SCIENTIFIC ABSTRACT TURKIEWICZ, E. - TURKIN, V.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757530002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STEFAN., Anna, mgr; Eugeniusz, dr
, - ---- - ---------- -, -
Acidimetric determination of fluorine. Rudy i metale
8 no. 5: 181-184 MY 163-

TUTYIWICZ) . EUG7,:NIUSZ.
Turkiewicz, Eugenius7. Chemia d1a k-lasy VIII.
lewicki. Warszawa, pans-Nowe Zaklady Wydawn.
(Chemistry for the P~~h rrade)
Gorecowal 'Windl~slaw
Szkoinych, 1952. 14P P.
SO: Monthly list of East European Accessions, LC,

go
001,
L A ASTALLUROCAL LITIFROW4 CLAUNFICAIM
Mora mat acy GIR
41 A 19. a
o o e 0* see
logo a sio 0 0 0 a 0 0 0
PC 4w W-W 0I
ffOl ill NO 0 1110 600A639 VW
0 0 0 0 0 9 0 0 0 9
9 0 0 0 0 0 0 0
I.-W *-* 0 W-w- v- w w
ia 0 a 0 41 A a Q
Coo
jo*
Coo
10.400
too
Me*
400
we
to o
COO
tie 0

04 -i
000
it's, 9
*ON
Got
so
04MLOW-ALLIMATWICLAIWIMM,
Id tam leg r mv 441
f -1 0 1
U's Alp 10 111; 4 'it
- I -wm
1-00
let
waif
XeO
10040
we 16
SIALS? aw #49 All
21ing fit ad o v tv I v 0 0 3 to 1

A 1 4 1 1 1 is It a u m It m u It a It mumsbu moil 41QAJ&ta
A L a a 1 9 L 4 k A
A
Is =Des
14caniki k1m. Ia. (KkMT`W*-
"uccd It C 11 to k It (bV fV*Cti4M it rAtAlYAd by I
It 0 kcOjxtf7, ~;Id- by
=. lIWH the trdmed w4m.,
:0 Yieldt K,1ReO(CN).OHj on builing vustlicumd. &q. KC-V
in solm. this "Jt yields Or ion RctCN)4(0l0tj(c.
B. C. A.
00
Z* 0
a Od a IN I --- met
-a A-V So is
u At xm as man Stwitia's I~m
411,41 0 9 0 to 0 111 0 111 * 0 0 0 0 0 0 0 41 0 111
0 9 0 0 0 0 0 0 0 0 0 0 * 6 0 41 0
0 0 000,0 0 0 0 0 0 0 0 4 41 0 0 - I -

RATYNSKI, W., TURKIEWICZ, J.* ZYPRANSKI, P.
Potential scattering of neutrons for Fe, Co, Ni, Cu, Zn, Se. Bul AC
Pol mat 8 no.2:117-118 160. (EW 9:12)
1. Institute of Experimental Physics, Warsaw University and
Institute for Nuclear Research, Polish Acadeny of Sciences.
Presented by A.Soltan.
(Neutrons) (Iron) (Cobalt) (Selenium)
(Nickel) (Copper) (Zinc)

E Yv/ 'T.
Distr: 4L,-2a(c)/hE3e 2 cys
I
/.Potentlal scillerIng of neutronsl In the reso6nnte region.*
P. 2upraiiski (Univ.
Warsaw). Bull. acad. polon. sti., Sir. sd. hfalk,'.-ailrim. eJ
Pjyi-. 7, "W--0(1059Xin BuglWi).-Transmission mcusurc--
ructits for Al, Ag, atut Bl. are reported. The cross wtions
cak-d. from lie plots of log truttsmisiiou vi. sample thk-k-
'rc
C
ness Nvere 1.41 + 0.1. 5.3 -k 0.4, and 8.9 � 0.4, rest). Th
_=g showed deviutions from llneArity for small ~swn ~)Ik 3
9A

IGLEWSKI, S.; MALUSZEEKA, K.; NATAMON, L.; T!N9Eq%-J.; ZUPRANSKI, P.
Further measurements of the angular distribution of fast neutrons
elastically scattered on Ga, Acta physica Pol 23 no.6:843-
8" Je 163 *
1. Department of Fa-perimental Physics.. University., Lodz (for
Iglewski, Maluszynska). 2. Institute of Nuclear Research,
Polish Academy of Sciences., Swierk by Otwook (for Haianaon,,
Turkiew:Lcz,, Zuywanski).

MALUSZYNSKA, K.; NATANSON, L.; TURKIEWICZ, J.; ZUPRANSKI, P.
Nz- --
Angular distributions of fast neutrons elastically scattered on Ca.
Bul Ac Pol Hat 9 no.8t621-Q3 161.
1. Department of Xxperimental Physics, University, Lodz and Institute
for Nuclear Research, Polish Academy of Sciences. Presented by M. Danyaz.
I

MAZANOWSKA, Arma, TURKIWICZ, Lesmek, DPIICEWICZ, Antoni M.
Activity of iron chelatase in some rabbit organs. Postepy
hig.med.dosw. 17 no.6t8ii-814 11-D'63
1. Z Zakladu Radiobiologii i Ochrony Zdrowia Instytutu
Badan Jadrowych FAIT w Warszavie; kiermmikt prof.dr.
E.Kowalski.

BELEK, Jan, mgr inz.; YA-TOSLA-1-ISKI, Stanislww, mgr inz.; M'ateusz,
1,1gr inz.; De 11TIZER, Jerzy, mgr inz.; mgr Irz.
BORD'I'MVP Le(!h,- ragr inz.
Survey of foreign measuring and controlling instrtmicn-tr'
at the 32-nd Inter-national Poznan Fair. Pomiary 9 no.12;
607-614 D 163. -

~,7,a-.X4 -iq-
j~
p
if plF gs,
la IV.
13 -
R lag I n.
pea
RUN
nL
IS

TOJWKOVA. Yo.V.0 -TURKIN, A.D.
DaterminAtion of therium X and of rodlotherium in biological media
on the bnnis of thorono [with summaz7 In Engliahl. Ned.rad. 3 no.3
61-65 My-je 158 (MIRA 1137)
(THORM, daterminntion
thorium X & rndiothorium in biol media, thoron method
(Rug))

ALMOV, M.V,; TUMKIN, A.D, (MoskTaY
Determination of the dose of therval neutrons by the activation
method. Gig.i san. 25 no.2:49-50 7 160. (MIRA 13:6)
(nUMONS)
(RADIOMMT)

20177
./61 /c1 C, /0-,:)3/CC7/021
S/069
'91 B1 02/B205
AUTHORS: Sivintsev, Yu. V., Knizhnikov, V. A., Telushkina, Ye. L.,
Turkin, A. D.
TITLE: Study of the radioactive contamination of air and of the
Neva river during the time in which the atomic ice-breaker
"Lenin" was anchored
PERIODICAL: Atomnaya ener.-iya, v. 10, no. 3, 1961, 253-258
TEXT: This is a report on an investigation of the radioactive contamination
in the neighborhood of the place where the atomic ice-breaker "Lenin" was
anchored in the 11eva river, with its atomic engine being in operation. The
investigation included the atmosphore, the river water, and the fauna and f1=
in the surrounding area. The ex,)eriments were begun on August 6, 1959 and
finished on September 14, 1959. The concentration of radioactive Cases
was also examined in closed rooms in the ship's central part. Results are
discussed in the introduction. Measurements were made with cylindrical
counters of the type CTC-5 (STS-5) and with end-window counters of the type
BR-50 (BFL-50) which measured concentrations of tip to 2.10-11 curie/l and
Card 1/ 3

