SCIENTIFIC ABSTRACT BONDARENKO, I.G. - BONDARENKO, L. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC. 0: AP60091-53
is shielded against the "direct" neutrons, then the'only neutrons
that can reach
the detector are those vhich were scattered by one another. The
reactor c6uld be
I cbed ballist:"
aun ically with ageogbysicalrocket, and the detectorcould be an
ionization chambt.ir filled with lie . The-number of pulses produced
by-Such a cham-~!
ber during one nj~utron burst is calculated. The most suitable
reactor is found
to be a hydride-!,Urconium reactor vith beryllium reflector producing
8.6 x 101-7
neutrons. The possible bac%ground to be eliminated is discussed. It
is concluded
I that nn-scatterkag length can be'measured by this method with
accuracy *10%. We
authors thank V.; A. Yuznetcov, G. A. Runwantsev Ytkt_ Ya. and
StavinsIdy forlaterest in the,vark and va 1e discussions. Orig. art.
has:
i 1 figure and 5 formnilas.
SUB CQDE: 20/ 81"MM DAM 3OAp2,65/ ORIG REF: 0031 OTH RU: 005
r
Card

T.,-i.
RONDAKEMOS, - ,
- ~-, -Ic.-- - -.1.-- -., ~.- ~ -z ~.j- ~',
Rela~.icr. of an intens"ve- nt~gatlve magnetic
anomaly tia a sulfide
man'.1fasto-.1on In effuilveri. Geofiz. sbor.
no.8,110-.11-3 164.
. -IRA 18,
(M 16)
1. Gr,--uda-,:-stvamnyy geciogichesk~y kore-tet SSSR.

NSCHAYEV, SI.T.; BONDAREIJKO~ I.G.
Ofe-bearing skarns in some-negative magnetic
anomalies of the
southern Donets Basin. Razved. i okh. nedr 26
no.7:6-9
il 160. WIRA 15:7)
1. Ministeratvo geologii i okhrany nedr S.SSR.
(Donets Basin,-~karns) (Magnetic prospecting)

Crano bililders TIL,-Vivr, -'-'Or ',OChn!Ca:L ',!rO[,TVS139 Stroi. i
dOr.
maWi. 6 no -3, 161 . ("URA 14:10
(Crxnas, derrichss etc.)

~9-66
W(d)
'ACC NR. AP1$026498 SOURCE COM UR/0286/65/000/019/0028/01)28
AUTHOM. Bondarenko. X*
~i ORG. none
I TITLE: Device foi- automatic voasRurerent~ of the im dance of
super-high
i frequency channalso Class 175091
SOURCE: Byulleten' 1zdbreteniy i tovarnykh znakov,, no. 19, 1965., 28
TOPIC TAGS:. superhif,,h frequency electric impedance,, waveguide
resistance,
coaxial cable
ABSTRACT: This Author Certificate presents a device for automatic
measurarrent
of the impedance of ituper-high frequency channels* The device
contains as an
impedance detector a section of waveguide(or coaxial line) wtich is
coupled to
the detector heads tbrough dumbbell-shaped slots(or inductive loops
with a
capacitive disk at tLe top) (sco Fig. 1). To broaden the oj-.~drating
frequency
band and to increase the accuracy of measurementp the detectors or
inductive
loops with a capacitive disk at the top(in the case of the coaxial
detector)
are rotated rolativeto the longitudinal axis of tbo wavoguide or
coaxial line
by an angle of 9 or L. uDc: 621-317-343.3
Cord 1/3

F~96~93-66
L 9693-66
ACC NR: AP5026498

0

FIG. 1

I- Rectangular wave-

guide

2-circular detector

chamber

3-detector

-dumbbell shaped slot
5-datector

6-outer conductor of

coaxial line

1

-4

7-loop

-

-disk
8

~

9-imer condulctor of

coaxial lind.

Card

Card 3/3
.7
i IM6, _21 W-M-

ACC NR' APG~33470 souim. coi)r: UR/0413/66/000/018/0057/0057
INVENTOR: Bondarenko, 1. K.; Oleynikov, V. N.
ORG: none
TITLE: Superhigh~ frequency discriminator. Class 21, No. 185976
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znaki,
no. 18, 1966,
57
TOPIC TAGS: superhigh frequency, frequency discriminator,
frequency shift
ABSTRACT: An Author Certificate has been issued for a superhigh
frequency
discriminator made in the shape of a section of a waveguide or
coaxial line above
which two detector chambers are placed. To ensure the prompt
tracing of
frequency shift over a wide wave range, the detectors or
coupling loops are
positioned in the planes of the cross-sectional piece at a
distance of X , and are
turned at an angle of 22. 5* with respect to the planes (see
Fig. 1).
(Translation]
Card 112 UDC: 621. 317. 76:621. 320. 0:621. 315. 212

ACC NRt AP6033470
3
2.
Fig. 1. Superhigh frequency discrim-
inator
I-Piece of co*axial line;
2-detecting chambers;
3-detectors; 4--coupling loops
SUB CODE: 091 SUBM DATE: OlFeb65/
212

BONDARMWO, Ivan Mikhaylovich, avinarl; POLYAKOTA, V.,
red.; TAKOVLBVA, Te.,
~t_
uekhn.red,
(I'll fatten off 3000 swine in a year3 Otkormliu za god
3000
evinei. Moskva, Moskovskii rabochii, 1960. 35 P.
(MIRA 13:11)
1. Sovkhoz "Odinteovo-Vakhromeyevo" (for Bondarenko).
(Swine--Feeding and feeds)

DUN I-CHENO [Tung I-chen] (Kita:7); BONDARIINKO,
I.N. [translator]
Experiments on the bolting of sugar beets, and
cbaracteristice
of sugar best flowering and fruiting. Agrobiologiia
no-1:74-78
ja-F 159. (MIRA 12:4)
1. Sel'skokhozyaystvannaya akadsmi7a
Severo-Vostochnogo Kitaya,
g. Kharbin.
(China--Sugar beets)

!~ ~A". , ~WkgZANUUUYA, L.Ya., redaktor-, UIAGIN, A.S.,
BO .%
0
te:Z~icheskiy re or
[Automutic control in industry] Avtometike na
proizvodetva. Moskva,
Izd-vo uSovetaknia Rosslia." 1957. 40 p. (Bibliotechke
v pomosilbb,
lektoru, no.16) (141i~~ 10: 10)
(Automatic control)

!,-Ock
ll'Eesultz: ol' the Lcvool wI-'11-1ti-eut by -T. Sc-d-volos
j-
1. P. Bonoarenho, 2 pp
110,orpn, -2hurnall" N'o
In 191j6, six cm~is in shaftz~ ldrov a~ cordini, to cloE mcthod
fulfilled
their quotas by 20:') to 2.~~U pci ccnt. 'f M
p method is so ef that apprenticos A th,
hrivoy Rog -,vor'ldn-s arc, being, taught it.
PA 17T72

T. -P
Imuctriev
vines Ond "r~11171
"Papid,Preparatiorw of Cutu 4-ror ClEaring ,~,-cavatioxiavn 1. L.
~Vwztanov-
akU 1. P. Pondamatko, 3 pp
-L-,Orr*-Y
Description-of i,orl. done, by I, A. hutcaLmukly(s ortw in
cxploitinL "z;lwkfj o aw G of shaft
:L-aeni Mrove Tabu.ar rceord of fullfillmeat of noms for 19h7 on a a
avuwaiy of 165 percent*'
PA 17T74

Auz 107
"Restoration of Top Cagers In Shafts Yu7-hi)-,-;P. P-n-O
imeni Kirov," I. P. Bondarenh-o, 2 pp
"Gornyy Zhurnal" No 8
Short description of vork done in restoring top
cagers of both shafts. Gives diagrms of the
top cagers before and after restoration.
Lum/Miqeral Induetriee
Mines and Mining

LWR/Yllneral Industries Aug l9h7
Mines a-Lid Mining
"Lifting of Ferro-concrete Bunkors at Shaff-, Ira-i
Kirov," I. P. Bondarenko, 1 1
"Gornyy Zhurnal" Wo 8
The tvo bunkers at this shaft were darP_L~-_-d b:-, t'"-_
Germans during the war. Describes very briefl-'V
the method by which theee bunkers were put b~!cl-
into operating condition.
17T77

tWP/Mining Aug 48
Blasting
Ore Deposits
"Use of, Mine Blastholes in a System of
Subdrift
:Cave-T
me in the Mine Imani Kirov, 1. P.
Zcmdarepko, Mining 3bgr, 4 pp
!'9,or Zhur" No 8
14scribes 6yetem for 6xploiting certain
=inei by
4rIlling a series of blaotholes at
different
1: 'I~vels. Shows sketches of the
blasthole system,
tabulates data on nmber of cartridges In
''I. "oh hole. Includes tables for loss
of ore In
61/497T4
V*$A/341ning (Contd) AW 48
ocess.. Sound. to be an efficient method
of,
idling ore,, and. is recom~nded for
extension
~~tc*iimilar ore deposits.
61/49T74

r~ , ..-,j.-7-%7
I cq/ Ir, (" ) - P.A L
BONDAUNRO., I.P., inzh., EY,D.I., inah.: BONDAIWNKO, I.I.,
in7h.
~-
More nttention should be paid to the training of apeciali%ed
. miners. Bezop. truds v prom. 2 no.1:13 Ja '58. (MIRA 11:1)
(miners)

