SCIENTIFIC ABSTRACT SHOKHIN, M.V. - SHOKIN, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549820014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHoKHI141 111. V.
30386
Novyy pochodnyy (poch v ye nnyy) tye rm omyetr. Byu 111yetyen'
Glav. Potan. sada. VYT). 3, 1949, S. 80-82.
SO: Letopis' No. 34

SHOKIM, , 1'. W
Gardening
Handy garden hole digger. Biul. Glav. bot. sada, No. 9, 1951.
L
Monthly List of Russian Accessions, Library of Congress, June 1952. UNCLASSIFIED.

. J . .
-,I .' :.. I~1';' (~;'
!- I . 11
--.- -1 ~ i
- , , , - - - -11.1 -- - "-"' . i"'-t . '-.a :;D . ~L;~' .
7 - -'- :;,;" , - j-:. I. ...... .I, ~ -
9. Monthly Ll~st ~f Russian Accessions, Library of Congress, Uncl.
2

SHOMIN, V1. V. Fh~ 2-45T60
USSR/Geophysics - Soil Evaporator Nov 52
"The Accuracy of Weighing Soil Evaporators," M. V.
Shokhin, ~6-in Botanical Gardens, Acad Sci USSR, Moscow
"Meteorol i Gidrol" No 11, pp 49-52
Msciisq,~s the accuracy of postal and inspector ev4po-
rator scales. Concludes that. neither guarantees
accuracy in weighing. Consistency in average daily
evaporation is satisfactory in the weighing by the in-
spector scales but is completely lacking in the weigh-
ing by the postal scales.
245T6o

1. SIGALOV, B. YA. SHOKHIII, H.V.-
z. ussR (6oo)
4. Grasses
7. Wintering of grass. biul. Glav bot. sada.,,no 152.
9. Monthl List of Russian Accessions, Library of Congress, March 1253, Unclassified.

Det~--Ina' ion o--" the e-lat-,:- of So~ 1 *r. -1, nte~ '.~axmum Ther,-,onieters
''e 't o r o'I r o I c a 0 -10 5
A procer"I-Ire for olbscr:atLons by mazLinum thermometers In well~7 down
11"o o 12-~ D CM , Tl-(-, of' the erro,- as a DjnctLon
I. f" C e - c
of U--me of i~-. clarlfie~'. A comr-arLson is mac-le with -data obtained
'hy e-xtr-nc'tLon trierriometers ('10 rairs of re-,1-7'Inr-s unOiei- Yoscow in 10,51-
Tt 'ijrn--* out flat t~~ mean te~rera~-ilre of' tl~ 1~~yer of soil frorn
M
heimiometen~ I s lo-.,,er then accorC.ing
1 120 cm -cco,,C.*r,..~- to Ue Traximun. t
Ic -I;c- e--'urtc;% ton thern;omcLer .0
cy 0. 20. (R&Geol, 5, 1954)
SO: 3,,,, - . ',a 5 6,~ , ':! J u 1 41 5

AUTHOR: Shokhin, IM. V. SOV/50-58-11-17/25
TITLE: Errors in the Reading of Gicund-frost i'lleasuring Instruments
Designed by Ratomskiy and Danilin (Pogreshnosti pokazaniy
merzlotomerov Ratomsko-o i Danilina)
0
PERIODICAL: !Ileteorologiya i gidrologiya, 1958, !Tr 11, PP 52-55 (USSR)
ABSTR`~CT: Ratomskiy's (Ref 2) and Danilin's (Ref 1) instruments are moun-
ted in a steady position and permit the determination of the
dynamics of ground freezing and thawing. The construction and
the process of observation of both instruments on the whole
are based on the'same prineiples, but the instruments-~nBed
for determining the freezing limit are made of different
mmaterials. EY means of Ratomskiy's instrument this limit is
determined accordin-- to the freezing of the soil that has been
filled into a metallic telescopic shell; by means of Danilin's
instrument water in a rubber hose serves this purpose. The
assumption that the soil in the shell and the water in the
rubber hose freeze simultaneously with the water in the soil
pores entails an inaccuracy since this may occur possibly at
various temperatures,, At the beginning of winter and in spring
Card 1/3 both instruments yield, primarily after the melting of the

Errors in the Reading of Ground-frost Measuring SOV/50-58-11-17/25
Instruments Desi.-ned by Ratomskiy and Danilin
snow cover, distorted values of the depth of freezing and mel-
tin.g. In publications this problem hitherto has been insuffici-
ently investigated. The author checked these depths by means of
a drill or by digging out a prospect. The aforesaid measuring
instruments were mounted in the Glavnyy botanicheskiy sad AN
SSSR (Main 'Botanical Garden, AS USSR). In this case both the
kinds of soil and trees differed from one another;,the ground-
water 'Level was found in a depth of 0.5-1.0 m. The frequency
of the above-mentioned differencea (+ and - compared with the
check) is listed in table 1 which indicates that Ratomskiyls
measuring instrument in 92.3 % of all cases yielded higher
values than the check. In 5.2 % equal readings were obtained.
Fi,~,rures 1 and 2 show the deviations of readings from the check
at the be-inning of winter and in spring. Table 2-and figures
3 and 4 show corresponding results obtained by Danilin's
instrument. The author explains the deviations determined and
arrives at the following conclusions: 1) Ratomskiy's ground-
frost measuring instrument is not very well suited for regions
of a low and unstable degree of ground frost. The tube and the
Card 2/3 filling shell are made of galvanized sheet iron, which

Errors in the Reading oi, "round-frost 11.1easuring SOV/50-58-11-17/25
Instruments Designed by Ratomskiy and Danilin
possesses a high degree of thermal conductivity. Considerable
errors in measurement occur accordingly. Checking measurements
are to be carried out in regions where the ground freezes to a
sufficient depth (up to adepth of 20-25 cm) at the beginning
of winter and in spring during the thawing- (up to a depth of
50 cm). 2) During the period of ground thawing Danilin's
instrument agrees with the check to a larger extent than
Ratomskiy's instrument. But in the case of thawing from above
(from the surface) it records a lower depth than the check; on
the other hand, a larger depth is determined in the case of
thaTing from below, After summing up these data a frozen ground
layer is obtained that is thicker than the actual one.
Accordingly, the time of complete thawing is shifted by
1-3 days. There are 4 figures, 2 tables, and 2 Soviet referen-
ces.
Card 3/3

-, h;'., 11, ti I I'l , , - " I
MODZOLEVSKIY, Igor' Vladimirovich; BARSEGOV, A.A.,- KARPOV, I.V.; KARTSEV,
I.T.; KRYLOV, N.M.; NIKOLAYEV, I.V.; REVICH, V.I.; SHEVYAKOV, V.A.;
SHOKHIN, O.A.; CHUSOV, A.I.; GORODNICHIT, B.G., redaktor; C119MBBET,
KHITRO . P.A., tekhnichaskiy redal-tor
[General course on-railroads] Obshchii kurs zheleznykh dorog. Izd.
2-o, parer. Moskva, GoB. transportnoe zhel-dor. tzd-vo, 1954. 316 p.
(Railroads) (MLRA 8:3)

MODZOI,F,VSKIY, Igor' Vladimirovich, inzh.; BARSEGOV, A.A.; KARPOV, I.V.;
URTSU, I.T.; KRYLOV, N.H.; IIIKOLAYEV, I.V.; REVICH, V.I.;
SHMAKOV, V.A.; O~.A,;. CHUSOV, A.I.; GUBAREVA, N.T.,
red.; BOTROU, Ye.N., tekhn.red.
[General course in railroad engineering] Obshchii kurs zheleznykh
dorog. Izd-3., perer. Pod obshchei red. I.V.Modzolevskogo.
Moskva, Vses.izdatelisko-poligr.ob"edinenie M-va putei soobahcheniia,
1960. 290 p. (MIRA 13:12)
(Railroad engineering)

L 44382-66 EWT(l) FDN/qV
ACC NR, AP6029870 SOURCE CODE: uR/0413/66/000/015/0011/0011
INVENTOR: Belov, V. I.; Shevaldin, 1. Ye*.; Shokhin. V. F.
ORG: none
TITLE: A method of producing heat insulation in boreholes in permafrost regions.
Class 5, No. 184205
SOURCE: Izobret prom o.braz tov zn, no. 15, 1966, 11
TOPIC TAOS: permafrost thermal insulation, borehole, drilling
AtSTRACT: A method of thermal insulation of boreholes drilled in permafrost regions
161 described. To prevent the cleaning fluid from freezing during circulation cutoff
Fig. 1. Borehole
1101
t qlj~
Inner column of casing pipes;
_j 2 - outer column of casing pipes;
3 - reverse valve.
Card 1/7 Imr! 622-94i.ni

L 44382-66
ACC--~40: - -AAO-2~8
and the formation of hydrate during the subsequent exploration of the wellf the
space between the two columns of concentric casing pipes is filled with air. Wh~n-
ever necessary, the air can be periodically blown through by means of reverse valves
(see Fig. 1) installed in the lower part of the inner column. Orig. art. has: 1
figure. ICS]
SUB CODE: 081 SUBM DATE: l5May651 ATD PRESS: 5077
Card - 2/2 -~&!

