SCIENTIFIC ABSTRACT SHATSOVA, S.A. - SHATUNOVA, N.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548720007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/080/61/034/002/008/025
Effect of ultrasonic waves ... A057/A129
The present authors point out that the mechanism of the effect of ultra-
sonic waves on electroplating, especially of alloys, is of interest for
further investigations. There are 11 figures, 3 tables and 12 referencesi
7 Soviet-bloc and 5 non-Soviet-bloc. The two English-language publications
read as follows: Fishlock, Metal Industry, 93, 109 (1958), St. R. Rich,
Plating, 42, 11 (1955)-
SUBMITTED: June 18, 1960
Card 5/8

ACCESSION NR: AP4032501 S/0080/64/037/004/0800/0806
i
~AUTHORS: Felldman, Yu. A.; Shatsova, S. A.; Gudkova, Ye. Ye,,
TITLE: Nickel plating under the action of an ultrasonic field
,SOURCE: Zhurnal prikladnoy khimii, V. 37, no. 4, 1964, 800-806
TOPIC TAGS: nickel plating, electroplating, ultrasonication, cathodic.
.polarization, electrodeposit porosity, electrodeposit adhesion,
~current yield
ABSTRACT: The effect of ultrasonics on nickel plating from concen-
trated nickel sulfate solutions was examined. Experiments were run
.plating nickel from solutions containing 200-250 and 500 gm/1 NiSO
7U 0 in baths up to 200 liters under the action of an ultrasonic 4
fi3ld of a frequency of 15-16 kilocycles/sec. It was found the
electrolytes containing 250 or 500 gm/1 NiS04-7H2O were not stable
:and needed constant correction of pH; their current yield was lower
!;(75-85%), and the more concentrated electrolyte could not be soni-
,cated when its depth was more than 10 cm. The electrolytes containing
200-250 gm/l NiSO 4-7H20, 30 H5 BO3, 10 NaCl, 4NaF (and possible
Card 1/2

ACCESSION NR: AP4032501
.formalin and naphthalene disulfonic acid) gave current yields of
96-98% under sonication. The maximum permissible current density
was increased three times (at 20C) to five time's (at 50C) by sonica-
tion. Cathodic polarization was also reduced somewhat. Use of
ultrasonics during the electroplating does not affect the adherence
.of the plate to the base metal, but does reduce 4hL-porosity of the
!deposit. "M. V. Kurganova and A.K. Mokshantseva!took part in con-
.ducting the experimental work." Orig. art. has:'3 figures and 2
.tables.
'!ASSOCIATION: None
SUBMITTED: 30Dec62
iSUB CODE: MM
NR REF SOV: 013
ENCL: 00
OTHER: 006
Card. 2/2

20709
111.3 0, 0/ 3 t" V
AUTHORS I L !.-I III, B Ii.
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A
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years I I ~,7 deSf:l 1,3t I Olt , 0 1 U'I I (,it ~i I L :,A td- (,:,I ~:- loll ov
t: (11) CS . The fcrm of tlic j
phutomill t i "I i or r ecd I Iv-- on arlpl I 1 .1 e1- ~l rid, I I o I I I
Th c, it s c, L) I I I Lilt ! C.,Tuc 1 1! 0 t :I rn-,
the recorded I -,I~ pu ~i c, ~:?Ifl c om')l I a t i~ t. ',I cmez. ~ur
of ztIld% 0C the form
pres ent III t hor ~, r c. pcir t pr ni I n, a
of '~'-rav pul~cs o'-,t oii-,-l 11~ it c o it L 01- i I
r7 r-
11 - 1-1 ( I-)G I -- : i ) - t c I I o, :~Itd 19 CI, - I 9N
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'MC tLI1-)V V01tl.-_:C c r I i I or.. 'Ic 00 Gi:: - 300 ) pul Z7 cel-
"'r oltage L7reneratc)! Tit( t I oll r:~iOtlplj t~j PS1 of foUr
Cu.-Be
pal-.11101 chaillicl.- I:ith UC-l, !.Itllt
emitters alld cathod"~ They 1,,n%-v 6 oumntuin yLeld, )i,
Card I/

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between thu, o, i, di T.Ioc ~~inodv- ond i v e I- c-, ill t !tc! tubc-
The figure 0 f it V Ullr t i (-,W~ Of 'I
C) ~ c I I o.;::i A . I
distonc 0 hc c E? 11 t 11 e c 1 (.c t r od (,E- f u r , .-, tc-, j. nt he form of
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with a shat I i m i-.(? allc~dc f tlic t ill t hc of 0
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varied lic-ti;--cl! I:!!Iit '-)vt I-Im c. n b c!
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C a 1, ,1 2 / 11

20709
S/120/61/000/001/05o/o62
E032/E114
Photomultiplier Detection of X-ray Pulses
pulses was found to be independent of the cathode material. When
the tube incorporates a nitrogen trap, the form of the pulse
remains stable when the pressure is increased to 1o-3 mm jig. When
the tube is operated without the trap, the stability deteriorates.
The optimum working conditions of the tube at a workinl- voltage of
470 1-,V per pulse were: pressure 10-5 mm jig, anode to cathode
distance 25 mm. The amplitude of the pulse under these conditions
does not vary by more than t 3% over lone periods of tin, e. The
total output of X-rays is then 1019 - 10 0 quanta/sec with a pulse
duration of (3-4) x lo-7 see.
There are 1 figure and 5 references: 2 Soviet and 3 non-Soviet.
ASSOCIATION: Institut khimicheskoy fiziki ANN SSSR
(Institute of Chemical Physics, AS USSR)
SUBMITTED: June 24 1959, and in final form December 19, 1959
Card 3/4

20709
S/12o/6i/ooo/ooi/050/o62
Photoriult:Lplier Detection of X-ray. E032/EI14
C4
o Lv,~
Card Figure

r, rwinoo v
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ms.

SHATUKH, V. G.
Role of association in the process of memorizing a vocabulary of
foreign words. Nauk. zap. Nauk.-doel. inst. psykhol. 11:115-119 '59-
(MIRA 13:11)
1. Gosudarstvennyy universitet im.I.I.Mechnikova, Odessa.
(Association of ideas)
(English language-Study and teaching)

DIKLHT-EY N, Ye .1 , j MAGI-L-S,'~N) M. A_ SHATUKHOV, A.! ~ ; GAZHFi, ;V'. F,
improving 'he lui7inance and organlz-lng the r~t*-ural Zas fue2
, t,.,A " -7, 1 , 1.
spray. Stall 24 ~,..~-10-800-892 0 164. (M-,
. - - ~4:
1. Magnitogorskiv metallurgicheski.y kombinat i Chr~lyabinskiy
naiichno-isslt,-i.-)v!,-~ellskiv mela ilurg -1 -1 .

