.j, red.; SHATRC7. T.Ly prof., red.;
TIMAKOV, V.D.0 prof*,t red.toma; TROITSM9 V,L,, prof*# red.
toma; PMOVA,, N.K., tokhn.red.;
[Multivolume manual on the microbiology clinical aspectss
and epidemiology of infectious dieeasesi I-Inogotomnoe rukovod-
stvo po mikrobiologii klinike i epidemiologii infektsionnykh
boleznei. 0tv. red. N.N.Zhukov-Verezhnikov. Moskva, Medgiz.
Vol.l. (General microbiology) Obshchaia mikrobiologiia. Otv.
red. N.N.Zhukov-Verezhnikov. 1962. 730 p. NIRA 15:4)
1. Deystvitellnyy chlen Akademii meditsinskikh nauk SSSH (for
Zhdanov, Zhukov-Verezhnikov, Vygodchikov, Bilibin, Vashkovp
Gromashevskiy, Zdrodovskiy, Rudnev, Sergiyev, Chumakov,
Timakov, Troitskiy). (Continued on next card)

BUGROVA, V.I.-(continued) Card 3.
2. Chlon-korrespondent Akademii nauk SSSR (for Imshanetskiyp
Krasillnikov). 3. Chlen-korrespondent Akademii meditsinskikh
nauk SSSR (for Planellyos, Baroyan, Boldyrev, Gorizontov,
Petrishcheva~ llogozin). 4. Deystvitellnyy chlen Voesoyuznoy
akademii sellskokhozyaystvenrWkh nauk im. V.I.Lenina (for
Muromtsev).
(MICROBIOLOGY)

DASHKEVICH, 1.0.; DIYAKOV., S,I.; NIKITIN, V.M.; OSIPOVA, I.V.
Methodology for the treatment of bacteriological preparations
with fluorescent antibodies. Zhur..mikrobiol., epid. i immiln.
33 no.7:101-107 JI 162. WIRA 17:1)
1. Iz kafedr mikrobiologii i biokhimii Voyenno-meditsinskoy
ordena Lenina akademii imeni Kirova.

DIYAKOV, S.I.
Mcthod of intravital fluorochromizing of microorganisms in an
agar culture medium chamber. Lab. delo no.8:489-491 165.
(MIRA 18:9)
1. Kafedra m1krobialogii Voyenno-meditsinskoy ordena Lenina
akademii Jmen! Kirova, Leningrad.

SOURCE CODE: UR/0177/66/000/010/0062iC)C,65
,9%u'r110R: D' akov, S. 10 (Lieutenant colonel, Medical corps, Docent);
e k (Docent) 4
ORG: none
!TITLE: Immunofluorescent method for rapid determination in native
materials of antibiotic sensitivity in microbial agents
k0
~SOURCEt Voyanno-meditainakiy zhurnal, no. 10, 1966, 62-65
TOPIC TAGSt immunofluorascent method# antibiotic
sensitivity, )'V toooi
J an Q11 64
ABSTRACT: A rapid immunofluorescent method for determination of anti-
biotic sensitivity in microbes has been developed which takes less time
than standard methods, which take at least 20 hr. Petri dishes contain
ing antibiotic disks between thick layers of nutrient media are seeded
with suspensions of unknown materials. The dishes are then incubated
briefly, treated with a fluorescent chemical, and studied microscop-
ically. Nonsonsitive, sensitive, and weakly sensitive cells were clearl
distinguishable by the way they fluoresced. This method was comparable
in accuracy to standard bacteriological methods and generally took fivel
:ord 1 / 2 UDC: 576.8.097.22:615.770 -

L 08555-67
-XCC,--N- -R:-AP 6 0 3 3 9 19
hr, as opposed to 20-24 hr for standard methods. Orig, art. hast
3 figures* [W.A. 501
SUB CODE: 06/ SUBM DAM none
e
0
1
1
I I/

DIYAKOV, S. M., Cand of Agric Sci -- (diss) Comparative Study of the
Growth and Development and Meat Itiality of the Young /Sic/ Red Steppe
Breed and its Mixture With the Kurganskly /Breed/," Kiev, 1959, 19
pp (Ukrainian Academy of Agricultural Sciences) (KL, 5160, 128)

D'YjIXOVJP S. P.
Deceased
Physics See IW

-~I;. 22851-6-6 E9P(J)/T/trC-(m)---6-- ~ IJ-Pi(c) ~~tlkm
ACE
-7
-1027
NR, AP IZJJt) SOURCE CODM: UR/0409/66700 N169701
A10.
AUTHOR: Dyankov, S. S.; Shopov, D. M.
ORG: Institute of Organic Chemistry, Bulgarian Academy of Sciences, Sofia (Inotitut
--kYfRT-D=ogars oy
organich irs , a ademii nauk)
TITLE: Synthesis and polymerization of difurylmethylvinylsilane and dimethylfurylvi
silane
nS.
2, 1966, 169-171
SOURCE: Khimiya geterotsiklicheskikh soyedeneniy,
TOPIC TAGS: difurylmethylvinylsilane,dimethylfurylvinylsilane, polymerization,
thermally stable polymer
ABSTRACT: Difurylmethylvinylsilane and dimethylfurylvinylsilane have been synthesizedi
from furyllithium and methyldichloro- and dime thyle tho xy-vi nyls i1 are in yields of
50.0 and 58.5%, respectively. Polymerization of the monomers in the presence of 2%
ethyllithium yielded solid polymers. The polymers were white powders insoluble in
cyclohexane, benzene and chlorobenzene. IR spectroscopy indicated that the polymers
have the following structures:
C)12-CH- C11 -C11-
2
A C"3-S1- 00
0 1
C113 C113
Card 1/2 IMC- 547,722+546-287+543. 22+ 1,2.-q5k---