SHCHT-, V. N.
J11CFEI'l, V. N.: "Invectigation r-f tht~ phenomem of rovement of miner-
al grains in susnensions used for dressing coal." Min Ifigher
Educatio: U.SSR. I-'oscow Nining Inst Imeni I. V. Stalin. Chair of
Er~!ssinpa --f Useful Yirerals, lbscow, 1956
(Dissertation for the Degree of Candidate in Technical Jciences)
So: Fnizhnava Leto.nis 1, 114c. 17, 1956

VEtd,HOVSKIY, !.N., SFOKHIN, VA.
Movement of mineral grains in suspensions. Obog. rud 3 no.6:16-Zo
t 58. (MUU 14:8)
(Ore dressing)

,50V/136-66-8-1/27
AUTHORS: Verkhovskiy, I.M. and Shokhin, V.N.
TITLE: Method of Determining Final Fall Velocit s of Grains in
Heavy Moving Media. (Metod opredeleniya konechnykh
skorostey padeniya zeren v tyazhelykh podvizhnykh sredakh.)
PERIODICAL: Tsvetnyyebletally, 1958~'Nr.8.. pp.1-4 (USSR).
jp 11
ABSTRACT: For determining the falling velocities of particles in
opaque media (suspensions] visual methods are unsuitable
and various electrical systems have been proposed. The
authors list the disadvantages of three of these - that
of Mitrofanov and Zelinskiy (Ref.1), of Muzylev (Ref.2)
and of Goroshko (Ref.3). They go on to describe their
own method which is free from many of the listed defects.
The electrical part of the method is an improvement on
that of the tensometer designed by the Moskovskiy gornyy
institut (Moscow Mining Institute). The principle is
that as a ferromagnetic grain passes the centre line of
an induction core it causes a change in the inductive
resistance of the coil, which unbalances the bridge circuit
of which the coil forms a part. The impulse is amplified
Card 1/2 and registered with a millivoltmeter; the same occurs when

SOV/136-oB-8-1/27
Method of Determining Final Fall Velocities of Urains in
Heavy MovAng Media.
the grain passes a second coil. An oscillographic record
(Fig.2) or other means can be used for timing the grain
over the distance. An editorial note points out that the
authors have not taken into account the difference in
suspension speed at the walls and centre of the tube of
their apparatus (Fi6.1). The authors claim that the
apparatus enables the falling speed of grains in heavy
media, including ferromagnetic suspensions, moving at a
constant speed, to be determined and suggest that the
method could be applied to studs grain motion in true
solutions as well as suspensions. There are 2 figures,
I table and 4 Soviet references.
ASSOCIATION: Yloskovskiy gornyy institut (Moscow Mining Institute).
1. Grains ([4etallurgy)--Theory 2. Grains (Metallurgj)--Testing
equipnient. 3. Grains (Kata-11urgy)--Test results
Card 2/2

VARLAE,OV, N.A.; SHOKHIN, V.N.; BELYKH, L.P.
Dressing LisaKc-.rka ores in a hydracyclcne with a ragnetilte
suspension. GoL. zhur. no.8;67-70 Ag 164.
WIRA 17.10)
1. Magnitogorskiy gornometallurgicheskiy instittit.

ZEMSKOV2 V.D.- BRILLIANTOV, V.V.; VINOGRADOV .t N.N.; !S
VDZ I P. H011ii-N, IV-N--
Electric measurement methodB in investigating wet gravity ore
dressing processes. Nauch. trudy MGI no. 32:5-14 160.
(ore dressing) I , (Electric measurements) (MW 14:2)

VERKHOVSKIY, 1,14.; V.N.
Determining the boundary dinie:iaions of a grain moving in.4
suspension. Obog. i-ud 4 no.6:3-J7 159. (NIRA 14:8)
1. Moskovskiy Gor~~7 institut imenj I.V. Stalina.
0-article size determination)
(Hydrometallurgy)

k,-,x-. dtc!khr.. n&W~
1:- f
WIRA. 17,

GOLUBEV, A.V.; 7 "I-VIL7 I V ; Frinir-a-li ucbastiye: ANE,;IYEVA, Yu.G.,
I37,!A-6D,jO'vII)
!a'I-,nr---,Ay
Z,R., laborant; I.TAL'ITTA, laborant;
T U ,
,rznt; 61 ~:jy I. S;. , laborant; SHO=
Invz~~,tigating heat currents in soils for s,.:me types of the
aotj..v-:~ rurface. Do;:I. -U! SSSR 130 no.6:.66-118 Ag 161.
(IMU 14:7)
(Yoscow Frovimce-Soil tEmperature)

0-HOKIIII-A, Cand Geol 1.:3-n Sci; -- (diss) llklkaline rocks
of the Bullan-Kulfskiy massive (Krasnoyarsk-iy 195~-7,
13 PD (Yin of Higiner 5ducation. Yos Order of Lerin and
Order of Labor IR;ed ~anrer 6tate Univ im !.!.V. Lomonosov.
Geol Faculty. 1-~'Iiair of Petrography) 11-0 copies M,, 34-59~ 1-12)
- 2Q/ -

SHOKHI11&, 0-. 1.- - -
Composition and texture of alkali rocks in the Bulan-KullskV
massif. Nauch.dokl.vys.shkoly; geol.-geog.nauki no.2:54-61
159. (MIRA, 12:8)
1. KOT4)lek8naya laboratoriya Institute. geologii igeofiziki
Sibirskogo otdela AN SSSR.
(Kuznetsk Ala-Tau--Rocke, Igneous)

SHOKHIHA, 0. 1 .-- I-,.---
- - ---- -- -t~p
Geological characteristics of the Bulan-Kull alkali maseif
(southern Krasnoyarsk Territory). Izv.v7i3.ucheb.zav.; geol.i
razv. 2 no-3:54-64 Mr '59. (MIRA 3-2:12)
1. Moskovskiy gosudaretvennyy universitet im. M.V.Lomonosova.
(Bulan-Kull region (Krasnoyarsk Territory)-Petrology)

F.I.; SHOKHINA, O.N.
Viscooity of malts in the system NaN02 KN02. Z'Pur.neor--.khim. 9
no.l.-152-155 Ja 164. (MIRA 17:2)
1. Rostovskiy gosudarstvenry-j universitet.

SHOXHINA,V.A.
6 Foraminifera. of Jurassic and Cretaceous deposits of Gorkiy
~11 Province. Paleont.sbor. no-1:99-117 154. (KLP.A 8:10)
(Gorkiy Province--ForRminifera, Fossil)

SHOXHINA, V.A.
~StrMatgrk%-~ of the southwestern end of tne Sura-Moksha upheaval
based on Yoraminifera data. Trudy VNIGNI no.5:41-48 155.
(Mbkoha Talley-Foraminifera, Fossil) (MLRA 10:9)
(Sura River-Foraminifera, Fossil)

SHOKSMAIN, Y~,,,%, k-'l-nq.
lnidnik-
n,~
cill thr, in i~irl'-'-'...re-rl due to Perzus5alcn cap
no,
1 L
a c C. 0 a - .~ t ,I' ~ -1 . r ` I

J"~-
-,~,-c- and, d~-vcxv Z"-,. I.N
-'?5 5.
Tr5,.itut ellerncrtoori~.Eanlcheskikh soyeahien-Ly AN SSSR.

