SCIENTIFIC ABSTRACT MYAGKOV, M. M. - MYAGKOV, V. YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135810011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STRODS, Eduard Yanovich; HYAGKOV, M.M., red.
-1--,
[Competition in improving the standards of production organiza-
tion] Sorevnovanle za povyshenie kulltury proizvodstva. Mo-
skva, Profizdat, 1963. 75 P. (MIRA 17:3)
1. Predsedatell respublikanskogo komiteta profsayuza rabochikh
mashinostroyeniya Latviyskoy SSR (for Strods).

GLEBOV, Fedor Vasillyevich; red.; KOROBOVA, N.D.,
tekhn. red.
[Educational work of the trade-union comittee with a
group of activists) Rabota profsoiuanogo komiteta a ak-
tivom. Moskva, Profizdat, 1963. 100 P. (MIRA 17:3)
1. Predsedatell Minskogo promyshlemogo oblastnogo soveta
profsayuzov (for Glebov).

P%IERANTSEV, Aleksey Nikolayevich. ffm~ red.
,_ !~i rm..M. #
_' _n.-
(Participation of rural trade-union activists in the
control over capital construction] Uchastie, sel'skogo
profaktiva, v kontrole za kapitalInym stroitel'stvom.
Moskvaq Profizdat, 1964. 38 p. (Bibliatechka sellskogo
profsoiuznogo aktivista, no.10(34)) (MIRA 18:7)

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SA (JAIS 0.11M, V 01 M_ fl-It"'s 11Md 8 OAMI 416%.
'
th
WIld, were made with clectrocin firtoon wrld'"
19, 'Sofn If';;:" Si ().M' 11 it (IM and S 1)
to,,atcd twtwvcn 2'f* and.100' were heated in an eforr. rrst,v -
ance fuornoo~ with an avittacy of control of 5 W %Ith
w0dord and untorvidni %pvrimt-n~ vor"r tc~tord ftw yield 00
1-int. tentile Otetlith, r%panmoooro and the r4atiort 1.1-i
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ou,.h. 6trornfillo and tho, ~%ptl, tempt. word, WAI-1
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36W49
S/137/62/000/003/133/191
A052/AlOl
AUTHORS: Ivakov, V. G., Shibryayev, B. F., Myagkov, M. P.
TITLE: '.eels for fasteners of the high-temperature flange couplings
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 46, abstract 31285
("Novosti neft. i gaz tekhn. Neft. oborud. i sredstva avtcmatiz.",
no. 3, 1961, 29-32)
TEXT: Steels 30X (30Kh), 38XA(38Kw) andX18425C2 (Khl8N25S2) isere
investigated. Their composition (in %): 3OKh - 0.35 C, I Cr, 0.15-Cu; 38KhA -
0.4 C. 1.2 Cr, Cu traces; Kh18N25S2 - 0.33 C, o.81 mn, 17.5 Cr, 24.4 Ei, 2.45 a.
30Kh and _38KhA steels after the heat treatment have a high strength, ductility
and toughness. They can be used for fasteners in equipment and pipe-lines work-
ing at temperatures up to 4000C, in particular instead of fasteners made of
3GV,(1A(3OKhMA) steel. Khl8N25S2 steel in a heat-treated state has high mechani-
cal properties. Up to 6000C inclusive this steel is not liable to the heat
brittleness. However in respect of the heat resistance Khl8N2552 steel Is
noticeably inferior to 4X14H14B2N (4mlOi4v2m) steel.
[Abstracter's note: Complete translation) T. Rumyantseva
Card 1/1

I -2= Me. Whener.
411-
Nass production methods for building reinforced concrete fout-
dations. Sbor.nat. o noy.takh. v atrol. 16 no.10:22-27 154.
(XIM 8:2)
(Youndations)(Reinforced concrete construction)

WAGKOV,N.(Riga); LZPINI,L.[Liepina,L.I(Riga)
Effect of-pigment concentration on the protective properties of
lacquer and paint coatings. I.Effect Of concentration of pigment
.on protective properties of varnish. In Russian. (To be continued)
. Testis Latv ak no.4:109-116 060. (EM 10:7)
-I& ftademiya nauk Latviyokoy SSR, Institut khimil.
(pigments) (Varnish and varnishing)

MTAGKOVI N. (Riga); LEPINI, L. (LIEPINA, L.] (Riga)
2frect of pigment concentration on the protective properties of
lacquer and paint coatings. II. Effect of pigment concentration on
the protective properties or divinylacetylene, and coat-tar lace.
Vestis IAtv &k no.8289-94 160. (EM 10:9)
1. Akademiya nauk Latviyokoy SSR, Institut Ichimli.
Pigments) (Protective coatings) (lacquer and lacquering)
mdienyne) (Coal tar) (hint)
2

25607
3/197/61/000/006/007/007
J.g~ 11D 401& B104/B201
AUTHORSi Myagkov, N., Lepin', L.
TITLE: Protective action and ohmic resistance of coatings
PERIODICALi Akademiya nauk Latviyskoy SSE? Izvestiya, no. 6(167),
1961, 77 - a4
TEXTs The authors had studied before the protective action of lacouer
films as a function of concentration and character of the dyes aaaea to
the lacquer (Izv. AN Latv. SSE, 1960, no. 4, p 109, and no. 6, p 69).
The current densities determined in these experiments depend not only
on the penetrability of the lacquer films, but also on polarization
effects. The effect of the dye concentration therefore Droves to be
insufficient. It was the aim of the present investigation to determine
the effect of the dye concentration upon the change of the ohmic
resistance of lacquer films, in which connection the influence of
polarization effects is avoided by the use of alternating current. The
ohmic resistance of lacquer films was measured with an ordinary Wheatstone
bridge. Drying-oil lacquer, ethinol lacquer, and coal-tar lacquer were
Card 1/4

25607
3/197/61/000/006/007/007
Protective action B!04/B201
used as lacquer bases, to which minium, iron oxide, zinc oxide, and
titanium dioxide up to 10 % were added as dyes. The experimental
arrangement is shown in Fig. 1. Disk-shaped electrodes of 0.5-mm thick
tin were used. The electrode diameter was 60 mm. The electrodes
featured a band containing a copper wire. The band was fitted in a
glass tube. The two electrodes were fastened in a plate at a distance
of 30 mm from each other, and were immersed to 50 mm into a 5 %a
potassium chloride solution. The ohmic resistance of this system wa
measured, and with the resulting data the ohmic resistance of 100 cm of
the lacquer film (50 e&thick) was calculated. It is noted from the
results presented in diagrams that there is a definite relationship
between protective properties and ohmic resistance of the films. The
best protective action to salt solutions is displayed by ethinol lacquer,
followed by coal-tar lacquer, and, finally, oil varnish. In the same
succession also ohmic resistance drops. There are optimum dye
concentrations. The ohmic resistance is a function of the penetrability
of the film, which in its turn is a function of porosity and swelling
power. The electrical conductivity of films in salt solutions is thus
caused by ions. The initial drop of the ohmic resistance is brought
Card 2/4

