SCIENTIFIC ABSTRACT STROKOV, V.I. - STROM, S.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653610002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 20427-66
ACC NR: AT:6006230
Fig. 1. Resonance circuit
isothermal contour registering
device: 1 - sensing screen;
2 - registering screen; 3 - outer
conductive coating; 4 - inner
conductive coating.
The sensing screeri is divided into ferroelectric cells the dielectric constant of which is a
function of the temperature. These ferroelectric temperature-dependent capacitances are
connected through inductive lines \,with Iuminophor screen capacitances. The author develops
Card 2/3

L "4271-66 ----------
ACC NR: AT6006230
a theory for the setup and works out illustrative calculations for some of the pertinent
parameters. The use of the pyroelectric effect allows 'the determination of isothermal lines
of transt)ai-ent temperature fields, i.e., of fields witha-it radiations In the visible part of
tile Spectrum. Low temperature fields can also be measured. Orig. art. has: 34 formulas
wid 3 figures.
SUB CODE: 14Z ~UBM DATE: 05Nov65/ ORIG REF: 006 ATD PRES,9:qj-i?-
017/
3/3

SIROKOVY V.I.; KIRd.' .10, A.M.
;'mEitlon circuits of the automatic temperature regulation in
spinr,Lng heads with electric heating. Khim. volok. no.53
63-64 165. (MIRA 18tlO)
1. VNIIK)V.

, 'j, . -, .
Use of the AUS system regulating block for pressure
in a narro-w range. Khim. volok. no.~-:64--t)5 165.
U (MIRA -1P:12)
1. V11711MV. Sutmitted September 16, 1964.

AUTHORS. Rodionov, V.L.. V SOV/106-59-2-3/11
�trokov, K.. and Sheberova, R.N.
TITLE: Remote-control and Monitoring Equipment for Radio-relay
Lines (Apparatura distantsionnogo upravleaiya i lKontrolya
dlya radioreleynykh liniy)
PERIODICAL: Flektrosvyaz', 1959, Nr 2, pp 15 - 23 (USSR)
ABSTRACT: Remotely-controlled and monitored systems for radio-relay
lines usually consist of main, manned stations, each of
which controls several unmanned, intermediate stations.
This article describes one such system developed for the
Ministry of Communications. It differs from existing
systems in that it uses semi-conductor triodes and cold-
cathode thyrata?ons instead of the usual electronic valves.
This reduces the power consumption, increases reliability
and simplifies construction,
The system provides for the followinE possibilities:
1.) Transmissbn of 59 "comL,ands" to any of 10 remotely-
controlled stations; receipt of a comrand by the called
Cardl/5 station is acknowledged by a special "receipt" signal.
2) Transmission from any of 10 remotely-serviced stations
of a signal indicatint-,- a change in the condition of one or
more of 64 tele-sigriallint, transducers. The signal

SOV/106-59-2-3/11
Remote-control and Monitoring Equipment for Radio-relay Lines
r,ontains only in-formation on the station number at which
the change occurs; the nature of the change is not encoded,
3) Transmission from any of the remotely-controlled
stations ' when ren'uested, of information concerning the
condition of each of the 64 tele-signalling transducers,
previously mentioned,,
Telecontrol Apparatus:
Transmitter - Each command is transmitted in the form of a
coded group of three successive ringing tones. Each
ringing tone can have one of four frequencies, thereby
giving 64 possible code combinations. The code-forming
apparatus consists of three semi-conductor oscillators and
three thyratrons. The code combination is selected by
depression f nob on the comiiiand panel. The circuit is
0 le diagram given in Figure 2.
described and
Receiver - The received conimand is decoded at the remotely-
controlled station by a "pyramid" connection of three tiers
of thyratrons interconnected in such a manner that ignition
of a thyratron in loi;er tier prepares for firint- four
Card2/5 thyratrons in the following tier (Fi,~,u_re 2). The first

Remote SOV/106-59-2-3/11
-control and Monitoring Equipment for Radio-relay Lines
(lowest) tier contains four thyratrons; the secondl four
sets of four and the third., 16 sets of four. The thyratrons
are ignited by pulses formed from the ringin6 tones of the
coded command by "signal" thyratrons connected via filters
to the output of a two-stage semiconductor signal aMDlifier.
To all the thyraturons of the same number in the sets of four
is applied the pulse from the corresponding element of the
code combination. The result is that, after a command has
been receivec. a relay in the anode circuit of a particular
final-tier trqratron is operated. A three-tier pyramid
provides 59 final tivratrons for control an,-' 5 for callinS.
A circuit fc.r restorinE: the decoder pyramid to its waiting
condition (Figure 3) is then described.
Tele-signalling apparatus - The tele-signalling apparatus
consists of the tele-signalling equipment proper, common
emergenGy equipment and the receipt signalling eqUiDment.,
Each of the above has a receiv-ing and transm-Ltting section.
The transmitt,i-ng section consists of thyratron circuits
conne~-_ted ir. --;,,i-.h a mannier that ignition of each circuit,
after a t.Ime delay of about 30 milliseconds, trig-ers the
Card3/5 IP
following thyratron. The simpl-4"lied diaErar- is given in

:k)V/10~)- 1-1-)-2-5111
Remote-contro-I and Monitoring Equipment fc;-- Radio-rela,7 Lines
Figure 4. The first thyratron is trig~-,ered when the
station is called. Tele-signallinE transducers are
conne--ted in the cathodes of the thyratrons and, depending
on the so-nditIc-ii of the transducer, the thyratron anode
pulse opera-les one or the other of two, different-frequency
semiconduct,~r oscillators. The result is that the order
of the freQuen,-.-ies in the transmitted pulse train deDends
on the condit.;-ons of the transducers,
The receiver sectior. 3ontains tvo circuits of transistor
am-olifiers with filters and signal thyratrons. The circuit
forms pulses from the received ringing tones when "Call
Tele-signalli.nE;" button is pressed. The basic "repeat" of
the receiver circuit -is a double-circui-. each arm oi which
u
contains a pair of thyratrons (Figure 5). From the common
cathode resi-c,.tance of each -;~,air is taLklen the bias for ore-
paring the followinir pair,, Trig6ering pulses for the lower
L-I %
thyratrons of each pair come from the signal thyratron of
one frequency and for the upper, from the signal thyratron
of the cther frequency, Thus, the thyratrons ignited in the
Card4/5 different pairs depend on the character of the received