USSR/Inorganic Chemistry. Complex Compounds. C
Abs Jour Ref Zhur - Khimiya, 110. 81 1957y 26441.
Author Vollnov, I.I.j Shatwiina A.N.
Academy of Scienc-e-
Inst 's of IJS-~A.
Title Possibility of Preparing Ba(02)2'
Orig Pub Dokl. 01 SSSRY 19569 110~ No. 17 87
Abstract Assuming that the structure of Ba(02) was
similar to the structure of superperoiides
of alkali metals, the authors estimated the
value of the enilibrium constant of the
reaction Ba02 solid)
02 (gas) Ba(02)2
(solid) (1). Using the approximately de-
termined values of LH998=.-l1+.2 kcal and
Of L S?28 = -45.4 entr. units, the equili-
brium p essures Of 02 were computed for the
reaction (1) at 25, 100, 200, 210 2203 M,
250 and 3020, which were 321 75, bool 3150,
Card 1/2

USSR/Inorganic Chemistry. Complex Compounds. C
Abs Jour Ref Zhur - Khimiya, Dio. 87 19579 26441.
42307 7278~ 9760 and 33600 atm. This allows
to expect that the reaction (1) is possible
at superhigh pressures and a high temperature.
It is shown that up to 10.4 P~~" by weight of
Ba(02)2 are forming in Ba02 exposed to the
pressure Of 02 at 3300 atm at 2100 for the
duration 6f 19 hours. As it seems, the
reaction takes place on the boundary between
the solid and the gaseous phases.
Card 212

VOLINOV, I.I.; SHATUNINA, A.N.
Renctivity of suDeroxides of alkaline enrth metals with H 0 and
C02. Zhur.neorg.khim. 2 no.7:1474-1478 Jl '57. (Mia 10:11)
1. Institut obahchey i neorganicheskoy khimii im. N.S.Kurnskova
All SSSR.
(Alkaline earths) (Wnter) (Carbon dioxide)

VOL'NOV, I.I.; SHATUNINA, A.N.
Formation of LiO from U202'2H202. Izv. AN SSSR Otd. khim. nauk
no.6:762-763 Je ~57- (MIRA 10:11)
1. Inotitut obahchey i neorganicheskoy khimii im. N.3. Kurnakova AN
SSSR.
(Lithium oxides)

ABSTRACT:
a.?d 1
Of 'Ca 2!1-~O,
0, -'a VaII C.,
2 h
j
C, u s 5,
BY 1--radi-ati,-n of
ca,
~, p ?
,e
~d by C
L El,- anal
The ob + -11-led
:iao T, S i:-,: Ia r to
2 f inal ,roducf,- 4 rc. un i f orL,
Tla-e r i n
I I s -f f i
ri Case~, tl--e final -,~ A , - :,roduce.
Cafo -Gduct containo
k
2 ,an,,du in, 0 tll.,crs i a s 7-
~jll. - -1~;hei, cr-L,-,0jj, of from
CL (02)2 Y~as alsc' Obtained VY irradia-,7--,
CaO, 21-T202
t
2'j-;,5 Dc
, t

f C

-L 0

are

21 V
-2c:
A.-f
ar

5(2) S 0 V/7 8 - 4- 2 - 3.,'A Q
4-UTHORS: Voiinov, I. I., Shatunina, A. N.
TITLE: The Formation of Lith:ium Superperoxide From L 1
*2H
0
0
2
2
2
2
(Obrazovan-iye nadperekisi litiya iz LJ 202- 2H 202)
PERIODICAL: Zhurnal neorganicheskoy khimi:i., 1959, Vol 4, Nr 2,
pp 257 259 (USSR)
ABSTRACT: Lithium peroxide is formed on drying Li 20 2 .2H202 in vacuci
at '100-1?00 and 10 H,~,- A thin layer of the L:i 202* 2H202
sample was 'Laid on the crystallizer surface and was dr-led.
The --hange of the-percentage of the LiO 2- content cf the
preparation in dependence on temperatures of 1000, 120~', and
700C and time, was investigated. The results are shown in-
figure 1. There is 1 figure, I table, and 12 referen-.5!s,,.
8 of which are Soviet.
ASSOCIATION: Institut obshchey i neorganicheskoy kh-4m-ii im. N. S. Kir--
nakova Akademii nauk SSSR (Institute of General and In-
organic Chemistry imen--' N. S. Kurnakov of the Academy of
Card 1/2 S;.ierices, USSR)

5(2) SOV/78-4-7-5/44
AUTFORS: Vollnov, I. I., Shatunina, A. N_.
TITLE: The Forming cf Na02 From Na 202' 211 202 (Obrazovaniye Na02 'z
Na202'2H2O2)
PERIODICAL: Zhiirnal neorganicheskoy khimii, 1959, Vol 4, Nr 7,
PP 1491-1493 (USSR)
LBSTRACT: The compound Ila 202'2H202 was produced according to the slightly
altered method by F. D'Ans (Ref 3) by the action of 98-99%
hydrogen peroxide upon solid CH 3Na.0-5.CH 3' After the decay
temperature of the crystalline compound had been determined as
amounting to 1520 by plotting a heating curve of this compound
(Fig 1), the compound was dried in a vacuum at 70, 100 and 1200,
i.e. below decay temperature. The peroxide-oxygen was determined
gasometrically according to E. Seyb (Ref 4). The experimental
results are given by table 1 and figure 2. Preparations with a
content of about 30 weight ~ NaO2 were obtained, which is con-
siderably more than has hitherto been known in publications.
Card 1/2 There are 2 fiEures, 1 table, and 4 references.

SOV/78-4-7-5/44
The Forming of NaO 2 From Na202' 2H202
ASSOCIATION: Institut obs~chey i neoranicheskoy khimii Im. 11. S. KlLrnakova
Akademii nauk SSSR (Institute for General and Inorganic,
Chemistry imeni N. S. Kurnakov of the Academy of Sciences,
USSR)
SUBMITTED: April .1, 1918
Card 2/2

AUTTIO11.6 i I
T 1T LE
F E2 I ODI , CA L: A11:1- 1 Ji Y ri 91,53 1', 1 t i."
P,'Illkp lip, wol
r-*EXT i ?hp-* i, djaqrsmg verk! ed for 'H 0 aystem at 0 and
150" to detenmim,- the (?%act compor-J.Aon of ~he hyciraLea of
The SiO,:9H 0 da-
1; ;Ibio .5' 6HVU aad dt`~!,P- 2 avoie, vi, rou-s- El 0 2 reac . mi
h,,,,drated ho p,
w4t;, work R Ons at 0 0C W,~re Uand he
thp 11~,esidueo" obtq4nnd 20 i lit, for 4.
high H Q^ conoentration rangc~,, B -4 1 i b -~btaine,6 nat 6 - 10 hTS.
9 : 71 i
The liquid an~, wele -11-1~rtitvatively for rictive 02S
a2 0, 'Ind, SiC) 2' Th.6 OiC e)(IStIOU0C Or
B 0 i 0 5 nz an
solid ohanoui Na ~jtcl ~7%,O 2
2
Card 1/ 12

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2 5 4
by
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as lnibiril taken
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Qf!
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ACC NR: SOURCE CODE: U~PfO(31,~)2fc'~-'-)"',-.-';]"Oilf2O32/2033
T. T.; Shatunina,
of General and Inorg-,n-;c Chomistry in.. N. S. Kurnakov~ Academy of
L
Sciencos, (Institut oDshchGy i noo-,vanicheskoy Ichimii Akademii n:.-.~k SSSR)
TITLE! on the fonnation of Ca(02)2 via Ca -2H2
02 02
SOURICE: kN S33R. Izvestiya. Seriya khimichoskaya, no. 11, 19066, 20-:)2-2033
TOPIC TAGS. calcium commound, superoxide
ABSTR.--C'-7': THe reaction
2CaO2-2H2O2 - Ca(C)~2)2 + Ca(OH)2 + 3H20 + 1.502
was cari-Led out it reduced pressures, a constant temperature of 400C, a constant time
of 60 min, and idth a distribution of CaG~-2H202 Of I g over 100 cm2 olf surface. It
I~as found t-z~t the nraxii= content of 'a(i~)2 in the end product, equal to 55.4 wt.
-is rca-c-ed at a iDressure of 6 x 10-3 rz7,-,. The dependence of th C ( )2 ontent on
6 a 02 c
the sLr'ace over ~Which I g of Ca02-2H202 "7a3 spread at a residual pressure of
1 2 of sur
0 x 10-) -,;., was determined. The value obtained, 55.4 wt. % Ca(O2)2 at 100 cm
I
.k-~Cej is close to the 1L-aiting value, since according to the reaction given aboves, I
m.ole of Ca(G2)2 and 1 role of Ca(OH)2 are formed, which corresPonds to 58.4 wt.
1/2 UDC: 661.842.24.*

