SCIENTIFIC ABSTRACT SELIVANOV, K.V. - SELIVANOV, P.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547720016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VLOIKIRSKIY, T.A., doktor tekhn.nauk; SHVYLPOV, A.K., inch,; S19L &--.
_~ _mrTANQV
K.V., inzh.; 14BLINUOV, O.Ye., tekhnik
Using gas welding under pressure for rolling stock repairs. Zhel.
dor.transp. 42 no.6:58-62 Je 16o. (MIRA 13:7)
(Gas welding and cutting)
(Railroads--Maintenance and repair)

U01=3M, T.A" , doktor tekhn.n-auk-
I. nItNIKOV) O.Ye., tel-ImA- KOLESNIKOV, L.A., tekhnik
Gas-presaure welding of railroad train parts with acetylene
s-ibstitute gases. Svar. proizv. no.12.-28-31 D t61.
(MIRA 14:12)
Vsosoyuznyy nauchno-issled0itellakly institut zheleznodorzhnogo
tranoporta Minimterstva putcy ambehcheniya.
(Gas welding and cutting.-Fiquipment and supplies)
(Locomotives--4-faintenance and repair)

SELIVANOV, L.
Watch schedule and number of crew members on ships of the
dredger fleet. Mor.flot 22 no.12s22 D 162. (KM 15:12)
1. Starshiy inzh. TSentrallnogo proyektno-konstruktorskogo byuro
No. 8.
(Merchant marine-Watch duty)

BELOUSOVA, I.M.; SELIVAUOV, L.M.
Accounting for the change in the physical properties of component5
in the calculation of a multicomponent mixture rectification.
Khim. prom. 40 no.10:782-784 0 164. (MIRA 18.3)

SELIVANOV, L.M. (Moskva); ZYKOV, D.D. (Moskva)
Motive force of mass exchange during the distillation process
In cross flow conditions. Izv. AN SSSR. Otd. tekh. nauk. Yet.
I topl. no.2:10'8-173 Mr-Ap 162. (MIRA 15:4)
(Mass transfer) (Distillation apparatus)

SELIVANOV.-L.M.(~bskva)
Equation for mathematical machine computation of the number of actual,
plates in disti-Ilation columns. Izv. AN SSSR.Otd,tekh.nauk. Y4ete i~
topl. no.5:227-232 S-0 162. (MIRA
(Distiliation apparatus)

KRMINA, G.S.; SILIUNOV, L.N.; SHIR4SKAYA, T.I.
Mnission and conductance and a condenser-type cathode. Radiotekh.
i elektron. 5 no.8:1338-1341 Ag 160. (MIRA 13:8)
(Cathodes)

wid D.Adi] 11"11A, V. 11.
"Fluorlrie content ir, the iti-Vers of the linioi, (in connection vith the
occurence of mottled erwnel disease) Dokl. Ak. Nauk SS-'-T, 14, pp. 361-41 1937.
-ne F conter', of various portions of ten large rivers in the -~cviet
Union does not exceed (3.2 p. p. m. A higiner F content was found in waters
located in the rc-~~-Ions of the -,-M-biny a,:--itite de~,-)Osits.

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Seli-ranov, L. S.
Three meteoritic falls in the U.S.S.R. (A) L. S.
$eli,ranov. (B) D. P. Maliuga. (C) E. L. Krinov (Nature,
1937,--1V2-, 623, 623, 624. (A) The stony meteorites of (A) '
Kaimiaz, (B) Kaptal-Aryk, and (C) Lavrentievka are described.
All three can be referred to the chondrites.
L.S.T.

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The geo- and biochatmistry of scattered brortune. 1. -411110
Ararnine in plants and fresh water L. S
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li;~ wit It it (C-r 0~1 W I I A livift"tiltitt lift A v et lots. 1'.
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firPMI;."'i lit, Al"I I I [,1, 1- -of planli 1).IOPLV Up IjkV till- plant Soll'. ISP~ -11111 I-ca" ..'1 -0*

of I I I", Ill" liffit %44fl- AIII-1111119 it' IIK-AIVA. k-alcin"I with alLuli ill atcel tile r-pfilo- o4j,
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vautvr pbinti wa, I p-r toy -1 '1 It, routs- -
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:11 -,#*. ra-f"-j, trial plants 1"Pi
it Bromine in teffes
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KI arld ~larvh atoll lifrAo!'d fig. -I. . 1.1 drv-

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USM/Ceochemistry
Biochemistry
Brcmine
Aug 1946
"Tho Geochemistry and Biochemistry of Bromine
I I
Diffusion, L S Solivanov, 68 pp
"Trudy Biogeokhimicheakoy lab" No 8
Methods of determining small quantities of chlorine,
bromino, and iodine; bromine and other halides in
the atmosphere and in atmospheric precipitations;
bromine in fresh and salt waters; bromine in waters
and turfs of swamp areas; bromine in earth and fresh-
water plants; bromine in the sea. Nim-arous tables an!
a bibliography.
3T37
FA 3T37

3RLIVfi-NOV,L.S.(Moscow)
Origin of chlorine and bromine in the oceans salt. 31ul.Vulk.sta.
no.11:26-34 147. (M1RA 8:11)
(Salinity) (Chlorine) (Bromine)

SMIVANIOV, L. V.
"An Investigation of the Simplest Schemes of Drifting Sea Currents at
Shorelines." Cand Phys-Math Sci, Marine Hych-opbysics Inst, Acad Sci USSR,
27 Dee 54 (Wig 15 Dec 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Figher Educational Institutions (12)
10:
Sum. No. 556, 24 Jun 55

S/194/6-1/000/0-112/046/09-1
D256/D303
A'JTHORS-.
Lazebnikov, M. G., Perronskiy, V. I. and Selivanov,
L. V.
TITLE: Measuring soil density by means of gamma-rays
EERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 1961, 28, abstract 12V238 (Avtomob. dorogi,
1961~Yno. 3, 24-25)
4
TEXT: A field soil gamma-densitometer is described for rapid mea-
Burements of soil density. The system of the instrument is based
lLpon passing the gamma-rays through a layer of soil placed between
.he Source and the detector, the recorded intensity being depen-
~_ent upon the soil density. The described instrument comprises an
integrator with a 100/uA microammeter measuring the grid current
)f a triode tube, whose anode potential depends upon charging a
n-apacitor by current from a gamma-ray counter-tube. It is possible
aith the described instrument to determine the soil density at
depths down to 25 cm without destroying its structure. The accuracy
Card 112

S/19 61/000/012/046/097
Measuring soil density D256YD303
3
of the instrument is approximately + 0.03 g/cm . Two different con-
structions of the instrument are described: Fork-and feeler rod-
shaped. The basic electronic diagrams and the systems of construc-
f 4
tion for both types of instruments are given. There are _Lgures,
note: Complete translation.
la r d 2 '2
-a
~

SEL111411OV,- L-V~
Determining the -*a itude of the error of discharge meaw-urements
9M -
in rivers by the "are& 791OCity' method. Meteor. i gidrola
no.2,49-50 F 162. (MIRA 15:2)
(Hydrology)

SELIVANOV, L.V.
State of the problem of evaluating the accuracy of water-discharge
measurement in open channels and streams. Izm.tekh. no.5:58-59
My 163. (MIRA 16:10)

