SCIENTIFIC ABSTRACT MELNIKOV, A. K. - MELNIKOV, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033420014-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MELINIKOVP A.K.; SHTIFELIMAN, S.D.
I
Horizontal automatic "Chappuis" machines for sttip stampi KuZ.-
obtam. proizv. 4 Ro.5:34-38 Vq 162. MIRA 16:5)
(Shoot metal working machinery) 70

MUnVICH, B.N, kand,tekhn.nauk, MEL,NIKOV, A.K., inzh.
Pe.-fcrmancr-. of the fl;rwh(~el ariel electric mr,*or on errArk prrl~--iBes
-with adjustable drive, (Nau,-,h, trudy] E,'rIKMASha 6,~-21 16,-4.
(KRA li ~41
'Power T-3qsps-Fle(~tri- drivIng)

rn
~'APWMM WidE C-ODE:--U--R--/-O-,08-9-/-6-6-/-02-0/0-04/0-342/0342
()qT SO,
AUTHOR: Ndedov, V. N.; Kroshkin, N. I.; Rbarin, V. P.; Mellnikov, A.
ORG: none
TITLE:. The mean neutron spectra from double or triple U235 fission by thermal neutrons
'I,SOURCE: Atomnaya energiya, v. 20, no. 4, 1966, 342
TOPIC TAGS: nuclear fission, uranium, neutron spectrum, thermal neutron
ABSTRACT: Using the time-of -flight method (40 ern of distance) the authors measured the
spectrum of prompt neutrons during double and triple fission of U235 quelei by thermal neutron
(see Fig. 1) from the SM-2'reactor. thle uranyl nitrate target was 2Q-,mm In diameter and - 2
mq/ern thick. An analysis qf the results shows that triple fission is i~companied by -6.0-6.5
ygquanta. The Y-spectrum. of the triple fission is somewhat harder than the one from double
Q
pion. Orig. art. has: I figure.
C.rd 1/2 UDC: 539.173.84.539.121.64

L 41224-66
ACC NR# AP6013729

ectrum of fission neutrons in
Fi
I The s
g.
p
r
f c
th
l
b
t
t
di
t
a
o
em o
oor
na
es.
e
a
ory sys

- double fission; 40- triple fission;
0
~= 1
T =
1l di
ib
ti
2M
V
M
- - - -
axwe
str
u
.
e
on (
~
);
tt'
di
ib
W
t
ti
f
d
b1
a
s
r
u
or
s
ou
e
on (
= 0. 533 MeV,
fission T = 0. 965 MeV, E
f
E=l. 98 MeV; for triple fission T 0. 9 MeV,
E f 0. 5 MeV, E 1. 8 MeV).

0 j -4 S f - a d
SUB CODE: 18/ SUBM DATE: 07Dec65/ ORIG REF- 001/ OTH REF: 000

MINIKOV, A.M., inzh.
Mechanization of loading and unloaalng on the Sverdlovsk Railroad.
Mekh.i avtom.proiz. 14 no.6:19-21 Je 160. (MIRA 13:7)
(Sverdlovsk-Itailroada--Freigtit)

I-TELINIKOV, A.14.
Causes of -c-- of the main deck carlina on the motorship
Q I
"Hichurinsl " Infrom. abor. TS.NIIMF no-53:92-0.5 '60. (MLV. 14:12)
(Hull's (Naval architecture))

M-Hl,.'IKe-V, A. 1-~.
2C666 M--lInikov A.M. Opyt Konteynekizatsii na stroykakh trpst,-- "Uralmas-str,:yll.
.9
Mekhanizatsiya stroit-va, 1940., No. 6, .5. 4-6
SO: LETOFIS ZhUW-iAL 6TATEY - Vo-'. 28, Moskira, 191.9

14(6, 10)
SOY/ 11 ~-59-4-6761
Translat-.*.~n from: Referativnyy zhurnal. Elektrotekhni-ka, 1959, Nr 4, p 51 (USSR)
AUTHOR: Mel'rLkov, A. M.
TITLE: Cutting the Cost of Concrete Work 13 the Most Fact~': -'-r, Making
Hydraulic Structures Cheaper
PERIODICAL: V sb.: Kampleksn. mekhaniz. beton. rabot i orgeniz. zirn-n.
betcnirovaniya. Nr 1, Kuybyshev, 1957, pp 3-51
ABSTRACT: The scope of concrete work will reach 7, 000, 000 nO 1-11 Scviet hydro -
electric eevelopments in 1959. The concrete work coastitutes about 4574 of
tLe t,-Nt3.-' coet i-71 hydroelectric-station construction. Cutting itts cost c~Ln be
accom-plished b., re-tion-al planzLng of ind-i'vidual structures and by cutting the
c3st Df laber. Specifically, concrete dams should be planned. c-=dy for tlio3e
cases when the dams cann3t be built from local materials that cost 1. 5 -Z
times le3s VLan concrete. General layoidt of hydroprojects shouid be p1aaned
with a higher economy in view, the design norms should be revised toware-
Card 1/2

SOV/112-59-4-6761
Cutting the Cost of Concrete Work Is the Most Impartart, Factor in Mal-ig . . . .
lower safety factors, cement .-substituting additions, such as flyashes from
electric stations, should be widely used; automation should be used in crushing
ax-d concrete plants, continuous concrete-mixing plants should be adopted, as
well as a continuous cement placing. Reuse of formwork should be increased,
screen-t-ype formwork should be widely used, as we'll as reinforced-panel
blocIrs, and lining slabs with the least possible number of their types.
A. A. K.
Card 212

8(6), 14(10)
SOV1112-59-3-4712
Translation from: Referativnyy zhurnal. Elektratekh-nika, 1959, Nr 3, p 58 (USSR)
AUTHOR: Mel'nikov, A. M.
TITLE: Work of the Institute of Planning the Organization of Power -Engineering
Construction, "Orgenergostroy" (Rabota Instituta po proyektirovaniyu
organizatsii energeticheskogo stroitel'stva ''Orgenergostroy")
PERIODICAL: V ab.: Energ. str-vo SSSR za 40 let. M.-L., Gosenergoizdat,
1958, pp 301-306
ABSTRACT: A brief description of the work dome by the Institute and its branch
offices for the hyeraulic-const-ruction orga-nizations: reinforced slabs, wooden
formwork usable ma-ay times, a slit construction for reinforced -concrete slab
gates, a preliminary project of an improved outdoor hydraulic unit for 15-30-m
heads with a 9. 3-m rotor, use of phatogrammetry at the construction site, etc.
For thermal electric generating stations: Plans for organizing the construction
work cn main bui-Idi-n-gs and erecti-lig boilTer units of 170-230 ton/hour and higher,
Card 1112

8(6), 14(10)
SOVI 112-59 -3-4712
Work of the Institute of Planning the Organization of Power -Engineering . . . .
a plan for large-assembly erection of station pipelines, etc. For electric
transmission lines and substations: various types of reinforced-concrete
towers, a hinged metal 220-kv guyed tower, etc. A number of projects
concerned automation of auxiliary plants and construction economics. The
Institute publishes a journal, entitled "Energeticheskoye stroitel'stvo, " and
current information.
V.V.Ml
Card Z/2

lu~:!MI.M.
I --- -
Surface of the crystalline base rock in the Tatar ASSR and
neighboring regions. Dokl.AN SSSR 103 no-5:897-899 Ag 155.
l.Predstavlano akademikon S.I.Mironovym.
(Tatar A.S.S.R.-Rocks. Crystalline and metamorphic)
~"ki

- k- , I (, 1
Ti, It ~ % I - iJ~A
YWIOROV, S.P.; MKLINIKOV, A.M.
Petroleum resources of the Tatar A.S.S.R. Uch.zap.KELz.un. 115
no.10:93 155. (MLRA 10:5)
(Tatar A.S.S.R.-Petroleum geolog7)