ACC N2,
Ca(02)2, 0:--*-,:-. ar-'U-. has., 2 figures and I fomula.
SUB CO 071 SUav, DATEE. OgApr66/ ORIG REF: 007/ orH Rz:.: oo2
2/2

2.
-onstruction Industry
7. 1. 10rl we A21 work better. Sel'. stroi. 8, no. 1, 1~',53.
9. Monthly List of Russian Accessions, Library of Congress, MaY 1953. Unclassified.

,SHATUNLA', A., inzliener.
Cant franes. Staoitell 2 no.10:18 0 '56. (MIRA 10:1)
(windows)

SIDITUNOV, B.
Contribution of Lenin,-,rad metallurgy to exports. Vnesh. torg.
41 no.8:33 161. OURA 14: 8)
1. Zamestitell nachallnika otdela upravleniya metallurgicheakoy
promyshlennosti Lensovnarkhoza.
(Russia-Commerce)
(Leningrad--44etal industries)

1
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unav, Insriol),cMdal. 1940, No. :1. .5,14; of. C. A. 35.
-

00 -" 415P.- S. discull the ways and means of savmg non-

ferrotm meta.19 in gen"al and particularly under the con-
::
00 litions existingal the "Krusnyi %'ybl Works. which j 1-00
s~ the largest user of nonferrous metals in Ru%sia: 11)

go _~,fZn, of decrc"ng the losses in mehinx: (2) in~taltatwn
and more efficient equipment in melting %hop%: M
00 Al ~a-,ing of waste in the fabricating shop%; (4) more wme-
matic utilization of scrap: (5) nubstitutinn of cheaper or
more available materiali (Sn bronzes have in manr ca-~C~
been replaced by Al and Sa tyronzc%): (6) nimpfi~mation
Olt
00 and itandardization of manv itemn, and manuf. in largirt
lot Sand (7) substitution oi calu iron f,,r bronze.
=00
B. N. Daniloff

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SHATUNOV, Boris Nikolayevichl KORNYUSHIN, M.Ya., inzhener. retsenzent;
SHAPOSHNIKOV, V.A., inzhener, retsenzent; RLIDIND, L.M., reciaktor
izdatel'stva; 3"NSON, I.M., tekhnicheskiy reciaktor
[The manufacture of aluminum ware] Proizvodstvo aliuminievoi posudy.
Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i tsvetnoi
metallurgii. 1956. 176 o. (MLRA 9:9)
(Kitchen utensils) (Aluminum)

S/135/60/OW/C-09/0 14/015
A006/AO02
Shatunov, B, L"gineer
T.'ILE -Bu-, Welding o 0
f 6.5-0,15 (Br,OF 6.5-0,15) Bronze Strips for
1d Pol " ir:v-
_QVa:-C,-r_r!OYe PrC,_Z-,,,OdSwC. 1960, ~io, 9, pp, 40-41
TEXT, Er~ -ng I
Jie pas,, years [-he rolling shops have been equipped with
fully mechanized nigh-speed 7nid rolling mills, Rolling of light-weight blanks
on such mills prcved ~.o be ~_ccnomicallly disadvantageous, in this connection
welding -Df The tia-riks prior to ~cld rolling is highly important, Butt welding
of s,~-veral I mm thi-k 3 m long strips one- blank was employed at the
"Krasnyy Vyborzhets" Plant, to ex!%eni the continuity of the high-sp,-*ed cold
rolling procesls. Presently, 7 ~o 8 Ztripps are wcr-lded in-,o a blank of 20 - 25 m
to-,~al -'engt'n. Tne amoun, of weldr-d mfcj be raised- Continuous welding
is perform~.:-d aS Cc.' I ows tie Ztrlps are prepared a, the etching department,
cleaned and cut wl-.h guillotine shears, Welding is performed on a movable
table, where 'he strip butt'S are joined and clamped, After welding the blank is
turned into a ir~jm with 4he ald of a red-u,.tc- from which 'Uie blank is removed
Card 1/2

3/135-5/60/000/009/01.4/015
A006/AO02
I, tilt I, Wel d ing, of, I') (fit - 01" 6 11)) 11 ronzrt 'it I -I p.,; for Co I d Ro I I ing,
by pnourn"-l. ol~,,r,i%irri ot 3witc~-.Lng on the welding machine,
the- redurtor cind from --i desk placed besides thp welding
oppra,.---r, iiti' t, .-j(- r,,,,, arigon-arc progress with t.l.Lngsten
trode The fed ~-)y d- I- cf reversed polarity, The welding head is
wa,;--r-zool.pd, 17-he we 1 d Ing cond i ! i or. c- a:--? :1&j- - 200 amps, 18 v are voltage,
8 '/irLn argon consump'icn, 3 8 mm diameter and 36 ml~'hr welding speed,
The rrel.i--od yielded a rai5e in the produrt~on from 50 to 66,9% and yearly savings
of 1,12,76-0 ruhIeZ
Card 2//:-

~)H&T-11-V, "I. N. , inzh.
Mechanization of clay-mining operations. Mekh.i avtom.proizv.
14
~ no-8:39-40 Ag '60. (MIRA 13:8)
(Clay) (Mining machinery)

65.
Pr~~2~Jdfur7,a TSent-ra' IrrjFC ICM-E,~ta -
D 7 U Z!,
1-rc
-- -vol lo;-) oirshche.-;rva sole.-.-stv--ya a,.. -as
"S7-,

-ny u."- 1 n n., z--,

6 LL: ~-' ; o -
jli~ 'd ,(-. .
GonstatiL atuentic;.Il LO z,c~: --JAJIL-ary an'; raLT-iot.-Lc education if
our youth. 0 163, ( 16 :11 )
1. rl, L,--it pce zd -, lairia !, ', r-d I ;; i -,~; ~, ,Li"-; - -It:.. 41-
va sode.vsLviva arrui, avlatjii i ciotu.

SHATUNOV, G., general-mayor
Jointly with the people and the army. Radio no-4:8-9 Ap 165.
(MIRA 18:5)

S" IAT I iN,'jV
r ;j !7-:
J- 165. (M--?A IF:3)
Fr:--,z-!,uma T-;,-n-rallnogo Ilsesoy-uznogo
~hqhchestv,; so~ieystv4yi ;-rr.Ji, avi~itsji i flotu.

CQmLat mi~::iions of tne on Voi-mtorer Society for rural areas.
As2islanc~, to the Army, Navy, wid Air Force in rural areas- Voen.
zn,i-.. 41 no.80-4 Ag 165. (MIRA 1&7,
1. ~'hD-n prezidiuma TSentrallnogo, komite'va Vsesoyuznot7o dobrovo'lnogo
ob!~hcnestva sodaystviya armti, avlatnit i flotu.