SHOKINAIT, Ya. D.
Measurement of the strength of the muscles of the leg and foot.
Ortop., travm. i protez. no.1:70-72 162. (MIU 15:2)
1. Iz detskoy kliniki (zav. - doktor med. nauk L. Ye. Rukhman)
Leningradskogo nauchno-issledovatellskogo instituta, protezirovaniya
(dir. - dotsent M. V. Strukov)
(MUSCLES) (LEG) (FOOT)

IOSMREV, M.A., kand.tekhn.nauk; BOGORAD, M.L., kand.tekhn.nauk;
SHOKIM, G.I., inzh.
-61-111.
a culation of the durability of threaded flange joints on the
baois of maximum loads. Sbor. at. NIIMIMMASH no.21:3-8 158.
(MIRA 11:7)
(Flanges-Testing)

A
a c I t- -1 r 1. 11.1 10 h 's. A,-A
The problem of the structure of Gustay"n's hydro
00 c,*,,rlwn. V4. Nt SI-4--fin tind L N. `4h.L!- 00
4, 44 XUM. 0. G-1. Chem.) lot, I I I.. . * 0
to Ntun.y All.1 St,-%t.n-IA i(' 1. 3.4. It:"." -00
the Ranlan SIMetruta Ail tile Ily'll-Lit".11 lit'l
00 0,tained hY Ciu,tav-n (J. P,akt. Cke,,s. 54, 9A, 1115 09
00 A if it i4 hy tile action if Ill Jil't 00
*0 4 I'mm'Al from tile r"wtion Illixt. (I..Attlibi we"Ild.uy rv.w- 0
IIICII llilt%l W%A`taI little' 0A1t 2 little' -eI NO
to 0 4 1 * -06
re,ulling in b. 31-41", .1' 1.41107, 110 0.7377, 1 1;
A, .1 R
2:1 25, 0%-% twitlier the frriluency ~~Rl nor IAXQ 00
C,)Ilt;%iII4 livitilvt 'pit'llwiltalle 11tv Altlict I%y%IT.tcjrIh)n4 -00
11 A HAIIIAU It-4111111, it il It aliAt.
mettlyl-I I IU4 Itt" 00
WOW 1.
hy ctcll'140.
MA-C I I,QMc: C I I
N. I'l-n
A thermochimmicstl evaluation of the hand Ittengthl In
t el f .,ono cathon comitounds. 1. (Methvi cathonI io,liaa
Ild I ethyl tiatbuni majItnealum. 11. M.t. lir Aa.l A It.
111.1tchdide. .1. Cht.. S... 104A. 11111 711 C.I.iri
aictlic ittexAurriurn1% till the te.i,twit pair Nit-Mitt 1
MCI + %till, atilt MCNIKI + 1. - C.11, I-
the, tv, p. beatt of rrawtion to tic -45.4 ttI I anti - W3.1
3 kcall.Ani-A. The 2nd tMLA- j1tA- i. till
~-r A( c%,VA5 INIttis. Fraul thcIc S.,ults are cal"I. lit,
Cit. Mg
A.g
Ad., A A, I 67ji Leal.
7 .11 all a"
I IrA
All L 1 11 0 V -1-W-64 -I _0_3 It V
U U AV a L% !
a& &C K a It a AT cc a It or A I Ana
0T-,41 00000000000086eq,
*0 lee 'OR 00 00 0 0 0 0 0 0 * 0 0 0 * 0 0 00

SHOKHOR, I. N.
USSR/Chemistry - Polymerization, Dimerization Aug 48
Chemistry - Vinyl Compounds
"Polymerization and Depolymerization: IV, The Dimerization of Divinyl," Ya. M.
Slobodin, F. Yu. Rachinskiy, I. N. Shokhor, Mil. Acad imeni S. M. Kirov, 3 jq~
I'Mur Obshch Khimii" Vol XVIII (LXXX), No 8
Shows that during catalytic thermopolymerization of divinyl in presence of floridin
dimer forms are produced, accompanied by migration of hydrogen atom. Main product
of dimerization is 1,4-dimethyl-eyelohexadiene. By-product is 1.,2-dimethyl-
cyclohexadiene. Lebedev's dimer (vinyl-cyclohexene) is not formed -under these
conditions. Submitted 25 Jim 46.
PA 19A9T20

SHOKHOR, I. N.
USSR/Chemistry - Polymerization
Chemistry - Vinyl Compounds
Aug 48
"Polymerization and Depolymerization: V, Tetrameric Divinyl," Ya. M. Slobodin,
F. Yu. Rachinskiy, I. N. Shokhor, Mil Med Acad imeni S. M. Kirov, 2 pp
"Zhur Obshch KhimiiII Vol XVIlI (LM), No 8
Shows that tetramer formed during thermopolymeiization of divinyl. in presence of
floridin in the temperature range 300-400 is 9,10-dimethyl-decahydro-anthracene.
Submitted 22 Jun 46/
PA 19/49T21

DOIGOV, B.N., professor.;SHOKHOR, I.
Dehydrocyclization of benzalacatone. Hauch. biul. Len. nn. no.22:
25-26 149. (MIaA 10:4)
1. Kafedra organicheskoy khimii.
(Butanone)

vkydo cogy1mbittal. Va. M. Slobo.
(fin an -;::L, zur ObskArl KAin (J. Gem.
Chew.) 21, Mdl- 951); f. Sabey W Whe: C-4. 44.
Io3Re.-Ac(CRjW.0%I with 58% HBr at room tew. pvc
&,,-S% bromide, b. 1(*-7*. bw 83-6*; this (25 g.) treated
with 12 C. KOH and 3.4 gal. H#O with shaking pvt 92-6%
e3vipprop,yi Mv Asomw (1). b. 1M-12.5'. d '84 0.8W stO
1.4246- stmicarkwat tit. 121-2'. 7U(14gjIn250mUw-
PrOH i,~.ted with AOCHMes). from 14 t. Al (with 0.5 c.
HgCls and 4 tol. CC14) and bested to 110-1b0 with dinn. of
Waco gave, after coolln and addn. of sq. is*-PrOH.
filtration. and exta. with Et.O. 92.5% ndh3w
carbisol, bm 122.4-2.0* dl* 0.8M. 1.431 , -Y"
23-35 dynes-ern. RL~ sh1ft lines foray. product are:
am 1) , 489(2). 6W2). 711(3). 736(4). 7M2). OWL
FW10), 919(4), DWI 10200). 10M1) Un, 1
1197i'10), 12u(2), 1300i). 'awl). 14375( 3
21"3). 2WXg). =( ). 3013(8), 13). 1" k
For tbM 3), MIR), 46K1), . 8
737(d). 9W5), 104
lill(l), 024
16WO). 2M013(6), (2 . I
. and 4).
-IY$is confirtas the ity or Ltd.
0- hi. xaswapoff

StMctW$ (A OUSUTWQ's hydrecubon. 11. Stepwise
tyathesis at ~pLro tons V M Slobodia and 1. N.
.=.. ZAT =M* Xham'. (*]. Gen. Chem.) 21.
2ODS-110931). cf. Gustavson. 1swil. And. AVoub (R
5, 2MIS06): J. prok. CJmm. 131 $4, 1050m); 56nj
(1897). C.A. 43, 901d.-Parm-, "ysb of Oustav"B's
hydromarbou mist. shooed that (be principal components mV
Thestepwises
tang (Zellaskil &W Xrmvrtx. ". 7. 1 IVP
Ilves n*ibyJtxecycWmtaae only, since the 3-mrotbared ring
d sming the spech-nista
of isommeritto S =zgr t bylcosdl
atiot 1= vorskiT atal Batalin (".
19.1750). C(CifOii)o~1301.)RndIC2,~AL,%Orcduscdg
hm gave several fractions, ncluding N .
k*#1 stistAmAr. big 202-6% witicit crystallizes in put owing
I tra tion of Ac poups, depositing peatacrythrilol;
IL = tractions ~tfiaftd tetra- and triacetates,
The product treated with red P amd or in CKC1, with ke
(volinit save 3N?4 2.j-btxbf"WmWk dw A&
ar#ftm. ba M-7 , d-1 1.651%. 1 if.).
tsesird with laO ad.,810". 162 11,0.;~dWg. ZoduM2
'hm on the stain; both gave
41110"AMM, 44% bm 135-7% CIP lX817. oV 1.4445k whiels
boilesi 0 bra- wM "td. KjLos $010, gave 85% j.j,,JgjO.
P-PONG&O#L%sW. ba 123-7% dj$ 14710, nV I,vaak
Abetterprace4m
w" to treat the bmwide with zn, tat. the O&L with Nils
at 09, sad let amW " days, The glycol jjbovg w"
PDrv and Pyridime gave 43 of the W
;=hb% 83-7*18d 6 M a '. 9C
Za d H-Tel sx1m%ultantota-Z
Zol . r6ava
4714~ydm4pbow(tl).b,.41.3-2.3*.dl-0.7337.*V 1.41#2~
-YO 2U.37. whirit. hydrogenated ov" Pt Oxide, readily tat*
uPOO%(Gftbtcfttk'bl)l(. Its coasts. and behavior em.
Am Its StIrUctuft - mord*Wyclabalext and m a tsoc of
OWrOWtant - (-M. Hydrogenation of tM Gustav
brk-rbou evef Is time curve with a break fadicatim;
bydrammood- of 2 components. Wherm n gave a WOOD&
VJM; 01104201Y118 gave cyclabutasmit md "Cojt only,
TIM 19-selmotion to the cyclow. no The smvows to
Mainly 'luring be 'Mment La the dibromide. probably
With f-tkXj of I-bronx)-l-(bronvoroethylkytiobatoar
from I.I-WbroawnjethyI)cycIoprop&ne. The Raw&n
spectrum of the dibromide contains elements of 3. wW 4-
membered rings. G, M. Kowlapoff

SLOKDEr' YA. ".I Si"C"HCRI, i. ~~
Cycloprcpylacetylene
Cyclocropylacetylene Zhur. ob. khim. 22, 111.1o. 2, 1952.
Mont.U List of Russian Accessions, Library of Congress, Awgu-st l9c2. Unclassified.

