SCIENTIFIC ABSTRACT KRYAUCHYUNAS, I. I. - KRYAZHEVSKIY, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826820008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

0/236/63/000/001/006/015
D403/D307
AUTHORS; Xryauchyunas 1. 1. and Zhemis, R. I.
TITLE Dopendence of certain properties of polystyrene, poly-
methyl methacrylate and of their copolymer on the mole-
cular weight
SOURCE: Akademiya nauk Litovskoy 35R. Trudy-. _&e-rI-y-d-a-.no-.--T-,-
19639 83-92
TEXT: The present work was aimed at determining the effects of
polydispersion or mol. wt. on the properties of (a) block poly-
styrene (type'D, grade I), (b) block polymethyl methacrylate, dnd
(c) their 50:50 copolymer, by an ultrasound method. Shear modulus
(G), Poieson's coefficient (ja), Young's modulus (E) and the over-
all elasticity modulus (K) were determined for fractions of dif-
ferent molecular weights (calculated from the viscosities) u6ing
a frequency of longitudinal and tranaverse waves (c, and ct) Ta-
bulated data show that G,,u, E and K are a function of the mole-
Card 1/2

0/23 63/000/001/006/015
Dependence of oertain ... D403YD307
cular weight. Meaouremonts of 01 and c tnvAy, therefore, be uood
to determine the main phyeical propertica of polymers and 'to as-
60138 theii usefulnees. There are 4 figures and 4 tables.
ASSOCIATION: Inatitut,khimii i khimicheskoy tekhnologii Akademii-
nauk Litovskoy-SSR-(Institute-of Chemistry and
''mical-Toohnology-of-the-AS~Lithuanian SSR)
SUBMITTED: JulY 3, 1962
Card 2/2

-- Imuzif -I. Z~-~-K=Boy' O.M.
1 0
Iftaiaing poultry for most on CcIlective farms] Miasnoe ptitseyodstvo
v kolkhozakh. Moskva, Hinioteretvo eallskogo khozioistys SSSR, 1957-
35 P. (poultr7) (MIRA 110)

vich! BOMMOV, O.M., red.: TROFIXOV, A.V., tekhn.red.
[Poultry raising in an improtant means of increasing moat production;
practices of collectiva fame on Staromlinovka District in raising
poultry for meat] Ptitsevodetyo - vashnyi rotary uvelicheniia
proizvodstva missa; opyt kolkhozov Staromlinovskogo ratona po rasyl-
titu miasnogo ptitsevodetva. KD~kva. Ird-vo wZnanie," 1958. 24 p.
(Voesoiusnoo obahchestvo no resprostranonitu politicheskikh i bauch-
nykh xnanit. Sere% no,6) (MIRA 1115)
11 B~kie-tar'IIUormorm'~'I't-novek*o-g*'O' rayk6m&'_X~minunisticheskoy partit
Ukrainy (for Kryssh)
(Staroolinovkm District-Poultry)
---- 77. ~;_

KHTAZH, I.Z.. garoy Sotsialistichemkogo Truds.
Our plans for developing poultry farming In 1958, Ptitseyodstvo
8 no.5tll My 158. (NIRL 1115)
1. Sakratarl Staromlinovskogo rayonnogo komiteta Xommnisticheskor
Paxtil Ukralaye
(Staroalinovka District-Poultry)

MAU, I., garoy Sotsiallatichookogo Truda.
Raising poultr7 "l year around. Nauka I pared. op. v sellkhos
d no.12:25-27 J) 1313. 1 kmIRA 12:1)
1.69kretarl Staroolinovskogo raykoma Kommunistitcheskoy ftrtii
Ukrayny,
(-vOultr7)

JLRTAlH. I.E., geroy botsialistichookogo Truda.
Mov achievement@ of poultrymen In Otarowlinovka Distriat,
Ytitsevodstvo 9 no.2s8-12 Y 159. MU 120)
1,Uskretarl 0 taro al Inovskogo raytons Lowunistichaskoy kartil
Ukraluy.
k6taroulinovkA District-Youltry)

KRTAZH, 1.9 Garay Sotsiallstloh4skogo Truda
Houses for the year~rourA mintenAnce of poultrys 811I.bud. 9
no.lOt4-3 0 159, (MIRA 13:3)
1. Sekretarl byvshego Staroulinovskogo rayonnogo koultsta
koamnlatichaskoy partli UkraltW Stalinekoy oblauti,
(Staromlinrolm District-Joultry houses and equipment)

VOLOSYUK, V. M. I IRIAZH,-L-Lj MIRIOASHVILI, V. V-.; YORDZOV, A. F.;
KANDIYEVA, Ye.V., red.; SOKOLDVA, NAO takhn. red.
(There will be millions of chicks for meat] Budut milliony
miasnykh taypliat. Literaturnaia sapis' N.I.Koneva. Mo-
skvat Sellkhozisdat, 1962. 53 P. (MIRA 160)
(POultz7)

xF=11, V.11.
in the Tula Plant. Nt, i pat. 8 no.)W5-26 164
(MIRA 18z2)
1. fdreUtor Tul*skogo zavoda zheleznodo-.ozhnogo mashlnostro7miya.

lYMAZLEAA3=q_L*-,,O kinoroshioner
AIA about over-all mechanization In road construction. Ayt,
dor. 22 no,11:26-27 N 159. (MIR& 13t2)
(Road construction)

BRISIINA, A.I., insh.1 nYAZHMV, B.G., ingh.
Work safety at gas works, Besop, truda v prom. 2 no.12:15-17 D 158,
(KIRA Us 12)
Was manufsature and works--Safety wasures)

RRISKINA, A. I.; IMAZHIT, B.G.
Safety measures in gas producer stations. Gazzeirnn. 5
no.3:14-18 Wr 160. (1413A 13: 6)
(Gas producers-Safety measures)

Diszcrt-jtior~.: "Comparative AzialysI3 of L':ra;,.-ng L'-.,,.rice3 Uz;e(.' in, Awto~--Atic :-powdery ~I~ac%-;r~e--.',
C~.nd i't-.-ch Ici, !-~o3cow Textile Inst, 2o Ylay 5-4. .41 11 51..
3k): X.- 284, 26 NOV 19.54

GRIGORITEV, V.S.; KEYANEV, F.I.
Propagation of low frequency sound in shallow water. Akust.shar.
6 no.104-42 160, (KW Ut 5)
21 Akunticheikly institut AN SSSR, Moskva,
(Sout4-tranaddoblon)

KRYAZHL,V, F.I.
Bound field of the first normal zods in a layer of water. Akust,
zhur. 6 no.L65-76 160. (KMA 14&5)
1. Akustichoskiy i4otitat-AN SM, Moakva,
(Underwater acoustics)