IOLIMIKOV, A.M.; DCBRCSMMCV, L.J.
- I.,1-1 - 1:1 4.-1
Saknara. petroleum of the TRtar A.S.S.R. Neft.khos.34 no.6.-46-48
Je 156. (Tatar A.S.S.R.-Petroleum geology) (MMA 9-9)

MILINIKOV. A.M. I---. - -,
- - -
..ient foundation uplifts In the Volga Talley. Geol. neftl 1 no.l:
~4-38 Ja '57. (NLRA IM)
(Volga Talley--Geology. Stratigraphic)

PRAU I WOK MLPl4TrA?ZGN SOV/2284
Moscow. Yeaso7unn77 nauchnQ- IDS lodavat*1 'ekly goologo-rasvedochny7
nortyanoy Institut
Parepektlvy nefte-gaitoncenosti I naprawlenlys goologorazvedochnykh
rabot v severa-vostactulykh rayonakh Ural*-Volzhakey neften a
obl"tl. I adnaya steely: uchanago sov*ta VNIOXI. Dska-rMn;Z
Usan' tOlr-and Gas-boarin Possibilities And the Direction of
Goolafl4al ZxplamtIon in the Northeastern reglonoof the Volga-
Ural retrallfarous Region. Session of the Solent IQ Council or
the All-Unlon Petroleum Scientific Research Znstituto for Ooologl-
Gal L010ration 5014 at Kagan; December x956) Masao-,
Gostoptekbis"t. 1958. 257 V. Xrrata Allp Ingerted. 1,000 copies
printod.
Additional Sponsoring Agenoys USSR-- Rlnlsterstvo gealogll I Oknrany
nedr.
Ed. A A. 1. Aloshobev, Candidate or geological and Mineralogical Sol-
oncosi Axecutlve Xd. g P.A. Yershov; Toch. Ed. 1 2. A. Mukhlna.
PURPMa This book is Intended for petroleum SoOlogIst.
CCWZXAUKj This collection of Articles is the result or a field
session held In Kazan' In December 1956 by the scientific Council
of the All-Union Petroleum Scientific Research Institute for 00010-
leal Roloration. The session me# attended by members of the Sao-
I
dgloal services or the various petroleum research and industrial
Institutions of Kazan-. bugul-ma, Ufa, Form-, Kulby0hov, at,:. The
Counall disou sad the prospects and possibilities Of Ollmd5m pro-
duation In tb: northeastern parts of the VoISA-Urml Oll-o&ArInS
district, Its current problems In geological surveying and 42-
plaration, and plans for future drilling. All reports, pmoontat-
long, replIes to queries, the resolution& and recoinmondations mad*
67 the council. and the chairman's conclu4lng romarics. are re-
Produced In the ocilection. The &rtlcl*3 are accompanied by
diagrams and tables. go references am given.
TAWA OF CORMTSt
SOV/2284
DILI_Snd aga-bearing Possibilities (cont.)
"&I The Petroleum Industry of Tstariy& end the Prospect 6
_Ala
Results of jxploration In Cho Rarlyfikaya
a A.M. of the
Oblast , and Cho Northern noSlons 15
Tata;%k2ys ASSN a "a" of Operations for the 26"t Fee years
Results of 0401061caltZlploatio" in the Udourtakays
Mjh~ Western R*Slona of he ?*me"" Oblast '; a Plan of
A331 ~n r t 23
operations or he Malt Pa. Years
Basic Features of the TaCtonle Structure of the North
1u=;.-'A6jOn& of the Russian Platform. the Outlook on Oad and
endatiOna for a Planned Geological
all Possibilities. &Do ft4co0w 34
-Ural
Solonteov, .;!J- Dealt Features Of the Tectonics of the Volga
1twgra --in Do.onlan (baylinskO70) Time* ln lt~lat Ion ;a Its Oil- 47
toaring poaalbllitl~fi
Card 3/7

?SLINIKOV. A.M.; SHPILIMAN, I.A.
r----ftirOnt problqmo relative to exploratory demp-well drilling In the
Tatar A.S.S.R. Geol.neftl 2 no.10:17-24 0 '58. (MRA 11:11)
1. Treat Tatneftegazrazvedka.
(Boring)

KELIMMOV, T.Ta.
~-
Bondyuzbskoye oil field. Geol.nefti i gaza 3
no-5:50-53 mr '59.
(MM 12:7)
1. Treat Tatneftegazrazvedka.
(Bondyuzhakiy District--Oil fields)

MEL'NIKCYV. A. M.
Zonal distribution of all pools In the Tatar A.S.S.R.
Geol.meftl I gaza 3 no.10:25-29 0 '59. (141RA 12:12)
(Tatar A.S.S.R.-Petrolaum geolog7)

~SLINIKOV, A.M.
Results of oil and gas prospecting in the Tatar 4.5..S.R. and prospects
f'or the sixth-five-year plan. Izv. Kazan. fil. AN SSSR. Ser.
geol. nauk no. 7:221-236 159. (MIRA 14-4)
(Tatar A.S.S.R.-Petroleum geolw)
(Tatar A.S.S.R.-Gas, Natural--Geology)

KONDRIKOV, D.V.,, student; ICLONIKGV, A.,~ student
Experimental investigation of the elastic stability of cylindrical and
spheria~l shells. Trudy LKI no.29:211-21-9 159. (MIRA 14:7)
1. Ieningradskiy korablestroitellnyy institut., korablestroiteltnyy
fakul'tet. Predstavleno professorom A.A.Kurdyumovym.
(Elastic plates and shells)

MELINIKOV, A.M.; VOYTOTICH, Ye.D.
Prospecting for buried Devoinan structures on the eastern margin of
the Kelekess depression. Geol. nefti i gaze 4 no-5-.9-13 My 160.
NIRA 13:9)
1. Tatneftegazrazvedka.
(Tatar A.S.S.R.-Petroleum geology)

T;~'~~Ovt *.M.-
Characteristics of the distribution of Ds7onian oil fields in
Tataratan. Izv.Kazan.fil. Z SWR. Ser.geol.nauk no.9:19-22
160. (MIM 15:12)
(Tatar A.S.S.R.-Petrole= geology)

MEL I NIKOV A 14
1
Oil potential of the Devonian sediments of the Syr'TCUW area.
Geol,nefti i gaza 5 no.9:49-53 S 161. (VJRA 14:10)
1. Trest Tatneftegazrazvedka.
(oyrlyany region-Petroleun geology)

MELINIKOVI A.M.; PUTOVICH, Ye.D.
Oil Potential of the terrigenous Devoaian in the western part of
the Malakes Depression. Geol.nefti i gaza 6 no.429-15 AP 762.
(HIBA 15:4)
1. Treat Tatneftegazrazvedka.
(Meleke3 Depression~--Petroleum geology)

WLINIKOV, A.M.
Determining the dimensions of bottom girders of petroleum tankers.
Trudy TSNIIIq no.41-67-80 162. (MIRA 16:3)
(Hulls (Naval architecture)) (Tank vessels)

MELINIKOV. AGM
Irfeat of arLaient basement jilpheavals on the distribution of
Der7onian oit fields in the Talga-Ural region. Dokl. M WSR
U8 tio.1:172,-175 Ja 163. (MM 16t2)
1. Predstavleno akademikom A.A. Trofimukom.
(Tolga"Ural. region-Cil fields)
(Volga-Ural region-Oleology, Structural)

PRITULA., Yu.A.; ABRIKOSOV, I.Kh.; AVROV, P.Ya.; KAZACHENKO, A.A.; KILIGINA,
N.I.; KULIKOV, F.S.; -MELINIKOV A.M. - TATA-FlINOV, A.G.;
TROYEPOWSKIY, V.I.; SHPILIMAN, A.I.;
DAYEV, G.A., vedushchily red.; LDIDTROP, N.T., red.;
YASHCHURZHINSKAYA, A.B., tekhn.red.
[Volga-Ural oil-bearing region; oil potential) Volgo-Uralskaia
neftenosnala oblast'; neftenosnost'. Leningrad, Gostoptekhizdat,
1957. 175 p. (Leningrad, Vaesoiuanyi neftianoi nauchno-issledovatellskii
geologorazvedochny-i institut. Trudy, no.104). (MIRA 16:8)
(Volga-Ural region-Petroleum geology)

MELINIKOV, A,.M.; BUSEL, G.F.
Jew data on the oil poter-tial of Tournai sediments in the Tatar
A.S.S.R. Geol. nefti i gaza. 9 no.9-13-15 S 165. (KURA 18:9)
1. Gosudarstveunyy geologo-razvedockinyy treat neftyanoy i gazovoy
p.romyshlennosti Tatarskay ASSR.

