SCIENTIFIC ABSTRACT BLINOV, A. - BLINOV, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205520006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


BLINOV$ A. (Bolgariya).
Along a certain road,, Sov. profsoiuzy 17 no.24:27-31
D 161.
(MM 14..l?.)
(Bulg&:ria--Des.,ription and travel)
(Bulgarla--v,Sooialist competition)

BLINOV, A.
A351d is a rich lands Sove profsoiuzy 18 no.18:41-42 S 162,
(MIRA 15:9)
(Al:r6ld-Agriculture, cooperative)
m

A ANMOV, Mikhail Tikhonovich; OX.J~QbpzLd
BI rich
LITOYALfTSEV, Petr Fedorovich; YANISON.-Tamara
Aleksandrovna[decease4j;
BORISHCEZVA, M.M., red.; CHIGMIN, A.N., takhn.red.
[Preparatory operations and printing on four-page rotation
machines]
Podgotovitallnye operataii i pechatanie na chatyrekhliotnoi
rotatsionnoi
mashine. Moskva, Gos.izd-vo "Iskusetvo," 1957. 30 p. (MIRA
10:12)
(Printing)

IMOV, Audrey Daitriyevloh
------------
[The experienoe of innovators is available to all vorkers]
Opyt novatoroy - veen rabochim. Koskva, Gos.izd-vo polit.
lit-ry, 1957. 39 P. (MIRA 13:12)
(Ifficiency, Industrial)

LITVIVOV, Anatoliy Aleksandrovich ; BLIIIOVA:Leksey
Fedorovioh;CHOPOROVA,
T.A.,ved.red. I-, - - W. - "
[Industrial testing of wells] Pronqslovye issledovaniia,
skvazhin. Moskva,,.Izd-vo "Nedra;" 1964 234 P-
~MIU 170)

J~T T",-7
"Effect o the Dispors-i on of Qimrtz in of -Raw Dl,ff -ure.-
~i *c-, ~Ccor,~C-`
Processes of -'Fromm Silicate Cnmont.ll Dr Teel. ~c-' ly,
? T
Inst, ~hia-Atla, 19;','3. Dissertation (lzeferativn~~i 41,EOSCOW, -0
jan
SO- SLE 186", 10 Aug 1

kil

AKMV, A,L, kand,tekhn.nau1k; BLINOV_,OA.N.p,_inzh.
Automatic are welding of pipes In a carbon dioxide medium. Nov.
tekh. I pered. op. v strol. 20 to.6:9-12 Je t58. (MIRA 11:6)
(Pipe, Steel--Welding) (Proteotive atmospheres)

DOBRUNOVI G.M.; SMIRNOVA, T.A'.;'E~4V. A~N'-- fWDKIN, A.G.,
konstruktor;
NIUMYEV.. V.P., kon irWcZor,.NW17S9V, B.G., konstruktor; FEMY,
V.I., konstruktor; - -BASINNEVICH,. - rl~IL-,.. red. izd-va;
SHIBLOVA, R.Te.,,.
tekhn. red.
(Album of standard shielding and-protecting devices for basic
i)~pes of sawmilling and.woodworking equipment] Allbom
tipovykh.
ograditeltnykh ustroistv,i prodokhran'tellnykh prisposoblenii
dlia osnovnykh vidov.lesopillno-derwmobrabatyvaiushchago oborn-
dovaniia. Moskva, Gooloobwaisdatt 1963. 51 p, (MIRA 16;9)
1, Moscow. TSentrallnyy nauchno-isoledovateliskiy institut me-
khanicheskoy obrabotki drevesiny,
(Wbodworking machinery-Cafety measures)

0 R F TM; ~] W. r- -v w w- v --- - - - - :,$-,
0:041 1 a V-Siclust 12M ids J6 ji-v,v gv a 0 a ~44
11-111L,10- 1.01,1110-a ji-k A~ ..L., 0 _~* 0
#-1-MANW! __ - f :- 'or
P*tcolltz t ~t 2tv
ma"Maw dot"Um d pumbas in 00 1byroid
Atead. V. D, Mora anti
so c Nftrol.,
'C4). CI. C.
/vdth tinlititt and after rettraval of the excm resput
the K colhatinitrite 14 converted to US. wbk+ k then -40
INImpared with standards by menas tit a m'KTO"M1PW1it.W.
(kttV.1j thyrrjkwl Woplls%vn "m1&Iw It." than 0.113% K.
the utlef 0(to roe range of follk-ular K frtint .00
embryo to adult is .627-4)A%. L W, ItIfIrr
so
00
I -
If too
&ETALLURMAL UTINAY 0
a Od 0 m a Im 5 a a
0 14 to .4 ~11 all 4 1 Is 460
t6 0 a
0 'S *if 0 0 0 0 v 0 4 0 0 9 0 a 0
IF 0
06 0 **Is 0 0 0 0 a 0 4 0 0 4 0 0 q
Ri

T 1*,' 17 1 Inr es
AC A P 7 8 P 5 0 0 6 / 6 it
AUTn6R: Kormer, S. Sinitsv*n, M. V.; Funtikov, A
T I TLE Investigation of the compressibility of five ionic
at pressures up to 5 Mb
SOURCE: Zhurnal eksperimentall1noy i teoreticheskoy fiztki, v. 47,
no. 4, 1964, 1202-1213
TOPIC TAGS! compression, 'nigh pressure, compressibilltv. ionic
crvq-
t a 1
ABSTRACT: The dynamic compression of Lif, 'NaCl, KC1, KD~-, and
CsBr
ionic crvnt-als of norrial and reduced denattv is
inve_qlr!~,;iredf a
wide 7-;in;:e of nressures, densities, and temperatures.
-e r e 7i :i F,5IM, b ,and tl~e rca-x 1, -murrcr,
T
v r e '; U C e t, _~k~ i" S iWaS 3~4. The exj);!r'.mPnLa'i
t, y-in -unr ~-Dn of qtpte in which the lenive rat tire
ic neat ana tne rnermai excitation of eiectrons is Eaven Lnro
accounr..
1/2