80850
S/046/60/006/02/10/019
2 /C2 0 BO14/B014
0
AUTHORSs 11rVaz -419V. -1 L-1.4 Petrov, N. 1.
TITLEt Normal Waves In a Throe-layered Medium
PERIODICAL: Akueticheakiy zhurnal, 1960, vol. 6, No. 2, pp. 229-236
TEXT: In the article under reviewo the authors discuss experimental data
on the propagation of normal waves in water on a composite ground. The
composite ground consists of a surface layer and a homogeneous basement
which is regarded as a somispace. The experiments were carried out in
1956 In a shallow area of the Caspian Bea, by means of sound frequencies
of 8 - 1000 cps. The water was 7-5 m deep, and the velocity of sound in
water was found to be 1480 m/sec. Amplitude- and phase diagrams were
plotted with apparatus used already earlier for studies of two-layered
media (Refs. 5 and 6). Formula (1) is derived for the description of the
field of normal waves, and (6) is given for the phase velocity. At large
distances from the emitter it Is possible to use the asymptotic represent-
ation of the Hankel function appearing in (1), and one obtains formula
(7) instead of (1). Before the experiments were carried out, the authors
Card 1/3

BW50
Normal Waves in a Three-layered Medium B/046/60/006/02/10/019
B014/BO14
studied the acoustical properties of the ground. The surface layer, which
consisted of fine shell rook with sand 'inclusions, had a thickness of
5.5 m. The underlying layer consisted of water-bearing sand with a
depth of 50 m. Measurements of the reflection coefficient of the ground
carried out by V. k. Grubnik (Ref. 7) are described. It amounts to 0.845
for the interface between water and ground. Experimental results are
illustrated in eight diagrams (Figs. 2-9) which indicate that at critical
values of kh (k - wave number of sound waves in water, h - depth of the
water layer) the vertical distribution of the sound pressure amplitude
is equal at all distances from the emitter. The sound pressure
amplitude on the ground reaches a maximum for kh-values of 2-55 and 2.87.
The vertical distribution of the pressure amplitude for these kh-values
practically follows the theoretical curve of the following valuest
n1 - 0.845, n2 a 0.79, d/h - 0.734, m, a M2 - 2 (ni are the reflection
coefficients, h is 'the height of water, d the thickness of the medium
layer, and mi a 9,/9 , where 9 denotes the water density and 91 the
densities of the two ground layers). The phane of the nermal waves
remains practically unchanged at all depths. Thus, one obtains good
Card 2/3

80850
Normal Waves in a Thres-layered Medium S/04 6010061021101019
B014YI3014
agreement between the theoretically calculated characteristic and the
experimental results. The author thanks V. S. Ortgorlyev, M. A.
leakovich, and Yu. L. Gazaryan for their valuable advice, as well as
V. Yu. Zavadakiy, S. 0. Strakhovj and V. D. Belyayey for having
assisted in experiments. There are 9 figures and 9 referenceat
8 Soviet and I American.
ASSOCIATION# Akusticheskiy institut AN SSSR Moskva (Institute of
Acoustics of the AS USSR, Moscow)
SUBMITTEDs September 30, 1959
Card 3/3

KRYAZHEV, G~S.- OLIKHOVSKITj G.P.; KOVOVALOV0 B.T.
Regularities in the distribution of mineralization in the
Buron ore field. Izv. vya. ucheb. zav.1 tavet. met. 4 no.5:
15-23 161. (MIRA 14:10)
1. Severok0kazekly gornometallurgicheekiy Institutp kafedra
poleznykh iakopayetifth i poikovo-razvedochnogo dela,
(Buron region-Ore deposits)
(Geology,, Structural)

',,'I 1~ 7F~. _~a7,r t r~ i r-wiT_PF T
~_KTJ jC
SOURCE CODE: iJA WQ667O06)6Mj6O69'/0'0T
AUT11OR: Zholobov, V. VO; Kryszhev, K. A.
ORG: none
TITLE: Differences In the wall thickness of tube.Nproduced on horizontal presses
SOURCE: Tsvetnyye metally, no. 2, 1966, 69-71
nickel containing alloy,
TOPIC TAGSt copper, copper alloy, wall thickness, metal tuba,metal pressing,dimens
analysis, metal deformation / MI coppor, MIS copper, MNzh5-1 copper alloy
ABSTRACT: The article deals with the dependence of tube wall thickness on such
technological factors as length of the billet ratio between the diameters of con-
tainer and billet, and degree of tton, 6The investigation was performed on a
1,500 ton horizontal hXdraulic renal ith a piercing device; the specimens 100 to
200 mm in length were take as thus produced and their wall thickness was
measured in four directions through 90* each over the tube perimeter, with the
relative nonuniformity of wall thickness Po being determined from the formula
Po a tmnx - tinin
tmax + tmin
L~o,d 1/2 UDC: 669.2/.8:621.774.38

----L -3602_66---
ACC
where tmax is che maximum wall thickness, in Tnm, and tmin is the minimum wall thLck-
ness, also in mm. Findings: For billets 150, 200, 250 and 3,90 am lop, PO ;pcresses
A with increasing length of billet. The tubes were made of HIIAnd tWWZopperlind of
MNZh5-1 Cu-Niijlloys. it was established in particular tGat, for tub_eT -measuring
40x2.5 mm, produced from billets with diameter* of 145, 140, 135 and 130 mm in con-
tainers of 155-mm diameter, the nonuniformity of wall thickness Increases with in-
creasing ratio of cross sectional area of the container to the cross sectional area
of the billet. As for the effect of the degree of deformation C, it was established
that Po markedly increases with Increasing c. Orig. art. has: I figure, I table and
4 formulas.
SUB CODE: 13, 11 SM DATE: none MIC REPI 003
vmb

KRYAZHKV
Z::;;~
Modernising equipment. Avt.prom. 28 no.12:34 D 162. (MM 1611)
1. Ullyanovskiy avtozavod.
(Technological innovations)

KRYAZHEVP NO A#
"The Investigation of Wood-Machining Quality During Cylindrical Idnin so
Cand Tech Scip Moscow Forestry Engineering Instp 29 Doe 54. (VM, 21 Doe 541
Survey of Scientific and Thchnical Dissertations Defended at USSR
Higher Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

- DY - )Mndidat takhatchenklkh nauk.
=MW=MWW
Wood milling with tapered outters.IDor.pron.5 no.9:3-5 8 156.
(min 9110)
I.Mookeyokiy lesetekhnichaskly Institut,
(Woodworking machinery)

--W~ -4C.
KHTAZTW, R.Av, kand# tokhn, nauk
Using the HIS-11 double microscope In measuring the dullness of'
cutting tools. Nauch. trudy Hlffl1 no*6:51-53 '56. (KrRA M12)
(Cutting machinee-Testing)

XRYAZID.V,_!I,_A,, kand.takhn.nauk
Calctaation of the optimum geometry of slitting cutters, their
proceasing and performuce, Der.prom. 10 no,6:11-12. 161.
(MIRA 14:7)
1. Movkovakiy lesotakhnichelskiy inatitut.
(Woodworking machinery)

MIUSHEVO VladWr Vasillyevichl KMAZHEV,_Mj,j,, red.; BOYHO, L.I.,
red.izd-va; AKOPOVA, ~54_-I TeT6'*. red,
[De oigning one-piece and composite profile voodworking cut-
ters) Proaktirovanis deravorezhuahchAh tsellr7kh i oostav-
rykh famonnykh frez. :Moskva, Gooloobumizdatp 1963. 73 p.
WRA 170)

