SCIENTIFIC ABSTRACT MASLOV, L.M. - MASLOV, P.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032730011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

lvlj'L",KIS, Y-If": I M
I
j S- -! hyglerdc problems in the planning of populated
plan~es and hrjusing constniction] Osnovr7a zaaachi
id gierq planlrovki nafjej.eraVkji mast J zhillshchnogo
stroitelfstva. Moskva# Meditsina, 1964. 19 p.
(MIRA 18:7)

M
DOTSENKOs T.P.. inzh.: MASLOV, L.N., inzh.
Barrage construction. Energostroio no#2309-53 161, (KIRA 15:1)
1. Zame5titel' glavnogo inzhenera proyekta Kremenchugskoy gidroelektro-
stantsi, (for Dotsenko). 2..Rukovoditel# gruppy Ukrgidorproyekta
(for Maslov).
(Kremenchug*Hydroelectric Power Station--Dams)

POKROiSKIY, Aleksandr Ard~,eyevich; BUROV, Vladimir Alekseyevich;
GIAZ!rRIK,, Aleksandr Ivanovich; EUBOV, Aleksandr
Grigorlyevich; ZVORYKIN# Boris Sergeyevich; RUWANTSEV,
Ivan Mikhayloviob; MASUN, L.S.',, red.; KRIZS, I.G.p
tekhn. red.
(Laboratory me on sice in secondary schoo3j; a
Jim Pr.
teacber's manu po fizike v srednei. sbkole;
posobie d1is, hitelia", A.A.Pokrovskii I dr. Izd-4.
perer. Moskm Uchped i&# 1963. 223 P. (MMA 17:3)

MASLOV* L.S.
of mater and air from pi. polinso at-the mooftCof
starting. Stroie truboprow. 8 no.936-7 X-163,;
(KM 16 t n)
I* lkuchno-ifoledovatellskiy Institut po tmeportuL-ft,
khranonlyu nefti. 1, nefteproduktorp Ufa.

MASLOV, L,S.; STEPANYUGIN, V.N.
Pipeline transportation cf furnace mazuts mixed VAth diluente.
Neft.khoz- 41 no. 1:58-63 Ja 163. (IURA 17.711

MAIll!'"I", T, ~0.
i;,etermining
a pirallne.
voojimo and cj' crude hri-ng pumpoll
Neff- khoz. 41. tic. N 10. (MJTR'i 17,7)

MASIffl-It.-J.; LYALIN, V. A.; ZABOIDTSKIY, S. K.; ORADOVSKAYA, S. I.
Using compounds on a base of epoxy resins in the manufacture of
oil petroleum containers. Transp i khran nefti no. 11:32-35 163,
(MIRA 17:5)
19 Nauchno-isoledovatellskiy institut po transportu i khraneniyu
nefti:i nefteproduktay,

KUDRYAVTST,V, Pavel Stepanovl;,-b. pn-,f.,, ed.
-Uawlt~~
[Isaac lieutonj Tsaak liliuton. Jzd. 3.,~ dop. Kookva,
Uchpedgiz. 1963. 340 p. (MIRA 'L7-,9)

MA ; STEPANYUGIN, V.N.
Technical and economic indices of the various methods for tranB-
porting high-viscosity petroleums and petroleum products. Trud7
NIITransneft' no.3:129-133 164.
Determining the cost of the pumping of high-vescosity netroleum
Prodncto in a =xture with a eolvent. lbid,.;-134-137
(MIRA 18:2)

WLOVP L.S.; LYALIN; V.A.
Anti-corrosion protection for a zatall cormainlar. Tramp. i khran.
nofti i nefteprod. no.8-.28-30 064. (,'MA 17:9)
1, IlaLc.~mo-issledoval~Iallaid.y institiat po transportu i khraneniyu
nefti i nefteproduktov.

POGULYAY) V.Ye.; LYALIN, V.A.; MASLOV, L.S.; HIMAYLOVSHY, I.Ya.
Coatings on a base of epoxy resins for the protection of
equipment. Nefteper. i, neftekhim. no.801-34 164.
(MMA 17: 10)
1. Nauchno-issledovatellskiy institut po transportu i khraneniyu
nefti i nefteproduktov.

~MASII,O.V,, L.S.; SAYFUTDINOV, I.A.; KRYLOVA, N.A.
--
Standardizing the dimensions of a rectangular container for petroleum
products. Transp. i khran. nefti i nefteprod. no..Ilz32-33 164.
(MIRAL 18ti)
1. Nauchno-iseledovatellskiy inatitut po, transportu i khraneniyu
nefti i nefteproduktov.

'i
MASLOV) I S-1 a
I ' the djmensions of co-ver plates on the
-(7.LlLating the effect o., 1 41
d-jxabillty of their connection with a pipe. Transp i khrs--.
;i,ifti i nefteprod. no&6:9-11 165. iMIRA
t. urimAly neftyanoy institut.

BORCDAVKINp P.P.; 12L,~S.; SHADRIN, O.B.
Nature of tank residue and its effect
in tho storage of petrole= products,
nefteprodo no.6s26-29 165*
on operatiorm-1 reliability
Tranap, i. khran# nefti i
(MIRA 180)
11 Ufimskiy neftyanoy institut.

SLM7, 7 A.
244-5? MIwILOV, 11. -A, Klinika tserebrallnoy..foi-W Gipeartonicheskoy bolezni. Trudy
Glav., voyen. Qo3pltalya Vooruzh. Sil 53SR im. Almd. Burdenko. riT. 6.
1949, S. 210-17. - Biblioer: 18 nazv.
50; Letopis, 110, 32, 10,49-

1411SLov, 'x. A.
Uchebnik detskikh bolemal Z Textbook of children's diseases-/. 5 izd. Moskva,
Medgiz,.1952. 510 P. -
SO: Monthly List of Rugglan Accessions, Vol. 6 No. 12 Harah 1954.

KUZNETSOV, V.N.v otv. red.; KH194ATOV, M.F., red.; ZAPLATINA,
G.K., red.; MASLOV M.D, red*
(All-Ural Conference on the Problems of Gbograpby and
Preservation of Nature., Materials of the S6ctiqit.~'oo
Zconomie,6ad Geographic Regionalization] MaterialrNse-
ural'skogo, aoveshchardia po voyrosam. geografii i oibraiW
prirody, Sektsila ekonomiko-geograficheskgo raionirbvaniia.
Ufa., Ba-shkirskii filial Geograficbeskogo ob-va SSSR,, 1962.
80 p. (MRA 170)
1. Vaeurallskoye soveshchaniye po voprosam geografli i
okhrarq prirody., 6th. Ufa,, 1961.