SOV/106-59-2-3/11
Remote-control and bloniwrinr-: Equipment for Radio-relay Lines
V
combination. The number of "repeats" of the basic
circuit equals the number of signal impulses applied
to the receivers
Finally, the emergency and receipt signal circuits are
de5cribed. The techniques used are similar to those used
in the other parts of the equipment. The circuit of
the common emergency signalling transmitter is Eiven in
Figure 6; for the emergency receiver? In Figurc 7; for
the receipt signalling apparatus, in -:igure 8.
There are 8 figures and 2 Soviet references.
SUBMITTED. May 29, 1958
Card 5/5

STROKOV, Vladimir Petrovich; ZAGORSKIY, G., red.; USTINOVA, S.,
tekhn. red.
(Long life to technology]Tekhnike - dolguiu zhizn'. '.Ioakva,
Mosk. rabochii, 1962. 28 p. (MIRA 15:10)
1. Glavnyy inzhener sovkhoza "Malino" Stupinskogo rayona (for
Strokov).
(Tractors-41aintenance and repair)

STROKOV, V.V., kand. biolog. nauk
Use of tar water for scaring off susliks from acorns in steppe
oak plantations. Okhr. prir. i ozel. no.3:113-115 160.
(MIRA 16:12)

. . ..i. I I .. i 1 c . -. ~.
- - .1 q
- " I I
1. '1
9 - Monthlv List of Russian Accessions, Library of Congress, " - 1951, Uncl.

STtlOKOV, V.V.
Insects are the primary eneynies of oak in Sochi and vicinity.
;&nt.oboz. 32:69-75 '52. (MLRA 7:1)
(Sochi--Oak--Diseases and pests) (Diseases and pests--Oak--
Sochi)

'IT --a ";-s .-,; for the Acia. tat.. on of t'e Oak
an,.,, the Rapid Exploitation of Its Roots." Cand Biol Sci, Leninrrad
Forestry Em-ineerinC Acad Imeni S.M. Kitova, Lenin.-rad 1953. (RZ'-,:-;iol, No 2,
Sep 54)
Survey of Scientific and Tec~Lnical Dissertations Defended at USSR
-ij~
:
: -lier Educational Institutions (10)
SU: Sum. Illo. 481, 1)' Ma:.~ 55

iins, "inr:~*"., oz
in, c c ~2,~

MASOV, Aleksey Alekseyevich; VORONTSOV, Alekspy Ivanovich, PONOMAREVA,
Yekaterina Nikolayevna; 5TROKOV, Vyacheslav Vaevolodovich; FLUROV,
Sergey Konstantinovich; ItMATS&3' re'dA'kt'or; IL'INSKIY,A.I.,
kandidat sellskokhozyaystvennykh nauk; MALKGVA.A..; KOIZSNIKOVA,A.P.,
tekhnicheskiy redRktor
LForest protection] Lesozashchitn. Izd.?-oe, perer. Pod obahchei
red. S.K.Flerovn. Voskva, GoslesbimizdRt, 1955. 438 P.
(MLRA 9:1)
1. Prepodavntell Khrenovskogo lesnogu tekhnikuma (for Malkov)
(Forests and forestry) (Trees--Disenses and pests)

Harraf u1 P
;ral an-j Special Zoology. Insects. ~
Insacts and krchnids. Pests of .3ecorative and
Flowar -'lants.
i'-.bs Jour: Ref Z2-mr-3.401., No 14, 1958, 64128.
.Lb s tra c tLilac varieti,-.-s sli.-,htly dazoged by the moth
are noted. it is recommended to rodis the soil
under the bushes so that t1ne ]pu ')aa bc; found at
a depth o -L 20 cm and ilso to a y a three -
fourfold dusting of the lilac bushes by DDT and
3THC dusts- -- L. --. Zinov'yeva,
Card 2/2
72

STROKOV, V.V., kandidat biologicheskikh nauk (Monkva); SHPET, G.I., kandidat
bloUgicheakikh nauk; BRODSKIY, S.Ya., kandidat biologicheskikvt nauk;
IUBIIIIN, V.B., professor.
Instaxces of cannibalism in animals. -Priroda 45 se-7:97-99 ii 056.
(WaA 9:9)
1.11atichao-isslodevatel'skir institut prudevoge i ozerner-rechnoge
rybnoge khozyaptva, Kiyev (for Shpat, Brodskiy).2.Z9ol*gichevkiy
institut Ak&LdemJ,i nauk SSSR, Leningrad (for Dubiniz),
(Cannibalism (Animals))

STROKOV, V., knndidat biologicheskikh nauk.
The watchful gulls. IUn.not. no.6:7-8 Je '57. MRA 10:7)
(Gulls) -

. '12 ~ - ". f 7 .I . - . ,',-..rd i a at *-~ ~ ~' -i L,~i nw-_'r ,~: ")r, vr! J
_"~ I ~_
~r I, ~~2tion n .- tae ,,oucaq ian shr,3w ! n vinter. i ~- I :- - 1-~ ~,/z nr .7- 113-11'-'
71 1 Z~ -,
.j ( : -, L'. In. 9 11
I "
k )

t
RZHEVSKIY, Boris Kotoeyevich; STROKOV. V.V.,' kand.biol.nauk. red.
[Beavers; conservation. keepingfoeding. and transportation]
Rechn.ye bobry; sokhranenle, soderzhanie, kormlenie i trhnsportirova-
nie. Foa red. V.V.Strokova. Koskva, Mosk.obl.otd-nie Teerosaiiskogo
ob-va aodeistviia okhrane prirody i ozeleneniiu naselennykh punktov.
1958- 74 P- (MIRA 11:5)
(Beavers)