20177
Study of the ...
s/o8q/61/010/0()3/007/021
B102/B205
10- 10 curie/1 (Ar4l). Radioactive aerosols were determined with ~O (FP)
filters, the activity ol* which was measured in the laboratory. In the
central parts of the ship, radioactivity caused by Ar4l did not exceed
4-10- 10 curie/l, was 10- 11 curie/1 on the averace. These values ar-ount to
1~7 of the -.~err,-_ssible --aximum dose in workine rooms. In addition, the
radioactivity of air leaving the Groasse-elmast (sic!) was measured. Its
maximum activity was 10-9 curie/1, and the average was 2.10-10 curie/1
referred to one atomic unit with 10(Yl~ performance. This level was reached
on September 5, 1959 when the three atomic units operated with 45, 40, and
2CF/~ performance. As 70,000 m3 of air were exhausted in one hr, the emis-
sion of one unit with 10(Ylo performance was 0.014 curie/hr. Investieations
in the case of a leakage of the primary cooling circuit shoved that radio-
activity in the servodrive rooms reached a level of 3-10-8 curie/1 and
was chiefly caused by short-lived fission products, such as Kr85, Kr88,
andxe135 (T,/2 ' 5-7 hr). The concentration of P-active aerosols in the
central rooms of the ship never exceeded the background values of the
natural radioactivity. The observed fluctuations in the radioactivity of
air, river water, fauna and flora in the neighborhood of the ship had a
Card 2/3

20177
Study of the ...
s/oe,9/61 lol o/cc 1
B1 02/B20/5
merely seasonal character and did not depend on the stay of the ship and the
operation of her reactors. Pertinent measurements -.-ierc made fro,,;,. JU-inc. 15
to September 14. These seasonal fluctuations are held responsible for the
fact that the radioactivity of air, water, fauria, and flora prior to the
teots of tLe units of the atomic, ice-breaker was hi(;her than durink- thr-
tests. Numerous data on the seasonal fluctuations which droppe-I to a mini-
mum in August, and results of measurements are discussed. The experiments
have proved unarbi~,,uoucl-., that the ice-Lreaker operates without any haze-rd,
and that the-re is not the nliChtest danVer of contamin-Aion on ljoar:! the
ship durin,- the ojjcra'Lic'.,-,a of its re I
,actor.q. Neither thc crea of t;.k2
nor the vessels follo-win- the ice-breaker are exposed to the action c--
U
radioisotopes. There are 2 fitjires and 3 Soviet-bloc references.
SUBMITTED: September 7, 1960
Card 313

25379
VW9161101 1/001/005/01, 0
7_~ ~10 0~ 31 02/B214
AUTHORs Turkin, A. D.
TITLEi The radiometry of A-active gas by means of spherical ioniza-
tion chambers
PERIODICALs Atomnaya energiya, v. 11, no. It 1961, 60 - 61
TEM The ueual method of measuring the concentration of (1-active gas in
the air by an ionization chamber is mostly qualitative, since no data are
available on the relationship between the ionization current and the
activity of the gas in the chamber. Of course, the ionization current
depends not only on the energy of the I-radiation of the gas but also
on the size and the geometrical form of the chamber, and on the material
of the wall. It is very difficult to represent the ionization as a mathe-
matical function of these quantities, or, to detuermine it experimentally.
To solve this problem one can employ the method of simulation by point
sources oi 0-radiation without characteristic absorption. The present
"Letter of the Editor" presents a report on this. This method was used
for the investigation.of spherical.ionization chambers wi-;h radii 5, 10,
Card 1/4

25379
The radiometry of ... B102/3214
15, 20, and 25 cm, and walls of lead, copper, aluminum, and plexiglass.
In aaah caeat the thickness of the wall was loxger than the maximum range
of the A-radiation in this substance. C140 Co 6o , Tl 204 1 Or 89 , Sr go and
Ygo preparations deposited on organic films of 15 - 20 4/cm 2 thickness
were used for the studies. The diameter of such a source on the film
was not greater than 2 mm. The films were attached to an aluminum disk
of thickness 0.08 mm and an inner diameter of 12 mm. The activity of
each preparation was determined to an accuracy of t2~. The source could
be moved from the center to the wall. The dependence of the ionization
current on the position of the source was determined experimentally. The
experimental arrangement is shown in Fig. 1. The ionization current was
measured by a Townsend compensation circuit with an accuracy of +1-5~4-
The relation between the ionization current and the activity of ihe gas
in the volume of the chamber was mathematically found out on the basis
of the dependence of the ionization current on the coordir,atea of the
point source. From the values obtained for I/O.V (I-sature.ted ionizatior.
current in amperes, Q- concentration of the gas in curies/l, V- volume of
Card 2/4

The radiometry' of
25379
P/089/61/011/001/008/010 I
B102/B214
the chamber in 1) at Ea constant it in seen that the;e values depend- I
essentially on Z (the atomic number of'the material of the chamber)l this
is explained, as due to the multiple scattering of 8-particles by the walls
of the chamber. This fact is of practical,'importanae'i For the same dimen-I
sions of the chamber the si.ensitivity of measurement can be inqreased ~y, t
using walls with large Z (e.g. lead). Moreover, the hardness of the
I-radiation of the gas can be determined if analogous measurements are I
carried out in two chambers with different wall materials. Por certain '.I
parameters of the chamber, I/QV is only slightly dependent onemrgy. A
2
copper chamber (Z 29) with R - 14 mg/cm shows practically no de"pendo'noe
on the hardness of the P-radiation. For suchacbamber, the following
relation holas for the range 0.05 Mev!=*E K.O.9 Mev to an accuracy of 110%1
Q W 3-7-104 1 (qis the density of the air in the chamber). 1. B.
Keirim-blarkus and M. A. L'vova are mentioned. There are 2 figures and
1 Soviet-bloc reference.
Card 3/4

PME I BOOK EXPLOITATION SC-7/6333'
"Bochkarev, V. V`.~ ed.-
Tekhnika.izmereniye radioaktivnylch preparatov; sbornilto statey (Tech-
niques for the Neasurement of Radioactive Prep~tratjx~ns; Collection
of Articles) Moscow, Gosatomizdat.. 1962. 46oo copies printed.
Eds.:~ A... N. Smirnova and M. A. Smirnov; TecjT.' Ed.: S. M. Popova.
.__PURP0SZ:'This book Is intended for specialists in nudlear instru-
memtatior~,
COVERAGE% The book is a'colleetion of ^s on recent developments
in 1) *measurement of the activity and 2 of '-he cornoosi-
tion.of emiimions of radioactive preparatictis. The met'hodoloFj and
4paratua use'd in these studies'are described in detail. References
are given at, the end of each.article.
TA= OF CO'1%1TENTS:
Card

Techniques for the Masurement (Contw)
Pre f tic e 3
Voroblyev, A. A. Study of a-Emitting Preparations With the Aid
of a Gridded Ionization Chamber 18
Bernotas, V. Zs# Ve A. dorodyekiy, N. K. Semenova,..;.' F.
Tupitayn, and 0. A Filipp~ov. Direct FFe la-u-re-m-enff-of the Activity
41
of TAtlated Comp;anas j
Bernotas,* V. I., Yu. A. Plrogov,. and O.:.A. Fillppov. Measurement
of the Activity.of Tritiated Thick Orgaiilo'Fllme 51
Llvova, M. A. Experimentai Evaluation;of the Accuracy of
alletliod for Measurement of 0~7ftitter5;by 14eans,of Enct-Window
Counters 56
A. 1.
Measurement of the Activity of P-Sourcee in:4x-
Ionization Ch mbers
A 63
Card

TURKIN A D
Method for measuring the activity of
spherical ionization chambers. Med.
r---ra3r sources using
rad. no.4:76-78 162,
(MIM 15: 6)
(RADIMETER)

S/089/62/013/003/005/007
B102/BI04
AUTHORJ: Turkin _D._~ Sobakin, Yu. V.
TITLE: Determination of the isotopic composition in a'mixture of
P-active gases by means of two intercommunicating ioniza-
tion chambers
PERIODICAL: Atomnaya energiya,-v. 13, no- 3, 1962,~274-276
TEXT: To analyze.the P-active gases in the air a two-parameter method is
suggested. Two communicating spherical ionization chambers (r 8.5 cm~
with walls'of different materials (one of lead, the other of plexiglass)
made it possibl e t lot two different ionization-curient curves,
respectively for altest gas-and for the mixture. -The end-point energy of
the P-spectrum was determined from I Fb/IPlexi a f(EP ). The shape and size
of the chambers ha~ been so designed as to 'make the ratio of the ioniza-
tion currents directly proportional to the end-point energy. Hence the
0
end-point energy was obtained as a second parameter besides the half-life,
allowing much more exact identification of isotopes which often have very
similar half lives. Concentration of single isotopes Q - K (Curies/liter)
Card 1/2