ACC NR- A117004581 SOURCE CODES UR/0362/66/002/005/0545/0547
AUTHOR: Sol ivanavo-L.. V.
ORG: -Hydrol.Qzi-ca.1-Er!~j-ejz-t-int-S-,-Yo, Zhuk_(Gidroproyekt)
TITLE: Detannination of the coefficients of friction and energy dissipation
a wave motion of a liquid using data from shipboard measure nts of wind A2--
waves in the ocean\4~
SOURCE: AN SSSR. Izvestiya. Mika atmosfery i okennap va 2g no# 59 1966p
545-547
TOPIC TAGS$ friction coofficientg wind velocity# atmospheric density
ABSTRACTS
On6 of the two main eq"tiona of tho w&ve fileld'is-tha onargy
,eqv.ation,, which can be written in the form
d E = Mj - Ep- ,
t
Lore E is the energy of wave motion of a column of liqttid with a unit
,croon section; M~ is the energy per unit surface of the seap imparted*.
-to tho'Waves from the'wind per-unft'time; E P is the -dissip"ion
energy per unit surface of the oca per unit time; t is times The
effect of normal and tangential wind stresses is represented by the
romula
2
I k2PSI(V 0) of
'n 42)
Card I

ACC NR. APL7004581
:where k2 is the dir~6n'oionless friction coefficient; pIfis &ir.density;'.,.T
V is wind velocity; a is wave apood;,6 is wave steepness* E p can
-represented in the form
E (3 Y*
b &c
'where b is the dimi~nsionloss-numerical coefficient of energy dissipa-
i Ition. lr~.this paper it. is shown that wave measurements with a_'cai-16
on the 12th and 14th voyages of tho "Kikhail lomnoAry" in
I e ra~
I ~~a~v
'the Trade Winds zone of the Atlantic (with a large fetch of 'waves and
.r a constancy of wind direction) made it possible to determine the'Yalues.,
or the coefficiento of fricti6n and dissivation of. wave.*Aotion. -**O_.
must, be obtained expe
OrIgo, 'art."iass formulas and I table, 5"Ss 38937
7
SUB CODEs 04 SUBM DATEs. 30Ssp65 ORIG REFI. 003
Card 212

.,r- :Lrtzn;znt7.rnc) ~c-
el
7' va

V I I. 'N'a, F. I-andidat peogrAficheakikh nauk; SNUMOV, I.I., lnznener-
gidrograf.
Gyrocompass in the Arctic. Vor.flot 17 no,6.24 Je ~5?. UIM~ 10:7)
I . Glw7aoye -uprav I eaiye se7ernogo morskogo nut i.
~Arctii regionR--GyrocOrMaS3)

SELIVANOV M
. . --v -
Depth measurement by sounding apparatuses. Mor.flot 21 no.5:14-16
My 161, (MIRA 14-5)
1. Nachallnik gruppy Gidrograficheskogo predpri.,*toa Glavsevmorputi.
(Deep-sea sounding) t

SELIVANOV, M.
More on the sagging of ships. Mor. flot 22 no.11:16-17
N 62. (MMA 15:12)
1. Nachallnik gruppy gidrograficheskogo predpriyatiya
Glavnogo upravleniya Severnogo morskogo puti Ministerstva
morskogo flota.
(Displacement (Ships))

SELIIIPJIOII. M.
Theodolite for position finding during navigation in ice. Mor.
flot 23 no.4:19-21 AP 163. (MIRA 16:5)
1. Nachallnik gruppy gidrograficheskogo predpriyatiya Glavnogo
Upravleniya Severnogo morskogo puti.
(Navigation) (Sea ice) (Theodolites)

MMOVSKIY, M.A.; PETROV, N.A.; FLODIN, A.A.; SELIVANOV, M.P., redektcr;
RO W-107A, L.A., reEakQr; KOMVEMVA, reagL-ba-r;
[Int,roduct-icn to the chemical analysis of coal (qualitative and
quantitative analysis] Vvedenie v Ichimicheskiy analiz uglei; kq~-
chest-rennyi i kolichestvannyi analiz. Moskva, Uglatekhizdat, 1954.
238 P. [I-licrofilml (MIRA R: 5)
(Coal-AnalysiB)

SELIVANOV, M.P.
[Safety in chemical laboratory work] Bezopasnost' rabot v
khimicheskikh laboratoriiakh. Moskva, Kedgiz, 1954.
319 P. (MLRA 8:2)
(Chemicals indastry-Safety measures)

MENKOVSKIY, Mikhail Abramovich; FLODIN, Aleksey Alekseyevich; SELIVANOV,
otv.red.; KAR OVICH, T.L., otv.red.; GARBKR,
.9
Izd-va; IL'INMC,1YA, G.I., tekhn.red.
(Analytical chemistry and technical analysis of coals] Ansli-
ticheskaia khimiia i tekhnicheskii analiz uglei. Moskva, Ugle-
tekhizdat, 1959. 335 P. (MIRA 12:11)
(Chemistry, Analytical) (Coal--Analysis)

NADEINSKIY, Boris Pavlovich; SELIVANOV, M.P., red.; LIPKINA, T.G.,
red.izd-va; GRIGORCHUK, L.A., tekhn.red.
LTheoretical principles and calculations of analytical
chemistry] Teoreticheskie oboanoveniia i raschety v anali-
ticheskoi khimii. Izd.3., perer. Moskva. Gos.izd-vo
*Vysshaia shkols," 1959. 443 P. (MIRA 13:7)
(Chemistry, Analytical)

VAYGACHEV, A.Z.; SELIVANOV., M.N.
In the tracks of previous expeditions; from the history of the
exploration of Franz Josef Land. Probi.Arkt.i Antarkt. no.7.61-63
161. (MIPA 1/+:10)
(Franz Josef Land--Exploring expeditions)

__A6CNR._jp ___ - - -_ ___1
6033520 SOURCE CODE: T-JR/0413/66/000/018/0159/0159
INVE NTOR: Selivanov, M. P.; Turbin, B. G.; Levin, L. P.; Semenov... Yu. M.;
Ugryumov, M. S,.ISh~_edunenko. L. A ; ~osullnikov_ G.
ORG: none
TITLE: Electromechanic signal converter, Class 62, No.. 186296
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1.a, 1966,
159
TOPIC TAGS: electromechanic converter, electromechanic signal converter,
electromagnetic device, servomechanism, electrohydraulic servomechanism,
electropneumatic servomechanism
ABSTRACT: The proposed electromechanical signal converter is intended
primarily for electrical hydraulic and pneumatic servomechanisms. It contains a
housing, a permanent-magnet electromagnetic device, pole pieces with adjustment
screws, a coil and a portable system unit which includes an elastic element, an
armature terminal, an operating slide element, and a magnetically permeable
bushing. To improve operational reliability, ensure the possibility of operating in
Card I / 2 UDC: 629.19 629.1351138 629.132

W6C
AP6033520
corrosive liquids, and improve the dynamic properties of the converter, the
operating slide element is hermetically separated from the electromagnetic device
and by an air gap from the magnetically permeable bushing. The slide element
and the armature are a single unit, and the sealing element also serves as. the
elastic element of the portable system. The adjusting screws are fixed to the polei
of the permanent magnet so as to make it possible to use the converter for servo-
mechanising with various output characteristics and in order to ensure the smooth
tuning of converter characteristics [Translation)
SUB CODE: 09/SUBM DATE: 22J4164/
2/2

a u it it I; .. 11 It 4 .1 J4 It JJ D Id J14 1: 11 id n 16 v a 0 0 it 4; is 45
it, r

of AHOY steel plate gulp in slearic (Smelt.
Ins) fairvaces. S. (40. YfAtRiv Atuf M, V, SvIlvarguir. Sidi
a cl. C.A.41, 1070A.-cr-M-Alo wd was
in an ch1c. furmcc ficun charles cntg- '()'71

66 coo
Zoo
go*

be
tjo 0
13-bip Z
A 2 1 L 6 NfTAjLVF(,KAL 11.11fOaTt41 CLASSPIWICOO
T- -T-
-j a a T I AM 1 11 1.0 w -3 d3 a 2
.0 1%
9 w 9v 17 to it~ n of cg K u K U it it It mw n i

SELIVANOV, N.
Cheese Factories
Mechanization of labor-consuming work in cheese cellars. Mol. prom.
13, No. 8, 1952.
Monthl List of Russian Accessions, Library of Congress, November 1952.
Unclass if ied.