STROKOV, V., knnd.biol.nAuk
LivIne, Inboratories. lUn.nnt. n0-1:13 Ja 158. (MIRA 10:12)
(Ural Mountain region--National parks and renerves)

STaOKCV, V.
Feed boxes for birds. rUn.takh. 3 no.12:54-55 D '58.
(MIRA 12:1)
1. Uchenyy sakretarl Vaerossiyakogo obqhchostva sodeystviya
okhrdne prirody i ozelaneniyu naselennvkh mmktov.
(Birds--Ifood)- ,

STROKOV, V.V.,knrtd.biol.nnuk
Nature must be protected. ("The gTeen patrol" by Iu. Dmitriev.
Roviewed by V.V. Strokov). ZnAn. siln 33 no.4:42 Ap 158.
(Natural resources) (Dmitriev, lu.) (MIRA 11:5)

STROKOV, V.
Bullfinch. On. nat. no.12:12 D '59 (MIRA 13:3)
(Finchea)

.-
~-si.(
V.-
'dinners of the contest. lUn.nat. no.6:33 Je 160. (MIRA 131cl)
(Birds, Protection of)

STROKOV, V., kand.b4.ologicheskikh nauh,
Why are sparrows so sly? On. nat. no.9:28 S 161. (MIRA 14--S)
(sparrows)

STROK04; V.V.
Ecology of the linnet in the southwest of *jcOw. Ornitologiia
no-5:290-299 162. (MIRA 1632)
(Moscow-Unnei6)

STROKOVV Y.Y.
Letts take care of useful plants and animals, Biol. v shkole nu.3:
63-64 Yq-Je 163. (MM 16:10)
1. Tajifbovskly pedagogichaskiy institut.

r -, n - ~'-. ~ , .,-, , , ~ - ~ :, - - ~ , f, ~ ; ~, - - , - I , -.
I . . .. - - . - - . - - a , z, 1~ -. " _, ~: - "und c; ~ - :_ I '. . - ,
i . I ~, - I I ~

SV.tOKGV, Vyacheslav Voevolodovich, knna. i0iol. nauk
(Animal. and birds in our foresto] Zveri i ptitsy na-
shikh lesov. 2. izd. Moskva, Lesnaia promyshlennost',
1961,. 43 p. (Bibliotechka lesnika i mastera lesa, no.9)
(MIRA 17-.12)

'01TROKOVI V.11.
,;ongenital. and Condition-3d reflexec '.ri birds urri their influenze on
the choice of r4terlals f,:;-r WIrling nests. Zool. zhur. 43 nc,.6:889-
89? 164. (MILRA 17j12)
1. Tcmbovskiy gosudarstvennyy perlagogicheskly Institut.

0
S/707/60/003/000/012/013
B108/B102
47
AUTHOR: Strokov.
II'LTLF,- Interpretation of high-energy particle stars (E >, 10 Pv)
by a modifiec; "ray" theory
6CURCE: nkademiya nauk Kazakhskoy SSR. Institut yadernoy fiziki.
Trudy. v. 3, 1960. Vzaimodeystviye vysokoenergichity'Kh
chastits s atmonymi yadrami, 150-156
TEXT: The portion of low-energy particles in a higii-energy shower is
explained by the phenomenological "ray" theory in which it is assumed
that in the collision of a nucleon and a nucleus a pencil of mesons arises.
Thir, pencil, or "ray", diffuses in the nucleus. This theory is modified
by assuming a diffuoion coefficient of the form D ap E_ 1/2 TI (a)
where E is the energy of the Primary particles (Bev), p - nucleon denaity
in the nucleus, a v 2. This formula means that only part of the mesons
diffuse. Their energy in the c.m.s. is El - E - My + pS1/2 where A is a
coefficient of the order of unity. The slow particles are assumed to be
Card 112

S/707/60/003/000/012/013
Interpretation of high-energy ... B108/B102
recoil nucleong land particles produced in nuclear excitation. The ang-Ilar
distribution of the slow Particles can be rendered as dnb/d v% = a sin ~ r O/r
where ro/r denotes the probability of particles leaving the nucleus, r -
distance from the place of production, r0 = h/pc. Undc~r such assumptions
it is possible to draw qualitative conclusions also on the multiplicity
of the shower particles in high-energy showers. Professor Zh. S. Takibayev
is thanked ~or help, L. A. SanIko, Ts. 1. Shakhova, and Ts. Ya, Balats of
supplying experimental data. There are 5 figures and 7 referencesi
3 Soviet and 4 non-Soviet. The two references to English-language publi-
cations read as follows: 71. Heitler and Terreaux. Proc. Phys. Soc., A 66,
929, 1953; K. J. Le Couteur.Proc. Phys. Soc., A L, 259, 1950-
Card 2/2

A=SSION NR: AP4031160
S/0056/64/046/004/1379/1385
AMITIHOR: Nemrovskiy, P. E.; Strokov, Yu. F.
TiTL::: Optical moL-l for antinucleon-nucleon collisions
SOURa;: Zh. eksper. i teor. fiz., v. 46, no. 4, 1964, 1379-1385
TOPIC TAGS: antinucleon, nucleon, op-dcal model, potential spin, isospin, charge
exchange
ABSTRACT: This is an elaboration of ai earlier treatment (Yu. P. Yelagin and P. E.
NIP
I mirovskiy, ZhETF v. 44, 1099, 196~), Li which account is taken of the influences
of the tensor force, the spin orbit interaction, and the iSOtODic dependence of the
potential on the total cross sections for the interaction between norirelativistic
allitinucleons and nucleons. This interaction is effectively describc-~d by a complex
pote.ntial which depends on the spin a-d on the isotopic spin, and also contains the
tensor force. The angular distribution of fhe elastically scatterv--d nucleons and
the c---,oss section for charge exchange in the 5p - rm reaction is also calculated.
The results for the total cross sections, angular distributions of elastic scatter-
Lrig, and the charge-exchange cross sections are in satisfactory agreement with ex-
periment. "In conclusion, the authors are grateful to Yu. P. Yelagin for help with
Card 1/2