L 22851-66-
ACC NR: AP6012336
The results of differential thermal analysis showed that the polymers withstand
Orig. art. has: 2 figures. liol
I -~ ' '.
SUB CODE: 07, ll/ SUBM DATE: O2Jul65/ OTH REF: 003/ SOV REF: 002/. ATD PRESS:

Cri;~ L
vt 1
oc hr",
f Or vch

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Ime W the
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latmulas for detennininWtIle Vultlieft 45d Currvato -- lie
line in tettns of its "condWy parsmtm. the determial
tion of tertiary parameters of an equivalent four-
pole circuit network, the inveatiFation (with the
aid of a model)of the sOlUtlzns of differtintial
equations representing the processed taking place
OIL the line, etc,

YAK1011 V. A.
C"Al-A OR
D.R
F
E-? OR
L)
In defewled ME; tbrisia 11 Osiiovii,,,-,N-e jvlozlictniya
tec,r-'..i ianoGo)-,-rovodn:,?-kll lini,., i pri-lozlinmilyu yc,.m
k ru-ichctam r;!-;olcochaslklotny6 kanalov po lin-li.
cloht.ropereditchlO for dar-i-ee of Doktor taklmi-
choskikh nauk cit. Energetichoskly itictitat im,
l%rzlil,.,,li:,nowjkof-,o.
~;mxco: Elcktriclcatvop 19,17t llo, 1). (A-C.).
F-5025

D'YArr-CW, V. A.
D I Yako-!, V. A. - 11 -n a et', ,! of Inv, ot I ' , n. n n~ 'At..' w!r.-, , " " .- --I- i ~ -, r ,., r
clectrical systu-nlly Isvestiya Aka~. np-,,,I- latv. Ssr, 194~, 111,71. 4, T-~- 11-22, e
in Latvian).
50: U-4 3Q2 , I'l Au-~lzst 53, (LotIO,", 'Zilurrial triyl%-!- -*,t,,ttf--,,,, No. 21,
- I . 'I

4j
Gq
StondadIlAtIon Of the metho or caiculating.)be
Latvfarri.
Ys. Math.
es!~j Iyau, Lyo. 1z, twilole
No. 41) '171-84 (1. 'R~ussian;'.Lritvlftll..;unimary),-Aititay
showed that It is ible to det. mathematically the pro-
portion$ of various metals tot be u5ed In production of alloY,%
ofthtcleshtdpropertics.
tquations whose no. depends on the no. of the components
In the given alloy. The math. evniuation of the problem
'permitted constructinn of a potentiometer Instrument which
W92 expected to fitellitate routhic ailcm, of ximilar nuture In
loundries and spe .cialixed custing plan(s. m. 0. irolomity

SPIVAi[OVSKIYt A.O.; "EDVEDEV, L.G.; POTAPOV, M.G.1 DIIIOVp V.A.
Prospects of expansion ana ways of improving conveyer-transportation
ip open-pit mining, Ugoll 36 no,2:17-21 F 161. (1,111RA 14i2)
. (Strip mining) (Conveying inachinary)

DII(AKOV, V.A. p WrOV, R.A.., karid. tt,,kfin. naU-
P r ri b 1. e m o f s , I e c t 1 n g, a tri -j -, i ri, i c, f -: t -lin"i -, y r, r, t r rL., t.; r, ~-, r I a I , I r,,, l -l' n r,, 0a 1
inining 1)~,, z-hort walln wlth- i-mctc! control of the cquip;.ent. Naucr,
(l,fTRA
soob. IGD 26:48-61 165. 18:))

K('6TJ, G.N.Y kand. tekhri. ilauk; D17AXil" V i'"
A - .- i I , , . - ,-
- , p~, b~~ 1 t:3 4 1,
'Ili -t~- ;f rJ~Z~tr 1,,
7xperLv--itai t~,jtlr,- of th--- k~la~
the fie-A. Nauch, soob. IGD 26:71-74 ',~5.

D'YAKCJV, V.A.p inzh.
A device for testing the interaction between the elastic lining
of a drive drum and the conveyer belt. Nlauoh. soob. IGD 26:88-
94 165. (MIRA 18,.9)

D'YAKGV, V..,X.p inzh.,* E(.T61j', ,;~kila. n~uk
Operating conditi.criz,, oi' the drivc; drum cf a I?r.,It conveyer. Nuuch.
scob. IGD 26:116-129 165. (mip'A 18:9)

?
Att'_RkTiF6603310 SOURCE CODE: UR/0129/66/000/001/001#9/0052
AUMOR: W a, Z. A.
jL,)2,kov
ORG: Giprqjxg.~temash
TITLE: Kh23N7SL' steel as a replacement for H1316,high-nickel steel in the production
of bg-it.Mr'?qin'tant ca 8-i
~ - - --- 1- 1 1-tims-
SOURCE: lietallovedeniye i termicheskaya obrabotka metallov, no. 1. 1966, 49-52
TOPIC TAGS: cast steel, structural hardware, petroleum industry equirmlent,
metal oxidation, hiah temperature strength I Kb23N7SL Cr-Ni steel
ABSTRACT: Normally B1316 (K1119) steel (22-267. 11-14% 1,4 used in the USIR
i) iv I
to cast accessories for petroleum-refinery pipe-stills (the equivalent steels used I
-ibroad for t-hia purpose are Cr-Ni steels of the 2,5-12 qpc).; thiii includes the cascingl
of such accessories as the mounts serving to support tubes~ 'in the furnace-arch zone,
which are expoged to gnsea as hot as 800-1000"C and experience stresses of 0.8-1.2 kg/~
An2. These notints nre moreover exposed to contamination with sulfur, since the Uur-
nace. nozzles and bur-ners operate mostly with hi~4-sulfur fuel (fuel oil, pe-
67 iur
troleLIM) ard the furnace gases are saturated iAth s I compounds. in this connectionj
I
i 1UiZ3N7SL steel, which contains 21-25% Cr and 6-8% Ni and up to 1.2% Si, was selected
Ifor tests as a replacement for E1316 steel. The cast structure of Kh23N7SL steel re-
112 UDC: -6-69.14.018.15