SH.*-.TULCVj G. ;-.
Komsomolls'.-~ie orEanizatsii sovets'~.oi Armii - peredovoi otriad armeiskoi molod-czzhi
fc"Omnunist Youth Lea-ue or:7anizations of t-e Sovi-A ~r- are t-;e advance detail
- - -Y
of tlie army yout,17. Ios.-va, Voennoe Izd-vo, 1953. 132.
SZ: 11onthly List of Russian Accessions., Vol. 6, No. 5, "'Itz--t-Ist 1953.

AUTHOR: Shatunov, G,,Vice-President of TsK-DUSAAF 107-8-2/62
T1I'"LE: General Development of Socialist Competition among Radio
Amateurs (Vsemerno razvivat, sotsialiaticheakoye sorevnovaniye
aredi radiolyubiteloy)
PERIODICAL: Radio, 1957, #81 pp 1-2 (USSR)
ABSTRACT: The radio amateurs play an important role in the DOSAAF. They
encourage the growth and activity of the competitive radio ama-
teur organizations and the number of radio clubs in enterprises,
collective farms and schools is growing. Hundreds of thou-
sands young men participate in this attractive and useful acti-
vity and acquire the necessary minimum knowledge of radio
engineering.
For example, the members of the Omsk radio club decided to
prepare during 1957 50% more radio specialists than previously
projected; to establish in Omsk and other regional centers
20 ultra-short-wave and 3 short-wave radio stations etc.
The experience of the beat radio clubs and individual radio
Card 1/2 amateurs acquired during the competitions should be spread

io~-8-2/62
TTTLE: General Development of Socialist Competition among Radio
Amateurs (Vaemerno razvivat' sotsialisticheskoye soreynovaniye
sredi radiolyubiteley)
among all organizations. The magazine "Radio" and the newspa-
per "Sovetskiy Patriot" play a large role in this activity.
A recent resolution of the VIIth Plenum of the "TsKDOSAAF"
says that in numerous organizations, the collaborati-on of active
members is still unsatisfactory and requires that all the commit-
tees, clubs and organizations improve their cooperation with
active members, which is decisive for the further expansion of
military science and the development of the educational and
competitive activity.
In the near future, it is indispensable to increase the number
of active radio amateur members as well as the number of public
instructors.
One Russian reference is cited.
INSTITUTION: DOSAAF
PRESENTED BY:
SUBMITTEDi
AVAILABLE: At the Library of Congress
Card 2/2

4;
85-9-3/33
AUTHOR: Shatunov G., Deputy Chairman, Central Committee of the
9os-A.AF-,U3SR
TITLE~ The Instruction Given to the Active Members of the DOSAAF
Organizations mustibe Radically Improved (Radikal'no
Uluchshit' Rabotu s Aktivom)
PERIODICAL: Kryl'ya Rodiny, 1957, Nr 9, pp. 2-3 (USSR)
ABSTRACT: The author Interprets the purport of the resolutions
passed at the June 1957 Seventh Plenary Session of the
Central Committee of the DOSAAF, which states that "the
work of the DOSAAF organizations in the military field
and in the field of sports has not yet reached the broad
masses of the population to a degree required by the in-
terests of our State, nor is the quality of that work
high enough", and which requires that "measures be taken
in order to improve the instruction given to the active
members of the DOSAAF organizations". The author points
Card 1/3

85-9-3/33
The Instruction Given to the Active Members of the DOSAAF organizations
must be Radically Improved (Cont.)
out that the discussions which took place at this session
have shown the necessity Of supplementing the work of the
staff members of the organizations and the work of the
selected sportsmeh-aviators by putting more stress upon
the work of voluntary Instructors - meinbers of the DOSAAF
recruited among the masses of the population. He asserts
that it 13 therefore very important that "in conformity
with the request of the Seventh Plenary Session the number
of voluntary instructors be Increased, and brought, in all
branches of sports, up to the level of the needs of the
DOSAAF organizations", and recommends that "DOSAAF Com-
mittees organize a systematic training of voluntary in-
structors, aimed at improving their special skills and at
widening their.Icnowledge in the field of methodology." He
also advises that the training and education of these in-
structors be directed towards developing their initiative.
The article discloses that it Is planned to double, within
the next three years, the number of the active-riembers of
the DOSAAF, and Thai these new members will be called to
Card 213 participate in the strengthening of the defenses of the

35-9-3/33
Tli~- Jtistrut! L Lori (,1v(--n Lo the ActIve Membera of' the DOSAAF Organizations
must ~e Radically Improved (Cont.)
country. The article contains no information of
scientific value.
AVAILABLE- Library of Congress
Card 3/3

.1 '1
. , ~fik V , i " . .J jrl I '~-r 'i Tij I,- I
?arty InadmraMp is the ;- oin Ccr CIL(,'Col;14 1,1 del'fin-o vcrk,
IfToon.niar. 33 n(),(: 7,! 1 ),;. ( ., .., L,~ lo : r, )
1. ,-arestitel' Lrt,:icE'-`atel.7a T'le-it-al'nogo Dobruvol'rzcgo
o'io',ichestva ar7ii, avlatsii i fl-tu SSSR.
(, il -- tary ediuzcation)

85-58-3-4/26
AIJJTHOR~~ Shatlinov G., Acting Chairman of the Central Committee
of D09i~i~
TITLE~ The 40th Anniversary of Lenin's Komsomol 1K 40-letiyu.
Leni.nskogo komsomola); Strengthen and Develop Friendship
Between the Komsomol and DOSAAF Organizations (Krepit' i
razvivat' sodruzhestvo komsomola i DOSAAF)
PERIODICAL: Kryl'ya rodiny, 1958, Nr 3, pp 2-3 (TJSSR)
ABSTRACTg The author reviews the history of the Komsomol
orga-alzation, established in 1922, and the role its membership has
played In every phase of Soviet life and activity. He cites the
record established by members of tl-p- VLKSM in various parts of
'%.-he country and refers to Moscow, Irkutsk, and Gor'k'LY oblasts
and the Ukraine as areas where Komsomol members have participated
most ac..tively in DOSAAF. The author refers to the Spartacus
gamee to be held between May and September 119581 to celebrate the
a~Miversary cf the VLKSM. Several million young sportsmen
aie expected to take part in these games, whish will Include
CC--Z,--d '-,,1"2

"-.h ArL-itve-rsary c-r Lenizi 's Komsomcl. 8-5-58-3-4/26
.),Tkpet,'.c-'Lons In marksmanship, automobile ;aad m0t-Or:~T'tle racing,
Jumping, and in building al::~plane, eut-~ and ship models.
Tkh,~ states that the XIII VLKS-M Cong"':;n-IV-;~n wi.1-- be held On 15
-.958 and that its de~-.-!SiDns w'L*!-'-; st7?ess th-~ need f~:-r greater
be,'-ween and DOSAAF Photo shows
K-.;ir!E*~,i,.:-*;. member Nade2Jida gl.-A'Aer of the second Mos~!ow
Library of Ccng--~ess
Card -2/2