HIMATOV, M.F.; MASLOI , kawl. geogr. nauk, r6d.
[Outline of the geography of Bashkiria) CcherkA po geogra-
fii Bashkirii. Ufaq Bashkirskil In-t usovershenstvovanii-a
uchitelei, 1963. 103 p. (min 18m)

MASLO70 M.F,,Insh,
Isprowift toobnIqims In assesibling precast mWorced con-
crete elements. Ndnt. i spet4s. rab. v strol. 25:no.I&Ll,-13
Za 163,, (MIRA 16t 6)
16 Pro"kimy institut Promtailkonstruktalya.
(Precast oonerete-construction)

I.A., dots.; GRIM'DVI I.I., dots.; IVANOV,, A.I., Prof.
[deceased]; W_LQV-
Aj.,dotgo; R&CHINSKIY, A.A., dots
THDMKjrt j'.Aq P &in. P--TjjDI%-KIY, '4. V.,,' prof.; XWRST, G.O.#
IJ dote.; ERNOYAMINOVICHt E.H.# rsteo~~nt; KRITSKIY, V.Njv
retsonsent; POYARKOVt V.F., retsenzent; FATURIN, S.I.9 spots.
red.,; TIKHONOVA, L, red.; BAKHTIYAROV, C, tekhn. red.
(Manual for hydraulic and irrigation engineers] Spravachnik
gidrotakhniks-irrigatom. (By] I.A.Busunoy i dr. Tashkent
Gosisdat UzSSR. Pt.l. 1962. "2 p. (MIRA 16s71
(Hydraulic engineering). (Irrigation)

15-1957-10-13708
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
p 42 (USSff)
AUTHOR: Maslov, M. P.
TITLE: The Problem of Origin of the Boulder Clay and Limits
of the Boreal Transgression in the Central Pechora
Region (K voprosu o proiskhozhdenii valunnykh suglinkov
I granitsakh boreallnoy tranagresaii Severnogo Ledovi-
togo okeana v rayone"Bredney Pechory)
PERIODICAL: Uch. zap, Mosk. obl. ped. in-t, 1956, Nr 47, pp 267-
272
ABSTRACT: Data are cited for the existence of two moraines in the
centj~al Pechora region, They are separated by inter-
morainal continental deposits. The author shows the
inconsistency In the views of the geologists who- con-

15-1957-10-13708
The Problem of Origin of the Boulder Clay and Limits of the Boreal
Transgression in the Central Pechora Region
the views of A. A. Chernov, Yu. A. Liverovokik, and M. A., Lavro-
va, concerning a widespread interglacial boreal transgression
over the Pechora lowland and the Bollshezemellskaya tundra.
Card 2/2 L. D. Shorygina

ZOTIKOV, V.; MASLOV, N.; KMYN, S., krupchatnik; KOFMAN, S.
Corn milling; practices of the Moscow Milling Ccabine No.3, Mary
Flour Mill,, and local flour mills. Muk.-elev. pr~om. 30 no.3:
11-15 Mr 164. (Kau 17-.4)
1. Glavnyy tekhnolog Moskovskogo neltnichnogo kombinata Wo.3
(for Zotikov). -2. Nachallnik eksperimentallnoy awl"nitsy
nichnogo kombinata No.3 (for Masiov).
3. Maryyskaya mallnitsa (for Mireyn). 4. Proyektno-konstruktorskaya
kontora Upravleniya pishchevoy prceyshlennosti Chernomorskogo
ooveta, ~arodnogo khozyaystva (for Kofman).

MASLOV, N., inzh. (Saratoy)
In the workers' ranks forever. Voen. znan. 40 no.8:31-32
Ag 164- (MIRA 17:11)

MASLOV, n.. kand. tekhn. nauk
Set of devices for testing,, regulating and repairing fuel system
units. Avt. transp. 43 no.12:20-21 D 165. (MIRA 18:12)

ka.zi-TOV P N . A .Caild. 311010g. wel, - 5~V~ 0 - _I,-
Dissertation; "Deep Sea Fish of the Barents Sea and Fishing for them
on an Economically Useful Scale." Moscow Technic4l Inst of Fish Industry
-land Economy Iment, A. I. Mikoyan, 14 Fab 47.
SD: Vechernyaya Moskva, Feb,, 1947 (Project #17836)

ALEKSEaN, A.P.,, otv. red.; ADROV, M.M.p spets. red.; KOVSTANTINOV,
K.G.. -spets. red.; KUTAKOV, B.G., red.;_WLAa,_tL,,,A -, red.;
MINDER, L.P., red.; NIKOLISKIY, L.S., red.; STAROVOYTOV,
P.A.V red.; SURKOV, S.S., red.; KHRANOVSKIY, A.Yu., red.;
YUDANOV, I.G.., red.j VOROBIYEV, A.T.p red.
(Materials of the session of the Scientific Council of the
Arctic Scientific Research Institute of Marine Fisheries
and Oceanography dealing with the results of research in
1962-19631 Vaterialy sessii Uchenogo soveta PINRO po rezull-
tatam issledovanii v 1962-1963 gg. Murmansk, 1964. 237 p.
(MIRA 18:1)
1. Murmansk. Polyarnyy nauchno-issledovatellskiy i proyekt-
nyy institut morskogo rybnogo khozyaystva. i okeanografii.
2. Direktor Pol-yarnogo nauchno-issledovatellskogo i proyekt-
nogo instituta morakogo rybnogo khozyaystva i okeanografii,
Murmansk (for Alekseyev). 3. Laboratoriya voslroizvodstva
Polyarnogo Nauchno-issledovatellskogo i proyek-Lnogo instituta.
morskojvo rybnago khozyaystva i okeanografii, Murmansk (for Sur-
kov). 4. -aboratoriya tekhniki promyshlemogo rybolovstva
Polyarnogo nauchno-iseledovatel'skogo i proyektnogo instituta
morskogo rybnogo khozyaystva i okeanografiis Yan-mansk (for
Starovoytov).