USSR/Chemistry - Hydrocarbons Feb 52
"Action of PCI3 and PBr3 on Methylcyclopropylcar-
binol," Ya. M. Slobodin, I. N. Shokhor
"Zhur Obshch Xhim" Vol XXII, No 2, pp 208-214
By means of Raman spectroscopy, identified products
of interaction of PBr3 vith methylcyclopropylcar-
binol (I) as cX-bromoethylcyclopropane and about 70%
5-bromopentene-2. Established that OC-chloroethyl-
cyclopropane, product of interaction of PC 'lLwith
I, undergoes opening of ring only to small xtent.
During its prepn and treatment it is subjected to
209T15
USSR/Chemistry - Hydrocarbons (Contd) Feb 52
partial splitting off of HCI (10-15%) to form 75%
vinylcyclopropane (II) and 25% trane-piperylene.
Synthesized II and took its Raman spectrum.
209T1

Ira eloof
8, "''l7( --III tho
18110), C.A.. 48, 12841d.
m6c f)'IIf4f_ni- of spirop"'nuill", duffilf, t1m. cilinifte of tjIG
Iftl -ow-mbm-d I Ifig Ott,: take.% pluv,: a Isarthl trall.4forimo;
Ifuli fillu t4 4-11m.11161ml dilgi whl"), c"Inutte hj rualpfcti:4
when Ilik- Amil pmhtef W ~)rt,pd, Olefitt kwinadurl vecars to
u lc~'vf Ikgcc' Thc ek;tvalt'! of Dr lit thp riaril st(Ij lit Llicy'
ptvs~two of NuC01 wid Nal ykIdt; a hydr(II!,irbrin ttil"Cf.
In
-',it uq
ylizz acid "'tut (CJWO'j!),' (21
i
Ft'o fr('110-11 will) W, oit!I k, coolhig Y;eiflc;l 05 g.
b . "N-Nol' On
1.5, L~M71 1. P;IT!1xi ~k. M. -0 Isn(2),
1346ji), W~j(flj and
~i!%:11 Ti-i.. with Xv wi -L idded 80~-~ piri, ;;je1hyrcnc-.
4 1.6 1 4186, Raman spm-ttuln
2867tt),
wi-I RQihz,.jiq: t1w dibrutrilde with AgOAc
and AWH 1; lits. g;tvv pme
-7"

S 1 "14), n)
d1croale, b,4 166-10'. Raman spectruri IWO-,
2
If.!), 42712), 40(g), , Wq(4). 704(4),. 793(4), 8,4
2), 9113(s). W1(5), 1012(4), 1000(4), 1 IOK.t), 1174 2
1N1(8). and 1741(6). Tht- hydrocar=t obtainta
fi.)m Zn dust and 1.1-I)ii(bro.tiomcthyi)cycloprapane (loc,
cil.) had dl- RUnmn spectrum: U11
- 4), VI(2).
77(10.5), 873(21,
165,f(0.5), 307YR), 2M(I), 2tWiS), 2024(4)
295S(A),,knd3WS(8). Iftliisdi-~.9rtlt,riv.(Ilg.)i3adiedtc
50 tril. MOH, 17.3 nil; I-ItO. 15 g. Zn dot, -8 g. XaIC
and 0.73 g. X5.1, #-he m3ulting hydrocarbon, b. 30-420,
2

ky Pj It
t n tv
(, ~,plro) 2,4,6 - crionhorohydrop rfini-
and I-- hL-
Ch
"Lt ;Gild SOml. MOR was added wi~4 .~~Aaing 10 g~ di-Et
ar?d 5 g. urea, tLe mixt.
StirfCd 0.5 11r., fin3lly at r(Y.'1111 WMIJ., 41RI the get was ("ated
lViLb 50 ml. MO and iwnfruliml xith IICII, yielding 00%
(tClr,)'rC(COJVll).-CO, (1), clecomp. .130'. The imme prod-
tict forniv at room lonp, hut the yield declines at 60'. 1
19 Similarly obtained froun I r. Na in 50 ml. HLOII, trated
with 0.6 1, and 2.3
C(0[3t)4. Itiffluxin-, I ,Y:tlt 20%, ICOII 4 hm nve cyclo-
G. M. Kosulalloff

S#641#CR -~C, A,,

SHOKINY I. N.; SOLOV'YEVA, A. S.
Increasing the stability of ammonium bicarbonate. Trudy MKHTl
no.35".43-47 161. (MIRA 14:10)
(Ammonium carbonate)

-c V:
a 9 0 0 : 6 0 0 0 0
11 is 14 n 14 at is " 8atn24 Is h a a 11 U k3 14 15 Is V3�xu 41 ii d) "are
A_ L-L L a m p A I-1 -_0T. I-L-M K.IX W I Ad 0

06 .00
so 1 and Suftautica d 40y.bom prepamilanx in the BUMAS DWY. h.
A. V . (logindt. A. 1. Kollitilovo. R - N1 . Kut-lk . ft. A. Mowk -
uvAn and L. V. Pawl. -'kk`ifJ4"# uc )I pW4x= r4utein is 88%.
-The IOW val
211-34 0 D32)
R
) 1
-
.
111dind, (U. S. S.
.
the cwbohydrate lood'valaw 6 lW11'e. A poy-bean
01MIATT11 With Mat and d3h;
ji~
,Iv
f dl
i -OS
r l
x"
th no s4M o
tile ante gain In wright as a Meat A71. w -00
tintutwes. liencemitr brand Rm valuable as a substitute fur [neat In human nutrition.
Fujian P. .1knith
06 see
04

Z
atio

66
UNO.?Lif CLASSIPICATICft c Z
09 8

'
W
t3 %4 a 0 3
OT
: : :
i

0 0 0 0
0060 0
:
:

J1 a
amis IA")SA1101) V11 AJAS Aim Jeffv 41
A Q t U11 0 it r0
v OLA P4 (C M U

00
as

utugartne -d its CQv:WdvG OUlustiOu- l". N, 1.
stpl,al, biocArm. r0fichustifixa.
-00
of
l~ 261 82(lilu).-Fevdins tests with (1,1% ahowed 10, tl"M, a-41111416,tl
v
i
l
-04
s
l$
c
U4-9.5- assitailation of Martalve. Marprint (reding jM%v no pCrrvpt
Of
butter
the
i
i
t

.
.
n
n w
toms of tu%icity. and the test aabn&b vined about the satue anit,
;
R
V
u~,
,sn
p
e tinit sk% anitnals fed with butter. Hence mArsirine of the kind tested (a
S
i
h
t
kn
so j Asu
pf-luct) i% fully equiv. to butterwith respect to aisimilatinn. Julian F.

Ze 0
900

-,49
-.00
4 0
t
:
Is
go
00 8 00
se I,

.
U AT K3 LS r --i
iA]a
r' 11 -C K [I it %I An I S 4 a,a I or 94
I
0 0 6 0 0 K It It it
T

'no
g .

6 1 1 1 4 11 f1 tj U Is 4i/ is
1 72 ZI x iq Al It Ij 11 5413 biv MM@) at Q 4)
11 1 L *--?1 2 ItI U -L-1- M~ Ax li, % A -.1-L ~s
-A
-so
A ~~tivs bTajU&tjoU Of Milk powder.
R . M. Kutok. A~ 0. Gagina
all. A. rEW
and N. L Shokbor. ScArijim arWral. biacAeft, Ivor-
sduallsind. SaAr.-&xWrrxi(AW%d- (U. S. S. R.) 3, 121 -
4t)(19M).-Parallell feeding tests (dogs) we= Inade will'
so A
cow milk and milk powder contic. protein 25-1. (at 26.
go 8; carbohydrat" 36.0. water 4S and ash 4.8%. Digestion
ciptit. shcraml a -lower rate for ruilk powder, evidently
00 a due to the different phyi. Lvn4lition. but ftxxl value itud
so U, dicestibilitj of the povrdvr compare favorably with (rrli
nillk. *ntc protein wa. 94.11% assimilated in milk powder.
tX;% in fresh milk*. but Ov ilittv%tioti was slower in the
ix)*.Irr than in fresh ruilk. )ulian F. Sinalt
led 0:: Cos
j
ro 0
go -r
00 le Co 0
ides
us
voe
L NtIALL~R-C&L LITIRAI.At CLA%%IFICAIIQW
-11113~-
Its Is
T--f
u n- -j7 Joe
OrWIt OVu Kit Rit K U I'S It K 14LO n 1 114
4 0 0 0
'A