1. 31aTVANOVI N.
9. U89R (600)
4. Dairying - Apparatus and Supplies
7. Covered steam pasteurizers without agitators. Moloch.prom., 14 no. 2., 1953,
9. Monthl List of Russian Accessions, Library of Congress, April -1-953, Uncl.

SELIVANOV, It.; MVOSELOV, N.
Why collective faros of Kalinin Provicne do not fulfill
their construction plan. Sall.stroi. 9 no.1:3-5 Ja-.? '54.
(MIRh 13:2)
(Kalinin Province--Farm buildings)

SELIVANOV, N.
'~r-"W-1
m4tw'OA
Provide all new settlers with dwellings. Sell.stroi. 11 no.3:10-12
Mr 157. (MLRA 10:5)
1.Starshiy inzhener,O1&vkoIkoz9troya Miniaterstva gorodskogo
i sellskogo stroitel'stva RSFSR.
(Housing, Rural)

IT~
3i~blvli~;Ov) I , Libullptor
lechniques of sculpture. lUn,tel-h. 6 no~4:70-74 Ap 162.
O-Zirtt. 15:6)
(SculrAure-Tecilmique)

:00,IVANOV, N.A., veterinarnyy vrach.
Clinical and pathoanatomical data in hexachloran poisoning of
horses. Veterinariia 30 no.2:47-48 F '53. MRA 6:2)
1. Vel'skiy tBantral'nyy zoovetuchastok.

SELIVAINOV, N.A.; EYSMAN, A.A.
In the service of criminal investigation. Priroda 50 no.6:69-73
is 161. (KIRA 14-5)
1. Vaesoyuznyy nauchno-isoledovateltskiy institut krimin-alistiki,
Moskva.
(Criminal investigation)

7- , . - - ~a P
.

Sal . I I I I I I I I I I
' l' " "
A
A__.L I ft -A., * " M
r Q I J 'Y _.T.. IF I Y I
41 'If - 14 1 .Cf
xegoomtion of carbon disuldde In the viscose industry.
'
00 N jirkA. RV 11. 1. P/ 1
1940. No. 1. :1 Ill.
Kii,w. ;'. 1940. H, I '"' - - I it a 11, fit. . W. I I, ~., -00
0 9
,.( vi-itirwriprox. ~N-;U% rd C% (.in 111.- .1. of.-riful- I
1, 41-1 Im III, .11111thiation fit alki'll 1 '41411- M."I 0 111, -06
.184"114 11W -pil"ImIg
,;
A 011.1 4111finx fit" fit-01111VIII o1 111, 121,14% C.
* IrIll"11MIX
In (lie WWI after 'pultillis Call th- tritenlrim"i fly Ift,411tig

t thr tlt%-r widl water at 70 my, Allif %tINAlluent mnifl-II'A.
S
i
f
1
f
h
i,
Sol ntim, wl"wratton o
iwit o
4w t
e n"it
C.
- An app.
t'. - .1~ Reltvilegati.ml 4 C. (,i%
S, I inq " collodlrt

0 0 'WV 11'r mkill& ..'muliskoll. All'i im" III,
"'
Sol
1"". mm~. up to 3U
of CN It.-ml
0 0 zoo

see

jig
06

0 t, Z7,5 -.~ I- 'r- aw i)~;.

0 0 0
S, a 0 It I w III a Al a 3 1 9
0 Oi
lei i
0 0 0 0 0 IS IS 0 0 IS 0 a 0 0 IS 0 IS 11 0 4 0 0 0 0 0 0 0 0 a 0 0 a e

The sUcking together of the
sUple, A. 1. M"is and %. 1. 'i0tvallovi Erkilit. Pram.
8, NO. 3, 16-18(11M8); Cililil. .Zeel?. (RU-IAu ZOUC IGI-1
1040. 1, 1 IWO.-The %ticking together of flat indlOdual
filts In the Insnul. Of Viscose $topic to attrilmted to Incont-
I-Wrly C~gvtrrmvd wanthate. Better WHAIttit of %be In-
lividnal 111.1% In lit. plall. It"Ill 14 attal'i"I with hwim"Iml
"'S' VAII Of IhC AIRUAI VCltJAVI SpItkullill. No alh king tngrtlwf
of the IndividuAl fibers was ol~rv~j with &,4n.
ning: the tensik strength of the fibers was, werras"I front
1.68 to 1,96 g. per denitr stud the elongution reduced from
.33.11 to 27.9%. Good circulation of the pptn. bath to re-
dum the variation its a6lity Is also Importnat.

SURKOV, Viktor Danilovich, prof.; LIPATOV, Nlikolay I'likitovich,
dots. BAIW;OW;KlY, Nikolay Vasillyevich, kand. tekhn.
nauk; Prinimal uchastiye SELIVAXOV, Irand.
tekhn. nauk; IVANOVA, II.M., red.; SOKOLOVA, I.A.., tekhn.
red.
(Technological equipment of dniry enterprisos]Tekhnologicho-
skoe oborudovanie predpi-iiatii molochnoi pronWshlennosti.
Moskva) Pishchepromizdat, 1962. 576 p. XRA 15:8)
(Dairying.-Equipment and supplies)

f. T A I N i
'Af- L 07
7 A T i
A Y A w V A

kand.tekhn.nauk; RABINOVICH, Ye.I.2
VOROITOV, F.D., prof.;-=VAN-OV
kand.tekhn.nauk; IMIYEITKO, A.M., inzh.; TKACIMEEO, I.A., inzh.;
KUSTOBAYEV, G.G., inzh.; IVANOVA, N.G., inzh.; RYABCHIKOV, F.D., inzh.;
GRUZNOV, A.K., inzh. I
Developing a technology for the casting and quality investigation
of 21-ton rimmed steel ingots. Stall 22 no.8:709-713 Ag 162.
(MIRA 15:7)
(Steel ingots)

VORONOV, F.D., prof.; MOROZOV, A.N., prof., doktor tekhn.nauk;
kand.tekhn.nauk; SlaRNOV, YU.D., kand.tekhn.nauk;
RABINOVICH, Ye.I., kand.tekhn.nauk; CELPEOV, G.I.Y inzh.;
TKAGRENKO, I.A., inzh,; BIKTAGIROV, K.K., inzh.; FILIPPOV, V.M.,
inzh.; KUSTOBAYEV, G.G., inzh.
Making St. 3ps capped steel in Magnitogorsk Metallurgical
Combine open-hearth furnaces. Stall 22 no.8:716-718 Ag 162.
(RIRA 15:7)
1. Magnitogorskiy metallurgicheskiy kombinat i Chelyabinskiy
naucluio-issledovatellskiy institut metallurgii.
(Magnitogorsk--Open-hoarth process)

SELIVANOV, N.M.; TKACHEIIKO, I.A.; MAKARYCHEV, A.R.
Research at the Magnitogorsk Metallurgical Combine. Stall 22
no.8:718-719 Ag 162, (MIRA 15:7)
(Magnitogorsk--Steel ingots)

KOLOVY M.I., inzh.; YERSHOVA, L.P., inzh.; SELIVANOV, N.M., kand.tekhn..auk
Effect of grain size on the magnetic properties of cold-rolled
electrical steel. Stall 22 no.8:744-747 Ag 162. (MIRA 15:7)
1. 1-tagnitogorskiy metallurgicheskiy kombinat.
(Sheet steel-Magnetic properties)

--------------------------------

N AP4048658
k

.
rom
o, sheet
f the treated steel firipr64ed. The: deji6e: of anisotropy of the tensile'
.
temperature and at low temperatures -increased and,the -s6n4iti~iiyA,6- -mi6chanical'.',
'
r. -L. G. Ganeyeja too he --t0sts.-:,,
aging was reduced. "Eng
-,,has: 6 figures.