\A,~Aj
-11~_, I
O;CV;
MASILOV, 1E.,F., Cand Agr Sol - "Evaluation of'
I ;IL6,W P14~~, - - foxen bwvedev-s
semen outpat." Lhar'kov, 1961. (All-Union Sol Res
Inst of Animal Husbandry) (KL, 8-61, 254)
- 375 -

KASLOVD NJO. otv. za vypusk; BOBROVA, Te.0 takhn.red.
[Standard technical time norms for mechanical, carpentry, painting,
and cleaning operations connected with the maintenance of TW2 and
TL19 electric locomotives in locomotive barns] Sbornik tipovykh
takhnichooki obosuoyannykh norm vremul na slasernyog stoliarnyso
mallarnys L obtiroohnys raboty pri tokushchan remoute elektrovosov
serii VL22 I VU9 v elektrovosnykh depo shelesnykh dorog. Moskyao
Gos.transp,xhel-dor,izd-vo, 1959. 179 p. (MIRA 13:9)
1. Russia (1923- U.S.S.R.) Glavnoye upravlaniye lokonotivnogo
khosyaystvao
(Alectric locomotives-Naintenance and repair)

. ROLOT, N.G.; WkSWO Yu.
Graphle mothods for determining the boat caps Itles of organic
compowds. Zhur. f1s. khIm. 3o no.ll-.24W2450 N 1560 (MM 10 ZQ
(seat capacity) (organic compounds)

14ASLC,V, N. -1.
"Design Research of a Machine for Picking Sugar-Beet Seeds and kmerimental Investigatioa
ofIthe Machine's Working Hembers.8 Thesis for degree of Cand. Technical Sci. Sub 17 MAY
~0, Moscow Inst for the Mechanization and Xlectrification of Agriculture imeni VA. Holoto
Summary 71, 4 SOP 52. Dissertations Presented for D~ZF!Les*In Science and 1haineering
in Hoscow in 1950, 7rom Vechern-vaya Moskva. JanDec 1950.

Muscular Impedance In heat contracture, Daklady Akad. nauk
SSSR 84 no. 1:59-62 1 Kay 1952. (CLML 22:2)
Is Presented by Academician A* I* Oparin 8 March 1952.
2. T~aboratory of Biophysics, Isotopes, and Radiation attached
to the Division of Biological Sciences of the AcadwW of Sciences
USSIL.

Hs~_ 63 k_11//Y M.
AUTHOR ALADZH&LOV& N.A. and MASLOV N.M. 20-2-58/62
TITLE The Region of Anomaious dieiectric Losses for Skeletal and
Smooth Muscles.
(Oblast' anomalinykh dielektricheskikh potert skoletnoy J
gladkoy myahts.- Russian)
PERIODICAL Doklady Akademii nauk 19579 Vol 115, Nr 21 PP 407-410
(USSR)
ABSTRACT The.Debye theory explains some characteristics of polar moli
cules by means of the study of the dependence of the dielec.
tric losses of the solution on the frequency of the exterioi
electric field within the disperion range of the dielectric
constant, Although this theory explains only qualitatively
the prooesses of structure formation in highly polilmeric
systems, the authors are of the opinion that the use of th1
method will make it possible to explain some characteristic
of the structure of muscular tissue in vivo. The smooth and
the skeletal muscles differ from each other with respect to
their functional'activity, their histological structure,
their biochemical indices, and their physioal properties.
The characteristice of the formation of molecular com-
plexes in both types of meoles have been investigated only
insufficiently. Apparently in a highly polymeric system lik
CARD 1/ 3 that of the muscle several spheres of abnormal dielectric

20-2-58/621 - -
The Region of Anomalous dielectric Losses for Skeletal and
Smooth Muccles.
losses have to be expected. Such a loss was founa by thq
authors in the low frequency diaspason (fi-equenclkes
1-102-5,104 ha). This is a maximum. Its development is con-
neated with the fact that a certain dipole-system has such a
high degree of free rotation that this system is in a posi-
tion to orientate itself according to the change of
direction of the outer field. This degree of free motion not
only depends on the magnitule and charge of the polar
members and their connections iith the polymeric chain bu.*,
to a great extentp also in the interaction of the polym8ric
unit with the low-moleoular oomponents surrounding it&
the frequency which has the optimilm of losses is inversely
proportional to the relaxation period. The energy losses of
the outer field for this rotation'form a certain part of
these total losses and are determined as tangent of the angl
of losses (tg 6). This value completes the phase shift bet-
ween the voltage and the current in the condenser up to 900.
For its-measurement a frog muscle was placed between elec-
trode platen In a plexlglaa ouvette with linger's solution.
The angle of losses was calculated by means of the formula
tg6 - I , where f is the frequency of the exterior
2 x fRC

ASSOCIATIO.111:
PRESENTED BY:
SUBMITTEED:
AVAILLBLE:
CARD 313
The Region of Anomalous dielectric Lo3ses for 20-M8/62
Skeletal and Smooth Muscles.
maximum of the 10qeee in the case of lower frequencies re-
flectsv first of all, the magnitude and the character of th
intermolecular compounds of non-chemical origin. Apparently
the experiments point in the direction of a more compact
paoking of the highly polymeric complexes in a skeletal
muscle compared with that of a smooth muscle. Earlier it
was proved that in the former a much higher ion concentrati(
develops at the phase boundaries between the macro-moleculax
complexes and the medium than is the case with smooth muscle
This is probably connected with a higher electric oharge of
the colloidal salts of skeletal muncles. an this depends &If
the presence of "rigid" connections between the maoro-mol.e-
cules of a skeletal muscle.
(%Vita, 4 Illustrp-tions and .5 Slavic References)
Institute of Biophysics of the USSR Academy of
Sciences. (Inatx~,t. bau.Logicheskoy fiziki Akademii nauk
SSSR - Russian)
Engel' gardt V.A., member of the Academyp April .16, 1957
5-4-57
Library of Congress.

Q'UU Y
Shchodro, N. K., and Maslov, N. M. "Determination of the Dielectric Constants c-f Rocks
and. of the Ififiuence of Humaddity on These Constants." 7 Izvestiia Akad. Nauk S.S.S.R.,
Leningrad-Moscow, No. 61/7, 1935, pp. 933-950.