L 05653-67 EW(k)lgdr (m) /EWP(w) /94P(v) IjP(c)
ACC NRs AT6025578 SOURCE CODE: UR/2752/
IOR: Mellnikov, A. M.
I--
None k
Effect of liqV~#~-4n on tbe-el4,stic vertical
-affiiations of a hull
%L~- -
;OURCE: Leningrad.,TTsentrallnyy nauchno-issledovatellskiy inatitut morErkogo flota.
I a of ships), 124-131
.rUdy, no. 72, 1966. Gidramekhanika sudna (Hydromechanic
W -~A~A%q
TAGS: os cillati4o&,.4~arawtxi"xasonaaca,.. -ship. motiQu mechanics,;! %'00u, engin-
STRACT: The author considers the hull of a tanker treated as an elastic girder with
-ee ends and the inner cavity divided by longitudinal and transverse partitions into
number of compartments in the shape of parallelepipeds. It is assumed that these
mpartments are partially filled with an ideal heavy incompressible liqVIA. Formu-
z are derived for determining the effect of wave motion in this liquidw the pitch-
g and heaving parameters of the vessel. It is shown that when conditions are favor-
ile for the excitation of parametric oscillations of the liquid, the amplitude of
,rced vertical oscillations of the compartments on a vessel with a liquid cargo
ould be determined with regard to the reduction in the inertial mass of the vessel
Card 1/2 IMC: 629.12:532.

L 05653-67
ACC NRt AT6025578
and the effect of the additional disturbing force. The amplitudes of vertical dis-
placements induced by pitching and heaving on frequencies favorable for excitation of
parametric liquid oscillations are quantities of small order at existing tanker
speeds for presently used dimensions of cargo compartments. This precludes the neces-
isity for taking account of the behavior of the liquid in the compartments in detemin-
~ing the amplitude of vertical displacements of the vessel as a solid. It is necessary
to account for wave motion only in those compartments where the vertical oscillations
correspond to regions of dynamic instability of the liquid. However, accounting for
the effect in these sections may increase the amplitude of elastic vertic&1 oscilla-
tions of the hull which induces parametric oscillations of the liquid in compartments
Which were previously disregarded. Thus the effect of the liquid on the amplitude of
forced vibration of the bull must be determined with successive consideration to new
compartments where increased amplitude results in parametric oscillations of the
liquid. The effect of secondary force may result in a maximum amplitude of elastic
hull vibrations which exceeds the amplitude determined under conditions of resonance
vithout accounting for the osciUatory motion of the liquid. Orig. art. has: 1
~
fiaure. 6 formulas.
CODE: 13 '20UM DATE: None/ ORIG REF: 007
'2

L nngo)1-67 i,-..tr (m)li.~-ip (t)/i,'rT IJI' (C)
ACC NRi Ar6002206
1) -1/1 i
SOUI(cz CODE: UR/0153AVOW/005/0804/08VIj
A'67~';Oit: Ag-ij~ov, A. M.; Mollrilikov, A. M.; ruzlmin, L. L.
Ivanovo In:-,titutc Department of Technoloa of Uoctro-
chcmical iruducLs (Iviuiov-;k-Iy kli-IJ.-iiko-telchnologi. choskiy institut, Kafedra tokhnologii
olaktrokhiiaichoskikh proizvodstv)
t TITLE: Possibility of using a titanim.anodo in a galvanic cell. I. Corrosion of
titanium in acid electroly-tes
SOURm''IM. Kht-aiya i khimicheskaya tekhnologiyap V. 8. no. 5, 1965, 804-807
TOPIC TAGS: titanium, corrosion resistance, electrolysis, perchloric acid, hydro-
fluoric acid, oxide formation
ABSTRACT: The corrosion resistance of Ti. was determined by weighing 10 x 10 x 0.5 mm
samples of titanium BT-1 sheets sunponded in a polyethylene vessel and exposed to the
effect of 30 ml acid so'lution (HGIO4 U, and their mixtures) at 25G. The Ti. had a
high corrosion reGistance in HC104; no decrease in weight and no visible changes werej
obs,irvod in samples exposed for 6 months to HGIO having concentrations of 100-800 9111~.
although the stationary potential of Ti increased with in,;reased concentration of
HUO . from 0.160 to 0,309 v.-The addition of hF to the HC10 solution sharply de-
creased the corrosion resistance of Ti up to a certain ~Qum. The corrosion of Ti
Card 1/2 UDG. 620,193.41+621.352.8

L 08904-67
ACC NRi AF6002206
in a pure HF solution increased proFortuionally with an increase in the concentration
of &F. The presence of HF in the HC104 solution in all cases caused the activation of
the Ti surface probably because of the destruction of the oxide film by fluoride ions.
The activation effect of HF decr'eased at a larger rate at a higher concentration of
HC104 in solution. An increase of the HG104 concentration from 100 to 800 g/l in-
creased its activity from 0.932 to 1138. The concentration of fluoride ions, therefore~
decr,:?ased with increased concentration of HC101. This caused a rapid accumulation of
corrosion products on the surface of Ti. The dl*ssolving of Ti in IIG10 , containing
HF, occurred under mixed anode-cathode control and the process was dXlerated equalV~
on the anode and the cathode. The increase in concentration of RC104 promoted (1)
an increase in thickness of the oxide film which was indicated by changes in the
values of the stationary potential, and (2~ an increase in activity of Ii ions facili-
tating depolarization of H and causing the formaiion of maximums on the corrosion
rate curve. The displacement of the maximum to the left side of the curve, 1060, to
the side of lower concetrantions, during enrichment in HF of the,-solution, was related
to a stronger effect of corrosion agents resulting in rapid passivation of the anode
sections. Orig* ext. has: 2 fig. and 2 tables,
SUB CODE: 09 .11/ SUBM DATE: 15jun64/ ORIG REF& 002/ OTH REFs 004
Card 2/2

