SCIENTIFIC ABSTRACT KUZHMAN, G.I. - KUZIN, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928010003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24-12-20/24
Use of radioactive isotopes for studying the process of mixing of
peat in machines.
was added in a quantity suchas to obtain a radioactivity
of 10 to 2011 Curie; the peat was thoroughly mixed with
the solution and was then made Into a ball of 3 to 4 cm
dia. The obtained results are plotted in graphs and
discussed. Comparison of results of dispersion analysis
with the data obtained for -the intermixing leads to the
conclusion that slot presses intermix satisfactorily the
peat but do not disperse it satisfactorily, whilst milling
with an end-mill brings about intensive dispersion but
little intermixing. A number of recommendations are
made for improving the design of machinery for peat
product4on.
There a;e 3 figures and 4 references, all of which are
Slavic,
SUBMITTED: July 19, 1957.
ASSOCIATION: Physics Chair, Moscow Peat Institute. (Kafeclra Fizlki
Moskovskogo Torfyanogo Instituta).
AVAILABLE: Library of Congress.
Card 2/2

VOLAROVICH. M.P., prof.; KUZFDtAll, G.I., dotsent; MAKOV, I.F., insh. ;
CHURAYLV, IT.V., -lmnd-;t7akhii.nauk
Studying processes of peat mixing br the peat processing machinery
using radioactive isotopes. Pauch. dokl. vys. shkoly; gor. del*
no.1:275-285 158. (MIRA 11:6)
l.Predstavlena kafedroy fiziki Moskovskogo torfyanoge instituta.
(Peat machinery) (Radioisotopes)

A SEYEV, Ys.T.; APINCHIM, S.S.; BASOV, A.P.; BAUSIN, A.P.; HMMADSMT, L.S.;
VULER. N.A.; GINUUM-lo..-N.; GUSXV, S.A.; DAMLOV, G.T.; DOWIKH, U-S*;
DMHININ, N.N.; UPDfDV,V.S.; ZAVADMT, N.V-; ITASHECHKIN, N.V.;
LULMN, 1P.76; -KMHKAL-.G."* LORMOV, S'*P.; KDXUIDV, Ta.V.;IFIKODIMOT,
P.J.; PARMTOv, R.S.; RATAKOV, L.V.; RODICHU, A.7,; SKIRNOV, H.S.;
STRUMV, B.I.; SAVOGMN, S.K.: SAMSONOV, N.K.; SINITSYN, KI.A.;SCBMWV.
A*A.; SOLOPOV, S.G.; CHILYSHEV, S.G.; SHCHMIN. A.Ye.
7edor Nikolaevich Krylov; obituary. Torf. prom. 35 no.6:32 158.
(RIPA 11:101
(Xrylov, Fedor Nikolsevicht 1903-1958)

BELOKOMOVP I*Ye.; BMISSITOVICHO V.V.; BSRSKADSKIY, L.S.; VETTSp L.P.;
ZHUKOVq A.G.; IVASHECHKINp N.V.; kUZHKANt G.Li LASHNEV# I.A.;
MURASHOVp F.G.1 KKODDIOVp P.I.; FYATAKOV, L.V.; SAMSOBOVp N.N.;
SEMSNSKIY# Ye.p.; SINITSYNt N.A.; SOLOPOVt S.G.; STRIJKOVp B.I.;
STEBIKHOVy M.I.; TSbTROV, S.A.; CHMOVp A.A.; CHULYUKOV9 M.A.
Ivan Aleksandrovich Monakim. Torf. prom. 37 no. 3:37 160.
(141RA 14:1)
(Monakint Ivan Aleksandrovich, 19(78-1900)

.WTTMW.-~.. and VOROMV,. G.Y.
"Kinetics of the Process of Drying of FJ.Le Peat."
Aeport submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, June 1961.

