SCIENTIFIC ABSTRACT MAKSIMOV, P.P. - MAKSIMOV, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031620018-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~~M-F-P-.#-uchitell (gorod Kanash Chuvashakoy ASSR)
Lessons on the honey bee. Biol. v shk-Ae no.4:15-10, Jl-Ag '61.
(Bees) (MIRA 14:7)

MAKSIMOV, Palladiy Petrovich; YEFIMV, A.L., red.; YEMKLIYANOV, F.V.,
- 'red., TATURA, G.L., tekhn. red.
(Beekeeping]Pchelovodstvo; posobie dlia uchashchikhaia sell-
skoi srednei shkoly. Moskva, Uchpedgiz, 1962. 183 P.
(MI RA 16: 1)
(Bee culture-Study and teaching)

KAKSIHOV. P.
.-*Q~
Lot us supply the Industry with hi&-grade raw material. Hias.ind.
S= 24 no.6:49-52 '53. Off-RA 6:12)
1. Mwhallnik Glavnogo upravlonlys, po sagotovbam skota.
(Animal indbcLatry)

lam"OVI"P..
GINMIM I., inzhener; MWMIMOV. P., inshener.
An efficient ammonia system for refrigerators. Khol.tekh-31
no.2:22-27 AP-Je '54. (MLRA 7:7)
(Refrigeration and refrigerating machinery)

MAKSIMDV, P., inzhoner.
Some solutions of technical problems in France's cold storage plants.
Khol.takh.33 no-2:39-44 AP-Je 156. (MLRA 9:9)
(France--Cold storage warehouses)

KARSIMOV. P.. tnzh.
Standard plans of small cold storage plants. Khol.tekh. 33
no.4:41-44 O-D '56. (MIRA 12:1)
(Cold storage warehouses)

USSR/General Problems. Tillethodolo."~ry. History. ScientificA
-Lnstitu+,-*Lons and Conferences. instruction.
_~Uest_icns Concernin:~,- B-*Lb11*oi_7ra.-1-_.y and ~7cie-_
tific Documenluition
Abs Jour -lef -, 4
ya :Io
I. lindlin
Author P. Maks _'_- ov
Inst State institute for ~lanrini~ Refrii-,erators
and Dry Ice and Ice Cream F-qctorie~
Title- State Institute for Plannin,-, Refri.i.rerators
and DiT ice and Ice Cream Factories
Orig ub ~2iolodil'naya tek-'inika, 1957, No 3, 2"?-23
Abstrqct ~.`o the 4.0-uh anniversary of the -Treat -'.ctobe--
Socialist .,evo_1i_,.tio-. A revie,,v of the Institute
7activities ~incr.- !_,,751.
Card 1/1

(State Insititute for ~t!signing 1L'n,--rpriseq 0. Lhe iLa-ri-leraLLig Industry, AIOSCui):
"Improved schemes for the kMJflL,,- ia LnC-Ut PUM,3 ~;YSteT,"
ircui-atiuri 0, rrench -
5 page2/
report presented at the International Inst. of tafrigeration (11h), Annual
k4eetings of "mmissions 3,4, and 5, Moscow, 3-6 6ep 1958.

MMINDY, P., insh.
a ~' designs for distributing cold storage varehouses (with ij"mmry
in Englishl. Xhol. tekh. 35 no.4:22-26 Jl-Ag 158. (Km U:10)
l.Gosudaretvennyy inatitut ibetitut po proyaktirovanlyu predpriyatiy
kholodillnoy molochnoy, maelyanoy i syrodelluoy pronVehlennosti.
Nold storage varehouses)

Pr K-S ~M--,v - - -
A
111.6 A
tot
A
ell! al -
ve
41- :31i HI, :vj
44
cu

14(l)
AUTHOR: Maksimov, P., Engineer
SOV/66-59-2-2/31
TITLE: Standard Designs of Small General Purpose Refrigeration Warehouses
(Tipovyye proyekty nebol'shikh kholodillnikov obshchego naznache-
niya)
PERIODICALi Kholodillnaya tekhnika, 1959, Nr 2, pp 5-8 (USSR)
ABSTRACT: Giprokholod has developed 4 standard designs of refrigeration
warehouses of 12, 25, 50 and 100 tons capacity. They are in-
tended for community centers, working mens quarters, sovkhoz and
kolkhoz organizations, for temporary storage of fresh and frozen
food products. Using standard building material and equipment,
ensuring maximum efficiency at lowest possible cost, these stand-
ard types of refrigeration warehouses are designed for large-scale
construction. The refrigeration compartments have an even tem-
perature of -120 to -150C as indicated in Table 1, giving also
capacities of the 4 types equipped with automatically controlled
ammonia refrigeration systems and operated by compressor con-
denser units. Characteristics of equipment and requirements of
heat, cold and eiectric energy are shown in Table 3. With opera-
Card 1/2 tion and temperature being automatically controlled, attendance is

SOV/66-59-2-2/31
Standard Designs of Small General Purpose Refrigeration Warehouses
reduced to periodical inspection of the control devices and re-
frigeration equipment.
There are 2 sets of diagrams and 3 tables.
ASSOCIATION& Giprokholod
Card 2/2

25(5)
AUTHOR: Engineer
Sov/66-59-5-16/35
TITLE: Protection of Structures Against Damage by Transportation Mechanisms
PERIODICAL: Kholodil'naya tekhnika, 1959, Nr 5, PP 56-57 (USSR)
ABSTRACT: The article describes various ways and means of protecting exposed
parts of buildings, such as pillars, corners, door ways, passages, en-
trances and exits from suffering damage by careless driving of trucks
and wagons. The protection consists in most cases of wooden boards
tied together by metal strips, of sheet metal or metal bars. The fic--rs
of elevators, exposed to extra heavy wear, should be provided with a
removable top layer of wooden boards 50 mm thick.
There are 2 sets of diagrams,
Card 1/1

KAKSIMOV, P., inzh.
btandard one-stor7 medium-size refrigerating plants. Mias. ind.
SSSR 30 no.5:6-10 '59. 'MIU 13:1)
1.Gosudarstvanny7 institut po, proyaktirovani7u predpriyatiy kholo-
dilluo7, molocb-no7, maal7ano7 i sy-rodellnoy promvshlennosti.
(Cold storage varehouses)