ACCESSION NR: AP4031160
-&.e work. " Orig. art. has: 10 figures And 14 formalas.
ASSOC=OIN: None
SU31=1 ED: 070ct63
SUB CODE; NP
DATE ACQ: 07May64
UR REF SOV: 001
ENCL: 00
OMER: 004
Card 2/2 -

an- X 2
*~;wanse mate- :cr
i
-:3- L't

KOLYKHALOV, P.A.; oHCEIEGOLEVA, R.I.; VASILOYEEVA, I.N.; GUIKOVA,T.K.;
MAKOVSKAYA, N.G.; TOLSTYKH, A.S.; KRAWHENKOVA, L.V.; HEDZVETSKAYA,
G.V.; STROKOVA, -',,.Ya.; GERMANNICH, N.N., red.; KARZHAVINA. Ye.,
tekhn.red.
[Economy of Lipetak Province; a statistical manual] Narodnoe
khoziaistvo Lipetskoi oblasti; stRtisticheakii sbornik. Lipetsk,
Lipetskoe knizhnoe izd-vo, 1959- 182 P. (MIRA 13:6)
1. Lipetskqa oblast'. Statisticheskoye upravlenlye. 2. Statisti-
cheakoye upraylenlye Lipetskoy oblasti (for Kolykhalov, Shchegoleva,
Vasillyeva, Gudkova, Kakovskaya, Tolstykh, Kramchenkova, Nedzvetakava,
Strokova). 3. Nachallnik Statisticheskogo upravleniya Lipetskoy ob-
Insti (for GermanOTich).
(Lipetsk ProTince-Statistics)

STROKOVA, G.S.
Evidence of uraninite in complex alkali rocks. Inform.sbor.
VSEGEI no.16:103-107 '59- (MIRA 15:3)
(Uraninite)

BURIYI~'- : ~ ~, . . . ~ 4' 1 i t", -~ 67 A 5111TOV, V.A..
_ . --- - -, I
ni. !it a ner m!ncral, 1.
"'-'Ilror I ~
.;0 - 'ap, Vass. min, ob-va 94
n ;' , ,~Yl -4-', ~ '65. (KIRA 18t9)

STROKOVR, I. ; VitSILIYEU, T. ; KAlUN, M.; Cascam"1111" S.
Improve the leadership of production meetings. Sov.profsoiuzy
7 no-15:33-36 iLg '59. (14IR-n 12:12)
(Works councils)

KICHIGINA. M.I.; STROKOVA, N.Z.. glavnyy vrach; POXWVSKIY, V.A., professor,
eduyushch -Wgldi~&:~.--
zav '17
Cancer of prolapeed cervix uteri. Alcush. i gin. no-3:79-80 YlY-J8 '53-
(KLH& 6:7)
1. Hodillnyy dom Mo.4 (for Kichigina and Strokova). 2. Akushersko-gineko-
logicheskaya klinika Voronezhakogo meditsinskogo inRtituta (for Kichigina
and Pokrovskiy). (Uterus-Cancer)

RCZADESTVENSKIY V.P.; SMOKOVAY T.P.; VOLPLNA., ~.14.
Interaction between mixtures of a liquefied gas with water
vapor and iron oxide. Zhur. priki. khim. 36 no.9:1987-1993
D 163. (MIFA 17:1)
1. Saratovskiy nauchno-issledovatellskiy institut po ispol?-
zovaniy-a gaza v narodnom khozyaystve.

MAUTSHCHEV, V,,,;~, kand. ekun. xiwtk~ V-~,(,,Yl f, If F. F, . k a rid. ek,)n.
naikk STROKOVA), V~I.) !-and. ekori. riai.:k,~ VA-,~
kand, ekon. ,,V., kan,". ekon. na-uk;
sosill L.m., kandl. ek-,n, ;)aux. TfJ',TIKCv, kqr,~. ekon.
naukj LYSOV kand, ekon. nalik. IT--%rEL:--KkYA, K.I.,
kand, ekon. nalik., TRUBILKO, N.P,,, kand. elf.'.)n. na,~;k; OS'KIN,
V.,Ya., kand. ek--,n. nauk
[Cht~-.mi2ajizatA~on of iadus-tti,31. PrOIJLICLiZrl 1.1
EhimizotsLia proruyshlonricg. proizr)dstva i1. al-rLISSli. 'Minsk,
flauka I tekhrtka., 1965. _2c P. ~,X I ~~A 18:5)

I~ERDINfJiD 'IT
., Ya.M.; 1,10YUKHA, G.A.; KUCHEMNE0, R.A.; DUNCHLJ 0, Ye~P.
SThOKOVA; Ye. SHCHEGLOVAq L.A.; PYASETSYAYA9 Ye.A.;
Li-!-;
D?~1ZETIYEVA-, A.I.; ZOLI1U, L.T.
Epidemiological effectiveness of the systematic use of the typhoid
bucteriophage for chronic bacterial ca-1-riers. Sov. med. 2.4
no. 5:128-130 My 160. (MIRA 13:10)
1. Iz llootovskogo-na-Domi Instituta epidomiolof:ii, mikrobiologii
i gigiyeny.
(TYPHOID FEVER) (BACTMIOPHAGE)

5/'! W61/000/012/109/149
A006/A 10 1
AUVHOR: Strokovskiy, L. T.
TITLE-. Control of plptline weld joints
PERIODICAL. Referativnyy zkyarnai, Metall-argiya, ro. 12, 1961, 66, abstract
12E410 (V sb. "Izgotovleniye i mo---tazh tr,-,boprovodov". Moscow, 1960,
157-167)
TEXT: Informatior. is given on operatiorad _ortrol during the assembly of
pipelines. The aathor e-ramerates the objects and extent of control, chara.-ter-
istics of gamma sources and sontainers; the system of container charge; gamma-
raying methods; development of gammagraphs, evaluatic.-, of weld joints. The
importance of xerography for oontrol pjrpo5es is analyzed (prodaction of electro-
graphic images at gamma and X-ray emission or, a semi-condu-tlng Se or Zn oxide
layer, appllcd onto a metal plate). Brief chara-.teilstics of the -new equipment
are given for various nontrol metftodF.
Ye. Terpugov
[Abstracter's nots: Complate -Iranslationl,
Card 1/-L

STROKOVISKI, M.
Servo systems with potentiometers or selay-n transformers. p-h85
(FOrTfARY., AUTOMATYKA,, KONTROU', Vol. 2, No. 12, Dec. 1956, Warsaw, Poland)
SO: Monthly List of Fast European Accessions (F-FAL) W, Vol. 6, No. 9, Sept. 1957, Uncl.