Protec-tive action ...
'25607
S/197/61/000/006/007/007
B104/B201
about by a penetration of salt solution into the film. Ions cannot
penetrate until after the microcapillaries are filled with water. A
further reduction of the ohmic resistance is caused ~y the decay of tha
film. P. Ts. Vasserman, Ya. .,. Kolotyrkin, V. V. Chebotarevskiy.and
.A. A. Feoktistov are mentioned. There are 10 figures and 13 references:
6 Soviet-bloc and 7 non-Soviet-bloc. The most important ref-erences to
English-language publications read as follows: J. Z. Mayne, Research,
276 (1952); R. Ch. Bacon et al., Industrial and Engineering Chemistry,
AO, 141 (1938); F. 71ormwell et al., Journal of Iron and Steel Institute,'
164, 141 (1950).
ASSOCIATION: Institut khimii AN Latv. SSR
(Institute of Chemistry AS Latviyskaya SSR)
SUBMITTEDt March 1, 1961
Card 3/4

O=VJ* V.A. S insh.; WAGKOV, N.F., inzh.
Improving t corros~
on protection of ballast tanks. Sudostroenie 28
no.,11:53-55 U 162. (ML.A 15:12)
(Hulls (Naval architecture)-Corrosion)

~/Slolow, AlPrIcultural - Genetics ;aw/yeli, 52
1 i,2 o.-- if;t~
"New Cases of Generation of Rye by Busby Wheat,*
2, V. Xyagkoy (Amateur Uperimenter), Puche&-,4
Ivanovo Oblast
"Agrobiologiya" No 1, pp 145,146
Za 1951, at the "Stalinets" Kolkhoz in Pucbazh
Rityam, 0A hectare vex planted under vhest, is-
Ift pure, uncontaminated seeds of bushy vMav.
ftjorLty of plants that grow from these vheat
11 "*do were rye. The fact that rye was generated
Iw vh"t in this eum out apparently be is-
artiod to tke comilition of the planted asefts
V"ch me war Iy-jwRb~- teror* the wwat was.,
213"
Glown. In another instance a @*lector planted
VMat graim by hand in a field in ftich-there
was any rye. Nevertheless, a certain ~ro-
portion of rye plants vas found in the f leld after,
saring. The author himself observed spontaneous,
appearance of rye plants in a field vhere vinter
vh"t vas exposed to severe veather: aywent*
cow Of it bad turned to rye.
ej

NMLGZN. X.Ta.; OIXMCH. 1.G.
ftaporation in %rkinalstm. Isv.0 Twk.SU no.1:22-29 156.
(sm 9: 8)
1. Upraylonlyo gidr~tslusbby Tmrkmeaskey MM.
Mrksoulataa-*aporation)

YWUN. V.A.; NTAGKOV. I.Ta.
le-A
Using thersistors for taking ground surface tOMPOMturs- IMAM
14wk.&M no.4:51-54 '56. (Kim 9 - 12)
1. Turkmeaskly gosusiversitet imest A.K.Gorlkogo.
(Thermistors) (Soil temperature)

HYAGMDT. N.Ya.. kandidat geograficheakikh nauk; OISMOH, I.G.
- .. "-
Hot weather In Turkmenistan. Nlroda 45 ne.8.-126 Ag 156. (KERA 9:9)
I.Akademl.va nauk Turmenskey SSR.
(Turimenlotan-ClImate)

MYAGKOV, M.Ya.; OXSWICH, I.G.
Some materials on the climate of Turkmenistan. Izv.AN Turk.SSR
no.4:31-38 '57. (MIRA 10:10)
1. Ashkhabadskaya gidrometeorologicheskaya observatoriya.
(Turkmenistan-Climate)

9?35c
s 16 5 /,- 9 /00c' /0 4 /0 8, /o 26
AUTHM ftash2MLN _-Ya -
TPTLE~ On Daily Varl-ations of Atmospheric C:.ndensaticn in Purkmenistan
PERIODICAL- lzvest~ya Akademli nauk lurkmen3koy 33R, 1959, No. 4, PP, 50 - 52
TEXT'.~ The author is trying ro show the variations in the -amount of
atmospheric condensation In Turkmeni-s-tan during a 24-.hour period. In this are-A
precipitation is rare and irregular. At present, data is available on arr_;a!
and monthly condensation for 143 lo3ations (Ref. 1) and per decade for 37
locations (Ref. 2). Research covers the perlod 1946-.1955 and information was
supplied by 29 hydrometric stations located at different altitudes. The amount
of condensation remained approximately the same during night and day hours. Con-
densation at night increased in the ccid ~_eas-Dn, partic-ilarly dar-Ing frall and
spring, while condensation at day time trcreased in summer morth-s.Percentage of
atmospheric condensation determlned theoretically and its quantitative distribution
at night and day hours for 19116-1955 Is shown in Table 1, the same data ob'~alfned
from actual obssrvationz is given in rable 2. There are 2 tablez and 3 Soviet
references.
Cor6 112

82350 3/165/59/000/04/08/026
On Daily Variation& Df Atmcspher~-c Condensation in Turkmenistan
ASSOCIATION-
Ashkhabadakaya gIdr:)me*.c-o-o!,:,gIch6skaya ot:?:~rva'.-Dr!ya (Ashkhabad
Hydro-me',9orologi:al Observa*~ory) 1-<
SUBMITTED~. October 2r,-, 1958
Card '212

---- U-.- - - --
Climatic characteristics of March and April in Turkmenistan.
Izv.'-AII Turk. SSR. Ser. biol. nauk no.2:89-96 161. (MIPA 14:7)
1. Institut pochvovedeniya i osvoyeniya peskov AN Turkmenskoy SSR.
(TURKMENISTAN-SPILT14G)

8/169/62/000/009/077/120
D228/11307
AUTHOR: Kyagkov._N. Ya.
TITLE: Radiation and heat balances of the Turkmen SSR
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 9, 1962, 20-21,-
abstract 9B123 (Tr. Turkm. geogr. o-va, no. 2, 1961,
174-200)
TEXT: The results of calculating the heat and radiation balance
components of the underlying surface are given for the Turkmen
SSR's territory. The method of calculation is close to that stated
in F. G. Berlyand's work (Tr. GGO, no, 10.(72),*1948). The total
radiation Qn is detarmined on the grounds of the,empirical ratio
relating Qn to the sunshine duration. The factors contained in this
.ratio are derived from V. N. Ukraintsev's work (Meteorol. i gidro-,
logiya, no. 6, 1936). The albedo of the territory under consideraw
tion ie,fixed in accordance with literature data for different
,-nee of underlying surface. The albedo's seasonal and yearly va-