- KUMIMOVj P., inzh.
Refrigeration and refrigerating machinery in the Chinese People's
Republic. Khol.tekh. 37 no.4:60-61 J1-Ag 160. (KM 13:11)
(China--Refrigeration and refrigerating machiner7)

f~6~en-: meat ~,~ :A flooi plan of the man
bidi, d f-
ding Id's ww-.an the.te6hfiical
ped ficat
-tb refr geration equipment.
arv -,g ven,, ions of 6
-f g
c g~;Ailit ..has.#,:-,3 ureff,
1. ~,:~ ~, RIG Mr.
SUB CODB.-:! A
SUBM bAlt
00i
Ooo/ OTH REF
t, i7,
17
vy

Wm IMOV I lb a
--- - - VR 0
Neu hArbor oold storage warehouse in V2.adivestak, Khole tokh,
42 no#A.01-72 JI-Ag 165, (mA 1829)

I-MAKSIMV. Pj~., kapitan I-go ranga zapasa
Tactical training of officers of small ships. Mor. sbor. 47 no.lM&50
J& 164. (MIRA IS.-7)

MI,KS*DUVP Pov., kaplta-m I-gv range, zapasa
Is necessav.- t.:-, ru'~-'-rate the comuna dei-16 ' dependence
in
and InitiatIve. ~~r. sb--:-. ~8 no.."Al-66 ~~ 165.
(MITRA 18t6)

MAKSIHOV. Fetr Yakovlevich; USPENSKIT, B.V., redaktor; MALIKOTA, N.V.,
~'-"tV=h-Ire'8Vfr'?ddakt , r
[Road surfacing with soil asphalt] Dorozhnata odazhda iz grunt-
aefallta. Moskva, Hauchno-tekhn. izd-vo avtotranap. lit-ry, 1956.
25 P. (MLRA 9:8)
(Pavements)

CHUDARS, Ya. [Cudars, J. ]; SKVO".' VA, N.; -MW-TKQV, -4,
Comparison- of tba possibilities of determining the moisture
content of building materials using neutron radiation and
neutron baokscattering methods. Izv. AN Latv. SSR no.10:
91-98 162. (MIRA 16:1)
1. Institut fiziki AN LELtviyakay SSR.
(Building materials-TestinR)
(Neutrons) (moisture)

I-LAKS D~GV S. A.
Polet v slozhnyir-h meteorologicheskikh usloviiakh. (Meteorologiia i
gidrologiia, Informatsii-17:yi sbornik, 1946, no. 5, p. 36-49, biblio-
graphy)
Title tr.: Flight undt3r un.1~2vorable meteorological conditions.
QC851.1-127 1946, no. 5.
SO: Aeronautical Sciences and I-viation in the Soviet Union, Library of
Congress, 1955.

elAYMMU, S. A.
ln~y~rograpn and 'iliermograpti of a Polar Model," No 4, pp ci-82.
(Meteorolo~~-Jya i Gidrologiya, No t) Nov/Dec 1947)
SO: U-3218, 3 Apr 19:503

WSR/Wetearalogy - Preissure, Jul
Atyibispherle
Meteorological instruments
"V14trumerItS fo:~ M*asm-ing AtmospherIc Presmwe-
U*ing Priwatic Ccnnection, of Units,n S. A.
"Meteorol i Gidrol" No 4, p 86
r.4d bar=eter and baro-
Original designs for ar.
graPh by Engineers Ma-MuYlov and Maklakov of M06-
co,w Hydrometeorol. Instr BIdg Plentr in vhich
cylindzrical connectiona of mechanical elements
162T88
USSR/Meteorology - Pressure Jul/Aug 48
Atmospheric (Cantd)
are replaced by.connections using sL-ts having
pointed 1=ismtic knife and inner prismatic
support. Submitted 3-1 Feb 47.
1u;
162M8

Leva.ndovskiy, Kaziipir Frantsevich,
Fiftieth anniversary of 1A.F. Levarslovskiy's acientific I'ct- i ';O.r, 194j.
H'anthiv List of Russian Access4-ons. T-dbrary of Com-ress, October, 1 *:r:L-'-

MW-D40V--S.A. PEMIN, I.M.
',!ete -
oro' oF,
,y, Agricultural
11 i.
History of agricultural meteorolD,-,:i -1: the i p-i-Irol. '~o. 5, i-,;-9
Monthly List of Russian Accessions, Library of Congress, October, D12.

Abs t.
551-5:63:92(47)
Vel 1, 1',). 3 Mak,:mev, 5, N P. I. Brounov-osnovopolozhnik sel'skokhozialstvennol tneteorologii. -
[P. I Brmlll""-I Lenin;:ra(I,Gidrmet.lzdat.,l950.,
4 3 p. 5 figf; DLC- P 1. Mov~%oN . born in IRS2 in St. Petcr;hurr Rus~ia- worked about
fifty vea, in pli-ical pc,)~zraph%. oreanotzraphy, general metellrology and especially in ag-ro-
t , lie ha5 u ril tell abotjt 120 P, r5 and c5tiblilhed in 1807 the first agrrimeteoro-
me eorokw, -1 Pe
I'Vir-ij iwr,i(~ n tl,c ,otld. A map of the agronieteoNogiral stations and a map with thr'l
l1mributiot, of dr,)ijvht- in Rij5-ia are given. StOP-cl 11caditigs: 1. Biography 2. Brounow,
1. 3. Agro-r!~eteorologicsJ services 4. Drought 5. U.S.S.R.-A.A.

YL4KSIMOV, S. A.
P. I. Jrounov, founder of agricultural meteorology.
Leningrad, Gidrometeoizdat, 1952, 55 p., figs., bibl.

MeteorologJmal Abet.
Vol. 5 . No.- 1
Jan. 1954
PaA
Workg'.Of SpeCial
Inteiest
All
SSI.SM
orgloglit I ;41'skoe kbotfalstwo. [Meteorology and agriculture.3
1952. 94 p. 25 figs., IS tables. Price: 2 rubles. DLC-
Includes short history of agricultural meteorology in Russia (beginning with Lomo'.40sov,
17391 with cnnsiderable attention paid to the organization of agrometeorological service
in the U-5.S.R. since the Revolution. The work at agrometeorological stations is described.
The effccts of radiation. soil and air temperatures, snow cover and its conservation, soil moisture,
humidity and wind on crops are treated in separate chapters based on actual data from crop
grawth in U.S.S.R.: harmful met eorological conditions such as drought, hot winds. hail, i
fron. cluudbursts. glaze, and intense freezing; the means by which the agrometeorological
"rvice helps agriculture ((orecast, warnings, studies. etc.) and, finally, on the transforma-
tion of nature in the U.S.S.R. according to the ideas of allgaulig; and Lysm.Ko (effect of
-helter belts. etc., Pre retiet%ed. Subjea Heading:: 1. Agricultural z4atearology 2. U.S.S.IL
-.lL R.