AIEKSEYEV, G.P.; ANDONIYEV, V.S.; ARNGGLID, A.V.; BASKIN, S.M.;
BASHMAKOVr N.A.; BEREZIN, V.D.; BERMAN, V.A.; FIYANGV, T.F.;
GORBACHEV, V.N.; GRECHKO, I.A.; GRINBM, G.S.; GR0MGV, M.F.;
GUSEV, A.I.; DEMENTIYEV, N.S.; DMITRIYEV, V.P.; DULIKIN, V.Ya.;
ZVANSKIY? M.I.; ZENKEVICH, D.K.; IVANOV, B.V.; INYAKIN, A.Ya.;
ISAYENKOY P.I.; KIPRIYANOV, I.A.; KITASHOV, I.S.; KOZMVNIKOV,
N.N.; KORMYAGIN, B.V.; KROKHIN, S.A.; KUDOYAROV, L.I.;
KUDRYAVTSEV, G.M.; LARIN, S.G.; LEEEDEV , V.P.; LEVCHENKOV,
P.N.; LENZIKOV, A.K.; LIPGART, B.K.; LOPAREV, A.T.; MALYGIN,
G.F.; MILOVIDOVA, S.A.; MIRONOV, P.I.; MIKHAYLOV, B.V., kand.
tekhn. nauk; MUSTAFIN, Kh.Sh., kand. takhn. nauk; NAZIMOV, A.D.;
NEFEDOV, D.Ye.; NIKIFOROV, I.V.; NIKULIN,, I.A.; OKOROCHKOV, V.P.;
PAVLENKO, I.M.; PODROBINNIK, G.M.; POLYAK01, G.Ya.; PUTILIN, V.S.;
RUDNIK, A.G.; RUMYANTSEV, Yu.S.; SAZONOV, N.N.; SAZONOV, N.F.;
SAULIDI, I.P.; SDOBNIKOV, D.V.; SEMENOV, N.A.; SKRIPCHINSKIY, I.I.;
SOKOLOV, N.F.; STEPANOV, P.P.; TARAKANOVI, V.S.; TREGUBOV, A.I.;
TRIGER, N.L.; TROITSKIY, A.D.; FOKIN, F.F.; TSAREV, B.F.; TS~TSULJN,
N.A.; CHUBOV,, V.Ye., kand. tekhn. nauk; ENGEL', F.F.; YUROVSKIY,
Ya.G.; YAKUBOVSKIY, B.Ya., prof.; YASTREBOV, M.P.; KAMZIN, I.V.,-prof.,
glav. red.; MALYSHEV, N.A., zam. glav. red.; A.M., zam.
glav. red.; RAZIN, N.V., zam. glav. red. i red. toma; VARPAKHOVICH,
A.F.,' red.; PETROV, G.D., red.; SARKISOV, M.A., prof., red.;
SARUKHANOV, G.L., red.; SEVASTIYANOV, V.I., red.; SMIRNOV, K.I.,
red.; GOTMAN, T.P., red.; BULIDYAYEV, N.A., tekhn. red.
. (Continued on next card)

ALEKSEYEV, G.P.-(continued). Card 2.
(Volga Hydroelectric Power Station; a technical report on the
design and construction of the Volga Hydroelectric Power bta-
tion (Lenin), 1950-1958) Volahskaia gidroalektrostantslia;
tekhnicheskii otchet o proektirovanii i stroitel'stve Volzhskoi
GES imeni V.I.Lenina, 1950-1958 gg. V dvukh tomakh. Moskva,
Gosenergoizdat. Val.2.(Organization and execution of constrution
and assembly work] Organizatsiia i proizvodstvo stroitellno-
montazhnykh rabot. Red. toma: N.V.Razin, A.V.Arn 011d, N.L.
Triger. 1962. 591 p. IMIRA 16:2)
1. DeystvitelInyy chlen Akademii stroitellstva i arkhitaktury
SSSR (for Razin).
(Volga Hydroelectric Power Station (Lenin)--Design and
construction)

MEL'NIKOV, A.M.
. - - -- - "'--j,
Waves of a liquid in a ver-tical oscj~llallin~7 7eSSel.
Trudy TSNIIMF no.66:9-20 65. (MlT-A 18:12)

SCjIV19P_-5 9-3-1 l/" 7
AjTNIOR: Mel' nikov, A. N, , En z"ne er
TITLE: The Criterion for the Transition of a Perfect
draulic Surge Into an Imperfect in a Rectangular
Prismatic Trough With a Horizontal Bottom ~O kri-.
terii pereknoaa sovershennogo pryzhka vody v nesc-
vershennyy v pryamou6ollnom prizmaticheskor, r,,;Fle
s gorizontalInym dnom)
PERIODICAL- Gidrotekhnicheskoy stroitel'stvo, 1959, Nr ~, pp
49-51 (USSR)
ABSTRACT: The author presents analytical and graphic calcula--
tions to prove that the constant value of Froude's
number (Fr in an initial section of the surge,
which is e.lual 3 (up to now considered as a criterion
of transition of a perfect hydraulic surge into an
imperfect one), can be considered as such only in
cases when the surge occurs in the compressed sec-
tion of the stream. A series of tests was conducted
in two rectangular troughs, and the surge was formed
na
C rd 112 when water flowed beneath a shield placed in different

SOV//93- 5 9- 3-11/ 17
-1 e Trans-; t' on ol a Perfect Hyira,--l
The Criterion for 11. - -L -
Into an Imperfect in q Rectar,':,--ular P.-ismatic Trough 71ith a
Horizontal Bottom
diametrical sections of the trough. At a precisely
C3
calculated water debit, corresponding to a -liven
elevation of the shield, the transition of a per-
fect su.-I,-e into an imperfect one occurred, From
data obtained from this series of tests, the author
established that this transition does not occur at
the constant value of Froude's number in the initial
section of the surge, but at its variation from 2,~
to 10.8. The higher the shield is elevated, the
smaller is Froude's number. Therefore, the present
criterion of the transition of a perfect hydraulic
surge into an imperfect one must be considered only
as a particular case of Purge formation in compres-
sed sections of the stream. There are 1 diagrram-':
1 graph, 1 table and 3 Soviet references.
Card 212

HELINIKOV, A.N. (0--wk)
Wheel slip protection on electrified units. Klek. i tepl. tiaga
3 no.3.,15-16 Mr '59. OGRA 12:5)
(Wheel pairs) (Elsetric railroads--Equipment and supplies)

N
MINIKOV, A.P.; SITAGOVSKIY, Ye.S., otvetstveanyy redaktor; KOROVOKO-
- 'It ,, -
-
- '~*=","~tekhnlcheskly redaktor.
[Signalling. central control and block system (STsB) in under-
ground mine transportation] Signalizataiia. tsentralizataila i
blokirovka (STsB) na podsemnom transports sbakht. Moskva, Ugle-
tekhizdat, 1953. 95 P. (Microfilm] (MMA 7:11)
(Mine railroads) (Railroads-Signaling)

MELINIKOV, A.P.
K teorii pogranichnogo sloia kryla. (Leningrad. Institut inzhenerov grazhdansko-go
vozdushnogo flota, 1938, no. 12, p. 73-141, tables, diagrs.)
Title tr.: Theory of the boundary layer of a wing.
TL 725.AlU 1938, no.12
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of Congress,
1955

HELINIKOV,A., profesoor, doktor takhnichaskikh nauk.
B.A.Chalygin In an outstanding Soviet aerodynamiciet. Kryl.
rod. 2 no-10:7-9 0 '51. (MYRA 8: 8)
(Chalygin, Sergei Alekseevich. 1869-)

7 ' 1
_TL C~;, A. ly.
711
uesti -.r 5 :~r, tl!,,~ St, a 1114t La:-4-,_ir
o t Po rt of Turbulent C-; ~-y `(~j
T ZV, 'i , -1
ya e
Y"
r j ju,'_~~

t~ ItI -'1, ,! ?f..l (' \.
I ,j 1-1 1,
KULOV, V.Ta., kandidat tekhnichaskikh nauk; HELINIKOT. A.P.,doktor
takhnichaskikh nauk, redaktor.
[Development of helicopter construction in the U.S.S.R.]
Rawltis vertoletostroentis v SSSR. Leningrad, Vass. ob-vo
po rasprostrananiiu polit. i naxichn.znanit, Leningradskoe
otd-nie 1955. 42 p. [Kicrofilal (MTRA 9:1)
(Helicopters)

Subject
USSR/Aeronautics
AID P - 224T
Card 1/1 Pub. 135 - 11/19
Author Mellnikov, A., Col. Engineer, Doe. of Tech. Scl.
Title Lifting force and wave resistance of wings in supersonic
flow
Periodical: Vest. vozd. flota, 7, 50-63, J1 1955
Abstract The author considers two kinds of supersonic airfoils:
the lens type and the rhomboidal. In particular, he
discusses the following topics: thin supersonic wing
of arbitrary form in the plane, basic aerodynamic
characteristics of wings of infinite span in supersonic
flow, Influence of wing tips, lifting force and Inductive-
wave resistance of a thin rectangular wing of finite span
In supersonic flow, lifting force and Inductive-wave
resistance of triangular wings in supersonic flow,
influence of the thickness and shape of the profile of
the wing on its resistance in supersonic flow; and
friction resistance in a supersonic flow.
Institution: None
Submitted : No date