ACC NRs AP6003310
presents an austenite with hetero-pbase sectors which appear to consist of t) -ferrite,
austenite and carbides and have a microhardness of 300-580 compared with 260-350 for
the basic solution. The mechanical properties of both steels at room temperature and
at 700-950*C were determined by means of short-time tensile tests which showed that
at 700-950*C Kh23N7SL steel is not infertor in strength and plasticity to E1316 steel.,
At 200c (room temperature), however, the"imp-4-c-t-streng.th of Kh23N7SL steel is lower
(0.8-1.4 kg/rm2 compared with ~Z kgIM2 for E1316 steel, which is apparently due to
the presence of an cutectic componept in the structure. Extrapolation of experimental
findings on stress-ru ture strength to 10,000 and 100,000 hr shows that at 750-850*C
the high-temperature strength of Kh23N7SL steel surpasses that of E1316 steel, while
at 900-950*C it becomes nearly equal. What is moxe,the oxidation resis !~ nee of
Kh23N7SL steel is almost as high as that of E1316 steel (the corrosionitate of
Kh23N7$L steel specimens tested for 1800 hr in the thermal-cracking and pipe-still fur-
naces of the Moscow Petroleum Refiner was 0.04 mm/year against 0.03 mm/year for E1316
steel). The findings on proneness to embrittlement in the process of long-term aging
are equally satisfactory. For all these reasons, Kh23N7SL type Cr-Ni steel may be re-
commended for the production of cast accessories for, in particular, petroleum-refiner)
furnaces. Orig. art. has: 7 figures, 3 tables.
~SUB CODE: 05, 11, 13, 20/ SUIR4 D&TZ: none/ ORIG REF:' 000/ OTH REP: 000
2/2 "~"' j'__]

T"
FOXIN, Vladimir Yakoylevich; PURAT , Vladimir Llvovich; LOYOVA,L.A.,
redaktor; DIYAKOV V* retsenzent; KARZHXV,V.I., retsezwent;
~ ~PV
POLUBOYARINO;,~-aov..,".retaeazent; ROZHINSrLIY,P.S., retsenzent;
SA,PSAYMKO,I.I., retsenzent; GREWSHEYA.I.G., retsenzent
[%quipment of factories producing synthetic liquid fuel; instal-
lation. maintenance, and operation] Oborudovanie zavodov iskusetyan-
nogo Ahidkogo topliva; sontazh. remont i ekspluatatBiia. Moskva, Goo.
nauchno-tekba. izd-vo neftianoi i gorno-toplivnoi lit-ry, 1955. 400 p.
(Liquid fuels) (MLRA 90)

USSR/ Engineering - Metals tooting
Card 1/1 Pub. 128 15/28
Authors I Voltfoont So 1.0 Cando, of Meah. ~Sc. Dtyakovt V. Go, Cando of Mach. So.; and
Abramoval Z. Asp ing.
Title I Low-al loy silicon-manganose steel, Mark HK
Periodical. I Vest. mash. 35/6o 65:- 67v Jun 1955
Abstraot I The HK silicon-manganese steel specimens consisting of electric welded
pipes measuring 529 x 9 mm,, and sheets 16 mm thick., were tested at Is W
to 9000 temperatures to determine their plasticity and the impact strength.
Technical data is given on chemical composition and types of specimens used.
The above mentioned steel Is manufactured by the n1l'in" plant. Mustra-
tiono; diagrams; tables.
institution
Submitted

,/bow-slloy structural stc~!s MK end M- V
Sz. I VZA~fiotl.
ir,- givea of steel NIK, contg. C 0.10-0,15, Mit 1-2 -1 4,
J c, -0 S, and Cr 0. NI-0 - 15'76 and of 9 steel . coutg. 0 0 10,
Mi, 1 4, S~ 0.2, vid Cu 0.3%, for the -70 to +,1W' ruage
it rield w!u t it MW is acit less thatt 20 kx.,; sq. mui , ~ud
n~ Strench ou 11cmajer burs at -70" is u.t I.-tr
4 Lg- m.; iq. cm. for MK =d 7 kj..;m,,*sq. cm (,-,r \1

AUTHOR: D'yakov, V.-G. , Candidate of Technical Sciences. 129-9-3/14
TITLE: Properties of the Stee130579- (Svoystva Stali E1579)
PERIODICAL Metallorvedmi-ye i Obrabotka Metallov" (Metallurgy and
Metal Tre tment), 1957, No.9, pp.9-16 (U.S.S.R.)
ABSTRACT: According to the standard specifications the composition
of this steel is as follows:-
0.16-0.22 % C, 0.40 % Sil
0.35-0-50% Mo, 0-30Lff50% W,
0-03%ax% S, 0 .030max% P.
card 1/3
0.25-0-50% Mn, 2-5-3% Cr,
0.70-0.85% V, 0.25max% Ni,
After hardening or normalisation annealing followed by high
teraperature tempering, this material is successfully usedr-...
for highly stressed components operating between 500 and
520 C and,under special conditions,also inside hydrogen
saturated media. The author and Z. A. Abramova investigated
the metal of six industrial melts, the compositions of which
are given in Table 2, p.10. The influence was studied of
the fluctuations of the chemical composition within the
specified limits on the properties of the steel. Furthermore,
the mechanical properties of the steel were investigated
at various temperatures (20,450,500,550 and '000 C); the
impact strength was measured at +20 and -50 C and also after