WSIMOV,
i ologioA Ab S*fract
-A~dupts 1.953
Part I
'General Meteorology.
68-23
551-5:e1&92
ziaYstvennol
ksmo S. A., Osnovatell sellskoUho
m-etddrO1dgTr-Mtr Ivanovich Brounov, fThe founder of
agricultural meteorolo , Petr Ivanovich Brounov. 7
Meteorologiia idrologiia., No. 7:51-pj, 1952. 13LC-
Review o~ scientific works of P. L BROUNOV (born December
21., 1852, die&April 24, 1927). P. 1. BROUNOV, after
graduating from ~he-Physical-Mathematical Faculty of
Yetersburg University in 1875,, started to work at the Central
jPhysical Obs-rervatory. Many original investigations by
BPOUNOV on weather analysis and study of directions of
cyclone movements were carried out there. He was the first
to introduce the so-called isobar method. In 1890 he was
elected professor of Kiev University and continued his
scientific activities by investigating the relation between-
climatic conditions and'hariculture. BROUNOV formulated
the problem of a - new icience-agricultural moteoroloMr as
,A~st,,,dy of neteorol-or-lion! factors and their rel9tion to
soil and life o--F' plants an-1 eni-1-31s. In 1897, at BROUNOVIS

sugge'stion., a special'twtit "Lon, "Meteorological Bureau,n for the orgaidittion
of a spee'lal. net'w6rk - -of 'a'gro-.;ieteord1bgica'1 stationq~ investigation of if4uence
Of metporologidaX. statlohsp investigation of. influenc .of meteorologicala
e 'Uments
on gr.owtA, ~;r cultural plantdp dqvelo nt of methods.-of agm-msteorological
Pme
observations and.for.special study of atmospheric,procisses dangerous fdk
a iculture wa.s~ established. In 190k BRO"OV founded "Trudy po Ssliskokhosia-
i
gsrtv3ennoi MeteorologAll (Transactions in agricultural meteorology), a periodical
wen known inside and outside of Russia. Genetic system of climates and criterion
of &rought'iAroduce7d by BROUNOV were used largely for agrocUmatic regionalizition.
Subject Headings: Is P. 1. Brounov '2. Agricultural meteorology 3, Biography# ,
N, T. Z, f,

MAKSL~,OV, S.A.
The 75th AmAversary of the Meteorological ObservaLory imeni V.A.
Mikhellson Met.-orol. i gidrolo-:Iya, No 1, 1)53, pp "-/,5
Z-No abstract ~;iven. 7
(UhGecl, No 5, 19~1)
SO: Sum. No. 568, o Jul 55

'IS.14-
M wro t A ich;GOL'TSB3RG,I.A., redaktor; NOISEYEV,I.T.,
"'~I
0 .
'%0 IK,A.A., tekhnicheskiy redaktor
[Meteorology in agriculture] Meteorologiia i sel'skoe khosiaistvo.
Izd. 3-e. ispr. i dop. Leningrad, Gidrometeorologichookoe Izd-vo,
1955. 141 p. (%ff-'RA 9:1)
(Meteorology, Agricultural)

-feilik - o
itt
f ivi- it, V~ A.. grannotillit g a;
19S5.' '31
0 li" 47
I Pnk.-
~n DLC,- A ranshilwai Irim) Rugaum. iiif Ifigitr
It book- Itod'
L,,iduliiqtd, n1d -let IM-Thig mt
~rfrlllturiltlnlet -mtology I - ' i ck -h- d
F ~_Lppiicif a. 5 - strictly. pr, 'cal in ita 4ppmu to t e atu y:
awl, f4 a
isciples ancl tixti
Aqui~a to agricti4tiral -praitka.
U-jillilling thit provedauil. [it k
k Itt LL illit! Ttq -
-tfid- r t bfl
ined.:- Thil L06
14-MI-lAitiv i 10 its t rproation 4:115t; j k,
41~ o
Me tvi
mmu4 far6tttillg 1.11 ibloAsi rt,,aho& for detcrin it ing.-
The [pillier deGfor~w~- 1 perinicaul fiab
~Soit tu re Cell I re ra tC z 0."Ictlia-tilig,* `mMiInt, Or ProLluctive ntatstllre~ dot6mination 6('the -
-;-vs i; ~11*rh-a,-; velluille imight Of
on o( total porom y title
_64 calcuLation a
:7 and
ui- jl-~~,,,,Ji fi, Ilui ernrwli 1) a agrivulf4ral cro
ilild iiatUTAI PAM T`Lz:
Ilatur, PI. 2d IR'Mth 13
14 - VA f m ugioll
_-uLb"C-,rur3*_G( pr;AtlCEiVL~lIlDhjtIj, Elie begirilliliz 7:~
oftile,mclatt"apterpud a it'd on- the m-seii* a( kive-maistureint twistaifbftf.~ ~Cmt~

K M IMOV. S.A., kandidat geograficheskikh nauk.
Return of cold weather. Priroda 45 no.6:127 Js '56. (KLBA 9:8)
1. Koskwoskaya sel'skokhozyaystvannaya akademiya imeni K.A. Timirya-
z6va.
(Spring)

.- WAKSIMOV ndidat geograficheakikh nauk; KLLYUZHNYY, A.S.
- 2~~r&s Q. id~~
Sleet. Priroda 45 no.12:127-1-28 1) 156. (MY-RA 10:2)
1. Noakowskaya sel'skokliozyaystyennaya akademiya imeni K.A.Timi-
ryazeva (for Kakalmov). 2.Rostovgkoye byuro pogody (for Xalyushnyy).
(Ice)

BROYNOV. Petr Ivanovich; MAKSIMOV, S.A.. kancl.geograf.nauk, red.;
SIUMLISHCHIKOV, 11". ~.,~O&~nnyy red.; GROSMAN. R.V.. red.;
FIAUX, Ufa., takhn.red.
(Selected works] Izbraanve sochinentia. Ianiagred, Gidrometeor.
izd-vo. Vol.2. [Agricultural meteorology] Sell skokhozialetvennata
mateorologiia. 1957. 337 P- (MMA 11:2)
(Meteorology, Agricultural)

KAXSIKGV, S.A., kandidat geographicheakikh nauk.
Cold weather in winter. Priroda 46 no.1:125 Ja '57. OW& 10:2)
1. Koskovskaya sel'skokhozyastvennaya akademiya im.K.A.Timir7azeva.
(Frost)

KAKSI14DY, S.A., dotsent, kand.geograficheakikh nauk
Nature of forest fires and the prediction of general bydro-
meterological conditions of weather. Izv.TSKhA no.6:233-238
'59. (MM 13:6)
(forest fires)

