SCIENTIFIC ABSTRACT SOBOLEV, A.A. - SOBOLEV, B.P.N

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651820009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOBOLEV, A. A.
"The Study of the Geograj)hy of flelmiriths."
report presented at Conference on Dry Land Zoog:@-.ography, Llvov, 1-4 June 1957,
(Izv. Ak Naauk Ser. Geog. 1958, No. 2, PP 155, Author: VORONOV, A. G. ).

SOBGLi@-.!, A. A., MOSTAVKIN, F. A. and i-,AYAWV) IN. I.
"Nematodes of the Sc-rjabinoclava Sobolev Type aa 11-:allam. Parasites,
and the Nature of 'rheir Pathogenic Effect on the Host."
Tenth Conference on Parasitological Problems and Disea:zes with Natural
@eservo-A.rs, October 1959, Vol. ILI, Publish4ng House of Acedemy of
Sciences USSR, Moscow-Lenin-rad, 1059.
Far-Easti-rn State University, Vladivostok

SKRYABIN, Konstantin Ivanovich, akademik) SOBOLEV, Andrey Andreyevich, prof.;
Prinimal uchastuiye IIIASHKIN, II.M., doktor veterin.nia-A;-POPOVA, T.I.,
red.izd-va@ LAUT, V.G., tekhn.re*.
[SpIrurata of animals and man and the diseases caused by them.
Part 1. Spiruroidei] (Ppiruraty zhivotnykh i cheloveka i
vyzy-vaemye imi zabolevaniia. Pt. 1. Spiruroidei. Moskva, Izd-vo
Akad. nauk S -Gel2mintologicheskaia laboratoriia. Osnovy
nematodologii, vol. 11). (MIRA 16-7)
.(Nematoda)

i -krja7 - dcktor biol. rauk,
GUEU-M, Illikolay NJ yiovlch-@. SSOBOLEV, A.A .
i 1. 1 --l'-.1-1 - .. -i,
o tif . rer, , ;
[Hp.lid-P.ths af coimaerc.;@-J Liam-aals of Yalcutia] Gellminto-
fauria prcm,:yslolrykh mlekopil-,aiiishchilch IAkutli. Moskva,
lal-vo I'llauka," i@?(-,4. 1@2 1@,. (@aRA 17: 6)

SKRYABIN, K.I., adademik; SOEOLEV, A.A@, prof.
[Spiruri,iae of a-,4 man and the d'-seases caused by them.
Part 2, Pliysalopteroidaa. I Spir-urally zh,.,io-rnykh i chs-loveka J-
,r
yzy vaemye imi zabolevaniia, Moskva, Izd-va "Nawk&.n Pt.2.
(My sa lopteroi Clea I Fizalopteroidei. 1964, 333 p. (Akademiia
nauk SSSR. Gellmintologirlieskaia laboratoriia. Osnovy nematodologii,
vol. 12) (MA 17-6)

-L WP(l)
jkj / j
A c_c__N-R_-__,kP 6 o 12 9 9 9 SOURCE CODE: UR/0105/65/000/006/oogo/oogo
AUTHOR: Aleksoyonko. G. V.; Borisenko, N. I.; Voyevodin, I. D.; Droadov, N. G.;
Krayz, A. G.; Man1kin, E. A.; Mayorets, A. I.; Nakrasov, A. Me; Nayashkov, I* S,;
Pavlenko. A. S.; Rokotyan, S. S.; Sobolev, A* 4L.*,&_SyrovVatrdkov, I. As; Sapozhnikov,
A. V.; Sarkisov, Me A.; Chernich Chertin, Ae He
_4p
ORG: none
TITIE: S. I. Rabinovich (on the occasion of his 60th birthday)
SOURCE: Elektrichestvo, no. 6. 1965, go
TOPIC TAGS: electric engineering personnel, electric transformer, hydroelectric
power plant
ABSTRACT: The chief specialist of transformer building of the Gosplan (State
Planning Commission) USSR, Samuil Isaakovich Rabinovich was born in 1905 in
the town of Borlsoglebsk of the Voronez'h Oblast'. From his student years at-
the Gosudarstvennyy elektromashinostroiteltnyy institut (State Machine-Build-
Ing Institute) he already showed interest for power transformers. In the
early thirties he designed the first types of domestic Soviet 110 and 220 kV
transformers; in 1939 he became the chief desi%ner of the Moskovskly trans-
formatornyy zavod (Moscow Transformer factory). In 1946, he conducted the
design and construction of lightning-resistant transformers; during 1949-1954,.

-2 2 5 9 47,6-@ ----- -
ACC NR, AP6012999
he headed the design of the 400 kV transformer equipment for the Volzhskays
hydroelectric v*Wer station - Voscow power.lipe; his subsequent work on the
500 kV equipment earned him the Lenin prize.11ifrow 1960, he has been working
at the Gosplan USSR. He Is the editorial board of the
journal 914ktrichostvo I ctr!cIty).'..-'*'- PR411-
a a Orig. art, h"t 1 fi gure
SUB CCD3t 10, 09 / SUEN DATEt

T V.S.; SOBOLEV, A.A*
PAKHALTJYEV, K.M.; KOROLEV, N.M.; ZRURKnj - -
Experience in the operation of a holding furnace- with =cooled
hearth supports. Stall 22 no.12:1135-1136 D 162* WMA 15:12)
1. Teesoyuznyy nauchno-iosledovatellskiy institut metallurgicheskoy
teplotekhniki i zavod "Krasnyy Cktyabrl**
(IPurnaces, Heating)

PAKULUYEV, K.M.j KUZOVNIKOV, A.A.; NOVIK, G.P.; BORODIN, V,P,; SOBCur-EV,
I A,; ZUBKOVA, N.M.
Tndustrial operation of holding furnaces fired by natural gas
for direct low-oxidation heating. Stall 25 no.10.957-901
o 165, (MIRA 18!11.
@, Vsenoyuzny-y nauchna-issled3vatells*kIy institu+
I
metallurgicheskoy teplotekhniki i zavod "Krasnyy Oktyabr'".

7f"CHN V V "A ... sind L N DAD@,;_'HYO
I'Develo-ment of a ?rocedure for Determ@nina Onti-.,!Ium and :-@ainum Allowable
CperaUnp &-nditions for the Ose of fteceiver-kiplifier Tubess in Pulse Circuits"
From A--inotations of Works Comnieted_i-n 1955 at @he State Union Sci, Res, Iust;
"in " Rf 'ngineerinp Ind,
-% @,, 0, adic. E
So: B-3,080,064

KMLI, A.S.,; SOBOLEV, A.D.
Ichinococcus of the fibula. Khirurgiia, no.11:81 11 155, OURA 9:6)
1. Iz TSentrallnogo instituta gematologii i perelivaniya krovi.
(FIBUIA-HYDATIDS)

SOBOLEV, A. F.
Dissertation: "Traumata of the Head and
of the Blood and Spinal Fluid." Cand Yled
(Pravda Vostoka, Tashkent, 19 Jun 54)
Their Effect on the Mineral Composition
Sci, Tashkent Medical inst, 30 Jun 54.
SO: SUM 318, 23 Dec. 1954

SOBOLEV, A.F.
Bullet wound of the radix mesenterii of the small intestine.
K'hirurgiia, no.11:84 N '55, (MLRA 9:6)
1. Iz Chimbayakoy rayonnoy bollnitsy Karakalpakskoy ASSR.
(faMMY-WOLUMS AIFD INJURIES)

SOBOIZV, A.F.9 kand.mecUtal nski ]ell nauk
Galculi of the upper biliary tract. Med. zhur, Uzb, no. 1:21-22
ja 76o. (IOU 13:8)
1. Iz Syrdarlinskoy rayonnoy bollnitsy (gla"yy vrach - P.S.
Yudina) Tashkentskoy oblastiq UzSSR.
(CALCULID BILIARY)