S/089/62/013/003/005/G07
Determination of the isotopic B102/B104
was calculated from the ionization current and k, the latter being a
function of the end-point energy. As an example, the analytical data of
a gas sample containing 6~. xe133, 25% Xe135 and 69yo A41 are given. There
are 3 f gure
SUBMITTh: February 2, 1962
Card ~/21

11 09154-67 EMT W
7CC'N1%'t A07002769 SGURCZ CODO: Ui(/0039/66/021/002/0141/0142-
AUTHOR: Bazhenov., V. A-; ~Icarey,__jv V.; qq_kubcv,_ Yu. M.; Levin,. I. _V.;
TUrkin, A. D.
OIRG: none
TITLIZ: Ecasure-ments of activity of radioactive gases by moans of spherical
IoniZation chamber
SOURCE": Atomn'aya onargiya, v. 21, no. 2, 1966, 141-142
TOPIC TAGS: Ionization chamber, radioactivity measurement
ABSTRACT: A spherical, 24-cn ionization chamber with a copper barrier, filled with
air under atmospheric pressure and operating in the -spectnin energy range (0.15 to
2.20 1 MXC, C02
'ov) xras used fmmeasging the gs activity in experiments with
(labeled with 14C), . Xe, Xr, and 41ir gases. The gas activity waG determined
by means of compensation counters. The order of error was about 2.5%. 7ho results
showed that only 14C, 85Kr, and 41Ar with simple spectra could be used, while
3
133XG and lXe, with their conversion electrons,, could not be used. 'rhe average
current magnItudes K per particle in the chamber were correlated with the theoretical
values and the results agreed within 25 to 30%. Orig. art. hast 1 figure and 1
table. LRA,7
SUB CODE: 18 SUBM DAM Mul.65 ORIG REFt 002 / OTH RLF: 001
Co,d nst
UDG: _42
L-543.52,5,39,1n,

-TURKIN, A.N. inzh.; GREGURKO, V.Ye., inzh.
Testing of a feed pump with a hydraulic clutch manufactured
by the Zulzer firm. Elek. sta. 34 no.7:17-24 JI 163.
(MIRA 16:8)

TURKIN9 AA, -knzh,
-a- hc
Some results ujjnF ',n feed
Flek. stat.

TURKIN, A.N.,,inzh.
Choice of an optimwz~alternatlve In the construction and
location of hydraulic clutches in the drive system of a feed
pump. Teploenergetika 11 no.7:40-44 Jl 164. (MIRA 17:8)
1. Vostochnyy filial Vsesoyuznogo teplotekhnicheskogo instituta,
Chelyabinsk.

TURKIN A N _jnzh.; IZ14ALKOV, Yu.G., inzh.; KHAKHULIN, N.Yo., inzh.;
TYUTINJ, Ye.V., 1nzh.
Use of hydraulic clutches as direct controllers of once-through
boilers. Elek. sta. 35 no.6:28-32 Je 164.
(MIRA 18:1)

TURKIN, A.Ne, inzh.
Eva2uation of the effectiveness of using h3rdraulic clutcbes
in feed pump drives. Teploenergetika 10 no.11:69-72 ff 163.
(MRA
1)
17:
1. Vostochnyy filial Vsesoyuznogo teplotekhnicheakogo
instituta, Chelyabinsk.

TURKINP A.N., inzh.
L -h -'- - -:,
Calculation of ~ss of measures undertLken in
decreasing the expanditui-t of electric power in pu*ing ma-
bhinery. Elek. sta. 111, Ag 163. (KERA 16 lqu)

04 L
0 0 A
eit
0 0
00
00
oil
Low*# *,Beat ajdA 4M011112411111111.
mom,
ftAumd fly C111 to the Tv"I"41 i% tatelvew by I
at huta thr o-do,~I ~dtm.
k"s1ff,xpfj. by 03AII
14% K, Mt 0 is roned. Sb KC.N.
flu 1"ishvill 1001".
a
rn*&rW stAns 111i$ Wit 001,14 tbg 4 1kr(CN)4T
D. A.
60
*0
i sly,
4
t 0.1
u It AT No it
pt trot. 4*41 Nit Ots K a It it 01 rn-T711 A it cW
0 0 a 4 0 * 0 4p -ift ;,,.

791W 1
of 4141949441
.0
1
04l 00; W-W-V~
4W 0 6 0 411
#00000
06000000004
ip If M 9 M a it It too Is 0 0, of So
b a a a a M IF it :
,
so I if It I W f
[
1
1~
I If
'
I of O
l *4 a U
t
"
1 t-4
-t-1.A o I
l
l
-
A
i
-X.A-A- &~ 0 S p 4 S 1 9 . 11
00
O:A lit A." old. '.41(of6i o
i
f
Q%Adttl~"j Synd1f;111111 of Ceetioll CY&Rld~L WIXICO 11, T
00
00 Law
*41 let
to 4

00 lot
ly
00
0 f
cl
a t Wsted with 200 jr. KC.N and .10 g. Koff, yields ~vi 9
i
h
N
i
)
t
e
o n
s Period. in a similar manner, CILCC=t It is
. T
Kollolo(CM401 MAIN
4%vo o with NA011, but with Utolf. I. prrpd. by of 4
l1
4
d

0 (h COI, neittralisaim-al
W
.
,
kCN to a cimied. allin. of the hydroly cyallide. qatli wi

:9 with MOB atod"ta, with MOM MotX01I)sdarkrollowlson treated with Koff inai 11,
yl
l zoo
atm., and the fi
trate watairts murh Ma
. The black Mo hydroxide Is wj import,
00. W1111trict AK z 00
00

::00

too
-100

a

I
If '-'i of off
a tt cox nit 111111 nun
~
I t'll. No I S a W 0 a -j I
4

1
800*0*0
&A.A.&AL-0-9 0 0 00 0
000 00 0 0000 0 0414leSS600900099
0 'g
0 0! 0 0 0 0 0 0 0 0 0 0 0 0 0
q 0 0 * 0 0 0 0 0 0 4 * 0 0
6600i
0 0 0 w
A

CIIEGURKO, L.Ye... inzh.; TUPKINI A.N., -inzh.
E4"ectivenees of the Diacement of circular ~,rocves on *~-,: D~;Iished
surface o--:' the h-,d.-au---,c of P feec, p=p.
no.2:44-47 P 165. (I!,MRA 18:3)
1. VoatochnT7 filial Vsesoyuznogo teploteklinicheskogo instituta,
Chelyabinsk.

TUIUCIN, Alekannar Hikolayevich, sleenrl -, ZEIRfKO, G.A., red.; LA-
, Ii.b. , teEEF.--r-eY.-
Cwbnt the worker droame of J 0 chem mechtflet rabochii. Mos ".a.
Izd-vo VTsSPS Profizdat, 1960. 29 p. ( MIRA 14:5)
1. Moskovskiy asfallto-botonnyy z9vod No.1 tresta "Gordorstrcy',
(for Turkin)
(Labor and laboring classes)

U s
5412. W_ECfjWgjA)jZED- -ACEWI
!kER A.' H. tdid EhatalzVt V.A. (Enoractlk
,,,,Potrov, V.A., t~~n,
rwr - 16). itmtdd d&-criptIcli
1,04coyl), jan.' J555, 15, A Ahort Illu.
of a -tationary 2wcuortvo type boiler acm-atIng 2.6 tons/h of Steam,
wltb a ocal-Ilred veraper bar ft=ace placcd In front of It.