IFILINO N*P,; KISEM, Iol,,; K&SLOV, U.K.; SIRDYUKOT, V.I.; HIKITIY. V.I*;
KHa[HWT. N.A.
Uhlt for breaking up frozen ground. Rats. i lz6br. predl. v Orot.
no,-3:31-35 157 irroxen ground) (fteavating machinery) (MIRA 11:1)

MASLOV, N.v
V4
Me toponymy of Kaluga is the mirror of its history. op.-
9009. no-54:158-164 '62- 15:9)
(Kaluga-Ramess Geographical) (Kaluga-History)

BUDNITSKAYA, Ye.V. BORUOVAv I.G.; PASYNSKIYj A.G.
Impedance method of studying structuial changf!s in plant tissues
caused by ionizing radiation. Radiobiologiia I no.l.,37-41 161.
(MIRA 14:7)
I.Institut biokhimii im. A.N.Bakhe AN USR J Inatitut biologicheskoy
fiziki,AN SSSR, Moskva.
(P=S, EMCT OF RADIATIOU ON)
(ELECTROPHYZIOU)GY OF PLUITS)

MASLOVO N.M. (Saratov)
Bending of a circular orthotropic plate of variable thickness.
Prik.l. mekh. 1,no.2:67-73 165. (MIRA 18:6)
L, Saratovskiy gosudaretvennyy universitet.

5/129/61/000/001/013/013
9073/3135
AUTHOR: Maslov N.!,,,._Rngineer
W V1
TITLZ: lGrdening of Press Moulds by Chemical Nickel Plating
PERIODICAL:- Metallovedeniye i termicheskaya obrabotka metallovq
1961, No. 11p. 63
TEXTs From the point of view of wear resistance and chemical
stability, nickel-phosphorus coatings are as good as chromium
coatings and, in the case of dry friction and elevated temperatures,
their resistance is greater than that of chromium coatings. This
is due to the fact that in nickel-phosphorus coatings the hardness
does not decrease with increasing temperatures up to 400 OC. The
film,that forms on the surface on heating and during dry
friction prevents seizing. In view of the fact that the reduction
reaction of nickel proceeds on the surface of the coated component
~the coating will reproduce accurately the shape of the component
onto which it is deposited. This enables reducing considerably the
machining allowances and the labour involved in lapping the moulds
after coating. Chemical nickel coating is carried out at 88 00
in a bath of the following composition: 30 g/litre of nickel
Card 1/3

s/129/61/ooo/oOl/013/013
E073/E135
Hardening of Press~Moulds by Chemical Nickel Plating
sulphate, 15 /litre sodium hypophosphite, 30 g/litre malic acid
with a PH of t-9-5.3- For new press moulds An 8-10 thick
coating-is recommended. For worn ones the thickness depends on
the amount,of wear. After coating the moulds are heat treated at
380-400 OC for 1 hour. Pre-heating.of the moulds from 200 OC to
the given temperature ihould be in the furnace at the rate of 10 OC
per.min. Slow-heating is necessary since t ransformation of the
original metastable structure into a stable crystalline structure
of:the phase Nixpy involves a change in volume. Volume-changes at
300 OC and above.are very rapid and lead to cracking and peeling
off of the coating. In the case of slow heating the transformation
is smoother and simultaneously there is diffusion from the coating
into the base metal which improves its bond to the base metali
after heat treatment the coating is less porous. Practical tests
with Ni-coated press moulds were carried out in pressing various
plastic3i The'tests have shown that in producing plastic
componentsq chromium plated moulds had to be replaced after 100
cycles due to seizing and corrosion in the deeper and profiled
Card 2/3

S/129/61/000/001/013/013
19073/3135
Hardening of Press Moulds.by Chemical Nickel Plating
grooves; the moulds had to be repaired by a second chromium
plating. Press moulds which were chemically nickel-coated withstood
the 500 cycles without damage to the working surface. Following
thatq sticking of.plastic material and darkening of the coating at
individual exposed spots was observed. Howevers these defects
could be easily eliminated by polishing and the total number of
cycles until a second nickel ~plating was required amounted to about
1200. It was established that the wear resistance of the press
moulds which were strengthened or repaired by chemical nickel
plating was 10 to 12 times higher than that of chromium plated ones.
Chemical:nickel plating reduces considerably the cost of the moulds
and increases their service life. Therefore it is the most
economic method of strengthening and repairing press moulds of
complicated profiles used for producing plastic components.

S/193/61/000/004/001/007
A004/A101
AUTHOR: Maslov, N. N.
TITLE: .,Automated installation for the chemical nickel plating of components
z
PERIODICALt 'Byulletenl, tekbniko-ekonomicheskoy Infomatsii, no. 1, 1961, 13 15
TEXT: One of the Leningrad Sovnarkhoz enterprises in 1960 developed and
produced a pilot model of an automated continuous installation for the nickel pleb-
t.
ing of components. said to be the first of its kind in the SdViet Union. The in-
stallation is intended for the application of uniform wear-resisting nickel-phos-
phorus platings to components of:complex configuration ofsteel, and aluminum as
well as for the.nickel plaiting-ef ferritbs and ceramics. A solution of the fol-
lowing composition is used: nickel sulfate - 30 g/l, sodium hypophosphite - 15
g/l. meffic acid - 30 g/l.. The basic layout of the installation is shown in the
illustration. The solution heated to 880C gets from reactor I into heat exchanger
2 where it is coo,14�d-by water to 550C. From there the solution Is delivered by
centrifugal Pump 3 via the AK" -1'(DKI-*l) pick-up of the automatic electronic
pH-meter to filter 4 and to correcting tank 5. Ftom the latter the solution flows
by gravity into.heat exchanger 2 where it is preheated to 860C and again flows in-
Card,1/3

S/193/61/000/004/001/007
Automated installation for the chemical ... A004/AJOJ
to the reactor., The acidity of the solution in the range of 4.9 - 5.5 is measure4
recorded and controlled with the aid of automatic,electronic pU-meter 6, consist-
irgo-f the *ann -29mm (EPP-29w) potentiometer, DiU-1 hydrogen ion concentration
pickup, electric three-pbsition control device And actuating mechanism. The solu-
tion Is. corrected automatically according to a preseleeted program'set by special
automatic 7, which makes it possible, within a predetermined time Interval, to
-supply the necesspT quantity of spent components to the correcting tank (from
tanks 8 with solution constituents and tank 9). The spent constituents are made
up with concentrated solutions of nickel sulfate, sodium hypophosphite and malle
acid.. The solution temperature in the reactor is automatically maintained with
the aid of special'thermoregulator.10, assembled on the base of the TK-6 contact
thermometer. All automatic devices of the installation are mounted on the con-
trol panel-.-The automation of the process of maintaining the constancy of compo-
,.sition, acidity and temperature.of the solution during its continous filtration
-and circulation made it.possible to reduce by 2 - 3 times the consumption of chemi-
cal agents, cut'the labor costs by 1.5 - 2 times, improve the product quality and
reduce rejects. The author presents the following-technical specifications: re-
actor holding capacity - 35 1; correcting tank holding capacity - 35 1; volume
of solution tilled into the system - 55 1; holding capacity of tanks with consti-
^--A 0A

s/i 93/6i/boo/boVoo 1/007
Automated installation for the chemical ... A004/AIOI
.tuent i~olutlons..- 5x 71; PumpiM-throlugh rate of aolution 2-6 I/min; compo-
5,ition control accuracy + 15%; acidity control,accuracy (p11) 0.3; temper-
ature control accuracy 20C; surface of parts being loaded simultaneously
up to 50 dm2;, a-e network supply of the installation - 220 v; reqiaired power
4 lai; overall dimensions (length x width x height) 1,600 x 900 x 2,000 mm;
weight 9DO,kg. There is I figure.
Figure.,_~