'3,GBG14y,. K..,-kand.meditsinskikh nauk
Penetrating wound of the left ventricle of the heart. Med. zhur.
Uzb. no.10:75 0 ;60. (MLRA 13:i2)
1. Iz khiru--gicheskogo otdeleniya Syrdarlinskoy rs&o".*oy bol'nitsy
(glavn7y vrach - P.S. Yudina) Tashkentskoy oblasti.
(HEART-WOUNDS AND INJURIES)

:-X6f 'R@.-Ap6oo535@ CODE 1- UR/04l3/66/0W/00l/0094/0094__'
AUTHORZ; Sobolev, A. F.; Kuznetsov, A. A.; Yefremov, A. A.
ORG: none
NVI.
TITLE: Electronic integrator. Class 42, No. 177646
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1966, 94
TOPIC TAGS-. electronic circuit, pulse integrator
A3STEJM: This Author Certificate prasents an electronic continuous signal
integrator cory'vaining an integrating capacitor. To increase the integration
accuracy and the response rate, the signal is fed to the input of the pulse-amplitude
converter. The output signals are fed to the input of a pulse-width converter
at whose output the integrating storage capacitor is connected (see Fig. 1).
Fig. 1. 1 - pulze-amplitude converter;
2 - pulse-width converter; 3 - capacitor
OrIg. art. bas: 1 diagram.
SL
012 CODE: 09/ SUB14 DATEi lUug64
Card 1/1 a..' UDC: 681-142.-334

SOBOLEJ A.I.
"Problem o'.TrarSIENt Processes in Vjng Lines" Sb. Nauvh. IRabot
Belorus. Politekhn. In-ta, No 46, 1954, 36-41
The coupling effect is analysed of a uniform, long line
shoteircuited at the end of the voltage u:.F (t)@U (1-e-"- ), where
is the coefficient of volta-@e rise. The tele2rapR equation of the problem
is solved by Fourier's method, taking the initial and boundary conditions
under conside-ation. The determination of integration constants involves
difficulties, due to heterogenous boundary conditoins. An example of
computation is given. (RZhFiz, No 11, 1955)

- @io ---
Call Nr: AF 1149769
AUTHORS: Nesterenko,' Gennadiy Nikolayevich, Sobolev, Anatoliy
Ivanovich, Slushkov, Iuriy Nikolayeii1c-h.
TITLE: Use of atomic engines in aviation (Primeneniye
atomnykh dvigateley v'aviataii).
PUB. DATA: Voyennoye Izdatel'stvo Ministerstva Obo'rony'Soyuza SSR,
Moscow,'1957, 166 pp. (Series: Nauchno-Populyarnaya
Biblioteka)
EDITOR: Mikhaylov, V. A., Candidate of Phy-s.@Kath. Sciences,,-
Eng.7COI-; Pokrovski@'., 6. 1., cons@UltAnt, Prof.,Dr.
of Techn. Sciences, Brig.Gen. of-Eng.-Tech.jService;
Novikovj M. L., consiiltant, Dr. of Tech. Sciences,
Eng.-Col.; Tech. Ed.. Strel'nikova, M. A.; ieviser:
Tsvetkova, L. K..; Ed,.: Kader, Ya. M..
PURPOSE-. The purpose of this pampV' t is to,give a systematic
review of the*informatiorVbxisting literatur@ on the use
of atomic energy in aviation and rocketTy. The popular
presentation should make it accessible.t.o the juvenile
Cm-d 10 reader.

Use of atomic engines in aviation (Cont.)
Call Xr: AF 1149769
Cothparison of world resources of chemical and nuclear fuels ....... 22
First concepts of atomic aircraft engines .......................... 24
Chapter II
Nuclear reactors for aircraft power plants ......................... 29
Basic characteristics of nuclear aircraft reactors and
requirements set for them ......................................... .
Basic diagram of a nuclear reactor and principal processes
occurring in it .................................................... 31
Critical states of a nuclear reactor .............................. 36
Nonsteady operation of a nuclear reactor .......................... 41
Control of nuclear reactor ........................................ 47
Types of nuclear reactors ......................................... 50
Card 3/6

Call Nr: AF 1149769
Use of atomic engines in aviation (C ont.)
Chapter IV
Atomic-engine aircraft ......................................... 121
Problem of anti-radiation protection ........................... .
Structural characteristics of aircraft with atomic engines ..... 130
Take-off and landing characteristics of aircrafr with
atomic engines ................................................. 135
Ground servicing of aircraft with atomic engines ............... 139
Chapter V
Atomic energy and space flight ................................. 145
Velocities and altitudes attained .............................. 149
Two ways of attaining cosmic velocities ........................ 151
Nuclear or chemical energy.2 ................................... 153
Card 5/6
Use of atomic engines in aviation (Cont.) Call Nr: AP-114,9769
Advantages of the atomic rocket engine ....................... 154
Plans for atomic cosmic rockets
Selection of a program for attaining cosmic velocities ....... 151
160
Conclusion ................................................... 164
AVAILABLE: Library of Congress
Card 6/6

SOBOLEV, Andrey Ivanovich; STARCHAKOVA, I.I., red.; BABICHEVA, V.V.,
tekhn.red.
[Trade in Leningrad; practices of retail organizations] Torgovlia
v Leningrade; iz opyta raboty roznichnykh torgovykh organizataii.
Moskva, Goe.izd-vo, torg.lit-ry. 1958. 114 p. (MIRA 12:4)
(Leningrad--Retail trade)

RUTSKIY, A.I.; LSONKOV, A.M.; GEYL14R, L.B.; SUPYAN, Yaju.; MOSAYEV, I.V.;
I SOB EaVL A I.; TINYAKOV, N.A.; VOLKOV. N.F.; BOTVINNIK, Yaje.;
BARABANOV, K.Tr..; 13RAZGOVKA, V.A.; IS. G.B.; KUZCVMOTA,
Ye.A.; RMIKIN, TV.P.; SHIWO, R.I.; PALLADIT, H.L.; lXwSKn, G.l.
G.I. Dobkin; obituary. Izv. vys. ucheb. zav.; energ. no.4:128 Ap '58.
(Dobldn, Grigorii Izrailevich, 1892-1958) (MIRA 11:6)

r
3 19 333
C21 S/123/61/000/022/010/024
AOC4/AlOl
AUTHORS- Pevzner, M.L., Sobolev, A.I.
TITLE: Investigating the possibilities of intensifying the process of
lustrous nickel plating by ultrasonics
PERIODICAL: Referativnyy zhurnal. Mashinostroyeniye, no. 22, 1961, 72, abstract
22B441 ("Tr. Proyektn., tekhnol. i n,-i. inta Gor'kovsk. sovn-arkhozl,'
19,59, no. 1, 6 - 21)
TEXT: The authors present the results of investigations carried out at the
Gortkovskiy avtozavod (Gor'kiy Automobile Plant) to find out the possibilities of
a practical application of ultrasonics for the intensification of metal-plating
processes in baths of semi-industrial and industrial volumes. In the investiga-
tion process problem* of producing a tube generator and an emitter system intend-
ed for protracted operation in the electrolyte were solved. The nickel maTieto-
strictive H3JI_4 (NEL-4) converter with an emitting surface of 80 x 85 mm and a
resonance frequency of 21.3 kilocycles was used as converter. To protect the con-
verter from cavitation a special jacket was designed which was covered by a thin
diaphragm on the emission side. Cooling water pressure and consumption in the
Card 1/_3