~ASSOCIATION: None
ij
CQDE:-PAW.'.-
:SUBMITTEM 00 ENCL-~ 00

NR REF SOV: 602: -OTHE]ft:'
000

.Card 2/2

VORONOVi FJ)~, F'11-~TOIV, AD,, inzh,j D:-7-,'NEKO, D.I., inzh,, BIGEY V,
A,M,, kand. tekhn, nauk; TKACIIENKC, 1,A., 1-nzh,; SELIVANOV, N,M,,
kand. tekhn, nauk; ARYCHENKOV, V.P., inzh.
UOe of boll intennI.N.Prs in .he rapid pouring of rimmed steel.
I
Zlt-all 25 Ap 16~55. (MTRA 18M)
j~ ML,-gnitogoz-akAy metallurgicheskiy kombinat i Magnitogorskiy
gornometallurgicheskiy jnBtitut.

S/153/62/005/006/001/015
E071/1092
AUTHOR,';: Selivanov- Sazykina, T.A. and Zubova, G.A.
TITLE : Physicochenical properties of selenates.
XVL. Investigation of the behavior of cesium
,Plenate on hea-cing
P3',~IODTCAL: Izvestiya vysshikh uchebnykh zavedeniy, Vhimlya i
Ichimicheskaya tekhnologiya, v. 5, no. 6, 1962,
859 - 863
T EXT: Since there are no literature data on the behavior
of cesium selenate on heating, investigations were carried out on
this subjpct by differential thermal analysis, determination of
changes i~i weight and composition as well as X-ray photography
of Cs 2 SeO4 at various temperatures. Cesium selenate used in the
tests was,obtained by oxidizing cesium selenite with 306'a H 0
2 2
The selen~te was prepared by neutralization of cesium carbonate
with selepious acid. It was found that cesium selenate decomposed;
slightly when heated from 200 to 6oo 0 C, formins cesium selenite.
0
Further h.eat:inS up to 1 000 C did not produce any changes in
compositibn and structure. There was a reversible endothermic
Card 1/2

S/153/62/005/006/001/015
Physicoche,mical properties .... E071/E392
effect on the heating curve at 608 OC which could be explained
as being due to the polymorphic transformation of the rhombic
-cesiuni s(~lenate crystals into hexagonal. The second endothermic
effect on the curve at 985 0C corresponded to melting without
decomposition. Cesium selenate was noticeably evaporating at
900 OC and over, without changing its composition.
There are 1 figure and 3 tables.
ASSOCIATION: Kafedra obshchey 1 neorganicheskoy Idiimii,
Moskovskly khimiko-telchnologicheskiy institut
im. D.I. Mendeleyeva (Department of General
and Inorganic Chemistry, Mos6oif Institute of
Chemical Technology im. D.I. Mendeleyev)
SUBMITTED: September 22, 1961
L-C-ard 2/2,

SELIVANGVA, N.,M.; SAMPLAVSKAYA, K.K.; MAYYFIR, A.I.
Physicochemical properties of selenates; the heat of formation
of copper selenates. Trudy WMLI no.38.-30-36 162. (MBA 16:7)
(Copper selenates) (Heat of formation)

SELIVANOVAI N.M.; SAMPLAVSKAYA, K.K.; STRELITSOVy I.S.; MAZEPOVA, V.I.
Thermal decomposition of alumi= selenate. Zhur. neorg. khJm.
8 no.7:16,45-1653 JI 163. (MIELA 16:7)
(Salanates) (Aluminum compounds)
(Thermal analysis)

SE, L VI ANOV 4 , 11 ~ fl, ,
ApproxImat, of the heats of formation of selenates.
Zhur.neorg,kiliin, 8 no.9,2024-2028 S 163. (KIRA 16:10)

L T.TP(c) JD
ACC NRs A116019765 (A) SOURCE CODE.- UR/0370/66/000/003/0003/001N
i AUDIOR: Kraychonko, V. F.; Is 1. V
atov, 1. _., Khlebnikov, A. Ye.; Dashevskiy, Yu. A.
L~Cbedev, Ya. I.,; Selivanov, N. P1.60-)
ORG: none
TITLE: Improving the quality of open hearth steel
metal alloys
by treating it with rare earth
SOURCE: AN SSSil. lzvestiya, Wtally, i1o. 3, 1960, )-111
TOPIC TAGS: rare earth metal, metallurc
gic process, metal physics, me.La I property)
010j(h 2,V-?,, V-0~
A 13,'~T JC T :Tiiere is very iiLtle Publ shed information concerniri~j the effect, of rare
earth metals (REM) on tile properties ~f steel, and Oil thf! Optimum conditions fc
usi.- of such metals. This paper itivestihates the effects of REM oil specific pro,
of steel, notes procedures for alloying steel, and indicates optimum RMI content to
achieve desired combinations of mechanical properties. Chemical thermodynamic data
anti composition of REM alloys are presented in order to provide a better understandingI
of the principles involved in alloying steel with HEM. Experimental melts were pro-
duced in a 150 ton induction furnace as well as in 25 and 200 ton basic open hearth
fu;:-naces. Mishmetal, a rare earth alloy containing 56.1% Ce and 41.3% La (other REM,
iron, and impurities totaled 2.6%), was used as the deoxidizing agent. Studies were
made of both cast and wrought metal states and tables of mechanical properties are in-,
UDc: 669.141.243.4
r_.4 1 /9.

L .45h35-66
ACC NR:AP 019765
cluded. The impact strength of steel _40Kh21NIfm,meltPrl in a 25 ton furnace and top-
poured at 1580*C, is given. Results of the expr~rii;wnts showed that in all cases the
addition of REM increased steel ductility. This increase was grea'test when the mish-
metal was able to reduce sulfur content in Hie solidified ingot. Desulfurization wap
best accomplished when it was initiated in the ladle prior to pouring into the mold.-
Optimum conditions were concluded to be ladle deoxidation and, desulfurization by add-
ing 0-15-0.20% mishmetal. (calculated). to the' molten steel (1560-1580*C) immediately .I
lafter tapping from the furnace. The mishmetal reaction begins and most of the sulfur
is removed by the time tile steel is poured and solidified. The procedure lowers the
0' The mishmetal significantly reduces nonmetallic inclu ion
sulfur content 25 t 30%,. s
content, as well as changing the shape, composition, and distribution of that content.
iFinally, the REM alloy increases impact strength of the rolled steel 27 to 47%
(transverse test samples) and of cast steel by-47 to 65%, with a simultaneous increase
in ductility. Orig. art. has: 12 tables and 6 figures.
i
SUB CODE: I SUBM DATE: 25 May 64 / ORIG,REF: 026 / OTH REF: 001
L "
Card