AID P - 1625
Subject USSR/Engineering
Card 1/1 Pub. 29 - 7/23
Authors Petrov, V. A., Eng., Turkin, A. N., Eng. and
Shatalov, V. A., Eng.
Title : Adaptation of stoker with a pocking plank to the
locomobile boiler
Periodical : Energetik, 1, 15-16, Ja 1955
Abstract : At a Northern railroad junction, the electric power plant
with the Erste-Brunner 395 HP stationary locomobile
was transferred from burning firewood to coal. The
authors describe the technique of adaptation and the coal
stoker with a movable pocking plank, illustrating with
3 diagrams. This outfit has been in operation since 1953.
Institution: None
Submitted No date

Z4 R~-j
P%TROV, V i~zhener; TURKIN, A.K., inahener; SHATALOV, V.A., inzhener.
Using a mechanical furnace with a poker rod under a locomobile boiler.
Rhergetik 3 no-1:15-16 Ja 155. (MLRA 7:12)
(Steam boilers)

OVCHININSKIr, Nikolay Vladimirovichj _T_UR_KIN,_Ajokgandr Vladimirovich;
KOROBOV. Lev Nikolayevich; LYUDOGOVSKIY, G.I., kand.
nauk,, otv. red.; PEVZM, G.Te.j red. izd-va; SIYMA, G., tekhn.
red.
(Expansion of f f ous metallurgy in the central regions of the
U.S.S.R*; importance for the national economy of the industrial
utilization of the Kursk Magnetic Anoma3y] Voprosy razvitiia chernoi
metallurgii. v tsentralInykh raionakh SSSR; narodnokhoziaistvonnoe
znachenie promyshlennogo osvoeniia Kurskoi magnitnoi anomalii. Mo-
skva., Izd-vo Akad. nauk SSSR, 1961. 137 p. (MIRA 14:9)
(Kursk Magnetic Almoms4-Iron ikines and mining)
(Metallurgical plants)

I ~ I . -'i_ -4 , t
, , o~;_ - , 1, , '. " w~~ -- j:! -~, . - ~, Y~- ~ -.1
OVCHININSKIr. N.V.j TURKIN, LV,
Iron-are baBe of the ferroau wetalltwgy of the northwstarr,
UaSaSaRe Probo Sev, no.5.-)1+6-152 163# (MIRA 16; 1.1)
1. Sovet Po izuohenira proizvoditelinykh oil pri Gosplane
SSSR.

74BRODINO U.10, kand. tekhn. nauk; TURKU, B.P.
Determining the n nt of potassiuip chloride In mother liounro by
moans of natural" ~-flcttvitv of 1'~O. Xhim. nauka I prnm. 3 no.11
104-108 t58. (MIRA 11:3)
(Potassium chloride) (Potassium--Isotopes)

TURKIN, B, V.
Measuring the backlaab of reducing gears. Ism. tekb'. no.10:12
0 162, (MIRA 15:10)
(Gearing-Measurement)

GJSASIMOV. K.A., reteenzent; DUGINA. N.A.,
~t a kw h ft i ~ ~ e ~sekjc ivy ~rekitor
[Repair and adjustment of measuring instruments: the experience of
a machinist-adjuster] Remont i iustirovka Ismeritelli7kh priborov;
iz opyta mokhanika-lustirovshchike. Moskva, Goo. nauchno-tekhn.
izd-vo mashinostroit. lit-ry. 1956. 99 p. (KEBA 10:1)
(Weighing-machines)

137-1957-H-23694
Translation from: Referativnyy zhurnal, Metallurgiva, 1957, Nr 12, p 123 (USSR)
AOTHOR: Turkin, D. S.
TITLE: n the Advisability of the Construction of a Wide Flange Beam Mill
(0 tselesoobraznosti postroyki shirokopolochnogo balochnogo stana)
PERIODICAL: V sb.: Rats ionalizatsiya profiley prokata, Moscow, Profizdat,
1956, p 166
ABSTRACT: According to the computations of the TsKBMM of TsNIlTMASh, the
demand for wide-flange beams in the USSR during 1955 was of the
order of 500-600 thousand tons. If the mill (M) planned by the Uralmash-
zavod is installed by 1960, it will be workirig, at full capacity. Vork
was performed on a special 0XpatIMMtal M to determine the techno-
logical parameters for a constructive development of mill units. It
was found that the specific pressure of the metal on the rolls is
smaller on the side of the profile web than on the side of the flanges.
The data obtained were utilized by the designers in the planning of a
universal beam M. The equipment for the M is partly ready. Cal-
culations indicate that a wide-flange M may be replaced by several
Card 1/2 rail beam M's, but that they would be less advantageous because

J37-1957-12-23694
On the Advisability of the Construction (cont. )
of the cost and weight of the equipment. For an earlier report, see
RZhMet, 1957, Nr 10, 19051.
P.G.
1. Rol-ling mill -Construction planning
Card 2/2

SOV/ 137-57-10- 19051
T'ranslation from- Referativnyy zhurnal, Metallurgiya, 1957, Nr 10, p 89 (USSR",
AUTHORS- Turkin, Q rapov, M.M.
TITLE: Wide-flanged Beam Production Methods (Tekhnologiya proil-
vodstva shirokopolochn~kh balok)
PERIODICAL. V sb.: Prokatn_ stany Nr 8, Moscow, Mashgiz, 1956, pp
77-86
ABSTRACT- The rail-and- structural mill wi-ch a universal stand (US)
installed at one of the plants in the South of the USSR to roll
wide-flanged beams (WB) consists of 2 lines: The first is a
reversing two-high 900-mm breakdown stand; the second, for
finishing, consists of 3 stands: Two three-high 850-mm
stands and one special universal 4-roll stand with 2 driving
horizontal and 2 driven vertical rolls, the axes of which lie in
a ,'ertical plane. The slope of the inside edges of the
beam flanges is 6%. To roll WB, an ingot heated in a soaking
pit is rolled on a blooming into a 250x3OO-mm billet, which is
then delivered to the 900 mill without further heating, whence
the shaped billet goes to the first stand of the 800 mill, where-
Card 1/3 -,j pon after 3 passes it goes to the second stand of the 800 mill

SOV/ 137-57-10--19051
Wide -flanged Bearn Production IMethods
(one pass'! and then to the US. A single pass is made in the latter, where-
upon the fmished beam is delivered by table to the hot saws. A specialized
tonnage universal mill consisting of a 1475-mm blooming, 3 US, and two
auxiliary two-high stands, the whole arranged in 3 consecutive lines, namely,
roughing, intermediate, and finishing, is now in the process of design and
manufacture for the purpose of rolling WB from 200 to 1000 mm high and
with parallel flanges. The roughing and intermediate lines have two working
stands each, viz., one universal and one auxiliary. The finishing line con-
sists of a single US. The universal stands have horizontal 1350-mm diarn
driving rolls and 1100-mm driven vertical rolls. The weight of the equip-
ment of the mill as a whole, together with tile equipment for finishing the
beams, is > 20, 000 t; the power of the main drives is --- 40, 000 hp. A de-
scription is presented of the process developed by T5NllTMASh for the roll-
ing of WB up to 650 mm high from ingots weighing 6-22 t. The rough shape
of the beam is produced in 19 to 37 passes on the blooming. After the ends
have been cut off, the beam section is rolled in the roughing line of the mill
for 7- 15 passes, including the auxiliary stand. The strip is then rolled on
the intermediate line, where an auxiliary stand is mounted past the US. The
strip then goes to the finishing line, where the beam flanges are given their
vertical position in a single pass. The resulting beam undergoes hot
Card 2/3

SOV/137-57 - 10- 19051
Wide-flanged Beam Production Methods
straightening, is cut on the saw, cooled in the cooler, straightened on a roll
leveler or in a horizontal straightening press arid, when necessary, is ctit
into lengths of 6 m or more on cold saws. Expressions to assist in deter-
mining the dimensions of the starting billet for the rough beam and for calcu-
lating the pass grooves are presented.
V. Zh.
Card 3 /3

"Manufacturing Processes for Wide-Flange Shapes., "WRolling !-Ullp;
Studies, Calculation, Design and Ojoeration, No. 8, Moscow, MashEizi,
195K-, 258 P-
Articles by Turkin, D.S.; Pobedin, I. S.: Khrapov, M. M.; Korolev, A. A.,
and Baranov, N. M. elaborate on some basic characteristics in rol'Lin.f,
wide-flange shapes in experimental rolling mills. These problems are of
timely interest in connection with the construction by the UZTM of mills
for rolling wide-flange shapes (up to 1000 mm).