BONDARENKO. I.P.,.,inzh.; YBVDOKIMOV. G.N.. inzb.;
BEZLADNOV, V.ya.
-7
On the articlo "Increase cross sections of haulngwda7io.
" Bezop.
tmela v prom. 2 no.2:22-23 F '58. (911RA 11.42)
1. Nachallnik upravlenlya Krivorozhskogo okruga
Gorgortakhnaftora
SSSH (for Bondaranko). 2. Glavnyy inzhener upravleniya
Kazakh-
stanskogo, okruga Moegortekhnadzzora SSSR (for %zlaclnov).
(Mintug engineering)

BONMREIMD, I.P., inzh.
An inopector of the State Technical Mine Inspection
has prevented
a group accident. Bezop. truda v prom. 2 no.807 Ag
'58.
(MIRA 1297)
(Dnispropetrovsk P~rovince--Mining
engineering--Safety, measures)

SOV68-59-1-8/26
AUTHORS: Bondarenko, i.F.-, Kamenetskiy, G.D. and Dovbnva.
K.I.
TITLE: On the Choice of a Rational Shape of Lining of
Coke-oven
Doors (0 vybore ratsionallnoy konfiguratsii futerovki
dverey koksovykh pechey)
PERIODICAL: Koks i Khimiya, 19c;9, Nr 1, PP 33 - 34 (USSR)
ABSTRACT: The service life of door linings made from various t
and shapes of refractory bricks (shown in Figures lf4y3es
is ;,,ompared. It is pointed out that bricks M119 and 10.20
sliaped as in Figure 4, at present used in the Zaporoehe
c,rena, give the best service life of 3-4 years. This
t,7pe of brick is recommended for future replacements and
new batteries. In addition', it was found that the
service life of 3-4 years for the above bricks-is obtained
when the beginning of the service coincides with the
starting up of the new batteries. After replacement the
service life decreases by about 50%. This is ascribed
to the fact that when etarting ovens, the doors are placed
when the temperatu=e of the dv',6n--'is above 800 OC so that
The lining bricks undergo an additional firing slowly
attaining their operating temperature. It is therefore
Card 1/2

SOV/68-59-1-8/26
On the Choice of a Rational Shape of Lining of Coke-oven Doors
ConS4dered that a special camera for firing lining bricks
with the door directly in the region of counterforts
should be designed by Giprokoks.
There are 4 figi, s and 1 table.
ASSOCIATION: Zhdanovskiy koksokhimicheskiy zavod
(Zhdanovskiy Coking Works)
Card 2/2

sov/68-59-8-24/32
AUTAIORS-.1
Tamarin, N.D., Candidate of Technical
Sciences and

diondar
~nk

TITLE:
From the Experience of operation of a Quenching Tower

Built from Slag-Blocks (Opyt ekspluatatsii bashiii

tusheniya iz
litykh shlakovykh blokov)
PERIODICAL:
Koks i khimiya, 19599 Nr 8, pp
52-53 (USSR)
ABSTRACT:
Quenching towers buiAt from ordinary clay
brick

showed considerable wear of internal walls and floor.

Freezing
of water saturated bricks during winter

contributes considerably to
this wear. In 1955 a

quenching tower was built on the Zhdanov Works
from

cast slag blocks (380 x 18o x 120 mm). After 4 years

of
operation no noticeable wear was observed. In

another quenching
tower the floor made from cast

slag blocks showed no wear after 6
years. The use of

elag blocks for lining the floor and walls of
quenching

towers is recommended.
ASSOCIATIONS: Zhdanovskiy filial nauchno-issledovatellbkogo
instituta
nadshakhtnogo stroitel'stva (Zhdanov Branch of the
Scientific Research Institute for Surface Building for
Card 1/2

5ov/68-59-8-24.1'32
From the Experience of Operation of a Quenching Tower Built
from
Slag Blocks
mines) (TanarinM.D,); Zhdanovskiy koksokhimicheskiy zavod
(Zhdanov Coking Works) (Bondare&o, I.P.).
Card 2/2

BONDARINKO, I.P.
On the use of blast-furnace gases for the
decomposition of pheno-
lates., KokB i khim. no.10:$4 1.60. (MIRA 13:10)
I. Zhdanovekly kokookhimicheakly zavod.
Monoxide) (Gases)

VOLOSHIN, A.I.; BOGOYAUEENSKIY, K.A.; AKUTYRCHE21KO,
A.M.; TURIK, I.A.;
ZHIDKOJ- A.S.; LYALYUK, V.S;; GABAY.. L.I.;
OVOPRIYEt,'KO,, V.P.;
STARSHINOVY B.N.; BABIYj, A.A.; SAVELOV,, N.I.;
Prinimali -
uchastiye.- TORYANIK, E.I.; VASILIYEV, Yu,'S.;
SIMELI, T.I.;
SENYUTA,1 V.I.; TODARENKO, I.P.-.,AMTISLAVSKIY, D.M.;
ANDRIANOV, Ye.G.; SERGEYEV, G.N.; ZAIIAKROVSKIY, M~A.;
LYUKINSONp M.O.; IVONIN~ V.K.; TSIMBAL, G.I.; SENIKO,
G.Ye.;
KONAREVA, N.V.; SOLODKIY) Yu.Le; LUKASHOV, G.G.;
TARA$014, D.A.;
GORBAIWI, Ya.S.; SUPRUN, I.Ye.; TIKHOMIROV, Ye.I.;
KONONENKQ, P.A.;
PROKOPOV, V.N.; GULYGA, D.V.; PIJSKANOVSKIY, S.T.;
PONOWIEVAt K.Ye.
Effect of the length of coking on coke quality and
the performance
of blast furnaces. Koks i khim. no.12:26-32 !61.
(14IRA 35~:2)
1. Ukrainski7 uglekhimicheskiy institut (for Voloshin,
Bogoyavlenskiy, Akhtyrchenko, Turik,, Zhidko.,
Lyslyuk, Toryanik,
Vasillyev, Shemel'), 2. Zhdanovskiy kokookhtid heskiy
zavod
(for G&bay, Senyuta Bondarenkq, Amstislavskiy"
-A-AA-ov,.
Sergeyevp Zamakhovskiyp Lyukimson, Ivonin, TS ). 3.
"Urallskiy
nauchno-iosledovatellskiy inatitut chernykh metallar
(Por
Onopriyeiiko., Starshinov, Babiy, Sen"ko, Konare-VA,
Solodkiy).
4. Zavod "Azovstallu (for Savelov-,,Lukashov,
Tarasov., Gorbanev,,
Suprun, Tikhomirov., Kononenko, Prokopovl, Gulyga,
Pliskanovskiy,
Ponomareva).
(Coke)
(Blast furnaces)

PHASE I BOOK E(PLOITATION -sov/W8
Bondarenko..Ivan Petrovich"*.ahd Nadezhda Vasil' evna Budarova
-OsnoVy dozimtrii I za-shchity ot izluohenly (Amelamptals of Dosi-
met and Radiation Protection) Moscow., "Vysshaya.shkola"',,
ry
.1962. 297 p. 6oOO copies printed.
Ed.t Ye. L. Stolyarova; Ed. of Publishing House:' D. Ya.
Koptevskiy;
Tech.,.Ed.: V.-A. Murashova.
PURPOSE: The book Is intended as a textbook for student& at
schools of higher education.
-COVERAGE: The book is bated on a ser.ies of~lectures ok radiation
'
safety given by the author since'1954..at the MoscowLEngineering
Physics Institute for students of all~d6partmeftts. LIt is intended
to fill the need.for a book whiah-is.neither too erudite and
sp6clalizedo nor-too'general and,superficiali, The book covers
the basic concepts of dosimetry and control., gives the principles
of calculation.of shielding and shielding materials~ describes
Card 1/ 8

-Fundamentals of-Iftesmetrr'.4-0o.).:
shielding techniques, exolalaA Aecon-
sipecial, appariltus and'
textuation and.waste disposalv-discuosee Imtruments and
nethods of measuzdng-activity.-and d6sorlbes instruments and
methods for dosimetric control. The author thanks Docent
zor
Ye., L. Stclyarovaj, Do6ent B. P, Golubev., Profes
~Agllntsev., and Professbi~.,A, K. Gualkova, for!valuable cooments
and advice.: Reforences are' listed b chaptdrs at the end of
~'the are 94 6itationa: ~4 tromosoviet sources.
text. There
(incluAing 18 translatlc~ts), and 10. flowgWalsh sources. -
OF CONTENTS
.7oreword 3
..-Ch; 1. Introduction
Ch. 11. Basic Quantities and Uniti of Measurement
Activity aind-units of activity :11
dard 2/ 8