C r: a3..: Zojar,~4
J~"J-R. : 57564
:-trokowski., M. ana Stafsnicki, R.
:Not z-iver,
Flow Ccntrol Systernt a Transradttinjr
U Pomiar.y, A--t.-,nat, Eontrola, i, No 2, -,'~-44
T Al. 0 i
The a-atr,.rjr-- dezierior- the -~e.9-Ign and operation of
an automa:.-ic electronic flow zontrol system dt-e-
veloTed at the Silesian Pjlytechnit; Institute
of tric Yolis;h Peoples Republic. The raot:tons of
the Rotameter float are transmitted to the control
:~ysten uy the inductance metned using a special
1%ransformer and transaucer which can be UEed with
ora:.nary rotaraeLer~~ without rec.uirinE rcodifica-
ticns to their housing. Yu. Skoretski.v
4

b rfq~ T IJ.
~ f
STROLA, J. Active elgLys; on the opening of the factory in Kutina,first in
Yugoslavia.
Vol. 6, No. 3 14,.rch 1955 MASINSKO-TEHEICKI GLASNIK
SO: Mlonthly list of East European Accessions, (EEAL) LC, Vol. 5 no. 3
March, 1956

37R~I.'L, J.
Natural ca',al~,sts for cracking petr-Aeum products; extended
research on selected sairples of clay. P. 10 T'A:~-"A, Zagreb
Vol. 7, No. 1, Jan. l(956
Sa',,RCE: 71,AL L,-, July 1956

STROM, A. D.
Biological purification of industrial waste waters containing low
mblecular weight C - C fatty acids. Khim.i tekh.topl.i masel 5
no.22:24-Z7 D 169. (MIRA 13:12)
1. Berdyanskiy opytnyy neftemaslozavod.
(Sawage-Purification) (Acids, Fatty)

STROM, A.D., Inzh.
Biological post-purification of industrial waste waters. Meal.-
zhir.prom. 26 no.12;38-40 D t6o. (MIRA 13:12)
1. Berdyanskiy opvtnyy neftemaslozavod.
(Berdyanak-Sewage-Parification)

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y
means of dolomite. J),.A.SUMU &Jul -N:- Sh"'tak"Ll
1010 vot).mir Khas. 24. No. 3/4, (01-71)(IM).--The (1411111tv
ll, nIps vere caleirrd in a gas flatua: at tw-tiaiii I' and Nun it -Gas
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Iivity after 3 regenctraticim, but its internal structure &.
00 Irritarated owing to the swelling action of the arrmi-Irn,ijig
%train ifuriiig regeneration. It is suggested that alt,lotuit,-
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USSR/Petroleum - Analysis Jan 50
Hydrogen Sulfide
"Determination of Hydrogen Sulfide In Petroleum
and Petroleum Products," D. A. Strom, Llvov Poly-
tech Iast, 1 p
"Zavod Lab" Vol XVI, No 1
New method for determination of hydrogen sulfide
consists of its absorption by Eodium carbonate
solution and iodometric titration of resultant
sodium bydrosulfide. Application of soda per-
mits separation of hydrogen sulfide without ex-
tracting mercaptans, which otherwise would cause
higher figures for hydrogen sulfide content.
1W 159r75

STROM, D.
Young specialists are going eastward. Neftianik 1 no.10:34-35 0
15 - (MLHA 9:11)
(Petroleum engineering)

sov/81-59-7-24839
Translation from: ReferativnT! zhurnal. Khimiya, 1959, Nr 7, P 467 (USSR)
AUTHORS: Strom, D.A., Polishchuk, S.A.
T 1'TLE: Deasphaltation of Ozocerite in Emulsion
PERIODICAL; Nauchn. zap. Llvovsk. politekhn. Ln-ta, 1958, Nr 50, pp 139-142
ABSTRACT: A method was developed for the partial deresination (prior to
sulfuric acid tr,--tment) of ozocerite (0) to be purified by de-
asphaltation in emulsion (E). To obtain aqueous ozocerite E,
a 2% aqueous solution of naphthenic soaps (a-lkali'waste products
of medium and heavy petroleum fractions) was taken, which supple-
ment the action of solid emulsifiers contained in 0 and faollitate
the process oil formation of E and its separation. E was separated
by settling or centrifuging; ceresin and oils contained In the
precipitate can be regenerated by heating the latter with water,
It was shown that deasphaltation in emulsion imparts to the varlvjs
0 an approximately equal residual resinousness, which simplifles -he
Card 1/2 operation of the installation in case of processing heteregeneois

Deasphaltation of Ozocerite in Emulsion sov/81-59-Y-24839
raw material. The method permits the 112 S04 consumption to be reduced by
-- 50% with a decrease of the duration of the technological cycle. The
sulfuric acid purification of concentrated 0 can be carried out at - 1000C
with subsequent neutralization and contact purification, without decreasing
the ceresin yield in comparison with the industrial method.
From the summary
Card 212

STROM, D.A.-; inzh. KOFTUN, T.I., inzh. I
Improving the production process of syntbitic fate- Naftianik 5
no.6:12-13 Je 16o. (MIRA 13:7)
1. Berdyanskiy neftemaelozavod.
(Oils and fate)