ABKHAZI, V.I.; ANTONOV9 V.Ya.1 BEIDXOPYTOV, I.Ye.; YARENTSOVt V.S.; GORYACHKIN,j
V.G.; ZYUZIN,, V.A,; KRYUKOV9 M.N.; &UZHHAH4-�,T.; OZEROVq B.N.;
RIVKINAV Kh.I.; SBWSKIY, Yb.P.; SOKOWV, A.A.; SOIDPOV, S.G.; STRELKOV,
S.S.; 7YUREMNOV9 S.N.; CITULYUKOV, M.A.
Sergei Akekseevich Sidiakih. Torf.prom. 38 n-o.2;40 161. (MIRA 14:3)
(Sidiakin, Sergei A-lekseevich, 2897-1�60)

KU , CU.; NOVICMV, S.N.
Dr7ing and moistening Qf small-sized peat. Inzh.-fiz.zhur.
5 no.303-38 Mr 162, ' (MIRA 1~0)
1. Torfyanoy institut, Kalinin
(Dryingi(p.at)

ABKHAZI, V.I.; ARTOROV, V.Ya.; BLMZIMtG, V.V.; VARSITTSOV, V.S.;
VELIZRI, N.A.; ZYVZIII, V.A.; IVAI-IOV, V.I!.;
LUKIN, A.V6; I;LA.TT3lBV) A.M.; OZPPC)V) B.N.; PALITSEV, A.G.;
PDROV, V.P.; FPOBjlOROV, N.I.; RAKOVSKIY, V.Ye.; SE12"I'sKlY, Ye.P.;
SOLOPOV, S.G.; TYM14110V, S.D.; TSUPROV, S.A.; CIIULYUKOV, M.A.
Viktor Georgievich Goriachkin; obituary. Torf.prom. 39 no-4:40
16;)- . (1-11 RA 15: 7)
(Goriaelikin, Viktor GeorgiGvich, 1893-1962)

VOLAROVICH, M.P.; YASHCHENKO, A.I.; KUZHMAN, G.I.
Effect of ultrasonic waves on the rheological properties of humic
substances. Koll. zhur. 25 no.4:398-401 il-Ag 163.
(MIRA 17:2)
1. Kalininakiy torfyanoy institut.

VOTAROVICH, H.P. ; KOVALMISK17:1 yf-,.F.; xulzqwtv, G. 1.
~,tudylng the ala.,3tlc properf.lei ~f peat by L140 palge ultrasonic
met"Liod. Tmi~.,r Kal. terf. ivot. no.13-51-58 163.
(,',!IR'A 17.12)

rtliftclai v-moiat-tcll Lt.-, Orr
3 163 17 : 1.2
toa- . ills* , 1-f). A: 1 / j "

VOLAROVICHY M.P.;,KUZHMAN, G.I.; YASHCHENKO, A.I.
Anomalous velocity of propagation of ultrasonic waves in
peat of 80-90% moisture content. Koll. zhur. 26 no.3:392-393
MY6-Je 164 (MIRA 17:9)
1. Kalinskiy torfyanoy ibstitut.

-7 1-1
"Contact of Pyruvic Acid in the Blood of Eidployees Working in
an Atmosphere Containing Sulfur Dioxide," by M. I. Kuzhman and
I. V. Sidorenkov Tr. Chkalovskovo Med. In-ta Norks of the
-CE91_oV-&_d1_c_a-E Institute), 1955# No 4, jj 5-9-64 (from Ref era-
tivnyy Zhurnal -- Khimiya, Biologicheskaya Khimiya, No 23,
10 Dec 5b, Abstract No 22:501)
"Eighty-two employees of a copper-sulfur plant were examined for tba.
content of pyruvic acid in their blood, in order to determine the state
of vitamin B, hypovitaminosis. It was established that the pyruvic acid
content in the blood of workers who spent a prolonged period of time in
an atmo "pbere containing SOp averaged 1.226 mg/% as contrasted with 0.9
r
,mg/% In the blood of workers of the control group."