KHANINP I.M.; KARTSYNELIM.B.; YAKOVLEV, V.I.; PORTYNENW,
V.A.; DONDARENKO, I.P.
IntInsification of the process of benzene recovery. Koks i
]dtim.
no.9r4O-43 162. (MM 16t10)
1. Dnepropetrovskiy khimiko-tekhnologicheakiy institut
(for!Khanin,
Kaxtaynel'-, Yakovlev). 2. Gosuclarstvennyy institut
prLproyektirovaniyu
pr.edp-riyatiy koksokhimicheskoy proqrshlennosti (for
Fortynenko).
3. Zhdanovskiy koksokhimicheskiy zavod (for Dondarenko).
(Sl--vrubber (Chemical technology))
(Benzene)
(Coke industry--By-products)

PHASE I BOOK EXPLOITATION SOV/6408
Bondarenko, Ivan Petrovich,, and Nadezhda Vasillyevna Budarova
Osnovy dozimetrii i zashohity ot izlucherkiy (Fundametals of
Dosi-
metry and Radiation Protection) Moscow, "Vysshaya Bhkola",
1962. 297 p. 6000 copies printed.
Ed.: Ye. L. Stolyarova; Ed. of Publishing House: D. Ya.
Koptevskiy;
Tech. Ed.: V.-A. Murashova.
PURPOSE: The book is intended as a textbook for students- at
schools of higher education,
COVERAGE: The book is based on a series of lectures on radiation
safety given by the author since 1954 at the Moscow Engineering
Physics Institute for students of all departments. It is intended
to fill the need for a book which is neither too erudite and
specialized, nor too general and superficial. The book covers
the basic concepts of dosimetry and control, gives the principles
of calculation of shielding and shielding materials, describes
Card I/A7
7-

Fundamentals of Dcrs:Lvetry-:(4wt.) scv/64o8
special apparatus and shielding techniques, explains decon-
.tamination and waute dispodalo discusses instruments and
methods of measuring activity, and describes instruments and
methods for dosimetrie control. The author thanks Docent
Ye. L. Stolyarova, Docent B. P. Golubevo Professor K. K,
Aglintsev, and Professor A. K. Gualkova forivaluable comments
and advice.: References are listed b haptdre at the end of
'the text. There are 94 citations: 40from Soviet sources
(including 18 translations),, and 10,fromEnglish sources.
TAM OF CONTENTS
Foreword
Ch; 1. Introduction
3
5
Ch, 11. Basic Quantities and Units of Measurement 11
Activity and units of activity 11
Oa.rd 2/ja

Ly RD
BDNDARF,NKO.-Ivan Petrovich; BUDARDVA, Nadezhda
Vasillyevna; STOI A VA~
Ye.L., red.; KOPTEVSKIY, D.Ya., red.izd-va;
MURASHOVA, V.A.,
taIrl- - red.
(Fundamentals of dosimetry and radiation
protection]Osnovy dozi-
metrii i zashchity ot izluchenii. Moskva, Vysshaia
shkola, 1962.
297 P. I (MIRA 16:3)
(Radiation--Dosage) (Radiation--Safety measures)

BABAYEV, V.I., inzh.; GRA#OVSKAYA, R.M., inzh.;
ZHIVOTKOVA, L.V.;
BONDARENKO
, I.S.
Removal of suspended matter from neutralized
wastes in the
manufacture of synthetic-fatty acids.
Masl.-zhir. prom. 29
no.3:32-31+ Mr 163. (MIRA 16W
1. Shebekinskiy kombinat sinteticheskikh
zhirnykh kislot i
zbirnykh spirtov.
(Acids, Fatty) (Industrial wastes)

BONDA RIM I.T. 9- otvatetvennyy redaktor; GRISHAYENIO,
M.I., redaktor;
-- MMOT31NAUVA, Z.A., takhnicheekly redaktor
(Filling of mined areas; materials of the technical
conference on
problems of filling mined areas in Jruznstsk Basin
mines] Zakladke,
vyrabotannoga prostranstra; naterialy tekhnichookogo
soveshchanila,
po voprosam sakladki vyrabotannogo prostranstva na
shakhtakh Kuznets-
kogo bassains. Ho*va. Ugletakhizdat, 1954. 77 P. (Plah
8:3)
1. Voesoyunoys nauchnoys tn2hsn6TnO-tekhniehsekoe gornoe
obshchestvo.
Zapadnosibirzkoys i kawrovskoys otdolentya.
(Kuznetsk BasIn-Coal mines and mining)

*Npl~~, J., -V.,, CaW of Agric Sci - (diss.) "Persimons in
Central Asia. (Biologico-
ecological and silvicultural properties.. and cultivation
experiences). 11 Tashkent, 1957,,
24 pp (Tashkent Agricultural Institute), 140 copies (K4 29-57.,
91)

[v~
.,. 'r f
M/G61tivated Plants ~ubiropi.al and Tropical. m-6
Ar's Jour : Rof Zhur Biol., No 3, 1958) 11075
Author : Bondarenko, I.V.
Inst ----------
Title The Persimmon In Central Asia.
6
Orig Pub Sots, s6 kh, Uzbekistanal 1957, No 3, 58-00
Abstract Although there are 190 varieties of persimmons) growing
Mainly In the tropics of the eastern hemisphere, only
one, the common persimmon, grows wild in the USSR. The
virgin persimmon can be grown in many regions of the
Central Asian irrigated agriculture zone, and the commn
and eastern persimmon in warmer regions. The virgin per-
simmon is inferior to the eastern variety in the size of
its fruit, but it is very aromatic and contains a large
quantity of sugars, is frost-resistant, and less sensitive
to soil and climatic conditions. It is recommended that
the common persimmon and the girgin persimmon be regrafted
Card 1/2
-7

BONDARINKO, I.V..
Occurrence of wild persimmon (Diospyros lotua L.) in
Central Asia.
Bot.zh-ur.42 no.1:72-77 Ja 157. (MM 10:2)
(Pamir-Alay-Peraimmon)

PHASE I BOOK EXTWMATION SOV/5435
Kise2ev, P. II., Professor, G. A. Guaterin, and A. I.
Strashinin, Edo.
Voprosy radiobiologii. t. 131- Sbornik trudov,
poBvyanhebennyy 60-letiya so
dnya rozhd.-niya Professora M. W. PabediLakogo (Problems in
Radiation Biology.
v. 3. A Collection of Wor)m Dedicated to the Sixtieth
Birthday of Professor
mlikhaill lilikolayevub') Pobedinakiy [Doctor of Wdicirej)
Ieningrad.
Tsentr. n-ioal. In-t red. radiologii H-va zdravookhrananiya
SSSR, 1960.
422 p. 1,500 copies printed.
Tech. Ed.: P. S. Pelesbuk.
PURPOSE: This collection of articles is intemded for
radiobiologists.
COVERAGE: The book contains 49 articles dealing with
pathogenecia, prophylaxis,
and. therapy of radiation diseases. Individual articles
describe investigations
of the biological effects of radiation carried out by
vor)wro of the Central
Scientific Research Institute for Y--dical Radiology of the
Ministry of Public
Health, imm. (Tsentrallnyy nauabno-isaledovatellskiy
institut wditsinskoy
rad:10109ii Ijinisterst;va zdravoolhraneniya WSR3 during
1958-59. The followitg
Card 1/10