S11 17/61/000/005/001/0()9
Aoo4/Alo4
AUTHOR: N. N.
TITLE:i Devices for the automation of galvanic and chemical plating proo-
eases
PERIODICAL: Mashinostroitell, no. 5, 1961, 15 17
authorgives adescription of a number of automatic installa-
tidns and devices in~endea for galvanic and chemical plating processes. 1) Auto-
matic thermocontrollers, to maintain the electrolyte-or solution temperature in
the bath. The TK-6 model is fitted with contact thermometers while the M -100
(TS-100) model is equipped with manome'tric.telethermbmeters. !rhese thermometers
are pickups of temperature signalling. They have electric contact,devices to con-
nect them to the general cirauit'of automatic control. The mgy-48 (mKu-48) inter-
mediate relay is mounted in the thermocontroller circuit to reduce the currents
passing through the'electric contact devices of the thermometers. Because of the
small contact oross sections of the TK-6 thermometer it is necessary to step down
the industrial voltage current to 24 v. The TS-100 device is supplied from,the
127 or 220 mains. 7he control accuracy of,the thermocontrollers amounts to + 2-30
card 1/4,

S/117/61/000/005/001/009
Devices for the automation of galvanic and ... Aoo4/Alo4
C. 2) Automatic electronic pH-meter, consisting of the AWOKI) pickup of hydro--
gen ion concentration, M-29hl (EPP-29M~) automatic electronic potentiometer,
ele2tric three7position control device and opprating mechanisms. The pickup is
equipped with a resistance thermometei, which bnaures the.reading accuracy of the
pH-values during temperature fluctuations in the range of +5 to +6ooc. The EPP-ag
M1 potentiometer measures and records the pH-value of solutions in the range of
1 + 8 pH. Recording is effected 'continuously. The three-posltton control device
consists of the input device and the automation block, thelatter being composed
of three electromagnetic relays (minimum, standard, maximum) with three mercury
switches. If the pH-value decreases below the standard or increases above stand-
ard the minimum and maximum relays are operated respectively and, subsequently,
alkali~or acid are supplied to the correcting,tank- 3) Automatic for the correct-
ing of the mnlution composition, utilized in chemical nickel-plating processes.
The device is program-controlled and makes it possible, after a predetermined
period,, to:supply to the bath the spent constituents, The automatic consists of a
power installation, voltage stabilizer, relaxation oscillator, input devices and
operating mechanisms. The power .lnstallatlon~has a step-down transformer (N=50 v)
and two realwifiers, the first assembled from germanium zint-27 (DGTa-27) semi-
conductor elements, the second from ABC -6o-45 (Avs-0-45) selenium disks. A cr-
Card 2/4

S/_117/61/000/005/W1/009
Dev ices for the automation of galvanic and Aoo4/Aio4
3C ($G-33) stabilitron is provided for the circuit. The relaxation oscillator
consists of the Mt -7 (M-7) neon tube, resistors, Pn -5,(RF-5) polarization relay
and capacitor. The K-7700 intermediate relay controls a'step selector and capaci-
4) Current density control automatic,.which has been develobed at the Mos-
kovskly zavod malolitrazhnikh mashin (Moscow Small-Displacement Car Plant) and is
based on the principle of maintaining the voltage constancy with the aid of a con-
1.tact voltmeter. Besides this type of contact voltmet6r, circuit current density
controllers with polarization relay are being utilized. If the bath voltage Is
lower than Irequired the secondary contacts of the polarization relay starts operatr
Ing and the manipulator slave reduces the rheostat resistance thus bringing the
voltageto'-tU6 standard magnitude. 5) Current reversing automatic, consisting of
the power Installation with voltage stabilizer,relaxation oscillator with master
oscillator and slave mechanisms. The control circuit is supplied via a step-down
transformer1(220/60 v; N-50 w) and rectifier assembled from selenium disks. The
master oscillator makes it possible to adjust the necessary reversing conditions.
6) Automated installation for the chemical nickel-platlng of parts, consisting of
a reactor, heat exchanger, pump, filter, correcting tank, program-controlled auto-
matio for.the correcting of the solution composition with containers for the cor-
reating solutions, automatic temperature controller automatic electronic pH-meter
Card 3/4

3/117/61/000/005/001/009
Devices,for the automation of galvanic and ... AO04/AI04
and piping. During operation the.solution heated to 880C gets from the reactor
into the heatexchanger where it Is cooled down to 550C. From the heat exchanger'
the solution is pumped through the Ak*l (DKT-1) pickup of the automatic electron-
ic pH-meter into the filter from where it flows by gravity,through the correcting
tank and heat exchanger back into the reactor. The-spent constituents of the
solution.are, supplied tothe correcting tank: nickel,sulfate, hypophosphite, buffer
additive. The solution temperature in the reactor is maintained automatically
by a.thermocontroller. The overall dimensions of the installation are 1,600 x
700 x 1,850 mm. There are 6 figures.
Card 4/ 4

IMASLOVI N.&I-OEMI A.T. (Mordovokaya ASSR); GELLER., -Yu.A., doktor
""VESO-nauk, prof.. DRAZNIN,,'inzh.; MALIMNA, kand.tekbn.
naWc J
Answering ;otters from our readers. -Metallovede i tem. abr.
'not. no.nw-63 N 161, WIM 34-12)
(Nickel plAtingi-
tfteel--Heat treatment)
(Tool steel)

kol~ayic,-MLIGA, Nikolay Maksimovich; POSTMIAK,
VLII EV
1y YU.A., red. izd-va; BEWG MIVA, I.A.,,
tekhn. red.
(Automatic devices for program control of the.'running-in and
testing of engines lAvtomatiobeskie prograimmyeustroistya, dlia
upravleniia.proteassom prirAbotki i ispytaniia dvigatelei.
Leningradt 1962. 21 p. (Leningradskil dom naucbno-tekbnicbe-
skoi.propagatdy. Obmen peredovym opytom. Makhanicheskaia ob-
rabotka,, n6.6) (KIRA 15: 11)
(Gas and oil engines-Testing)
(Automatic control)