K-'v7AZffEV# 111kolay Alsksmdrovicb; BERSWSKIY, A.L., red.; FAYSAKOVA,
A&M.j, rad.izd-va; KAZANSKAYA, L.I.j, tekhn. red.
(Cylindrical and conical wood cutting] TSilindricheskoe i
konichoskoe frezerovanie drevesiny. Moskva, Goslesbumiz-
dat, 1963. 183 p. (MIRA 17:3)
7777777777,775,
M

KEYA714Y V.i
Test st-nricl for checking the equipm-nt. o' merhanized hu.-p yArdiq.
Avtem , i.~--Iem. I aviNz. 9 no.lt'17 Ja 165. 1842)
1. Mint.rr mekhmnizirovannoy gorkJ stantsli Lyar.7'risovo Corlkovakny

14nthods of computing the ninlryuri ware for do'ermining the
wage level, 19IR-1926. Top.truda nn.1:151-165 15P,
NIRA

KHTAZHEV V.- MARKOVICH, 14.
IncrefisliK the role of public dining In the
standard of living. Topeekong no.12:117-121
rapid rise of workers'
D 158.
OaRA 11:12)
(Restaurants. lunch rooms, ate*)

Conference on service industries. Biul.nnuch.inform.l. trud I
tar.plata no.6:51-54 959. (HIRA 12:9)
(Service trafistries)

KRTAZHNV, T., nauchn;7 sotrudulk
Seasonal fluctuations In work can be overcome. Prom.koop. 13
no.11110-11 N 059. (MIRA 1313)
1. flauchno-Isslodavatel'skly Institut truda.
(Seasonal varlations(loonomics))
q
nL

rRYAZIM, Y.; MARKOVICH, M.
Growth of laborproductIvity ~Otential in the BOrvice industries.
Sots.trud 5 no-2:77-Fe F 6o, (MIRA 13:6)
POrvice industries-labor productivity)

KRYAZFr;, V
Take-out restaurants and lightening woments work. Sots.trud 5 no.42
131-135 AP 16o. (HIRA 13:9)
1. Sotradnik Nauchno-issl6dovatel'skogro instituta truda.
(Restaurants, lunchrooms, etc.)

&KY12MVP V.
MethodB of Btudying the ffu,PPly of the population vith gooda.
Biuls much. infom.: trud i zur. plata 4 no-301-37 161.
(MRA 24:3)
(Rotail trude) (Moocov-Grocory tnide)

KAFUSIT'j, To.l., kand.ekon.nuuk; LAVWV,V.V.; IiYUI-'.IN, KONSTIMINOV,
~u.A.; MAUD, D.T.y kand.okon.nauk; KLULIL1.1, N.I.; -11YA.12=51KAYA,
11.14.i AM110MVp B.F.j RYABIN, F.S.; POPOV, G.A.; n-IrYAIJ0VAt V.A.;
S1101ZAR, I.M.; AMMU4, V.A., kand. yurid.nauk; B11011M, D.L.;
_"; ALESHINA, F.Yu.t kand. ekon.
SHEPTUN, Ye.V.; 0[AZjZX,- nauk;
KUMETSOVA, N.P.; MARKOVICH, M.B.; BIBIKp L.F.; YJDAItINA, V., -red.;
GIIGORIYEVA, Lp mladohiy red.,- GIIEPELEVA, 0., tekhri. red.
[Public con,-umption funds and improving the wolfaro of tho people in
the U.S.S.R. ]0bshcheatvenrWo fondy i root blagosootolaniia naroda v
SSM. Monlrva,, Sotsokgiz, 1962. 222 p. (MIRA 15:6)
(Coat and standard of livirigg)

KRYAZHXV, Y.I., inzh.
Rnolar pattern of changa In air consunption and presauro with
rAMilarly distributed rarefaction, Nauch.dnkl.yyu,shkoly; gorsdelos
no.4:111-116 1 58. (HIBA 12:1)
1. Predstavlonn knfedroy gornoy mokhaniki Severo-Knskazakogo gornome-
tallurgricheskogo Institutas
(Mine ventilation)

KRYAZnV., V. 1.
lawn governing changes In the consumption and pressure of air
in air ducts with continuously distributed leakage. Izv. vys.
ucheb. Sav.; tevet. met. 2 no.3:13-23 159. (MIRA 12:9)
l.Severokavkasekiy eA*metallurgichaskiy institut, Kafedra gornoy
makhanikl.
(Mine ventilation)

KRYAZHEV, V.1.0 inshe
Classification of nine air ducts vith continuous escapee and a
method for the experimental determination of the aerodynamic qualities
of air-splitting brattiaos. Izv.vys.uah*b.%av.; gorsbur, no,2:
66-72 160. (KMA 140)
1. Severokavkazskiy gornometallurgicheskiy inatitut,
(Mine ventilation)
AN'

KRUMV, V.I., insh.
Seeming xtabilitjr of the Interspace air circulation in certain air
insulation barriers* Izv. vys. ucheb. say*; ipro shurs no.10:82-
91 160, (HIRA 13: 11)
1. Severo-Xavkassidv gornoustallurgichookir Inatitut. Aekomandovana
icafedro7 gorno7 makhaniki Severo-laftesskogo gornometallurgichookogo
instituta.
(mine ventilation)
fft Wt,

M
I rLRTAZHXV, V.I. , insh.
Kinotic energy lost In air streams at ventilation 57*tGm Oxits-
1xv. vyoo uchabo Savo; gors zhure no,12tl4l-148 160.
WRA 14:1)
1. Severo-Uvkazakiy gornometallurgichookiy institut. Hakomendovana
kafedroy gornoy makhaniki Sevaro-lavkAzekogo gornometallurgichookogo
instituta.
(Mine ventilation)

CHOPIKASHVILIt H.A.1 KRYAZHL79 V.I.
Technological conference In the Northern Caucasus Inbtltut of
Mining and Metallurgyo Izv. vys. ucheb. zav.; tevet. met. )
no.3:160-162 160. (MIRA 14:3)
(Gaucasuat Northern-Mining engineering--Congresses)
. -I'

KRYkZHFV. V.1., insho
Dosigning mine ventilation units. Bezop.trvin v prom. 4 noolOs
11-12 0 160, (HIVA 13311)
Is Severo-10kaskly gornomotallurgichesidy Inctitut.
Nino ventilation)

KRYAZHEVp V.I., inzh.
Comparing the quality of modem mine fans for main ventilation
systems. Ugoll Ukre 5 no.1:22-24 Ja 161. (MIU 14: 10
1. Sevorokavkasshy gornometallurgicheskLy iratitut.
(mine ventilation) (Fansg Heohanical)

KRYAZHEV) V,I.
Design of fan unite for local ventilation. Izv. %-jo. ucheb.
sav.1 tevet. met. 5no.6214-23 '62. (MIRA 16:6)
1. Severokavkmxokiy gornmetallurgichookly Institut,, kafedrs
gornoy mskhanWe (mine ventilation)