Problems in Radiation Biology (Cont.) SOV/5435
topics am covered-, various aspects of primary effects
of radiation; the
course of some metabolic processes in animals subjected
to ionizing radiation,
reactions in irradiated organisms, morphologic charges
in radiation disease,
and reparation.and regeneration of tissues injured by
irradiation. Some
articles give attention tolhe effectiveness of
experimental medical treatments.
No personalities are mentioned. References accompany
almost all of the articles.
TAMX OF CONTM S:
Foreword 3
G-asterin, G. A., and A. I. Strashinin. Professor
Mikhail Nikolayevich
Pobedinakly (Commemorating his Sixtieth Birthday) 5
Lebedinnkiy, A. V. [Member; Academri of Hadical Sciences
!USSR],
11. 1. Arlashchenko, an& V. X. UastryWcova. On the
Vxachanism of Trophic
Disturbances PaW-to Ionizing Radiation n
Zedgenifte, G. A., [Member, Academy of Yzilical Sciences
USSR), To. A.
Zherbin, K. V. Ivanov, and P. R. Vaynahtayn. Hormonal
Activity of the
Adrenal Cortex in Acute Radiation Sickness and the
Effect of Desoxy-
corticosterono Acetate on tha Disease 17
Car& 2/10

to
Problems in Radiation Biology (Cont.) SOV/5435
roplavskiy, K. K. rhasic Changen in the Ability of Irradiated
Animla to React to.Anestb%tization
Bon&%ranko, 1. V. On the Reaction of Irradiated Dogs to the
"M~c ~;no ~jha Dinitrophenol
Alelmeyeva, G. H. Reaction of an Irradiated Organism to the
Intrcduction of Gangliolytic Preparations (gangliolitikil
P-xntaa, 1. R., and A. A. Danilin. The Mechanism of Functiorml
Diatilrbannes in the Aliwntary Cmal rhiring Acute and Subacute
Forms of ExperimanUl Radiation Sickness
Aleksandrov, S. N. Sow V--thods of Approach to the Study of
Early
Stages of Radiation Sequelae
M=oylov, S. Ye. Respiration of Tissue and Sensitivity to
Radiation
Kachur, L. A., P. N. Kiselev, and A. N. Shutko. Effect of
Ionizing
Radiation on the Water-Exchange Process Between the Blood and
the
Extravancular Liquids in the Organism
78
86
93
97
104
in
138
Card 4/10

BONDARUMO.
,ngyiq~
4
Investigation of gas exchange in irradiated animals
performing
muscular work. Radiobiologiia 1 no.2t242-246 161..
(MIRA 4:7)
1. T$entrallnyy riauchno-isaledovatellskiy institUt
meditsinskoy
radiologii, Leningrad.
(X RAYS--PH)31OLbGICAL EFFECT)
(EXERCISE) .(RESPIRATION)

BONDARENKOY K. F.J, inzh.; VIKHOREV, G.A... inzh.
Determining the height of coil spiral fins on
the basis of
the condition of the volume of metals. Trudy
OTIPiKhP 12;
117-120 162. (MIRA 17:1)
1. Kafedra IcholodilInykh ustanovok i kafedra
kholodilInykh
mashin Odesskogo tekhnologicheakogo instituta
pishebevoy
i kholodillnoy promysblennosti.

BONDARREC , K. X. -:A 70T94

BONDARMO, K.K.; AMELIN, H.I.
n.
Ventilation of hot workshops. Gig. sanit., Moskva
NO-1:33-40 Jan 52.
(CLML 21:4)
1. Of Zaporozhlye Oblast Sanitary Epidemiological
Station.

K. F.
DOBROVBNSKIY. V.V.; BONDARINKO. K.P,-, ,
Au-tomatic bench drill for hard materials. Zav.lab. 22
no.10:1257-1258
'56. (MLRA 10:5)
I l.Inatitut kristallografki Akademii nauk SSSR.
(Drilling and boring)

120-6-28/36
Dobrzhanskiy, G.F.
AUTHORS- Distler, G.I., Bondarenko K.P. and
TITIE: A Polarizing achment to the OKC-11 Infra-red Spectro-
meter (Polyarizatsionnoye prisposobleniye k infrakrasnomu
spektrometru IKS-11)
PERIODICAL: Pribory i Telch-nika Eksperimenta, 195?, Vo.6,
pp. 106 - 108 (USSR)
ABSTRACT: The(AKC-11 infra-red spectrometer is widely used in the
USSR. A simple polarising attachment to this spectrometer was
developed at the Institute of Crystallography of the Ac.Sc.USSR
(Institut Kristallografii, AN SSSR). The polarising element
consists of 8 polished plates of silver shloride 0.2 - 0.25 mm
thick. The set of plates is at about 26 to the beam and is
isolated from metal parts since silver chloride reacts strongly
with ire tals. Provision is made for the rotation of the speci-
mens and the device as a whole. The instrument has an average
transmission of 30 to 4CP/o and the degree of polar4sation is
99 to 1000/6. The instrument can be used in the region 1 - 20 4.
Yig.1 shows a sectional drawing of the device; Fig.2 its
general appearance and Fig.3 a typical spectrum obtained.
There are 3 figures,
ASSOCIATION: Institute Of Crystallography of the Academy of
Sciences
Card 1/2 of the USSR

~
. oiarizinL Attachment to the A-K-C-11 Infra-red
Spectrometer.
(Ins-,Itut Kristallografii AN 33SR)
SUBMITTED: April 16, 195?.
AVAILABLE: Library of Congress.
e~
14ard 2/2

IS )OV/120-5;_~-5-21/32
AUTILIORS:Grini-Grzhimaylo, S. V., Bondarenlo, K. P.,
Klimuslieval, G. V.
TITU: An Attachment to the SF-4 for Studying Absorption in
Crystals
(!~~is,-,)osobleniya k SF_L~ dlya issledovaniya po-loshcheniya
kristallov)
PERIODICAL: Fribory i terkhnika eksperimenta, 1958, Nr 5, Pp
83-36
(USSR)
ABSTRACT: A descriotion is -iven of an attachment to the SF-4
quartz
Dho-toelectric spectrophotDmeter which may be used to measure
the absorption o'L -,)olarised light in cry3tals in the tempera-
ture intorval -1/0 to 50000, as well as the absorption of
crystalline powders on rafloction. A photorLr,,raDh of the
attachment i rawing of the
s shown in Fig.l. A schematic d i
attaclutient is shown in Fir,.2. It consists of a cylindrical
box, 5, which contains a hole vihich leLs in the beam of li,-lit
fr-DTa the instrument. The box contains a front coated alumin-
iwa mirror, 6, 70 mm in diameter. Below this mirror there is
a plane mirror, 8 , (7 x 15 uim"-). This is Irept in D03i-tion
by
m-eans of the clamp, 9, 10, and 0'rects t!Le bea-m of light onto
the ap-acimen which is placed J_n the ebonite ca-,j, 11, whose
dia-
meter is 12 mm. This cap may be rotated in zhe horizontal
plane by means of the handle 13 - 'The same handle controls
Gard 1/2a-no'uher cap which contains a standard substuance
w:Ach can be

SOV1120-58-5-21132
kn Attachment to the SF-4 for Studying Absor-.~tion in Crystals
burned into the liaht beaLq when necessary. By meants of the
laz:,,ndle 13 the specimen and tile standard are in turn placed
unCler the --nirror, 8 Vile light lalaich is scattered by the
-oowder in 11 is intercepted by the s-)herical mirror 6
(_11rects it onto the photocell iiu~ncdiaboly below (Fi'r':;.2)'.
2_CC
of tl.,-e material are required in eaca experiment. In order to
iiieasure absorption of polarised li-hL in crystals -the SySt 37:1
is ia.:)dified -to include a polarisin,7 prism. Provision is
_,iade
Zor carrying out experiments at high and lovi temperatures.
T~Lore are Xi-ures and 4 rofererei-ices, of which are Sovi~Nt
and 1 is Enr-lish.
1-1
ASSOCIATION: Institub kristallografii AN SSSR (Iiis~ibute of
Crystallo-
U
Sraphy of the Acadei.Tiy of Sciences of the US3R)
STJM~U_21TED: October(), 1957.
22/2

34057
S/123/62/000/003/012/018
AOOVA101
AUTHOR- _Bondarenko K S.
TITLE: Increasing the resistance to wear of components by
sulfidization
and sulfocyaniding of their surface layer
PERIODICAL- Referativnyy zhurnal, Mashinostroyeniye, no. 3,
1962, 46, abstract
3B239 ("Mashinostr. i energ. Kazakhstana. Nauchno-tekhn. sb."
1961,
no. 1(11), 16-19)
TEXT; It was found by investigations carried out that, to
increase the
resistance to wear by sulfidization, it is necessary that under
the sulfide
layer performing the role of a solid lubricant, should be a
metal layer with a
high N and C-content. This is attained by sulfocyaniding. A
layer of sulfur-
containing compounds on the surface accelerates the running in
of the friction
couple, improves the oil adsorption and prevents galling and
seizing. The
solid sublayer of the carbonitrIde phases and nitrides ensures a
durable preserva-
tion of a high resistance to wear of well run-in surfaces. At
the Chimkentskiy
zavod pressov-avtomatov (Chimkent Automatic Press Plant)
sulfidization is carried
out in a liquid medium and with a paste, while sulfocyaniding is
effected in a
Card 1/2

34057 8/123/62/000/003/0 i2/b 18
Increasing the resistance to wear of components ... A004/A101
bath of the composition; 75% K4F (CN)6, 13% NaOH and 12%
Na2S20 - Sulfo-
cyanided nuts were tested on the OA 127 (FA127) friction press
~o. 662,
sulfidized in the experimental shop according to a 100-hour
cycle, in idle run,
and for I hour with impacts on a rigid backing on the 'ZA-122
(FA-122) friction
press. The test results were satisfactory. Replacing 30 bronze
nuts by sulfid-
ized cast iron nuts resulted in savings for the plant of some
6,000 rubles.
The manufacture of sulfocyanided nuts is by 10 - 20 rubles
more expensive, but
their resistance to wear is considerably higher.
N. Illina
[Abstracter's note: Complete translation]
Card 2/2

CHUKLIN, S., doktor tekhn.nauk; BOHDARRNKO L., inzh.
Aspects of beat transmission and utilization of the
"Katilcad"
apparatus. Mias. ind. SSSR 29 DO-5:20-22 '58. (MIRk 11:10)
1. Odesskiy takhnologicheekly Institut pishchevoy
ikholodilinny
promynblennosti.
(Meat Industry-Equipment and supplies)
(Refrigeration and refrigerating machinery)

BONDARENKO, L.A.; KUDOYAROV, G.Sh.
Necessity of constructing the Ufa-Kuybyshev
pipelines. Reft.
khoz. 40 no.10:62-61+ 0 t62. (MMA 16:7)
(Pipelines)

BOWARMO '* L.A.; KOOYAROV., G.Sh.
Centralized base for Ufa petroleum refineries.
Transp. i khran.
nefti no.1:30-32 163* (MIRA 16:9)
1. Nauchno-issledovatel.'skiy institut po transportu
i khraneniyu
nefti i nefteproduktov.
1.