-9
S/1@'3L 1/000/022/010/0211
Investigating the possibilities ... A0041AI01
emitter were determined experimentally. At an intensity of the ultrasonic os-
cillations of' 3 wleml-, the pressure was selectod equal to 5 atm, and at an in-
tensity of 7 W/CM2 it was 10 atm. A pressure of 5 atm was selected for opera-
tion; In this case the converter, surface was riot destroyed by cavitation, For
supplying the magnetostrictive converter the rYM -2 M (GUM-2M) gonera!.ar has
been developed, which in the course of the operation process was modernized, To
carry out the research work concerning the application of ultrasonics in metal-
plating processes a special experimental production division was established in-
cluding preparation, washing, nickel-plating, chrome-plating and copper-plating
baths, a special generator building, a 12 v, 2,500 amp d-c genera-tor, individual
cabling to the bath coils via "he thermocontroller valve, h-f voltage -@abllng -to
the emitters on all baths, hydraulic emimter c-z-ollng system, Two GUM-al genera-
tors were mounted in a special building where the control of the electric equip-
ment of the whole section was centralized, The works were carried in baths of 7
(glass), 70, 5oo, 600 and 1,200 liters, lined with vinyl plaz-tic. It 15 shown
that the criterion of the effect of ultrasonics on the metal-plating prccess is
the Dower density (approximate) At a power density of 7,6 w/l the admissible
current density is 15-20 amp/dm@, at 1_3 w/l it is 8-.10 amp/dm2- As a result of
the invest.1gations carried out the optimum emitter p-csiticn was selec-_d, and
Card 2/3

31933
S 11 23/161/000/022/C-
'.ing. rh@, p!@ SS It 111 - 1- Aoch /1.4 to,
e-i@c-r.:1. ani rial-ing c3nditicns in ba *.hs cf 7,. 70, 600, -and 1-1, 2C.C- s 'iavzt
For. big bath volumcs (1,200 1) and low c:wer den_=iii,_ r.7
1cwIng composition is suggested (in g/1) NiSOLL 7H;,O
NaCl p(-_4t@ H RG - 2 -30, scdium naph,:halene disulfcnate 2,6-2
5
11 4- Tn .3 -wing -_cnd_-.1_ons were used: Dowe- den=!!@y - w;,..--r.
'tempera7arct 45-55cC, current density - 9-12 am /dm2 -ating *.Ime
pl.
Tlher-@-: ar- :4 r@f_
Viet to curren, - 96-98, pla-,:ing thickness - 201h,
-r-
N. Sav--na
Ar@-,_= ra@, er' s n,-,+.e Complsle 7raansla@.ionj
@_3rd 5115

3193h
S/12@/61/000/022/01i/oz,4
Nickel-plating of large-size parts ... Aoo4/Aiol
and acoustic factors on this specific defect. It is shown that the presence of
chlorions and naphthalene disulfonate in the electrolyte composition promotes
the origination of this specific defect. An important part in its origination
is also played by the direction of the ultrasonic waves. The author states a
hypothesis on the nature of the mentioned specific defect. He Investigated the
effect of adding the surface -active OH-7 (OP-7) and OR-10 (OP10) substancesto
eliminate this defect. If the mentioned substances are added in the form of an
aqueous solution of a concentration of 0.1 :g/liter produced as a distillate at
600c, it is possible to obtain a good-quality coating without the speciVic defect
during nickel-pla-ting according to the approved conditions, The following elec-
trolyte is recommended: nickel sulfate uP to 350 g/l, naphthalene disulfonate-
0.2-0.8 g /1, formalin - 2-5 millimeter/liter, sodium chloride - up to 40 g /1;
pH - 4@-5-5; admissible cathode current density preventing scorching - 10
amp/dm . During operation with the Y3T -10 (UZT-10) generator the magnitude
of acoustic capacl-ty can be controlled by changing the anode voltage on the gene-
rator tube. The following conditions are suggested- 1) electric power - 6 kw,
cathode current density Dc - 6 amp/dm2' temperature - 520C, duration - 17 minutes
to obtain a coating of 20 @k. 2) electric power - 6 kw, cathode current density
Dc'= 8 amp/dm2, temperature - 540C, in this case the nickel-plating process is
Ca more economical (the bath output exceeds the standard one by a factor of 2), the
Card 213

5M4-65__ -
ACCESSION IM: 'AP3009997
'AUTHORSs Avzen-htayn, P. P.; Bulato*a, I.. Sobolevi A. I.:
TITLE: Production of oulfofresol with ultr sonica
a
I SOURCE: Neftepererabotka i neftekhimiya,.no. 3" 1965,20-24
TOPIC TAGS: ultrasonicalL lubricant. coolant@ organic synthesis
Al"3STRACT: -Sulfof@esol s one of the most important lubricant-coolant fluids used
in the treatment of.metals* The chief@supplier is t-59- Gortkovskiy nefteiisqozavo6d
ime 26 Bakinskikh komiasarov (Gorki-v Petroleum-oil Plant The technology, for
producing it was set up-in 1935 and has remalneT essen lally unchanged, Sulfo-'
fresol is obtained by mixing medium-viscosity mineral oils with a so-called
sulfured base at 3.10-120C, It is produced in nigrol heated to 120C with additionAl
of elemental sulfur during careful stirring. The teimperatture in the vat is them:@_@j
raised to 165C., and this temperature is hold for 10-12 hours. The process i
long and tedious# so to simplify the Production of aulfdres6l the authors,invea_@
tigated the possibility of using ultrasonics,
An ultrasonic@,head was subnorged
in a column of the liquid mix and hydrocVnamic. currents were generated by means:."
of a disk* The general procedurevas to-diosolve elemental sulfur (10-12%)
7 ----- --- _7

ACC NR: AP7009o66
SOURCE CODE: uR/o4l3/67/000/003/0039/00.Q9
INVENTOR: Sobolev, A. I.; ModestDv, L. A.; Kotov, Yu. A.
-ORG: None
I
.TITLE: An SHF frequency divider. Class 21, No. l9o943
.SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 3, 1967, 39
ITOPIC TAGS: SHF, frequency divider, semiconductor diode, resonator
:ABSTRACT: This Author's Certificate introduces an SHF frequency divider based on a
'parametric diode and coaxial resonator. To increase the multiplication factor with
@isolation of the working harmonic and simultaneous suppression of other harmonics, the
iparametric diode is adjusted for partial triggering of the PN junction and connected
I
.at the antinode of the current from a high-Q resonator, connected through a coupling
element to the short-circuited wall of this resonator and shunted by a capacitor.
uDc; 621-375,93

,-A --A-P7606-66
il-parametric diode;
!tural capacitance
I -
2-resonator; 3-coupling element; 4-resonator wall; 5-struc-
ZUB CODE: Og/ SUBM DATE: IODec65
Card 2/2

SOBOIZV, A.@@, kand.tekhn.nauk, dotsent; KASPEROVEH, A.S.., kand.tekhnonauk;
STAI-11SHEVSKIYJ, V.N., inzh.
Concerning P.M.Vaintrub's article "Generalized interpretation of the
principal relationships in an oscillatory circuit." lzv.vys.ucheb.
zav.; energ. 5 no.5:123-124 It 162. . . (MIRA 15:5)
1. Kafedra elektrotekhniki Belorusekogo politekhnicheskogo
instituta (for Sobolev). 2o Energeticheskiy institut AN BSSR (for
Kasperovichl, Stanishevskiy).
(Electric circuits) (Electric networks)