Properties of the Steel 3A 579. (Cont.) 129-9-3/3A
holding for 2000 hours at 450, 500, 550 and 600 C. Equally,
the thermal brittleness and the thermal stability were
studied. It is concluded that after heat treatment this
steel has a high strength and toughness and also a satis-
factory ductility which are conserved at elevated tempera-
tures and also at sub-zero temperatures. For this steel
the following stable mechanical properties can be obtained at
20 and 550 0 respectively:
Temperature Ob a s slo ak
oc kg/mm2 kg/mM2 % % kgm/CM2
20 85 75 14 60 6 0
550 50 40 12 60 2 at -50'C
In the temperature range 450-500 C a certain tendency to
thermal brittleness was observed, long duration annealing
at 600 0 leads to a decrease in the short duration strength.
The results obtained for the long duration strength and
creep indicate that this steel has a relatively high thermal
stability. The stresses which bring about fracture after
Card 2/3 10 000 hours anda creep speed of 10- mm/mm-hr arg respectively
10.5 and 7.6 kg/MM2 at 600 C and 17 and 13 kg/mm' at 550 C.

Properties of the Steel 3"579. (COnt.) 129-9-3/14
The permissible fluctuations of the chemical composition of
this brand of steel show an appreciable influence on the
critical points, mechanical properties and the tendency to
develop thermal brittleness and, therefore, it is advisable
to establish the correct heat treatment for each melt on the
basis of results of short duration tensile and impact strength
tests. The properties of this steel are such that it can be
considered suitable for components of highly stressed equip-
ment operating at 550 C inclusive.
There are 12 tables, 6 figures and one Slavic reference.
ASSOCIATION: GIPRONEFTEMASh.
AVAILABLE:
Card 3/3

'Y/9 A- C
133-9-17/23
AUTHOR: Dlyakov, V.G., Candidate of Technical Sciences.
TITLE: !h~e`_i~iiuu_en-ce of Cold-rolling Conditions on Properties of
8% Chromium Steels. (Vliyaniye rezhima kholodnoy prokatki
na svoystva. 8%-nykh khromistykh staley)
PERIODICAL: Stall, 1957, No-9, pp. 837 - 840 (USSR).
ABSTRACT: The influence of the number of passes (up to 5 passes) at
a constant total reduction (up to 50%) during cold-;rolling on
the tendency to work-hardening of steels X8, X8T, X8BT, X8CM
(chemical compositions given in Table 1) was investigated. The
investigations were carried out on rods 40 mm diai4eter, forged
from 35 kg ingots (end of forging at 950 - 1 000 'C) and anpealed
at 780 - 800 'C for 30 minutes and cooled with furnace (30 %/min).
Specimens 6 x 10 x 25 mm cut out longitudinally from these rods
were cold-rolled on a laboratory mill 210. The hardness of the
specimens was measured before and after rolling. The micro-
structure of rolled specimens was observed on transverse polished
specimens* From the initial and rolled specimens rectangular
bea.mB 3 x 3 x 25 mm were out out along the direction of rolling
with a notch 1 mm deep. The latter were statically bent on a
Gagarin's press with a special device (Fig.1). During bending
the force P and the depth of curvature f were automatically
uardl/2 recorded (typical records are shown in Fig-2). The dependence

SOV/133-59-6-32/41
AUTHORS: Dlyakov, V.G., Candidate of Technical Sciences and
'Abramova-j--Ze&.~-i Engineer
TITLE: On the Problem of Calculating the Strength of Low
Alloy Steels (K voprosu o raschete pro--hnosti
nizkolegirovannykh stale-y)
PERIODICALiStall, 1959, Nr 6, pp 562-563 (USSR)
ABSTRACT: These are remarks on the paper by K.S.Mi 'khalev and.
M.I.Golldshteyn (Stall, 1958, Nr 10) on the same
subject. The original authors suggested the use of
some formulae for calculating the strength of low
alloy steels. The present authors are in agreement
with the original authors and quote some statistical
results for the degree of agreement between the
calculated and actual values. There is 1 table.
ASSOCIATION: Giproneftemash
Card 1/1

ZAKR~ROCHKIN, L.D.; DIYAKOV, V.G.
Present status of the corrosion protection of the equipment
of refineries processing sulfur-bearing crudes. KhimA
tekh.topl.i maeel 5 no. 11:46-49 N 16o. (MIRA 13:11)
(Petroleum refineries--Equipment and eupplies)
(Corrosion and anticorrosives)