A051/026
AMORS: Strom, D.A., Koftun, T.I.; Engineers
-----------
T 111. E - Perfecting the Production of Synthetic Pat
PERIODICAL: Neftyanik, 1960, No. 6. pp. 14 - 15
TEXT: The authors refer to the production method for syntte-ic fat, usirg
zinc oxide as catalyst., which was described in Neftyanik No. 6, 1959, and submit-
ted by D.A. Strom. He stressed the leriK'.hy duration of the process (8 - 15 h) to
be the disadvantage of the method. The experimental department of the Berdyansk
Refinery conducted tests in order to shorten the cycle, involving the replacement
of-the zinc oxide with a more effective ca-.alys+,. It was establish-Ad as a --esult
that, by using sulfuric a.-;id, phosphorous anhydride or zinc oftloride, the durat"o4n
of the process could be shortened considerably, and a b-igqer degree in convertix~g
fatty acids to synthetic fat could be accomplished. The production process of
synthetic fat in indistrial reactor-mixers, using sulf'uric acid as catalyst, is
described as being carried out under strict maintenance of temperature, measuring
out the components and observing the sequence of t-heir introduction. Synthetic
fatty acids were taken as Initial raw material, They are fed frcm "he tank to -.he
Card 1/6

S/092/6Q/00,0/C),06/00 1 /001
Perfecting trie Production of Synthetic Fat A051/A026
reactor by a pump (1) (see Figure) with the mixer (3) switched on. and are denydrat_
ed there till the residual water content is not more than 0.5% by weigirt. ~~rie nea'
--carrier is fed to tne tank (2) of the reactc-r-mixer and the temperat-re of 4h~ ma-
terial Is raised -1o 130 - 1350C. The catalyst In the form Df a 114e stream is fed
to the dry material - a 90% sulfuric acid from the measurirt? contlainer (5). ine
supply of the acid is accomplished In two st-ages to avoid violent Doili:-,g of n~
fatty acids In -the reactor-mixer. After introducing trie first batcri of tne
acid comprising 2/3 of the required estima!~ed quantity, etinylene glycol-, In the form
of a small contipuous stream, is fed to the reactor from the measuring
(4) in tne amount of 6.5%. If heavy foam is forming. tne supply of the Oh_vle-e
glycol is stopped and, if this does not help, the mixing in the reacror is ~-topped
--y ; retl.4-
till the foam is reduced, then the supply of the lene glycol is - med and
the mixing starts again. After the wnole amoint of, -,,he ethylene glycal nas t-sen
introduced, the remainder of the sulfuric acid is added (1/3 of' the esl~,,imated
amoun') and the temperat~Are is ralse-1 to 150 -- 16-OOC durlrjz ~nls proce_~i. T-e
laboratory check of the process Is carT,ied out acco-rdi-Lz to the acid number, of' -1
reacting mass. The acid number drops as the reaction of tne e_=t-er-1f1.-_,atIon) be-
comes more complete and when 25 mg of YC-,t,/g Is reached, the fat is considered ready
for pouring. Comparative characterifstic_= of initial. raw material a--.d syn-
Card Z/6

S10,0216010001ODS10011001
Perfecting the Production of Synthetic Fat A051/AO26
thetic fat obtained under the old technological procedure in industry, using zinc
oxide as catalyst and urder'that of the new one using sulfuric acid as catalyst,
are shown in Table 1. The quality of the synthetic fat obtained by the sulfuric
acid-catalyst method satisfies the main indices of technical standards. The iodine
number is brought to zero, the acid number is not higher than 25 mns KOH/S and the
saponification number not less than 160 mg KOH/S. A check of the change in quality
of the synthetic fat during storage showed that, when sulfuric acid was used as
catalyst, the product was more stable, which was not the case for the zinc oxide-
-catalyst product (Table 2). The author states that, by using the new catalyst, the
Berdyansk Oil Refinery was able to exceed its 1959 production plan for synthetic
fat, to reduce the overhead cost and improve the quality. Besides, the need for
zinc oxide, an expensive material, waz eliminated at tte refinery. 7the latter is
needed for the production of zinc whites. There are I figure and 2 tables.
ASSOCIATION: Berdyanskiy Neftemaslozavod (Berdyansk Petroleum - Oil Refinery)
Card 3/6

STROMY D.A,, inzh.; CHOLOKOV, L.D.
People with daring ideas. Neftianik 6 no.5,'18 My t61.
(MIRA 14:5)
1. Inzhener po ratsionalizatsii i izobreteteltstvu Berdyanhkogo opytnogo
neftemaslozavoda.
(Lubrication and lubricants)

STROM, D.A., kand.tekhn.nauk; ISHCHUK, Yu.L., inzh.; STROM, L.D., inzh.
Production of synthe-tic fat. Masl.-zhir. prom. 27 nc.11:34-37
N 161. (MIRA 15:1)
1. Berdyanskiy neftemaslozavod (fcr D.A. Strom.. Ishchuk).
2. Moskovskiy neftepererabatyvayushchiy zavod (for L.D. Strom).
(Oils and fats)

STEPANYANTS, S.A.; MORDASHOV, V.I..; ISHCHUK, Yu.L.; STROM. D.A.;
YENA, D.P.; NOVAKOV, G.Kh.
Continuous process of paraffin oxidation in the liquid-foam
state aimed at the production of synthetic fatty acids. Trudy
BONMZ no.1:20-25 '63. (MIRA 16:6)
(Paraffins) (Oxidation) (~cidb, Fatty)

STEPANYANTS, S. A., inzh,; MORDASHOV, V.N., inzh.; ISHCHUK, YU.L.,
inzh.; ST,'iOY,, D.A,, inzh.; YENA, B.P.', inzh.; NOVAKOV, G.Kh.,
inzh.
Continuous process for paraffin oxidation in a liquid foamed
state. Masl.-zhir. prom. 29 no.3:21-23 Mr 163.
(MIRA 16:4)
1. Berdyanskly(opytnyy neftemaslozavod.
Paraffins) ~()xidation)