S/'136/62/000/003/002/oo8
E194/E435
AUTHOR: Sobolev, A.L.
TITLE: A method of continuously measuring and recording
back emf
PERIODICAL: Tsvetnyye metally, no-3, 1962, 53-55
TEXT: In the electrolytic refining of metals a knowledge and
continuous control of the decomposition voltage, or bac.'..-Cmf,
is most important. Existing methods of determining the back-ej,,if
are discontinuous, require interruption of the process and are
rather inaccurate. ikccordingly, the author, O.N.Malkov,
A.I.Surakov and V.A.Pronin have developed a inethod of continuously
measuring and recording the back-emf of a laboratory electrolytic
cell without disturbing the process (Author ,s certificate
no.131420, priority date December 3, 1959). In the case oe pure
direct current, the voltage on the electrodes of an electrolytic
cell may be written as follows:
U = IR + E
where U - the voltage on the electrodes, V; I the current, A;
R - resistance of the electrolytic cell, ohms; E back-emf, V.
Card 1/3

S/136/62 /000/003/002/oo8
,k method of continuously ... E194/E435
The multiplication and division units take the form of an
electromechanical cormpensation circuit, whilst the subtracting
device consists of an electronic differential amplifier. The
computer output signal is applied to a recording voltmeter.
In a prototype equipment.the error was not greater than + 5% and
mainly depended on the accuracy of the recording instrument and
on the linearity and stability of the amplifier characteristics.
There are 2 figures.
Card 3/3

3/032/62/028/006/024/025
_n,rared! polariz--tion microscope 311 7/B1 01
a and be recorded on pho-uographic plates by means Of 4Ln
,accessor; :)'1(,to-;-ra-ohic device. Lonr- period testo of this microscope
,j
-.hat it's resol-ving lDc,-.--er at. 50 magnification is sufficient' for
obse--r-n- an` pl-.oto@raphJn-- 3-4 mm
thickness of silicon monocrystal plates
unider ordinarly as as polarized infrared light. Electron-optical
s t_@, U
-:@e @=rsformers of higher sensitivity must be used for investigating
'2here is 1 figure.
Gosudarstveinyy nauchno-issledovatellskiy institut
red'.ometallicheskoy promyshlennosti (State,Sci,entific Research
lns-@Itu-,,e of the :'are 21,11'etals Industry)
@,_rd 2/2

ACC NR- AP6031Q36 SOURCE CODE: UR/0120/66/000/005/0166/0170
AUTHOR: Sobolev, A. L.
ORG: State Scientific Research and Design institute of the Rare Metal Industry, Moscow'
(Gosudarstvennyy nauchno-issledovatellskiy i proyektnyy institut redkometallicheskoy
promyshlennosti)
TITLE: Individual counting of microscopic objects with print-out of the data
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1966, 166-170
TOPIC TAGS: optic scanning, microscope, coincidence*counting
'ABSTRACT: The author analyzes the sources of error in the operation of an automatic
,"Microscope television scanner with a print-out mechanism, used for the detectinn of
Imicroscopic imperfections in semiconductors. In this scanner, a vidicon is used to scan
,the image of the sample located on an automatically driven stage. A typewritter car-
?riage is synchronized to move with the scan and to print out in alphanLneric form, the
.density information passed from an image analyzer in the corresponding area of the pa-
:per. Thus, graphic and numeric data are combined to form a map-like representation of
@the sample. A pulse-width discriminator circuit makes use of pulse coincidence techni-
I
.ques, utilizing a delay line to select only pulses corresponding to scan intersects of
la given width. The author shows that the intersects along a scan line occur in accord-
UDC: 621.374.32:5

ACCESSION NTR: AP4018388 S/0120164/000100110183/Oi86
AUTHOR: Sobolev, A. L.; Sokurenko, Yu. V.
TITLE: Auton-r-tic counting of dislocations
SOURCE: Pribory* i tekhnika eksperimenta, no. 1, 1964, 183-186
TOPIC TAGS: dislocation, crystal imperfection, crystalline structure,
germanium, silicon, dislocation density, particle counter, dislocation counterp
automatic dislocation counter
ABSTRACT: A statistical analysis of dislocations in Ge and Si sections has
revealed that an automatic count has to be based on a differential (dislocation-
background contrast) principle. An automatic dislocation counter consists of a
tv microscope and a counter proper. A vidicon-tube 300-line 50-frames/sec
PTU-OMl industrial tv outfit is used in the apparatus. The tv caxnera output, via:
a forming unit, is applied to counter dekades. A monitoring screen with
Card 1/2

,ACCESSION NR: AP4018388
brightness and contrast controls is provided. The counting error is under 50/a.
A block diagrarn of the electronic circuit is described in some detail. "The
authors wish to thank 0. N. Malkov, N. V. Kirilin, V. A. Pronin, and A. 1.
Surakov for alignment of the outfit, and also A. V. Ovodova and L. V. Nabatova
who took part in the statistical analysis of single -crystal specimens. 11 Orig. art.
has: 3 figures.
ASSOCLA,TION: Gosudarstyenny*y nauchno-isoledovatel'skiy i proyektny*y
institut redlkometal li cheskoy prorny*shlenno5ti (State Scientific -Research and
Design Institute of the Rare-Metal Industry)
SUBMITTED: 02Apr63 DATE ACQ: 18Mar64 ENCL: 00
SUB CODE: PH NO REF SOV: 002 OTHER: 006
Card 2/2

I @sformiitii:ias of phosphom compown @@itlg
/rflsx seeds. A. A- Pr,)imf'ev and A. M. Soboley (K. A.;
Tinniryazev lust. Plant Physiol., any Mad,
Xauk S.S.S@R. log, S17-20(1056).-Exa-nn. of P-contg--
fractious isolated from ripeMng flax seeds-showed that the,
'Rajor portion of these during.inteme forituttion of fat are
ot composed of hexosephosphates or glycerophospliates,
but of sorue olherO-contg. P compds.; these are unidenti-.
fied as yet. Fructose diphospliate is absent. While tnmt
P compd-s. -ere difficultly hydrolyzable with X ILCI, the:.
-zable fractiou may conwin adencishictriphosphate'
hydrol)
or adenosinediphosph te, which could not be detd. satis-
filctorily by the Umbarcit inethod (cf.' PavIinova,.C.A. 46,
WC&). Satisfactory septi. by paber chromatQgmphy of f
the %-4rious P cotupds. could not be achieved either In basic
liuitr dr iu EtO.Ic-AcOII-Hio. . With EtOll-AcOll-
11!0 at 7Lst partial chromatographic sc I
p
11 dcrivs, was attained finaliv.

USSR/Plant Physiology. Ivaneral Nutrition 1-3
Abs Jour : Ref Zhur - Biol., No 7, 1958) No 2939-t
Author :Prokofiev A.A.,
Inst :Not Given
Title :On the Translocation of Phosphorus from Leaves in Seeds
Orig Pub :Fiziol. rastyenii, 1957, 4, No i, i4_23
Abstract :Na2Hp3204 was introduced with the aid of vacuum-infiltration
into the leaves of the sunflower plant. Radioactive P was
found almost only in the basket sector which was under the
given leaf. It was determined in short expositions that the
predominant portion of p32 introduced in the leaf followed
the trail of the leaf down w:Lth a velocity of 2 m/hour. p32
which was moving from the leaf upward was found first of all
in the energetically traspirating parts of the raceme and
the upper young seeds. But in the period of intensive fat-
accumulation the larger part of P moving to the basket was re-
presented by organic combinations. This work was carried out
in the Institute of Plant Physiology of the Academy of Sciences
of theUnion of Soviet Socialist Republics.
Card 1/1
USSR/plant physiolo@Z,. Respiration and 1,jetcbolism
jjbs jour : pcf Zhur - Biol., No 19, 1958, uo U'6618
hor :Prokof'YOV A.A.) Zhdanova L.P., and. obole-,r A.M.
nst :Institute of Plant Phj1siolO_'Y :-S USSR d 4-he
Titla :Cartain Laws of the rlow of Slfostances from 1,,caven Towa r
RL-productive Orgails
Orig Pub :F'IziOl- Rastenly, 41 11o 5, 425-431, 1957
erinC,; C1402 saccharose-C 14, CH, C 14
Abstract :10-po days after flow es of
I L
007@ and Na HP32b4 were introduced into individual leav
t"10 !'T@arljR Stepnoy", "SaratOv-hiy and "i@r_-snod_-rs1ri-1'
-@66" varieties of leaf i@justarCL unflower, throu,
5 t,
placenent of solutions on leaves or their introduction the
v- 1:i, -iltration method, daily for a pariod of 5, 10 and 15
d'j--s. Also, the leaves ere exposed for 29-minute
,oaall nt..,,osphere with CX2. In the leaf mustard, tile uDpor-
U ishin- the
t*cr I.eaves proved to be most active in riour
.L
I scads. In the Sunflower, regardless of the ticr,
fruits -mc
Card 1/2
5