14YAGKOV, N.Ya.
Climatic characteristics of July and August in Turkmenistan. Izv.
AN Ttwjc. $3R. Ser, biol. nauk no.4:9o-97 61. - 0 (M14 14:10)
L. Institut pochvovedeniya oavoyeniya pookov AN Turkmenskoy SSR.
(TURVENISTAN-CLIMATE)

WAGKOV, N.Y&
Climatic characteristics of September and October in Turkmenistan.
Izv. AN Turk. SSR. Ser. biol. nauk no.5:91-97 161. (MRA 14-12)
1. Institut pochvovedeniya i osvoyeniya peskov AN TurILmenskoy SSR.
(TURDIMISTAN-AUTU141)

14YAGKOV, N.Ya.
"Concise geographical encyclopedia." Revieuvd by N.IA. miagkov.
Izv. AV Turk. SSR. Ser. biol. nauk no.l.-82--84 1W. (MIRA 15-3)
1. Institut pochvovedeniya i oavoyeniya peskov AN Turkmenskoy
SSR~
(GEOGRAM-DICTIOMM)

MYAGKOV, N.Ya.
- Climatic characteristics of November and December in
Turkmenistan,, Izv. AN Turk. SSR. Ser. biol., nauk no.l:
89-94 162. (MIRA 15:3)
1. Institut pochvovederdya i osvoyeniya peskov AN Turkmenskoy
SSR.
(TUMENISTAN-WIMER)

MYAGKOV, N.Ya.
~Oi
Climatic characteristics of January and Yepruary in Turkmenia.
Izv. AN Tark. SSR.Ser. biol. nauk no.204~-100 162. (WRA 17W
1. Institut pustyn' AN Turkmenskoy SSR.

I
14YAGKOY I
N.Ya.
Wind velocity calculation near the ground in the study of sand
transportation. Iav.AN Turk.SSR.Ser.fia.-tekh., khim.i geol.nauk
no.2:111-115 062. OURA 15-4)
1. Institut pochvovedezLiya i oavoyeniya skov AN Turkmengkoy SSR.
(Kara Kma--Swd) (Windsr

LEVADM-K, A.T.; MYAGKOV, N.Ya.
Interrepublic scientific session on the reclamation of the deserts
of Central Asia and Kazakhstan, May 24-27, 1962.. Izv.AN Turk.SSR.
Ser.biol.nauk no.4:88-91 62. (MIRA 15:9)
1. Institut pustyn' AN Turkmenskoy SSR.
(SOVIET CEN"?AL ASIA-RECLAMATION OF LAND-CONGRESSES)
(KAZAKHSTAN-RECLAMATION OF LAND-CONGRESSES)

SAVINJI YU.I., insl ~, ~O.A.,, inzh.
Concerning A.E.Ivanov's article OMechanical cleming of tubular
air preheaters.0 Energetik 11 nc.1:14 Ja 163. (KM 16:1)
(Air preheaters-Cleaning)

BLOMIN, M.A.; OVCIIARENFO, Ye.Ya.; _MYAGKOV, P..I.1 SO',711KOV, V.A.; PYd"i-NOV,
Yu.M.; BELIMIA, G.L.
Improving the accuracy of X-ray spectral ana'vs4- b7 a
A -1
dual channel method. Zav.lab. 31 no.4:423-426 16~.
(MIRA 18:12)
1. Konstrtiktorskoye by-uro 111.133vetnetavtomatika"
Ro.,itovskiy gosudarstvennyy liniversitet.

-BlyAa
J:T
k
v
-nttnib
matte
i.ccijj :1

paft, icwArl,
Orig.

*Urj9Ry,I.,Petr Stepanovich; IGOSHIN. M.G.. redaktor; AMMIAMOT. B.I..
t'W06i~6~~WAUktor
(Signalman] Signal'shchik. Koskys, lid-vo DOSAAF, 1956. 61 p.
(KLRA 9:9)
(flussla-gavy-Signaling)

MYAGKGV, S.G., inzh.; FLRSHIN, S.P., kand. teklin. rvAuk
--- I-
Organization of the welding of rails on the track at new
construction projects. Transp. stroi. 15 no.11:39-41
N 65. (MIRA 18:11)

MTAGKDV, S.M.
Uw-aethods for studying Tien Shan glaciers Evith summary in
French]. Rab. Tian'-Shan. fiz.-geog. lab. no.1:43-54 158.
(MIRA 12:8)
(Tien Shan--Glaciers)

ZABIROV, R.D.; HYAGKOV. S.M. -
Use of new methods in the study of glaciers of central Tien
Shan. Trmdy Otd.geog.j Tian.fiz.-geog.sta.AN 11r.SSR no.1:155-
157 '58. (MIRA 12:2)
(Tien Shan-Glaciers)

MYAGEOV, S.M
Determination of quantitative characteristics of the recession of
Davydov Glacier from geomorphological characters. Mat. gliats.
issl. no.2:29-39 '60. (MIRA 14:11)
(Davydov Glacier)

AKIPITEVA, K. V.; BELIMKIY, V. A.; MUMMOV, A. V.; VWDUROVA,
G. A.; HAKHOVA, Yu. V.; MALINOVSLUA N. M.; Mr ~X.;
NOEXANY E. A.; SERECUN, Yu. V.; TAWOV, 0. K.; TUSJUNSM,
G. K.; UTYAKOV, P. A.; FAKDITSYN, B. M.; SHATEMKOVA, L S.;
SHMHMVIP K. M.
Estimation of the danger of avalanches in high mountain areas
designated for development. Inform. abor. o rab. Geog. fak.
Mosk. gos. un. po. Meshdunar. geofis. godu no.8:27-16 '62.
(NM 16:1;
(Caucasus-Avalanches)

MYAGKOV, T.T.
The FPN-8-35 samizounted eight-furrow plow. Biul.tekh.-ekon.inform.-
Gos.nauch.-isal.inst.nauch.i, tekh.inform. 16 no.7t59-61 163.
(MIRA 16:8)
Move)

HYA
. ~- - KARAVASHKIII. S.I.,redaktor; PITERKAN,
YO.L., rodaktor izdatel'stva; BACHURINA, A.M., takhnicheskiy re-
daktor
[Roller bearinga used in rolli-stock of narrow-gauge railroads]
Rolikovye podshipniki na podvizhnom sostave uzkokoleiaykh shelez-
nykh dorog. Moskva, Goslesbumizdat. 1957. 85 p. (NUU 10:4)
(Railroads, Narrow-pauge)(Hailroads--Rolling stock)
(Roller bearings)