SIL-LTUNOV, G.
Consolidate and develap the rewilte of the Spartakiada. Za rul.
16 no.10:2-3 0 '58. (MIRA 12:1)
1. Zamostitell Predesdatelya TSentral'nogo komiteta Dobrovol'nogo
obtihn.hoetva sodeystvi3nx armii, aviatalt i flotu.
(Conummint Youth League--Sports)

jr hy-uro Tsftntral'nogo korlitsta Vsosoyuziacgo
SHARRIOV G. kand. v chlerr
--- LpnlnBkogo Kommunisticheskoj~~o noyliza mrlode2hi.
The Communist Youth Leagup and thF- defenne of the (,ountry.
Vonn. znan. ~4 no. 9: J-Lp S '58. 11:10)
1. Zamestitell prednndatelyn TSentral'nogo Komiteta, Vset3oyiiznogo
Dobrovnl'nnro obshchostva iodevstviya armii, aviatsii i flotu SSSR.
(Comminifst Youth League)

SRATUNOV, Geor--iY Pavlovich; USPEIISKI N.M., red.; FAYNSHMIDT, F.Ya..
- - - --i-ekhn.red. - F,
[All-Union Volunteer Society for Assistence to the Irmy, Air
Force, and Navy of the U.S.S.R.] DOSAAF SSSR. Moskva, Izd-vo
DOSAAF, 1959. 127 P. (MIRA 13:2)
(Military education)

-AUT-HOR: "hatunov, G. , Deputy Chairman
TITLE: Expanding the Ranks of DOSAAF (Shirit' ryady DOSAAF)
PERIODICAL: Radio, 1959, Nr L~, p 7 - 8 (USSR)
ABSTRACT: The security of the USSR and the entire Soviet bloc
demands that eadh Soviet citizen be constantly con-
cerned with a further strengthening of the Soviet
Armed Forces. Millions of Soviet citizens comply
with this duty by participating in the activities
of DOSAAF. The training of drivers and radio opera-
tors, conducted by DOSAAF, not only helps to in-
crease the military preparedness of the USSR, but
it simultaneously furnishes specialists for the na-
tional economy. However, DOSAAF is still far from
its goal set at the 4th DOSAAF Congress, which
calls for the participation of the majority of the
adult population in this organization. The author
points out that the Bryansk Oblast' DOSAAF Organi-
Card 112 zation, headed by Chairman V. Nesmeyanov, is very

SGV/107--9-4-6/45
Expanding the Ranks of DOSAAF
inactive in acquiring new members, since not even
one new member joined this organization during a
period of six months. Therefore the author de 7
mands that all members of the DOSAAF organizations
intensify their efforts for increasing the number
of DOSAAF members, whereby radio exhibitions and
radio competitions may be used for attracting new
people. There is 1 photograph. .
ASSOCIATION: Tsentrallnyy komitet DOSAAF SSSR (Central Committee
of DOSAAF USSR)
Card 212

8~~TIITDUV, f~.
',Ltldio enginaerirW informtion should be introducod on a large
gf-,alA to our youth. Radio no.2.'3-4 F '60.
14
; IIU 13:5)
(
1. Karldidat v chi6ny byuro TSentral'nog-f- 1--mll:f3ta Vsosnyumiogo
Leninakofr kormuiaIsticheskogo soyuza nolo~-Isznl.
(Radio)

S;:~TUNOV, G.
ipartakisda means mass participation and skill'. Kryl.rod. 11
110.9:2-3 S 16o. (MIRA 13:9)
1. uamestitel' predsedatelya Orgkomiteta Vsesoyuzaoy
spartakiady po tekhnicheskim vidam sporta.
(Suorts)

SHATU140V , G.
Prepare to welcome the congresB of the beloved party with suitable
achievements. Za rul. 19 no*7:1-2 J1 161. (MIRA 14:8)
1. Chlen prezidiuma TSentrallnogo komiteta Dobrovolinogo
obshchestva sodeystviya armii, aviatsii i flot-a SSSR.
(Transportation, Automotive-Societies, etc.)

SHATUNOV., G,
Train young people in the spirit of preparedness for great deeds.
Voen.znan. 37 no.6:3-4 Je 161. (miRA 14:6)
1. Kandidat v chleny Byuro TSentrallnogo Komiteta Vsesoyuznogo
Leninskogo Kommumishcheskogo soyuza molodezhi.
(Military education)

SHATUNOV, G., general-mayor
We are the stanch followers of Lenin. Komm.Vooruzh.Sil 2
no.18:29-34 S 162. (I!UPk 15-8)
1. Chlen prezidbin-LA TSenti-allnogo kamiteta Dobrovollnogo obshchest-,ra
sodeystviya armii, aviatsii i flotu.
(Mi-litary education)

SUTUNO"', 6.
- 1- -,-_ :,, - -- ~-% -- ~: -!: - , Voen. Z-no
1-~t r'..! . I ~ I , ..;- . - , 1
.1 1 - , -1 - - . - -- .. r -. f T -;, -7- -, 1~ : -1 )
.18 nc,.2,,-41-.6 F 1~26 -1 -
(11 ~ F, --"a forces,"col-iUcal activit"JI)

(14URN4 3TGsT'U) (gn2-eF-rl iq4noX 4sTanumoo)
(OT:9T VIIIN) sni 0 E-Z:OT*Oa SC auuaz oueoA uoa4-ed pa,~vjqejeq
JO-,Cmu-lva9u92 1-0 'AOfYJITII(.3

I
SHATUNOVY G. ~.
The main direction. Kryl. rod. 14 no.2:7-9 F 163.
(MIRA 16:4)
1. Chlen prezidiuma TSentrallnogo komiteta Dobrovol'nogo
obshchestva sodaystviya armii, aviatsii I flotu.
(Aeronautics gocieties, etc.)

SIHATUINOV, G.
Mass pLr,,ic-4w.-,icn S'*--'l c-'
Kryl.rod. 14 no.9:1-1, S 163. a,
1. Chlen Prezidiwaa -ISen--rallnopo komiteta Dobravoll=:'o olishc1lestva
sodeystviya ari,-Lii, ..vizitsii i flotu.
(Aerial sports)

.. : I; , i , ; ~Jql - .
; , , . , I r~ ?
..- , - !~. - - - i i -; - - , " , , !v.
k . - - - . . I

SUBJECT SSR/MAT=-MATICS/Functional analysis CARD 1/2 PG - 41
AUTHOR KTUNOV M.P.
TITLE On the resolvent of an elliptic operator.
PERIODICAL Mat. Sbornik, n. Ser. 37, 459-470 (1955)
reviewed 5/1950'-
By separation of the variables the operators
Lu + ku def r2 + r2 ]-1 2 p- 1 U
iT--T- ~~ (pi(xi) - ) + kul
1(x2' 2(x2) xi i x
i
Fu def
where x:a /x 4b
u + h ul, (ai,bi may also be
'~n 2 i i i~
infinite; x decompose into the operatorsz
2
L [Pi(Xi)3 d/dxi(pi(x,)d/dxi) + kri(xi)
u =~ -~u/'3xi + h Ulxi=ai i - 1,2.
-6 u/ B x. + h! u
I I I x i=b
The resolvent RN of the operator L (with the boundary condition Fu = 0) is