VYSKREBn
SOB,31P -TSEVA, B. I.
.a.
Identificatinn of organic acid-soluble phosphorus compounds in
plants by paper partition chromatography. Fiziol.rast. 6 nn.2:
244-250 Mr-Ap '-59. (MIRk 12:5)
1. K.A. Timir7azev Institute of Plant Physiology, U.S.S.R.
Acadopq of Sciences, Moscow.
W&q@.9--Chemical analysis)
(Phoophonis metabolism)

SOBOLEVI A. M. (Mosk-va)
Distribution, fomation and utilization of phy-tin in higher
plants. Usp. biol. khim. 4:248-261 162. WIRA 15:7)
(PUTIN)

SOBOLEV. A.M.
Enzymatic hydrolysis of phytin in vitro and in germinating seeds.
Fiziol. rast. 9 no.3:334-341 62. (KIRA 15:11)
1. K.A.Timiriazev Institute of Plant Physiology, U.S.S.R. Academy
of Sciences, Moscow.
(Phytin) (Phosphatase)

SOBOLEV, A.M.
Paper chromatography of inositol phosphates. Fizio. rast. 9 no-5.
649-651 162. (MIRA 15-10)
1. Timiryazev Institute of Plant Physiology, U.StS.R. Academy of
Sciences., Moscow.
(Paper chromatography) (Inositol phosphates)

SOIBOLI-PV, AJI.
Formation and aectmulation of ph--in ir seed-=, Fiziol,
KI
rast. 11 no.1-106-111 Ja--F 164. (! RA 17-2)
1. Institut fiziolotaii rasteniy imen-L K.A. Timiryazeva.

SOBODW, A.11.
Territorial ecological schemes as a basis for the coorclinatIon of
the studies of land forms. ITauk za-D. LIviv. vn. LI-0:100-102 157.
(rimk 11:6)
l.Insti-tut geografii AN SSSR, Moskva.
( B o t a nv-- -30, c o 1 o E IV")

A
'f I T L i-, n @z D e V a r J n S n' S 0 f C m n I x C a s t 4. n g S
B@,r ta s c t-k", -am, r a z:n. r c- %r s 1 c z, n yk ,, o Ok
P E 1i I :-'% D I C !, L a s h i rn c r .3 !T
.' r U @ P:) 1-7 (USS:@)
ABSTRACT! The aUT-c,r d@_s-_ribes how undue anounts of waste in the
casting oF --o-mplex and largre dimensional Darts of alumi-
num and magneRium AL9 and IM15 alloys caused by deviations
from the given dimension can be stopped, In all cases of
a oroduction of new foundry equipment, such as models and
dies '. a careful mal-king of the equipment proper and the
firs', batch of castings is done, The technological office
of the foundry must mechanically inspect some of the cast-
ings of the fi--rst batch, a Food method of confirming the
true dimensions desired, if the Darts are elements of
assemblies to be dcn@ for other plants5 a tentative mount-
i-ng of samples of the first batch will be anotbe-r valuable
-he_k,ng m,@ans T-@re are 2 sets of diagrams,
ca '7_g,,@ a ty :ortro2_ MagnesUm castings

SOBOLEV, A.N.
Castings combining several parts. Mashinostroitell no.3:9
Mr 16o. (MM 13:6)
(Founding)

SOBOLEV, A.N.
Consumption of electric power has been reduced. Mashinostroitell
no.2:21 F `62. MRA 15:2)
(Electric furnaces-Technological innovations)

.. t, 7 1-@ -
@ - @ : . . " ", - '. . " , @ i, I @. % , I ." . !@ . 1, r C, @ ;, - , .
".: * ". -: , . : @ N @ @ - , ---- : @ - , ;; - - @ I - . .
,-. : , .[ "@ :'@ -'I.- -i "I , f a , 11 . . . . . I
, I I . I . -.

S( I J."I., , A , N . , in -, h. .
5,uandard-iza@lon oll -techncloglcal- prceesses in r-sting.
Mash 4ncstrcenie nc. 2@z4'1-1:-44 Mr-Ap '64. ( MI I A 17 @ @@ "
I

'3338-65 WA (d)/@WP 0
L@2, EPR/E;%T(m)/EWP(b)/E t 3'-4 IJP(c)
ACCE@SION NR: APS001338 3/0128/64/000/01210037/0038
AUTHOR- Sobolev. A. N. (Engineer)
TITLE: S@@rial production of chill-mold.castings of AL19 alloy
SOURCE: Liteynoye proizvodstvo, no. 12, 1964, 37-38
TOPIC TAGS: chill mold casting, aluminumalloy,chill moldq aluminum casting/
a
lloy AL19
ABSTRACT: *The chill-mold casting of a-part (see Fig. lof the Enclosure) and the:
mold used (Fig. 2 of the Enclosure) are described. The preparation of the hiloy
used is also discussed. The pouring temperature of 700 10C was determined ex-
perimentally and 36-47% of the metal charge was made available by the pouring sys.
tem. The production rate of the piece described was increased bya factor, of 3.5
and samples cut from the castings showed the following mechanical propertim,
Crb- 25.4 to 31.8 kg/mm2 and 6@to 8%. "Comrades A. V. Kuzfmenko. V. A. Oresh-
nikova, M. F. Sil'chenko, D. 1, Suslov and V. A, Sus o took parVin the
work." Orig. art. has: 2 figures.'
ASSOCIATION: None
Card 1/4

BAKLUSHIN, I.L.; VEKSIN, I.N.; LYULENKOV, V.I.; SABANTSEV, V.P.;
49BOLEV, A.P.; SOKOLOV, L.D.; SHIROKOV, V.N.
Analyzing the reserve strength of the 1100 blooming mill
stand in the Kuznetsk Metallurgical Combine. Izv. vyse ucheb,
zav.; chern. met. 7 no.2:205-212 164. (MIRA 17:3)
1. Sibirskiy metallurgicheskiy institut.