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it. IM Muss% acvwding tA a
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MiAGIKOV, V. A.
Chmical Abate
VOL. 46 No. 9
fty-'109.1954
Gword Ed ftsical (;hsm'stry
0j cile, I.-
naftlW- MY ".2MYCIVI Oalfidc-7a,~WofWl: 4Pamk-&hnvderof pCWoUyo'id J.
Xgn .--,';ec C.A.j
H. L-4Lww4
-------

n-AGYrjV, V. A.
"Reactions between Acids and 9ases and the Polyamide Fiber." 'Kin. Higher FdLcatlon
USSR, Tvanovo Chemical Tachnolovy Inst., Ivanovo, 1954, (Dissertation for the Degr-~e
of CandIlate In Technical Sciences)
SO: Fnizhnaya Leto-pis'. No. 72, 1955, pp 93-105

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V.
AID P - 1669
Subject USSR//Engineering
Card 1/ Pub. 28 - 9/9
Author Myagkov, V.
Title Conference of all union scientific society of engineers,
technicians and power engineers (VNITO) on utilization
of waste resources for power production
Periodical Energ. byul., 2, 31-33, F 1955
Abstract The Third All-Union Conference of VNITO on Utilization
of Waste-Resources held in Leningrad, November 16-20,
1954 was attended by almost 300 delegates from various
scientific institutions and industries, as well as by
government officials. More than 25 reports were made on
the subject and related matters.
Institutions: Technological Institute of the Refrigerating Industry, the
Moscow Engineering and Economics Institute, the All-Union
Thermotechnical Institute im. F. E. Dzerzhinskiy, the
Moscow Regional Power System (Mosenergo), and others.
Submitted No date

UWE/Cbzmlcal Technology. Chemical Products and Their Application -- Synthetic
fibers, 1-24
Abet Journals Referat Zhur - Kh1miya* No 2, 1957s 6346
Author: Nyagkwr,, V. A., Pakshver, A. B.
Institutions None
Title: Interaction of Acids with Polyamide Fiber
Original
Publication: Zh. priki. khimiii-1956, 29, No 5, 774-783
Abstract: On treatment of polyamide fiber with solutions of strong acids, with
a low concentration of the acid the latter undergoes salt-like com-
bination with the terminal amino groups. In neutral soiutions of
acid dyes the same amino groups combine with anions of the dyestuffs.
Sorption of anions of electrolytes by terminal amino groups takes
place stoichicnetrically. Interaction of electrolytes with amino
groups of the polyamide takes place not according to the equation of
Gilbert and Rideal but according to an Lon-exchange mechanism.
Equilibrium constants of the reactions of terminal amino groups
Card 1/2

.8 Cal ~hQmiLtry. Surface Phouoinenn. Adsorption. B-1_~
Chromatography. Ion ExcbruiCe.
Abs Jour Pjf Zhur - Khimiyn, No 7, 1957, 22546.
Author V. A. My,-.gkov. A. B. Pakshver.
Inst Not gival-1
Tttle Th-~ int_,racri)n of Bas,~s with Polyaraid~2 fibers.
Orig, Pub Zliur. pri.kl. khimii, 1956, 29, No 8, 1229-1235 (russ).
Ab s rac t Strong bases inte-act with polyamide (I) carboxyl end --roups
(73) producing; salt-like compounds. By troating I with weELk
solutions of' basic dyes, EG is linkQd by dye cations only.
Obtained dqta do not confirm F~y(~dil-Gilbertls absorption the-
ory and iriElcate that itteraction of baseu; with F" of I pro-
C(~_ds accordiaL to an ionic exchan& mechanism. Carboxyl EG
r,_-a~t ind---pundc:ntly regardless of end aminog.L-.-ps. Basic
:)roc,-,,s io vell described by eauations c~f ion exchange
n-nd is d:_-..rmined by ion conccntratfonz i.e., by I
dissc~.'L,1*nn constants. Equilibrium onstr,.nts increasc with
the k,-owt~-i o,' 9
L' btts, -,.tion from 1.0-10 for KOH sorption by
caprone to i -o7 for teiathyl b._~nzylammonium hjdroxide sorption
-and to 1.8*1012 for methylene blue ention sorption.
Card 1,11 -189-

'hid-
ivrt ~J'C'M-V' uni,
emsi dek ribv lis -givisig rnp4l. and it--
itl
n -Piloi 1. ~~aslihljr W1
OR flum it,-; t;old-. i
1'nawrl vol. (if 0,620 N-14 CI_ hi 01,13 R KCI

If Tha vrjpl~] ~itilpk i~:uflstiun
If- n. bF 1;ot~ T1"c:;WrVi -
.
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absuirptif
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ali;r

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carbm~rl -gr etq~
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.

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to
all ti filtcripj; at 11tra-mg arl au-
quot of tb~ filtnete T) o fff

66962
SOV/183-59-5-4/28
AUTHORS. Matveyeva, S.-P., Myagkov, V. A.
TITLE: Determining the Molecular Weight of Polyethylene Terophthalatel
on the Basis of Terminal Groups
PERIODICAL: Khimicheakiyevolokna, 1959, Nr 5, pp 18-21 (USSR)
ABSTRACT: The authors developed a simple and sufficiently accurate method
for the quantitative determination of terminal carboxylic
groups in polyethylene terephthalate. The determination is
based on direct titration of polyester dissolved in aniline
with 0.05 N alcoholic NaOff and phenol phthalein as an indicaPr
at 70-750C. The substance is dissolved in aniline at 130-140 C.
Table the paper shows the content of' COOH groups in the
11lavsan % fiber and in the "lavsan" resin at various dissolution
times and constant temperature. It appears that polyethylene
terephthalate is n8t destroyed by a 40-minute dissolution in
aniline at 130-140 C. Additionally, the method suggested by
W. Griehl and S. Neue (Ref 6) for the quantitative determinaticn
of terminal hydroxyl groups was modified according to the
properties of polyethylene terephthalate. The method is based
Card 1/3 on bromine acetylation of the OH groups by means of bromoacetyl

66962
30V/1B_3-59-5-4/26
Determining the Molecular Weight of Polyethylene Terephthalate on the Basis
of Terminal Groups
bromide in nitrobenzene, and subsequent determination of the
bromine content. The bromoacetylated product is first hydrolyzcd
bj potash lye, the bromine ion is precipitated with silver
nitrate, and the excess Ag ion back-titrated with 0.05 N ammonium
rhodanide solution. It was shown that the polyester investigated,
in all stages of its production and processingcontains terminal
OH- and COOH groups (Table 5). The molecular weight of the poly-
ester investigated was computed from the content of terminal
carboxyl- and hydroxyl groups by the equation
Kgr . 1 6 on one hand, and according to Griehl
0.5 (OH+COOH).10-
and Neue from the specific viscosity ~ of a 0.5% solution
(solvent phenol + tetrachloroethane 1 1 1) at 200C, on the other.
The authors mentiuned give for this purpose, two different
equations; only one of them, Mv = 9AP 4 , supplies
V-1.2-7 - 10-
Card 2/3 useful values whereas the values obtained by the second equation