84096
SP58/60110-/006A03/V'0
AD-,jA00I
TI-si.tion r, N.r.rtLvojT sh,,,nei. rui". 1960. No. 6. P. 29, f 13140
SLel' ikowa_X V.. ZIralle ~?M . QrI,h&y*v. r~A,, Xit-Y017',
~-B . ~. NP., Khl.n.
.7-k. W'A.
TrTLE An la.atron Ae..I.r.t0T with 3.5 P40Y Output Energy
MMCDZCAL, Tr. 3.a.il AN Uk,= P. Wrn. i.pl'sobaalyu Loon. parlit. Kly-,,
All Ukr5=. 190. PP. 16-23
T1= 7he authors describe a Itnear eleatrva -olaratar with a travel.
ling wave or 3.5 Y- amergy. A wk-c.LU I.-d.L -Ltt- disk. -. used - -..I ... tt~g
art%-. Th. nee ... Ary lam Of -,. chat. velocity var1.t1c. Is brought about b
.-I. of the dimsmat~ Of the apertures I. -.he disk.. Th. ZW- 1 ..g ..v.y
X.U.1141di~lded into threo action*. Xn the fire' station, thv phase velocity
I. art:d fr~m 0.5 to 0.97 a, In uhe second and third station it is #qual to OJ9
PM 0.09 a respeotively. -be electron equilibri= 0-a increas- during the
"It',stion P-683 Its initial Val.. I q-1 to '-5- " IS chol.. according
the opts- sVt~ Mdltlm. ':h* am~tAttonal V&XU0 Or Lhe h.r. pcrwor at the
accelerator input is goo kv; the accelerator field int"Sity amo-t. hareat to
16.5 kv/,ca. lbe aacel*rst~ mtpjt Power (abcut 600 kv) in ab-mod In a stool
1044 wIthmstar sooll"I A;vroaLmteLY 3~O kw a.ra dissipatod In the waveT~-.io
wells. An additions.1 axlsy~trical magyati* field with an Intensity up to 400
0. is do-jap9d by Soleraid.,f:r focusing 'hq .1.0tron. long -.he -I,
Am :lectraft gum ith th~ a a trade. -.M-- - electron 4ourcoj It optrates
Pul SAC s7umhron:-IY with 'h* &%Cn4trao Ker-1-t-1 WA pra,ld"s for a be" of 5-
6 - d1siast.r at the I.;.t. 7he Output Paraostera of the accelerator
.:.Urd we. the cu~o - I. bo.t 10.~O a,a In the Pulse of ?L-00 duration. the
'-4- aurrtnt is about 20-~Q ~ A; the bean di-,t.r 1$ 3-4 iss -t'.h the di-r.
Swade ar4le of 7J0-4 - 3.10-3 radim: the energy bem half.vid6.h 1. alut e1g,
AMRXIATIM, Pit.-tekh.. 1-t AN UkraM (FjL!qjao-M1AIn-inx Institute a., --ho
Ukrainian, of
ftt.y.,
Treo.lator's notat Ihis Is the full translation of the original Ftul.L- abstract.
Card 2/2
\16

LVANOV
t"
-9-30 14 l6r/.

SINELINIKOV, K.D.; RUTKVIICH, B.N.; SAFRONOV, B.G.tSELIVANOVN.P.,
otv.za VYP,
[Nonadiabatic traps for charged particles) Neadiabati-
cheskie lovushki zariazhennykh chastits. KharIkov, Fiziko-
tekhn. in-t AN USEER, 1960. 479-494 P. (MIRA 17:2)

AU'2HORS1
TITLE
ScuacEt
8/861/62/000/000/012/022
B125/B102
Selivanov, N. P., Faynberg, Ya. B.
The possibility of using traveling-wave linear accelerators to
accelerate heavy particles
Teoriya i raschet lineynykh uskoriteley; sbornik'Btatey. Fiz.-
tekhn. inst. AN USSR. Ed. by T. V. Kukoleva. Moscow,
Gosatomizdat, 1962, 174 - 185
T%,XTt The efficiencies of standing-wave and traveling-wave linear proton
a--.celerators are estimated by comparing the specific losses in rf power.
A comparatively long time T 0-60 r-seo elapses before the stationary state
has become established, and this prevents the use of magnetrons or Klystrons
for supplying traveling-wave accelerators. Break-down phenomena bletween the
e.rive tubes precludes increasing the mean accelerating field or shortening
the accelerator. Traveling-wave waveguides containing metal discs are cal-.
(:ulated using the approximation method of V. V. Vladimirskiy ("Zh. tekhn.
..IizU, 17, 1269 (1947)) and 11. J. Hansen (Appl. Phys., 20, 260 (1949))- In
-dansen's dispersion equation
Card 1/3

S/861/62/000/000/012/022
The possibility of using... B125/B102
I Jl(ka)= Jj(ka)NO(kb)-Nj(k(t)JQ(kb)
k1a J a Tk-n) ka JJO (kit) N, jkb) - Nq (kb) J9 (knTI MI
J, I and N are Bessel and Neumann functions, and kb 2nb/51 or ka 2 71'a P,
are the relative radii of the waveguide or of the disc aperture. b and a
are: the corresponding absolute radii. The phase velocity of the wave in-
creases continuously along the accelerator. Even when the most effective
focusing methods available are used, the radius of the proton bunch remains
smaller than a. For small phase velocities, the increase in efficiency due
to the decrease in b is compensated by increased attenuation of the field in
them accelerator. For optimum design of the accelerator, all its parameters
have to be properly chosen to render the correspondence complete. When weak
accelerating fielas are used, the losses in the initial part of a traveling-
wave linear proton accelerator are advantageously small. At final energies
of 1000 h1ev, howevery they are about 1.5 times as large as those in standing-
wave accelerators. New methods of focusing that are more effective will
invert this ratio. Since stronger accelerating fi6lds can be used, a
smaller value can be chosen for the total length of a traveling wave proton
Card 2/3

S/86 62/000/000/012/022
The possibility of using ... B125XB102
accelerator than foi that of a standing wave accelerator. This advantage is
k.rgely compensated,by the absence of a sufficiently effective method, for
decelerating the traveling wave. More eff-eotive focusing methods, employing
waveguioes of 10 am wavelength, will furnish proton bunches a few milli-
M'3ters in radius; this will considerably increase the efficiency of the
t.va-veling 'wave linear proton acceliprator. This paper was written in 1949*
There are 6 figures.
Card 3/3

U882
S18611621000100010131022
B125/B102
.kUTHORSs Selivarfov, N. P., Faynberg, Ye. B., Stepanov, K. N.,
TITLE: Choosing the best variant of a linear proton accelerator
SOURCES Teoriya i raschet linqynykh uskoriteley, sbornik'statey. Piz.-..
tekhn. i1st AN USSf- Ed. by. T. V. Kukoleva. MOSCOW#
M 1962, 186 - 202
Gosato izda
Two theories are studied; that of waveguides with dielectric disce
fitted inside, used to accelerate protons-to high energies, and that of
radial focusing using alternate focusing and'defocusing lenses. When the.,,-
dielectric constant & - a'(X,Y120 and the conductivity d - 6(x,y,z) are timd--
independent, 61 t k2r - di-;rr-grad(ln k2) . -(4n/c)j holds, where
k2 . io(iol- + OON, W denot-ing the frequency and j the"current density.
._.In the case of an axisymmetric field and zero current the product A(r,z)
. R(r)Z(z) is formulated so as to obtain the components of electric and
magnetic field strengthat
Card 1/4