Subject
Card 1/1
Author
Title
Periodical
Abstract
AID P - 3685
USSR/Aeronautics
Pub. 135 - 12/22
Mellnikov, A. P., Eng. Col., Prof., Dotsent of Tech. Scl.
Boundary layer in supersonic speed
Vest. vozd. flota, 1, 45-58, Ja 1956
This is a brief and elementary but very comprehensive
study of the boundary layer (BL) at supersonic speed. In
particular the author analyzes the following problems:
Structure of the BL, laminar and turbulent BL, separation
of the BL, thickness of the BL, passage of the laminar BL
into a turbulent flow, the point of separation, influence
of the M number and temperature of the surface on the
position of the point of separation, Interaction of the
BL, and shock waves in transsonic regions.
Institution : None
C
ubmitted : No date
S

AID P - 4730
Subject USSR/Aeronautics - aerodynamics
Card 1/1 Pub. 135 - 11/23
Author Mellnikov, A. F., Eng.-Col., Prof., Dr. of tech. sci.
Title Kinetic heating at supersonic flight speeds
Periodical Vest. vozd. flota, 7, 52-63, Jl 1956
Abstract The problem of kinetic heating at supersonic speeds is
discussed. The article contains 4 subheadings as
follows: 1. Retardation of gas as the cause of kinetic
heating; 2. The increase of air temperature In the
boundary layer at the surface of a body; 3. The transfer
of heat from the retarded air to the aircraft. The
effect of time on heating; 4. The "thermal barrier" and
means for its prevention. Seven diagrams and graphs,
2 photos. The article merits attention.
Institution : None
Submitted : No date
Subject USSR/Aeronautics - bibliography AID F - 4632
Card 1/1 Pub. 135 - 21/23
Author Mel1n1kov, A. P., Eng.-Col., Prof., Dr. of tech. sci.
Title High-speed aerodynamics
Periodical Vest. vozd. flota, 4, 85-87, Ap 1956
j
Abstract A critical review of the book "High-speed aerodynamics"
by W. F. Hilton, translated from English and published by
the Publishing house of foreign literature, Moskva, 1955,
504 pages.
Institution None
Submitted No date

/4 ~ P,
86-1-16/30
AUTHOR: Mel'nikov, A.P Eng Col, Professor, Doctor of Technical
S-d-fe nc: -es
TITLE: Aerodynamics of Delta Wing (Aerodinamika treugol'nogo
kryla)
PERIODICAL: Vestnik Vozdushnogo Flota, 1958, Nr 1, pp. 45-52 (USSR)
ABSTRACT: The author briefly describes the aerodynamical properties
of a delta wing. He states that in 1923 gliders of
B.I. Cheranovskiy, whose wings were almost of a triangular
planform and which had a small aspect ratio, already flew,
as well as in 1936 an experimental planeof A.S. Moskalev
whose delta wing had an aspect ratio ~ -' 1; that up to
1945.,planes with aspect ratio less than 5 were unusual,
and that the arrow wings and empennages were employed in
order to overcome the "sonic barrier". In Fig. 1 and 2,
the author compares the polars and curves c y f (C>~, ) of a
Card 1/4

Aerodynamics of Delta Wing (Cont.)
86-1-16/30
rectangular and an arrow wing whose aspect ratio 10 : 5 with
those of a delta wing whose aspect ratio is) 2. In Fig. 3 he
shows the dependence of the resistance Q = cx V2 s on M for
2
two rectilinear wings of a small thickness (5 and 3%). He points
out that according to the theoretical and experimental data the
delta wings are not superior, from the aerodynamical point of
view, to the arrow and rectangular wings when their geometrical
parameters (thickness, aspect ratio) are identical. Presently the
aerodynamical characteristics of wings have been determined by
means of, so called, linear theory. In Fig. 4 the author presents
the maximum aerodynamic efficiency Kmax for wings of three
different forms, calculated by the linear theory. By means of
Fig. 5a, where the dependence of cxp on the effective aspect ratio
presented, the author compares, with reference to
wave resistance, the delta and
the re ative coefficient of minimum
the arrow wings at M slightly higher than unit (at,/).~ less than 2).
In Fig. 5b he compares, with reference to the relative lift force
coefficient, the delta, rectangular and arrow wings. The comparison
Card 2/4

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ul Ajoaql IvauT, go suvew Aq auop suOTjvTnoTvO uo
(-Iuoo) WuTM VITOU 30 SOT'u?"POJaV
01/191-1-98

MELINIKOV, A.P., 'nzh.-polkovnik, prof., doktor tekhn. nauk; GREBNEV, O.K.,
ii~z~.---podpolkovnik. dote.. kand. tekhn. nauk.
"Aarod7namice of rotating bodies" b7 H.F. Krasnov. Reviewed by
A.P. Mellnikov and O.K. Grabnev. Vest. Vozd. Fl. 41 no.12:81-82
1) '58. (MM 11:12)
Aerod7namice)
asnov, N.F.)
t

PHASE I BOOK EXPLOITATION SOV/5969
i4ellnikov Aleksandr Petrovich-, Professor, Doctor of Technical
ciences
Aerodinamika bollshikh skorostey; osnovy gazodinamiki letatellnykh
apparatov (High-Speed Aerodynamicsi Principles of Aircraft Gas
Dynamics) Koscow, Voyennoye tzd-vo M-va obor. SSSR, 1961. 423 P.
lb,000 copies printed.
Ed.: A. N. Shilltsev; Tech. Ed.: R. L. Solomonik.
PURPOSE: This book is intended for the flying, engineering, and
technical personnel of the Sov-tat Air Force, the Civil Air Fleet,
and the All-Union Voluntary Society for the Promotion of the
A4-my, Aviation, and Navy. It may also be useful to students at
aviation schools.
COVERAGE: The book discusses the fundamentals of aerodynamics and
the application of aerodynamics to modern aircraft for Mach numbers
from those alose to zero to about Mach 20. Particular attention is
Card 1/4

High-Speed Aerodynamics; (Cont.)
SOV/5969
given to flows about bodies at near-sonic and supersonic speeds
with air compressibility and aerodynamic heating taken into
account. No personalities are mentioned. The book is based on
Soviet and non-Soviet open sources. There are 14 references,
all Soviet, (3 translations). The bibliography also refers to
non-Soviet periodicals.
TABLE OF CONTENTS [Abridgedlt
Ch. I. Introduction 5
Ch. II. Air and Its Principal Mechanical-Properties 10
Ch. III. Fundamental Equations of Gas Motion 31
Ch. IV. Supersonic Gas Flow
58
Ch. V. Boundary Layer, Friction Resistance, and Aerodynamic
Heating at High Flight Speeds 94
Card 2/4

High-Speed Aerodynamics; (Cont.)
Ch. VI. Aerodynamic Forces
SOV/15969
133
Ch. VII. Wing Profilea; Their Characteristics at Low Mach
Numbers 154
Ch. VIII. Finite-Span Wings at Low Mach Numbers 177
Ch. DI, Wings and Bodies of Revolution at Subsonic Speeds 216
Ch. 1. Shock Stall
Ch. XI. Wing Profile in Supersonic Flow
234
255
Ch. XII. Finite-Span Wing in Supersonic Flow 269
Ch. XIII. Bodies of Revolution in Supersonic Flow 307
Ch. XIV. Aerodynamic Characteristics of Aircraft and
Winged Missiles 343
Card 3/4

High-Speed Aerodynamics; (cont.) SOV/5969
Ch. XV. Stability and Controllability of High-Speed Aircraft 377
Ch. X7L.,%erodynamic Phenomena at Hypersonic Speeds and High
Altitudes. (Fundamentals of Hyper- and Superaerody-
namics) 398
AVAILART, : Library of Congress (TL571.r44)
SUBJECT: Aerospace
Card 4/4 ~D/wrc/idc
8/1b/62