Mat. Sbornik, n. Ser. 37, 459-470 (1955) CARD 2/2 PG - 41
represented by means of the resolvents R_ 2,i of the operators Li (with the
boundary conditions u = 0). The following theorem is proved: Let be
'y
2 2 2 2 L 2
F = (r1 + r2)f ; ri(x,) >O. If (r, + r2) f F- L('n2) , F(-,xi) E D(Ls_i), i=1 2
(D(B) denotes the domain of definition of B), then the function
u(-,k) ~ lef -(21Ti)-1f RA'i R_ 2Fd X
C
is the solution of the boundary value problem: Lu + ku = f, ru 0 (C is
the straight line: arg z = (9 > 0).
If besides rl,r are monotonely increasing, then we have
2 00
Rkf = -(27Ci)-1f R R- ~,2 Fd 3m k;;,- 0)
3m R kf -3m. R 1 R_ X, 2 Pd
-00
INSTITUTION: Kuibygev

sat ,Onov Sold0on 4 a im~ problem fb~
-,
i
-Got(.. Uni
~narad.' V. ud. za
0
W
t
M
1
-
6k-23L1952),-27pm7773.
-Wo y
0 for X iD, U ~40,
~_bouhdary of th
whero.Xzm~(*,* y); and S _-thi e rigion~ hi.
'
of U-, U
66.x, ~, plane. Theiiitb6i'prdves existencia
'

th t
thci~~; fi6Wbl
y a
bWfitbieliypo
.
IF

&) IF - -.-V,17 -
The ipetbod itivolvo, ta~#jjh~,404ce'tramfbrm. -
-o~#U A.4"
(X

'b- atti
Ahi Li, te
09 T 444
7C1
aAd
ISO+. . 0.
IS Yal
T
-
with --A
ta
X
8
AP fcif
t

_
,
-
)
11
#(
~_
*
.
&&W G
, Mot .
re
by it4nc1ar4
lzichlert biobtam*..
Cfbr4be D

SOVKIN, V.F., do-ceent, lmnd.tekhn.naiil,-; SILITUNOV, M.P.. dotsent, kand.
fiziko-matem.nauk
Calculating temperatures clue to grinding. Izv.vys.ucheb.
zav.; mashinostr. no-1:131-135 '59. (MIRA 13:3)
1. Kuybyshevskiy lndustriallx*7 institut.
(Grinding and polishing)

snam.N(~v, M.P.,, kand.fiz.-mat.nauk; SOVKPI, V.F., kand.tekhn.nauk
Annlytic Inve3tigation of the temperature field during grinding
based on the general laws uf heat conductivity. Izv.vys.ucheb.zav.;
mashinostr. no.2:212-223 '62. (MIRA 15:5)
1. Yuybyshevskiy industrialInyy institut.
(Grinding and polishing) (Heat-Conducticn)

nauk, dotsent, SCr.
tenperature dar'n.- -i'rdin- bas-r.-
:!,I- Ira! bolmlary conditions. Vest.mashincstr. '2 no.
5
(Grinding and polishing)

f_4

SVISTUNOV, A.M. [deceased]; BEYTELIMAN, A.N.; IVAL;1R;HJ,1'NKO, I.Ya.;
SHATUNOV S.F.
...- 2
Improving certain elements of an open-hearth furnace. Metallurg
8 no.7:17-19 Jl 163. (MIRA 16:8)
1. Izhevskiy metallurgicheskiy zavod.
(Open-hearth furnaces-Design and construction)

V(ji-,'C-V, S.G.; KOSO-, L.F.; MOROZLiLIKi"', A.I.; SAIFiVYEV, D.F.; SHAE.-YOV. A.G.;
KALINNIKOV, Ve '- : !~HA711140Vv S.F.; KIREYEV, B.A.; OKPAPKIN, E.I.;
DATYIDOVA, L.N.;* !ZMkN-C),rA. T.A.
Refining a 100-ton open-hearth heat with a 1i4ru'--d syrthetic slag
in the ladle. Stall 24 no.71:599-604 JI 164.
(If-TRA 18:1)

MARUSOV, A.Ya.. inzhener-podpolkovnik. glavnyy red.; KUDRYAVTSI',V, M.K.,
general-leytenant tek-hnichesk-ikh voyek, otvetetvennvy red.;
DENIN, L.A., inzhener-kontr-admiral, red.; SHCHERBAKOV. A.N.,
generql-mayor, red.: INIKOIAM, A.S., oolkovaik-, red.; KOLO)MIYETS,
A.D., polkovnik, red.; NAZAROV. P.V., polkovnik, red.; PAROTIKIN,
I.V., pollcovnik, red.; PUDIKOV, M.?., polkovnik. red.; SISELIN, S.Y.,
polkovnik. red.: BARANOV. H.Kh.. inzhener-polkovnik, red.; KCKKOV,
A.M., in7hener-polkovnik, red.; SHATUNOV, S.G., inzhener-polkovnik,
red.; KOROLEV, Y.G., polkovnik. rMft.'f-8r-.'P*UJK'YANOV, B.I.,
polkovnik, tekhn.red.; ROMANOV, M.K., podpolkovnik, tekhn.redo;
IVANOV, V.V., inzhener-podpolkovnik, tekhnered.; LYUBXOV, A.N.,
inzhoner-podpolkovnik, tekhn.red.; JOYSH, P.N., podpolkovnik
tekhnicheskoy sluzhby. tekhn.red.; VASKUT, A.S., kapitan, tekhn.
red.; KOSTIN, A.G., telr-hn.red.; HAKMINA, G.P., tekhn.red.
[World atlas) Atlas mira. Mosi-va, Voen.izd-vo M-va obor. SSSR.
1958. 459 P. (MIRA 11:5)
1. Russia (1923- U.S.S.R.) Armiya. Generalinyy shtab. Voyenno-
topograficheakoye upravleniye. 2. Tekhnicheskaya redaktstya
Voyenno-topograficheakogo upravlentya Generallnogo Shtaba (for
Korolev, Lijklyanov, Romanov, Ivanov. Iorubkov, Knysh. Vasmut)
(Atlases)

SHATUNOV, T.
Let's count the seconds. Prom.koop. 13 no-3:7 Mr 159.
(MIRA 12:4)
1. Starshiy inzhener-normirovshchik normativno-issledovateliskoy
stants1i po trudu Kazpromsoveta, Alma-Ata.
(Aktyubinak-Uor productivity)

Z-Vito'ZOV, I.i.- A.I., inzh., retsenzent; SHATIJ.NuV, V.G.,
lr-..zli. , red, ; F.1"ITROVA7 N. A., tek-lin. red. -
[Organization of train traffic on lenthened haull distances]
Organizatsiia dvizheniia Doezdov na udlinennykh tiagovykh
plechakh. Mc-skva, Transz6ldorizdat, 1963. 84 P.
(MIRA 16:10)
(Railroads-Traffic)

ZEVBLINOV, S.V.; STIRAKOVSKIY, I.I.; KjlitLOVSKIY, S.A., inzh.,
re 1-1 senzent; _ SHATTUNOV, V.G., inzh., red.; USENKC, L.A.,
tekhn. red.
[Stations and junctions] Stantsii i uzly. Moskva, Trans-
zheldorizdat, 1963. 347 p. (MIRA 17:2)

2 It 0 5
27508
S/079/61/031/009/009/012
D21,5/D306
AUT11"ORS: Petrov, K.A., Gavrilova, A.I., Shatunoy.L_V.K., and
Korotkova,.V.P.
TITLE: Diethyleneimides of P-aminoethylphosphinic and
thiophosphinic acids. II
PERIODTCAL: Zhurnal obshchey khimii, v. 31, no. 9, 1961,
-5076 - 3081
TEXT: The present work is a continuation of an earlier work, in
which the authors showed that diethyleneimidovinylphosphonates and
vinyl thiophos phona Les as well as esters of vinylphosphinic acid
form addition compounds with mercaptans and alcohols to form cor-
responding ethyleneiinides of alkylphosphinic and alkylthiophosphi-
nic acids. In continuing the investigations, the authors studied
the addition of secondary and primary amines to diethyleneimides
of vinylphosphinic and vinylthiophosphinic acids. The amines used
were diethylamine, ethyleneimine, piperidine, morpholine, dibenzy-
Card 1/3