Choosing the best variant of ...
5/861/62/OOU/000/013/022'
B125/B102
E, E,,J,, (nir) el N",')"
E, ;rk, tit (a + b) nir) e1 (WI-k's);
b _0~ (12).
iE
I
H'; + J,
k'2 -
C
ae+b
The boundary conditions
�A
I I IA (2
A A lz=~,+ -
Z- dz
')z '+0
take account of the jump-like change in the properties of the medium at
Z.. The formulas (12) agree with the known expressions for the compo-
nents of an electromagnetic field in a waveguide containing an anisotropic
dielectric, if the following condition is observedt The discs made of a-
homogeneous isotropic dielectric, that are fitted inside the waveguide, must
be equivalent to an anisotropic dielectric having the effective F_ components
..Card 2/4

Tj
Choosing the beat variant of#,fp
S/W~62/000/000/013/022
B125/B102
(a+r-W(a~b). (a+b)e/(a6+b). The mean phase velocity in a wave-
F,U:ide containing discs is smaller than that in an empty waveguide; it is
gr:.~ater than that in one containing a dielectric. The attenuat n of the
fields due to the infinite conductivity is pr'Oportional to e-~t where
a* m2cs e2 -
b
C2
R, -7 b=,)
b) 6 It
a-ad m 2.405/R. The power losses per unit length from a waveguide contain-
ing dielectric discs amount to D, (1-e-e)S=d'~S. When the structural
jeriod remains constant, the phase velocity of a wave in a waveguide fitt6'd
Y ith dielectric discs is varied by changing the ;telative thickness, a/b,,
(if the discs. Linear accelerators with alternately arranged magnetic lenses
:?ossess regions of stable motion in the y and z directions corresponding to
3ertain values of magnetic field gradient and lens length. The stability
condition of the motion in such traveling-wave accelerators reads
H' -11,COSTS ",+U2 (cl. -'a,). (25),
Card 3/4 02), at-Ul eE co s T,

3/86 62/000/00d/015/022
B 1 25Y13102
AUTHORS: Faynberg, Ya. B., Selivanov, 11. P.
TITUt Investigating the initial part of a linear electron accelerator
SOURCEj Teoriya i rasch(_,t, lin~_-,ynykh uskoriteley, abornik atatey. Piz.-
tekhn. inst. AN USSR. Ed. by T. V. Kukoleva. Moscow-,
Gosatomizdat, 1962, 211 - 230
TEXT; The accelerating system of this linear accelerator consists of a
waveguide fitted with metal discs. V"hen the entrance field strengths ar e
not too high, e.g. eE 0 180 kev, and ~ >0.5,- the phase oscillations cal-
culated by the quasi-classical approximation method are correct. The phase
stability deteriorates in an attenuating ffeld, and is improved by an in-
creasing field. The amplitudes and frequencies of the phase oscillations
derived by numerical integration of the equation of motion for the partidle
agree tolerably well with those calculated in quasi-classical approximation.
The numerical results imply a constant waveguide radius in the initial part,
cf the accelerator. The effect of the space charge on the phase velocity
cf the wave is small anyway if the currents are large; it becomes even
Card 1/2

-:/861/62/000/000/015/022
Investigating the initial part ... B125/B102
smaller when the relativis-~ic correction is taken into account. The r-f
energy absorbed in the accelerated bunch can be disregarded in accelerators
of low amperage. For accelerators of large ampErage, the energy conserva-
tion equ~_ition (Nilat) + D t- 1)1- 0 is used to determine the change in the
accelerating field strength due to aboorption of energy in the bunch, a~d
hence the maximum duration of the accelerated particle pulse for which the
condition for particle acceleration in fulfilled. IV is the power supply of
tie accelerator, D the losses in the walls, and D 1 the power absorbed by
tie bunch. The flux of accelerated particles can be very large when the
pulses are short. The longitudinal and transverse electric fields set up
b,y ellipsoidal electron bunches of uniform density are considerably weaker
than the accelerating r-f field. N;~vertheless, the bunches can greatly
affect some of the electrodynamical parameters of the system. This paper
was written in 1952. There are 9 figures and 8 tables.
.ir,i 2/2

8/661/62/000/000/016/022
B1 25/B108
AUTHORS, Selivanov, N. P., Faynberg, Ya. 13., Gillman, M. Z.
TITLEs Calculation of a linear electron accelerator for 4 Mev
SOURCEs Teoriya i raBChOt lineynykh uskoriteley, abornik statey. Fiz.-
tekhn. inst. AN USSR. Ed. by T. V. Kukoleva. Moscow,
Gosatomizdat, 1962, 231 - 242
TEXTi A travelling n/2-wave linear accelerator segmented by annular metal
discs (as suggested by V. V. Vladimirskiy) is calculated with the
Walkinshow-Brillouin (J. Appl. Phys., 20, 634'.(1949)) method which ensures
high accuracy in determining the phase-velocity of the wave and the frequen-
cy of the system. The dispersion relation# actually a determinant with an/
infinite number of rows and lines, need no~ have more than three rows in
order to give sufficiently accurate results. It is derived using the con-
tinuity of the tangential components of the electric and of the magne 'tic
fields and solved by graphical means. Leaving-the ratio of thickness I
of the disks to wavelength ), unchanged, the solution also remains unchanged.
It can be used then to calculate the inner radii a of the annular disks for
any frequency W. The spacing between the discs,~s then determined by suc-
Card 1/2

S/861/62/000/000/016/022
Calculation of a linear electron... B125/B106
cessive approximation for a given h-f power flux S 0at the input of the
accelerator, taking the loss in power-into account. The initial 0.7-Mev-
section of a 4-Mev linear accelerator was calculated, constructed, and
tested at the Fiziko-tekhnicheskiy institut AN U*SR (Physicotechnical
Institute AS UkrSSR). For X - 10.6493 cm, the outer radius of the disks
(wave guide) b ~ 4.491, and 1 - 0.398 cm, the results were as follows:
The distances between the single discs had to increase from 13.62 am to
23-94 mm between the first and the 44th disc and the infier diameters 2a in-
creased from 31.26 mm to 39.36 mm. Experimental and calculated data were
in good agreement, so the entire 4-Mev accelerator was completed after cala-
culations with the same method. Results were very good. The present work
was composed in 1953. There are 5 figures and 5 tables.
Card 2/2

B/861/62/000/000/017/022
B125/B108
AUTHORSt Akhiyezer, A. I., Paynberg, Ya. B., Selivanov N. P.
I . , K 0 v-a -ie Y i~z h ny a k j
Stepan6v, F. N., Pakhomov, V.
N. A.,'Gorbatenko, 111. F., Barlyakhtan, V. G., Shanshanov, A. A.
TITLEs Linear electron acceleratorefor high energies
SOURCEi Teoriya i raschet lineynykh uskori ,teley, abornik statey. Fizv-
tekhn. inst. All USSR. Ed. by T, V. Kukoleva. Moscow,
Gosatomizdat, 1962, 243 - 309
TEXTt This paper, finished in 1955, is a voluminous report on the most
important results obtained at the Fiziko-tekhnicheskiy institut AN USSR
(Physicotechnical Institute AS TjkrSSR) between 1948 and 1955 as to the
proper choice of an accelerating system ana its optimum parameters. as well
as on the dynamics of the electrons inside the accelerator. One of the most
efficient systems is the n/2 traveling wave type accelerator segmented by
annular metal disks (designed by V. V. Vladimirskiy). The calculation of
such a waveguide with the -ialkinshow-Brillouin method (J. Appl. Phys., 20,
634 (1949)) is demonstrated. The radial motion of the electrons in a Bev-
accelerator under the action of terrestrial magnetism and gravity should- be
Card 1/2

Linear electron accelerator...
Sz/861/62/000/000/017/022
B125/B108
compensated by the combined magnetic fields of rectilinear currents and a
small number of electromagnets. In such a case, detectors are necessary
indicating the displacement of the beam by the fields of the correcting
magnets. Owing to the great length of linear accelerators, an additional-
radial focusing on the principal section is necessary. In the first se6tion
and in the injector this will be achieved by strong longitudinal magnetic
fields. In the principal section radial focusing can be achieved by short
magnetic lenses (diameter 50 cm) producing a longitudinal magnetic field of
-looo oe/cm, or by a system of four-pole lenses. Both systems can reduce
the beam radius at the output of the accelerator to 0.5 cm. There are
1 figure and 18 tables.