3
24(l) PILASE I BOOK EXPLOITATION SOV/3150
TS*ro&Aiyskaya konferentelya professorov I prepod-atelay pedago-
gicbmaklith Inatitutov
PrImenenlys ul-troakustlict k Issledovanlyu vanhcheotva; trudy Won-
ferentoll. Vyp. 7 (Application of Ultrasonics for Analyst$ of
t
am a; Tran"ations of the All-Rusalan Conference of Pro-
"
"
a
res
Se
r
S
= Teachers or re..g~Slcal Institutes, Wr T) Moscow.
12d. HOPI, 1958. 283 P. 1. 5 capita printed.
Toeb. 30. a 3. F. Zhitov; 140. & V. F. Notdrev, Professor. and
IL D. ludryartsev.
MP=t This book Is Intended for physicists, technicians. &are-
nautical engineers and other persons concerned with ultrasonic@
COVIIIAM The book contains twenty eight articles which treat ultra
ral categorical 1) historical data
scale prisnamens, In five Son
an the development of ul tra onlea in the Soviet Union over the
:
past forty years; 2) the speed of sound in suspension& of varying
cancentratIon and number and type of' components and the relation-

~Albillty of elect rolytes;
ship between soundle compm!
_
3) ultrez~alc Investigations of physical and chemical properties
f materials and the determination or physical and chemical can-
a

dIA"t1c
atenta , 0. ". d"wity of "utou" solutiona. compreast-
t.:
billt7. solarity or oolutions (.Itb given parature a . visomity,
)
surface tension. saturation pressure and albo ultrasonic tnveatl-
gation of the carbon content and petrographic $tat* Of Coati 4)
Industrial applications of' ultrasonics, a. g. emulsification of
reagents, cleanalng of textile fibers and enhancing the cucepcl-
bility of come Aynthatle fibers to dyalng, etc. ; and 5) apparatus
.hich produce ultrasonic wavem. go parsonalitlea am mentioned.
It9torggggs accompany each artielo.
'*
Application of
Ultrasonic Methods for Manauro.
sent of the Depth of a Tempered Surface Layer 169
TAkazl-L3.-JL-2- and A-JL-Zlplx- Momentary Theory of a
quartz Converts,. 185
"llyanov, B. I. Measurement of the Coefficient of Abaorp-
tIOn Of Ultrasound In the Critical Ranae of Methyl Acetate
by the Pulse Rethod 201
Kal'YMDO-. S. 1. Methodological Pecullaritien of I-e3tl-
gating the Coefficient of Aboorption of 3~b3tancea In the
CrIticalltange by the Pulse Method
-a
l
f
.r MO&sum~nt Of the Speed of Ultrasound by the Optical
Method 217
jig-j=OAOv. Yu. M~ and 0 A Starostins. A New Dislggn for the
"
'
-
FIM~a-CIU
Mead
u
nFer of a 221
aMd Jk- I. lvhrn, A D-onstrator Pulse
~LkGIEOv Y-A,-%
~
a. r&,_.
W
l
r Ith trasonlc Indicator 225
Some Academic Experiments With the
-fP 't
o
ti
on M c troacouatle Apparatus 229
KudryaYtoov, 15, ft- The Propagation of Sound In Liquids Z~57
Ballnekly B A The Theory or Speed Dlarerslo and the
'
--;-
U
Z
Tff
i
-

o*
T
c
T
W Absorption Of Ultrasound 1,, 1. .
t
- of
Organic Acids
269
The Theary of Phase Tranaltiona With Two
M
279
Card 6/7

KUDRYAVTSk',V, Yuriy Georgiyevich; I-ELAVED, Vladimir Ionovich,kand.tekhn.nauk;
MINIKOV, An!~:~ey--5~~ich; KMKOV, V.F., inzh., retsenzent;
--- 4:-
'Razefs-VEY6, V.D., inzh., rebsenzent; ITNIII, N.F.,, 6oktor fiz.- mt.
nauk, red.; DUGINA, N.A., tekhn. red.
(Production and use of ceramic articles in the machinery industry]
Proizvodstvo i primenenie mineralokbramicbeskikh izdelli v ma-
shinostroenii. Pod red. N.F.Kunina i V.I.Melameda. Mosk7a, Mash-
giz, 1962. 157 P. (MIRA 15:10)
(Machinery industry) (ceramics)

!!Ll H IKW ndr t~epanovi.ch; HTKHAYLMSKIY. Vladicir Ivanevich;
HUMUFABSKIT, T.T. . redaktor; RA 7, S. I., tekhn. rodaktor.
(From Sochi to Krasnaya Pelyanal Ot Sochi do Krasnol Poliany.
[Nookwal Izd-vo VTeSPS Prefirdat, 1955. 127 P. (KLRA 9:4)
(Krasnodar Territory--Guideb*oks)

-Lei

OVGHINIIIKOV, L.H.; YAROSH. N.A.; F941YIKCV.L M.
Chernaya Sopha sicarns. Trudy Gor.-geol. inst. UFAS SSSR
no. 35:3-19 160. (mmA i4a)
(Chernaya Soplca Massif (Iforthern Urals)--Sicarns)

Zun.vite in secondary quartzites of the lvdall
Urals). Trudy Gor.-geol. last. UPAR SSSR no.
(Ivdall region--Zunyite)
region Oforthern
35:133-135 160.
(MMA 14:1)
Y

MELINIKOV, A.S.; VOLKOV, S.N.; YEROSHEVSKAYA, R.I.
Silurian and Devonian of the Northern Sos'va region. Trudy VSIZEEI
86:87-101 162. (MIRA 17:11)

VARVARZHOVSKIY,Ludvig [Yaizvarovs!g, u47ik); GRACHEY, I.G.
[translator]; KE I il-MV, A.S. riiiu-nslator]; PASHKOV, A.T.,
kand. voyen. nauk, polkovnik, red.; BULATOV, A.A., kand.
voyen. nauk, polkovnik, red.; PAVWV, P.L., red.; SRIBNIS,
N.Y., tekhn. red.
[Maneuverability] Manevrennost'. Moskva, Voenizdat, 1963.
172 p. Translated from the Czech. (MIRA 16:10)
(Germany--Military meneuvers)
(Germany--Strategy)

~ZLINIXOV, A.S.
gome demonstrative experiment-9 in acoustics. Mat i fiz 27iig
8 no.104-56 Ja-F 165. 1
L N.K.Krupskaya Pndagog~t Institute, Moscow.

RMINOV, V.V., kand.tokhn~na4; IOUNIKOV, A.V., inzh.
-----------
Dev~ices for charging silver-z_bpc storao batteries with an
asymmetric alternating current., Vest. elektroprom. 32 no ?-
73-75 J1 '61. (MIRA 14: 0)
(Storage batteries)

AU T -,-,OT-1 S "arroz ov
Skripov, F
TITLE: Methods of Free Nuclear Induction in Weak- MaCnetic Fields
as Applied to Some Proble7is of Radliospectlroscoiy RequirinE
I
.-reat Resolution Power (metolil:a svobor1noy ya~ernoy in-
duktsii v slabykh ma~Tnitnykh po"yakh v primenenii k
nek.oforym zadacham radiospektroskopii vysokoy razreshayushcney
sily)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1)7,'3,
Vol 22, Nr 9, pp 1141 - 1144 (USSR)
ABS'-RACT: In the paper cited by reference 1 a new method of ob-
servation of free nuclear precession was found which
permits to extend the investigations of this phenomenon
to the region of very weak magnetic fields. This report
gives two examples of the application of this method
in radiospectroacopy. The firot problem io the inve.9ti~r,.,tj()jj
of the fine structure of the nuclear resonance signals:
This type of structure is caused by tille indiro~:ct inter-
Card 1/4 action of non-equivalent nuclei in the molecule.