Uj'AZM, V.J. All Union In titute of Zxpertmental Medicine, Moscow
Zxperimental neurosis due to emotional shock
American Review of Soviet Modicinel Now York. 1948. 8/3 (13,2124)
Zxperiments were done on animals. An emotional state was broup:ht about by
causing LL collision between two vitally Important unconditioned reflexest the food
reflex and the defence reflex. This was done by passing an electric current through 'the me
and broad powder. The experiments Induced a sudden onset of neuro-humoral and fulictirnal
disturbances affecting tne entire organism. The animals showed a sudden disappearance of
conditioned reflexes, dyspnea, and tachyeardirt. Increased sugar content In blood, a marked
rise in body temperature, defecation and urination, tremor and rigddit7 of voluntary
movements. The "emotional shock" which was produced brings about a chronic process of
inhibition, accompanied by depressed nervous activity, and depressed neuro-bumoral regula-
tions. The emotional inhibit2on to highly stable and incapable of disinhibition, and
causes a number of trophic disturbancep (eczema, ulcers, opilation, body tremor, etc.).
The emotional shock is also accompanied by a number of pathological phemomena like
dissociation. negativism, perverse reactions, and cortical block of new conditioned
reflex connections. Increased sensitivity ot the cerebral cortex to emotional signals
were also observed. This occurs independently Of the type of nervous system shown by
the animal. Emotional shock may be one of the main factors of neurosis and other
nervous diseases, including nourodystrophic affections. Hoch - Now York
SO: Zxcerpta Modica, Neurology and Psychiatr7, Section VIII, Vol 11 No.12

XRYAZHBV. V. Ta.
Consecutive inhibition in monkeys in relation to type of the
nervous system and training of the conditioned connections.
Fiziol. sh. SSSR 37 no, 4:439-445 July-August 1951.0114L 210)
1. taboratorr of the Physiologr of Higher Nervous Activity, of
the former Sukhumi Branch of the All-Union Institute of lxperimen-
tal Therapy.

Vasilly Takeylevich; RZZWICHZNXO, P.N., redaktor; PURYADMINI,
~I a ~kl
J~
ly rodAk-tor.
(Higher nervous activity of animals in sociAl situations] Virsohmia
nervnaia doiatellnest' shivotnykh v usloviiakh obehchenilso Hooky&
Gen. lsd-v* and. lit-ry, 1955. 232 pe (MLRA 9s4)
(Psychology. Physiological)

KRYAZHHT V.Ya.; TSINDA, 11.1.
Disorders of visual malysor activity following bilateral excision
of the occipitiLl lobes in dogs, Mmr.vya.nerv.detat. 5 no.10-110-123
Jtt-.F 155. (HIRL BM
1. Inatitut mosga Ministerstva zdravookhronaniya SSSR.
(OCCIPITAL LOBJ, effects, of excisior,
on cerebral cortical visual area & an conditioned visual
reactions)
(GKRXBR&L CCWXX. physiology,
eff. of ocoipital lobe axcis. on visual area)
(RVIXX, 0011DITI01M,
visual rea-3tions after excis. of occipital lobe in dogs)

IRUZM,
Substitutive function of the second signal system. liziol.shur.
41 n0-3:305-313 Ny-Je 155. (MLR& 8:8)
1. Laboratorlya, vosrantn" fisiologii i fisiologil.fisicheekikh
i OY
~' 06'hly Instituta f1s1ch*skogo, voopitanly& i shkollnoy
upra
g1g,760YO APN RSM, Moakra.
(CRUMBAL CORTU, plWalology,
Iignal systems, displaced funot, of 2ad signal system)
(R.Inx, commonD.
displaced funct, of second signal system)

KRYAZHy4V. V.Ta.
Simultaneous study of specialized And Central motor reactions In man
by manna of a "direfle,xometer."Japopalkhol.2 no.):12,2-128 My-J~ 156v
(KLRA 919)
1.1netitut fistaheakoge vospitaniyn I shkollnoy Clgiyeny Akad*mIl
pedagogIcheskikh nauk RSM, Xoskva.
(conditioned response) (Physiological apparatus)

MMOR:
TITLE:
S/247/63/013/001/002/002
D296/D307
Kryazhev, V.Ya.
The influence of asphyxia upon the conditioned re-'
flex activity in animals
PERIODICAL: Zhurnal vysshey nervnoy doyatcl'nosti imeni I.P.
Pavlava, v. 13, no. 1, 1963, 121-~130
lIXT: The damage caused to the mental functions of young
children by aophyxia suffered in intrauterine life or during birth
is well known. It is also an accepted fact that the brain of an
adult in more sensitive to anoxia than that of a child. To study
the influence of ag3phyxia-upon-the higher nervouti activity-the auth-.
or exposed 6 eats to asphyx1a in a hermetically sealed chamber. Af-
ter a period of hypoxia lasting,20-60 minutes respiration ceased
completely for 3-5 minutes, after which the animals were revived by
aftificial respiration. Before the experiment 5 positive and .5 in-
hibitory conditioned reflexes had beep. elaborated in these animals.
Two of the eats were in the state of oestrus which had led to a collu-,
Card 1/2
4 N-;_

S/247/63/013/001/002/002
The influence of asphyxia ... D296/i)307
plete disruption of all elaborated conditioned reflexes. It apjjedr.~
ed that after the asphyxia all positive reflexes were not only fully
preserved, but had become more intetwe, mom precise and more ntable.
All types of inhibition such as differential inhibition, extinction'
sumation, etc. had become more strictly localized and better defin
ed. The transformation of stimuli, from positive to negative 'mean-,
ing' and vice versa, could be achieved more easily than before the
experiment --- k\aphyxia-also-had-a-berLef-i-cieLI ejef ect upon the - cotidi
a
tioned activity of animals in the state of oestrus. In these cat
the predominating sexual drive had completely overridden all exiat-f
ing conditioned reflexes. The profound nourohunoral shock caused
by the experiment fully restored the conditioned activity in these
eats. There are 5 figures and 4 tables.
ASSOCIATION: Otdol razvitiya mozga Inatituta pediatrii MN SSSR
(Department of Brain Development, Institute of Ped-11
iatrices, AMS USSR)
SUBMITTED: February 27, 196L
Card 2/2
"T'
-NM

KRTAZHEV., Yu., p*polkovnikj KALIBERDA, N., podpolkovnik
Special treatment in small unite. Voen. vest. 42 no.5iMI-52
Pq 163o (Chemical varfaro) (KMA 160)
IV~

!!'T~'
KRYAZHEV, Yu.G., ROGOVDI, Z.A.
Synthesis of new derivatives of cellulose and other polysaccharides.
Part 173' Synthesis of graft copolymers of cellulose and poly-
methylvinylpyridine. Vysokom.soed. 3 no.12:1847-1852 D 161.
(MIRA 15:3)
1. Moskovskiy tekstilInyy Institut.
(Cellulose) (Pyridine) (Polymerization)