- N-1 0 Tvic
1,11ASLOV, 1 lqy k la Y,
Envineerim, geology Laninerad, Goo. izd-vo atroit. lit-ry, 1941. 4131 p. mapB.
(49-51754)
-:-TA70R,. 1,13

2. USSR (6oo)
Soil Mechanics
Ways of-developing and maintaining geological engineering as a Russian and Soviet scien
'Trady Lab. gidrogeol. probl. 6, 1949.
Konthj-y Ljgj 2Z Hosian AccessioLls. Library of Congress, March 1953- Unclassified.

It A M lir JW KaUUqrnT., MeNe-, reda"or; TCRONXIMYA, LeTe, tokfud-
c.hosidy redaktor.
[3tability of hilloldes andL slopes In bydrallc eveneering] Uslo-
vita ustolchIvesti, sklonor I otkomov v gidroesiergetichaskom strot-
telletva. Mosima. Gosoonergetichaskoe Isd-vo, 1955. 467 P.
(30.11. mchanics) . (KI&A 8: 3)

"Questions of Seismic Stability of Suamerged Sandy Found3tions and
Structures 'it a -paper submitted ot the 4th international Conference of the
International Society of Soil 14-,chanics and Foundation Engineering, London,
.12-24 Aug 57.

&,,doktor takhnicheakikh nauk. professor;
KASLOT, Nikolay NIkgjgZLvI
.,--Wndidat gqol-mineral. nauk. redaktor; POLIVANOT, S.I..
rodaktor Isdatelletva; GOLUBMOYA, L.A., redaktor Isdat*10stva;
TOM. A.M., tekhatcheekly redaktor: ILIKITA, R.N., tekhnicheekly
redaktor.
[Ingineering geology] Inshenornaim. geologita. Moskva. Gos.isd-vo lit-ry
pa strott.1 arkhIt., 1957. 408 P. (KIRA 10:U )
( ft Ineertac geology)

SOV/124-57-8-9467
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8, p 129 (USSR)
AUTHOR: Maslov, N. N.
TITLE: The Role of the Seepage Theory of the Dynamic Stability of Water-con-
taining Soils in the Foundation and Embankments of Structures.- Pre-
sent Theor,,L- and Recent Additions Thereunto (Sovremennoye sosto-
yani.ye i nekotoryye novyye printsipy fiPtratsionnoy teorii dinami-
cheskoy ustoychivosti vodonasyshchennykh gruntov v osnovanii i v
otkosakh sooruzheniy)
PERIODICAL: V sb.: 15-ya nauchn. konferentsiya Leningr. inzh.-stroit. in-ta,
Leningrad, 1957, pp 75-79
ABSTRACT: Bibliographic entry

.&jfi~-' -v' ""Al
I--- V IV
124-11-13240
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr. 11, p, 138 (USSR)
AUTHORS: Maslov, N. N. , and Nessler, 1. A.
TITLE: The Dynamic Characteristics of Readily Pouring Sands.
(Dinamicheskaya kharakteristika khorosho okatannykh peskov)
PERIODICAL: V sb. : 15-ya nauchn. konferentsiya Leningr. inzh. -stroit. in-ta;
Leningrad, 1957,pp 82-84
ABSTRACT: Data are offered on the dynamic characteristics of sands having
different granulometric compositions and different "pourability".
It is established that the presence in a sand of particles smaller than
0.25 mm and the non-uniformity coefficients alone are not sufficient
for the indicated purpose. In particular, of considerable significance
in the dynamic stability of sands is the degree of "pourability" of its
grains. The indicated circumstances and the absence of any satis-
factory indirect criteria make it necessary to determine experimentally
the critical accelerations, for a given vibrational frequency, for any
type of sand under consideration.
Card 1/1 (Z. V. Pillgunova)

WSWV. N.N.. prof.. doktor tekbusnauk
Creep of clayey soils under supporting structures@ ]kucb*dokl,vys,
shkoly; stroi. no.l.-104-118 1 58. WRA j2tl)
1. Rekomendovana kafedroy zekbaniki gruntov Moskovskogo avtodorozbnogo
institute.
(Soil mechanics) (Foundations--Testing)

AUTHOR: _M~~~,.Profes3or, Doctor of SOY/154-58-4-4/18
-Technical Sciences
TITLE: Problems and Main Principles of the Establishment of
Working Programs in the`v~Surveying Investio-tion of
Deformation Records of WLt)dk Power Developments ( Zadachi
i osnovnyye printsipy razrabotki programm geodezicheskikh
issledovaniy po nablyudeniyu za deformatsiyey gidro-
tekhnicheskikh sooruzheniy)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i aero-
fotos"yemka, 1958, Nr 4, pp 21 - 29 (USSR)
ABSTRACT: The author bestows some introductory remarks on
difficulties which were encountered in earlier works
carried out in the observation of deformations and
of settling of various water power development structures.
After the first large hydroelectric power station
on the Volkhov had been built on a rock foundationp the
problems which had to be expected during the construction
of the hydroelectric power station on the Svir~ per-
taining to settling and deformation processes proved to be
Card 1/4 much more difficult: The buildings and structures were

Problems and Main Principles of the Establishment of SOV/154-56-4-1406
Working Programs in the Surveying Investigation of Deformation Records
of Water Power Developments
Card 2/
/4
all erected on soft ground (varicolored alumina,
Devonian strata). The feasability of this project
was widely doubted. The wellknown expert E.Cooper
(Kuper) (USA) predicted a catastrophe. It is only to be
ascribed to the initiative of G.O.Graftio, Member,
Academy of Scienoest USSR and of G.K.Ordzhonikidze that
this project could, be realized. The catastrophe which
had been exfected, did not occur. The large power station
-on the Svir operates satisfactorily to this day. Thus
,it was proved that'it is possible to construct large
power stations even under very obstructive geological
''and hydrogeological conditions. The author mentions
the fact that during the construction of this water
.power development the surveying observations were
started right at the beginningt amd were continued
without interruption. The author also deals with
various problems which may arise after the excavation
of large building pits ( in relatively soft soil)
owing to the existence of deeply located underground