3/184/61/000/001/005/014
A104/AO29
AUTHOR: D'yakov, V.G., Candidate of Technical Sciences
TITLEi Corrosion-Resistant Heat Exchanging Tubes of X8 (Kh8) Steel
PERIODICALt Khimicheskoye Mashinostroyaniye, 1961, No. 1, PP- 32-34
TEXT: Inadequate corrosion resistance of X5M (Kh5M) steel tubes
operating in oil-processing plants necessitated investigations into more
suitable materials. Inspection of Kh8 steel containing 8% chromium
developed by the Giproneftemash showed that its corrosion resistance is
2-2.5 times higher than the corrosion resistance of Kh5M steel. In 1957
the Nikopollski.y Yuzhnotrubnyy zavod (Nikopoll Southern Tube Plant) made
test series of 19 x 1.5 mm and 25 x 2.5 mm heat exchanging pipes made of
Kh8 steel according to qMTY 5464-56 (ChMTU 5464-56). Experimental tests
were carried out on 90-mm. diameter samples made by the "Dneprospetsatal"
Plant. Chemical analysis showed that KhG steel fully meets all technical
requirements. Air hardening and annealing properties were tested by con-
tinuous air hardening at E800C of 90 x 90 mm bylinders cut from annealed
ingots. Kh8 steel has a tendency to air hardening; hardness increased
Card 1/3

S/184/61/000/001/005/014
A104/AO29
Corrosion-Resistant Heat Exchanging Tubes of X8 (Kh8) Steel
from HB 137-144 to HB 343-368 and its annealing properties are satisfac-
tory. Results of mechanical tests proved that after tempering at 7400C
(water cooling) and 780 OC (cooling in furnace) the tensile strength,
plasticity and resilience of Xh6 steel met the requirements of qMTY 2968-
51 (ChMTU 2968-51). Particularly after processing at 7800C the steel Sur-
passes these requirements (HB 130-144, 610 - 26.7%) which is important
for rolling tubes into heat exchanging bundles. Tempering at 7800
followed by Blow cooling in the furnace is recommended because it reduces
the hardness and improves the plastic properties of steal. The effect of
continuous aging was determined by comparing the strength values 6v., dB
and the plasticity value 8 at 200C to resilience strength ak at 20 and
-400C before and after continuous aging at 300-5000C. Tests proved that
Kh6 steal retains its high properties at reduced and increased tempera-
tures of UP to 5000C and there were no signs of thermal brittleness or
weakening in consequenca of continuous aging. Cold tubes were tested for
expansion, flattening and tenacity with determination of the tensile
Card 2/ 3

S/184/61/000/001/005/014
A104/AO29
Corrosion-Resistant Heat Exchanging Tubes of X8 (Kh8) Steel
strength limit and proportional elongation. Expansion up to 30% and
total flattening revealed no fractures and confirmed the high elasticity
of KhS steel. Tnile strength tests rovided satisfactory values d.
46.6 -* 57.2 kg/mm, and & 23 -* 34. These results were confirmed
during* the production of ~C19 x ~1.5 mm tubes in the Orskiy nefteperer-
abatyvayushchiy zavod im. Chkalova (Orsk Ore Refinery im. Chkalov). At
80C air temperature all tubes were easily rolled similar to tubes made
of annealed low-carbon steel 10. Assembling and sheeting confirmed the
satisfactory properties of cold rolled Kh8 tubes and two years of opera-
tional experience showed their high corrosion resistance in aggresive
sulfurous media. Based on these results Gosgortekhnadzor of the RSFSR
approved of the use of Kh8 steal pipes in plants operating at high
pressure and at temperatures of -400C to +4200C.
Card 313

S/133/61/boo/W6/bil/017
A054/A129
AUTHOR: Dfyakov, V. G., Candidate of Technical Sciences
TITLE: Properties of heat-exchanger tubes made of X 8 (Kh8) type steel
PERIODICAL: Stall, no. 6, 1961, 538-54o
TEXT: Heat-exchanger tubes made of molybdenum-containing X5M (Kh5M) steel
and used in oil refineries are not sufficiently corrosion-resistant in sulfur-
containing media. Therefore, ~8 (Kh8), OT(KhPjr), *8T(Kh8VT) and Y8CM
(Kh8SM) steels were tested for their application in tube production, as their
corrosion-resistance is 2 - 2.5 times higher than that of Kh5M steel. The tests
were carried out in the UkrNITI with the cooperation of A. I. Rizoll and A. I.
Dorokhov. As a result Kh8 steel was recommended for the production of heat-
exchanger tubes. The tube blanks of this steel were made in are-furnaces of the
"Dneprospetsstall" Plant. Before tapping, the metal was deoxidized by aluminum,
(0.75 kg/t) and bottom-cast into 2.8-ton 480 x 480-mm ingots. The cold ingots
were heated to 1,300 0C in soaking pits, rolled on the blooming mill to 180-mm
diameter tubings (with 17 passes, average reduction/pass: 50 mm). 0 The tube
blanks were heated in a pusher-type furnace (holding time at 1,240 C at least
Card 1/3

S/133/61/000/006/011/017
Properties of heat exchanger tubes ... A054/Ai2g
30 min), rolled on the breaking-down stand into 90-mm diameter tubings. The
metal temperature at the beginning of rolling was 1,120 - 1,1700C, at the end
no less than 800'C. In the Nikopol I skiy yuzhnotrubnyy zavod (Nikopol I Soithern
Tube Plant) tubes of 19 x 1.5 and 25 x 2.5 mm size were produced according to
the ChMTU 5464-56 technology from theTneprospetsstal"' tube blanks of Kh8 steel.
The properties of the Kh8 steel grade were tested in the GIPRONEFTEMASh and the
"Dneprospetsstall". The composition of the products 90 mm in diameter was
as follows: C-- 0.08; Mn - 0.4; Si 0.35; Cr - 8.1: Ni - 0.1; Cu - 0.6;
S - 0.015; P - 0.2. Hardness after hardening on air was tested on 90 mm diam-
eter cylinders, 90 mm in height, at 8800C and it was found that Kh8 steel has a
tendency to air-hardening and can be hardened thoroughly. The elongation and
notch-toughness tests showed that the values required by the prescription ChMTU
2968-51 were obtained upon annealing at 7400C and cooling in water, and annealing
at 7800C with slow cooling in furnace. The above ChMTU-prescription requires:
6B > 40 kg/mm2, 1~ _.? 17 kg/mm2 >/ 24%, _T > 50%, ak :~ 10 kgM/cm 2, HB----' 170.
'Y5
The required values hr hardness 6d relative elongation were obtained by the
first annealing conditions, while, when applying 7800C and slow cooling the
values were higher than those required. This is important when mounting and
flanging the tubes. The strength of the products could be maintained best at
Card 24