-r-L') X, J~ ikl ) 1~ -5
TURKIV, D.S., inzhener; KHWOV, M.I.I.. kqndidat teklinicheskikh apuk.
Technolog,v of vide-flanged beam production. (1-Trudyl TISSIlTMASH
no.83:77-86 156. (MI-HA 10:9)
(Rolling (Metalwork)) (Steel, Structural)

L 46i63-65 EWT(M)/EPA(w)-2/EWA(m)-2 Pt-7/Pab-10 IJP(c) OS
IACCESSIOIJ 11R- AT5007930 B/0000/64/000/000/0420/0424
L
$11
AUMOR: Va.11ter, A. K.; Grishayevp 1. S.- Yeremenko, Ye. V.; Xondratenko, V. V.
Ze leno,k,,g. A.; Xuznetsov, G. F.; Levin, V. M.; Halyshev. 1. E,; Rumy-antM.-
I 5Zc1cno
emnav, A. M.; t_u_rWinF. F.; -Khokhlov. V. K.
TITLE: Linear travelinp-wave accelerator of electrons with output energy 2 Gov
iSOURCE: International Conference on High Energy Accelerators. Dubna. 1963.
.Trudy. hoscow, Atomizdat, 1964, 420-424
TOPIC TAGS: high energy accelerator, traveling wave electron accelerator, klystron
ABSTRACT: The accelerator consists of an injector and 49 accelerating sections as
1
4.5 meters long. The accelerator oporatos with a traveling 1/2%-wav .a with constant
lphase velocity equal to the velocity of light o and group velocity equal to 0.040.
IThe operati*ng frequency of the accelerator is 2797 me for a temperature of the ac-
celerating section equal to 370C. The enei?gy of the accelerated electron beam is
Gev, the mean current is 1.2 liamp for a tranomiasion fxMquency of 50 time per
econd and duration of,the high-frequency pulse of Ts 2 m3ec. The high-frequancy
lower supply for each sectio'n is independent of the klyatron amplifier. The excL-
[Card X/3

L 4616:3-65
1ACCXSSIOH HR: AT5007930
itation of the klyntrohs is carried out from a comwn wave-guide line, which In
supplied from a 4igh power klystron excited by a regulated master oscillator. The
Agroup velocity of the electromagnetic wave in the excitation line is equal to about
0.805 c. The constant phase of the electromagnetic wave at klystron output is
maintained by a phasing system with an accuracy of AO= 120. The accelerating sec-
tions are installed in a special bun .ker which has a concrete wall-like shield and
is covered on top by sectional reinforced-corcrata slabs. The output installation-
to shielded by a special onrthen enclosure covered by reinforced-concrete slabs.
Purification of the beam from harmful ndmixturos Is carried out by mans of a mag-
netic parallel transfer system and magnetic separators. The present report dis-
cusses the parameters of the main units, such as: the Injector, the vacuum system
;(2-10~6 mm/Hg), the accelerator's high-frequency pulsed power supply, the output
Anstallation, the formation and mea surement of the beam, the control of the accele-
rator. It is planned to store the eleatrons and positrons-uhich are obtained by
I the prvaent accelerator In a suitable ring, but experience mat first be gained
1with small Storage rings and colliding ~eamo , under study at the Physlco~t4chnlcsl
iinstitute., Acado7. of Sciences Ukrainian SSR. The present accelerator was con-
i otructea in 'ncipl4 of uniform structures but not constant
told. The entire adjustment phase of the la.rgo accelerator's operation is.carried
~~d 2/3
~
4

L h6lo3-65
ACCESSIM HR:. AT5007930
:out by means of one injector. "The design and parameters of the one Injector was
the concern of V. A. Vishnyakov and associates." Orig. art. has: 5 figures, I
table.
ASSOCIATION: FizIko-tekhnicheBkiy institut AN UkrSSR (physico-technicai Institute,
UkrSSF.); Hauchno-isoledovateliskiy institut eicktro-fizicheakoy apparatury imeni
D. V. Yefremova GKAE SSSR (Scientific-research Institute of Electro-Physical Equip-
imANent GM SSSR)
,SUBMITTED: 26Hay64 ENCLt 00 - SUB COM NP
NO REF SOY: 000 07HER: 00
Card. 3/~

YC
4 12 ;17 A w.-2/EWT(zL)/ZWA(x)-Z Pt-7/Pab-10- 1JP(c) GS
C
I
E SIOH NRi ATSG07932 S/0000/64/000/0VO/0435/0"?
- YalLtarA, S ; I
AUTHOR. _K,; Grishavay, 1. Desjygnlq~ Zykov, A. 1.1 4
Leytlenok, G. A.; Ma1X.!!hSyL I -__F-_, Khokhlov, V. K. ; Kakhnenko. L. A.
TT'r1X.- Linear- traveling-wave alactr Ith 360-Mov output energy
iSOURCE: International Conference on Hi&h
_-Knorly-Accalaratom D(ibna. 1963.
Tridy. Hi~;,cow, Atomizdat, 1964, lk35-439
ITOPIC.TACZ: high energy accelerator, travelt .ng wave electmn accelerator, injector'
iwaveguide
1ABSTRACT: One of the stages in the development, at Khar1kov, of the linear elect]
!accelerators was the construction of a 360-Rev accelerator, with accelerating track
di-,rided into 11 sections consisting of a short Injector and 10 sections 4.5 meters
cich. During colliding beam experiments the sixth section is absent, in its place
~being the magnets of the Injecting devices of the storage rings. The electron In-
Jector and the accelerating sections are located In a concrete bunker. Klystrons
-with nominal power of 20 Mv In the pulse are used for the high-frequency power
supply. Capacitive energy etorers are used In the klyetron modulators with hydro-
Card 1/3

ACCE;SIO11 NP: AT5007932
Con pulro thyratron switching. A generator-amplifier having metal-ceramic triodes
:with quartz frequency stabilization of the master circuit Is used for excitation
lof the klystrons. The generator signal is amplified by a separate klystron and is
'propagated along waveguide transmission lines by the accelerator, entering Into the
lklystrons of the above-mentioned injector and ton accelerating sections. The power
!at the output of the accelerating sections is absorbed in carborundum chargers.
IThe vacuum in the accelerator and In the high power wavegulde lines is attained by
imeans of ion-abrorption pumps, which are set up at the Inputs of the sections and
near the vacuum-separator cones. Ridding the electron beam of secondary products
,and focusing at the target are carried out with two reversible magnets and f ve
Iquadrupole lenses. A transformer complex and direct-current sources are used for
the system's regulated power supply. The high-frequency power supply system, which
consists of klystron amplifiers, waveguide and co-axial transmission lines, and
automatic phasing system, and also the control, locki ngv and signal panels are
placed in a special room. The rated accelerator parameters are: 360-Xev electron
energy at spectrum maximum, 5% half-width of ene 'rgy spectrum AW/W; 1 pamp full ac-
celeration current at output of parallel-transfer system (mean) for .5% balf-vidth
and H= 50/sec; 0.2 cm beam diameter at o,)tput of parallel-transfer system; 1.5 peso
current pulse; frequency (number par secind 8) of hunchea of current.pulass ~ 30s
Card 2/3