MAKSIMOV, S.A., kandgeograficheakikh nauk, dotsent
Hundred years from the birth of V. A. 144-khellson. Izv. TSKhA
no.3:237-239 160. (MM 14:4)
(Mikhellson, VUfliml AlekWdrovich, 1860-1927)

Y"SIMOVI S.A.
Vladimir Aleksand ovich Mikhol'son; 1860-1960. Yeteor.i gidrol.
no.7:45-48 Jl '60. (MIRA 13:7
(Mikhollson, Vladimir Alsksandrovich, 1860-196o)

MAKSIMDV. S.A.
Harvest time. Priroda 49 no-7:127 JI '60.
(MIR& 13:7)
1. Kookovskaya sallskokhozyaystvennava akademiya imeni
K.A.Timiryazeva.
(Summer)

4AKSIMCV, Semen Andreyevich; KULIK, M.S., otv. red.; SAGATOVSKrY,
".
, 'r6 - AEMEVIP A.G. , tekhn. red.
[Weather and agriculture] Pogoda i sel'skoe khoziaistvo.
Leningrad, Gldrometeoizdat, 1963. 201 p. (MIRA 16:11)
(Meteorology, Agricultural)

DAVYDOVA, Yu.S., kand.tokhn.nauki LAGUROV, L.L., kand.tekhn.nauk;
KAKSWOV. S.1., inzh.-tekhnolog.
Obtaining a vitamin A concentrn.e by molecular distillation.
Trudy VNIRO 35:272-282 158- NMA 11:11)
1, Laboratoriya novoy tekhnologii Veesoyuznogo nauchno-iosledovatell-
skogo institute. morskogo rybnogo khozyaystva i okeanografii i Vita-
minnyy taekh Moarybknmbinata.
Oitamias--A) (Distillation, Molecular)

S/194161/000/002/006/039
D216/D302
AUTHORS: Yakobi, Yu.A., Maksimov, S.I. and Za~;orenko, G.M.
TITLE: Photoelectric installations for work in the ultra-
violet region of the spectrum
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 2, 1961, 34, abstract 2 A265 (V Sb. spektr.
analiz v tsvetn. metallurgii. M., Metallurgizdat,
19601 79-86)
TEXT: The design of a photoelectric attachment for spectral anal-
ysis is_given. The design is based on a quartz s:.)ectroscope WC7T -
22 (ISP 22). The attaciment is inserted instead of the cassette
into the camera part of the spectroscope. It has one output slot
which can be moved in the plane of the spectrum by a micrometer
screw. The photorecorder which registers the spectral lines inten-
sities is attached to the slot carriage together with its light
screen. To adjust the slot for the required analytical line a
spectrogram is used, obtained with the spectroscope. The spectro-
Card 1/2

S/194/61/000/002/006/039
Photoelectric installations ... D216/D302
gram is analyzed by a pointer with a highly tied magnifying glass.
The fine adjustment of the slot position with respect to the analyt-
ical line is achieved by means of an optical adjustment indicator
type 6ESC (6E53), to the input of which is applied the output volt-
age of the photo-recorder. A second photorecording is made in the
comparison circuit which registers the light dissipated in the
spectrograph. The trials of the installation have been made using
two different systems of measuring the photocurrents of the analysis
channel and the comparison circuit, stored at the respective integ-
rating.eircuits. These systems have been described earlier (see
Carpenter, Bois, Sterner, "JOSAII, 1947, 37, 707 Hasler, Lindhurst,
Kemp, 1948, 38, 789). A constant light source ~a filament bulb)
was used. The error of measurements 0.5 - 0.6%. No positive re-
sults could be obtained with an arc light source. 4 figures. 2
references.
Card 2/2

I
14AP11401, S. 1. . inzh.-takhnolog
I-.--
Molecular distillation of vitam:,n A fmm marlne animals. '7t-ud-.-
I
VIIIIRO 45:88-95 162. , 1 -11 ~-- -.A I ~ : 5 1*1
(Distillaticn, 1-blecular) (Marine animal oils) (Vitar,~ns-A)

,24(7), 9(7) S07/46-27-9-23157
AUTHORS: Yakobi, Yu. A., Maksimov, S. 1.
TITLEi A Photoelectric Apparatus Base~i Oil the Spectrcgraph
ISP-22.A New Method of Automatic Spectral Analysis of an
Electrolyte
PERIODICAL: Izvestiya Akademii nauk 33SR. Seriya fizicheskaya, 19::.9,
Vol 23, Nr 9, PP 1103 - 11r,5 ~USSR)
ABSTRAM The photoolectrical apparatus described consists of a photo--
electrical headpiece and two different recording instruments.
The headpiece makes it possible, by means of an outlet gap, to
isolate any kind of spectral line within the investigated range,
because it may be adjusted by means of a micrometer screw. It
operates with the photomultiplier of the type FEU-18. For the
superposition of the gap and of the desired spectral line, a
spectrogram produced on this device is used, which is located
on the OUt3ide of the headniece. An optical indicator is used
to indicate the exant position.
Correspondence between the gap -tnd the indicatcr is checked
Card 112 either visually or by means ofan Hg-tube and an ultraviolet

A Photoelectri.- Apparatus on the Bas-s or- the 3~-V/48- 2 3-9-23/57
Spectrograph ISP-?2. A New Method of A.,itomatic Spectral Analysis of an
Electrolyte
indicator. In one of the two recording instruments a direct
cuirent amplifier is used, which has an instrumental error of
0.'76. The second recording instrument has an error of 0.81o
(Refs 1 and 2). In the following, experiments concerning the
au,omatic spectral analysis of electrolytes are described, in
wh-ch electrolytically separated metal is used as carrier
eltictrode. In this way the accuracy of the analysis is increased,
anit, at the same time, amperage is reduced, Moreover, the
eloctrolytical purification of the carrier electrode material
mal:es it possible te eliminate the influence of the preceding
experiment without having to employ mechanical methods or
chomical reactions. There are 1 figure and 2 references.
Card 212

STEPANOV, V.P.; MAKSIMOV, S.I.; GAVRILOV, M.N.; SEYDEL, L.R.
Electronic instrument for measuring the interface leqel
of raffinate and extract solutions. Mash. i neft. obor.
no.3:22-25 164. (MIRA 170)
1. Nauchno-issiedovatellskiy i proyektnyy institut po
kompleksnoy avtomatizatsii proizvodstvennykh protsessov
v neftyanoy i khimicheskoy promyshlennosti.