L1395c)-65
ACCESSION NR AP4047885
'Tht data obtalnba indicate an anoma o-a chAvlor of NaC1, M, M31r.
4
"For the ftrst tbrev crya-
T t
tals, density discontinuities were 4etected in the ltquid state.
is suggested --hat this may be due to a change in the
ber which occurs during the game length of t1me In whi.--- :i ~wave
is propagated along a sample. Orig. art. has, 7 f I
and 4 formulas.
ASSOCIATION: none
SUBMITTED: 18Apr64 ENCL: 00 SUB CODE- Ss~~4E
NO REP SOV: 012 OTHER: 004 ATD PRESS: -313?
Card 2/2

BLINOV A y
.!:Iaw4nzb.
Prevents accide uts in rep&iring dust s7stems of boiler
instFillationa.
Bazopetruda v prom* 2 no*3;20 My 158. (MIRA 11:4)
(Furnnoes)

BLINOV, A.Ye., inzh.
Safety screen for grinding wheels. Bazop. truda v prom. 3
no.6:33 Js '59. (HIPA 12:10)
1.0rokEqa Toploelektroteentrall Nbel*
(Grinding wheels)

BLINOV, A.Ya, , insh,
-- ~, MIIwMK*ft-I
Prevent failures of high-pressure Piping. Bezop.truda v prom. 3
no.7:14 J1 159. (MM 12:11)
($tq&Mpjpes-SMfGt.V measures)

BLINOV, A.Ta., insh.
Measures for-the prevention of ftmages to high-pressure steam
suPPI7 lines* InergetUm 8 no.3%9-10 Mr 160.
(Steampipes) (MIU 13 6)

BLINOV, A. Ye.-
26007 Blinov, A. Ye i Voloshina. U, A.
Meditsl-nskaya*Doktv~ientatsiya 'V ljc~,,skovc~y
Chasti Ina Korable. Voen.-Yed. Zhurnal, 19,48, NO.6, S. 25-31.
SO: Letopis' Zhurnal Statey, N 30, Yoscow, 1948

BLINOT, A-,Anshener; PASOCRIN, V*, tekhnik.
Streamlined motorcycles. Takhomol*22 no,4:22 Ap 154. (MLRA 7:4)
(Motorcycles)

BLINW, B., insh.
A miniature engine. Za rul. 17 no .5 8 Ur '59.
(MIRA 1218)
(Gas and oil engines)

BLINOV, B.
. -, - I
Chain type hydroelectric power station. Radio no.1:32
-Ta 160, (I~rdroelectric power etations) .(MIRA 1315)

131- I'V
AID P 2854
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 13/19
Author : Blinov, B., Eng.
Title : A flying model with oscillating slots
Periodical Kryl..rod., 9, 21-22, S 1955
Abstract Description, specifications and diagrams of a model
aircraft provided with slots. Names are mentioned.
Institution Moscow Aviation Institute
Submitted No date

(3LtN_O_V, 3.
AID P - 4674
Subject USSR/Aeronautics - Aerodynamics
Card 1/1 Pub~ 58 - 14/14
Authors BlInov, B., Engineer; Vasillyev,, A. and Pesocb, V., Model-
builders.-Students of the Moscow Aviation Institute (MAI);
Belorussov, L., Monitor of the Aerodynamic Circle of the
Moscow Institute for Technology of Aviation (MATI).
Title An inadequate book
Periodical : Kryl. rod., 3, 23, Mr,1956
Abstract : Highly specialized discussion of the shortcomings of
0. Gayevskiyls'book "Flying Glider Models" on the aero-
dynamicqroperties of aircraft models (publishing house
"DOSAAF
Institution : None
Submitted : No date

L V
AUTHOR: Blinov B., Engr
85-9-28/33
,the Aircraft Models with Unsteady Airflow, About the
TITLE: On
Wings (0 modelyalch neustanovivehegosya obtekaniya kryla)
PERIODICAL: Kryllya Rodiny 1957, Nr 9, PP. 30-31 (USSR)
ABSTRACT: The"article consists of two distinctly different parts
of
approximately the same length. The first part Is given
by the author to a very general review of the lines along
which are being,directed the present-day efforts fbr re-
ducing the takeoff and landing speeds of #Irplanesa F
Noteworthy here may be the enumeration by the author of
the possible ways of modifying the wing lift. According
to'Engr Blino,4, -the ..mechanization of the win aimed at
making its aerodynamic properties variable faerodinamiches-
kaya mekhanizatsiya kryla) may consist in equipping the
w*Ing with flapping slats and flaps (mashushchlye prOd-
krylki I zakrylki); 'in makingthe,parts-of the wings cap-
able of moving up and down withOut changing the angle of
Card 1/2 their position with respect- to the body of the airplane

85-9-28/33
On the Aircraft Models-with Unsteady Airflow About the Wings
(Cont.)
(ploskoparallellnyy vzmakh; other possible meaning - capable of
moving in the direction and in the law of the flight); ih,con-
trolling the boundary layer of air lprinuditellnyy obduv kryla;
other possible meaning - by guiding the boundary layerof air);
and in using jet flaps (reaktivnyye zakrylki), The author'iw-,
dicateB that the coefficient of the wing lift (C ) may thue-be
increased t.o the fo'llowing maxima: by using jet flaps -.to 9'' 5;
by equipping the wings with fla ping slats-t68.5;by draving'off
the boundary layer of air - to 9.5; and by making the entire wing
flap - to 5.5. In the second part of the article the author de'-
scribes an airplane)model with partly flexible flapping wings'
(as-shown on Fig. 2 , built by a Czechoslovak sportsman 20 yeArs.
ago. The model is said to be superior, with respect taU6 take-
off perf--,Nrmance, to the modern rigid-wing models. The author'-
describes briefly the 2.5 cu. cm. compressed air engine the
Ctedhoslovak sportsman used for his model (aa shown on Fig. 1),
ind offers a schematic deal n of a similar'engine conceived by
himself (as shown on Fig. 35. 3 drawings (specified above).
AVAILABLE: Library of Congress
Card 2/2

BLINOVP B,,,,-U
win4dno WiV20utYindwheels., Izobr. i rate. no.1:13 Ja 162.
(windmil-la)

MOSHCHIN, I., instruktor-aviamodelist (Rzhev, Nalininakoy obl.);
BLINOY, B.,
inzh.-konstruktor (Moskva);. PATZJSHEV, A.; GROWV, V., instruk :r
aviamodellnoy laboratorii (Fenza); TIMOFEM, A., obshchestvennyy
instruktor (Leningrad); POPOV, M.
The new direction in airplane modeling. Kryl. rod. 15 no.12.-26
D 164. (MIRA 18:3)
1. Rakovoditell aviamodellnogo kruzhka Doma pionerov, Sovetsk,
Kirovskoy oblast (for Patrushev). 2. Predsedatell aviamodellnogo,
komiteta Federatsii aviatsionnogo sporta Ukrainy., Kiyev (for
Povov).