AiLfl
S/19 62/004/005/025/026
B145YB101
AUTHORS: Kryazhsvj Yu. G.9 Rogovinp Z. A.
TITLE: Now method of preparing block copolymers
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v- 4, no- 5, 1962, 783-N
Ti;XT: A method is describedt which can be applied to a large number of
monomera polymerizing according to a free-radioal mechanism. It is based
on the formation of free radicals during the reduction of diazonium malts
by Cu* or Fe 2+ : 0 11C H N 01 + Fe 2+ + nA ---> 0 NC H (A) - + Fe 3+ + C1- + N
2 6 4 2 2 6 4- n 21
2+
0 NC H (A)i-1 ---:P CiN C 1H -(A)-t ClN C E (A)n- + Fe + mB -4 -(B) -C H
2 6 4- 2 6 4 n 2 6 4- . m 6 4
-(A)- + Fe 3+ + Cl - + N The nitro group can be replaced by any group that
n 20
can be converted into an NH2 group. A now type of block copolymer# in
which several blocks are joined together at one point, can be synthesized
by using an initial compound with several functional groups. The reaction
can be conducted in aqueous solutions and emulsions, or in organic solvents
Card V2
e 7.
9

Sligo
,/62/004/00.5/025/026
New method of preparing block B145/B101
at low teoperaturoe (0-600C). The size of the blocks can be varied-
considerably. The products are free of homopolymers. Block copolymers
of acrylonivrile with 2-mothYl-5-vinyl pyridine and of acrylic acid with
acrylonitrile in different proportions were obtained by this method#
SUBMITTED: December 26g 1961
Card 2/2

ACCESSION NR:
I
AT4617409 9/0000/63/000/000/0048/0054
AU'rHOR: Kryazhev, Yus Gel Polyakov, A. 1#1 Rogovin, Z. A.
TITLE: Synthesis of now derivatives of cellulose and other polysaccharides.
XXXIV. Synthesis of cellulose derivatives with nitrogenous heterocyclic rings.
SOURCE: Tsellyuloza i yeye proizvodny*yt, sbornik statay (Cellulose and its
derivatives). Moscow, 1963j 48-54
.TOPIC TAGS: cellulose, polyesechirido, celluloaa derivative, nitrogenous cellulose
derivative, heterocyclic cellulose derivative, sandwich polywer, grafted copolymer
ABSTRA~=: The auth6re prepared the following five nitrogenous, heterocyclic
cellulose dertvativw IV11-too$
cJ1A toll)", C16.4 10rae.0 (OU4.41i
U009 (ococui" 40momo -
'0'
A
COrd 1/2

ACCESSION NR: AT4017409
in which Ms and Ts a'tand for the mesyl and tosyl'est'ers of cellulose, respectively,
by alkylating these esters with pyrLdine, piperidine and pyrrolidine and by the
condensation of dialdehyde cellulose with the qu'aternary salt of 2-mothyl-5-
ethylpyridins. Alkylation and condensation reactions were also used to prepare
grafted cellulose copolymers of the sandwich type with poly- 2-methyl- 5- vinyl- -
pyridine, The reaction conditions are described in detail and data on the chemical
composition, degree of polymerization and cation exchange activity of the products
are tabulated. Orig. art. hass 2 tables and 3 chemical equations.
ASSOCIATION: MoskovskLy tokstil"hy*y institut (Moscow Textile Institute)
SUBMITTZDi 24Apr62 DATZ Aoqi 06J&n64 ENCL: 00
SUB CODZs OGO MT NO REP BDVt 005 armmt 003
Card 1/2

ACCESSION NR: AT4017413 S/0000/63/000/000/0094/0099
AUTHOR: KrY4Zh0V, Yu. G.; Rogovin, 2. A.; Chernaya, V. V.
TITLEi Synthesis of new derivatives of cellulose and other polysacch&rLdes.
.XL. Preparation of a grafted cellulose-polymethylvinylpyridine copolymer without
intermediary formation of a homopolymer
SOURCE: Tsellyuloza i yeye proizvodny*ye, abornik statey (Cellulose and its
derivatives)# Moscow, 1963, 93-99
TOPIC TAGS: cellulose, polysoccharlds, cellulose derivative. copolymer, grafted
copolymer, cellulose copolymer, polymethylvinylpyridine
ABSTRACT: Grafted copolymers wdre synthesized from 2-methyl-5-vinylpyridine
phosphate, chloride, sulfate, acetate, oxalate or citrate, their quaternary safts
(prepared by reacting with dimethyloulfate) and cellulose which had been alkylated
vith 4-.e -hydroxyethyloulfonyl-2-aminoanisole and subsequently diazotized in the
presence of FeC12, CuCl, Na2S, X2S205, Na2S2049 Na2S203, N& li S03 and CH20 as the
reducing agents-, without intermediary formation of a homopo ymer. The copolymers,
depending on the particular vinylpyridine salt used, its concentration, the molar
ratio between vinylpyridine and the acid used, and the particular reducing agent,
Card 1/2

Ar
ACCESSION NR: AT4017413
contained up to 57o2% implanted methylvinylpyridine. The highest yield was obtain-
ed with the phosphate using FeC13 and CuCl as reducing agents. The anion exchange
ability of the copolymers reached 2.4 maq/g and fabrics made from them were strong
and light-resistant. The length of the aide chains In these copolymers is about
1/10 of that in the macromolecules of a grafted copolymer prepared by chain
substitution, The preparative procedure is given in detail. Orig. art. hams
3 tables and I graph,
ASSOCIATION's MoskovskLy takstillny*y institut (Moscow Textile Institute)
SUMUTTEDt 16Jul62 DATE ACQ: 06jan64 RNCL% 00
SUB CODE: OC, IC ZNO REP SOVz 003 OTIMRs 003
Card 2/2

ACCESSION NR: AT4017416 8/OOO0/63/OOO/OOO/Ol5O/Pl56
AUTHORs Merupov, R.1 thbankov, Is 0o1 Kryashev, Yu#'G.j Rogavin, Z, At
TIM: Infrared spectroscopic study of the structure of grafted copolymers of
cell4ost with poly-2-nothyl-5evinylpyridine
,SOURCE: Tsellyuloza i yaye proi%vodny*y*, sbornik statey (Cellulose and its
derivatives). Moscow, 1963, 150-156
LOPIC TAGS: cellulose, cellulose copolymer, grafted copolymer, spectroscopy,
infrared spectrum, poly-2-mthyl-5-vinylpyridine
ABSTRACT: The authors compared the infrared spectra of cotton cellulose, 4.A.
hydroxyethylsulfony-2-aminoanisole, cellulose alkylated with 4-/5-hydroxyethyl- I
sulfanyl-2-aminoanisole, a homopolymer of 2-sipthyl-5-vinylpyridine and a series of
grafted fopolymers of the latter and cellulos'6 in the 2600-3800 cm-1 (LiF), 700-
2000 ce I (N&Cl) and 400-700 curl (KBr) bands* The copolymers were prepared by
chain substitution and by the formulation of a macroradical via the dissociatiLon
of diazo Sroups presubstituted an a cellulose macromolecule. The infrar*4 spectra
wan found to depend an the method of preparation and corroborated the existence
of a chemical bond.between the cellulose and Oe poly- I-mathyl-5-vinylpyridine in
Card 1/2

'ACCESSION Ut AT4017416
theLr copolywroo Orig. art. bast 6 grapbs sad I tables
ASSOCIATION: Institut fisikL AM MR (Instftute of ft~Lcs, AN BSU); HookovskLy,
takstLllny*y Lustftut (Hoscow TextHe InaLtute)
SUBMTrEDi 2lJaa63 DAT19 AOQ: O63a664 MIM: 00 -
SUB CODE: 00, HT NO 1UW wwt 006 orml 005
card 2/2
z
f.
Y