3030L-Y, A. ', . and A. 'I.
It3oviet .*-:ac@.ines for Harvestin, Oorm, Fested", 5ellkhomashina, NO. 4, 1951.
SO: W-1869, 6 ..!ul 1951

SOBOIEV, k. P.
5656. SOE01-TV) A. P. Zernouborochnyye Kcnibayny. If., Mashgiz, 1954. 124 S. S. III . 20 sm.
(V Pomoshchl Mekhanizatoram Sekskogo Miczyaystva). @5,000 Ekz. 2r 20k--Bibliogr. v
Kontse Knigi.-(55-1013) -'.
SC,: Knizhnaya, Letopis, Vol. 1, 1955

lCountry
Ic . U S.--. RSnience. General Probler3S.
Soil
tural
ving the F-
-1 _f:t@ 7,,, .,k lom o@ Stud-
Co- nto 'the Prob
,itributio
Ti tie fects of Rotation Crons on Soil Properties
ruchn, lvanovsk.
-'J'rincIple @il'tl Tjr)ted in jpj)roac.I,,(,,B i
varjous crep3 61IG
@-onditions of
u"Urbinted influenoe unde-r the -
otatioll on -,Oil properties and
a nartioular r ever be made
This study should not
L P, from tjjc- agratechr-7 cror
-itlon.
T 'I
n c
C.Ops on Sol!
W@V,, CVO gr Rotati-on
t" If Grtiss-Innd
e0t c
ng 7e ge
Th a namic darl
In-ta, !956,
3b. nW.1c-hf'-- tr. oil the
Tjo. 141 u9ty-a7
,,
-7a rage
'e, Ole
3Lnti ty Of t avid 111Rr"
-mm are -,ormed Mca
T;,a r; betWeen BOW!
jD"ajjL,r th8n J. In, their
,jrja gra
to 34.224
'Y und in the 9 p
ve."
he quant-ItY
Y86r, ;-tpter 'wh0at t-- he s-prine:7
fall. Undor " - - t
jrcreased from 13-89% in t
O-A f.1ppragat
i 1/2

BY.WZOR, V.V., inzh.; SOSUNOVA, Ye.ll.. inzh.; SOBOLEV, A.P., inzh.
Machines used in forage harvest ing. Trakt. i aellkhozmaah. no.q:
24-26 S '58. (MIRA 11:10)
(Forage plants-Harvesting)

KUMETSOV, G.M.-. SOBOLEV, A.S.
Liquidus curves in binary systems of germanium and silicon.
Isal. splav. tsvet. met. no.4:94-99 163. (YJRA 16:8)
(Germanium alloys-Thermal properties)
(Silicon alloys-Thermal properties)
0
Rhase rule and equilibrium)

u!- o 2,.p 7@ c L P f c. r ma -,,- g r a p
NTI UP no,6.j.018-17ft
rddy Bash I L 0).

.-. 71 i f I - - -!-,. the production cr
I.,. .- - - , i> .,: pl*,,,C',IC!,:) - - -
r-- - - 'IF r: @ ' @ I -, I I ,
.-.,@Vl --,Idv @" a s h'-J'- a' . - @n@ @ - - '18 1 (- ';
("E. -,@
@A 17,-@)

KUZNETSOV, G.M.; SOBOLEV, A.S.
Applicability of the Meyer rule in hardness testing. Sbor.
nauch. trud. GINTSVFTMET no.33s263-267 160. (@URA 15:3)
(Hardness--Testing)

AU7HORS:
TITLE
37-836
S/123/62/ooo/08/0o8/016
A00VA101
Kuznetsov, G. M., Sobolev, A. S.
On the practicability of the Meyer rule during hardness tests
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 8, 1962, 27, abstract
8A201 ("Sb. nauchn. tr. In-t tsvetn. met. im. M. I. Kalinina",
.1910, V. I
0 _13, 263-267)
TE.\7'L- Investigations were carried out to determine the practicability of
the Meirer rule: P - adn, where P,- load, d - indentation diameter, a and n -
test constants. The hardness was determined at room and elevated temperatures
000. 400, 1150 alid 5000C) on Pb, Al, Cu, bronze and brass specimens, the indenter
impression duration being 0.5, 5 and 50 minutes. It was found that during hard-
ness tests at 20 0C and elevated temperatures, a deviation from the Meyer rule
is taking place in the range of considerable deformation, i.e. n is no constant
of the given material, but depends on the temperature, holding time and degree
of deformation.
Abstracter's note: Complete translation]
Clard 1/1

SOBOIEV, Aleksey Semenovich; KAPLAN, G.D. [deceased), red.,, BYKOVA,
y
M.G., red.; DEYEVA, V.M., tekbn. red.
[Practical miamial in agricultural ent=olog7j' Praktik= po sell-
skokhoziaistvennoi entomologii.' Moskva, Gos. izd-vo sellkhoz.
lit-ry zhurnalov i plakatov, 1961. 325 p. (MIRA 14:8)
(Entomology)

SOPOLR7, A.
Academy of Sciences, Eotonian SSR, Inotitutle of Anj,,,2al Husbandry and Vet.
Yedicine.
"Auxi Iliar -
y method of examination of larl,-rM in cattle."
SO: Vet. 26,0"'), lq),9, p 310
o 0 0 0 0 40 9 0 * 0 0 0 40 40 41 0 40 40 40 0 0 0 0 0 0 * 9 40

USSR/Medicine - Insecticides Feb 50
Sanitation
,-q "Results of Using Preparations of Hexachlorocyclo-
1
hexane at Peat Enterprises," A. S. Sobolev, -ff P
Lrlk
Gig i San" No 2
Tests effects of Soviet preparation hexachlorocyclo-
hexane (hexide) on vermin such as lice, bedbugs,
fleas, mosquitoes, house flies, and cockroaches in
living quarters at a peat enterprise. Other authors
have, shown hexide to be five, 20, and even 100 times
as effective as DDT. Used 150-200 grams per sq m of,
area of emulsion containing 25 parts hexide, 50 Parts
AW 155T31
USSR/Medicine - Insecticides (Contd) Feb 50
kerosene, 15 parts oil, and 10 parts water. Bedbugs
died after 2-3 days, flies and mosquitoes after 1-2
hours, and cockroaches when contacted by emulsion
were rendeied immobile in 20-30 minutes and died in
112-2 hours. Bedbugs, fleas, and cockroaches were
completely eliminated in the 10,000 cu m of living
quarters treated in the test, and fly population was
reduced to one third that of control areas.
AW
155T31-
VQ

SOBOLEV, A. CS 3
(From material received by the editor on Diseases of -Swine)
3. "Pathogenesis and Propiqlaxis of Liver Disease in Pigs" by
Senior Science Assistant A. SOBOLEV (Institute of Animal Husbandry and
Veterinaxy Medicine of the Academy of Scibnee of the Estonian SSR).In
the pathogenesis of the so-called "liver disease" observed in pigs in the
Estonian SSR.an..inportant role., in the author's oPinion3 is played by dis-
turbances in the mineral metabolism in the animal organism., especially a
deficiency in the iron,copper, and cobalt-involved in liver functions aad
blood formation, Page 56 (Veterinariya,N6.911952)--
SO: U-5638;10 March 1954,-P.46;" de g

1. SOBOLEEV, A. S.
2. USSR (600)
4. Salt
7. Salt diet of young livestock. Sots.zhiv. 15 No. 2, 1953.
9. Monthl List of Russian Accessions. Library of Congress',
April
1953, Uncl.

YUKHNOVICH, A.N., veter. vrach (Yelininskiy rayon, Smolenskoy oblasti);
RUDOMTKIN, Ya.S.y veter. vrach; EVENTOV, M.Z., veter. vrach;
SOBOLEV, A.S., dotsent (Estonskaya SSR); DOLINIKOV, Yu.Ya.y kand.
veter. nauk; PALIMPSESTOV, M.A., prof.,- SIMONETKO, N.M., dotsent;
GONCHAROV, A.P., assistent; BEZRUKOVy A.A.; FROLENKOV, N.A... veter.
vrach (Serov, Sverdlovskoy oblasti); KOSHCHEYEV, P.M.; VOROBIYEV,
M.M.J. kand. veter. nauk; YANCHENKO, F.Kh., veter. vrach;
AMELINI I.P.; BYCHKOV, A.L, kand. veter. nauk; SHVYREV, G.I.,
veter. vrach (Stavropollskiy kray); DANILIN, N.F.; TRUSHIN, A.Za,
veter. vrach; SKRYPNIKOVA, T.K., veter. felldsher; MIKHEYU, A.D.;
KARWOVAI Ye.M., kand. biol. nauk; REMIZOV3 Ye.S., m:Ladshiy
nauchnyy sotrudnik,- ANTIPIN, D.N., referent
From helminthological practice. Veterinariia 38 no.7:55-58
JI 161. (MIRA 16:8)
1. Reshetovskiy veterinarnyy uchastok, Novosibirskoy oblasti
(for Rudometkin). 2. Sovkhoz nBuda-Koshelevskiyu Gomellskay
oblasti (for Eventov). 3. Sibirskiy nauchno-issledovatellskiy
veterinarnyy institut (for Dollnikov). 4. Kharlkovskiy veteri-
narnyy institut (for Palimpsestov, Simonenko, Goncharov).
5. Blagoveshchenskiy sellskokhozyaystvennyy institut (for
Bezrukov). 6. Novo-Nikolayevskiy veterinarnyy uchastok Krasno-
darskogo kraya (for Lochkarev). 7. Karpilovskiy veterinarnyy
ucbastok Chernigovskoy oblasti (for Ponomarenko). 8. Kamalinskiy
veterinarnyy uchastok Krasnoyarskogo kraya (for Koshcheyev).
(Gentifflied on hext-card)