Problems and Main Principles of the Establishment of SOV/154-58-4-4/1
Working Programs in the Surveying Investigation of Deformation Records
of Water Power Developments
Card 3/4
water streams. Several examples are drawn into con-
sideration in order to elucidate the paramount importance
of surveying observations. Such observations are also
of decisive importance for the mounting of waterwheels
which are to be placed at a certain angle. The author
mentions an interesting discovery which was made by
careful surveying observations: It has 'hitherto been
assumed that when earth is thrown onto the sluice walls
they would tilt away from the earth deposit. The survey,
however, yielded a contradictory result. The author
adds some other problems of settling phenomena en-
countered at the canal track of the Kanaker water power
development. Geodetic surveys prove to be of a paramount
importance from a.scientific point view,as recently
it was pxgceeded to construct powerdams reaching a
height of 200 'm and more. The author proposed to
establish a special institution which would be in a
position to solve all pressing problems on the basis
of surveying methods.

Prol;lems'and Main Principlej; of the Establishment of SOV/154-58-4-4/lf
Working Piograms in the Suv,eying Investigation of Deformation Records
of Water Power Developments
ASSOCIATION: Loningradakiy ord;na Trudovogo Krasnogo Znameni Inzhenerno-
strpiteltnyy :.riatitut (Raid Labor Ba=ar Leningrad Inst1tate
of Civil Jbidnewing)
Card 4/4

KMOT,_p*g_W B.G. ,
vl~-, I'll ~-- Volvo red.; 090SHKO,
iskhn.nd.
(Tba most important condition for,the VictorY Of communion)
Smuse glavuee dlia pobody kommulzme. Loningrado Aon1xdstq
1959. 46 P. (Ifficiency, Industrial) NIRA 13:6)

M"WT NwIat NjIMlay&vi4jh; FUROISKIY, V.1', red.; VORONIN, X.P.,
takhn.red.
[Conditione.of stability'p-f-sa-turated sandal Usloviia,
ustoichivosti Yodonasys~0ennykh.popkove Moskva, Goseenerg,
lnd-Too 1930. 327 P. (KIRA 12:8)
(Sand) (Soil mechanics)

voila Avg 5"i-Ho 4-A
g%"-. H.
-,.t NJ -M 11
MO
.-R-o-A.
.2 t
a4- v c
- , I. A v $30 T1 0
OR
UNA q 14
lit P.-.
a 3 1 -4 a
1 41 244.
J
V IH 10 0
At - Z; AN ~-.A.P *9
ling -v--
'Jazoa z -0 0
0 A I *' A V jgV1-- 3;4149V-3b.
ij ao...s: -I]:
100
011
- 1 4 -C, go .1
-1
8404 a Od
30.
15, 9MINI Wild
1H 40'404
14
1p op 4
jq '941
lo -0 %j I- -0:j AS
I E" I

NASLOTI, Ulkolay Nikolayovichoprof.s doktor takhnonauk; PIL6GUVOTA.
yavw Itand. p ol, -mineral. nauk; RODIONOV, N.T.,
redej B(MOT, Xv1*# tsiftoredo
[Dope of Worth Africa; from the design and construction
prs~ tics] Plotiny Bevernoi Afriki; Is praktiki proaktirovenils
I stroltellitya. Moskvs, Gos.energ.isd-vo. 1960.. 133 P.
(NMA 13:5)
(Africa. Ngrth-Dans)

BABKOV,j Valer1y Fedorovickj, prof.; ORNATSKIY, Nikolay Vasillyevich,
prof.,- IVAKOVO
red GALAKTIOVOVA,
Nikolay Nikolayevich; KOVRIZHNYKH, L.P.,
-ye.N., tekhn, red.
(Problems of road construction at the 5th International
Conference on Soil Mechanics and Foundation Engineering#
Paris,, 1961] Voprosy doroahnogo stroitelletva na. V Mezhdu-
narodnom kongresse po mekhanike gruntov i fundamentostroeniiu,
Parizh9 1961. (By) V.F.Babkov i dr. Moskva, Avtotransizdat,,
1963. 200 p. (MIRA 17W

11,ASDDVO,_NjkoW
Aj*oWPXtq4, zael. dayatell nauki i tekhniki
R-90Sk doktor tekhn. nauk$ prof.; KOTOV, Mikhail Fedorovich,
kand. geol.-miner. nauk, dots.,* zWUuDA, Nina Vladimirovna,
kand. tekhn. nauk.. dots.; SAMSONOVA, M.T.8 red.izd-va,- YEZROVA,
L.Lot tekhn. red.
[Book of problems in soil.mecbanics with detailed answers] za-
dachnik po mokhanike gruntov s podrobnymi resheniiami. Mo-
Avat Gos izd-vo "Vysahala shkola,," 1963. 311 p. (141M 17:4)

BAYERj, V.G.; MASINO, M.A.; POPOVICHENKOt G,D.;
SOBDLEV# N.N.; KALOSHIN, A.I., insh., retsensent;
SAFHONOV, S.P., insh.0 reteenzent; NAMV,.Yr., kAW.
tekhn. nauk,, red.j YUFUVICH,, M.P., Insh., rod. lzd-vk;
SHCHSTININA, L.V.9 tekhn. red.
[Mechanic for repairing motor vehicles and tractors]
Slesarl 1~o reMntu'aytomobilei i traktoroy. [By] B.G.
Ba6r i, dr. Pb skv4y Wshgis,, ).963. 318 ps (MJRA IWO)
(Motor 48hicles-MaIntenance and ropair)
OfraolWbe-Maintenance and repair)

MASLOVg M.P.
Results of treating malignant neoplaBms of the thyroid gland.
Vop.onk. 11 no.1105-81 165. (MIRA 19a1)
1. Iz Gosudarstvannogo onkologicheakor Instituta imeni P.A.
Gertsena (direktor - prof.A.N.Novikovi.