5/063/63/008/001/001/001
A057/AI26
AUTHORS: Kryazhev, Yu. G., Rogovin, Z. A.
TISU: Synthesis of grafted copolymers of acrylonitrilo with 2-methyl-5-
-vinylpyridine
PERIODICALi Zhurnal vseao3uznogo khimicheakogo obahchostva Imeni D. 1. Mendele-
yeva, V. 8, no. 1, 1963, 118 - 119
TEXT: The synthesis of grafted copolymorb ~,.' polyacrylonitrile was deve-
loped without simultaneous formation of homopolymers. The authors reported on
the now synthesis of block copolymers of acrylonitrile in an earlier paper
(Vysokomol. soyed., v. 4, no. 5, 1962, 783). The present method if; based an the
fact that the oxidation of aromatic amines and the reduction of aromatic diazo-
compounds occurs frequently with formation of free radicals which are able to
initiate polymerization of vinyl monomers, Aromatic aminogrouP3 were introduced
into the polyacrylonitrile and poly-2-mothyl-5-vinylpyridine by copolymerization
of the corresponding monomer with 4-vinylaulfonyl-2-aminoanisole ( DCA /VSA).
Thus two grafted copolymers of acrylonitrilo (AH /AN) and 2-mothyl-5-vinylpyridim
Card 1/3
,5:! ""A

S/063/63/008/001/001/ooi
Synthesis of grafted copolymers of... A057/A126
MB1T/MVP) were obtained:
-C112-CH-CH2-CH-CH2-CH-.. .
302 CN
...-CH2-CH-CH -CH-CH H-..O
~H,
1~ 2 1 2
2 01CH3 bu2 r,
N N
YH~ Y11-
H3 113
3
CH CH ...-CII-CH2-CH H2
_ CIH 20
I I
3 3 t;N CN OCH3
(A)
(B)
Card 2/3

S/06a/63/W8/001/001/001
Synthesis of grafted copolymers of... A057/Ai26
V3A was synthesized from the sulfate ester of 4-~-hydroxyothylsulfonyl-2-
-aminoaninole and dissolved in AN and MVP. The block-copolymorization was car-
r1ed out at 600C in the presence of azodinitrile iaobutyrate as initiator during
10 hrs. The subsequent diazotization of the aromatic aminogroups of the ob-
tained copolymers was carried out with an aqueous solution containing 0.5% HaNO 3
and 0.5% HC1 at 0 + 50C during 20 min. Afterwards the polymer was washed and
added to the solution of the corresponding monomer (25% solution of MVP in acetic
acid or 7% solution of AN in water, respectively) containing the calculated
quantity of FeSOOH20. The mixture was held for 3 hrs at 600C. No homopolymers
could be separated from the grafted copolymers obtained. The latter are soluble
in dimethylfomamide, There are 2 tables.
ASSOCIATIONt Moskovskiy tekstilnyy inatitut (Moscow Institute of Textiles)
SUBMI June 10, 1962
Card 3/3

ACCESSION NRt
AP4032560 5/0190/64/006/004/0672/0676,,
AUTHORS i Krya%h!-7.,iue 0#j Roacyint Z* A*
TITLEt Synthoole or block copolymers or 2-methyl-5-vinylpyridlne
SOURM Vy*aokomoloke soyedins, ve 6, no& 4j 1964, 672-676
TOPIC TADSt po3,vmor, polymerizations alkylvinylpyridine,, vinyl pyridino,,
diazoniuri calt, acrylanitrilo, vothacrylic acid., styrene, copolymorizabions
homopolymor forvation
MrMkM Blocic-copolymorization of 2 -met IW1-5-virWlpyridine (MV) with
acrylonitrilo, nothacr7lic acid, and styrene was conducted by, tte authors' method
i(Vy*:;okomolek. soyed., 4,, 7% 1962). The first stop consisted of polymerizing
NVP (initiated by a dinonlum ealt of p-aminoacetanilido) in order to obtain a
i Poly-;.W with terminal aromatic wninogroupse The average molecular weight of the
determined from the content of the aromatic terminal gmps was 169500#
as aGainst 8.000 obtained by the visconimetric toohniquoe In the synthesis of I-
tho block-copolymer with aorylonitrile (AN)j the Foly-W was dissolved In a 7%
aqueous solution of AN The reaction was conducted at 6W (for 1 hour) in the
c"d.- 1/2
I

ACCESSION NRt AP4032566
presence of 0*5% iron sulfate& Tvo fractions of the copolymer were obtainods one
involublo in 3C% acetic acid " alcohols and the other one soluble in both. The
next copolymer was synthesized by dissolving Po1y41VP in a 30"Ov aqueous solution of
methacrylic acid (MA) under identical conditions. A copolymor covoued of 26%
Poly-4-UP and 72% Poly44A proved soluble in 98% acetic-acid, Oel normal H*OHj 44,
JEle It was insoluble in alcohol and benzol. The copolymrjrirAtion of Poly-lief
and styrene was conduotod for 4 hours under similar conditions In the pruoonco o
30" of the OS-20 emulsifiore A copolymer consisting of 33% Poly-M wd 67% styrene,
wan isolatod. M. Y&. Rolev pwrticipatod in the experimamtal worko Orig, arts hast.
3 tabloo. I
ASSOCIATIONs ~%Joacovvkijv't9kvti1'vM institut, (Moscow Textile Institute)
SUBIUTTED i 25Apr63
SUB CODE, i GO
Card 2/2.-
DATE ACQi 11HAA
002
NO REF BOV I
ENCL 1 00
orms 001

MA-"AIDUVA, KRYIdIIYV, Yu,G.-P ROGOVNI, Z.A.
aynthesis of triple CSC bcnd containing Fraft r!o;,oiyzor:; of cellulose.
VyscRon.sced. 6 no.8:1540 Ag 16.11, (KIRA 171l0)
~4'1 "'Iri

r p n
q he
a A

,a n m

GULITIA, A.A.; RARUPOV, R.; ZIIBANKOV, R.G.; KRYAZHEV, Yu.r,., ROGOVIN, Z.A.
Study of the atructure of oellulose-plyBtyrene (-.op-)Iyme-- by
Infrared opeatroscopya Vysokom. soedo 6 no.lltl997-2001 "! 164
(M~RA 18:2)
1. Moskov3My tekstLllnyy Institut I Institut fiziki AN B3SR.