66962
SOV/183-59-5-4/26
Determining the Molecular Weight of Polyethjlene Terephthalate on the Basis
of Terminal Groups
are too high (Table 4). There are 5 tables and 7 references,
2 of which are Soviet. L~K
ASSOCIATION: Kalininskiy filial VNIIV (Kalinin Branch cf the YNIIV)
Card 3/3

S/163/60/000/03/04/007
B(120/BO54
A. A., Konkin Myagkov,'2P-A,,
AUTHOR"? Gellerg A~ A.,V V
TITLEj Fractional Composition of Polyethylene Terepbthalatel
PERIODICAL% Khimicheskiye volokna, 1960, No. 5, pp. 10-12
TEXT: It is known that not only the mean molecular weight of the
polymer but also its polydispersity exert an influence on the properties
of artificial fibers. The greater the inhomogeneity of the polymer
with respect to the molecular weight, the more irregular are the
physico-mechanical properties of the fiber obtained. Polyester forma-
tion and determination of polydispersity of various polyesters was
investigated by V. V. Korshak and co-workers. Papers by E., Turska-
KuBmierz, T. Skuarski (Refs. 4, 5), and F. Rybnika'f (Ref. 6) were
concerned with the study of the composition of polyethylene fractions.
In the present investigation, the authors studied the change in poly=
dispersity of a polyester resin in polycondensation and repeated melt-
ing. The type of change in the composition of polyethylene terephthalate
fractions was investigated by the authors under consideration of
Card 1/3

Fra~_;; -, )~-il Con ~%o a! S/18 60/000/03/04/007
Terephthalate B020YB054
820')l
conditions of the technological proce_,.s oihi.-_ ,-%- -)nll , ~e~' n a semi-
industrial scale. This process was briefly described in tha paper by
B. V. Petukhov and A. A. Konkin (Ref. 9). A method of fractionating
polyethylene terephthalate from 1% solutions in a phenol - chloro-
benzene mixture (1al) by means of benzine precipitation was studied.
The character of the position of the differential distribution curves
(Fig. 1) for two parallel experiments shows a fully satisfactory
reproducibility of the results obtained in fractionating. The polyester
resin Lavs&!!\'7in produced via two basic stages - trans-esterification and
polycondensation. Data on the polymer composition in the individual
reaction stages are graphically shown in Figs. 2 and 3 under consideration
of the change in polydispersity and chain growth in polycondensation of
Lavaan. The content of low-molecular fractions in the individual resin
samples of Lavsan is shown In the table. The differential distribution
curves of the molecular weight of the resin before and after repeated
melting are shown in Fig. 4. The character of the differential curves
shows that the molecular weight of polyethylene terephthalate slightly
decreases in repeated melting. The polydispersity of the resin changes
only little. Besides, the authors found a distinct tendency to an increase
Card 2/3 1

Fiactional Composition of Polyethylene S/183 60/000/03/04/007
Terephthalate B020/ 054
82063
in polymer molecule homogeneity while the drop in mean molecular
weight in this case was effected by a reduction of the content of
high-molecular components. The amount of low-molecular fractions and
their distribution according to the molecular weight do not change
practically. There are 4 figures, 1 table, and 10 references: 3 Soviet,
4 German, I Polish, I Czechoslovakian, and 1 British.
ASSOCIATIONs VNIN (Vaesoyuznyy nauchno-issledovatellskiy institut
volokna - All-Union Scientific Research Institute of
Fibers)
Card 3/3

ALEKSEYEVA, V.M.; NIKCNCVA, Ye.A.; MTAGKOV, V.A.
Effect of different surface active agents an the dearation of
viscose and defoaming of a spinning bath. Khim.volok. no-3:30-33
,61. (MIRA 14:6)
1. Vses~uznyy nauchno-issledovatellskiy inatitut steklyanogo
volokna.
(Surface active agents)
(Viscose)

NIKONOVA, Ye.A.; MIAGKOV, V.A.
Effect of the conditions of the production of viscose on its
transparency. Khim.volok. no.5:27-31 161. (,%MA 14:10)
1. Vsesoyuznyy nauchoo-isoledovateliskiy institut steklyanogo
volokna.
(viscose)

MYAGKOV, V.A.; REPINA, LP.
Stu" Ito polycendensation process in the production of
Po37*tW3sn* terePhtalate. Mda. volok. n0,3:25-30 163,
OMA 16 r7)
L VBOSOYUZnYY nauchno-Issledovatelfskiy institut steklyanogo
voldiala,
(Polymerization) (Terephtalic acid)

MYAGKOVv V.A.; MIK090VA, Ye.A.; PAK6HVER, L.A.
~--
Structural properties of vipcose and their effect on the qua~jty
6f cord fiber. Khim- volok.no.5:35-39 '(31. (KMA IfijlO)
1. Voesoy-uznyy nauchno-isalpdovetellskiy sinteticheskogo volokna.

MYAGKOV, V. D.
"Tolerance and Fit," (Dopuski. t Posadki), Sverdlovsk-Moscow, 1948.

14TAGKOT, V.D.; OTAT. A.K.. kandidat tokhaichookikh nauk, reteenzent;
---*fYftV, A.N.. kandidat tokimichookikh nauk. redaktor; DIEGO-
K=KATA. To.A.. t~Umlch*skly rodaktor.
[Tolerance, and fit; han4book] Dopuski I pasadki; spravochnik.
2-s Ird., poror. I dop. Moskva, Goo. amohno-tokhn. Isd-wo mashino-
strolt. i suftstrolt. lit-ry, 1954. 367 p. (low 7:10)
(Tolerance (Uglasering)) (Machino-shop practice)

POLTAKOV, V.S., doteent. kand.tekhn.nauk; KUDRYAVTSLV. V.N.. prof., doktor
t,skha.mauk; ZUBANOV, M.P., dotsent, kand.tekhn.nauk; ANDSOV. A.S.,
dotsent, kand.tekhn.nauk: BARBASH. 1.D., lnzb.; MrAMT, T.D.-, inzb.;
KOLCHIN, R.I.. prof., doktor tekhu.nauk, red.; SPITSTN, N.A., prof.,
doktor tekhn.nauk. retsenzent; FADETV. N.K.. doteent, kand.tekhn.
nauk. red.; GOLOVANOV, N.Y., kand.tekhn.naulc, red.: POLISICAU, P.G..
teklhn.red.
[Machine parts] Detali mashin. Pod red. N.I. Kolcbina. Moskva.
Goa. nanchno-tekhn.lzd-vo mashinostrolt. i sudostroit. lit-ry,
1954. 720 P. (MIRL 11:12)
(Machinery)

r
.36-64-3/7
AUTHOR: Levin, A. G. and ftachikov, V. D.
TITLE: Evaluation and Jbffin of Precipitation (K metodfle ucheta I karto-
grafirovanlys osallkov
PERIODICAL: Trudy Glavuoy geofizicheskoy observatorii, 1956, Sr 64, pp 17-23(USSR)
ABSTRAM: ffydrometeorologists working in remote regions of Asiatic USSR have
compared the results obtained with a Tretlyakoy precipitation re-
corder and those obtained with an ordin4ry pluviowter. It was
found that a pVnv:Lomter with a conical protector does not perform
satisfactorily, particularly in winter when a large part of the
snow is blown away. Tretlyakov's recorder gives better results.
An analysis of the vertical distribution or precipitation indi-
cates a zonal pattern, where first the sun total of precipitation
increases, and then dininisbas with a chmage In elevation. This
factor should be taken into account in - ." precipitation.
Both types of meters give nearly IdentA 2f) results in measur-
tag liquid precipitation, though Amd-ag tkiv v1star months Tret ' yakov a
Cm* 1/2