MAMULIN, Svyatcsbav Kk'~~: \1,4Ahqyl-;vjz!h-
V I
ROKHLIN ~..G.p R-. z. e n-T
SHTYKIN, R.L., nau-:1n. GOLUEEITA, N,~?.p red.
[Repa".r of 5C-50 marln..~_ di-sral g,%n~-,rw
liemout sA-L-~ykh
clizeV-ganers:i.or.-,~
159 P. 3&I-1)

a.. Monthlylist of Russian Accessions, Library of Congress, August
1952. Unclassified.

BLINOF;'B.P.1 EUVCHNNOO D.N.
Use of steel arch supports, Ukoll,prom. no.lsl7-18 Ja-F 162.
(MM
15-8)
1. Nachallnik shakhVlo.3 ONOTovolynakaya* kowbinata "Ukrzapadugoll"
(for Blinov). 2. Zemestitell glavnogo, inzhenera, shakhty No.3
wNdrovolynakayaN konibinata "Ukrsapadugoll" po nauchnoy rabote (for
Kravchenko)q
(LVOV-Volyn' Basin-Mine timbering)

SOV/124-57-5-5497
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 5, p 54
(USSR)
AUTHOR.- Blinov, B. S., Pesochin, V. M.
TITLE: Design of a Drag-reducing Fairing for a Racing Motorcycle
(Proyek-
tirovaniye obtekatelya . k gonochnoinu mototsik1u)
PERIODICAL: Teoriya i praktika fiz. kulltury, 1955, Vol 18, Nr 11,
pp 820-829
ABSTRACT: The authors describe a drag-reducing fairing designed and
prodilcea
in 1953 at the MAI (Moskovskiy aviatsionnyy ordena Lenina institut
[Moscow "Order of Lenin" Aviation Institute)) for the racing motor-
cycle "Kometa-IIIII [Model Itomet-311; Trans. Note). They show
that even at speeds,as low as 120 km/hr unfaired racing motorcycles
incur power losses due to aerodynamic drag which exceed their total
power losses due to friction. The question is examined as to whether
a drag-reducing fairing encasing a, motorcycle might not develop
sufficient aerodynamic lift to raise the motorcycle's front wheel up
off the ground. Elementary- indications are given with respect to the
general aerodynamic shaping and calculation of such a fairing, with
respect to the design and engineering of both wooden and metal
Card 1/1 models, and with respect to the amount of labor involved in
their
manufa'cture. V'. G. Gallperin

e 9viehLXV=oO M.N.0 red.1 YEWHIN, V.V.,,
1
_1 ___
tekhn.-red.
(Chain-type hydroelectria power generator]
Girliandnaia GES.
Moskva,.Gosenergoizdat,-1%3. 62 p. (Msssovaia
radiobibliote-
ka, no.460) (MIRA 16t6)
(Bydroeleatric power stations)

BLINOV B.V.t LOBKoj Ta.U.
Surgical treatment e"os.teo&ticulaf titberouloois. Ortrop.traym.
I, protou 21 no.3j41-44 #r '1160, (MIU 14:3)
,.I. Iz Rovenikovskogo koetnotubarkuleznogo oanatoriya (glavW
vrach - I.M.Starcha) i.'.travmatologicheskogo otd. (zav. Ya.U.
1.6bko) Ravenikovskoy rayonnoy bol tdto
(BONES"TUBERGULOSISTO

-SHW=V, A.A.; SHTPM, Ta.j.; 70G211, A.A.,. kandidat tekbnicheskikh
nauk,-redaktor; BLINOT, B.T., Iushener, retsensent; SOKOLOTA, L,V.,
tokhnicheekiy red&IET"o"r*.'~-
(Smelting in corelese-type induction furnaces] Plavka v besserdeah-
nikovykh induktatonufth pachakh. Pod red. A.A.Yogelia. Moskva, Goo.
uauchno-tekhn. ixd-vo washlaostrolt. i sudostroit. lit-ry, 1934.
29 p. (Bibliotoobka Y"okoohastotniks-termista, no.14) (MMA 7:11)
(Induction heating) (Smelting)

BLINOV, B.V4,1 TIKUSTMA. S.A6
jAnall, s for electric resistors. Trudy L-O NTO
Priborprow, uo*31234-237
056, 1 1.. .1 1 - ~ I- I (MA 10:8)
(Electric resistors) (Copper-awWanese-alumiuum alloys)

call Nr: AF 114o766
-AUTHOR: Shekal6v, A.A.0 Shtreys., Ya.l.,, Blinov,, B.V.
TITLE: Melting in Small Cortless~-Induction Furnaces
(Plavka v malykh besserdechnikovykh W Uktsionnykh
pechaIM)
PUB. DATA: Gosudarstvennoye nauchno-tekhnicheakoye izdatellstvo
mashinostroitellno literatury; Moscow-Leningrad,
1957-(2-nd editionT., 53 pp. 100000 copies,
ORIG. AGENCY: Leningrad Division of Maftiz (State Poientifie and
Teohnioal Publishing House of Literature on Machine
Building)i
EDITOR: Fogell,,A.A., Candidate of Techn. So.; Reviewer: Don-
skoy, A.V., Professor, Doctor of Teohn. So.;
Editorial Staff., Fogel', A.A.., Candidate of Teohn.So..,
Card 1/4