RACHKOVSKAYA, L.N.; SOBDLEV, A.S.; KOZIK, B@L.
Chromatographic analysis of the oxi'dation pmducts of
n-butylenes. Trudy Bashlill NP no.7.-137-141 164.
(MIRA rt:g)

SK 0 li i Y 141 11 - ,Yuriy Vasillyevich; SOBOLEV, A.S., naucIm. red.;
DVORKINA' 14., red. 1. - @ ...
[Reliability and durability of supports of movable
instrument systems] Nadezhnostt i dolgovecbnost' opor
podvizhnykh sistem priborov. Minsk, Nauka. i tekhnika,
1965. 1-10 P. (MIRA 19: 1)

KURANIOVA, P.Z.; LARIONOVA, To.S.; PLOTNIKOV, P.M.; Pv*YAffSKIT, A.Ta.;
SOBETS, L.P.; SOBOLBV, A.T.; ILIIMKIY, N.A., Rpotsred.;
S-DMFBAKOVA, G.V., rad.: TAROV, P.M., tekhn.red.
rMechanized assembly-line production of sweet rusk-, experience
of the Leningrad Port Mechanical Bakery] Mekbanizirovannne
potochnoe proizvodstvo sdobnykb sukharei;'opyt Lgningradskogo
Portovogo khlebozavnda. Moskva, Pishchepromizdat, 1956. 31 P.
(MIRA 11:12)
1. Moncov. Vsnnoyuznyy tauchno-Issledovatol'skiy inatitut
khlnbopekarnoy promyshlennosti.
(Lening,rad--Bakers and bakeries--Equipinent and supplies)

SOOMM, A.V. (Leningrad)
Changes in electrocardiograpkv in remote periods after total
or partial excision of the lung. Report No.2. Klin.med. 37
no.8:67-73 Ag '59. (MIRA 12:11)
1. Iz Laningradskogo nanchno-ionledovatel'skogo instituta
ekspertizy trudosposobnoati i trudoustroystva invalidov.
(PNMAOIfECTONT)
(ELECTROCARDIOGRAPHY)

al

0 L E ",/@ A - V.
SOBOLXV, A.V., kandidat meditsinakikh nauk; DITM, A.I.
Multiple otogenous aubdural and intracerebral abscesses. Vest. oto-
rin. 16 no.4:42-46 Jl-Ag 154. (KLRA 7:8)
1. Iz kliniki bolezney ukha, gorla i nose, (zar. prof. N.K.Usolltsey)
Smolenskoy oblastnoy klinicheakoy bolluitay.
(BRAIN. abscess,
*multiple, otogenous)
(ABSCZSS,
*brain. multiple, otogenous)

SOBOLEV, A.v BUDNIKOV, N.YE
.1.1
Engineer
"Tangential bending of welded structures," Avtogen. Delo, No-7, 1949.

inzhener; SIVITCOMO, A.V.
our experience in founding by means of cast models. btrol.1 dor. mashinostr.
no.1*34-35 JR 1@6. (KLRA 10:1)
(Pounding)

SOBOLEV, A.Y., inzhener.
I
- Rapi'A pneumatic grinding machine. Stroi.i dor.mashinostr.1 no.2:33
F 156. (Gri.ndIing machines) (MlRA 10:1)

SOBOLEV, A.V.. inzhener; SITNICIIPMO, A.I., inihoner.
.,::-,."
Increasixg tho- heat resistance of mold boxes and c;3rburizijtg box**.
Stroi. i dor.mashinestr. no-7:29-30 J1 156. (MIRA 9:10)
(Founding) (Cementation (Metallurgy))

SOBOLEV, B.
_--- _._
Economic and --inancial aid of the Soviet Union to Asian and
African countries. Dan. i k-red. 17 D 159.
(MIRA 12:12)
(Asia--Economic assistance, RuBoianl'
Wrica--Economic asaistance, Russian)

SOBOLEV, B.
Soviet aid to Asian and African countries. Fin. SSSF 38 no.103,41
Ja 164. (MIRA 17%2)

SOBOLEV, B.A.; GOLIDBERG, D.O.
Two-stage deasphaltization of goudrons from sulfur-bearing
crude oils. Khim. i tekh. topl. i masel 8 no-5:8-12 My 163.
(MIFu 16: 8)
1. Bashkirskiy nauchno-issledovatells!Ly institut po pere-
rabotke nefti, i Ufimskiy neftepererabatyvayushchiy zavod im.
XXII s,lyezda Kommunisticheskoy partii Sovetskogo Soyuza.

AKP-AC!"! , V'S. ; li.i, . ; I K(-'. , I G .
';c 'is ti
-a -j bu tion of the fee@,i of a ai.--: --a --,- - ---
I
filtrate in the dewax-ing of raffinate. @m. nef--a?him.
no. 164-. k.v. T T- L. 1 @ : ;-) )
i . 11 fimski y -nef @eper@-, rab,'@l,5",7-Qq7.)hChiy ',',EtVOLI I'M- X."" ' 1 S"yc-'-7da
;al."ii Sovcwts','-@-)"@o

L 3903--V) D1T(m)/EPF(c)/T
ACCESSION NR: AP5023565 UR/0318/65/000/006/0623/0025
665.546.5.002.235.012.5
AUTHOR: Sobolev, B. A.; N!!@ogreyj P. M.; Tsalik, I. L.
TITLE: Increasing the yield of lubricating oil b recovering of second&ry
y means of
raffinate from the extract
SOURCE: Neftepererabotka i neftekhimiya, no. 8, 1965, 23-26 1
TOPIC TAGS: lubricating oil, lubricant property, lubricant
component, solvent action
ABSTRACT: A method of increasing the yield of-.automotive lubricating oil from a
commercial extract was developed. The B-10% yield of secondary raffinate (based
on deasphalted oil) can be achieved by means of refrigerating the phenol extract
V;
-100C below the lowest operating temperature of the commercial extraction column
along with adding 2-10% of fresh phenolated water solvent. When this secondary
.raffinate is recycled to the extraction column the overall increase in raffinate
yield is 4-5%. When the yield of secondary raffinate is kept uithin 8-10% range
:there is no detrimental effect.on.the quality of the total raffinate._ ror yields
'Card
112

SOBOLEV, B.I., mayor meditainakoy sluzhby
Organizing a dysentery section at a garrison hospital. Voon.-med.
zhur. no.10Z74-75 0 '59. (MIRA 130)
(DYSMMY) (HOSPITALS, MILITART)

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SOBOLEV. KOSTRIKIN, Yu.M., kand. tekhn.nauk; M.A111KINA, N.N,, kand.
nauk
Reaction of hydrazine with iron oxides. Teploenergetika 7 no.6:
92 Je 160. (MIRA 13:8)
1. Veesoyuznyy teplotekhalcheskiy institut.
(Hydrazine) (Iron oxides)