0
00 t
00
00
04
frj
C 0 f 0
Fii,
-L-A-L-A-L 1, A 1 9 1 1--1-
j V,,j_ -s-
lit -10 1~ 1:14p19)
The effect Of mcdirinal' " the "'holi'lln of I'Aige
mrstir aniniAls. N. I. Sh"kh"t, P- N. Andrurv. A~
1
0
atid 7-T.-
Iku, 1939, No. 7.
S:, 141; "1"'
3
N,i
193r)
-0*
~
.
,
11t)r-s an
t at" tit i
illifing .00
it I.V :111 A
t,t,t 'N,143 lit- %Ili
I Ile
j Im A,
of tlli, aallid, N 111111,611 illetraw I
fli4I in
i
~
~i'l
itt
W%l~lli~li
l
[
F;
i1
lirlolv.
l
l
l
'If c Y(3 Y111 atc
t,
;l
d 411 N I it
-
K, an
y An., TV51'..
d -114 1~lx) ~. .,I phy-i"I. N
00
z
lit :;J01 vc. an
0,11 Amstrel ill choll. rotallm.
i 0
'-
1101
*
A S A - I L AAfTALLURGICAL. LITIRATURI CLASUPICATION
S"
*Gotill
W Ct. CV U I I
)-t. .a
0
j.1 13o., ,>,A-
AT
u t, tr t, s, 41 K It It K K IT tt If x
:*W**, 4 6
0 0 0

CO
0 Y 0 R N. I.Y
2. USSR (600)
Fnev.f!i.atika 71ant "The Arram-e,--ent of Planet Pinions in the Planetary Reducing Gear"
Stanki i InstriLment, 22, No. lp 1941.
9. IM Report U-1503, 4 Oct. 1951

SHOKHOR, N. I., Prof.
"Pathological Physiology. Third revised and Supplemented Edition.
OGIZ - Sellkhozgiz, Moscow, 1947. Revised by Meshcheriakov, Lect.,
Cand. of Vet. Sci., Head of the Dept. of Pathological Physiology,
Kazan State Vet. Inst.11
SO: Veterinariia 250), 1948, P. 47
* 40 0 0 0 e 40 9 0 0 9 40 * 0 0 40 * 40 0 0 0 0 9 * 0 0 0 *

0 4111 0 0 0 0 0 0 0
0 416;
7_00- 0 S.,
Uri

131.
Metallathermy in the light dl the electrochemicAl seriets
1. 1. I,k-W,14il Aisd T. G. lilmishcr. J. Applwd C-Am. _041111

1
11S~S.W) 19. Olm-a"(191111(in Ruv-i~u). -M RrAv-
1
1
.
.1M %, fit, 11M.,tism"I lwtwcrll 1.)W,I. (70 Ille0l)
.",,I in hatchr, tit 25 j. oxidr. 3 1. Nal: L, fht%.
19 t. 11.11 1. t I x. met..1 im)",Icr j, immilln, kimlletl fly,.
.
......... .. ...
..... 1-1.14. wilv 12.8"", 4 tile
..
-Nalmd .- Fe 7N.M.Si

"1111.1.,11ble Ill, Allit. I t I'_' S.). tile Odd Wx, MKI), Alol, %P.. W's. kv,th. 'hill, Ci's SIO
;

00
Ow allov I-c 7V.7;, limilg I:v,(), lptclxl. finin I .r zs(~" 1111h. CItp.. lict), C.41). I;C,O,: Ni(
:
'

;:%abtv. itl4v-l J 4"111 pptil. tile Si t"Illvilt i, All, zlit), Slit Is, 1'1'0. It.40, 614)) hy I I uIrments (I.I. C.I.
(
I'l
l 00
I'l
11
i
0)
M
Al
Si
Z
F
C
C
A
ithel; usill'"11
thl%. Iv,* millt. litilleftfix-14 rctluctloll. t
l.
c,
v.
l,
.
.
ii,
ll), comp-irr'
.
,
g,
,
t,-. --,twto 2Fe f- 3cut) - Frio,
+ itilli flit- ch-cir"Illotive 1xilesittAll tit tile Utter.
('111twim A.11), t SO. 2 X. Cit (wilh I,,', Fel .,-rr Oll. a ImIA1,11,111 file heAlAall't the -00
I

Imm-A .1111 L., A Ir. 1;e'y11'qhf'mT (liew reach"I I Ile
l) : s fe" 1-111 ll"t patit'l-aw C.M. fly comi feritic the

l
4
li
m1
,I Al
-; f
i
A
d
f N
Wl
ti
1
ell 1. - Mt, i I f LTr' A all~vhiotllrldc .11111. 1 if 11'. , l
ll,
.
-
ii,
m
o
.
a
le r
ly
rittelit4. 99
.
14.3 st.). r.%,J.~.'l X. I-ir (-ith < 0.1l';, lie); with 6.3 st. N.Th,m ;00
lie. J. 13 Ic. 1r. of 225 g. CUO with 2.0 1. [It-

Xvr 3.71) X. Cis tit, lie. -v ith ~180

'
A S
Cb't'. Pl. 'I"ithi-swul,
;Jmt. "t Ca. K"~e M, ~11111 0
--
-
jdL1L_j ilirt.11 but C., tit. L'talll..Litr .411d
1.01, Chill. IAkr%%1w' Marm-l".
00

so f th"'..v -11: 1. -dy %It. I'm it. loiltil ')so, 2a jz..
MK 1.41 9 of alld Nigo tia, ubtailacd. (2,
3 Zoo

.:DID

t, too

40 0 & 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0
0 00 o 0 0 0of* of 000

:77
1, 7
zb~

ram C~-hh

it:

~jXe =11a i_,,I:c
aud Al. Th.,

C~aztitics af iare
~f:!~f A 1-.- a--- dt:t(j.
On an4ii-
~,f Addled r~rt eput-h
fn' D -1

DLYN, E.S.; GERTSENSHTEYN, E.N.; RUDFIM, Z.Ya.; TAPTAFOVA, S.L.;
CHN'?VOVA, A.D.; S1101GIOR-TROTSKAYA, N.K.; KIJIWYEV, L.A.,
red. ; rUZl'l-.IEA,
[Handbook on the recovery of speech by persons affected irith
aphasia] Posobie po vosstanovleniiu rechi u bollr-Tkh afaziei.
Pod red. E.S.Bein. Moskva, Medgiz, 1962. 335 P.
(14IRA 15: 5)
(APHASIA) (SPEEGH THERAFT)

SHOKH9y4,,I*.�*, Imnd. tekhn. nauk.
-
Mectric methods for metal coating. Mashinostroitell no,1:23-24
ja 158. (MIRA 11:1)
(31ectroplating)

PHASE I BOOK EXPLOITATION SOV/4594
ShokhovY Ivan Sam onovi ch
Uprochneniye rezhushchikh, shtampovykh i Jzmeritel1nykh instrumentov (surface
Hardening of Cutting, Stamping and Measuring Tools) Moscow, Trudrazervizdat, 1959-
94 P. (Series: Novaya tekhnika i peredovyye metody truda) 5,000 copies printed.
Scientific Ed.: Ye.A. Pankina: Ed.: A.L. Bashkovich; Tech. Ed.: A.M. TQker.
PURPOSE- This booklet is intended for foremen, teachers in engineering trade
schools-, and it also may be useful to workers in the machine-building industry.
COVERAGE: The booklet presents data on the surface-hardening of the working surfaces
of cutting, stamping, and measuring tools by chromium plating and by thermochemi-
cal treatment in the solidp liquid and gaseous media. The author provides exam-
ples of the chromium plating of scme tools done in accordance with the new group-
processing method developed by S.P. Mitrofanov, Lenin Prize winner. No person-
alities are mentioned. There are 20 references, all Soviet.
Card 1/4

SHOMOV, P.A., elaktromekhanik
How to prevent short-circuits in ABII-72 storage batteries. Avtom.,
telem. i sviaz' 9 no.8:34 Ag 165. NIPA 18:9)
1. Vologcdskaya distantsiya Severnoy dorogi.

LEBTSITER, A.A.; LIMITS, I.A.; SPIVAKy Ye,A.; SHOKHOVkj- O.M. (g.Tartu)
Change in sensitivity to antibiotics of Fewcaffue dysentery
bacillus in the human body before the begirmin of treatment.
Antibiotiki 7 no.7:643-646 J1162-. (MMA 16:10)
(ANTIBIOTICS) (DYSEPTERY)

SHOKHOVA, Z.V.; MOTORKINA, R.K.
,,-!-- I- ".
Using heteropolycyclic compounds for gravimetric and volumetric
determination of germanium. Vest.Mosk.un.Ser.mat.,mekh., astron.,
fiz.,khim. 12 no.2:183-193 157. (MIRA 10:12)
l.Kafedra analiticheskoy khimii Moskovskogo universiteta.
(Germanium) (Heterocyclic compounds) .