27508
S/07 61/031/009/00P-/012
Diethyleneimides of ... D215YD306
lamine and allylamine; they were found to add to imides of vinyl-
phosphinic and vinylthiophosphinic acids to form imides of P-amino-
e thylpilo s phonate s and thiophosphonates, according to the following
reac ti on:
-IINR,.II,NCII~CII,P N11
),4 ~( \C11,
(S)
Diethylamine, piperidine and ethyleneimine readily combine at room
-temperature over a period of 1.5-2.days or at 40-500C. for 4-5 hrs.
Dibenzylamine and allylamine react in the presence of ctitalytic
quantities of sodium alcoholate. In all cases it is advisable to
use equimolecular quantities without a solvent. Addition of amines
to the imides of the acids is more difficult than in the case of
the addition of amines to neutral esters of the acias. The addi-
tion products of piperidine, morpholine and diethylamine with the
imides of the acids were purified by vacuum distillation (10-4.mm);
the products of the other amines decomposed on distilling. All di-
Card 2/3

Diethyleneimides of ...
27508
S/079/61/031/009/009/012
D215/D306
eihylene-imides of aminophosphonates and aminothiophosphonates were
viscous, colorless liquidsq soluble in benzene, chloroform, ether
and alcohol and are stable at temperatures below OOC. Prolonged
storing at room temperature results in gradual polymerization
which is due to the opening of the ethyleneimide rings and results
in the production of linear polymers either without a phosphorus
residue or with the phosphorus residue binding the main chains of
the macromolecule. The compounds which were prepared and their pro-
perties are summarized in tabulated form. Preparation of compounds
1-7 and 9 was conducted at room temperature and of compounds 8, 10,
and 11 at 800C in the presence of sodium ethoxide. There are 2 ta-
bles and 3 Soviet-bloc references.
SUBMITTED: September 5, 1960
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1 S-_ R1
27509
S/07 61/031/009/010/012
D215YD306
AUTHORS: Petrov, K.A., Gavrilova, A.I., Shatunov, V.K., and
Korotkova, V.P.
TITLE: Diethyleneimides of alkyl- and alkenylthiophosphinic
and phospliinic acids. I
PERIODICAL: Zhurnal obshchey khimii, V. 31, no. 9, 1961,
3081 - 3085
TEXT: The authors studied the properties of diethyleneimides of
alkyl- and alkenylthiophosphinic and allylphosphinic acids, and
investigated the addition of mercaptans and alcohols to diethvlene- X
imides of vinvlDhosDhinic and vinylthiophosphinic acids~ Their aim
was to prepare imidophospnonates and thiophosphonates containing
ether and thioether groups in a radical bonded with phosphorus
through carbon. Diethyleneimides of alkyl- and alkenylthiophosphi-
nic and allylphosphinic acids were prepared by reacting the corres-
ponding acid chlorides with ethyleneimine in dry benzene or ether
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27509
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Diethyleneimides of alkyl- D215/D306
in the presence of a tertiary base (HCl acceptor) at ~)-luoC accor-
ding to the following reaction:
R - PC 12 A H2 2R N CH2
1 2HN~,, I - 3 R-F (N' I
S(O) CH _R 3N I HCr I ) \CH
2 S(O 2 2
The products were colorless liquids9 readily soiuble in water and
organic solvents; some of them crystallized on prolonged standing.
CD
Almost all the compounds distilled in vacuump the one excep-tion
being the diethyleneimide of B-chloroeth:vlthioDhosDhinic acid
which pol~,uierizes at 100-1021C and 10-4mm pressure probably due to
HC1 splitting off which initiates spontaneous Dolvmp-i7,ntion The
properties and yields of some of the prepared phosphinates and
n
thiophosphinates are given in tabulated form. Diethyle eimides of
vinylphosphinic and thiophosphinic acids form addition products
with mercaptans and alcohols. With mercaptans the reaction occurs
at 600C and is complete in 14-15 hrs. or less if catalytic quanti-
ties of sodium alcoholate is present. Ethylmercaptar- adds more
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Diethyleneimides of alkyl- D215/D306
easily than butyl mercaptan and in general the reaction proceeds
as follows:
/ CH2) CH 2)
CHP I H CH P I
CH2 8 )(N \CH EL--> RSOH2 2 (N1\ CH
(S 2 2 (S ) 2 2
The yields are in the region of 50-60 %. Alcohols unlike mercaptans
add less readily and it was possible to obtain only small yields
of ethyl and butyl alcohol addition products, only after prolonged
heating in the presence of alcoholateB. Better yields were obtained
by reacting alcoholates with diet),ayleneimides of P-chloroethylphos-
phinic acid. There are 2 tables and 3 references: 2 Soviet-bloc
and 1 non-Soviet-bloc. The reference to the English-language publi-
cation reads as follows: U.S. Pat. 2,654,738, 1953; U.S. Pat 2,672,
459, 1952.
SUBMITTED: September 5, 1961
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L-j6L8 EWT(d)/9W(k)-2/F.-A~-;-4 Pg-4/pk~4/pj.4/po.~/pq-4
AFWL/F.SD(t)/RAM(-t,) SSD14W(a)-51
ACCESSION NR: AR4044266 S/0272/64/0,00/066/0064/0064
SOUI~CE; Ref. zh. Metrologiya I izmeritellnaya-tekhnika. Otdeltny*y vy*puskA
Abs. 6.32.443
AUTHOR: Vyaselev, M. R4 ~hatunov,
V-0
JJS
TITLE: The di Ole moment meter IDM:-2
CITED SOURCE; Nauchn. tr. vuzov Povolzhlya, vy*p. 1, 1963, 250-252
TOPIC TAGS: dipole moment. molecular dipole moment, . capacitance, capacitor,
dipole moment meter, zero beat, measuzing instrument/ IDM-2 dipole moment
meter, IDM-2 meter
TRANSLATION: Determination of the dipole moments of molecules involves
_ and th
measur-ement of the _p4~~n~~ittiAty _2K_ liqu cL e solutions. Such measurements
T
can be made with the help of the Instrument IDM-2. The investigated substance
is poured between the plates of a special capacitor of the cell, and from the.
change of its capacitance is determined the permittivity of the substance. For
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L 68V-6,c
ACCESSION NR: AR4044266
determination of the change of capacitance of the cell the "zero beat" method is
used, A'sweep generator generates a sinusoidal voltage, which is fed to a
mixer. A measuring capacitor of variable capacitance and a cell are connected
in parallel in the generator circuit. The measuring capacitor has a reductor
with large delay and a scale graduated in conventional units of capacitance. A
fixed-frequency generator feeds the stabilized sinusoidal voltage to the mixer.
The instrument is tuned to zero beat (the difference of frequencies is equal to
zero) by alternately filling the cell with known-and control solutions. The
permittivity is determined from the difference -of the readings of the measuring
capacitor. Two illustrations.
SUB CODE: EM ENCL- 00
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ACG&SSION NR: AA033621'