KOZHIFI, 1-I., prof., glav. red.; A6AKUI-M, V.A., zam. glav.
red,; BLINOVA, Ye.N., red.; MO' , V.F., red.;
S
VI.AKSMIM, S.I., red.: red.;
~.-T., red.; IIELICHKO, Ye.,-'.., red.
[rapers of Younj-. -,choiarsi 'I.-udy rrx)iod,!kh uchenylch.
Voskva, Pishchevaia proryshlenno:itl, 1961,. 261 p.
WIIII 18:1)
1. Moocow. Vsesoyuznyy nziuclinc,-i:;sl(-,~dovittell:3')"iy in:',titut
1'..')r9kogo rymoj,'o khozyaystva i okeanografii. ',,se:3oy-aznyy
riauchno-issiedovatellskiy in:ftitut morskogo ryonogo ki.o-
zyaystva i okeanografii, 1-~oskva (for Abakuinov, Blinova,
4kov).

I Y, M.V. ; BE
C i ~rii cal stati5tIca 1. analyssi8 the ',rpatv,,r,'L rf fra
the lark,e tii~A.Iar bones for five years. Timidy ';rr. -nec:. :n-zt.
5 "-~ : 12 2 7- ' 3 1'~-3.
:,at, r~~suits ~-' a (-~mp-c,-nd tr~:&tment f,i' fresh fra:-t-reLi f, t:.,-
lqrL,zlc- tubular t,(,nH-, :2-43-- 3~,

124 - 5 8 - 6 - 7 189
Translation from Referativnyy zhurnal, Mekhanika, 1958, Nr 6. p 123 1USSIR,
AUTHOR: Maksimov, S K.
TITLE The Plasticity of Copper (Plastichnost krasnoy medil,
PERIODICAL V sb. - Prochnost' metallov Moscow, AN SSSR, 1956, pp 1 0-
143
ABSTRACT The author believes that tle new creep criterion of a ' plistic
resource' (see Ivanova, V.S , Zavodsk. laboratoriya, 1955,
Vol 21, Nr 2, pp 212-216; also RzhMekh, 1955. Nr 10, abstract
5817) can be applied to copper under high-temperature conditions
For highly ductile materials which exhibit great strains at the
initial moment of loading the "plastic resource' was observed as
a reduction in the further elongation At high temperatures the
copper became brittle
From t~e resum&
1. Copper--Kastic--ty
Card 1/1

SKAKOV, Yu,A., kand.tekhn.nauk; MAKSMOV, S.R., Inzh.; SILAMIIATKIIIA, A.V,,
in7h-
Structural changes during the aging of commercial iron.
Met&lloved. i term. obr. met. no.3:20-24 Mr 162. (~UPIUA 15:2)
1. '4oskovskiy institut stali.
(Iron.-Metallography)

MAKSIMV, S.K._;__4KAKOV, Yu.A.; ZHETVIN, N.P.; PAISOV, A.I.
Rcle of phase ccmposition of precipitates in the magnetic aging
of mild steel. Izv. vys. ucheb. zav.; chern. met. 5 no.3:122-
124 162. (MIRA 15:5)
1. Moskovskiy institut stall i zavod "Serp i molot".
(Steel--Hardening) (Case hardening)

KRISETAL, M.A.; FIRSANOV, I.A.; VAY*M, Yu.I.; GOIDVIN, S.A.;
MAK93MOV. S.K.
Mechanical properties of statically and dynamically deforned
alloys. Fiz. met. i metalloved. 15 No.2:305-309 F 163.
(MIRA 16:4)
1. Tullskiy zaekhanicheskiy institut.
(Alloys-Testing)

7-, 7-
4,
'Az
T AEVP(ti) SD(ml:~3 ~jD/Aik-
a
A. meta j3;, arl
a.tq&onny-ys:yavieniya-v i
lb~ iy; ti ucl~-*- ko n'6-r- e-:n- t i
num ~allo
,,sbee.
:6th
i
e er a,

Mff
711
fj

gt 0 e-
t

"r g u
TA i6 m, iong~
a
t
orque,-~--p
a
.

;'Under
giD Arvorki
Astee ,xe c

Am

'd f
e o%
-ed -
in6ressi
n
icq,~aq
ge 41-,~ o,4erin pLd

o.
_.t"(ej;q _~~y~
ete gd,'~ y~,t
n

-

aii
AV ee ani

titute, of'St
on
i--be-ome`
cr t

-te~,fect6d im'"!~_ yi~v

.., . M&KSIMV, S.K.1 SKAKOV, Yu.A.
.1--lZ~~-~->~.T.~,.,'-~f~rl.k~,~..:-h irlz~,W..,,,_~,
Combined effect of packing errors and Suzuki atmospheres on the
3ocation and profile of an X-ray line in a face-centered cubic
crystal. Kristallograftia, 10 no.3:316-323 My-Je 165.
(MM 18:7)
:.. Moskovskiy institut stali i eplavov.

p.onenr-s,,.-.a.L.L-'~'na,ve.,.~:t:iie.~--same.; sum -~inm_ces-. -are- oniy.,.-snir-tea-,----~:11-1-"..li----~,
dom au"mis'~:,~of"'i -'d' s --- are, n
-.---in :Lce
ponq#t9
e_~: sp lttih4~- sho' ng; -up,- a
h. the form, of ~'.broadenin
otmation'l.concer--nin-ll..:7th~e-~~S'tiiixki.-.atmosphe*re;s,,~-_diiii-
(-20
isom o _-'t prqfil:~Ba
ne rom,a_~I f

,,Q6, ?45-0
.26.11o2o
111-210
AUTHORS:
TITLE,
8
6 ~?2
s/o65/ 000/011/009/009
E194/E484
Tereshchenko, Ye.P-, Zaloga, B.D~ and Maksimov, S,M,
Evaluation of the Combustion Characteristics
Aviation Gas Turbine Fuels on a Small-Sized
Combustion-Chamber Rig k\
of
Single-
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1960, No,11
pp.64-70
TEXT. The rig employed a single combustion chamber 376 mm long
of maximum diameter 178 mm with f-'.- ! tube 294 mm long, of maximum
diameter 148 mm and volume 0,0045 -J~ Air was delivered through
a receiver and electric heater, Fuel was delivered through pumps
and filters. A magneto and sparking plug were provided for
ignition, The principal characteristics of an aviation gas turbine
that depend on the quality of the fuel are; starting, limits of
stable combustion, completeness of combustion and deposit
formation in the combustion chamber- These properties were
accordingly tested, The properties were assessed by comparison
with a reference fuel, grade T-1 being chosen. Starting
properties were assessed with an air flow through the chamber of
0~1 kg/sec at an inlet temperature of 600C, the criterion of
I ! ; I/ Z;