YANIKINA, N.N., kand.tekhn.nauk; SOBOLEV, B.N., tekhnik
Mechanism of the hydrazine effect on the Drocess of ferric oxide
scale formation. Teploenergetika 9 no.3:48-50 Mr '62.
(MIRA 15:2)
1. Vsesoyuznyy teplotekhnicheskiy institut.
(Boilers--Incrustations) (Hydrazine)

UR 3 P. A. 7.
"E, U.i the -Iole of I'luoride -4,r, tlie '--'ra@-.-s-nort of @I nry 11 i um
@m-! t,-te 7Fo-I-niation of Phenacite (0 roii f to-ristykh
,., @ erenose berilliya i obrazovanii fena':ita)
',-;eoichim iYa, 1 ')59, Nr 1 , pl, 20-218 (TTSSR
.:3 -'R,*T '21he z-ot':-,ors oynthesized phenacite from beryllium - and si I icon
o--4-de . '2he follo-,,,,i-ii -naterials served as -.-iinerai-izers
.,a- , BeF2and the fluober,,ilates of alkalio. Ilatter
vier,, supplied by ". S. Tamm and L. '.'. '.:11--heyeva.
-produced -mixture vias sealed in q,il,;rtz
i--s 2 and 3) canrl heated in Sh;-ft fiirnaces. '.'he @em-.:era4 -ire
r e. -u I a 'I or:3 and EPD-17 viere use,] in proces Ex -
-er-;--.1ents a' --ifi'erent teLi,,)era'I,,,rcs- and @Iifferent
(T@@:':Acs 1 to 3) r,ave the fo!Ioviing- resuIts: t*@,:! for"lution
,z) nilenacite from @3eO and SiO 2 Li *.`,p- i@re,,enc-@ of fluo@,eryllates
is a h@-tero:,----neous rez-,ction, 1;ia t-io rpseoiiz state.
ass@ime the folloviinir --o-@c@ o' @'orm-Ltion:
(1) SiO, + 2 -alleF, SiF, + 2 e 0 + 2

"V /7 - 51:-1-1 - 3 /14
4-
On Role of _7 "on.,:ound s in t I, e Tr an sT)or' of Be r-1 lium a 'I @h
-,,.1al ion of "'k-nacite
SiF + BeO SiOF + BeF
Zj 2 2
(3) 4 S_JOF + 2 NaBeF 13e Sio
2 3 -.ft 2 4 '+ 3 SiF. + 2 -,'aF
-locnuoe of the transport ret-ctions phenacite ,,P-n be "over-
'@,;tille,-J". '-Phe paral-enesis of phenacite in the v-arious de.-losits
an@ the r-.,.orpholo--ical similarity of synthetic and natural
crystals (-_Fi-@s 4 to 7) sug.-est Vli'@t fluoberyllates plLy a lead-
ini- pLart in ti,.e endoCeneous forr.UttiOn Of Plienacite. '_Phe authoru
-xPress ",icir -ra'i'vide to Beus for revievin- --le resu.11-s.
-re 7, '*.-!!'e'!, 3 t- ib 1 e 3 and 2 5 refere nc e o 11 of wh ic h
3'_@ 0 C T, 1 U N. T'al'edra khimii ','o_-1-ovs`o-r) gosudLirstv@rn,@:,o
..:i,ivc,rsi!.eta V. Lomonosova- ( Chair of Inor. -anic
i;r-! of 'm,'oscovi Statc, University _J,,@erti `:1. -V . L 0'.- C" o " C)
S-3717@'ITTZD + e 2 Z , 1 8
'@:'rd 2/2

3/078/60/001,;/0110/012/021
B004/B067
AUTHORS: Sobolev, B. P., nLagina,_L P-
TITLE: Synthesis and Investigation of Siniile_ CFj ta@ls o the
Luminophore (Zn,Be jL_
)2S'04
PERIODICAL: Zhurnal neorganicheskoy khimii,, 1960, Vol@ 5, No. 10,
pp. 2294-2299
TEXT: In an earlier paper (Ref. 2), the authors observed and described
"transportation effects" in the synthesis of Be2S'O4 from BeO and S'02
by means of fluorLne containing mineralizers. Single crystals of Be2SiO4/
were formed from the gaseous phase. The same effect was used in the
present work. Single crystals of (Zn.Be)2S'04 were crystallized from the
gaseous phase of the system ZnO - BeO - Si02 - mineralizer at 12000C.
Table I gives the results of preliminary experiments made for determining
appropriate mineralizers. The synthesis of willemite with the addition of
NaF, BeF2, and Na2B eF4 is studied, and the latter compound was found to be
suited for further experiments, A mixture of ZnO and BeO at a molar ratio
Card 1/3

Synthesis and Investigation of Single Crystals S/078/60/005/010/012/021
of the Luminophore (Zn,Be)23'04 B004/BO67
of 0.5 : I tc 3 : 1 as well as of Si02 and 3 - 5c/4 Na2BeF4 were heated to
12000C (Table 2). A reaction mass and a "sublimate" were formed, which at
distances from 5 - 8 cm formed up to 6 mm long single crystals on the cold
walls of the quartz ampoule (Fig.). The reaction products were studied
by cptical crystal and X-ray photographic methods. The reaction mass
consisted of two crystalline phases differing in their refractive indices.
The phase with the smaller refractive index could be identified as
phenacite, that with the higher one as a solid solution., (Zn,Be)2S'041
which crystallized in willemite structure. A comparison was made between
natural willemite supplied by the Mineralogicheskiy muzey Akademii nauk
SSSR (Mineralogical Museum of the Academy of Sciences USSR) and willemite
synthesized from ZnO and Si02. The composition of the "sublimate', depended
on the ratio ZnO : BeO. Phenacite was formed at ZnO : BeO = 0.5 : 1 to
2 . 11. At ZnO : BeO = 3 ; 1, the crystals consisted of (ZnO,BeO)2S'04'
Table 3 gives the roentgenographically determined lattice constants.
The -.-alues a. = 13.80 kX, co = 9.24 kX were obtained for the unit cell,
Willemite synthesized from ZnO and Si02 had the values ao = 13.92 kX,
Card 2/*31)

SOBOLEV, B.F.
Experimental study of cond.;t-ions in the formation
of beryllim containing willemille. Trudy IMGRE no.7.,?cL-82
(MTH@, 16@, @J'

3/078/611/006/001/014/oig
B077/BO54
AUTHORS- Novoselova- A, V., Babin, V. N., Sobolev, B. P@
TITLEi Synthesis of Monocrystal Luminophores Zn Sio /Mn and
(Zn, Be) 2 4
2Sio A/Mn
PERIODICAL- Zhurnal necrgan,,cheskoy khimii, 1:961, Vol. 6, No. I,
pp- 227 - 228
TEXT! The a,;_thorR_ developed a new method of synthesizing monocrystals of
the luml-nophores (Zn,Be),SiO 4/Un and Zn 2Sio 4/Mn.. Silicon, beryllium, and
zinc-. oxid,,s were used as initial materials, and lithium zinc fluoride as
mineral.,zer, Manganese in the form of Mr1F 2 was added as activating
component. The ccmponent ratio of ZnO - BeO @ SiO 2 was 3 ee 1 t 2. The
mineralizer LlZnF 3 was added in an amount of 5%, and the activator MnF 2 in
an amount of 1% (It by weight of the oxide mixture). The monocrystals were
'@e@r luminescence and by X-ray analyses. Fig.1 shows the
investiga@ed by T
luminescenne spe,@-@ra taken with 1@h& \jj'--2 (UFS-2) ultraviolet filter of
Ca_-d --12