STROM, D.A.; ISHCHUK, Yu.L.; STROM. L.D.; KOFTMI, T.I.
Improrving the technology of the manufacture of synthetic
leather fat. Trudy BONMZ no.1-38-50 '63. (MIRA 16:6)
(Oils nnd fats)

STROM, P.A.
Producing acetylene from natural gas. afm, I tekh. topi. i masel
9 no.IZ365-66 D 164, (Mr-0. 18-.2)

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I .~ . ""! 163. , ,~ -- r ~. -~ , - ~ ~ I

.ii(o) SOV/92-58-10-17/30
AUTHOR: Strom, L.D., Engineer
TITLE: Drop Point or Melting Point (Temperatura kaplepadeniya
Ili plavleniya)
PERIODICAL: Neftyanik, 11058, Nr 10, pp 23-24 (USSR)
ABSTRACT: Since synthetic fat can be used instead of the ani'mal
fat currently-employed in large quantities in manufaoturing
grease, SOMe iUbe oil plants have decided to build ind-;st,-i4'-_
xn~'."s which could produce synthetic fat. Synthetic fat is a
,omplex ether resulting from the synt-hesi3 of ethylene gly,~c-l
and synthetic aliphatic acid. Synthetic fat produced by the
Osipe.nkovskiy plant has characteristics corresponding -to GOST
provisions indicated by the author. To determine the melting
point of a petroleum product with a crystalline network an
apparatus developed by Zhukov is used as provided by GOST 4255-48.
Fig. I shows curves ir.dicating the melting point of paraffin,
Card 1/2

Drop Point or Melting Point SOV/92-58-lo-17/30
determined by using the Zhukov apparatus. Fig. 2 shows curves
indicating the melting po5.nt of synthetic fat. The latter fail
to give indications characterizing the crystalline substance.
Therefore Zhukov's method cannot be applied to determine the
melting point of an amorphous substance like synthetic fat, and
as a result the synthetic fat properties have to be determined
on the basis of the drop point as provided by GOST 6793-53. The
table given in the article Indicates the drop point of various
samples of synthetic fat. Since the drop point method can be
successfully used for determining synthetic fat characteristics,
the GOST 4255-48 provision should be revised. It has been
established that the synthetic fat drop point is the temperature
nDt below 33* C. There are 2 figures and 1 table.
ASSOCIATION: Osipenkovskiy neftemaslozavod (The Osipenkovskiy
Lubricating Oil Plant)
Card 2/2

STROM, D.A., kand.tokhn.nauk; ISHCHUK, Yu.L., inzh.; STROM, L.D., inzh.
Production of synthetic fat. Masl.-zhir. prom. 27 no.11:34-37
N 61. (MIRA 15:1)
1. Berdyanskiy neftemaslozavod (for D.A. Strom, Ishchuk).
2. Moskovskiy neftepererabatyvayushchiy zavod (for L.D. Strom).
(Oils and fats)

STROM, L.D,
Biochemical purification of industrial waste waters containing
fatty acids. Trudy BONMZ no.1:61-67 '63. (MIRA 16:6)
(Berdyansk-Water-Biological treatment)
(Acids, Fatty)

STROM, D.A.; ISHCHUK, Yu.L., STROM. L.D.; KOFTbN, T.I.
Improving the technology of the manufacture of synthetic
leather fat. Trudy BONMZ no.l:'18-50 163. (MIRA 16:6)
(Oils and fats)

AUTEOR::
TITLE:
PERIODICAL:
Strom, S.D., Head of the Electrical Shop
836149
SIC-192116CICC01100 !/CC 1/CC2
A 05 1/1,026
Instrument for Con'rolling the Lubrication of Bearings
Neftyanik, 1960, No. 1, p. 23
TZME: An instrument has been designed (Fig. 1.) a'. the Mosco-e. oil Refinery,
which makes it possible to check the lubrication of bearings while pumps and elec-
.ric motors are in operation. Figure 2 is the c1rcuit diagram of the instrument,
containing the following parts: 1) microampereme"'er type No. 5a12, with a measuring
range of 0 - 50pamp; 2) resistance 1,000 oh:-,-,; 31) galvanic cell - 1.5 v. The
hold pick ups 4 consist of a copper needle with an insulat;d handle. The instru-
ment is of small weight and is convenient to handle. 1,,i'hen using the instrument. one
must join one needle to the body of the ptj,,:,.p or electric molor, and the other to a
rotating axle. When the bearing has normal lubrication the oil film between the
al of tile in-
friction surfaces does not conduct the electric current and the di, A
strument, is at zero or close to it. Upon insufficient oi-I in the bearIng, the oil
film tears on the surface of the friction parts --n4- the current passes freely
through the bearing, and the dial of the instrument devlatueS. ThIs set-up enables
Card 1/2

8360
S/092/60/000/001/001/002
Instrument for Controllingr the Lubrication of Bearings A051/AO20-
one to detect poor lubrication in the bearing in Socd time durir4S daily routine
checks of the equipment. There are 2 figures.
ASSOCIATION: Mloskovskiv NPZ (The '.7osco,..i Oil Re-finery)
,itrol instrument
4
Card 2/2
Figure 2: Wiring diagram

STROM, S.D.
Fainting ohielded stacl condi-tt In the winter. ',eftianik
5 no.3:22 Mr 160, (14IRA 14:9)
1. Vacial I nik tsekhfL 141oskovskogo neftepei-eralkityvayuslichego
zavoda.
(Electric zletworks) (Steel-Corrosion)

STROM, S.D.
Remote ignition control of the emergency gas torch. Neftianik
5 no.6:24 Je '60. (MIRA 13:7)
1. Nachallnik taekha Moskovsko neftepererabatyvayushchego zavoda.
(Petroleum refineriee--Equipment and supplies)

STROM, S.D.
Controller of the lubrication of bearings 4 electric motors
and oil pumps. Prom.energ. 16 no.9:36 S 16 . (MIRA 1108)
(Lubrication s:id lubricants) (