DONDATU2,10) L.A.; KUDOYAROV, G.Sh.
Methods for the determination of the level of Ln
the transport and storage of petroleum and petrolaw-,ii
Lroduct.s.
Transp. i khran. nefti pt. c no.2.34-37 t63. 1,1:10 1
1. Nauchno-issledovatelIvIdy institut po traiz-,.portU i
nefti i noftopr,.dWztcrv.

- -------
SHCHERBAKOV, Yu.M.; BOIZAREENKO, L.A.
.Hydrosounding wells. Nefteprom.delo no.11:35-39 '63. (MIRA 17:3)
1. Neftepromyslovoye upravleniye ItOk-tyabrinef-b"'.

BONDARENKO, L.A.; KUDOYAROV, G.Sh.; YAKOVLEVA, Ye.I.
Problems of the transportation of petroleum products from I
Bashkiria. Trudy NIITransneft' no.3:182-188 164. (mw 18:2)
I

BESSALOVO V.S.; PANASOVSKIY, V,A.; KOROL', A.G.; TERDIENKO,
I~,Aq BONDARENKOp
L.F.; TIMOFEYSV, MoAei~TSHIRYAYEV, D.T, ?
I
Outbreak of tularemia on Btryuchiy Island.
Zhur.mikrobiol.,epid.
i immui. 41 no.5.*54-57 My 164. (YJ RA 1812)
1. Khersonskaya oblastnaya sanitarno-epidemiologicheskaya
stantsiya
i Rostovski~ protivochumnyy institut.

S/128/60/000/002/002/002
A133/A133
AUTHORS: Shkollnikov, E. M., Bondarenko, L. G., Zakharov, V.
A.,
Chichagova, N. P.
TIT19: The practice of modifying cast iron with cerium alloys
PERIODICAL: Liteynoye proizvodstvo, no. 2, 1960, 36-37
TEXT: Reporting on a work carried out by Giredmet, NAMI and
the Gorlkovskiy avtozavod (Gorlkiy Automobile Plant) to study
the
effect of cerium as a modifier of cast iron, the authors point
out
that misch metal was the first cerium-type modifier used to
obtain
nodular cast iron. Since cerium is no more in such short supply
and the production will be considerably increased under the
pres-
ent Seven-Year Plan, the cost of cerium modifiers will be cut
and,
according to the author, will amount to 20-25 rubles/kg.
Labora-
tory tests were carried out to study the modification effect of
misch metal, ferrocerium and ferrocerium alloys with up to
700/0
magnesium additions on cast iron whose composition was similar
to
that used at the Gor'kiy Automobile Plant for the fabrication
of
Card 1/4

S/128/60/000/002/002/002
The practice of ... A133/A133
crankshafts, viz. 3.2-3.5% Ct' 2-2.5% Si, 0.8% Mn, 0.1-0.2% P,
0.007-0-010% S (cast -iron previously desulfurized by magnesium),
0.025-0-030% S (cast iron obtained from a heat of foundry blast-
furnace pig iron ~Lnd steel)$ 0.09-0.10116 B (cupola iron). The lab-
oratory tests proved that the modifying effects of misch metal
and ferrocerium. were practically equal, so that ferrocerium. is
given preference since it is cheaper. The authors emphasize that
it is expedient to -add a certain amount of Mg to the ferrocerium,
and Giredmet has developed ferrocerium. alloys with 70016 Mg. If up
to 5% Mg is added, there is no pyroeffect during the addition of
foundry alloy; up to 15% Mg results in ar~ insignificant pyroef-
fect. If the Mg_content is increased, all those difficulties will
arise which are typical for the modification with pure Mg. The
ferrocerium consumption is considerably reduced if 10-12% Mg are
added; therefore, all the following laboratory tests were carried
out with ferrocerium alloys containing 12-15%'Mg -rfl..1'4jj(FTsM).
The residual cerium content in cast iron after modification a-
mounts to 0.03-0.06%. The residual S content in cerium cast iron
Card 2/4

S/128/60/000/002/002/002
The practice of ... A133/A133
is always higher than in magnesium cast iron. Of an initial S
content of 0.2 and 0.4%, some 5096 is eliminated. With an FTsM
:tion of 0.95% the S content of cupola iron decreases from
consump
0.10 to 0.06%. In contrast to the laboratory tests, the first
experimental modification of crankshaft cast iron with ferro-
cerium of 15% Mg at the Gorlkiy Automobile Plant showed a percep-
tible pyroeffect and intensive bubbling of the cast iron in the
lkle. To investigate this phenomenon a series of FTsM alloy melts
with different Mg contents was produced, and it was found that,
under industrial conditions, only cerium alloys with up to 7% Mg
addition rendered satisfactory results. For subsequent tests some
200kS FTsM-6 with 6-7% M9 were produced, of which about 1,000
crankshafts for "Volgaln and "Chaykall cars were cast. During the
whole test period not a single crankshaft was rejected because of
"black spots", and since 195? the Plant has not received com-
plaints because of defects of the magnesium and cerium cast iron
crankshafts. The main technological features of the FTsM-6 cast
iron modification are the following: The FTsM-6 and Ck7-5 (Si75)
Card 3/4

S/128/60/000/002/002/002
The practice of A133/A133
modifiers are added to the cast iron successively; 0.3% FTsM-6
in
lumps weighing 150-250 kg are put into the ladle 4hen the cast
iron is tapped from the electric furnace, and 0.4% Si75 are
added
to the cast iron in the pouring ladle. Soda is used as slagging
additive, the addition of cryolite is not necessary. The S con-
tent of the cast iron prior to modification should not 6xceed
0.02%. The 'actual tappin6 temperature of the metal should be in
the range of 1,420-1,4-50"C. The advantages of the FTsM-6 alloy
over metallic magnesium as modifier are: absence of the pyroef-
fect, insensitiveness towards a temperature increase of cast
iron
prior to modification, a practically non-existing temperature
drop
of the metal 4uring modification (200C), the possibility of re-
ducing the-cast iron superheating temperature in the electric
furnace prior to tapping by 120-1500C, which will increase the
furnace productivity by 12-15%, and the insensitiveness towards
demodifiers (Ti, Pb, Sn). A disadvantage of the FTsM-6 alloys is
that it increases the tendency of cast iron to form cementite on
the surface. There are 4 figures
Card 4/4

J
AUTHORS:
S/137/61/000/011/087/123
A060/A101
Ioffe, V. M., Burov, V. M., Shkollnikov, E. M., Bondarenko, L, G.,
Zakbarov, V. A., Chichagova, N. P.
TITLE-. Cerium modifiers for obtaining cast iron with spherical
graphite
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1961, 3,
abstract 1119
(V sb. "Polucheniye izdeliy iz zhidk. met, s uskoren. kristalli-
zatslyey". Moscow - Kiyev, Mashgiz, 1961, 147-149)
T M The conditions were clarified under which it is possible to
use for
modifying a Ce alloy instead of Mg. In using the Ce alloy, it can
be fed into
the ladle directly while filling it with the crude iron. The
necessity for the
high-temperature heating up of the crude iron and of using an
autoclave and
cryolite drops out. It was established that Fe-Ce alloy with 5 -
8% Mg Is suit-
able for use under steel-plant conditions. 25 experiments were
carried out in
modifying crude iron with Ce. An alloy of Zr (01W6 fFTsM6]) was
introduced into
the ladle in the quantity of 0.27 - 0.28 % of the weight of the
crude iron. It
was established that alloys of Fe-Ce with 5 - 8% Mg make it
possible to modify
the crude iron directly in the ladle without any protective
devices, and the
Card 1/2