Call-Nr: AF 1140766
Melting in Small Coreless-Induction Furndpes 'Cont.)
Chief,-Ed1tor:of.-,2nd_ed.; Spitgynt.X-.K.', Candidate of
Teehn.*Sc.; SlukhotakILYv A*Ye*j, 6andidite of Techn.Sc.;
Glukhanov, N.P..,Candidate of Techn*Ses; Bamuner, AoV*p jhgep
-Editok of the Lening'rpA Division of Mashglz; Boll-
shakov M.A, Bag.; Editor-in-Chier of the State
Scientifia an"d Technical Publi 1%4 Ouse of Literature
on Machine Building: Simonovskly, g.Z:; Tech. Ed.:
Sycheva, O.V.; Proofreader: Khoroshkdvich,, V.M.
PURPOSE: The present brochure is cne of, tbe?'Pocket Library of the
High-Frequency Furnace OperatorP (tibliotechka
vysokochastotnika-termista) series publications. The.
purpose of this series is to present the latest achieve-
ments in the field of high-frequency practice, the
scientific findings of the High-Frequency Power Institute
(Institut tokov vysokoy chastoty) Im. Professor V.P* Volog-
din,, and the practical findings gathered in this field
ot technology in the Soviet Union ~nd abroad., in order to
further the wide introduction of high-frequency melting
methods and advanced metallurgical production methods,
The brochures are written for the rank and file workers
Card 2/4 of the metallurgical industry.

call mr: AF 110766
Melting in Small Coreless-Induction Furnaces (Cont.)
COVMLAGE: MaWw*bOV explain the basic principles of the ooreless-
induction furniwe melting practices with access of air,
in a vaeuuaj, and in various protective media. They
describe the oonstiuotion. of various melting furnaees.0
the priparation of the crucible, and different melt.Ingmeth-
odb'.-Sc
.9pof the data refer to the smelting furnaces
which have been developed jointly by the "Blektrik"
Plant and the laboratory of Professor V.P. Vologdin.,,
a Soviet pioneer in the field of Induction melting.
These furnaces range in capacity from 10-3,,000 kg-
They have been Installed at many Soviet industrial
plants by the "Blektroprom" Organization. The authors
list no bibliographical references.
Card 3/4

call Nr: AF n4o766
Melting in Small Coreless-Induction Pumaoes (cont.)
!TABLk OF CONTENTS,.
Foreword 3
Introduction 5
1. Melting furnace oonstruation 6
2. Lining
12
3. Melting process
26
4. Vacuum melting
33
5-
Hydrogen-vaauum melting
46
6. Zone melting
49
7. Melting without
crucible
51
Conclusion
54
AVAILABLE: Library of Congress

Card 4/4

SEM"V, Alekeandr'Alekseyevioh, kand.tekhn.nauk; MINOV 3 V.,
red.;
-qwfr.T. NG, V.A., Isd.red..; MMMOVA,
[Now mterials for permanent magnets] Movye materialy dlia
postotannykh magnitovo Leningrad. 1960. 19 p. (Loningradskii
dom unuohno-tekhnichaskoi propagandy. Obman peredovym
opytom.
Sariia: Pribory i elementy.avtometiki. vyp.8).
(MIRA 14:3)
(Magnetic materials)

BMOV,, B.T.
Osteoepipbysiolyois of the distal epipbysis of the tibia.
Ortop.p travmDi proteas 23 no,Wl-73 Je 162. (MIRA 150)
(TIBIAP-DISMES) (EPIPHYSIS-DISMF.S)

BLINOV, B.V.
Ankle fractures combined with a fracture of the anterior or
posterior margin of the tibia. Ortop.,travm. i protez. 24
no.5: 6-20 My 163. (MIRA 17,9)
.Ole,
1. Iz Ukrainskogo instituta ortopedii i tra"atologii imeni
M.T. Sitenko (dir, chlen-korrespondent AMN SSSR prof. N.P.
Ncvachenko). Adres avtoras Kharlkov 24j, Fushkinskaya ulitsa
dom 80, Inatitut ortopedii i travmatologii.

PASHCHUK., A. Yu. kand. med.'nauk; MMOV, B.V. (Rharikov)
Review of Heinz Gelbke's book "Restorative and plastic surgerve*
Ortop,. travm, i protez* 25 noo4t76-77 Ap t64 (MIRA 188i)

ACC NRt AP7000338 SOURCE CODE: UR/0413/66/000/022/0098/0099
Blinoy, Z4; Ovcharenko,.Ye. Ya.; Sazhayev, V. G.; Faygin, V. I.;
-D.
I Shleyf man-71M_.M.
1ORG: none
-T, g surface. Class 42,
.ITLE: Device for automatic detection of flaws on a movi.n
Noi 188685 [announced by the.Design Bureau of Automation in the
Nonferrous Industry
(1~qns truktorskoya byuro "Tvatmetavtomatika")
nnyye bbraztsy, tovarnyye znaki, no. 22 1966 98-99
_.S~~JRCE: Izobret&niya, promyshle
-toftC TAGS: metal surface, flaw detection, metal inspection, optic
method, optic
lxi~trument
PSTRACT. This Author Certificate introduces an-automated flaw
detector for the
~ns'pection of a moving-surface of an article such as a metal
strip. The detector con-
tains a source of light and an optical system for the concentration
of luminous flux,
-i0ch is placed in front of.a panel with light guides and f4ith
light-sensitive elementd
.connected to the electronic inspection device. To increase the
sensitivity to small
flaws and to facilitate the inspection.of wide strips, the
instrument has branched
'light guides which ensure an*optical connection between the source
of light, the
inspected surface, and the light sensitive elements. In a variant,
the adverse effect-
of vibrati
on of the inspected surface on the instrument performance is
reduced by
Card UDCs
-620.179 A

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GIL-Oqonvm %Rj%=00 ITTAMTmem 0 -a - AWN
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BLINOV, F.T. (Deceased)
NY4LVS- R-k~ ~See-OILC

BLINOV$ G.A.
Prospecting equipment at the Brno International
Exhibition of 1960.
Razvedvi okhenedr 28 no*108 Ja 162, (MIRA 150)
1. SOV-sro-Zapadnoye go lo ioheskoye upravloniye.
(Brno,-Exhibitions
(Prospecting-Equipment and supplies)

BLINOV, G.A.; GOTS, A.S.
Technical and economicresults of diamond-drilling in
the North-
western Geological AAmintstration. 'Razved. i okh. nedr
29 no.9:
24-27 S 163. (MM 1640)
1. Severo-7AVadnoye geologicheskoys upravleniye.

BLINOV, G.A.i GOTS. A.S.; LEBEMY, V.N.
0
First results of.the multi-hole drilling of rxospecting, wells
in
the Northwestern Geological Administration. Ramd. i okh. nedr.
30 no.8-.29-30 Ag 164. (MMA 17:10)
1. Severo-Zapadnoye geologicheskoye upravleniye.
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110 t lit ~--:lt y of ftgld lmd p-:7.1'.