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INTERNAL FRICTION AND ELECTRICAL CON~UMVI Y
IN THE KC 17 LU I SYSTEM F fySED SALTS. S. V.
Karpachev.-A. G. g, andV. N. Podchainova.
Translated frotit-4shlroMbehel Khtm. 6 -21(1935).
_, 1517
16p. (AEC-tr-1923)
In the interval of temperatures from 400 to 900', the
electrical ci nducttvtty and Internal friction coefficient for
the system of fused malts KCI-LICI was Investigated. On
the basis of the results obtained it Is shown that direct
application of Stokes ;2W for describing the movement of
meparate Ions within the fused salt Is Inadmissible. (auth

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69

Tbir 010COresimpima" phemommiend ilk amallisig ollec"Y108
S. K&rpociwv and A. Sommillcorg. J. 11hys. 01form. 11
s. s. W) to, -.jp 4ottir, F. A. X). x1m,
umnlornts of the tawnwrtics of it joifw~-
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-1U. S. S. K.) 11, "94(IOU)i & C. A. J2, WO.-
2 The authors dttd. at room temp. (10-) the coeff. (A inner
friction of wow by the metlaral developed by Dantuma
(C. A. 289 567) to verity their ca". numerical data
4: t,A)taissed for the coasts. is the arzation for inner frictiun
00 irl a veacbsaWt (Vaschagelt mW Nkaik. Comm. Phys.
"b. Usir. Laidevi 1910. No. IM; cf. C. A. 10, =11 I
!- G., + P)q + 3jx14,jvT.. P - (hR -4
06 a IWOR, + OR + IN b - **IQTI-f. The voluc
00 obtained 9 - 0.0110 c" tioscly with the value
00 The temp. del,endenev
:)f the awff. of Inner friction was detri. for the fustd salts:
Z
00
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couens-of I.BXIO-l Nin SbC4 and 111 -1 N in CIIOH, the
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'ElectrWAVdlAxitY Cu- Of (T*-ZLW NA Narow-TImWom) Alloys in
Fused Salts. S. Kilirpatachoff and A. 8 rS (Arla Phy-iwAim.
qft1;W&l)ill4Lrit%' CUrV" for wn--n fof
tin Lint mid incircury-ttiallium alloys in fused cl~tVilvik" am- dt-t.-rillimil.
till Ill. till rille all,. %-s. the curvz shit-ing intt-r-facial t;mii(ovi an a fulicti(ill 14
-3111-111o11 )l:Ln a mininium. The curves for mvircur v-11milautti alls, ys &r"
%,r% muhr 1, , Ill,- A,tainell in squmw miluti,no by Firimikin and Gon,
ijirjjk,jj.j j;' y-,6d. 1 *A-.. 192.4. 130, 431). Ths, Agilifirim-4 thin ro-alt
.. [,A
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Investigation of SlectrocaPillary Phenoneas on Varlow Liquid

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TS,. (Aste F -00

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f 1942, 16, (5/6), 331-3351 C. Abe., 19 43, 37, )322)--Cf- 9- &ad 3-o A -4101
Ibid., 1940p 12, 523t Net. Abe., 1941, 8, 3a. 91"trouppillM @e- .00
rves for silver, antimony, bismuth, aluminlum, gallAum, and tollurimm
were obtained, wing rused sixtwes of El +LIC1 of eNtectis oompos.
0 1ticn as the electrolyte. A table is given for the potentials of coo
the maxima of the slectrocapillary curves against the lead elect- coo
rode for the n6tals studied. In a number of cases the p.d.9 at the Joe
maxima of the slectroeap#llary curves for different metals coincide
0 z
with the F.d. between theme metals at their points of som champ 2 Boo
in aqueous solutions. Such aggeament Is not round for silver.

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Sakiiam of MW is He twW S Knlat-,.hev, A SIrum.
tvrj. and F. jocdan (C6mpi. wistd. Acid, Sri ' I? S S , 194.1. 36
101-104).-From me"Uresuenta of the potrntw of a C .1ecti-le
in a sWation of Ph in fused PbCJq at 710'm a function of the conca.
of the metal. it is CoOdWed that the 1% go" inte) solution a0 a
univalent positive ion, The solubility of f1b in PMA, at Uw) vt
00417%. 1i~ J. w

Ontsol powlisil dwl~ OWMI Nd dalks viseal-
i. S. Karpatwhev and A. Stuotbag (J. PAp. Ckem. Hwit,
r
g4mi.17.1-3~.--Thecharacteriatksoitwutw"tcctrodethermi(-nic
Valves are comparecl, the anode of me being a thin stream cif Hg.
and of the other a similar stream of 12% TI &"gain. The voltage
diderence between the characteristics is 0-3"-42 v. This agrees
with the ditlerence between the potentials of the electrocapillary max.
of fig and of TI amalgam (cf. A., 194 1. 1. 8 1). J. J. H-

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raw- of an Esitimm in sashiewow eft Im Twillowe waimb.
-lb ;p
A. htn)fnberg and T. Clilikina (Zhwjp. Fit. Xhisa.. 1244. 1S. Will. 2U-246).
[A
OnItuasian.1 A ffitudy bas bmn made of the effect of adsortird "line iom*
~11 the surfave tension between a fusM ruf;ectic mixture of polaaalum and

th
lithium chl(wides at 45W C.. and purr tin. lead. cadmium. and zinc. Fimthis
puq%aw tlw Frainkin splilurstus (KrIpb. rsald. Nalunrim., 1922K, Ito 236) wout
1'u,

ulici
ulied ag"i alvecial lVetcautitm WOW taken in dells"ing the metals and puri.
I'ving t fir Ov, I mlytes borAwr thr es licrinients were made. 1twasshmiothat see
pn4orlwe .-f If-Millie lons lowers the oistfacr at all I.,jarivoiti..1i
entialo sluili"I. ¬ that this decrrww in approximatrly tho, manir (,,r 411
r metala. The position of the maximum In the elect ri;-arisillary curves is
altered by an increased iodine ion concentration in the fu" ~&fts- V. K.
It -S T
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