MA
ACCEW#tON KR: AP4040326 810080/64/037fO0611334/1340!
!AU. OR: * K'4sneteoval Vo Ao I Krya!!h!~-Y
TH RogovLnj, Zo A&I
!Toroptnevat To No
;TITLEt Synthesis of graft copolymers of 2-msthyl-5-vLnylpyrLdLns#
Iscrylic,or methacrylle acid
ISOURCEt Zhurnal prLkladnoyL khLuLi, vo 37, noo 6, 1964, 1334-1340
;TOPIC TAGSt copolymerg graft.copolymer, pyrLdLne. 2-methyl-5-vinyl-s
I
;acrylic acid, methacrylic acid, p'oly(vLnyl chloride), ftorlon,
ipolyethylene, polycaprolactsmo ion exchange material, current con-
ductive material, chemically stable material, free rAdLeal polymeri-
i
zation
ABSTRACTs Graft copolymers of chemically stable water-repellent
polymers with electrically dissociating monomers have been synthe-
$Lzedo Free radical graft copolymerization of 2-methyl-5-visyl-
pyridins, acrylic. or methacrylic acid on swollen films. fibers$
and fabrics of poly(vinyl(:bhloride) ftorloho polyethylene, or poly-
;caprolactam yielded materials vLth an ion-exchange capacity of
I.Cord 1/2

" . -.. .. 7-- - -- -.- -
XESSION NRs AP4040526
-3.5 mg-oquiv/g. which swell in aqueous media and exhibit high me-
isnical strength and low eleattLeal resistivity in the swollen
:ate* Films of polyethylons-sithaerylic acid copolymers retain thel,
:rength and electrical conductivity after Immersion for six months
t 500C In a 40% KOH solution;@ OrIgs art@ hati 3 figures alad 5
iSOCIATIONo none
JBMITTEDt 200at6.2 DATZ ACQs 06juIG4. ENCW 00
A COM 00 NO RIF SOVI 001 OTHIRC 000
:.Card 22

I ~, Xhyl~?,HEV ya.q.; Ror,0111N, 2.A.
vijILTUA 11; A. ; -..
Synth(i~i9 cf te2lcz#yr5 of' anryliC acld and their use in the produa tion
of graft copolymers of -illulose with pDlyanrylic acid with pro-
doLarmined length of a clAln, Vynokom.soed. 7 no.7:1154-1158
J-J- 10'5,, (MIRA 180)
1. K).qkovskly tok4ittlOnyir Inntitut..

i 4
A( ;l, ~,I- k -,)t3,-)tvrner. c-u-Avrne r-i zal t- L)ol-./ car) ra-

OV

(1b19PF(c)1S"'WP(j T RPL WWIRM
ACC NRi A?5025o34 SOURCE DEt UR/0286/65/000/016/0064/0084
A
AUTHORS: R!~.~n ~Z. A. I Kr7
A-7
ORO: none
TITLE: Method for obt7ining graft copolymers~of cellulose with synthetic polymers.'
Class 391 No* 173946
SOURCE: Byulleten' izobreteniy i tovarrifth znakovs nos 16s 1965, 84
T02IC TAGSt graft copolymer,, cellulose, polymerization, copolymerization, polymer
ABSTRACT.- This Author Certificate presents a method for obtaining graft copolymers
of cellulose with synthetic polymers by radical graft copolymerization. The
method involves using decompo.sition products of hydroperoxide groups as the
initiator. To introduce the hydroperoxide into the cellulose, aldsh7de groups
are addedto the latter prior to polymerizatione
BUD CODEs 07/ SUBM DATSt 02Apr63
nw
Card 1A 678.7-!l~o.676.lt677*494.7-i3.002.2
~i 'g

AUMOR: Gallbraykh, L.S.; Krj&zWw Yu.O.; Livehits, R.M.
ORO: none-
TITLE: Developing nev types of sreft corobw
SOU=; Ref. %he Xhindys, Abe, M849
oil
REP SOURCE: Sba KhWya I tekhaol. yroizvodn. tsellyulozy. Vladimir, Verkhna-
Volzhok. kh. izd-vo, 1964,, 241-249
TOPIC TAGS: copolymer celluloot,, graft copolymer
TRMLATION: A study of cellulose oxidation by salts of quadrivalent cerium for
synthesizing graft polymern has shown that a macroradical is formed at the result of I
the pyran circle rupture. During the synthesis of methylcelluloae7graft polymers the
reaction takes place if there iso-- 1 glycol group to 10 glycol -1-inks, and it does not
occur at Y-200. The use of quadrivalent cerium and trivalent manganese permits the
grafting in an squous medium. The homopolNmerization of the grafter monomer may be
avoided by using the latter in a vaporized state. A study of Sraft copolymerization
of cellulose asters containing aromatic aminogrou4s under the effect of a 5-valent
vanadium has shown that for each mole of the aminogroup,, 2 moles of vanadium acidLe
are exjpended and that the copolymer contains n1trogroups. Grafting of monomers with
reducing powers may be accomplished, e.g.. by the introduction into the cellulose of

L 1~045:2~�
ACC Nit, AR5020058
peroxide groups vhich can be obtainedj, in particular, b~ the method of introducing
aromtic diazogroupe with a sasequent dvotruction by Fe + ions. A more practical
method is to introduce into the cellulwe aldehyde groups (Yto 5) and to oxidize thm
to peracid by hydrogene peroxide. For uynthesiz!ng gruf t polymers, use may be aYWA
of celluloce polymeranalogoux conversion reactions or of a cellulose graft component,
e.g., graft polymers and polAcrylic hydroxamic scid. The latter in obtained by pro-
ccuoing a cellulose graft copolymer with tMIMetacrYlAtelof either a vater or
alcohol solution of hydroxilamine. The grafting of certain mdhomers to cellulose
gives now properties to the latter: better resistance to bacteriawbat r beat re-
1. te
Distance, lower combustibUlty, vater lesser crump-
ling, etc. Grafting can WIso be used for plasticizing cellulose derivatives*
as FOtrzhIk.
SUB CODE: 07
V)J
cod' 2/2
T

L 1919tififi wr(n)/HW(J)l WW/RM
ACC INR: AP6003408 ~A ) SOURGE G,)Li;; Li-,(/0190/06/008/001/0()20/0025
AUMORS: Garbuz, 11. 1.) Zhbankov, R, G.i Korotkova. A. Ya.; Kryazh-ov, Yu. G.;
Rogovin, Z. A.
ORG: Instituto of PhYq.1qs,_AN_BUR (Inatitut fizik.i jV1 WSR); Moscow Textile
Institute (Moskovskly tokatilinyy institut)
"I ',
TITLE: Study of carbonyl--substituted collulooo'grckft co22jymors' Ir means of IR
I
spectroscopy (189th report in series "I stigation of ;tructure and Propertioo
of Cellulose and Ito Derivatives")
SOURCEt Vyookomolokulyarnyye ooyedinoniya, v. 8, no. 1, 1966, 20,15
TOPIC TAGSs graft copolymer, cellulose plantic, IR spectroscopy / IK-10 M
spoctrophotometer
ABSTIUCT: IR opoc ra of carbonyl-substituted draft copolymers of cellulose and
pojE~t~hlvinylkotone I), of polymothacroloin'I(II), and of Doly-2)-methyl-5-
vinyl-N-wthAn--a17p~r1dinivn chlorid have been investigated. ~reparntion of the
graft copolymers has boon described earlier by A. Yn. Korotkova and Z. A.
Rogovin (Vyaokomoleko ooyedep 7, 1571p 1965); and by A. Ya, Korotkovn, Yu, G.
Card 1/2 UDCi 661.728.8c)+678.01:51