85182
s/o65/6o/ooo/oll/ooq/ooq
E194/E484
Evaluation of the Combustion Characteristics of Aviation Gas
Turbine Fuels on a Small-,Sized Single-Combustion-Chamber Rig
starting properties being the optimum fuel/air ratio, the weaker
the mixture at which igmition occurs the better the starting
properties, Combustion stability tests were made at an air flow
rate of 0.25 kg/sec and an inlet temperature of 601C, the stability
limit was flame extinction with weak mixture and appearance of
flames beyond the chamber with rich mixtures. Completeness of
combustion was assessed by relating the amount of heat evolved to
the composition of the fuel-air mixture, The formula used to
assess the completeness of combustion is given and a typical
characteristic for the reference fuel T--l is shown in Fig.2,
The tendency to deposit formation was assessed by the weight of
deposit formed in the combustion chamber in one hour with an air
flow rate of 0.25 kg/sec, an inlet temperature of 60^C and a
fuel/air ratio of 4. The physical and chemical properties of
fuels tested are given in Table I and data are given on starting
properties. The fuels differ considerably in starting properties,
the lighter the fractional composition, the greater the vapour
pressure and the lower the viscosity the better the starting
Card 2/5

85182
S/065/60/000/011/009/009
E194/E484
Evaluation of the Combustion Characteristics of Aviation Gas
Turbine Fuels on a Small-Sized Single-Combustion-Chamber Rig
properties, Fig.3 shows a graph of the starting characteristics
of fuels T-2 and T-1 obtained on a full-scale combustion chamber
with an inlet air temperature of -350C, Fuel T-2 was shown to
have better starting characteristics than fuel T-1, In this
respect the small and full-size combustion chambers give results
that are in good agreement. Stable combustion under all
operating conditions is a fundamental requirement of aviation gas
turbines, and maximum and minimum fuel air ratios for a number of
fuels are quoted, Gasoline grade G-70 (B-70) and the wide
distillation-range fuel grade T-2 have wider limits of stable
combustion than heavy fuels of the kerosene types TC -1 (TS-1) and
T-1. This is also true for full-scale combustion chambers.
Fig.4 gives completeness-of-combustion data for various fuels in
the small-scale combustion chamber, the properties that give good
starting characteristics also give complete combustion, F1_9~5
shows graphs of completeness of combustion of dviation gasoline
grade B-70 and fuel T-2 in a full size combu9tion chamber under
altitude conditions, Fis.6 shows graphs of completeness of
Card 3/5

85182
S/065/60/000/011/009/009
E194/E484
Evaluation of the Combustion Characteristics of Aviation Gas
Turbine Fuels on a Small-Sized Single-Combustion-Chamber R'Ig
combustion of fuels T-1 and T-2 in an engine type SK -1 M-.I)~
taken during flight at altitude, Comparison of the data given
in Figsc4,5 and 6 shows that assessment of completeness of
combustion on the small single chamber installation is in
qualitative agreement with the assessment in full-scale
combustion chambers under high flying condition5, Data an the
tendency to deposit formation of various fuels in a small-size
:hamber- are given in Table 2 and it will be seen that paraffinic
fuel gives least deposit and aromatic fuel the greatest, Of the
fuels tested the lighter the fractional composition the less the
tendency to deposit formation, A formula is given which expresses
the tendency to deposit formation in terms of the carbon hydrogen
ratio, the hydrocarbon composition, the fractional composition and
the rosin content of the fuel, see Eq.(I)~ Table 2 gives
comparative data of the deposit forming tendency of various fuels
determined by tests in the small Lhamber and calculated by Eq~(A
and it will be seen that there is reasonably good agreement,
Eq.(I) relates to deposit formation for a particular combustion
Card 4/5

R5182
S/065/ /000/011/009/009
E194/E484
Evaluation of the Combustion Characteristics of Aviation Gas
TtLrbine Fuels on a Small-Sized Single-Combustion-Chamber Rig
chamber under given test conditions, the tendency to deposit be
formation in other chambers and under other conditions can
expressed by the more general Eq,(2). Table 3 gives data on the
deposit-forming tendency of fuels T-2. TS-1 and T-1 tested in
engines types VK-1 and Pla (RD) . Comparison of the data given
in Tables 2 and 3 shows that the deposit forming tendencies as
assessed by the single-chamber rig are in qualitative agreement
with the engine test results, There are 6 figures, 3 tables and
3 references: 1 Soviet and 2 English,
ASSOCIATION, TsIAM im, Baranova
Card 5/5

~,7
L 02304-67 EWT(m)/EVJP(f) -2 F
_/T P
ACC NR- AT6015190 SOURCE CODE: UR/0000/66/000/000/0005/0017
AUTHOR: Tereshcbenko, Ye. R.; Zaloge, B. D.; Mak~iF,.~V,_,S. m.
ORG: none
:TITLE: Met-hod of evaluating reactive fuels on a small turbojet engine
combustion chamber
'SOURCE: Metody otsenlci c,csr):. svoystv reektivnykh topli v ,
~smazochnykh materialov (Yet~ods for the performance evaluation of et
:propellants and lubricant'S). i'01-LCd, I'd-vo Mosbinostroyeniyel, 19~60
5-17
TOPIC TAGS: petroleum fuel, cc.--) L,io,-. characteristic, combustion
:chamber test, turbL-'et engine test
J
~ABSTRACT: The Dossibility of e,~ C; atin, fi:cls on small single combustion'
,chamber laboratcry equipment -*-gs. 9nd 2) was investigated. Tests.
yere run on B-70 eviaLlon was,11 cii T-211 '-S-1//and 'P-1 fuelsband
.kerosene for fuel start--up c-aracicris.- s, limit of stable combustion,
'completeness -.f combustion and carllon (-ennsition. 'be laboratory method
is sufficiently accurate for prsc-1--al .::~-pose3. T63t values are in
aEreement with those obta-f.ed or. :L11 -`7~~ turbojet .-.Fine combusticn
chambers. The laboratory methc6 IL recorzended for evaluating new fuels
j Card 113 -I,DC--:-. 662.753,Z2:629.13.00i.L

L 02304-67
ACC NRs 'T6015190
and 618L for testing standard fuels DrEpared Irom now crudes or by
Ichanged technoloEy- Orig. art. has: 7 tables, 8 figures and 3 equation.,
ILI
Card
Fig. 1. Schematic diagram of small single chamber installation:
1--receiver, 2--electric air prebeater, 3--small combustion
chamber, 4--induction coil, 5--stopcock, 6--fuel valve, 7-- fuel
pump, 3-- filter, 9-- gages, 10--fuel tanks.