S11331611000100610111017
Properties of heat exchanger tubes ... A054/A129
high temperatures when annealing at 7400C and cooling In water. At temperatures
of -600 and-700C the specimens annealed at 7400C and cooled in the furnace dis-
played a sudden decrease in notch-toughness and a tendency to 0annealing brittle-
ness. This was not observed when annealing took place at 780 C. By comparing
the strength, the plasticity (at 200C) and notch-toughness (at 20 0C and -400q
of KhS steel before and after a long holding time in the furnace at 300 - 500 C, V/
it was established that this steel did not soften and did not become brittle.
The steel only showed a trend to brittleness at annealing. Thus when brittleness
has to be considered,for instance, in the heat treatment of the tube during the
cold rolling process, high annealing temperature and sudden cooling should be
applied. Tubes made of Dneprospetsstall-tube blanks were used in the zavod im.
Chkalova (Oil Refinery im. Chkalov) in boilers and it was found that they could
be easily assembled and had a high corrosion resistance in sulfurous media. With
this as a guide, the technology for Kh8M molybdenum steel, which has a lower
corrosion resistance and is more expensive, can be replaced by Kh8 steel. In
these tests, from the part of UkrNIITI the following persorLsoo-operated: A. I.
Rizol', Yu. Ye. Kovalenko, A. I. Dorokhov, while the Southern Tube Part was
represented by: P. I. Vatutin, I. Yu. Korobochkin, N. S. Yakumenko, 0. S. Vill-
yarns, A. N. Kondratlyeva, T. D. Dupliy et al. There are 2 figures, 2 tables and
2 Soviet-bloc references.
Card 3/3

SHIEMAIEVt V.G.
Experience in operating the condenser refrigerating equipment
coo2ed by sea water at the petroleum refinery of the Anglo-Egyptian
Compaxq in Suez* Xhim.i tekh.topl.i masel 6 no.1:71-72 Ja 161.
(FA .14: 1)
(Suezp Egypt-Petroleum refineries

(DIYAKOV, V.G.; SHIBRYAYEV, B.F.
Control of the corrosion of heat exchanging brass pip-es at petroleum
refineries. Khim.i tekh.topl.i mase-1,6 no-3:45-48 Mr 161.
(MIRA 24:3)
(Heat exchangers--Corrosi-9n)

-DIYAKOV, V-G , kand.tekbn.nauk
Properties of heat-exchanger tubes made of Kh8 steel. Stall 21
no.6:538-540 Je 161. (MIRA 14:5)
(Heat exchangers)
(Chromium steel)

S112316210001010100110113
Ao04/A101
AUTHORS; D'yakov, V.G., Shibryayev, B.F., Mlyagkov, M.P.
TITM: Steels for fastening parts of high-temperature flanged joints
PERIODICAL: Referativnyy --hurnal, Mashinostroyeniye, no. 10, 1962, 18, abstract
10A109. ("Novosti neft. i gaz. tekhn. Neft. oborud. i sredstva
avtomatiz.", 1961, No. 3, 29 - 32)
TEXT: Tensile strength tests at 20 - 4500C, )u.-,nness tests after
protracted holding at 300 - 6000C and relaxation t,:siz (a, 4~!,-OC and cro = 10 kg/
/mm2) of 'the steel grades 3OX (3OKh) and 38XA (38KhA) we-v. carried out with the
aim to replace the 30 XMA (3OKhMA) grade steel, wnose Mo is ii, short supply.
After heat treatment, the steel grades 3OKh and 38KM pos.-.es_~ a high strength and
ductility, and up to 4000C they do not tend to hot brittleness. As to relaxation
resistance at 4250C they are inferior to the 30EMA grade steel. The steel grades
302n and 38KhA are recommended for fastening parts.which are operating at temper-
aturds up to 4000C. Investigations of the X18 H25C 2 (Kh18N25S2) grade steel
revealed that it is not expedient to use it in high-load fastening parts instead
Card 1/2

Steels for fastening ....
of the 4x 14H AB 2NI (4Khl4Nl4v2M) grade steel.
[Abstracter's note: Complete translation]
S/123/62/000/010/001/013
Aoo4/Aioi -
.,~x
Card 2/2

'E
o on th-! ro (~YLlor, r-,f
.':etall.o%,eL,. .1 t ii~-. obp. mot.
proyel 4
r,,ly
(C'aro,mitm steol-'Zc3tin")

DIYAKOV, V.G.; LEVIN, I.A.; SHREYDER, A.V.
Aluminum, titanium, and OKH2lN5T and KH2lN6M2T low-nickel
steels as materials for the equipment of petroleum refineries
and petrochemical plants. Mash. i neft. obor. no-4:27-33 163.
(MIRA 17: 8)
1. Gosudarstvennyy nauchno-issledovatellskiy i proyektny7
institut neftyanogo mashinostroyeniya.