LIF5RlTQp A.V.;,MA3LOV, N.P.
DeVice for cheald-ng-hol
in boring. Maahinostroitell --io.g.-24-25
Ag 1640, (MIRA 17.-10)

M ' 0111.~, ltzh.; 1,,'YF'LTKI!:LN, B.A., inzh.; SHUBIN, A.A., inzh.
:,L--
Some problems of the desiga of the gear section of asynchronous
mileromotors, El-ektrotekhnika 35 no.12:57--58 D t64.
(MIRA 18-'4)

00
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wbak the (Quawing percenteas of WW (Cfttd (or-
4. body. WA aod Jaw in Me cwder mit-4); fe~ 4.00,
+ stcasic 2m 40
010 0 400 two'", -, M,341 COW$
1.10i usidmid. LO, 1,411 Cisl(W
(PA4, -; dupa*wAook 1.22. O.M. 1431 UUMPoi Ar
m RI; glymA 1by dW-) I VON
1tier, 1.90, 1.61. 1.1
39.9A3. Tbnw late Ime Kho lractmatcd a" covists.
(twowcesolveirw6ov tocdold. My.wood"clJoremb
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00 a p"Afli"S 4.0 PoWfiffil Plot
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AWAO 49 Isivowd 110~ vowwwod admit. I.
Acdoe 4d WWWO me*$, 417
SIX4~ J.C,.. S. % 14, )to.
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fit C". mul Hquid prodmu wm wmalymcL The adft. ,'
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the INO, and NO are hound as in the Im"idunitramite typr.
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1. HASLOV,.N. YA.. PLTROV-SPIRIDONOV, A. YE.
20 USSR (600)
Oils and Pats
7. Investigation of fatty oil from seeds.of Zrysimum canescens Roth. Zhur.prtkl.khim.
25. no. 129 1952
.9. Monthly List of Bassian Accessions. Library of Congress. Xarch 1953. Unclamelfied.

TjW atim of v*rolrA addes *a winturaW OM
I
UL The wj!cu adw. Va.
'- ~Allko= 44111~~
AfiW. Yxik 4-'T.S.R, L. IM-4
-4. 40. OM-4aw NJ C, ftOCJfjCJl.,Cfl*
ip,Roollc- diry FW %- huhued 20 s. fWj at - W*, vkidk*c
a b(se san- 146 said priA. dtor 24 hm. Vin6ft (W dzm-
g (md to the W- and Ft =%&n-). Afttrm". A the
vdvwt (hcre was obtained 44 C. V~dfow M4uM pradua wfikh
dmdy deconk-'WA 19 ft scdv~"A mipt UsAwliou of the
pwdtKt witb sm-ect t dxAa 09 S dkoljw ""0N$,
214-164. 4.
J -ate, to. ((fwu TIWI ift (fit reAKIAN
wall NIO, t1le etllcf Auj L' Aim~' 1A. K.

V
AID P 2293
Subject. USSR/Chemistry
Card 2 19/21
A: PU6
Author -z Maslov..N. Ya.,and V. A.-Molodtsov
Title, ,--Patty.oll from needs of Digitalis lanata Bbrh.
.Periodical: Zhur. prlkl, khImej -?a,# n0.3. 334-336, 1955
Abstract The chemical and physical properties of the oil are
described. The composition of the oil has not been
Eleven references
definitely established'. (8 Russian.,
1885-1952).
Institution: Chair*:of Organic Chemistry of the Moscow Agr1oultural
Academy of the Order of Lenin (in. K. A. Timiryazev)
Submitted 'Ap 17, 1952

KASIMO O.K. (Blagoveshchensk-na Amurs. Kooperativneys. ulogde64)
Ruptured appendix Inla, hemophillco Yest.khir, 80 no.4:133-134
Ap'58 (KIRA 11:5)
1. Is gospitallnoy khIrurglcheskoy,kllnikI (save prof. G.Ta.
Ionset) Blaoveshchonskogo seditainskogo Institute.
(HOWHrLIA. case reports
ruptured appendix In a hemophilic, surge (Rua))
(APPODIX, rapt.
1n it hemophillo, wrg, (Rull))

KASIOOV, 0J, (Magoveshchensk-na-Awxeg krIasnoa=eyskaya ule, d.62/2,
--kve24)
us of mothyldiazil in the surgleal treatment of diaease. Tooto
khir. no.ltlO9-112 162. (MIM 15--1).
is ZZ fal-alltatakoy khirurgicbeskoy kliniki (say. - profo 1,5.
Zho"v) sanitamo-gigiyanicheA090 fakullt*tA 1-90 Moskovskogo
wditoliAo instituta In@ IsMe Sochonovas
11AVAMCIS) (WRMMY)

N

MASLOV, O.K.
Two cases of compression of the. infarior- venw cava- by- the- pregnant
uterus.,Akush..i gin. 40 no.4:143;.-144 JI-Ag-164. (MIRA-18:4)
i.-Kafedra-akuaheratva.i.ginakologii (zgr. - kancl., ms&~- nauk- D.A.
Pal?chJJk) Blaga~*shchenakogo.mditainakop-instttuta-i rodillnogo
oideleniya,(zov. M.G. Kalinkevich) Boluguzakoy-gurodskay--ballnitsy
Azurskoy oblasti.

=*food" jmsdmd .6
Lelli"PA %fining fast.). pok.
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1
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fwm (TO - VE) - 0, miul k: c4it be drid. Ijy the methial
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MA4
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of the 1,4114fixablifity. f1w r6n1roo 'Affiftial"
V tit tIW hAtUarl,. favi transfix-mitis I he inmrix ad the kitics"atir t-mff*. to it.
twilsou"I. the utAtrit of the kinclic emigy. 71W VQt1A-
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KISWY, P. G.
26210 K oprodelenivu obrntlqldi matrits patentsiallnoy volny at paraboloida
rrashchenlyn ogranichenri.71ch razmerev pri raspolozhenii vozbuzhdayushchege
I ~ pole dipelya vdoll ase simmetril paraboloida. Daklady And. nauk SSSR, Novaya
. seriva. T. LXVII. 5, 1949. s. 835-3P
SO: MTOPISI NO. 35, 1949

PUSLOV, P. G.
Mbr., Leningrad Military Mechanical Inst., -01949-50-.
"Determination.6f the Inverse Vatrices,of the Potential Energy of Polyatomic
Molecules (Method of Perators)," Dok. AN, 670 No. 5p 1949;
"Determination of the Inverse Matrices of Potential Energy of Polyatomic
Molecules Approxiamtion Methods for Finding the Coefficients of Influence,"
.Dok. AN, 70, No. 6. 1950;
"Determining the Inverse Matrices of Potential Energy of Monoatomic Molecules
Method of Combined Quickest Descent,," Dok. AN 11,-No- 5, 1950;
"Procedure to Determine the Oscillations of Polyatomic Molecules: The Method
of Combined Steepest Descent,* Zhur. Rksper. i Teoret. Fiz., 20, No. 7, 1950;
1

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