IL 45257-65
ACCESSION NR: AT5007932
25, 12.5, 6.25, 3.125, 1, and a single absence. (Note. The half-width is the
width of the energy spectrum at a level half tho current maximum.) The design and
!
!construction of the electron injector and the remaining parameters of the accelerat-A
ed bcain wer-- discussed by Y_b~.Vjphn ov et al. (same conference p. 440). The
D-,~-vif report discusses matters relating to the adjuatment ef the accelerator: thd
olectrodynamic and loaded characteristics, the accuracy of construction of
7,the sectLons, their resonance frequencies,. group velocity and dampingi shunt resist]
:anct- and partial power of the principal accelerating harmonic. orig.: art. has: 6
! fignres.
etASSCCIATION: Fiziko-tekhnicheakiy institut AN UkrSSR (Physico-technical Institute
oy apparatury
,_~LI_E,LS~~_p~auchno-isaledovatallskiy institut elektro-fiziche n
iD. V. Yefromova. GKAE SSSR (Scientific-Re search Institute of ElectrophysidaI. F4uiv-
t GKAE aS_qRJ)
ISUBMITTED: 26Hay64 ENCLi 00 S.UB CODE: EE, NP
No REF SM 000 OTHERs 000
3/3

ACCESSION NR: AP5021V5 UR/0362/65/OM
535.242.2.o551.591
AUTHORS: Georgiyevskiy, Yu. S.; Dianov4aokovp V. I ; Turkin G.
TITLE: A logarithmic photometer with compensation of the disturbances from 0
turbulent fluctuations of the 1Uht beam Ile,
SOURCE: AN SSSR. Izvestiya. Fizika atmosfery JL okeana, v. 1. no. 8, 1965, 88G-M!
TOPIC TAGS: photometry., transmission spectrum, turbulence effect,, automatic
regulation / DMR 4 monochromators logarithnic diode
'D
ABSTRAM A reliable and simple logarithmic photometJ is so designed that it
automatically compensates for turbulent fluctuations arising as a light beam
travels along the measurement path. The atmospheric transmission spectrum is
measured by UD,, the logarithmic ratio of the intensity of the light beam travel-
ing the measurement path (Il)'to the light beam which serves to compensate for
internal va"riations 'of the instrument (IN). Th6 external turbulent fluctuation
is compensated for by adding a thin quartz vafer (KP2 in Fig. 1 on the Enclosure)
,which directs a part of the beam alqng the "fluctuation path.0 The logarithmic
diode (P~2) which serves as a load for the photometer is identical two the
C.nrd 171

-L 3581-66 -------
ACCESSION NRt AP5021875
logarithmic diode (1~) in the sigml,path. Both diodes produce pulse voltages,
the difference between which in obtained fr-om the difference urit (V). Toots at
7620 A using a DHR = 4 double priaiii rmnochiomator having a resolution of
1 30 indicated that the noise~was reduced by a factor of 8. The authors thank
G. V. Rozenberg for his suggestions-as to the theory of the opomtion of tha
compennating 0tNnd S, V, Ovehinnikova foy her assistance In tooting,* Orig.
art. hass 3 figures And 4 formulae.., '/I, t;
ASSOCIATIONs Akademiya nauk SM. T~nstitut fiziki atmosfery (Atmosphake Physics
Institute,, AcademW of Sciences SM)
SUBMITTED; MarO ENCLS 01 SUB COLE: EC, ES
HO PMF SOV: 004 OTHIM t 000
Card- 2/3
F TMI, m

,--.--m
1
I
I .
1.
I . I
,I I
I?- I I
, I

T, '3'4~57-~65 P,,,5/?1-4 GW
A=SSION NP4 "5007600 810362165100110011011410118
AM1014 /Bozhlyev. K. I;?(Deceased); Driving, A. Ys.; MAlkov, 1. V ; Mikhaylin.
H ;'Rozenberg, 0. V.; Turkin G. 6. 3~
TX s: Field-type opectirophotographic goniometer 3
SOURGE: AN SSSR. XzvestLya. Fizika atmoofery L okeana, v. 1, no. 1, 1965A
114-118
7~"~Ic 'logs: goniometer, apectrophotographic goniometer, diffraction spectrometer,!
optics. atmospheric physics* Gc,3ttcr.'ni, matrix, atmospheric polAriza-
ttca' arow reflectivity
'7
5TT.%I;7; A ern,:1-rophotographic go-.Ar-ritnr built at tha Zvenigorodyk scientific
r'-7.-I ur,':ir 0. V. ro;~cnzbrr and fcaturl-; a hish measurement rate is described.
'It In arourA tho IVS-14 (ILL'r':--ioU photoelectric spectrometer. which
in in d-.tail. Proviat-,n ~r-L the use of two light receivers facilitates
Test operation shows that despite i
itv 1'u.*:^"_n'-~-1' t-A3 convenient and reliable and makes
o' it1w),is e.g., it has been used to Wasure the
angular and op,~t-.%ral ol variqua components of the scattering matrix
Card,112

L A957-65
ACCESSION NRI' AP5007600.
of atmospheric aii under various meteorological conditions, to measure the spectra
and polarization of the daytime and twilight sky, and to study the spectral and
angular dependence of the reflective power of snow* Orig. art. hanj 5 figures.
ASSOCIATION$' Inatitut fix1kL atmoofery, Akademiya nauk SSSR (A
inatLtSIte, kg�dem~ of sciences, SSSR)
Str
27Apr64 ENCLI 00 SUB CODE: OP, 95
NO REF SOVI 2003 OTHER$ 000
Cord 2

TURKTN) 1.
Important sm-rce of e!~onomiy. Grazhd, a7. 19 no.6:18_19 Te IE2.
- I
1F;6':'

TURKIN, 1.
--------------
Production is the urgent objective. Grazhd.av. 20 no.2ilO-U F 163.
(MIRA 16:3)
1, Sekretarl'TSentral2nogo komiteta professionallnogo soyuza rabotnikov
aviatsii.
(Leronautics, Commercial)

TURKIM, T.
------------
Work with a creative outlook. Grashd. av. 21 no.6:6-7 JE., 16-4.
(RIPA .17:8),
1. Sekretarl TSentrallnogo komiteta professionallnogo soyuza
aviarabotnikov SSSR.

85821
S/Q84/60/0(.X)/010/006/0C;
10-953o A153/Ao26
AUTHOR: Turkin, I.
TITLE: The Advantage of Thrust Reversing
PERIODICAL-, Grazhdanskaya aviatsiya, 1960, No. 10, pp. 21-22
TEXT. Noting that Tu-104 turboprop aircraft have a high load per m2 of
wing area and, therefore, a high landing speed and a long landing run, the
author stresses the necessity for finding a solution to this problem, now that
this'type of aircraft is expected to handle 40 % of air traffic on Soviet air
routes by 1965. In this connection It is most desirable to provide turboprop
aircraft with reversible thrust units, such as have already been tested and
approved abroad. The author enumerates a number of advantages provided by such
reversible thrust (2-3 times shorter landing run, lesser strain on pilots dur-
ing the process of landing, wider possibilities of landing on wet or icy run-
ways, much shorter runways, Improved regularity of flights, longer service life
of wheel tires, greater safety, lesser fuel consumption on the ground due to
shorter taxying, etc.), and shows how thrust reversal would reduce aircraft
operating costs and increase operational efficiency.
Card 1/1

TURKIII, I.
A4vantagea of the reversing of thrust. Grazhd.av. 17 no.10;21-22
0 160. (mm 13:9)
(Airplaueo-Jet propulsion)

TURKIN, ~.
--*- --'--ifannIng and accounting1or labor productivity. Grazhd.av. 18 no-5:
.20-21 My ?61. (MIRA 14-5)
(Aeronautics, Commercial-Labor productivity)

32(l) S7OV/034-59-10-27/53
AUTHOR: Turkin, I.
TITLE: To Every Subunit - Highly-Skilled Personnel
PERIODICAL: Grazhdanskaya aviatsiya, 1959, Nr 10, pp 21-23 (USSR)
ABSTRACT: The author deals with problems in training skilled
aviation personnel, listing a series of accomplish-
ments and deficiencies. The term of study at avia-
tion schools has been increased. About 6,000 avia-
tion workers are at special correspondence schools of
medium and higher levels. Over 600 highly-educated
aviation specialists started active work in 1958.
The newly opened Vyssheye aviatsionnoye uchilishche
GVF (Higher Aviation School of GVF) has graduated
its first class. Very good work is being done by
the clubs at the Khar1kov, Novosibirsk, Alma-Ata,
Aktyubinsk, Baku, Khabarovsk and Vnukovo airports.
At the Vnukovo airport, the educational needs are
served by an evening school of working youth, branch
offices of the Kiyevskiy zaochnyy iustitut (Kiyev
Card 1/2 Correspondence Course Institute), branches of special