L 02304-67
ACC NR: AT60i~"1-9-0
J70
Fig. 2. Diagram of snall corbustion ebamber:
1--diffluser, 2--bousing, 3--fire tube.
0TH REF Ol
Card 313 _SIM _C.ODF,:_Zj,j4/_qUBM DATE: 1ODec65/--QRI PP ~-03/-- --0

RUBnISIITEYN. A.L., professor; KBILWV, A.A.. dotsent; 4-H1, IYEVA, T.L. aesistent;
MAMIMOV, S.N., Inzhener.
Method of forecasting the deformation of loose soil under ?,~~dxotechnical
stritctures. Gidr.i mel. 5 no.9:3-13 S '51. (KT.Rgi 6:,j)
(Soil mechanics)

ZURABOV, K.G., Inshener; VAESIXOV. S.R., inshener.
Depositing gravel in the ba4y of an earth dam. Gidr.strot. 22 uo.11:16-17
N-D '53. (MLOA 6:11)
(Dame)

KAISIKOV, S.N.. inshener.
Rzample, of examining
clay. Gidr.stroi. 23
(Glay~--Testing)
the displacement resistance of carbonate
no.4:42-43 154. (KM 7:7)

YIAY,Sll.l")Vy 0. N.
MAKSTMOV, S. N.--"The Effect of Changes in Moisture Content on t~ie Com-
pressibilit-f of Loess Soils.n Moscow Geological Prospecting
Inst imeni S. Ordzhonikidw. Moscow, 1955. (Dissertation for
the Degree of Candidate in Geologicondmeralogical Science)
So Knizhanay letopist
No 2s 1956

KAOIHOV, S.H., kandidat geologo-mineralogicheakikh nauk.
.--=N=mwm=mmmw
Evaluating the construction properties of loses rocks. Gidr.stroi.
25 no.10:52-54 N '56. (PI-RA 9:12)
(Loses) (Soil mechanics)

CHAPOVSKIT, Yevgeniy Grigorlyevich; KAKSIKOV, S.N., kand.gool.-miner.nauk,
-W:
red.; ENTIN, K.L., red.izd-v , ~P~859-7-1-,-19.I., takhn.red.
LLaboratory work in soil science and soil mechanics; practical
manual] Laboratornye raboty po gruntovedeniiu i mekhanike gruntov;
praktichaskoe rukovodetvo. Izd.2., perer. i dop. Moskva, Goo.
nauchno-tekhn.izd-vo lit-ry po geol. t okhrane nedr. 1958. 271 P.
(Soil physiea) (MIRA 12:4)

MAKS I MOV , I --
Effect of thn r.-at-urp of rocirs on the Bhear resistance triat. Nazich.
dokl.vys.shkoly; gaol.-nauki no.4-. 17~-181 ',i8.(t4IRA 12:6)
1. 14nakovskiy universitet, Peologichnskiv fak-til'tet, kafedra gruntovede-
nlya i inzhennrnoy gnologi!,'
(Rocks, Tooting)

SOV/98-58-11-11/15
AUTHORS: Maksimoy S.N. Candidate of Geological-Mineralogical
Sciences, an Molokovq L.A., Geological Engineer
TITLE: The Disruption of the Natural Density of Sands During the
Digging of the Poundation Pit (Shrusheniye yeatestvennoy
plotnosti peskov pri vskrytii kotlovanov)
PERIODICALt Gidrotekhnicheskoyestroitellstvo, 1958, Kr 11, pp 54-56
(USSR)
ABSTRACT. During the last years several hydrotechnical constructions
have been erected on sandy foundations. The authors stress
the importance of preserving the natural density of these
sandy layers. The untimely pumping out of the surface
water from the foundation pit (before the layer of coarse-
grained sands was reached) creates an excessive pressure
in these layeraq and this pressure again creates the sus-
Card 1/2 pension state which disrupts the density of the overlying

SOV/98-58-11-11/15
The Disruption of the Natural Density of Sands During the Digging of the
Foundation Pit
fine-grained sands. As a result large scale slides along
the side slopes of the pit occurred. The builders were
obliged to install filters on the whole perimeter of the
pit. By these measures the filtering waters were inter-
cepted, and the fine-grained sands again became dense.
The authors mention that the surface water must be pumped
out at the same time as the subsoil water. This way, the
sand layers retain their initial density. There are 3
profiles~
Construct'on--USSR 2. Sands--Control 3. Water--Xontrol
Card 2/2

NIKIFOROVA. T.I. [transistor]; ZOLCTAREV, G.S.. red.;'MAKSIMOV,,S.N..'
red.; KARASET. A.D., red.., FMAPMOVA, Te.S.. takhn. red.;
RBZOTXHOTA, A.G., takhn. red.
[Problems of engineering geology; collected studies. Trans-
lated from the Znglish and French] Problemy inzhenernoi
goologil; abornik statei. Pod red.i a prod. G.S.Zolotareva
i S.N.Maksimovs. Moskva, Izd-vo inostr. lit-ry. No. 2.
196o. 382 p. (MM 14:5)
(Nngineering geology)

SERGEYEV, le*M.j MAKSIMOV, S.N.
Impressions of Norway. Vest.Mosk.un.Ser. 4: Geol. 15 no.2:7(~-75
Nk--Ap 160. (MIRA 14:4)
(Norway-Geology)

MAKSIMOVv S.N.
Some experiments with optical model tests in solving engineering
:7-?olog-'cal problems. Biul. MCIP. 0-,d. geo-'. 3f; no. 3:168 V-Je
16C.. (I Tzi-, 14:2)
(Soil mechanics)

MAKSIMOV. S
At the Ministry of Geology and ConBervaticn of Mineral Resources
of the U.S.S.R. Geol.nefti i gaza 6 no.5t62,3 of cover My '62.
(MIRA 15-5)
(Geologists-Education and training)

'n,
1~8
3 K
L t

3ABKOV, Valefty Fedcjrwvi,,~h, pro"., noktor tekdm. nLuk, ~~
GEYLk)VICTI, Andrey VIac'-Inalro-vich, kand.
ru,uk; DaISOV, IN.Ya., prof., dokL(.)r gool.--mIrb:-. nm'w,
retserizent; MAKSTOV, S.N., nauchn. rod.
[Frincjp~es c~f soil sclance and . 1:
gnintoveden; a i ir-#,,khar-4ki g-r-untav.
Vvsshaia shkola, --9~'Z- 3,~ ~ I . : --~