25(l) PEME I BOOK MaWITATION sov/1656
Kyagkov, Vasilly Dultrlyevich
Dopuski I posOdki; spravochnik (Tolerances and Fit&; & K8nftOOk) X ed"
rev. and eni. Moscovs Mah4s.. 195T- 639 P- 509,000 COP1*6 Printed'
Revimmr: A.K. Katay, Candidate of Technica Sciences; Ed.: A-3. BoTtsov,
Candidate of Technical Sciences; Chief Ed. (Lenin" Division, X"hgiz):
S.A. Dollshakov; Nd. of P011shing House: T.L. Leykins.; Tech. Ed.:
R.G. Pollskaha.
PURPOSE: This asnual is intended for use in design and develolment offices
of the Soviet mac4lpe-building Industry and may also be of value to students
In vtuses 4nd tekhnikwas.
COMMAGE: The book deals with tolerances, fit&, and design standards used In Soviet
machinery mmufacture. The theory of dimensioning, calculation of tolerances,
established classes of sating surfaces, and the proper fits and allowances for
various couples am described and illustrated by assns of tables, graphs and
diftr=S. NMOrOUS tables are given listing standard diameters and lengths in
Card 1116

MY AGKOV ,Vasil iX_AgjtrjaavAch;- PERELIMAII, G.B., inzh., retsenzent;
SMiAYDER) A.M., inzh., retsenzent; RUNICH, K.N., inzh., red.;
OTrI.'2iCBENKO, R.N., red. izd-va; SHCHETININA, L.V., tekhn. red.
[Brief manual for machinery designers] Kratkii spravochnik
konstruktora. Moskva., Maahgiz, 1961. 543 P. (MIRA 15:2)
(Machinery-Design)

~I'li"NICV, Alleksey Serge,-,,evich; ~~KfHTE:*,LLT,
nault, ret--enzent-
...- P rr-d
I:li.17111A,
[Allowanco-i and Cit-, iti 11,;: 1
i psadki v I ZU
ningrad, Sudostrc~~,-nio, 19,4. 4 -T --A

MUGMDV. V.P.
Now assaying method. Izv. v79. ucheb. zav.: geol. I razv. 1
no.10:95-102 0 158. (MIRA 12:9)
1.Fermskiy gasudarstvanny7 universitst im. A.M. (Gor'kogs.
(Ores-Sampling and estimation)

MYAGKOV, V. F.
Cand Geol-Min Sci - (diss) "Basic questions of mine sampling of
potassium salts, and several methods of their solution. (From
the example of Verkhnekam deposits)." Sverdlovsk, 1961. 23 PP;
(Ural Affiliate of the Academy of Sciences USSR, Mine Geology
Inst); 150 copies; price not given; (KL, 10-61 sup, 209)

jy-

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MYAGKOV, T.F.
Geachenical principle of mineral paragenese of deposits of
magmatic origin. GeekMmiia no-4:410-416 Ap 163-
(MIRA 16:7)
1. Chair of Search and kespecting for Deposits of 9seful
MineralB of the State University in Perm.
(Paragenesis) (Rocks, Igneoua)

IMYA;"Kr~V, V ,
. -, " ' ~ 4
A, ex P e :-," a -, -MA- - I =~- - , .-a -- 4* , - ~,-. "? - C'. .
Zap. Vses-min,oL~--ja 4 rin. '64 ~ ,M:'~A
- Kafelra poiskov , mestor-jzi-vleniv ':lP:-lnSK-')V0
aniversiteta.

MYAGKOVP V.F., Lnzh.; RAYEVSKIY, V.T., Inzh.
Seleat"A.ve breaking of sylvinite and carnallkite orea during
borehole drilling in Upper Kama deposits, Izv. vys. ucheb.
zav.; gor zhur. 7 no.5g8-12 164. (MIRA 17il2)
1. Permakly gosudarstvennyy universitet (for Mygkov).
2. Permokiy sovet nar*dnogo kho2yaystva (for Rayevskiy).
Rokozendovana kafedroy poiskov i razvedki poleznykh.
iskopayamykh Permakogo gosudaretvennogo universiteta.

V/'-) 6- /k- 6 ~' t' , /-)
AUTHORs Myagkov,__V.9. 132-12-2112
TITLE% Development of the Mineral Raw Material Bass of Kazakhstan
During the Past 40 Years (Razvitiye minerallno-syrlyevoy Wazy
Kazakhe"ana za iJO let)
PERIODICAL: RazrddKa i okhritna nedr, 1957, 12t p 6-9 (USSR)
ABSTRACTi Very littlo was known of the natural resources of Kazakhstan up
to the October Revolution. Geologic mapping was started in 1930,
and by 1940 only 6 % of the total area was surveyed at the scale
1:200.000. By 1957, 46 % of the total area was sapped, and
surveying was completed of districts of importance, amh as the
Rudnoy Altay. In 1956, complex metallogenic and prognostic maps
of ferrous, nori-ferrous and rare metals of Central Kazakhstan
were issued by the Institute of Geologic Sciences of the Academy
of Sciences of the Kazakh SSR in conjunction with the Ministry
of Geollogy and Conservation of Natural Resources of the Kazakh
SSR under the supervision of K.I. Satpayev. Six main structural
layers, containing iron, manganese, copper, lead, zink, tungsten
and molybdenum were discovered in Central Kazakhstan. In 1955-
1956, were discovered several now deposits of non-ferrous and
rare metals, coal and other raw materials, making Kazakhot4n
Card 1/3 one of the most important sources of raw materials within the