To Every Subunit - Highly-Skilled Personnel SOV/84-59-10-27/53
secondary schools of GVF, a university of I'Aar-ksism-
Leninism, a school of economics, a theoretical semi-
nar for leading personnel and a universit-y of culture.
The LERM of Vnukovo airport is outstanding in its
conduct of educational affairs, One third of the
engineers and technicians of the communications ser-
vice of the airport at Bykovo, directed by Rudnev,
study at Vuzes and special technical schools. How-
ever, in the subunit commanded by Golenishchenko, in
the Magadan air group, in the Yakutsk air group and
in the Krasnoyarsk airport, education is being neg-
lected. The author states that by 1965 only turbo-
prop and turbojets (Tu-114, Tu-104A, Tu--104B, Il-18,
An-10 and other aircraft) will be used on Soviet and
international r6utes.
Card 2/2

Advantages of the reversed run of jet engines. Letecky obzor 5 no-1:
21 161.

MeetIngs bpvono the border. firazhd. av. 21 no.ll-!8-9 N 164.
( MIRA
1. Zaveduyushch4y kblIturno-massovym otdelom Vsesoy-uzncgo
I'sentrallnogo soveta professlonallnykh soy-uzov.

(1 )/T IJP(c) AT
FACC NRs AP6028919
SOURCE CODE: UR/0233/66/000/001/0085/0089
AUTHOR: Pashayev, A. M.;,Iglitsyn, M. I.; Turkin, I. N.
ORG: none
TITLE: Instruments for the measurement of the jretsajisjtjXW of strongly doped
semiconductors I V0
SOURCE: AN AzerbSSR. Izvestiya. Seriya fizko-tekhnicheskikh i matematicheakikh nauk,
no. 1, 1966, 85-89
TOPIC TAGS: semiconductor conductivity, resistivity, silicon semiconductor, germaniu
semiconductor, electric measurement, Q factor
ABSTRACT: The operation of the described instruments is based on recording the chang
in Q of a tank circuit when the semiconductor sample is introduced into the field of
a pickup. The eddy current induced in the sample change the Q of the high-frequency
pickup, thereby introducing additional loss In the tank circuit. The change in the'.
electr-ic parameters of the pickups, which are fed with hf current, depends at a given
frequency on the geometric dimensions ana conductivity of the sample in the pickup
field, and on the relative positions of the pickup and sample. The measurements wet-e

ACC NR: AP6028919 01
made on strongly doped silicon and germanium having resistivities In the range 0.0001
-- 10 ohm-cm. Two types of pickup*, an inductance with brass core, and a torroidal in
ductance with ferrite core and air gap, were used to cover this resistivity range..
The sample position relative to the coil was adjusted and fixed with a micromanipu-
lator. The construction of the pickups and the diagrams and characteristics of the
measuring circuits are given. Methods of confining the hf field to a narrow region
in space and thus Increasing the resolution of the measuring apparatus are described.
A test of the effect of the surface finish on the measuring accuracy showed that some
grinding or polishing of the sample is necessary for the results to be reproducible,
but the degree of surface polish is not critical. The same calibration curves can be
used for both silicon and germanium, in view of the equality of their permeabilities.
Orig. art. has: 7 figures and 2 tables. (02]
suB com o9, 14/ SUBM DATE: Wne/ ORIG REF: 001/ OTH RW: 001/

TURKIN, K. D.
"Calculation of the Strength and Stability of Shells.u Sub 3 Dec 51, 14flit~,ry
Aeronautical Engineering Academy imeni Prof N. Ye. Zhukovskiy
Dissertations presented for science and engineering deereeo in Moscow durint- 1951.
SO: Sum. No. 480, 9 May 55

TURKINP K.D., kand.tekhn.nauk, dotsent (Moskva)
Calculating a cylindrical shell with a constant cross-section
contour under the action of an arbitrary loading. Rasch.prostr.-
konstr. no.7:101-3-18 162. . (MIRA 15:4)
(Roofs, Shell)

TURKIN, L,, gvsrdii podpolkovnik; PALKOV, V., kapitan
Remote control of medium-size radio stations. Voea. sviaz. 16
no. 6:40-41 Je 158. (MIRA 11.7)
(Radio, Military)
(Remote control)

NATALENKO, -V., master sporta (Leningrad);-TURKIN, N.,, master sporta
(Leningrad)
Model, cord, control. Kryl. rod. 15 no.1:28-30 Ja 161,.
(MIRA 17:2)
U,

TURKIN.-N,--mster sporta., chempion SSSR
Word of a champion. -Kryl.rod. 12 no.3:28-30 Mr 161.
(HPA U: 6
(Airplanes-Models)
----7777777=

AUTHOR: Turkin, n.G., Engineer 110-4-10/25
TITIE: Television Camera Cables (Televizionnyye kamernyye kabeli)
PERIODICAL: Vestnik Lrlektropromyshlennosti, 1958, No.- 4,
pp. 30 - 33 OSSR).'
ABSTRACT: Cables for ielevision cameras must be flexible, mut not
give rise to excessive damping, must have a given wave-impedance
and must not be too thick. Soviet television cables contain
three coaxial pairs with a wave-impedance of 50 Q and 21 or 28
other cores. Cables are divided into two classes according to
operating temperature. Those for temperatures between + 50 and
- 25 0 are insulated with polythene and those for temperatures
down to - 40 C with special high-frequency rubber. Polythene is
used wherever possible because of its low losses, but it becomes
very brittle at low temperatures. The internal construction of
the cable is described and illustrated in Fig.l. The main elec-
trical characteristics of the various grades of cable are tabu-
lated. The damping factor of coaxial pairs with rubber insulation
is about twice that of those with polythene insulation. However,
this is not very important because cables are rarely longer than
200 m and the actual amount of damping is not very great.
Mechanical and hermetic tests on the cable are described. In
Cardl/2 conclusion, the article gives information about an English

Television Camera Cables
110-4-10/25
television camera cabie comprising three co-axial pairs, with
a wave-impedance of ?5 *1 and 30 other cores: the external
diameter is about 21 MM. A CrUbS-section through this cable is
shown schematically in Fig.2. In opcration, the English cable
is of lower quality than the Soviet in --espect of resistance to
frost, resistance to repeated bending at normal temperature,
mechanical strength and life. There are 2 figures, ltable.
ASSOCIATION: Sevkabel' Works (Zavod "Sevkabell")
SUBMITTED: February 25, 195?
AVAILABLE: Library of Oongress
Card 2/2

TMINg N.G., inzh.
Tolevislon camrs cables$' Test, olektroprom, 29 noo-430.33 Ap 158,
(KM lls4)
16 Zavod 03eykaboll"
(41ovision-Iquipment and supplies)

TTMEMI, N. I.: Master 246d sci (dins) -- "no pcychoprcl-p~~ylaxlr of pqln
birth, and the dynanics Of birth". Ivanovo, 1959. 12 DIP (Ivanovo State %jod
!net), 200 copins (TCL, ITO 18) 1959) 129)

idRiVNIOV, A.L.: OHAYL&UYAN, M.Kh.; FAVLINOVA, 0,A.; TMKINA, H.V.;
BROVOMMO, M. I.
Trauslocation of sugars in grafted plants [with summary in English].
Fiziol. rast, 5 no.1:3-15 JA-F 158. (MIRA 11:1)
It Institut fiziologii raetedy im. K.A. Timiryazeya AN SSSR, Moskva.
(Plants, Motion of fluids in) (Grafting) (Sugars)

CHISTYAKOV. M.N., marshal artillerii, redaktor; NIKIFOROV, N.N., polkovnik;
inzhoner-polkovnik; ZMRKBTSOV. A.A., polkovnik;
GALIYMO, S.G., gvardii polkoynik.
(Artillery] Artilleriia. [5.izd.,perer.i dop.] Moskva, Voen.izd-vo,
1953. 479 p. (MLRA 7:3)
(Artillery)