S/137/61/000/()11/087/123
Cerium modifiers for obtaining ... A0601A101
crude iron undergoing modif il cation by a Ce alloy should not
contain >0.03% 3,
so that the casting be pure and have no nonmetallic impurities -
modification
products. The microstructure and the characteristics of Mg- and
Ce-crade irons
are practically the same.
A. Savellyeva
[Abstracter's note: Complete translation]
rl'.ard 2/2

SHKOLINIKUVP E.M.;IAHEDEMONSKII) A.V..BONDARM09 L.G.;
ABRANENKO, Yu.Ye.;
FETUKHOVI, S.A.
Cast cawhafts for the ZIL-111 engine* Lite proizv.
no-5.-,7-8 My 162.
(MIRA 16:3)
.(Automobiles-Engines) (Iron founding)

ONICIK I.11~ V . , kan6. tehhn. nauk; SBKOL I NIKOV , E-M.
, 11--riC3. NN,
ABRAMMOC, Yu.Ye., Jmvh.; BONDAIRENKO, L.G., inv,"
SELEZIEM, Ye.D., inzh.
Cast distributing shaft-- for forced carbia-ator engines.
L.A.
proizv. Tin,.12:40-41 D 165,

13ONDARBIIKO, L.M. I
I'~l!--,'.-.1~",',.-,-'-...~--~'':~ -V' I-. ,
Ichinococcal cysts of rare locations. Khirurgiia,
no.11:75-76
N 155. (MLRA 9:6)
1. Iz onkologicheskogo otdeleniya Voroshilovgradekoy
oblastnoy
bollnitay.
(HYDATIDS)

BONDAIIENKO, L.M.,,inzh.
Economically efficient rough surface. Avt.dor. 26 no.9t9
S t63.
(MM 16:10)

, BONDARMO, L.M. ---ULIDIN, X.Ya.
\- - ------------
Selecting efficient methods for roughing road surfaces.
Avt.dor.
22 [i.e.23J no.9:14-15 6 160. (MIRA 13:9)
(Ukraine-Roads, Gravel)

BONDARWI10, A.I., Imnd.takhn.nauk; B01MAR&M, L.M.,
inzh.
Repairing pavemento under winter conditions. -kvt.
dor. 23 no.10:19
0 160. (MIRA 13:10)
(Pavements, Concrete-Maintenance and repair)

---- - - -- ---- -- - - ---- -- - - --- - -- ---- -- -
- ---- ---
LIPSKIY, Yu.N.; BONDARENKO L N ; LHPIKHIN, R.S.;
LYASHCHENKO, V.P.;
POS -""- '"-~OBOV, N.K.
PERGEUP,
New means of astronomic observations; study of
celestial bodies
by means of television. Priroda 52 no.7t96-99 Jl 163.
(KRA 16:8)
1. Astronomicheakiy institut im. P.K.Shternberga,
Moskva.
(Television in astronomy)

PHASE I BOOX EXTLOITATILOIN SOV/5410
I2I-L:i,,.)ecnI,;.kaya konferentoiya po mirnonu
lwpollzovaniyu atonnoy
cncr~;11, Tazhkent, 1959.
ly k".-;:-a-ionctionn of the Tavhkent Cc-.11ference ci, the
roaceful
of Atc;nIc Energy) V. 2. Taohlccrit, IZd_vO Ml V.-C"OR, 1960.
449 p. Errata slip in3erted. 1,1-.00 copies printed.
~~-cnsorlnG AGencyi Akademiya nauk Uzbeltskoy SSR.
Res7onslble Ed.: S. V. Starodubtntcv, Academician, Acad-~:-y
of
'?,iencea Uzbek SSR. Editorial Doard: A. A. Abdullayov, Can-
d,-.',- 'atbrr
v D. 11. Ab xur,~
of Phy.3ics and M -iatic2; ( Doctor
Sciences; U. A. Arifov, ikeadc-mician, Acv,(Ic:.,y of
Sciancea Uzbek SSR; A. A. Borodulina, Candidate of BioloZical
3z:_!nncc!3; V. 14. Ivashev; G. S. 11cra::-,ova; A. Ye. Kiv;
Yo. "I.
"Obanov, Candidate of Physics and !-athcmat-c!;; A. 1.
Nikola2;-~v,
Car,,jidaze of Nedical Sciences; D. Nizhanov, Candidate of
CI,,_-:-Acal
S-_-~nezs; A. S. Sadykov, Correaponding i'IwrbP_r, Acad,:ray
of -SciQncez
V~SSR, Abademician, Academy of Sciences Uzbek SSR; Yu. N.
Talanin,
Oar-

.Tran2acticns of the Ta2hkent (Cont.) SOV/51110
Candidate of Phyeica and Mathematics; Ya. Kh. Turalculov,
Doctor
of DioloSical S:Aences. Ed. -. R. I. Kht::ddov; Tech. Ed. :
1%. G.
PabaWianova.
PMU ~--SE : The rubli----ation IA intendod for scientific
wcrkerz and
employed in enterprlEzeF, urbere radicactive :L.-otcpcs
ani nuc2eav radiation are u3ed fcr research in chpmical, aeo
JcGica:., and technological fieldo.
C-IMT-ERA-GE., M15 col-lection of 133 articlea reprezent;5
the aecond
V'~]:u-'-C- of the '2ransactions of the TaElikent Ccnfererce
on the
D~s--eful U~es of Atcmie Fnergy. The individual. arta-,~Ies
deal
'rlth r. t:-Id~ range of problems in the field cf nualea~
radiation,
in-r~ludin-; prc~ducticn and chemical analyr-is cf
radioaotive
lzotcps:-:'~ inv,~-*tigation of the kinetics of chenicai
reaction3
by means' of isotcpes; application of spectral analy7A~ for
the
manufacturing of radioactive preparations; radioaztive
methods
fcr determining the content of elemento in the rocka; and an
ana.lysia of methods for obtainina pure substances. Certain
Card P/20
17

-.Tranr,-_otions of the Tauh1cont (Cont.) SOV/5410
instrunmnts used, such as automatic rc,-ulators,
flo"actora,
level Cau[;es, and high-cen-aitivity gann!aa-ralays, ara
dozorlbod.
No porromalitieG are mentioned. Ruforanoca follow
individual
article'l.
TABLE 01? CONTENTS:
RADIOACTIVE ISOTOPES A17D IMCLEAR RADIATION
Ill MG111BERING AND GEOLOWJ
Lobanov, Ye. N. [Institut yader-noy fizilci UzSSR -
Institute of
a AS UzSORI. Apj.:~Iicatlon of Radioactive Isotopes
liuclear Physic
and Nuclear Radiation in Uzbekistan
1_11.1., and V. A. -Yanush1,ovn1ciy [Institut fiziki All
Latv
SSR'- Institute of Physics AS Latvian SSRI. Problems of tha
Typification of Automatic-Control Apparatus Based on the
Uco of
11adloactivo Isotopes
Card 3/20

Tranaai~tLonn of the Tashkent (Cont.) SOV/5410
0, "colei;1cal Spacimens
277
A)--uliayev. A. S., S. A. Dibinov, Yq. 11. Lobanov, A. F.
11ovikov,
at!~, A. A. ;rhaydarov (Institute of I-mclear Phyaica AS
UzSSR).
Detezi"Jnaticn of Lead Percentage in Conc6ntratcs 282
B. G., D. F. Beopalov, L. N. Bondarenko, L. R.
1,1. V. P.:)pov, A. 1. j[haustov, A. S.
mntitute oe Geology and Production of 11ineral Y'uels
A--! Rvmltr~ of the First Industrial Tc3ta of a Neutron
i:~;merator in Oil Wells 285
Plaivin '. i. N., V. N. Smirnov, and L. P. Starchik
[-Tr-----itut
nogo rlela AIN SSSR - Mining Inatitiate AS USSR]. UIc- of
A1-,-!7,.a-Ra.11ation of p0211 for the (~xantitative
Control of En-
rlahment Productions Containing Beryllim, Boron, Fluorine,
and Alumanxim 293
Srapenyants, R. A., and B. B. Nofcdov [Vaeooyuznvy n.-i.
inati-
tut mekhanlzatLA-li sellakono khozyayrtva - All Union
Scientific
C-arl 14/20