BLINOT, G.A.; IMMIDDY, Yu.S.; FAMIN, I.I.
Idquid bubble chambers for investigating ionizing
particles.
Izv.AN SSSR.Ser.fis. 19 nosW58-760 11-D 155. (MLRA 9:4)
1,Akademiya nauk SSGRO
(Cosmic rare) (Nuclear physics)

'$b JI IVOV
C7_4,
SUBJECT USSR / PHYSICS cim I / 2 PA - 1770
iUTAOR - BLINOV,G.A., MSTNIKOV,JU.S., LOMANOV,M.F.
TITLE Mie"MMUTIXT-the Ionization Power of Particles in a Bubble
Chamber.
tERIODICAL gurn.eksp.i teor.fis,.Ll,faso 5,762-770 (1956)
Issued: 1 / 1957
-Cqhtrary to other authors the authors of the present work
employed the method
~of pressure drop up to a certain level, which warranted a very
stable operation
of the chamber. The experimental part of the work was carried out
by means of
the synchrocyclotron of the Institute-for Nuclear Problems of the
Academy of
Science in tb~_:- USSR.
Structure of.the chamber and selection of mode of operation: The
work space
of the chamber consists of a cylindrical vessel of stainless
steel (inner dia-
meter 92 mm, height 70 mm)- Simply distilled technical propane
with a vapor
density of 30 atm at 640 C was used as an operating liquid. The
construction of
the chamber is discussed on the basis of a drawing. A particular
feature of the
device described is the',drop.of pressure in the chamber down to
a constant
regulatable level. Bya pressure stabilizer and through an
electromagnetic in-
let valve carbonic aoid gas is introduced -under pressure of 38
atm. This
pressure is transferred by means of waterto two membranes. After
complete con-
densation of the gaseous phase the chamber is ready for
expansion. During work
with an accelerator the chamber was fitted in.a collimated bundle
of-neutrons
with average energy, in a bundle of f-quanta originating from the
deoay of
neutral pions, or in a bundle of partioloo.emitted from the
target and from the

lurn.eksp-i teor.fis,31,faao.5,762-770 OW)' CARD 2 / 2 PA - 1770
walls of the collimator in the,direotion of the protons. A
control system made
ihe'remotely controlled measuring of temperaturet pressure, and
other quanti-
ties possible in the chamber,
Methods for the measuring of the density of~the traces: At
present the grain
densities in nuclear photo emulsions are being determined by the
method of the
average length of distances and from the number of distances.
The authors em-
played similar methods, viz. 1.) The method of simply counting
the number of
bubbles , 2 T e method of the average length of distancesy which
is the most
objective. 33 Determinationof the number of distances exceeding
a certain
minimum distance. This method is the most aoourate for dense
traces. The densi-
ties of the traces of 5 am length can be determined within a
20-fold variation
.range with-errors of from 6 to 10% without modifying the
accuracy of the
.chamber.
'In conclusion the identification of the particles and the
dependence of the
,density of the trace on the velocity of the particle is
discussed. The
distinguishing features of sleetronsy protons, deuterons, and
pions are
pointed out.
INSTITUTION:'

SUBJECT-
AUTHOR
"TITLE
PERIODICAL
USSR PHYSICS CARD 1 / 2 PA - 1778
KUZNECOV,E.V., LOMANOV,mr.F., BLINOVG.~A., CHUAN SEN-NJANI
A Bubble Chamber for the Study _RT-1doemic Radiation.
~urn.eksp.i teor-fis,311,faso-5,.9117911 (1956)
Issued: I / 1957
Although the life of the bubble germs created by the ionizing
particle is.con-
siderably shorter than the time taken by the drop in pressure,
there is a pos-
sibility of making use of bubble chambers for the study of
cosmic radiation.
This possibility, which is discussed in the course of the
present work, consists
in increasing the degree of efficiency of the.ohamber, i.e. in
the relative in-
crease of the portion of time in which the chamber is
sensitive. The degree of
efficiency is determined by the duration of sensitivity in each
individual
cycle and by the duration of the cycle. By shortening the cycle
and by other
measures~he degree of efficiency of the bubble chamber could be
increased to
such an extent that the investigation of cosmic radiation by
means of a bubble
chamber became practically possible.
The bubble chamber is schematically shown in form of a drawingi
it consists of
a chamber, a limiter and a compressor. The cylinder-shaped
chamber is filled
with FREON-13(c ClF3 ~ a-nd has a volume of 1 liter. The
windows consisted of
organic glass panes. The compressor causes periodical
compression and expansion
of the air with a frequency of 10 cycles per second. The
necessary power output
is low because the energy used for compression is liberated on
the occasion of
expansion. The cylinder of the compressor is filled with oil.
By way of this oil
J--t Ato Vj (;..4.

Zurn.ekap.i teor.fis,.~1,fasc-5,911-911 (1956) CARD 2 / 2 PA.- 1778
the.stress caused by the plunger is transmitted to the water
contained in the
limiter, and from there to the PREON-13 in the bubble chamber.
The limiter regulates the limitswithin which pressurein the
chamber is modi-
fied, it causes the pressure curve to assume the appearance of a
rectangular
wave. The upper and lower limit value is determined by the
pressure P a and P i
in the left and right part of the limiter respectively. P a is 1Y5
or twice as
high as the pressure of the saturated vapors of FREON-13, and P is
lower by
about 10 atm than the pressure of the saturated vapors. The ratio
between the
duration of compression.and that of expansion can be changed by
changing the
quantity of FREON-13 in the chamber or the quantity of water in
the limiter. The
pressure curve recorded by means of a capaoity manometer was
observed on an
oscillograph. The bubbles cannot conglomerate during compression,
they rise to
the top, and then conglomerate in a trap which is filled with
cooled solid car-
bonic acid. An attached photograph shows traces which were
recorded with the
chamber. When the chamber was set up in the cellar of a
two-storeyed house, an
average of 5 cosmic rays per minute was observed. A rough estimate
6f the degrec
of efficiency furnishes the value of O,_1.
INSTITUTION:

MESTNIKOV, 11u.s., LOMANOVt M.F.
"Measurement of the Ionizing Capacity of Particles in a Bubble
Chamber," paper presented at CEM Symposium,, 1956, appearing
in Nuclear
Instruments, No. 1, pp. 21-30, 1957

BLTIIOVL G. KHESTNIKOV, YU. S. and LOKMOV, I.I.F.
Measurement of the ionizing capacity of particles in
a bubble chamber (11/40)
CERN-Symposium on High Energy Acceleratora and Vion
Physics.
Geneva, 11-23 June 56.
In. Branch 15.