L 18304A
ACC NR% 0
Kryazhov', and Z. A, Rogovin (Vyookomolok, soyedst 61 1980, 1964). Tho spoctra
wero obtainad on a double beam spoctrophotometor IK-10 in tho rarion3 2600-3800
CM-1 (LIF Priam), 700-18W cel (NaCl Priam), nnd 400-700 cm-1 (Ur pr1sm).
Carbonyl absorptions in these rogiona (typical for tho invostigated graft co-
polymara and homopolymera) are doncribod and discussed. Vochaniams of mathyl-
vinylketone and methacroloin lymerization during the formation of graft polymers
of cellulose with (1) and (Ilrblave boon invostip. tod. Orig. art.. has: 1 table,
5 figures, and 4 structures.
SUB CODE: 07/ SUBM DATFt 04Fob65/ ORIG*W: 006/ OTH REF: 003
Card 2/2 h-ic.,
4

-hR,Y.AZ).IZVA,--L.,. mladshJy nauchnyy sotrudnlk
Methods of forecasting the numbers of grain carahida. Zashch.
raist. ot vred.i bol. 10 no.gt44-45 165o (MIRA 18ill)
1. Vaesoyuznvy nauchno-looledovatellakly Institut zashchity
rnotenly.
., i, 11 - - : . 'l- .,.;z
i,-,- .--- ~~: - '; -
.,;" , ,

EMMEVA Lyudmila Pavlovna; REUTSMA, O.Ye., red.; WANOVA, L.G.,
(Ground beetles] Xhlebuaia. zhuzhelitsa. Leningrad, Sellkhoz-
izdat 1962. 30 p. (MIU 15:6)
(Ground beetles) (Grain-Diseam and pasta)

KRYAZHIVA, 0.(Gatchina, Uningradakoy oblasti).
Street of the motal workers. Prom.koop. no.11:2P,-29 N '57.
(KMA 10:12)
(Oatchina-Housing)

--f r , I I I ii ~, I
- /F - I- I - I 1~i -T" -- r r--- - - - - - -
UP JIFOV, P.P.; KRTAZHJIVAs, V.A.
3ome inreatigatlon results of the perfomanos of the windwheal
anemometer during nhazges In ati, density. Tindy TSAO no.22:60-64
1 557 .(XIBA 1114)
5 &
(Anamometer)

SOKOLOVA, V.~.L K A V.A.; NITISHINSKATA, A.I.
Rj&ZjjU_.L_~-
Nov method of delustring acetate silk. Xhim.volok. no.3s37-39
162o (MIRA 16s2)
1. Serpukhovskly sayod. (Rayon)

ASTAIPIUV. (1.V.: KRYAMVA, Ya.G.
A holdor for the ureter. llov.khir.ar),h. no.3:107-108 My-je
159. (HIRL 12:10)
1. lhincluio-inaledavatellskiy Institlit ekopertmentallnoy khtrurgi-
cheRicoy apparatury I Instrumentov Hininterstva zdravookhrananiyu
(hUMICAL IMMOOMS mm AYPARATLrIi)
7

DUNAZVSKIY, L.I.; ASTAFIYEV, G.V.; KRYAZHEVAp Y~.G.
Guide for the retrograde introduction of catheters, Urologiia 26
no.2166-67 161. (MIRA 1413)
(CATHETERS)
Vk-

RO=Dp Mo.; ASTAPSMo G.V.1 MANEVAp.-Te,A~
mw oolf-retaining mwgical vaginal speculum. Akush.i gin*
37 no,2slO3-105 Ir 161e (MIRA 34:3)
1, Is Ituohno-iooledovateltskogo inatituta ekoporimentellnoy
khirurgiahoskoy appamtury i instrumentov (dir, M.G. Ananlyff).
(SPEOWH (Kmcnm))
J."RI-11, 3

G.V.; KRYA711EVA, Ye.G.; ROGOVIN, Me., zaaluzhennyf vrach RSFSR
(deceaseal' I
New insturments for obstetrical and gynecological practice. Akush.
i gin. 38 no-5:107-110 S-0 162.
(MIPA 17:11)
1. Iz nauchno-isoledovatel'skogo instituta eksperimentallnoy kbi-
rurgichaskoy apparatury i instrumentov (dir. M.G. Ananlyev).
.!- r~f~,
qrg,

IRTAZFWSKIY. A.. nNMev&1IahehIk
The best helper, Soy, profsoiusy 6 no,,4.*74-73 Ap 158.
I.Chelyabinsid.r kusnachno-proesovyy zavod.
(Chelyabinsk-Sheet-metal work)

30) SOV/105-59-10-10/25
AUTHORS: Berohadakiyp V. L,, Kalaohnikovp V. K., K-ryazhovqkiyp V& Vey
Popov# Go As (Moscow)
TITLE: Tho Electric Drive of the Screws of the Atomic Ioe-breakor
11 Lo ni n"
PERIODICALt Elektricheotvot 1959, Nr 10, PP 50-56 (USSR)
AB'Q*TRACTs The atomio ioe-broaker "Lenin" is equipped with a nuclear
fuel-driven power system. Steam turbines servo as prime mover.
Power is elootrically transmitted from the turbines to the screws,
The ioe-breaker has a water displacement of 16,000 t, three
screws, an over-all length of 134 m, a beam of 27.6 m, a turbine
power of 44,000 hpp a top speed of 18 knots; the number of
revolutione of the middle screw is 195 rpm at top speodt that of
the outside screws is 215 rpm (Ref 1). The screws are driven with
direct current according to the motor-generator system. The three
electric screw motors are fed by four turbogenerator units of
constant number of revolutions. A voltage of 1v200 v9 unprecedented
in shipbuildingg is used for the screws. The electric motor of the
middle screw has two armatures with 9,800 hp each. The electric
Card 1/3 motors of the outside screws have two armatures with 4-900 hp each.

'h;, Drivo of the Srrows of the SOY/105-59-10-10/25
Atomic Ice-bv;),-Uker "Lenin"
Further, they are artificially ventilated and equipped with an
air cooler* Tho generators havo two armatures with 19920 kw and
600 v each, 595 rpmq self-vontilationt and an air cooler. Each
turbine is connected with two gencratoru through a gear. The two
middle armatures of one generator are connected in parallel# The
electric motor of the screw is fed by this latter generator, and
the electric motors of the outside screws are fed by the armatures
of the second generators of the turbine unit. Hence, each turbine
unit foods simultaneously the three electric motors of the acrows
(Fie 1). Figure 2 shows and describes the circuit diagram of the
main circuit of the middle oloctric motor. The armatures of a
screw motor together with their generators form two independent
circuits. The control in described, and figuro 4 shows that of
the medium electric motor. The rated constants of the main
machines are chosen for the most difficult mode of operation, i.e.
that in mooring in which the ship is immobile with respect to the
water (Curve 3 on Pie 3). The screws are operated by remote
control. Due to the fact that the rotary amplifiers serve as
exciters, the control devices could be made of mag-slips.
Card 2/3

Thu Eloctric Drivo of the Serowe of the
Atomic lee-breaker IlLenin"
SUB14ITTEDt
Card 3/3
SOV/105-59-10-101/25
Thus# the design was simplified and the control devices became
much more reliable, Figure 5 shows such a control device. There
are 6 figurost 1 table, and 2 Soviet references.
May 30, 1959

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