S116 61/000/011/027/065
D228YD304
AUTHORS; Alekseyevt F.A.9 Yerozolimskiy, B.G., Bespalov, D.F.,
_-Bondarenko, L.N., Boytsik, L.P., Popov,.N.V.,
Khausf_o__ii,_7K-_-1_., Romanovskiy, V-F.' Shimelevich, Yu-S.
Shkollnikovo A.S.9 and Yudinj L.I.
TITLE: The result of applying neutron impulse methods and
apparatus for investigating borehole logs
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 11t 1961, 34f
abstract 11A304 (V ab. Yadern. geofiz. pri poiskakh
polezn. iskopayemykh, M., Gostoptekhizdat, 1960, 3-20)
TEXT: A borehole impulse generator of neutrons is described toge-
ther with the method of impulse-neutron neutron-logging (INNL). A
description is given for the electronic layout of the borehole
ge-
nerator of neutrons and the surface appratus for impulse neutron
logging. During laboratory tests of the generator a stable mean
neu-
tron yield of ,j2 x 107 neutr./sec. was obtained at 100 kv. of
acce-
lerating voltage in the tube. The impulse duration amounted to
100
Card 1/2

S/16 61/000/011/027/065
The result of applying neutron ... D228YD304
~isec, the transmission frequency being 400 c/s. The neutron
genera-
tor was used in the commercial testing of INNI. INNL
readings against
oil-bearing beds exceed by 10 times those for aquiferous
beds con-
taining mineralized waterk at a delay time of 1000 psec.
Certain
impediments and limitations of thermal impulse
neutron-logging in
different oil- and water-saturated beds are indicated, and
the re-
quirements for the apparatus are stated. Further prospects
are ind-i-
cated for the application of impulse neutron generators.
[Abstrac-
tor's note; Complete translationj~
Card 2/2

I
I

SINGLE PUL2 MMH-VOLTAGE [Cont'd] S/120/63/000/002/022/041
The generator drives a
U
load o. noi less than 13 ohm,
All and produces single pulses
with an amplitude of 200 kv,
a rise time of 2 nanosec,
and a duration of 20 to
71 Pz 7z 12 nanosec. The basic,
Lf advantages of the generator
are high speed and overvolt-
age discharging, withEbe aid
of which the leading edge and
the duration of the higb-volt-
age-pulse is formed. The operation of the generator is as follows
Isee il
lustration). Capacitor C is charged through resistor R up. to a
voltage
NO from a rectifier. At a given moment of time a 6 to 8-kv triggering
pulse
with a rise time of 0 .1 lisec is applied to a gap between
the'grounded electrode
of discharger P3. and its ~uxiliar electrode. The main gap of the
discharger
y
(filled with nftrogen at a pressure:up to~20 atm-gauge) breaks
through in-
0.1 4sec following the breakthrough of the triggering gap. Capacitors
C, charges.
Cafa 2/4
A

As
"41
~Vlv ."HEMS.
E
A.
RA
as
42
vp
jig

t~ h2 -6
ACCESSION M.
XTS0079.79
AUTHOR: /Abramyan, Ye. A.; Bender, I* Y BLud~ke~.
eo;
Gla ev, G. Bo Ka iov, A. Kh. es 1. No Naumov Pall
A. chikov. V,
mal
te S. ;"Pqpg~ 9. Rod -1 an ay - Vit -T--
1k 14
Ko
Sampylovi I M. Skrinskil. A. N n ov, G.
YuAJZJ,"
Hazhevenkot 0. A!; Ostrpyko Go No P!troV V. 'V.6 Sokolov, A. A.,
TimoshinA
R,
TITLE - 'Work \%f the Nuclear Physics Institut
on the strong-current acceitmton_ et
c_ ~A..
ISO AN SSSR.,:-(I) Strcng-current pulse accelerators with spiral
storage of the ele
tronsi
(II),Strong-turrent accelerator' with one revolution capture of the
in-
Jected electrons
M.
SOURCEf Inteirnational Conference on Hi hlnerg~
Accelera'toM.'Dubna, 19631 Trudy~.,.
Hoscow,: Atcmlzdat* E.164, 1065-1072
TOPIC TAM- :high anorgy accelerator, electron accelerator, electron
beam, betatirmvon
plasma
ABSTRACT: The work cn developing strong-current electron ring
accelerators
was begun in 1966 by ihe,authors at the Nuclear:Physics
Institute,,Siberian~Depart_
ment, Academy of Scierices'SSSR,, with the object of studying the
possibility of.-
Card 1/3

ACCESSION M.: AT50D7979
forming relativisti-~ 6tabilized: beams In the-laboratoiries of the
Institute ex-
perimental :studies 'were carrie-d,out on the four..mlethods for
obtaining large ring
currents of relativistic electrons: (1). spiral method of storing
the electrons. in
installations ~of th~~ betatron type With subsequent betatron
synchrotron accelera-
-tion er G. 1. CERI Symposium 11, 68 (l956); (2),obtaining, of
limiting electron
(Dudk
tcurrents by means of the injection of, electrons- -from a,
strong-current linear.ac- i-~,
celerator Jnto, a ring cbanber of large appr,ture with subsequent
synchrotron acce e
c
ration- (3) storage of electrons in tracks~(parking orbits) with
constant magneti
-from - - othe
I fie f t'-e multiple injection of electrons: an r less strong.. -
ld by meanz.o n
current acceleratorl this method is diliied for the,storage of
electrons and posi
in experiment;; with col.liding beams:(expoundedindetail by G. I.
Budker
in the, present colk)ction, p, 274) (4)-obiaining' of large
electron- currents by..
means of the accele:ipation,of electrons by t 6 ring plasma.~: The
present report dis-
-topicst.-M pulsed iron-less-_
cusses the fij~st -tw,,) nethods unAer-thti' following,
betatron with:-' I P storage (B 2.device);,strong-current pulsed'syn
pre hainary charp
chrotron B~~2S,,Jlpulsod strong-currentbsUiron* with 'spir-ml
storage (Dis-3 device).-
-urn strong-current synchrotroin-(B
(II) iron 166s, one-:. SB se
,strong-current pul d
J ii pynchrotron'B-3146C Origs art 6 has't_.-,.1_,'figureS.

BONDARENKOP L.N.
Spectropolarimetry of the twilight sky in the zenith.
Astron.zhur.
41 no.2083-386 Mr-Ap 164. , I (MIRA 17:4)
1. Gosudarstvenryy astronomicheakiy inatitut im.
P.K.Shternberga.
I

BPI ,.N.*, GYNBILIS, I.-and. fiziko-matem. nauk
-~-,2 -
BTlef news. Zom. i v~;el. I no.3.038,63 and 69 W-Je 165.
(MIRA IW)

L 1468-66
~ACCESSION NR: A
P5012834 UR/0348165/0001004/0019/0019
632.981.1
;AUTHOR: Bondarenko, M. (Chief)
JITLE; Use of a crop duster for spraying
]
SOURCE: Zashchita rasteniy ot vrediteley i bolez3py, no. 4, 1965, 19
!TOPIC TAGSI agri.culture, aerosols weed killer, plant parasite
ABSTRACT: The modification of the OPS-30B crop duster previously
desckibed by
ice in
~Dunskiy and Paykin (Zashchita rasteniy, 1959, No. 4) was tried out
in pract
';Kazakhstan in 196-1, for weed control. The changes required to
transform the duster
into a sprayer are described in detail, and it is reported that an
effective
sol can be produced by the air flow of 100-129 m/sec derived from
the duster.
When drawn by a "Belarus" tractor, moving at an angle of 45-1350
with the direction~z
:of the wind, the sprayer can cover strips 30-50 m wide at a dose of
15-20 liters/i
,hectare. These modifications can be carried out in the workshop of
any collective
or state farm. Orig. art. has: 1 figure.
1ASSOCIATION: Uprayleniye zashchity rasteniy Kazakhstana
(Administration for
!Plant Protection of Kazakhstan)
I Card 112

7 -7'
W_
I t
Its Urp T
for_l~ -D oz,e rs-- wh-ose ccns~truct on requ-, -,.s
V
resources outlaid and Ion&,7Ume-.-;,or work..on-colliding
electron-electrop, posi-
Md DrOtdI,-Protcn bealrG-, thr-'aa imallations are being built,
trlilerh
n Various Stages Cj--F T"Ipadinp_~s.: Woriz. on collidi-ing electror,
lleams we_-- cz-n
Auct=d at ` e imtitute (ther- a-labyratory.of: the- Instj:Wjq..
-h
A 1. I.F. Kurcba-tC,-.T) in the OXF~ 1~95s-j Z:rier Kerst's report on
accelerators tiith
lcollifling Proton beams- o.F, facTFAG type. - By that time SovIet
scientists H'ad al-
'3~_-ady emou'ra& some a7perience it obtal-ming -large electron
currents; in part-milar,
!the ri--mtionad laboratory had installc-d and then ab-andoned a
device for the spiral
I'stomage of elcctrons (G. 1. Buclker and A. A. _Naimov, CERN
Symposim, , 1, 76 (1956)),
'by whIch, subsequent!y, circullating current's of the order of 100
amperes were ah-
tallned. in 1c,57
two variants of this device wer-a considered at the samfe time, The
.4
t orie con5;istei of two accelsratorzizwlth spiral storage and
subsequent trans,_
the T) tively narrow paths.- The
T,,,.,-n of' pz,~vt.,Lcles Io ~ synqhi~6tiv, zst~ib .- 14. - Cc para
3.
S e CO-Q-4 One bad storalge rirgs Vit _C ons tMirt Tragne
~h 4~ ic aid and f-requent exterrial in-
e c-t i an becau-te of the aamping -of the osc-illations uncle-r the
action of radliFAII-30-1.
71
~-Ie fir-3t vaTL~Irit was rrmre clxi~nemome; the second varimt
cont-in-4 aT,, ele-M~r, nct
dt-velone6 at ! hat t im e , n a m e Ily a 10 0 -.% i 1 ov o I t c
oun u t a t o r o f i 0 k i I 'D
nanosecond 1--rimt. lit t1he end of 1957, the fir-z+ positive results
were ebtairlec:
Card