ACCESSION NR: AT4013943 S/2~59/63/olo/ooo/dic,4/0168
AUTHOR: D'yakov, V.G.; Abramova, Z.A.
TITLE: Investigati~n of substituteofnr high-nickel steel, grade ET-316,
for cast parts of tubular.ovens in oil refineries.
SOURCE: AN SSSR. Institut metallurgii. Issledovaniya po zharoprochny*m
splavam, v. 10, 1963, 164-168
TOPIC TAGS: steel, oil refinery, sulfur-resistant steel, steel brittleness,
high-nickel steel, oil refinery oven, heat-resistant steel
ABSTRACT: High-nickel steel under relatively high stress is Used for heat-
resistant parts of ovens where temperatures reach IOOOC and the oil contains'
sulfuric compounds. The steel required for these parts must resist these
unfavorable conditions. The author therefore investigated existing substitutes
of grade BI-316 steel and this steel itself. On the basis of tests performed,
(see Fig. 1 in the enclosure) it was found that grade kh24N7 steel can be used
as a substitute. The chemical composition of this steel is 0.35-0.5% C,
0.5-1.0% Mn, 0.5-1.5% Sit 22-25% Cr, 6-8% Ni, 0.035% 8, and 0.035% P.
Cord 1/4

0
ACCESSION NR: AT4013943
Grade EI-921 steel has low impact strength under initial conditions and has
high brittleness after prolonged operation under high temperatures. Hence,
it cannot be used for parts of high-temperature ovens in oil refineries. Orig.
art. has: 3 figures and 5 tables.
ASSOCIATION: Institut metallurgii AN SSSR (Institute of Metallurgy AN SSSR)
SUBMITTED: 00
DATE AOQ-. 27Feb64
ENCL: 02 -'
SUB CODE: MH
NO REF SOV: 000
OT11ER: 000
Card 2A

ACCESSION NRL AT4013943
is
Jo
10
5
Card 3/4' 0
z0
EXCLOSURE:01
! 700 759 600 65e- 300 350
of.

ACESSION NR: AT4013943
LNCLOSUREi 02
Fig. 1. Mechanical properties of EI-316, HI-921 and kh22G8N4 steel at normal
and high temperatures.
1 - kh22G8N4 steel after hardening;
2 - the same as supplied;
3 - EI-921 steel;
4 - EI-316 steel.
Card 414

D'YAKOV. V.G. LEVIN, I.A.; CHESKIS, Kh.I.
--l-
Electrically welded pipes used in place of seamless pipes for
petroleum refineries and petrochemical plants. Mash. i neft.
obor. no.4tl6-17 164. (MIRA 17t6)
1. Gosudarstvennyy nauchno-issledovatellskiy i proyektnyy
inst-itut neftyanogo mashinostroyeniya.

ACCESSION NR: AP4043487 S/0133/64/000/008/0734/0735
AUTHOR: Levin, I. A., Makalmova, G. F., Dlyakov, V. Gi.
TITLE: Corrosion resistance and possible uses of arc welded pipes made of -steal
Khl7Nl3M2T
SOURCE: Stall, no. 8, 1964, 734-735
TOPIC TAGS: steel, steel Kh17N13M2T, corrosion resistance, -steel corrosion, arc
welded steel, steel pipe, welded steel pipe
ABSTRACT: Thecorrosion resistance of argon-shield arc-welded seams of pipes madebf,
ICIMN13MT steel, which are widely used in processes involving fatty acids, was tested
to evaluate the applicability of such pipes in certain branches of the petroleum and crude
oil industries. The corrosion resistance of pipes 1. annealed at 1050C as in the regular
manufacturing process, 2. additionally annealed at 870C, and 3. additionally annealed at
1100C for 3 hrs. with subsequent water quenching, was determined in acetic, caproic,
capric, stearic and sulfuric acids and H2S-saturated 0. 03N hydrochloric acid. In addition,
the weld-seam resistance to intercrystallite and point corrosion was tested in a sulfuric-
acid solutioa of copper sulfate and by determining the protective-film failure potential ia
Card 1/2

ACCESSION NR: AP4043487
0. 1N sodium chloride. The results of the tests were quite satisfactory. Under all
conditions, the corrosion rate of the weld seam was practically identical to that of the
base metal, varying from as low as 2-3011 to 33mm/yr. (60% H so These pipes can be
2 4).
recommended for use in the petroleum industry. The pipe was manufactured at the
Moskovs1dy trubay*y zavod (Moscow Pipe Plant). Orig. art. has: 2 tables.
ASSOCIATION: Giproneftemash
SUBMITTED: 00
SUB CODE; FP, MM
Card 2/2
NO REF SOV: 002
ENCL: 00
OTHER: 000

`-31YAKOV, V.G., kand.tekhn.nauk,- SHREYDER, A.V., kand.f.ekhn.rip.0, ZAMIATOUNIN,
L.D,, inzho
Basic trends in controlling the corrosion of petroletm z-aftna:,y
equipment. Kh1m.i neft. mashinostr. no.8g4-5 Ag 165,
(MIRA M12)