Methods of Free Nuclear Induction in Weak blag-.etic SOV 48-22-9- z7/'4 0
'Fields as Applied to Some Problems of Radiospectroscopy Requiring Great
Resolution Power
O=P(-O-CH 2- CH 2- CH 2- CH3)3 was chosen as specinen for the
examination. When only the earth's magnetic field is
present the chemical displacements disappear. Hence
such splittings disappear which were caused by the in-
direct magnc-,tic interaction between the proton gr~)ups
(the condition1v - 1~ J~ a/h not being satisfied). Such
I A B
a simplification of the spectrum permits to emphasize
the individual mutual nuclear actions (in this case
H1 and p31). This is a great advantaCe offered by tl~e
method of vreak fields. Notwithstanding the. fact that
the spectrum is simplified to a certain degree, a certain
variety in the valence of the protons is still retained.
It is caused by a different interaction with tne ?31
nucleus. This variety apparently is sufficient to i,er::_;t
the spin-spin bindines of the pr tons with eac;, )t:.er
to begin to exert a noticeable influence on t,.e character
C ar d 2 A of the spectrum. The interrelations of the rusonance

Methods of Free Nuclear Induction in Weak Maj~nr-tlc
Fieids as Applied to Some Probl(Ims of Radiospectroscopy Requiring 'great
Resolution Power
frequencies --O(F 19 )/))(H') = lc(F'9)/k (H) in the magnetic
field of the earth were determined experimentally and
the results were compared with evidence existinj for the
range of strong fields. After a generalizAtion based upon
several measurements these results were obtained:
CP2CL - CFCL 2 and H 20: k(F 19 )/k(Hl)=0,940920 + 0,000020;
CFCL3 and H20: k(F'9)/k(H')= 0,94oga7 + 0,000030.
The difference between the data for strong and for weak
fields is only 0,0015% and does not exceed the experimental
error. As regards the pair CFCI,-Water, no data are
known for it in strong fields. 2vertheless it was pogsible
to compute the chemical displacement of the signal F19
between CF 2C1 - CFC12 and CFCl3 in the earth's magnetic
field. The measurements of this quantity in strong
fields (Ref 8) furnished a difference which also does
Card 3/4 not exceed the experimental error. There:- are 2 fijures

blethods of Free Nuclear Induction in Weak 'Atignetic SOV/48-22-9-37/40
Fields as Applied to Some Problems of Radiospectroscopy Requiring Great
Resolution Power
and 8 references, 2 of which are Sov-et.
ASSOCIATION: Nauchno-issiedovatellskiy fizicheskiy institut Leningradskogo
gos.universiteta im.A.A.Zhdanova (Scientific Research
Institute of Physics at the Leningrad State University
i.meni A.A.Zhdanov)
Card 4/4

L 21198-66':,,*- EV1f(l)/FQC. IJP(~) .*/GG/GS/G~
7
ACC'NR: -,AT60046015 SOURCE CODE: AM/0000/65/000/000/0049/0063
iAUTHOR: HeVnikov Ai. V.
ORG: none
*TITLE: Use of-nuclear magnetic resonance-for.differential measurements in the mag-;
:netic field,of the earth
L i9grad. Universitet. Yadernyy magnitnyy rezonans (Nuclear magnetic reso-
!nance). no.: 1, 1 1965, 49-63
JOPIC TAGS: ..nuclear magnetic resonance, earth magnetic field, magnetometer
1ABSTRACT: The author discusses theprinciples fete constructing systems to use the
inuclear magnetic resonance method for differential measurements in the magnetic
Ifield of the earth4nd some of the physical problems-involved in putting these sys-
Items into operation'. -The 7, literature on differential ma is reviewed and
gnetometers
Ahe -wd shielding from exte
Problems of reducing inherent noises rn4l interference
-:,,at%e considered. An approximate comparative evaluation-'Is made of the freedom from
interference in various differential,magnetometers with the following simplifying
t Card 1j?.,

RYSS, M.A.; DMITRIYEVA, G.V.; SMIRNOVA, A.S.; Prinimall uchasti*ve:
RUKAVISIBJIKDVA, V.V.: KOMLINIKOVA, I.A.; ZHIVYKH, T.I.; BAZHFNOV, MI.;
)CLINIKOV.
Ways of imDroving the ppriformance characteristics of electrod(-s
for stpel ~,mpdting fwmncps. Stalt 25 no.5:1+23--425 r4y 165.
(MIRA 18:6)

HELINIKOV, A.Ya.
Hydrostatic leveling instrument for detarminirg the -levation Of
points in geophysical observations. M%ved. geofiz,no.2tlQ4-lO?
164, (MIRA 1825)

ACC NRi iT6025607 :/O,~13/66/000/013/0049/0049
1NVE'&I'TOIU: aseno,,r, B. Ya.; Shp:-,-, *1-1. 7.;
ORG: none
TITLE: A device for burning holes in aircraft blades. Class 21, INO. 183297
SOURCE'. Izobreteniya, promyshlennyye obraztsy, tovarnr o znaki, no. 13, 1966, 49
y
,OFIC TAGS: aircraft propeller, electric equipmont, eloctric dovice, flaw detection
ABSTIACT: This Author Cortificato presents a device for burning holes in aircraft
Iler blades- I'he equipment consists of a holder with electric cables fixed to
Prope
U
and of electric neeiles fixed in its body. To locate hidden holes in the rubber
coating and to burn them through, two needle-like pinches are fixed to the body.
These pinches enter the previously located holes in the propeller, while the electric
needle is placed at a desired distance from them.
.1
SUB COM' 13/ S-031 DA-1E. 30,Tun64
Card 1A UDC. 621-365 629-13-01/06

RELINIKOV.B.P., kandidat tokhnicheakikh nauk; TSIRLIN.Yu.A.. kandidat
v
IVYMM Mceskikh nauk; KEM.K.A.
A nev simplified system for producing furfurole in hydrolysis
plants. Gidroliz. i lesokhim. prom. 8 no.2:10-12 '55.
(MLRA 8-10)
1. Starshiy laborant Vsesovuznogo Nauchno-issledovatel'skogo in-
stituta gidroliznoy i oullfitno-spirtovoy oromyshlannosti (for
Kever) (Furaldehyde)

AUTHORS, lle3lniko- A V morozol, A A~ 97-28--'--36/39
Rotsh,eyn k, -a Skripov F I
Sm--irnov S. V~
TITLE; A Method of Free Nucipar Induction for Measuring Weak
Magnetic Fields (Metodika s-vobodnoy yadern~,y Lnd~,iktsijdlya
izmeren4ya slabykn magnitnykh poley)
PERIODICAL- Zhurnal Tekhnicheskoy Fiziki 1958 Vol 28. Nr 4.
pp 9'o-912 (USSR)
ABSTRACT; A laboratory apparatus for the measurement of weak
magnetic fields, according to the method of free nuclear
induction was here set up and tested The fundamental
data of this apparatus are given here The sendert the
proton-.resonance in distilled water (k.0.23483 Gauss/kilo-
cycles, T2 =7t-3 sec) was used The receiving coil had
Booo windings and formed pa-,*c of the resonance-cirsuit
with a figure of mer-~t of about 3o and a natural frequency
var4~able around 2 kilo,~ycles The auxiliary field was
Card 1/3 produced by a one-layered solenoid of a square cross sec-

A Method of Free Nuclear Induction for 57-28-4-36/39
Measuring Weak Magnetic Fields
tion It was possible to use an amperage of up to 15 A
in the case of 11mm w;re diameter which guaranteed an
0'= "oo Gauss The ampl-Lfierf from the input circuit
the signal pro,2~eeds to the input of a three-cascade-R C
--amplifier with pentodes An amplification-.factor of about
1.01-~' was usually used The band width of the amplifier is
about 3 kilocycles the effective band for the noise is
determined by the circuit and is about 7o cycles. The ob=
servation of the free nuclear induction~ When the signal
is after the amplifier transmissed across a cathode follower
to a locip-oscillograph, the envelope curve of the signal
is obtained on the picture in the case of a low velocity
of the film, At a high velocity it is also possible to
dissolve individual oscillations For the exact frequency-
measuremen- -)f the free nuclEar induction the method of
beating with the 3tandardized frequency of 2142,5 cycles
was employed The measuremenf of the fipld-gradientsi
When 2 coils of a atatir free sender are fastened in
points, where the magnetic field strength is different.,
due to the frequency difference of the precession in the
signal of nuc,ear '-.nducTior, itself a beating forms whose
Card 2/3 frequency is a measure for the field difference- The