T107
?04-765-
ACCESS ON Wk~ AT5007921*
A d~ I
Volt M -wor --s oppe --on--the: ri t:w t
kilo -s va an i h
ngs gina propose ~t' devices: VEP-1 of 2 x 130
Ora y it was- d o up two
0 Nev energy. The VEP-1 was considered as an actual
Mev energy, VEP-2, of 2;k 56
-model of an accelerator and as a device for conducting initial
experiir.~nts at lvl
,energies. After the P-_hnofsky report in 1958 on his wor)k with
co2liding electron
~beams conduc~_-ed in his laboratory at Stanford, construction
ceased on 500-Mlev
I
.storage paths and work vias continued on the 2 x 130-tIev
installation. Itead of
mork on colliding electron beams with energies of 500 Nev, Work at
the end of 1958
os -md the p1m iTig of the- VEEETP-2
-was conducted uith colliding D itron electron beams n
!'device was begun, whose main cleinents aree a strong-current
electron accelerator and
:a hl&~-vacuu.-a storage path of-7400.Mev-energy., At the present
tirrae the VEP-1 and
NEPP-2 ar-- installed in Havo8ib* - ks:_-,The 11TET-1 is in a state
of neglect, but at
the end of 196k~ experiments will,. be, begun with.it. Installation
of the VIEEPP-2 has
1-fect fmm the application of z~olliding proton
Peen completed. To obtain a marked, e.
eams, ar. accelerator.is needed41th an.-ene~-gy of at least 10 Gev.
Sinc_e the ordi-
nar-I accelerator at such energies is a vary bulky machine, it was
decleted to ccn-
Iine the idlea of colliding proton beams with the creation of an
ir-on-less i"L u1ne
,acceleratop with very large: fields and a neutralized central
busbar. This latter
Vork of creating such a n1a6bind "Was xvported -by the autbors at a
Mosccx; conference
Z
c6ij :3/5

-:an-d~~_wVef f 11-dtIV67-w6t e rch ari
ging-:0'r, nogafive~ - -----
ic - ower
ji-ons is-- u-n-ider; study.- - Als, opm-ent are --ah
ir)puls6,:e,.e.ctr supply - -
--p
..--_System of :-100' ziillibtv Jj'vulens capacity and-'_an--hf power
supply. Since 1958 th e.
Un-ti-tute has -been -conducting tbeoretical: invest~lgations ap abi
-n the limits of plic
Ility of quantum electrody-namics 'EV. N. Bayyer, ZhETF, 377, 1490
(1959), and UPN, 78,
.619 (1962)] For the calculaflon of -the radiational corrections to
the electrodvna-
-MIC C
ross-sections CV. 14. Bayyer and S. A. Mheyfets, ZhETF 40, 613-7-1 and
Nuc-lear Physics (in print)], and on other problem, of high-energy
parti-_-Ii,
;that are conrected wi-th the preparation of experimumts on colliding
bezims [-V. N.
'!Bayyer, I. B. Khriplovich, V. V.- Sokolov,-and V..S. Synakh, :in
ZhTr, -1he
h - L - -tio-ned three main headings the Folivding pprt I -
1present T~eport tak4s up undei~t.e -Pep 4
anent topics: the accelerator-injection, storacre pat'llis,
electron-optical channel,
Cor-J 4/5

i ASSOC.) Kloxf:
none

UKIIANOV# lu.P.1 BOINIAREWO, L.P.
Fe~qt--rlnp, the tecbpology of nan,24factur-Ing unfired
dolomite
-n,F!.a refractories. Met. i gornorud. prom. no.4*.52-,,14
JI-Ag 165, (MM 18t10)

'.1'ranslation from: Referati,,,nyy zhurnai, j'r
P P 5 8- 5 9 ( U S~'-j R
AUTHOR: 13ondarenko, L.
TITLE: The Geolol-ical 1- t -:1 (-,1,; r'.3n(I b!'i-AC, of C 1,
U2,1
Intrusive (E--asLern Region) o-
.LU e
logicheskoye polozhenive i stro,,--~-niye Furinskogo
~2 7
-inL,ruziva ~Vosrochnoyc~
PERIODICAL: Tr. In-ta geol. rud, mestorozi-id- uetrozr, minera-
lo-ii i geolehirn-J.4, 1956, 1ir 3, i-u 302-3'Y
.,- - :, .. h -- 0 -
ABSTRACT: Th-- Puri intruSive represerntf~, a -;;na111- -,ar-I
of the
complex Kutomara barholith, --J,5- Si~.U&,-.ed on
the divide between the Gazimur anc; -n-orzya 1civers.
The batholith consists of a corni~Lex- -,~,uitiohase
intrusive occurring in t,he axiall ,:art oj' a north-
easterly trending anticlinorium.
Card 1/5 the batholith involves pre--Juras-.-'c and

The Geological Position and 5tructure oi' ~!ji.- j ;I-ii
granite gneisses, Alrassic granites of star,(., 3
and Jurassic granites of stage II Ai%
konipleks (complex)2. The Puri intrusive i.-, of biotite-
hornblende, coarse- and medium-grained -,ran2ltes
;-_-omplex)
and their mylonitized and -neissose variet-ies. I i- t 1;
ndog e n e
contact aureole of the intrusive mas.,3, hybrid rocks_-
are exti2p.SlVe
developed (syenodiorite, quartz syeriodior' T_e,
iioritc,-, and quartz'
diorite), having formed by assimilation of
Paleozoic sedimentary rocks and graning, -into 'tJi~
blende granites. In addition, metamor,* sedi'r,-entar,
occur in the Puri intrusive. They are xtwnolitlls ir
the hybrid rocks and the injection
gneisses and dike rocks of the Alenuy COnllj-L(?X
(La.mrrovhyres,
granodiorite veins, etc.) are also 1,rosc%n~. ~'.' t a 1.1
1) "76_~ r ! 'i ,, 1, 0C k s
in the Alenuy complex are very rare- and, in "Aie 1-,Llrj-
iritru~3`ve,
consist of noneconomic skarns wiLh schec,_'iT_%, ririrl
Poor niolybdenite mineralliz2tion, r-ifAillti(i .111
c,"~lil'i.,-,--i.,-)Liii!la'-i-i,c!
Card .Uk

t;
u r (:-: ot, hil
The Geological Position and Struct
veins and sk-arns, is apparently associated --I-ty h
younger leucocratic granites of the
!~or.~.,-.zc'~,Evoohnyy
complex, which cuts and metamorphoses the j.-ranites of
the Alenuy
complex. The Puri intrusive treui!~ect.-' -and
san&"t'cones
and conglomerates of the Aketuy and Bazanuvo scries ana
is over-
lain unconformably by ~he Bokhto series. Thic juras--dic
age of the intrusive is confirmed also 'c.,,.,, the
d,~~t'-.ermliiiatiorj of
absolute age of these granitoidal rocks (11`~; :n yearsi
by
the argon method. The chemical eon*jposit-i(,n r-f t1--,
~-ock--- c;f the
KutomarF,kiy batholith are give:-, In a ~2 T, -I e
Card 3115

1;1-~(-5- 3`3
The Geological Position and 5tructure of Lhe Furi (OonL.)
Components
1
2
3
4
5
6

S102
71-44
66.29
70-77
68-37
64~518
~ZQJ.96
68.92
T102
0.19
0.52
0.32
0.31
0.69
U. 53
Ot23
A1203
13-89
16.23
14-99
1L,.64.
16-44
18.17
17.69
Fe203
1.24
1.74
1.12
o.8
1.14
1.131
0.65
FeO
1.45
1.86
0.75
1.71
i.6o
2.62
0.58
MnO
0.05
0.03
o.bi
0.05
0.04
0.0-i
0-14
MgO
o.62
1-74
0.85
1.73
2.51
3.64
0.32
CaO
0.92
2.6
2-25
2.6
3,90"
4,66
1,88
Na,,O
3.61
2.79
1:6'
4.85
3-3,5
4.34
4.91
41
y

5.52

4.57

4.79

4.55

4- 59

.3 ~ 70

3.99

Card'4/5