43 L, 1V 6 L/ 61'
50-&4 915&
AUTHQR BLINOVj G.A. JU. S.KRESTHIKOV, LOMANOVj M.P.,SHALAIMOV',
Ya.Ya.
TITLE On.the-Use of.s. Mixture.of Two Liquids for a Bubble Chamber, -
(Primenaniye smes i drukh zhidkostey dlya. puW1kovqy kamery-Russian),
PERIOD104 Zhurnal Eksperip.i Teoret.Fiziki,1957,Vol 32, Nr 6, pp
1572-1573
U.S.B.R.
ABSTRACT If the dimensions of bubble chambers are onlarged,the
technical
difficulties connected with their operation are increased, for it
is necessary to provide for such temperatures and pressures in the
chamber as correspond to the liqui'd used.These difficulties might be
removed to a considerable extent if it were possible to work at a
temperature that is near room temperature.Perhaps a good working
temperature might be attained by the suitable miAire 'of two' liquids
(as e.g. propane andphreon). For this purpose the authors carried
,out experiments with a bubble chamber which,waa filled with a mix-
ture of phreon-12 (CC12F2) and phreon-13 (CClP3).The construction
of the chamber used for this pur ose has already been described in
a previous paper.By fitting a 0090-r- source beside the chamber,
it was possible to match the traces of the electrons and to photo-
graph them.In this way it.was possible to find out at what tempera-
tureappressures, and concentrations,the traces can be observed.The
authors selected mixtures of two different compositions.The data of
the two mixtures are given.The experiments were carried out in the
gard-1/2 case of the first mixture at temperatures of from 19 to
38PC and in

On the Use of a Mixture of Two Liquids for a Bubble
Chamber. 56- &'-401.W
the case of the second at temperatures offrom 43 to 520C. A:he results
of these experiments are given in form of a diagram, The chamber
was expanded every lo minutes.In the case of all experiments car-
ried out pressure in the chamber between expansions amounted to
35 atm. The duration of sensitivity was determined photographical-
ly.The chamber works satisfactorily with a mixture whichat room
temperature,has a pressure of the saturating (saturated) vapors of
about 21 atm. The mixture used here is suited for many nuclear
investigations because of its high density (1-1.o g/cm3). Using
such a mixture of liquids might render selection of the filling me-
dium forthe chamber more easy.Also mixtures containing hydrogen
as e.f. methane and propane,are interesting.
(I illustration),
ASSOCIATION Not Given.
PRESENTED BY
SUBUITTED 6.2-1957
MILABLE Library of Congress.
Card 2/2

SOV-120-58-1-5/43
AUTHORS:4144- Zomanov, M.F., Meshkovskiy, A.G., Shalamov,
Ya. 1- a I
Ya. aqhilhoebanov V.A.
TITLE: A Large Freon Bubble Chamber (Bollahaya puzyrlkovaya
freonovaya kamera)
PERIODICAL: Pribory i-Tekhnika Eksperimenta, 195B, Nr 1, 2 plates
and pp 35-38 (USSR)
ABSTRACT: The working volume of the chamber described in the pres-
-ent paper is 17 litres and it works at room temperature at a
pressure of 38 atm. A mixture of freon-12-freon-13, having
a density of about 1.2 is used. The maximum path of particles
in this chamber is 0.7 of themean path between nuclear
interactions. A diagram of the chamber is shown in Fig.l.
The main body of the chamber is m6de of steel and the windows
ar~ covered by plexiglass plates, 9 cm thick and attached to
the body of the chamber by steel flanges. A description is
given of a device giving good pressure control. The chamber
was used in the beam of the synchrocyclotron of the United
Tnstitute for Nuclear Studies The beam employed was either
the proton or the neutron be;;, the maximum energy being
680 MeV. Fig.3 (facing p .34) shows a photograph of particles
scattered from a paraffin target irradiated with 6?0 MeV
Card 1/2protons. The .following persons are thanked for their inter-

SOV-120-58-1-5/43
A Large Freon Bubble Chamber.
est and collaboration; A. I. Alikhanov, V. A. Beketdy, Yu. I.
Makarov, IA. G. PolikarpoV, V. A. Shchegolev, V. P. Rumyantseva
and Ye. V. Kuznetsov. There are 3 figures, 1 tablq~ and 8
references, of which 5 are English and 3 Soviet.
SUBMITTED: July 4, 1957.
1. Bi4bble chambers--Design 2. Bubble chambers--Materials
3. Metbyl halides--Applications 4. Particles--Detection

24(5)

AUTHORS:
linov, Go A-- ---Lomanov M.Y. sov/56-35-4-7/52
-
'
-
`
'
-

Ta-
v
m
o
Ya,
Sha j Shebanovq A., Shchegolev, V. A.
,Yai
TITLE:
investigation of the Interaction of -ti-Mesons With Light
Nuclei

in the~,Energy Range 80-300 MeV (Issledovauiye vzaimadeystviy

'ff+-mezonov s legkimi yadrami v oblasti energiy 80-300 MeV)
PERIODICAL:
Zhurnal eksperimentallnoy i teoretioheskoy fiziki, 13589

Vol 35, 4r 4, pp 880-886 (USSR)
ABSTRACT;
The investigations were
carried out in a Preon bubble chamber

(17 literst 50.22.15 cm3) for
ten energy values in the range of

measurements were carried outo for
the interaction.
80-300 MeV;

.
between positive pions and'C-, F-t and 01-nuclei, of thecharge-

exchange scattering cross sections, of star production cross

sections,
and of total elastic and inelastic scattering
cross

_
sections.'In the interval of 210-300 MOV the production of

charged
pio*ns by lr~-mesons was observed in 6 cases. In transition

from 80 to
200 MeV.the exchange scattering cross section is

doubled and
attains,10% of the geometric nuclear cross section.