AUTHOR: Znamenskiy, il. N. and .9()V/138
T I T LE Preparation of Water - Oil Emulsions with the Aid of an
Acoustic Hydrodynamic Vibrator, (Prigotovlenlye vodno-
maslyanykh emul"siy pri, pomcahchi zvukovoga gidrodinami-
cheskogo vibratora).
PERIODICAL: Kauchuk i Reziria, 1958, Nr.4. pqu. 35. (USSR).
ABSTRACT: The physico-chemical laboratory of NIIR developed during,
1957 a method for preparing water - oil emulsions based
on using the emulsifying action of the vibrations of a
sound band. The hydrodynamic vibrator used for creatin-
C:>
the vibrations is of very simple construction. The
vibrations. are created in a metallic plate by an
impact at the end plate by a jet of liquid which is*
under a pressure of several atmospheres (Fig;l). The
emulsion is repa:~ed in a plant, the setting-up of which
is shown in M.2. 100 litre of emulsion 07tth a con-
centration Of .the dispersicfi phase equal to t30 - 65%)
can be inade during one hour. The efficiency of the
plant can be inereased'considerably when preparing less
concentrated emulsicns~ The frequency of the vibrations
= 2 - 5 kilohertz.' The pressure of the liquid, which is
Card 1/2 of the order of 5 - 10 atmospheres, is achieved by using

SOV/138 -58-4-11/13
Preparation of Water _' Oil EmulsiorDwith the Aid of an Acoustic
Hydrodynamic Vibrator.
a pinion pump ShDP-18. 100 kw of electricenergy is
used'foor 1,000 litres 6f emulsion. This apparatus'
was used in the 1natitut6 for preparing aqueous emul-
sions of-dibutylsebacate, diootylsebacate, vaseline
oil-and 6ther plastoisers which are used in the rubber
industry.
ASSOCIATION: Research Institute for Rubber and'Latex Goods.
(Na
uchno-issledovatel'siciy institut rezinovykh i
lateksnyk-h izdeliy).
Card 2/2 1. oil-water mixtures--Preparation 2. Plasticizers---
Production 3. Vibration mechanisms--Design 4. Sound---
Applications

ADTHORS: zrlamens:rciY, !.1. 11. and Selivang
y,,v7
_
TITLE: Des"-ruotllon of 11atural Rubber in Solution by 'Ultrasonic
Vlave8 (Destruktsiya natural'no-o lcauchu%_~~. v rastvore
-
pod vo-,deystviyeni ultraizvulcm)
PERIODICAL: Kauuh-,.i'~,- i Hezina, 19558. lir 9, pp 37 - 38 (1135-10
ABSTRACT:' Natural rubber in Solution in benzol (0.63/c,) was sub-
je3ted to ultrasonic vibration in the 22 - 1000 kilo-
cycle range by a mia-r-neto-strictive generator. Des-
truction of the rubber was gauged by viscosity deter-
mination of the solution, usinL, an Os-~wald :-iscometer.
Fic.1 shows the relationship bet~,,reen viscoslt7 and dr-
L
ration of subjection to ultrasonic vib-ration for five
different frequencies. With the exception of the cunre
-,or 1000 kilocycles, the curves fit fomula (1). The
material subjected to ultrasonic vibration tends to
reach an equilibrium condition depending- or, the frequen-
cy. The final or equilibrium de-ree of destmotion
cn,angges little in the 22 to 500 1-1ilocYcle ~ranEa. At
750 kilocycles "-ere is marOced decrease in the speed
a-nd des ree of destruction. At 1000 !,-ilc---y,.,les the des-
~
Card 1/2 tru,;ti
on Is sli, 1-it, -viscosity chanLo~es show a linear

SOV/138-58-0-11/11
,Destruction of liatural 'lubber in Solution by Ultrason-Lo Waves
relationship with duration of test. The curves show
that the process of destruction is almost entirely
completed within 30 minutes of subjection of the poly-
mer to ultrasonic vibration under the -iven conditions.
The relationship found between degree and speed of des-
truction to intensity of ultrasonic vibration, leads
to the conclusion that intensities oLI the order of 77 to
10 vlatts/crnl~, are sufficient to cause a reduction of
viscosity of the solution to 20% of its initial value,
and this evidences cons idera-ble, chan[;es in the poly.-mer.
Piz-.01 shw-rs the relationship between viscosity (relati~q
Uo initial state) and intensity of vibration (watts/crq-)
for a 30 minute test at 300 kilocycles. There are 2 Figures
and 1 Table, also 5 References: 3 Soviet and 2 En,~lish.
A.SSOCIATION:lTauchnot~isaedovatellskiy institut rezinov-%rich i lateir-
sny1ch izdeliy(8cienL-U'ic 'Research Ins-b-itute for Rubber
and Late-2- Products)
Card 2/2

S/G31/6O/0OO/02i/o16/O18
A005/ACOI
Translation from: Referativnyy zhurnal, Khimiya, 1960, No. 21, P. 86906
tr
AUTHORS: Znamenskiy, N. N., Sdlivanov
TITLE: The Application of Elastic Vibrations to Certain Processes in the
Latex Technology
PERIODICAL: Tr, N.-i. in-ta resin. i lateksn, izdeliy, 1959, sb. 2, pp. 146-154
TEXT: The authors jtudied the preparation processes of emulsions of various
liquids and the washing off processes of rubber articles from latex by means of a
hydrodynamic vibrator. The vibrator with cantilever fixing of a plate ensures the
most stable operation conditions. The resonance was observed at 1.5 - "; kc for
10 at liquid pressure. The distance between the nozzle and the plate varied hereat,
fz-om 10 to 3 mm. At the distance between the nozzle and the plate 4 0.1 mm, plate
vibrations were observed at a frequency of < -, kc. In tH= majority of the tests
conducted, water was the liquid driven through the vibrazor. The adjustment of
the vibrator was performed by means of a sound pressure gage constructed by the
authors on the basis of the developments of the Akusticheskiy Institut AN SSSR
(Institute of Acoustics of the Academy of Sciences USSR) together with a frequency
Card 1/2

SIC, Ab !16,VOGQ1,:) 21/01, 6 SVC _18
A005/AOO I
The Application of Elastic Vibrations to Certain Processes in the Latex Technology
meter ~~-6 (ICh-6), 'the device permits the measurement of the vibration frequency
and the relative value of the sound pressure in the liquid. The 20,10-emulsion of
lubricating oil was obtained sufficiently stable after a few passages of the liquid
through the vibrator. The addition of surface-active substances considerably
increases the emulsion stability. Gloves produced from latex by way of ion
precipitation were placed into a vessel with flowing water in which 'the vibrator
operated, The washing off of the gloves was accelerated by about I- times at
frequencies of 5-8 kc. With decreasing frequency down to 1-2 kc the effect sharply
decreased. The possibility is pointed out of the operation of an industrial Unit
for the preparation of 60%-emulsions with an output of 1-2 !/min.
1. Pil'm--~nshteyn
Translator's note: This is the full translation of the original RuZsian abstract.
Card 2/2