L Method of Free Nuclear Induction for 57-28-4-36/39
Measuring 'Weak Magnetic Fields
management of the Scientific Research Institute for
Metrology and Yanovskiy, B. M_ Professor, made it
possible to perform the experiments in the rooms of
the Magnetic Laboratory of the VNIIM in Kavgolovo.
There are 1 figure and lo references.
ASSOCIATION: Nauchno-issledovatellskiy fizicheskiy institut Lenin.
gradskogo gosudarstvennogo universiteta (Leningrad,
Scientific Research Institute for Physics of the State
University). Vsesoyuznyy institut metodiki i tekhniki
razvedki Ministerstva geologii i okhrany nedr (All-Union
Institute for Geological Prospecting Methods and Techniques at the
Ministery for Geology and Protection of Mineral Resources)
SUBMITTEDt October 11, 1956
Card

MELINIKOV, A.V., tekhnik.
More accurate recording vacuum gauge. Elek. sta. 27 no-10:54 0 156.
(vacuum gauges) (MLRA 9:12)

SOV/58-59-9-21044
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 9, p 234 (USSR)
AUTHORS: Molchanov, A.P., Gyunninen, E.M., Mel'ni kov, A.V., Molchanov, AI.P.,
Myasnikov, L.L., Rysakov, V.N., Skripov, P-,.T-.-,-Tllippov, M.M.
TITLF: Results of the Observations of the Solar Eclipses of 1952 and 1954 at
a Wavelength of 3.2 cm
PERIODICAL: V sb.: Polnyye solnechn. zatmeniya 25 fevr. 1952 g. i 3u iyunya 1954 9.
Moscow, AN SSSR, 1958, PP 331 - 332
ABSTRACT: The authors give the results of the radio observations of the solar
eclipses of 25 Feb, '1952 and 30 June 1954. The residual intensities
of the sun's radio emission amount to < 4% and 0.98% respectively.
Card 1/1

MODIN, Nikolay Alekseyevich; YEROSIUM, Aleksandr Mkolayevich.
P
&IIIELINIKOVO Aleksandr Vasillyevich; GUDTSEV, Richard Ivanovich;
FREGERJO D.P.$ red.izd-va; MLOGUROVA, I.A.,
tekhn. red.
(Equipment of small briquet plants for the briquotting of chipped
wood waste] Oborudovanie malogabaritnykh briketnykh stantsii dlia
briketirovaniia izmellchennykh otkhodov drevesivj. Leningrad,
1961. 29 p. (Laningradskii dom Auchno-tekhnicheskoi propagandy.
Obimen peredovym opytom. Seriia: Derevoobrabatyvaiushchaia'pro-
myshlennostil, no.10) (MIFLA 15:5)
(Wood-using industries-Equipment and supplies)

STESIN, Ye.L., kand.tekhn.nauk; MYSHINSKIY, L.N.. lnzh.; MZLINIKOV,
A.V., inzh.
Designing cutter-loaders with an auger boring iachine.
Mekh.i. avtom.proizv. 14 no-9:32-34 3 160. (MIRA 13:9)
(Coal mining machiner7)

RYSSf M.A.; DMITRIYEVA, G.V.; SMIRNOVA, A.S.1 Prinimali uchastiyei
RUKAVISIUIIKOVA, V.V.; KOTELINIKOVA, I.A.; ZHITfKH, T.I.;
BAZHENOV, A.N.;_SlIIIKq, Aj~
Ways of improving the performance characteristics of electrodes
for steel smelting furnaces. Stall 25 no.51423-425 My 165.
(MIRA 18:6)

GHERTETSOV, V.N.; WLINIKCVP-B.A ..
Semiautomatic apparatus for painting in an electric field and
for drying painted articles with thermal radiation. Lakokras.
mat. i ikh prim. no.6:71-72 161. OdRA 15:3)
(Painting, Industrial-Equipment and supplies)

W-,'L'NIKOV, B.A.
Controlling the rorrosion of ccndensers in petroleum-refining
equipment. Nefteper. i neftekhim. no.10:13-19 163. (MIRA 17:2)
1. Groznenskiy neftepererabaty-vayushchly zavod.

I~ELINIKOV, B.F.., inzh.
Grapple and scarifier. TrEnap. stroi. 13 no.7:66 J1 163.
()-URA 16:9)
(Zarthmoving macininery)

MELQNIKCV, B.G.,
Concentration equation of a stage countercurrent. interfacial
exchange. Dim. i tekh.topl.i masel 6 no-7:16-21 Jl 161.
(MIRA 14:6)
(Distillation, Fractional) (Mass transfer)
I

KELINIKOV, B.G.
Analysis of the equation for concentrations of stepwise
countercurrent interfacial exchange. Zhur. prikl. khim.
37 no.23317-325 F 164. (MIRA 17:9)

tcLINIKOV, B.G.
* r col"Imr.. P~
~,.. on.
for a :-C-C-f~c - 'I": , -
C oi cen t ra t : an I .- . -
~, ~ ~ - '7 1 ~7
,q( .- I
- - . I
~jdin. 37 ri.,.9: - -

B.D., gornyy inzh.7 MFLINIKOV, B.3., p,,nr?iy jnz., .
LUTS KJ Y p
Use of combined and dispersed charges in 1,hr- - -f
containing rooks. Gor. zhur. n,).lC-g57...58 0 16,~.
( m j rr -A I p ; 111;
1. Irkutskly nauchnn-AssIpdovatells~1v fnstit~if,
Irkutsk.

MMINIEDV, B,I., inzharor.
6.
ximimum slopes for ditches. Transp. stroi. 6 no.3:29-30 Hr '5
(Ditches) (MM 9:7)

SHUROBURA, B.L.; TARMUN, R.A.;(,MINIKOV, B.K.
RaAioactive tagging of the brown rat an a method of studying migration
problems. Zool. shur. 39 n0-11:1700-1706 ff 160. (KIRA 14:1)
1. S.M.Kirov Military-Medical Academy, Leningrad and Leningrad
Municipal Disinfection Station.
(Animals, Marking up) (Radioactive.tracers)

_14MINIMOV B. K. (Veterinary Doctor, Belozersk Inter-District Veterinary
Bacteriological.
- raboratory.. Vologda Oblast'). (Abstracted by V. A. ALIKAYEV)
"Use of Florinskii's apparatus..."
Veterinariya, vol. 39, no. 2, February 1962 pp. 83

14,
f:z

1-itiINIKOJB.14.
BARANOV, V'-S-; IM'SHOT. B-S., retsencent; BOBROV. I.I., redaktor.
(Technical prelWnartas :to production In shipbuilding p1mts]
Tekbnologichanksla podgotovka prolsvodstva na, sudostroltellnom
ZaTods. Moskva. Goo. nauchno-tekhn. izd-vo mashinostrolt. I
audoetroiti,)At-ry, 1954. 166 p. (NLRA 7:7)
(Shipbutiding)

Subject USSR/Engineering
Card 1/2 Pub. 110-a - 6/17
A ID P - 5oo4
Authors Davydov, N. I., Kand. Tech. Sci., I. P. Dudnikova,
S. 0. Dudnikov, B. N. Mellnikov, Engineers
Title Methods of determining the frequency characteristics
of Industrial control objects.
Periodical Teploenergetika, 9, 35-42, S 1956
Abstract Frequency characteristics are often considered in the
investigations of the industrial Installation performance
and in the solutions of complicated problems of automatic
control. The methods described here for determining the
frequency characteristics are based on the excitation of
oscillations in a closed system of automatic control.
The oscillations start by a harmonic signal at the control
input. An example of the use of this method is presented
for testing the dynamics of an once-through boiler.
10 diagrams. 8 references.