The star
production cross section has its maximum at about
Gard 1/3
NONE
180 MeV. Also 260 MeV proton Interaction was investigated.

investigation of the Interaction of iT-Mesons SOV/56-35-4-7/52
With Light Nuclei in the Energy Range 80-300 MeV
A comparison of stars cocurting in exchange scattering with stars
ooourfing in- the interaction between protons and C-, F-, and
Cl-nuclei shows that exchange scattering in light nuclei occurs
as a result of a single interaction of the inciding e-meson
with the individual nucleon of the nucleus, Gompariaon of stars
ocourr; ng i'n absorption.with,:thooe produced by protons shows that
within the energy interval investigated ift-absorption is in
general the result-of a single interaction of the v+-meson with
a proton-neutron pair. In the case of 200 MeV e-mesons this
process oocurs in 60-70% of cases. The experimental order and
the carrying out of the experiments is described in detail.
Results are shown by.diagrams and tables. Figures 2-4,show
photographs of charge-exchange scattering processes. Figure 4
shows a typical case qfa Ir 0 + e+ + e- + r reaction. For
e-mesons the exchange scattering reactions with free nucleons
develop according to the soheme T1+n -),IT0p, and the absorption
(E pion >1 in related to
the base-resistance in the collector,cirouit r" and to the
b
diffusion and barrier capacitance of the collector junction.
The apparent reduction of w at small injection levels can
a
be explained by errors in determining the emitter junction
barrier capacitanec, The reduction at high injection levels is
due to a tran verse field arising from the base current and to
curvature of the emitter surface, etc* The apparent increase or
W with injection level reported by other workers is due to
Asufficiently complete account being taken of the differences
between the actual transistor and the theoretical model. Also,
the reduction of the input diffusion capacitance at high
injection 1!!~_s in due, not to the longitudinal field, but.to
a change in the emitter boundary conditions. To clarify the
effect of junction curvature and radial potential drops, the
effective bass width and diffusion constant (DI') were measured
Card 3/5
t

Some problems of
30470
s/139/61/ooo/005/006/014
2036/9335
.as a function of current. The calculated value of & was
2
constant (40.5 - 45 em /sec) for injection levels of 0 to 5-7.
It was found that the current gain a ob an a function of
current can be described by the equation:
aob 22acb(z=l)cl + W Is Z3 U6)
for 0 4 z < 1 , where *- in constant for a given transistor*
This increase of a ob is supposed to be due to an increase
of the effective lifetime It, Good agreement in found between
the plot of a cb and of -r. against current, e*C being measured
on the device. As the current is further increased,
quantitative agreement with theory is possible, the fall in
acb being due to reduced emitter efficiency. S. Ryabinkin is
mentioned in the article for his contributions in this field.
Card 4/5

30470
S/139/61/000/005/006/014
Some problems of E036/E335
There are 8 f1gures and 15 references: 3 Soviet-bloc and
12 non-Soviet-bloc. The four latest Ruglish-language
references mentioned are.- Ref.,10 - N.'Fletcher, Proc. IRS,
44, io, 1475, 1956; Refi 13 - P. Hyde, Proce IRE, 19, 45, 195B;
Ref. 14 - N. Meye~, J. Electr. and Contr.,.4, 1958;
Ref. 11 - N. Fletcher - Proc. IRE, 43, 3, 552, 1955.
ASSOCIATION: Sibirskiy fiziko-tekhnicheskiy institut pri
Tomskom gosuniversitete imeni V.V. Kuybysheva
(Siberian Physicotechnical. Institute of Tomsk
State University im. V.V.. Kuybyshev)
SUBMITTED: August 31, 1960
Card 5/5

7!% W; T lb -3W-Fal
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jkd�STOTT XR: '-AT50 7
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D d 1~- T T!
--Lm-
by
I Pufi~,t~r and A. A. Nl---imov,
1:3L, OT T!,..~ Of 41)"
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~A

ACCESSION NR
: AT500792-1

w i t h p a k, 1'
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accQ1e1'&Tor witM v-2!-,r large fields and a ncttrallzc~' CeT:--~-'
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lip
i,~ SMCE CODE: UR/0089T65/t5l794006/05!?F/0505'i
lev
11)twAr Auele der 1 G A Gj. I Kise
r ~& , Karliner
Blifiov~ Biidk6r, n __, M. M
Ai- Vo; Livshits A. A.; A*-A*1 PanasvA,_XL_S-; Pes 0
-Sidorov V. A.; Sil?'~estrov, G,.I.- 8~~rjskiy,, A. N: Khabakhnashev'
A. Go;
ShekhtmaK::T_.A.
CRG't n
one
j:11TUt . Status report on.the UPP41.poa1troh416btto%i atotage ring
IMCM Atomnays. energlys, V,:191 no* 60 1965 502-305'-
[TOPIC TAGSs electron positron pairs-.61actron Inioraction.
synchrotron, electron
~:scattering, Uninescenos,, -betatron/1-311. synehrotro,
ABSTRACTv The VEPP-2 was-designed f.o.r.e.lecitron
osit'r'on,.interaction experiments at
_P~
ceedings of the International'
energies of 2 X 7,00 M6v. as reported in the."Proc
Conference on Accelerators"#', Dubna, ,196~. Work accomplished in the
tw6years
following that conference includes~the:followingl ~ start-tip of the
synchrotron
_injector, accumulation of:large*electron currents.in the storage
ringi study of
instability related to the interaction 6frthe beam-with the
resonatorp-and the ~-j
_i6cum:u1ation'.of po itrons,v "At pres'ent.the.VITPQ is being used to
study the
-.-interaction of.two beams and to measure'--the luminescence from the
small-angle
p0 2
sitron-electron scatteringi Anover-all schemat o'diagram of the WN-2
is shown#
ificluding its connection to a R-3M -synchrotron* 0
The latter perates in liEftt-duty.:~
mode at, 200 Mev,,and its 100 m'output pulse.is shorter than 20 n5ec,
Its energy
.,.,,scattering is less than 2% and~pulse repetition frequency, is
about 3 cycles., The
-storage ring is a weakly focussing'rac ack with four identical
rectilinear seg,
6tr
Tments 60 cm long. The equilibrium orbit radius is,150 em and the
aperture is.
CaM', 1/2
/2