210-66
N1. AT6013179 SOURCE CODE: UR/0000/61/000/000/0145/0165
AUTHORS: Znamenskiy, -11. N.; Solivanov, 0. A.-; F~o~rm, ~L.S.~; Chernaya, V. V.
ORG: none
TITLE: Some investigations of the application of ultrasound in industrial process-
ing of resin
SOURCE: Moscow. Oblastnoy pedagogicheskiy institut. Primeneniye ulltraakustiki k
issledovaniyu veshchestva, no. 14, 1961,
TOPIC TAGS: ultrasound, emulsion, chloroprene, natural rubber, polymer degradation,
elastic oscillation, ultrasonic wave propagation
A11STRACT: Application of ultrasound in production control was investigated along
the following lines: propagation velocity of ultrasonic waves as a function of the
composition and method of processing resins; effect of ultr er~')
,asound on natural rubb
in benzene, chloroprene in dichloroothane, and chloropren 1,qvatex; application of
u:-trasound to intensify production of aqueous emulsions of plasticizers and to
finely disperse ingredients of latex mixtures. A definite relationship was found
botween the propagation of elastic vibrations and the propertiep and compositions
of rubbers and resins. Natural rubber in benzene solution is degraded when treated
with ultrasound from 22 to 1000 kHz, the process depending upon the ultrasound inten-
sity, as shown in Fig. 1. Ultrasound also degrades c/-chloroprene in dichloroprene,
ard 1/2

L L2210-66
ACC NRt AT6013179
Fig. 1. Degree of pg2ympx_
degradation as a
function of the
ultrasound inten-
sity.
1101a,hy-d- '7'
to conrt JOO kjjz
T z const 30. rLin- -
4
2
0
2 4 8 10 f2 14 75_7
,watt/CM2
whi.le the ~L-polymer, which hasa more stable three-dimensional structureP is
dissolved to an insignificant extent in tho solvent. A detailed descript k, n of the
process for preparing finely dispersed zinc oxide and water-oil emulal
_~ is given,
and diagram of the equipment are shown. Orig. art. has: 6 tables, 5 kdations,
and 1 figures.
SUB CODE: 11, 20/ SUB14 DATE: 22Apr6l
Carcl 21/2 af

BORISOV, I., kand. tekhn. nauk; SELIVANOV, P., kand. ekonom. nauk
Comparative effectiveness of lumber transportation by ship and
by rafts. Rech. transp. 24 no.11:6-8 165. (MIRA 19:1)
1. Gorlkovskiy institilt inzhenerov vodnogo transporta (for Borisov)~
2. TSentrall-iyy nauchno-issledovatel'skiy institut lesosplava (for
Selivanov).

SELIVANOV, P.A.
New method of comaninication for main gas pipelines. Strei.pred.neft.prsm,
1 no.1:11-13 Mr 156. (KWA 9:9)
(Has, Natural--Pipalines)(Telemateriiag)(Radic rela7 systemis)

SELIVANOV, P.A., inzheaer (Mosk-va)
Organization of communications on the Stavropol-Moscow gas pipaliza.
Stroi.pred.neft.prom. 1 ne.5:17-20 J'l '56. (MLRA 9:9)
(Gas, Natural--Pipalines) (Radio relay systems)

SELIVABOV, P.A.
Some probiama of economy for radio relay lines. Vast. Fiviazi
17 no-5:16-18 My '5?. (WJ7A 10:5)
1. Glavnyy inzhener proyekta Gosudaratvennogo soyuznogo
proyektnogo instituta Ministarstva avyazi SSSR.
(Radio relay systems)

Sa 1 V " -[I () I" , P . A -
Yolotovslraia GES i plotoperevozki na Knme. (The il.'olotov electric
po'uer stetion and r-ft trpffic on the Fnma river). (Rechn-.- trn-n!Fnort,
1947, no 5, p. 13-6; r-ap, sketch). DLC: TC6Gl.R4
S~O: Soviet Transuortation and Communications, A Eibliography 'ibrp---y
.' :L-
of Congressy Reference Department, 'NashinaTon, 19b2, Unclsssified.

3E11WIX-VI F. A.
Lumber - Transportation
Transportation of timber along the Kama-Volga course. Les. prom. 12 no. 9, 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, Denpmher -)=, Uncl.

SF,LIVANOV,,,Petr.Akimovich-, SHCHERBINSKIY, ya.N., red.; VALLAKH, T.G.,
red.izd-va; BRATISHKO, L.V., tekhn.red.
[Analysis of the economic operations of timber floating
enterprises] Analiz khoziaistvennoi deiatellnosti leso-
splavno.go predpriiatiia. Moskva, Goolesbumizdat, 1959; 47 P.
(MIRA 12:6)
(Lu~ber--Transportation)

SELIVANOV, P. A
Urgent questions of labor organization and wages in timber work.
Sots.trud 5 no.3:124-125 Mr 160. (MIRA 13:6)
1. Vsesoyuzn3ry tsentrallnyy nauchno-isaledovateliskiv institut
lesosplava, Leningrad.
(Lumbering--Transportation)

-S-,,I;IVAI,IOV .. red.3 FLESKO, Ye.P., red. izd-va; PARMINA, N.L.,
tekhn. red.
[Uniform working and evaluating norms in lumber floating]
Edinye normy vyra-botki i rastsenki na lesosplave. Moskva
Goslesbumizdat, 1961. 135 P. (14DU 14:12~
(Lumber-Transportation)

f
,PjLlYAHQYtL_~ ~h- NEFEDOV, S.I., red.; MIKHAYLOVA, L.G., red.
izd-va; VDOVINA, V.M., tekhn.red.
(Economic efficiency of the modern
of timber rafting] Ekonomicheskaia
organizatsii i tekhniki lesosplava.
178 p.
organization and technique
effektivnost' sovremennoi
Moskva, Goslesbumizdat, 1962.
(MIRA 16:6)
(Lumber--Transportation)

c --riv
tr: c
~,-.tctric
1: y 1 4; S~
11-utc,i;.-~ti(,. Con-L-cl hl,~c-Lrlc Furnac~s,l' V. V. i:U.-dry,-Vt3eV, !Offe,
L
1. %-:1uslikov, P. J.. S-livarov, E. -'. fo,.,ovl PlLnt i.-;f!ni ~.olctovl
i,i---iZtrv of ilr---~:.z~nt, r,
st~~ff' Of -:i(~ ~-ot of ~-!-Ct-ric !Uto, atic C,-' tro-13 to prt-v-nt
in, c d o u L.,;-l -L. instz.,,lled ty-,e
Su:-; icn rC T f if th i~rizn In
-L C I ~ I s 0

L i VII NC V , 1'.. 'i ..,I nZh ~
, crmulaioi for the C111;--dalicn of thie lengf.'-.,3 and
ui : - :,
~.,f a lorg iinti. Iz-,,. vys. ucheb. zav.; geod.
- - I
.. a,!,rc~ f . n -j . 2 %! ' "- - i ~i 16". 0,2-v. l?.9,

KULAKIRIETIM, R.M., J-nzh.; BABINSKIYv A.Yu.; ~LF,4MTGV?__~~Ta.; MAAKHOVSKIY2
L.I.9 kand.tekhn.nauk
Consultation. Tekst.prom. 21 no.2:8&-89 ja t61. (~9RA 14:3)
1. Gosudarstvennyy proyektnyy institut No. 1 (for Kulakbmetlyev).
(Textile machinery)