132-12-2112
Development of the Mineral Raw Material Bass of Kazakhstan During the Past
40 Mrs
USSR. Of all important mineral resources of the USSR, the
estimated resources of Kasakhstan an Jan 10 1956 amounted too
lead - 62 %, sink - 43 %, OOPP;r ; 44 0, ahromito - 89 %4,
tungsten - 44 %# molybdenum - 1 # and phosphorites - 5
Baseot on prospecting data of 1956 and 1957, Kaxakhetan ranges
first with regard to dopAeits of tungsten and molybdenum in the
USSR. As a result of prospecting conducted during 1949-1956,
large deposits of metals# coal and bauxites, as well as consider-
able depoelts of n1oblum and sircorAu were discovered in the
Turgay depression. In 1955, favorable geologic and economic
conditions for the ooaurances:tomeroury were established, and
prospeating to being conduct a'& large scale in this area of
Kanakhatan. Deposits of potassium and boron were found in went-
ern Kasakhotan in 1956. The available resources of ooal in
this republic are estimated to amount to 140 billion tons. Vast
deposits of vanadiuso containing solybdeaus.and other rare metal@
were located in the Karatau distriotq exploitation of which
will be taken up in the near future. Based an local raw mater-
Cord 2/3 tale# oopper smelters at Balkhash were built, and those at

152-12-2112
Development of the Mineral Raw Material Bass of Kamakhstan DurIng the Past
40 Years
Dahoskangan are under conatruationi't Built were tho lead smelt-
ers at Chiskent, Ust'-Xasionogorok# and Loninogorekl the Zyrya-
novsk and Tokell polysistallic oombinseq and the Chulak-Tau min-
Lag combine. Established were large coal mining industries of
the Karaganda and 19kibastus basinso Vn4sr construction are the
Kushmurun combine of the Xuatanay oblast'l the Sokolovska-
Sorbayok and the Atasuy ferrous metallurgical plants. To in-
areas* production of grain# numerous state farms.were establish-
ed and 10.'600 wells were drilled for Irrigation purposes. In
spite of great schAevoments madelby Kasakhatangeologisto large
Urritaries are still untzplorodg an4 now disooverios of forrouag
non-ferrous and rare aotals are made every years Especially
backward to geologic surveying an ths.scals li50,0000 for only
3.74 ~ of the territory of Kasakhotan is sapped out.
ASSOCIATIONt Ministry of Geology and Conservation of Natural Resources of
- Kamakh 98R (Ministeretva goologil I okhrany sedr EheAftakoy M)
AVAILABLEt Library ai Congress---
Card 3/3

30RUKLYNT, R.A., akad.: BORSUK. B.I.,- KILLER. B.M.; ATTALITLT, Zh.A.;
BOGDA1107, A.A.; BUBLICHENKO, N.L.: BTKOVA. M.S.; GALITSKIT. T.T.;
MHDOYNV, G.Ts.; M!rACKDV, V.M.-; ORWV, I.T., RUKATISHNIKOTA, T.B.;
SHLTGIL. Te.D.; 91MTrN-,1.F., uchenyy sakretarl: SINMICH. M.A..
ucheW sakretar'.
(Resolutions of the Conference on the Unification of Stratigraphic
Charts of the Pre-Palmozoic and Paloozoic of Eastern Kazakhstan]
Razoliutaiia po unifikatsit stratigrafichaskikh akhem dopaleozoia
t palensoia vostochnogn Kazakhatana. Alma-Ata, Ied-vo Akad. nauk
Kazakhokni SSR, 1959. 36 p. (MIRA 11:12)
1. Soveshchaniye po unifikateli stratigrafichookikh skhem dopaleo-
soya vostochnogo Kazakhstan&. Alma-Ata, 1958. 2 Akademiya nauk
Kazakhskuy SSR, predesdatell soveshchaniya po unifikateii strati-
grafichaskikh akhem dopaleozoya i paleozoya vostochnogo Kazakhstan&
(for Borukayev). 3. Zam.predsedatslya, soveshchaniya po unifikateit
stratigrafichaskikh akhem dopaloozoya i Oale0%*7a vostochnogo
Kazakhstan&; Tsesoyuznr/ rauchno-iseledovatel'skly geologicheskly
institut (for Borsuk). 4. Zam.predsodatelys, soveshchantya po uni-
fikatsil stratlgraflcheskikh akhem dopaleozoya i paloozoya vostochnogo
Kazakhstan&; Geologicheskiy inatitut Akademii nauk SSSR (for Keller).
5. Ministerstvo geologit i okhrany nedr Kazakhakoy SSR (for Ayta-
ltyev, Nqagkov). 6. Maskovskiy gosudarstvannyy universitet in. M.Y.
(Continued on next card)

BORLWAYEV, R.A.---(continued) Card 2.
Lonotosova (for Bogdanov). 7. Altayskiy gorno-metallurgichaskly
nauchno-iseledovatel'skly institut Akademll nauk Kazakhokoy SSR
(for Bublichenko). 8. Institut geologichookikh nauk Akadezii
nauk Kazakhokoy SSR (for Bykova, Galitskiy, Medoyev, Shlygin.
Nikitin). 9. Tgentrallno-Kazakhstanskoye geologicheakoys uprav-
lenlye (for Orlov). 10. Tdzbno-Kazakh9tanBkoye geologichaskays
upravleniye (for Rukavishnikova. Senkevich).
(Kazakhatan-Gonlogy, Stratigraphic)

3ANDALETOV, S-M-;BBSPAWV, V-?-; BOGATYRSV, A.S.; BOX, I.I.; GALITSKIY.
V.V.; ZHILINSKIT, G.B.. IVSHIM. VA.; KAUSLI, D.N.; KAYUPOT,
A.K.; KOIMV. A.K.; KUSHEV. G.L.; LTAPICHN, G.I.; MUOTICT, G.TS.:
, V.M.; MIKITIM. I.F.; HDVOKILU
MONICH, V.K.; XrAOVIJ~V %KIT, I.P.;
SATPAYST. K.I.; SEVG-IN.Te.D.; SHCMMA, G.ff.
Iminent geologist of Kazakhstan. Veat.Aff Suakh.SSR 15 no.l:
94-95 Ja 159. (MMA 12--l)
(Borukaev. Ramazan Aslanbekovich, 1899- )

Subject USSR/Aeronautica - hi.9tory
Card 1/1 Pub. 135 - 14/29
AID P - 5468
Author Myagkov, V. N., Major, Cand. of mil. sci.
Title Soviet pilots in the battle of Rostov in the fall of 1941
Periodical Vest. vozd. flota, 2, 64-70, F 1957
Abstract The activities and some separate episodes of the Soviet
Air Force In the battle of Rostov In the fall of 1941
are described in this article. One diagram. The article
is of informative value.
Institution None
Submitted No date

BASOV, A.N.; KONSTANTINOV, B.P.; IIYAGK)V, V.S.; TRAKTOVENKO, I.A.
Economic effect diesel fuel qnality improvement. Khim.i tekh.topl.i
--gel 6 no.6:1-11 Je 161. OMIRA 14:7)
1. VBesoyuznyy nauchno-issledovatellskiy institut po pererabotke
nefti i gaza i polucheniyu iskusstvennogo zhidkogo topliva.
(Diesel fuel)