~6-
(ML~ JW i &A-11-2 U)
ji::2 ~Aq
'-KC-C N;Ft-AF6015855' -s6uhtbF, Obts trRA314MOW/008/0604/0005
G. (Candidate of technical sciences); Shreydert As V. (Candidate
of technical sci'enc';YTi Zakharochkin, L. D.
ORG: none
TITLE: Basic directions in corrosion control of petroleum refinery equipment
SOURCE- Khimicheskoye i neftyanoye mllinostroyeniye, no. 8, 1965, 4-5
TOPIC TAGS: chromium steel, low alloy bteel carbon 'steel, steel corrosion
resistance, high alloy steel, pipeline, petroleum refinery equipment, heat
exchanger, furnace, monel alloy/lKh8VF steel, Kh5M steel, Kh5vF steel, 16G5 low
alloy steel, OKhl3 high alloy steel, lKhl8N9T high alloy steel, Kh17N13M2T high
alloy steel, 18-8 steel, NMZhMtS monel alcy
ABSTRACT: An 6% chromium steel grade Kh8 tas created to replace_~~:Ln~es
,made of carbon or low-alloy chromium R-~~Ls (whose service life does not ~q
,exceed 1-1-5 years). The corrosion resistance of lines made from this steel,
,"in sulfurous media at elevated temperaturog;j surpasses the corrosion rosiatance
7of Ibion =do from 5% chromium steel by 2-20 times and lines made from caebon
,steels by .5-8 times* However, for certain heat oxcl 'iange equipment the corrosion'
,resistance 'of steel KhO tubes is still insufficient; in this case steel 0=3
~tubes should be used.
Steel In8vAlkeontaining 7-9% chromium)p which is 2-2.5 times more corrosi
on
an
,resisfanf an steels Kh5H' d KhRFIja being widely used for Amiaces and
Card 1/2 -1U 7, --UDC: 620,191-:665. 2

SUB CODEs '139 11,, 20 SUBM DATFi none I
Ccird 2/2

D I
Electrode level indicators. Xhim.prom. no-3:261
Ap-V,V 160 jLiquid level indicators) (KM 13:8)
(Electrodes)

DIYAKOV V I inzh.; KWJZOV, V.Te., tekhnik
Transformer type electric soldering tool. Vest.elektroprom. 31
no.6:73-74 Je 160. (KRA 13:7)
(Solder and soldering)

DIYAKOV, T.I.
In regard to X.R.Snegirev's article" Simple liquid-level signalero.0
Prome energ, 15 no.10:13 0 160. (MIRA 13:11)
(Liquid level indicators)
(Snegirer., , M.M.)

IS/ 128/6 2/c00/0033/007/00-1,
A0041/A 127
A UTHOR: D'yakov, V_ T_
Induction pumpz for liquid nomnaGnotic ~-.:ctals
PERIODICAL: Litcynoye proizvodstvo, no. 3, 1(962, 46
TZ:,2: The author points out that induction pumnps, ahich are used in
nuclear reactors for the pumping of liquid metals, are beirv_r introduced also in
t-he metallurgical and foundry industr-j. He presents the schematics of induction
pumps for magnetic and nonmagnetic metals, descrioes their design and derives
a number of formulae to determine the magnitude of liquid metal pressure. Ac-
cording to the formulae, the main characteristic of the pressure magnit"Ide iz
the.magnetic induction over the whole airgap of the flat stator. A large airGap
results in a low induction, increase of the electromagnetic inductor load and ex-
tensive leakage fluxes. The suggested pump design for non:magneLic metals partly
eliminates these deficiencies and the author enumerates a number of advantages of
this design over pumps with bilateral inductor. There are 1 figure and 2 Soviet.-
bloc references.
Card 1/1

QDIYAKOV, Vasiliy Ivanovicb; GETLINGj B.V., -kand. tekhn. naikp red.; TYU-
--- .---TYUffTK-t-H-.&rr-re4vt4MRf A.M.v tekbn. red.
[Standard designs of sleotrjo equipment; electrician's manual]
Tipovye raschety po elelrtrooborudovaniiu; v pomoshch' tsekbovym
elektrikam. Izd.2.9 perer.'i dop. Pod red. B.V.Get3inga. Mo-
skvat Vses. uchebno-pedagog. W-vo Proftekhizdat, 1961. 125 P.
- (MIU 14:7)
(Electric apparatus and appliances)

DIYAKOV, V.I.,- ZAKHAROV, YU*V,
Simplifying the circuit of the NRShchPr-54 control millivoltmeter.
Priborostroanie no.5s27 Yv 162. (MBA 15:5)
(Voltmeter)

DIYAKOVP V.1.9 Inzb.
----------
Concerning the design of an induction motor with a flat stator
for tipping the shuttles of metal-weaving machines. Vest.
elektroprom. 33 no.9-75-76 S t62. (MIRA 15:10)
(Elect;ic motorav InductIcA)

D'YAKOV.9 V.I.
Induction motor with a flat-starter for the shuttle propulsion
in a loom for metallic fiber weaving. Izv.vys.ucheb.zav.;'tekh.
tekst.prom. no.6:117-120 162. (KM 16s2)
1. Ivanovskiy energeticheskiy institut imeni V.I.Lenina.
(Looms-Zlectric driving)

D1YAKOVJw V.I.# inzh,
Induction motor witb plane stator for tripping the shuttle
of a metal fiber loom, Prom. energ. 18 no.3:18-20 Mr 163.
(MIRA 16s6)
(Electric motors, Induction)
U00ma Electric driving)

I . DYAKOV, V.I.
Approximation method for calculating the \1 r-ie or *he start
d*P I -
of a metal-weaving loom shuttle in case of the re-placement.
of the pickIng mechanism by an Induction motor with flat
stator. Izv. vys. ucheb. zav.; tekh. teket. prom. no.l.-
117-120 164. (M!Rfi, 17:5)
1. Ivanovskiy energeticheskiy institut Imeni 1;Pn!r-,Fi.

DIYAKOV, V.I.; SOROKINA, M.I., red.
(Standard electrical equipment calculations] Tipovye raschety
po elektrooborudovaniiu. Izd.3., perer. i dop. Moskva,
Vysshaia shkola, 1965. 130 P. (MIRA 18:4)