L 19168-63 EPF(o)/9W(m)/BDS AMC/APGC- ' hr,-04 1)4
S/0285/63/000/007/0005/0005
ACCESSION NR: AR3005462
SOURCE: RZh. Turbostroyeniye, Abs. 7.49.28
AUTHOR: Makstmov, S. P.
TITLE: Deteicmination of periodic motion of a rigid, rotor under the action of
the lubricant layer in a sliding bearing V,\
CITED SOURCE: Nauchno-tekhn.. inform. byul. Leningr. politekhn,in-ta. no. 3, 1962,
61-65
TOPIC TAGS: turbine rotor, bearing lubrication, hydrodynamics, rigid rotor,
sliding bearing
TRANSLATION: The author attempts to construct periodic solutions for rigid
rotors and thereby to establish that expression for hydrodynamic forces obtained
on the basis of conventional bearing lubricationttheory reflect in sufficient
degree the mechanism of self-excitation of rotor oscillations. He considers a
rigid symmetrical ideally balanced rotor on two similar cylindrical sliding
Card 1/2

L 19168-63
ACCESSION NR: AR3005462
bearings. The study showed that these oscillations are stable. Three illustra-
tions. Bibliography with six titles.
DATE ACQ: 2 Aug 62 SUB CODE: FL ENCL: 00

MAKSIMV, S.P. (Leningrad)
Natural vibrations of a flexible shaft in a near eq-iilibrium state
supported by sliding benrings. Izv.AN SSSR. Mekh ! mashinostr.
no.4-10-17 J1-Ag 163. (MIRA 17:4)

MAKSIYjOV, S.P.
&f't rotatto
Finding periodic motion of a rigid symmetric sk -g in sliding
bearings near the state of equilibrium. Trud# LPI no.226*1X-29
163. (MIRA 16:9)
(Sh&fting)

ACCESSION NR: AP4043896 S/0179/64/000/004/0133/0139
AUTHOR: Maksimov, S. P. (Leningrad)
TITLE: Experimental study of the autooscillations of a rotor in slide bearings
SOURCE: AN SSSR. Mekhanika i mashinostroyealye, no. 4, 1964, 133-139
TOPIC TAGS. bearing, slide bearing, shaft oscillation, rotor oscillation, self-excited
oscillation, auto-oscillation, compressor rotor
ABSTRACT. The phenomenon of self-excited shaft oscillations caused by hydrodynamic
forces in the oil film of slide bearings sometimes results in dangerous oscillations. This
danger is usually eliminated by empirical means, on the basis of model tests, but the
problem is best solved mathematically. The author performed tests at the Nevskiy
Mashinostroitel'ay*y Zavod imeni Lenina(Neva Machine-Tool Plant) to investigate the
dynamic properties of high-speed compressor rotors in slide bearings. Two 59 and 106
kg (I'light" and "heavy") rotors were used with a center- to-center bearing spacing of 1195
mm, diameter of 35-()- 1 and natural frequency (calculated) as follows: "light".
0.12,
f1=647/sec and f2=2330/sec; "heavy", fl=642/see and (2=1970/see. The rotors were get
Card 1/6

ACCESSION NR: AP4043896
either in cylindrical or out-of-round slide bearings, and the oscillations were measured by
a sensitive element and telemetric instruments. The amplitude and frequency were
accurately reflected depending on the speed range. Every 300-500 rpm, beginning with
2500-3000 rpm, rotor oscillations were registered vertically and horizontally at an oil
temperature of 18-20 and oil feed pressure of 0. 5 kg per aq cm. The time of appearance
and disappearance of self-excited oscillations was also noted. The oil feed pressure
was then changed and the test was repeated. The effect of oil viscosity was studied by
changing the temperature of the supplied oil. In all tests. the shaft oscillations were
shown by oscillograms. The effect of imbalance was investigated by adding a screw with
a-certain weight to the shaft. The rotor frequency amplitudes registered by induction
elements are shown in Fig. 1 of the Enclosure, as well as the self-excited oscillation
frequency. An increase In anplar velocity led to a higher self-excited oscillation
amplitude, reaching a maximum at 14,500 rpm with a ratio of oscillation frequency to
rotational velocity of 1:3. A further increase in velocity lowered the amplitude. Fig.
2 in the Enclosure shows data for out-of-round bearings. In some tests, selrexcited
oscillations were not observed for cylindrical and out-of-round bearings. Im balance up
to 80 g-cm affected the rotor oscillation regonance amplitude only sughtly for all types of
Card 2/6

ACCESSION NR: AP4043896
bearings. Only an imbalance of 100 and 150 g-cm affected the oscillations when the
bearing play was low. Oil feed pressure variation did not affect self-excited oscillations
either. The lower limit of self-excited oscillations droped significantly, however, when
the oil temperature rose. As a result of the tests, it was found that self-excited
oscillations appear at double critical velocities and at higher velocities. no frequency
varies depending on the bearing clearance. For self-excited oscillations of the rotor at
high amplitudes, the rotor journal amplitude is approximately equal to the bearing
clearance. The most dangerous self-excited oscillations were observed when the
synchronous oscillations were set with a ratio of 1:3 between the natural and forced
frequencies. Lowering of the bearing clearance resulted in disappearance of self-
excited oscillations. The results of tests with the "heavy" rotor did not show whether the
cause of the oscillation was load variation or natural frequency variation. It was found,
however, that the natural frequency of the rotor significantly affects rotor stability In
slide bearings. In conclusion, it is noted that the mathematical solution of the problem
of rotor oscillations in slide bearings should assume a self-exciting system under the
influence of an intermittent external force. "The author expresses his thanks to A. M.
Stepanov and B. V. Andreyev, who took part in the experiments, and to G. A. Rayer for
his attention to the problem". Orig. art. has: 7 figures.
card 3/6

ACCESSION NR: AP4043896
ASSOCIATION: none
SUBMITTED: l2Oct63
SUB CODE: IS
Card 4/6
ENCLS 02
NO REF SOV: 003
OTHER: 001

ACCESSION NR: AP4043896
ON
ENCLOSURE: 01
W
JAW /m/10 IJAV
Fig. 1. Horizontal oscillations (a); vertical oscillations (b); point I - at Increased
rotational velocity; 2 - at decreased rotational velocity; 3 - oscillation
frequency; fractions show the ratio of the oscillation frequency to velocity of
rotation.
A
M

Card 6/6

ACCESSION NR: "40438961
ENCLOSURE- 02
off Z6,
a Af
Fig. 2. Horizontal oscillations (a); vertical'oscillations %ul-, point I - under normal
working conditions; 2 - operation with 150 g-om imbalance; 3 - with 105 g~-cm
imbalance; 4 - rotor oscillation frequency; fractions show the ratio of the
oscillation frequency to velocity of rotation.
Card 6/6