SHOKHRIN? Z.1.
Silvery jet. Znan. ta pratsia no.3:2-4 Mr '59.
(MIRA 12:10)
(Coal mining machinGr7)

SHOMIN, Z.I., gornyy inzh.
Hydraulic coal mining. Nauka i zhyttia 9~ no-9:13-15 S 159.
(MIU 13: 1)
l.Nachallnik gidroshakhty No.4 tresta "Ordzhonikidzeugoll," Stalinskaya
oblast'.
(Stalino Province--Hydraulic mining)

SHOMIN, Z.O.
Efficient technical solutions to problems in planning and
applying methods of underground hydraulic mining. Ugol' 32
no.4:6-12 Ap '57. (MLRA 10:5)
1. Podzemgidromakhanizatsiya.
1. (Hydraulic mining)

SHO M IN, Z.O., gornyy inzh.
Experience achieved by the hydraulic mine no.4 of the Ordzhoniki-
dzeugoll Trust. U9011 34 no.2:12-17 F 159. (MIRA 12:4)
1. Nachallnik Gidroshakhty No.4.
(Donets Basin--Hydraulic mining)

SHOKHRIN, Z.O.
Some work results in a hUrdraulically mined section. Ugoll
Ukr. 4 no.4:22-25 Ap 160. (M 13:8)
1. Nachallnik abakhty No. 4 tresta Ordzhonikidzeugoll.
(Donets Basin-Hydraulic mining)

SHOKHTIN, A.P.
Fix-aminer with an optical indicator. lzm.tekh. no.12:8
D 1620 (IURA 15:12).-
(Level (Tool)-Testing)

SHOKIN, A.M. . I
Large metallurgical center in the Korean People's Republic.
Metallurg 6 no.3:38 14r 161. (M-IRA 14- 5)
1. Referent po Koreyskoy Narodna-Demokraticheskoy Respublike
Otdela mezhdunarodnogo knigoobmena Gosudarstvennoy biblioteki
SSSR im. V.L Lenina.
w (Korea--Metallurgical plants)

MUKOVICH, A.V.; SHOKI-N-Al..A.Y.
I'I'ncephalographic examinations in logoneurosis. Zhur. nevr.
psikh. 64 no. 12:1785-1791 164. (WRA 18:1)
1. Elektrofiziologicheskaya laboratf)riya (zaveduyushchiy N.P.
Bekhtereva) Leningradskogo ney-rokhirurgicheskogo instituta im.
Polenova.

SHOKIN. G. (Saratov); SOW.DOYNIKOV, P. (Saratov)
Voltmeter for recording corrosion. Zhil.-kom.khoz. 10
no.4:28-29 160. (KIRA 13:6)
(Voltmeter)
(Saratov--Gas pipes--Corrosion)

G-,~A;rmuL;-~ 1.-.~thcd of' c;f cup.-ous chloride by. mg--Lal-
e~ouper. Truddy
L
of (-~,,pper monochloride in aqueous solutions of NaGl,
D~O~Cl -t ruC!2 and !"a- 1-114 1p,:9)
Cl t ~-TEL2SOL- Ibid. :11

SHOKIN, I.I., inzh.
Investigating the wear resistance of gear wbeels made of laminated
wood plastics. Der.prom. 7 no.12:14-15 D 158. (MIRA 11:12)
1. Moskovskiy lenotekhnichaskiy inatitut.
(Laminated plastics) (Mechanical wear)

SHOFril I.I., inzh.
&perimental atudy of the Itrength and veer of cogvheels from
resin indurated plywood and tertolite. Nauch. trudy MLTI no.llg
85~-100 261 (MM 18a1)

SHOKIN, A. 1.
04a-lpjrw.r~~.-.,~1-11~.,:_--,~-
Retention of fitness during elbow ailments in tennic players. Teor.
i prak. fiz. kul't., 18 no.10:792-794 155. (MLRA 9:1)
(UBOW, diseases,
tennis elbow, continuation of training of tennis players in)

11 107-57-1-6/60
.iVIEHOR.: Miokin---Ir First Deputy of the DUnister of the Radio-Engineering Industry, USSR
TITLE; Scientists and Radio Specialists Answer Questions of Editors (Na voprosy redaktsii
ot-vechayLit uchenyye i radiospetsialisty)
PERIODICAL: Radio,- 1957, Nr 1, pp 6-7 (USSR)
ABSTRACT: The questions of the "Radio" journal were. (1) On what problems should radio
amateurs work at the present time in adopting radio and electronics in the national
economy ? (2) In what field of radio engineering is their experimentation particu-
larly desirable ?
Mass radio amateurism in the Soviet Union has a grgat importance for radio industry.
Radio-amateur work ~s a source of skilled radio men, who are always sought by Soviet
radio plants, design bureaus, and research organizations. Developmental work and mass
experimentation by radio amateurs can help in solving many problems of improving radio
circuits and radio-equipment parameters. To facilitate this work, better relations are
necessary between DOSAAF radio clubs and radio-industry enterprises. At present,
manufacture of radio receivers and TV sets has reached 1-million pieces a year, and
saving in material is of great importance. A few rubles saved on me receiver or TV
set can result in an overall savIng of millions of rubles per year. Amateur designers
can help greatly in this matter; they should improve radio circuits, tran istorize
them, and try to cut power consumption as far as possible. Amateurs should help in
developing an inexpensive 3-band radio broadcast receiver with a VHF band. Amateurs
Card 1/2

Scientists and Radio Specialists Answer Questions of Editors
107-57-1-6/60
should also help in developing receiver kits, TV sets, etc. Other possibilities of
amateur work are listed.
AVAILABLE: Library of Congress
Card 2/2

__ - .- -'- -,- ~ ?_ . - , "I - , II .
LIKHACHAVO M.; SHOKIN, A.
World fair. Radio no.1:28-30 Ja 158. (MIRA 1l.-1)
(Bruesels-Fairs)
(Radio-Recelvere and reception)
(Television--Receivers and reception)

107-57-5-3/63
ATHHOR: Shokin, A., First Deputy Minister of Radio-Engineerinp, Industry, USSR
TITLE: The Ways of Growth (Puti rosta)
PERIODICAL: Radio, 1957, Nr 5, pp 3-6 (USSR)
ABSTRACT: May 7th has been the "Radio Day" in the USSR. It has a special significance
in 1957, the 40th anniversary of Soviet regime in Russia. A review of develop-
ment of radio engineering and electronics in the Soviet Russia from November 7,
1917, up to 1957 is presented. All main events are noted and connected with
policies of Soviet regime. Of later events the following specific points are
worth noting:
First Soviet radars "Reven1w and "Redut* were designed and manufactured at the
Radiotelegrafnyy zavod Morskogo vedomstva (Radio Telegraph Factory of the Navy
Office) before WW2. In 1955 the radio-enginee ring industry (MIUP factories only)
produced 20 times as much as in 1940. In 1956 the production was by 29% higher
than in 1955. In 1957 a further growth by 23% is expected. Over the Fifth
Five-Year Plan period the radio-engineering industry has started production of
750 new items. Over 6,500 items are being manufactured now. The number of
research institutes and detached design bureaus has increased sixfold, and the
number of specialists employed there tenfold over the period from 1946 to 1956;
new are coming in 1957. At the present time the following items are being
manufactured: 73 types of electron-beam devices, 225 types of shf devices,
229 types of receiving and amplifying tubes (some of them of a rice-grain size),
Card 1/2

The Ways of Growth
107-57-5-5/63
31 type of x-ray devices, 99 types of gas-discharge devices, 44 types of
phototubes and counters, 287 types of special and conventional lighting
lamps. Over 100 million electrovacuum. devices, and over 20 million semicon-
ductor devices are being turned out per year. Among many other things,
various types of magnetrons, superpower klystrons, carcinotrons, TW tubes, etc.
are being manufactured. Nearly one million capacitors and as much resistors
are manufactured per day. A new material, "segnetoceramic", permitted creation
of a new type of nonlinear capacitors. Extensive work is being done on moder-
nization of processing and on organization of mass line production. The Sixth
Five-Year Plan envisages introduction of 300 new mechanized, semi-automatic,
and full-automatic production lines, of 700 new special machines. It is
expected that these machines will be equivalent to 40 to 50 thousand workerr.-
Despite a very steep rise curve the radio-engineering industry is still con
sidered as lagging in its technical level and its economic conditions.
AVATTART : Library of Congress Nine photosin the article.
Card 2/2

AUTHOR: None Given SOV/108-13-8-11/12
TITLE: IT ransactions of the] Conference on the Occasion of the 40th
Anniversary of the Nizhniy-Novgorod Radio Laboratory imeni
V.I. Lenin (Konferentsiya, poovyashchennaya sorokaletiyuNi-
zhegorodskoy radiolaboratorii imeni V.I. Lenina)
PERIODICAL: Radiotekhnika, 1958, Vol. 13, Nr 8, PP. 71-79 (USSR)
ABSTRACT: From May 22-24, a conference took place at Gorkiy which had
been organized by the Gorlkiy Branch of the Scientific and
Technical Society for Radio Engineering and -Electric Tele-
communiqation Service imeni A. S. Popov. The conference was
attendea by: B. A. Ostroumov, A. M. Kugushev, A. A. PistollkoTs,
N. A. Nikitin, G. A. Ostroumov, V. P. Yakovlev, V. K. Ge, N, N.
F. A. Lbov, A. S. Nikolayenko, I. P. Koterov, S. I.
Pallmov
,
Morugina,, Ye. S. Sorokin et al. as well as by a group of formc~r
collaborators of the Tverl radiostation. A. M. Kugushev spoke

1. Lenin,
about "The Nizhniy-Novgorod Radio Laboratory imeni V. I
L. A. Kopytin on the development-of the technique in radio
enE:ineerin-, the establishment of radio communication facilities
and television apparatus. A. I. Shokin spoke about the developmet
Card 1--LA of the 5oviet radio-en.-ineering i-n-dustry during the Pa3t 40
years.