NlYif-CRU, X. Col; STOL&SHINSKIY, A. CGL: KIYAKONCV, V. M!~T 6EN.
AuAhors of the book "Kure Artillerii" (Artillery Course)
Soviet Source; N: Krasna Zvezda, No. 96(7931)
Abstracted in USAF "Treasure Island", on file in Library of Congress, Air Informatioh'
Division, Report No. 21260
I
;2
Ki

TURKIN, P.P.;YASNITSKLYA, T.A.
True retention of the placenta. Akush. Z" ao.2:72 Mar-Apr 1953.
(CLML 24:3)

T-URKI-h, laSNiTSIAU, T.A.
True adhesion of the placenta. Akush.i gin. no.2:72 Kr-Ap '53. (HLBA 6.'5)
(Placenta-Diveases)

TLTMN, P.S.
UISSR/Engineer-Ing - Welding, Equipment Dec 51
"Electrodes for Building Up of Dies by Welding,"
P. S. Turkin, Engr, Bezhitsa Inst of Transport
Mach Bldg
V.
"A,rtogen Delo" No 12, PP 13-16
Analyzes causes for porosity in velded-on metal
due to introducing graphite into electrode coat-
ing for purpose of alloying metal of weld with
carbon. Develops electrodes winich permits ob-
taining built-up metal corresponding to compn of
steel 5 W.M (chromium-manganese-molbydentup stce'i,
with 0-50'~f C).
200T-12

TURKINP P.S., kand. tekhn. nauk
Automatic hard facing under flux of high chromium steel
with a powder strip eilectrode. Svar. proizv. no.11:13-15
N163. (MIRA 17:5)
1. Bryanskiy institut transportnogo mashinostroyeniya.

NEDZVETSKIY, G.V.J. kand.tekhn.nauk; TURKIN, P,IS., kand.teRhn.nauk
Studying the welding of 09M low-alloy us&d in ca-- --,z-
facture. Trudy BITM no.21-.106-121 161,
(MJRA 1838)

'"M KiN) P. S.
TURKIN) P. S. "Calibrated Electrodes for Adjusting Press bles."
Min 111rher Education Ukrainian SSR. Klev Order of
Lenin Polytechnic Inst. Kiev, 1956. (Dissertation
for the Degree of Candidate in,,Sciences)
TEMICAL
So: Knizhnava I.,--topis', No. 17, 1956

L 15491-63 EVF'k k) IAE~ (q) /tIT W ATS AFFTCASID Ff-4 JD / HY
ACCEWION ZiRs AR3003751 3/0137/63/C-OD/005/-TCr2o/.7,020
SOURCEt RZh* Hetallurgiyal Abs*5=0
AUTHUb Turkint Pe So
TLE; -on metal during electric are welding
T
I he alloying of fused
CITED SOURCE: Tr. Bryanskogd in-ta transp, mashinestrov vy*p. 19, 19612 271-281
TOPIC TAGSt alloying, am welding, coating weight, welding
he of
TRANSLATION: The mechanism of the alloying.of fused Me through t -S "tL
the electrode and through the rod in the case of manual are we2ding was in-
vestigated. The investigiition was conducted as applied to electrodes with rods
of Cb.08 virejCcording to GOST 2246-58o The alloying portion ot the coating
remained unchanaed in all cases and had the following compo3it-ion (in % by
weight); Fe-Cr 16-5, Fe-1-h )6.8, Fe-5i 16-5, Fe-Mo 5.7, C 24.5. The slag-
forvitag portion of the coating consisted of marble and teld.-par in a 1:1 ratio.
The relationship betweenthe slag-formling and a-1loying pertions in the coating
was estimated by the slag-forming coefficient k. The following conclusions
Card 1/2

L 15491-63
ACCES$10N Iat AR3003731
re clray,.,r-. I.: In the case of a coefficient of coating weight less than 9.60,
w
e
the a2loyLng of Me proceeds entirely on the end of the electrode,at the mmant
of drop formation, In the case of maaller valnes of the coefficient of the
Ccating 'voight, oxidation of the allpyirZ elements occurs when He is transferred
from the olectrodle and during its atay in the bath, and tho transfer of alloying-
elements to tho fusion is smaller than in the drop on the end of the 0100tro10.
In the: case of a coating weight coefficient)- 0.60, the alloying of Me on account
of the coating continues during the contact of 2,11o and the slag in the bath.
2. I-l'ith respect.to completeness of alloying of Me on the eTA of the electrode
and a quantitative estimation of the transfor of alloying elements fro,,.,i the
coating, electrodes witlh a coating weight coefficient in the range 0.5-0.8 are
most expedionto ). The transfer of alloying elements is substantially
influenced by the amount of slag-forming materials in the coating. According
to a quvi-ititative estimate of the transfer of alloying elements an6 the complete
ss of allo3ring of Ne during the process of drop formation in the case of
ne
avora-3 do-roes of alloying, coatings ,rith k--2.5-3.7 aro most expedient. In
the ca"se of~ high f;ontonts of the alloying ag ~'he fusion, combiued alloying
through the riad and the coating with k-CI~O is advioable, 4. With respect to
effeevIveness of utilization of the e-110 ng agents when their content in the
fusikin i all; it is advisable to pergoirm the alloying
through a rod,
pi U'A'kova.
D
2r ACQ. 21 Jun 63
2, SUB CODE: I EITCLg 00
S-

----.7VRKIN,--FAS~,x-jq&nd. tekhn.nau
Calculating the composition and the weight ratio of an
alloying electrode coatinge Staroproizve no*12:26-28
D 165. (MA 18:12)
1. Bryanskly institut transportnogo mashinostroyenlya.

GOLIDENBLAT, I., doktor tokhn.nauk; TALI, K., kand.tekchn.nauk;
BULGAKOV, V., kand.takhn.nauk; BORISHAUSKIY, M., kand.tokhn
nauk; VASILIYEV, A., kand.tekbn.nauk- TURXIN V. kand.tokhn.
nauk.; IMIROVSKIY. Ya., kand.tekchn.ndifilq I-UJ.4RICHZV, T.,
kand.tekhn.nauk.
Rude attempt to misAppropriate acbievenente.of the Soviet
art of building. Stroi.prom. 27 no.10:18-19 0 149.
(MIP-h 13:2)
(Reinforcod concrete construction)
(Strains and stresses)

TIJVYlN %. Inzh.; SYUMKIN, A., inzh.-, KLEPFER, G,, in*.h,
,%me problems of acnetructirin practice in Chelyabinsk. Zhil~
strr)i. no.10glC-11 165. M-Ir RA 18 11
um

815OP3
OP /-Z'2 0 801/137-59-5-10745
Translation from: Referativnyy zhurnal, Metallurglya, 1959, Nr 5, P 183 (USSR)
AUTHOM TUrkin, V,,D., Kushnikova, L,K.
_YA
TITLEt Investigation Into Alloys of the, q2p2er-Manganes -Silicon Sysf.ern
PMODICAL6, Sb. nauchn. tr. Nauchno-tekhn. o-vo tsvotn,, metalItirg.11, Mo-9k.
in-t tsvetri.-met. I zolota. 1958, Nr 29, pp 18 - 25
ABSTRACT: The authors Investigated Cu alloys with 1 - 12% Mn and 1 - 4% St.
At 7300 - 7500C the Cu alloys were suitable for forgings, Iso-
thervic and polythermic cross section.3 of structural diagrain-9
were plotted. Two phases were revaaled: the 0~ solid solution
of Mn and Si In Cu and the P -phase (possibly Mncj&-~), Part of
the Cu alloys, quench-haa~dened 'at 9000C, had a li-quia phase. Alt
was established -that the solubility of Ma and Si changed shaarply
with changing temperatures. As a result of investigations Cu
alloys were selected adopting a high h&r&.ess after quench-
Card 1/2 hardening at 8000C and tempering at. 400"C. In. tpench-hardened