MYAGKOV, V.S.
Economic expediency of using additives in lubricants. Khim. i tekh.
topl. i masel. 6 no.10:29-32 0 161. OURA 14:11)
1. Vaesoydznyy nauchno-issladovatellskiy institut, po, pererabotke
nefti i gaza i polucheniyu iskusstvennogo zhidkogo topliva.
(Lubrication and lubrXeants-Additives)

MM/Aw"Grins Jul 1947
MaIMM, Mosel
Wriciency, Industrial
Nark in the Field of Increasing the Efficiency of
OPeratime of Foreign Diesels," T. V. 97agkow, M. M.
Shmabilyan, Dizel'MmtazhNeft', 5 pp
ON
"Useestichookly Byullsten I" No 7
After period of operation It was possible to doter-
~!alxw certain operational defects of forelgn-=do
Blema engines installed in Industries of Soviet
t%laa. Discusses canson breakdowns and methods of
astral of following makes of Diesels: four-cyole
namea"ression Deltz; vertical four-cycle none=-
M* 5ft"
UM/DWineering (Ccntd) JUI 1947
3p Ion Ingersoll-Rand; vertical two-cycle non-
cafforessim C, and the vertical four-cycle non-
compressiam Worthington.
r.~3

,T .! I N7 , . - , -,.,I - : . . : 4 ,
- , . ; : - "', - . " r, i, - . '!I .: - . r , ., , i , - . , . .
- z"
- - ~ , - 7j , I .:. ': , -: -, p ; ~ : ~1 p., , . . ,
- , - - , , - , , - - - - , , :" ~ * I I - :~. .". . 1. . I . - 'i - , - , . -
: - P- .!: f4 F, " 1 ~:~ C,~j ~ t .1 ...~ I . - i .. .
. :." t . ~.roizv . '. . ~ :. ',-. , .I~: 1. . .

UM/Pwpe, Centrifugal Jun 1947
Pressure
"Use of Surplus Pressure in Centrifugal Pumps,"
V. Ya. Yqagkov, 4 pp
"Energeticheskiy Byulleten" No 6
Discusses method of diverting energy to elevators
and c ectore. Operating data, diagr=s, and
formulae given.
I A lt'rc,'
16T60

KYAGKOV. T.Tft.
Issential shortcoming of the existing system of premiums and penalties
for the return of condensate. Snerg.biul. no.5:22-27 My 154. (MLRA 7:5)
(Steas power plants)

KMKOT, Me.
Some problem and coments concerning I.I.Bnrahtain's suggamtlons.
Nnerg.biml. no.21:29-30 1 154. (NLRA 7:11)
(gnat regenerators)

V
AID P - 1668
Subject USSR/Engineering
Card 1/2 Pub. 28 - 8/9
Author ~yagkov, V. Ya.
Title Case of pump replacement at a refinery
Periodical Energ. byul., 2, 28-31, F 1955
Abstract The author presents experimental data oA replacement of
the electrically-driven PUMP 5N05 x 2 by the
KVN-55-120 pump with steam turbine drive. The
observations were made at a refinery where there was a
question about relative efficiency of these pumps for
cracking process operation. Three diagrams and two
tables are attached, and ca"ful analysis of the data
obtained was made. Apart from the data secured, the
case proves that utmost care should be exercised in
selection of the proper equipment to meet specific
situations.

USSR/Chemical Technology. Chemical Products and Their Application -- Treatment of
natural gases and petroleum. Motor fuels. Lubricants,
1-13
Abst Journal: Referat Zhur - Khimiya, No 2, 1957, 5490
Author: YWagkov, V. Ya., Sorkin, Ya. G.
Institution: None
Title: Ways of Improving the Utilization of Water and Heat at Petroleum
Distilleries
Original
Publication: Neft. kh-vo, 1956, No 4, 50-61
Abstract: The inefficient utilization of water and heat at the modern petroleum
distilleries 'is noted, as well as the use of condensers, heat ex-
changers and cooling systems of unsatisfactory design. There are
listed the first-priority measures to be taken in order to improve
the utilization of water and put into effect c=posite systems of
power- and water utilization.
Card 1/1

MYAGKOV, V-Ya.
W~~ -~, - .. 1. ~ . I
Eliminating shortcomings in the operal~ion of industrial furnace aIr
heaters. Bner blul. nn.2:24-28 F '57. (MLRA 10:3)
f Flurnac so)

MYAGKOV IM&MROMMOW',
Using the MM-9X3 pump for simult4neous pumping of two straims.
Energ.biul. no.7:21-26 JI 157. (MLRA 10:7)
(Oil well pumps)

AUTHORs Yenikeyev, 6.B.; Myagkov, V.Ya.; Rvachev, V.P. 50-58-7-2/8
TITLEt Critical Comments on K.N. Kulizade'S Article and the Article
by G.M. Stepanov and I.I. Ginzburg (Kriticheskiye zamechaniya
po statlye K.N. Kulizade i statlye G.M. 6tepanova 1 1.1.
Ginzburga)
PERIODICALs Energeticheskiy Byulleten', 1958, Nr 7, pp 7-13 (U6SR)
ABSTRACTt The article deals with both Kulizade's formula for the stan-
dardization of electric power consumption in depth-pumping
oil production and with Stepanov and Ginzburg's objections
and criticisms of the above. Kulizade's formula, the method
used by the Orgenergoneft's offices and O.P. Shishkinle for-
mula are compared and the following conclusionsare drawn:
the Orgenergoneft' method is the most exact of existing methods,
but it must be checked for how long the specific power con-
sumption curves based on a previous detailed study Qf "typical"
wells are in fact viable. The use of semi-empirical formulae
is justified in spite of their inaccuracy due to the ease and
speed with which they can be applied. A modified version of
Card 112 Kulizade's formula would be of great use; the modification

qC_r6-7-2/ 9
Critical Comments on K.N. Kulizade's Article and the Article by G.M.
Stepanov and I.I. Ginzburg (Kri'ticheskiye zamechaniya po statlye K.N.
Kulizade i statlye G.M. Stepanova i I.I. Ginzburga)
consisting of a more exact evaluation of the k-factor. The
authors obtained good results using the formula:
k = E dai - 24 Pon
2.73 ~zh H. 10-3
where E dai = daily electric consumption, Cj zh ~daily yield
of' the well, Po = 0.02, coefficient taken from Kulizade's
Table 1 and n = number of strokes per minute of the pump piston.
There are 5 tables, 2 graphs and 5 Soviet references.
Card 212 1. Electric power--Consumption 2. Electric power-StAmdards

nAGED T-
Technical and economical comparisons should be carried out accc-r-4-
ing to uniform method. From.energ. 15 no.6:37-40 Je 160.
(MIRA 13:7)
(Power engineering)