SO V//_1 422-58 -`, -30 /30
AUTHOR: Gaplichuk, O.M., Engineer
TITLE: Conference to Commemorate the Founding of the V.I.Lenin
Radio Laboratory in Nizhriy Novgorod (Konferentsiya
posvyashchennaya pamyati aizhegorodskoy radiolaborat-
orii imeni V.I.Lenina)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Radiotekhnika,
1958Y Nr 4, pp 521-524 (USSR)
ABSTRACT: On May 22, 1958, a conference began in Gortkiyto mark
the 40 years anniversary of the founding of t.Lie V.I.
Lenin Laboratory in Nizhrij Novgorod. Participants,
who numbered over 400,inc-Luded V.A.Vol-kova, Secretary
of the Party Gorkom in Kalinin, and V,Yo-.Skvortsov,
Area Chairman for Communications in Kaiinin. Speakers
such as V.M.Leshchinskiy spoke on developments in
Soviet radio engineering, and particularly on the
radio laboratory in Nizhriy Novgorod. L.A.Kopytin
spoke on "The development of radio-engineering, radio
Card 1/3 and telewision"; Professors B.A.Ostroumov and A.A.

SCV/142-58-4 3:D/30
Conference to Commemorate the Founding of the V.i.,,enin Rai;'t-
Laboratory in Nizhny-y Novgorod
Pisto2kors, N.N.Izotov, and N.N.Pallov spoke on their
work with the radio laboratory;Ye.A.Popova-*andskaya
(daughter of A.S.Popov) discussu" the work of her
father. Ya.M.Sorin examined "From the Crystal to the
Transistor"; the Confer-nc~e at -rrent transistor
production in the USSF. '!a.N.Niko-
layev assessed the worK of the uor1kiySchool
regaraing the oscillation theory, with s,.ecial mention
of Academician A.A.Andronov. Later, D.V.Agp-yev spoke
on the work of the Radio Department, Polytechnical
Institute, Gor1kiyand B.L.Lebedev discus~,ed research
on radio measuring. Professor L.L.Myasnikov evaluated
the work of the Research Institute for Radio physics
in Gor1kiy. O.N.Malakhov looked at the observations of
radio-phy.si-ci-sts-during a recent expedition iri China,
April, 1958, the time of the solar eclipse. Finally,
A,I,Shokini, Deputy Chairman, State Committee, Council
--ji ministers of the USSR on radio-electronics.,gave a
Card 2/3 survey report "The Radio-Engineering Industry on the

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Statistics of the process of uAonatin of iturnitil
ated
Shokin and A. S. Solov'eva (D. I. Mendeltev
brine; 1. N.
Zhurl., Niklad. KAire.,I.
26, 59"5(1953)~A nicthod for calcg.'thc.caml:m.-,o,.-
liquid and gmeous Phases In Solva~ carbonation Mtera at
equil. Is '- ted. From reactiong. NHAN1jjCOj +
2H,0 ~~ !N14,1n1CO,-+ ISU1,011 vi h HA
NIL

SHOKIN, I. N.
SHCK IN, I. N, -"Imrestigaticn of the Process of Carbonization of Amnontated Brine
in the -Production of Calcined Soda.* Min Higher Educationw)-me Moscow order
of Lenin Chemicotechnological Inst imeni D. I. Yendeleyev. Mosccw, 1955,
(Dissertation for the Degree of Doctor in Technical Sciences)
So; Knizhnaya Let2piol No 3, 1956

AUTHORS: Sytnik, A. A., Shokin, I. N., Krasheninnikov, S. A.
153 -58-1 -16/29
TITLE: Investigation of the Process of Carbonizition of the Soda
Solution in the Production of Purified Bicarbonate
(Issledovaniye protsessa karbonizataii sodovogo rastvora v
proizvodstve ochishchennogo bikarbonata). Communication 1:
Kinetics of Crystallization of Sodium-Bicarbonate in the
Course of the Carbonization of Soda Solution (Soobahcheniye
1. Kinetika kristallizataii bikarbonata natriya v protsesse
karbonizataii sodovogo rastvora)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Khimiya i khimicheskaya tekhnologiya, 1958, Nr 1,
pp. 100-107 (USSR)
ABSTRACT: The crystallization of the salts from solutions can only
begin and take place in the case of supersaturation of the
latter with respect to the respective malt. The extent of
initial supersaturation does not only cause the beginning
of the crystallization-process, but it also determines its
further course. With high values of supersaturation, but
low degrees of agitation of the solution, the born crystal
Card 1/4 begins to grow so rapidly that a zone of concentration which

investigation of the Process of Carbonization of the Soda 153-58-1 -16/29
Solution in the Production of Purified Bicarbonate.
Communication 1: Kinetics of Crystallization of Sodium-Bicarbonate
in the Course of the Carbonization of Soda Solution
is lower than in the main mass of the liquid, is formed
almost instantly around it. Under these conditions, the
further growth of each crystal is determined by the
diffusion-ratio cf the dissolved substance toward the
crystalline surface. It is assumed (references 1,2) that
the process of crystallization is in this case within the
range of diffusion and that its velocity is proportional
to the lat degree of saturation. With intense agitating
of the solution the diffusion-ratio becomes so high that
actually no weakening of the solution on the crystalline
surf4ce takes place. The velocity of crystallization is
determined in this case by the slowest process taking place
on the crystalline surface and depends on the degree of
supersaturation which exceeds 1. This range is called the
kinetic one (ref. 2). A survey on the works of the kinetics
of crystallization is given (references 2 to 5M. Works
of this kind on the velocity of crystallization of sodium-
-bicarbonate from soda solutions are lacking, however,
Card 2/4 2 processes take place simultaneously in the crystallizing

Inveotigation of the Pro(,cj.,, cif Carbonizatior of the Soda 153 Ii8 !,.161'20
Solution in the Production of Purified DicarbGnate,
C ommunic at ion 1: Kinetiss of Crystallization of Sodium~Bicarbona~e r
in the Course of the Carbonization of Soda Solution
Card 3/4
column with the industrial production of purified bicarbonates
a) Absorption of C02 and b Crystallization nf sodium
bicarbonai-:~, The process b~
must obviously influen.--..= the
kinetics of carbonization in a certain way and viceversa,
In the first communication the influence of supersazuratioll,
of the temperature and of the agitation on the ve7Lo(.':1tY
of crystallization of sodium bicarbonate from the soda
solution. in the process of carbonization. is investigated.
A device developed for this purpost~ is glven in figure '.
The test.-method is described, FiVre 2 Ehovs the dependen-t
of the preciluit-ated quanti.-41-y of bicarbonates on the period
of carbonization of the solution and that for 2 numbeT-s of
revolutions of the stirrer 0340 and 2000 re-olutions pe*z
minute) at 20', It was proved that the velocity of
crystallization -of sodium bicarbonate the rang!5 of
diffusica; depends or, the supersaturation of lq'~ degree,,
whert-as it is proportiona-1 'ro the! 2nd degree of supe7r-
saturation within the kinetis rang-3., A different dependenas