BLIWOVp G.A.; GORBUSHIN.. A.P-. I
... tubr~cation of a drilling tool for, controlling
vibration in
diampnd drilling, Raxved., i okh, nedr 31 no.703-38 JI
165.
(HMA 18il.1)
1. Severo-Zapadnoye geologicheskoye upravleniye.
~ 11

L 44185--66 -?,WT(-M)/-swP(t)/ET1 IJP(c) JD/JG
ACC NR, AP6013261 SOURCE; CODE: UR/0413/66/000/008/0050/0050
-3
INVENTOR: - Krikoroy, V. S. ; Blinov, G. A.; ;~helninsIqL_Y. D.,
Kokin, V. K. -
A
ORG: none
TITLE: Method of preparing dielectric films. Class 21, No. 180701
SOURCE: Iz-obreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 8, 1966,
TOPIC TAGS: dielectric material, silicon dioxide, lanthanum,
vaporization,
AMWA~,%, d'41~
A13STRACT: An Author Certificate has been issued for a powder spray
method of
preparing dielectric films on a silicon lioxide base in a vacuum
chamber. Todecreape-
the temperature of vaporization of silicon dioxide without damaging
any properties 61
the dielectric film, a mixture of silicon dioxide and lanthanum,-
taken in equipolar
quantities, is used. [Translation] INT)
SUB CODE: 1~/3/SUBM DATE: 04May65/
Card 1 1
UDC: 621.319.4.002. 2

Zc MKI-776-031468 SOURCE CODE: UR/0000/6510001000/000110012
AUTHOR:' Auslender, V. ~ L. ; M1MQY._Q4,,__A, ; Budker, G. 1. ;
Karliner, M. M.
Kiseley, A. ; Livshits,- A. -A.; Mishnev, S, L; moT, A. A.;
Panasyuk, V. S.
Pestov,: Yiu.P*; Sidorov, V. A,: Sillvestrov, G. L; Skiinskiy, A.
MpEhabakh-'
pashev, A. G.; Shekhtman, I. AO
ORG: none
TITLE: Present state of research on the VEPP-2 electron-positron
ring
SOURCE: ANSSSR. Sibirskoyeotdeleniye. Inatitiityadernoyfiziki.
Doklady, 1965.
Sostoyaniye rabot na pozitron-elektronnom hakopitele VEPP-2, 1-197\
TOPIC TAGS: electron, positron, electron positron storage ring,
electron beam
/B-3M synchrotron, VEPP-2 electron-positron, steradian
ABSTRACT: The VEPP-2 electron- positron storage ring was designed
for
experiments on the interaction of positrons and electrons with
a5snergy of up to
2 x 700 Mev. It is basically a special type of B-3M synchrotront
land is equipped
with an exterior injector, a high-vacuum storage track$' a single
thread system to
extract the electron beam from the accelerator and insert it into
the storage ring.

L 05821-67
ACC NRI AT6031468
It has electron-optic channels and a converter to transform an
electron beam into
a positron beam. It now works at an energy of 200 Mev. Basic
studies of the
process of insertion into the storage ring were made at an energy
of 100 Mev. . A
detailed description is given of the installation and storage of
electrons and
positrons. A system of spark chambers " comprising a 2 x 0. 7
solid angle
-steradian close to the vertical direction, was prepared for
experiments on the
interaction of positrons and electrons. Efforts are now being made
to increase
the accumulation speed of positrons. Orig. art. has: 4 figures.
SUB CODE: 20/ SUBM DATE: none/ ORIG REP: 006/ OTH REF: 001/

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Blinov. G. I., (MaJ Gen, ALtZ), - Author of brochure, 'UdarnVa
Fristrelka po IlAlyuderd7u,
Znakov Razx-yvov (Adjusting Fire Through Observation of Burats).
(Voyennyi VeLtnikL no 11
Jan W
SO; SUM 160, 12 July 1954

BMOV., G. T.
BLINOV, G. I.: "The use of juxtapositions in teaching
jxmctua-tion in
the intermediate school." Academy of Pedagogical Sciences
RSFSR.
Sci Res Inst of Teaching Methods.- ~Ioscow, 1956
(Dissertation for the degree of Candidate in Medical
Sciences)
SO: Knizhaaya Latopis', No 36, 1956, dosoow.

BMNOV,_G*I,-- YAMROV, I.A.; PINIMOVIGH. R.L.
Using radioactive control and regulation devices in hydrogenation
plants. Xhim, A tekhotopl-S' A masel' 4 no-l#-15-19 Ja 159-
(Radioisotopes-IrAustrial applications)
(Liquid level indicators)

ACCESSION NR: AP41M9832 S/031 8/641/0M)',-)
AUTMOR: Blinov, 6, 1.: Nedobezhl6n, A. Ye. 7 Khudyakov, V. 1.
77TLF: Automatic devices for filling petroc-aemicals into
rallva,,-
SOCRCE: Neftepererabotka i neftekhimiya, no. 11, 1964, 36-31'
TOPIC TAGS: petTochemic-.d filling device. raboisotope
controlle~i 1-
filler, pneximaticaliv conLrolled filler, elect-ric level
controll,
Ai56-1!iACT: Fuling of railway tank cars Is it-sually done
serrilautomadcalliv;
is lifted and hoFP. inserted manually but the filling. leve'
:1 X
;'rotol-v vol
U iju.e.jy pniokLmatic control is provided in v.4,dch th-~
t1hrough wid-, compressed air after each operation. ror
filling
Ca,d 1~2

ACCEMON NR. A-P4049832
sulfuric acid, electrodes are fixed at the desired level. 'When
m- an~ DLIring lictlial tests Of :,";"
-,-~e filling val,.~es ire too weaA Lo. c)pen
the oil th;c~erlb. 7,he rai-b!, iv
ARSOCIATIO,N~ None
SUBNETTED: ENCI.: 00 S
140 REF SOV: 000 OTHER. -0"-
Card

BLINOV, G. vt.,-P. (Col.)
"Shifting Fire to 2arget from Aerial Check Point.111 Artill. Zhur.,
No.6., 1948
Translation 1102610., Jan 530'*

KRYLOV, V.7,; 'Butiov, G.S,; RYLOV~ N.I.
Deep well Jnvestigationri conducted with a view to studyIng the
structure of an absorbing bad. Burenie no.3:10-14 465,
WIRA 1815)
1, Tatarskiy neftyanoy nauchno-inaledovatelskly Institut.