5./0032/6h/030/004/0500/09DI
AUTHORSs Higmat-ullin, fq~ Sh., Vyaselev, M. R.; Shatunov, V~ S.
Y
TITLE2 A device for dipoi.9 moment measurements IDM-2
SOURCE2 Zavodskaya laboratoriya, V. 30, no, 4. 1964) 500-501
TdFIG TAGSi dipole moment, dielectric constant, measuring device IDM 2., beat
frequency method, dimethy1formamidej chlorobenzene, phenylIlWdrazone acetaldehyde
ABSTRACTi An IDM-2 device for determining the dipole moment of molecules is
described. The dielectric constant of a dilute solution in a nonpolar solvent is
measured in a specially constructed capacitor which consists of two concentric
glass cylinders between which the investigated solution is poured. The capacitor
plates are ordinary foll wrapped around the outside of the larger cylinder and the
inside of the smaller. Hence the special capacitor C. is a series combination o,'
two capacitors: one formed by the glass cylinders Cc and the other by the filled
gap G - ~ Co., where C. ia the capacitance of the empty gap. The special capacitor
11P
is placed in parallel with a precision variable capacitor. The resultant capacl:-
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kCCESSION NR: AP4033621
tance controls the output frequency fl of a signal generator. The frequency fl is
mixed with a constant frequency fo stabilized by a quartz resonator,, which produces
a heat frequency fl - f04 The variable capacitor is adjusted until the heat
frequency is zero. If the capacitance of the special capacitor Cs, with a known
control solution and CsX with the investigated solutionj the difference of the two
is the same i.s the difference 60 required in the variable capacitor to produce
zero beat frequency for the two cases. Then the dielectric constant of the inves-
tigated solution is given by
--f I_(CS A C)
cotc~_(CSI+6c)l
The temperature of the special capacitor is thermostatically controlled. Thus the
temperature dependence of the dielectric constant can be determined, an example
of which is given for dimetVlformamide. The dielectric constant can be measured
to 0.05.rZ accuracy for E - 1 - 3 and 0.5.1 for E up to 100. The d3-pole moment; can be
-omputed by ti-is Debye fo.-rnj--a foi- dilu-re solutions or by the Onsager formula for
pure liquids. As an rzixamle, tdir. dipole moments of chloroberizene and pheny1hydraj-
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% =ESSION NR.- AP4033621
zone acetaldehyde (measured in benzene solutions at 25C) were found to be 1.59
and 2.52 respectively. Orig. art. ha3i 2 equations, 1 diagram, aryl 2 tables,
ASSOGICIONx Kazanslciy aviaLuionny%y institut (Kazan Aviation Institute)
;SUBMITTEDe 00 DATE AGQi 28Apr6h ENCLt 00
SUB COM A/P No Ri7 sovs oo4 O= a 002
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27229
I WD
S/081/61/000/003,/006/019
"1166/A129
AUTHORS; Yefimova, A. K., Shatunova, A. M., Vollf, M. B.
TITLE: Selecting hydrogen cbioride and hydrogen sulfide corrosion ir,~Li_rdt,~rs
PERIODICAL. Referativ-nyy zhurnal. Khimiya, no. 3, 1961, 300, abstract 31176,
(Tr. Bashkirsk. n.-i. in-ta po pererabotke nefti, 1960, no. ', 181 -
203)
TEXT. A study of the effects of various organic corrosion inhibitors on zhe
corrosion of grade CT 3 (St 3) steel samples at a temperature of 800C in hydrogen
chloride and hydrogen sulfide media showed that nitrogenous bases "rom heavy pe-
troleum products of coal-tar pitch distillates, high-molecular amines (Cl--Cis)
and hydroxyethyl heptadicenylglyoxalidire are effective corrosion inhibitors in
weak HC1 and H2S solutions at 800C.
Summary by M. Platkov
[Abstracter's note: Complete translation]
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S/081J62/000/001/037/067
B102/B101
AUTHORS: Yefimova, A. K., Vollf, M. B., jhatunoval M~,__
TITLE: Nitric bases of petroleum and their use as corrosion
inhibitors
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 1, 1962, 313, abstract
11243 (Sb. "Khimiya seraorgan. soyedineniy,
soderzhashchikhsya v neftyakh i nefteproduktakh. v-.4". M.,
Gostoptekhizdat, 1961, 265-26e)
TEXT: Use of nitric bases extracted from vacuum gas oil as anticorrosive
agents has shown that, when they are added in amounts of 0.1~, the
corrosion rate of mild steel in the gasoline-condensation water of the
AL3T(AVT) is reduced by 80-901/'o [Abstracter's note: AVT stands for
atmospheric-vacuum pipe still.~ If both nitric bases and ammonia are
added, a 9ev corrosion protection can be reached when each of the
additives amounts to 0.00%. [Abstraoter's note: Complete translation
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0
S/081/'2/000/022/035/068
B158/B101
AUTHORS': Ye'Limova, A. K., Shatunova, A. M.t Sapozhn,ikova, Ye. A.
TITLE: Experience in industrial tests for corrosion inhibitors
PERIODICAL: Heferativqyy zhurnal. Khimiya, no-. 22, 19062, 307, abstract
221200 (Novosti neft. i gaz. tekhn. Neftepererabotka i nefte-
khimiya, no. 2, 1962, 46 - 47)
A number of corrosion inhibitors (CI) have been selected for pro-
tecting equipment in the petroleum industry from corrosion. These CI
reduce the rate of corrosion of ferrous metals by 70 - 95 % and of tin
brass by ~016a/:~. At present sulfosodium salts of shale tar and
nitrogenous petroleum compounds are the most Available CI. Introducing
ammonia. up to DH 7 - 9 reduces the CI cons'umption to 1/10 - 1/20. Data
are Siven on the rate of corrosion of various metals in the condensation
system of an aLMOSDheric-vacuum pipe still during the processing of
Tuymazino oil and on the efficiency achieved as a result of CI introduc-
tion. A particularly sharp fall in corrosion was found for Al, for which
99 ~ protection was obtained. i-Abstracter's note: Complete translation.]
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s Y=
a '.mc. s r;f, e A an v a c L, Ln c F. 't, a t n un
n o 5

SHATUNOVA, G.N.
New -.echnollog..r for growing fodder yeasts. Gidroliz. i lesokhim.
prom. 14 no.8:21-23 161. (MJRA 16:11)
1. Tavdinskiy gidroliznyy zavod.

SHATUN(W p N.111.
Intracellular localization of garroa-aminobutyrIc and glutamic
acids. Biokhi.-.ilia 29 r;o.4:647-652 Ji-Ag '64.
(MIRA 18:6)
1. Laboratoriya khimii belka Leningradskogo ordena Lenina
gosudarstvennogo universiteta imeni Zhdanova.

~'HXIPUAUJA) II.F.; S'fflN!S,,Ki'f, I.,
Trie efCect of se,-,~~-.azb zirip polsoning on Ll~ 'tti co-ntt~nf, of
a-~id n brri~.n tissu,~:-7. Ner"r. 3ist (Leningrad.1
no.3412-16 10'
1. Labiratoriya khiin~.4.
qo
Uki; ~,omskDgo 1,,cn : m-ra. i

S!,-A'I-L::-iI-.VA,
intracellular localization of glu-la~--jc decar*--oxy lase. .vcp.med.
khim. 10 n0.3:322-323 ~jy-Je 164. (MIRA 18--2)
1. Laboratoriya kl-.im-,i belka Leningradsko-go gosudars-~,,enno.ga
unjiversiteta.