Investigation of the Process of Carbonization of the Soda 153 -58-1 -.! 6/29
Solution in the Production of Purified Bicarbonate..
Communication 1: Kinetics of Crystallization oil Sodium-Bicarbonate
in the Course of the Carbonization of Soda Solution
of the velocity of crystallization on the temperature
within the range of diffusion and kinetics was proved-
Within the first range, this velocity decreases according
to the increase in temperature with a given supersaturation,
whereau i1v increases in the latter range. A method of
calculation of the velocity of crystallization for the
two ranges of the process of crystallization was proposed.
There are 10 figures and 7 references, 7 of which are Soviet,
ASSOCIATION: Moskovskiy khimiko-tekhnolcg_ichesk_Jy institut imeni D. I.
Mendeleyeva. Kafedra trAhnolog-li svyazannog,~ azota 1.
shchelochey (Moscow Chemi-lal Technological Institute imeni
D~ I. Mendeleyev, Chair for the Technology of Bound
Nitrogen and Alkalies)
SUBTAITTED2 September 9, 1957
Card 4/4

AUTHORS: Shokin, I. N., Ogloblina, I. P., Solovlyeva, A~ S.
153 58-1-17/29
TITLE: On the Non-Equilibrated State of the System in -che
Carbonization-Process of the AmmoniacalBrine
(0 neravnovesnom sostoyanii sistemy v protsesse
karbonizataii ammiachnogo rassola)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Khimiya i khimicheskaya tekhnologiya, 1958, Nr I ,
pp. 108-118 (USSR)
ABSTRACT: In this process sodiumbicarbonate begins to precipitate
from the solutions highly supersaturated with it (references
1,2). The supersaturation decreasing after the be-inning of
0
crystallization is preserved until to the end of the process
of carbonization. The permanence of the non-equilibratoed
state in the system to be carbonized, as a whole, is caused
by this. Approximatin the equilibrium, not only the con-
- 9 +
centration of HCO and Na ions is changed in such a solution.,
the surplus of whLh is converted into the deposit, but
also the concentration of other components of the solution
(CO 2- NH coo and OH_ -ions) since the conditions of
Card 1/ 4 3 .2

On the Non-Equilibrated State of the System in the 153 -58-1--17/29
Carbonization-Process of the Ammoniacal Brine (Rassol)
equilibrium of the reactions in the solution change.
Taking furthermore into consideration that the crystallization
of NaHCO involves a certain change of volume of the liquid
phase, N becomes apparent that the composition of the
non-equilibrated solution must differ from the equilibrated
solution with respect to all components. The composition
of the former can be determined rather accurately by means
of analysis. The same is to a large extent also the case
with ammonia-carbonate(el). The non-equilibrated concentrations
of other components HCO non-bound ammonia = m1and
the carbonic acid bound 2s f') can only be determined
by means of calculation. For his purpose, strictly
speaking, only the equations (1) and (2) can be indicated
which do not connect the non-equilibrated concentrations
of individual components: d' = e' + V + 2g' (1); M, = a) -
- bt - dt + gt (2), in which case a' is the total
quantity of NH~, dI = the total CO and b' the bound NH
From this, fur her equations for tKe constant (K f N,
reaction I- t_ 2)
HCO + 01 C02- + H 0 (3) are derived for
3 3 2
Card 2/4 the connection between the non-equilibrated solution and

On the Non-Equilibrated State of the Sy3tem in the 153-58-1-17/29
Carbonization-Process of the Ar:imoniacal Brine (Rasool)
the equilibrated solution (4), (5), (6) correj,.w;nding to
it. A complete composition of the equilibrated solution
can be calculated from its 3 known components for the
given temperature (ref. 6). When the non-equilibrated
concentrations of the 5 components: a', b', cl, d' and el
are determined by analysis, complete compositions both for
the non-equilibrated and the equilibrated liquid phase can
be calculated at a given temperature. Results of the
former for the process 'referred to in the title at 20, 40
and 600 are given in table I to 3. They are substantially
different from those of the corresponding equilibrated
solutions. The degree of the distance of composition of
a solution from that of an equilibrated one depends on the
temperature. During the whole course of the process referred
to in the title, a carbamate supersaturation exists which
is crystallizing in the final stage. The total vapor pressures
of CO Nll~ and H20 at 20, 402 50 and 600 above the non-
-equi~lbra ed ammonia-salt solutions during their carbonizatio
process were determined here for the first time. An
Card 3/4 equation was deduced which allows the calculation of the

On the Non-Equilibrated State of the System in the 153-58-1-17/29
Caxbonization-Process of the Ammoniacal Brine (Rassol)
11metastable" CO partial pressures above the solutions
in the aforesaii carbonization according to a known, non-
-equilibrated composition of the liquid phase. The authors
finally proposed a method of determination of the vapor
tension above the solutions by means of a static method.
There are 6 figures, 3 tables, and 9 references, 06 of
which are Soviet.
A33OCIATION: Moskovskiy khimiko-tekhnologicheskiy institut imeni D. I.
Mendeleyeva, Kafedra tekhnologii svyazannogo azota i
shchelochey (Moscow Chemical-Technological Institute imeni
D. I. Mendeleyev, Chair for the Technology of Bound
Nitrogen and Alkalies)
SUBMITTED: September 9, 1957
Card 4/4

~~-'Ov/ I--~6 -2 -
.yt nik, '"-hak in ,I . fi K ras rieni rina ic-,')v
n -., ~-s L j lga t ion o f t h e Carbona t i on CEroc e_--s o F t 'h R;'~'oda ',iolution,
Ma (1-si-dov ni.- -
rn:~ L-n'~~"acturp of Purified Bicarbor.~~te E: e a ~' r-
protsessa kirbonizatsii sodovogo rastvora v Droizvodstvp.
ochishchennogo bikarbonata) Communicazion 11.
Kinetics of tiie Carbonic Acid by Soda Solutions (:3oobshc~pniy'~_
Kinetika absorbtsii iiglekioloty sodovymi rastvorami)
~2~;RIODIC~',J,: izve:;tiya vyz.,shikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tPkhnologiya, 19j8, Nr 2, PP W-95
Ltlieugn the problem mentioned in the subtitie has allready
betnn treated in numerous papers (Ref's I-b'), the results of
these investigations are so contradictory that nc uniform con-
ception can be achieved regarding these kinetics. In. tfie pre-
sent paper, the action of ttie concentration of 'the sodium 3i--
carbonate solution and its degree of carbonation on the ab-
sorption rate of carbonic acid under various hydrodytiamical
condition,', were studied. An absorption-equipment o' trie film-
t.vve was used for this purpose, the constiuction and mode -,)f
bard iuncticn of which are described. First of all, i~ was to be in-

S)OV/ 1, 5 j8-2 - -,6/ 50
investigation o he Caroonation Process of the -'!-oda Solution in -.-~ ~I.a n-.i -
faoturt~! of' Purified Bicarbonate. Communication II. Absorption K2.netics cf the
Carhcnic ~'.cid by '~'cda Solutions
vestigated ,-.-hether the equation of thp absorption ratq:
IN K . 8P
a
complicated by the chemical reaction, applies for this case (IN a
being the rate of absorption, b - the chemical DafaMe~er
%,n-ich sho ~~ b., %,;hich amount the rate varies in the prt-z,~-nce of
a chemicall.,., nctive component in the solution; V - coeffcient
of the absorption rate, AP the motive force of th~ pr-jc~,~,s
which is P '01 P, the partial pressure of CO -n tnt
Co- CO t 10 2
2 2
ca rbona t ing gas ,PI for carbonation dearees Pra-
CO2 1
tically eaual to zero. The results for 2 different ,,f-Tting
densities: 0.5 and 1.4 m~/M hour, gas velocity 0.511 vi/spc,
0 0
temi)erature 20 and carbonation degrpe. 106,',~' (Fig 1) nave dem-
onstrated that ecuation (1) applies for the ustem aiv~---n.
7i-ures 2 and 3 illustrate the deDendence cl' the CO,-abs~,-p-
~a r-,

Lnve.--itigation of the Carbonation Process of the Soda Solution in thr,, Muroi-
facture of Purified Bicarbonate. Communication II. Absorption Kinetics of th-~
r,
larbonic Acid by Soda Solutions
tion rate on the concentration of the solution. It can be seen
from this that the velocity mentioned exceeds a maximum at a
chan.-e ot concentration of the solution. The authors exDlain
this by an increase of the degree of hydrolysis of' the sodium
carbonate .-.,ith the dilution of ;he solution. If, however, the
soda concentration becomes insignificant because of further
dilution, the rate of absorption drops and comes close to ~ha!-
of water. Tn order to investigate this, the pH was measured
(Fig 4). '-.ccording to the results the T)H-curve during the dilu-
tion is a reproduction of the course oe the curves of the ab-
sorption rate. Thus, this rate depends on the OH- ion con-
centration. This was expressed by equation (2). The innuence
exercised by the carbonation degree of the solution uDon the
absorption rate was studied by means of an installation pre-
viously described (Ref 9). Furthermore the authors apply the
term "Degree of transition" instead of"Degree of carbonation"
of the soluticn. Figures 5 and 6 show the dependence of the
"0 absorptJon rate on the degree of transition for differenu
Card 5/5 1 2-