d4h
KUMMA4601. I. Cand Med Sci -- (dies) "Effect of novocain upon oxidim6mg~
00-mp--I-
.~~~WVN
--'- . .im processes inARM nervous x1mix tissue." [Sverdloveg, 1957. 12 pp
(Sverdlovsk State Med Inst), 250 copias (KL, 3-58, 99)
-50-

KUZHKAN, M.I.
Mechanism.of the action of cocaine on the respiration of nerve
tissue. Vopmed.khim. 6 no.2s188-191 Mr-Ap 160. (MIRL 14- 5)
1.
1. Chair of Biochemistry The Medical Institutes Orenburg.
(BRAIN) tCOCAINE)

KUZH-MAN, M. I., and 31DOP.-,,,NKOV, 1. V. (USSR)
"Mechanism of Action of Certain Anaesthetics.11
Report presented at the 5th International Biochemistry Con.-ress,
Moscow, 10-16 hug 1961

---- KUZHKAN, M.I.
Effd(it of lodal ahtsthetics on respiratory phosphorylation.
Vop. med. khim. 7 no.3:243-245 MY-Je 161. (MMA 15:3)
1. Chair of Biochandatry of the Orenburg Medical Institute.
(MPIRATION) (PHOSPHORTIATION)
(LOCAL AIMSTIMSIA-FMIOLOGICAL EMM")

KUZWWI) M. I.
Effect of local anesthetics -- mesocaine and xylocaine.- on oxidative.
processes in the rat brain tisjue. Farm,. i toks. 25 no.1:98-103
Ja-F 162. (MA 15:4)
1. Kafedra biokhimii Orenburgskogo meditainskogo instituta.
(BWN) (AGETOXYLIDIDEV) (MESOCAINE)
(OXYGEN IN THE BODY)

KUMIAN, M. I.
Effect of dicalneon respiration and glycolysis In the brain
tissue of rate. Trudy Oren. otd. Vses. fiziol. ob-va no.2z
76--80160. (11,Ml 16:8)
1. Kafedra biokhimii (zav. - prof. I.V.Sidorenkov) Oren-
burgskogo meditsinskoge instituta.
(TETRACAINE) (BRAIN)
(OZIDVIONY PHYSIOLOGICAL)

KUZaW,l M. 1.
_77-7 i'jl- --- -
Effect of swcaine on tissue respiration and glycolysis in
the bra-in tissue of rats. Trudy Oren. otd. Vses. fiziol. ob-va
no.2-.81-86t6O. (MIRA 16:8)
1. Kafedra biokhimii (zav. - prof. I.V.Sidorenkov) Orenburg-
ekogo meditsingkogo imtltuta.
(DIBUCAII,M) (13RAIN) (a(IDA-11011, PHYSIODLICAL)

KUM-10) M. I.
Effect of local anesthetics on the oxidation of glutamic acid
in the brain tissue of rits. Trudy Oren. otd. Vaes. fiziol.
ob-va no.2:87-9Of6O. (RI11A 16:8)
1. Kafedra biokhimii (zav. - prof. I.V.Sidoivnko) Orenburgpko-
go meditainskogo instituta.
(GLWAKIC ACID) (LOCAL AMTHESIL)
(031DATION, PHYSIOLOGICAL) (BRAIN)

KUZM,LU;., M. I.; SIDORLHKOV, I.V.; TENYAKOV, P.T.
Effect of novocaine on oxidative deamination by the kidney
tissue of rabbits of different ages. Trudy Oren. otd.Vses.
fiziol. ob-va no.2:91-94'6o. (MIaA 16:8)
1. Kafedra biokhimii (zav. - prof. I.V.Sidorenkov) Oren-
burgsk-ogo meditainskago instituta.
I
(NOVOCARIE) (AMINO ACID ~E'TABOLISm)
(AG.U;G)

KUZHHA,N. Z.P., bizhkmer.
Maasification of peat cuttine fieldg accarding to tendency to spontaneous
combustion. Torf.nrom. .10 no-9:5-7 3 '53. (W-RA 6:8 )
1. TorfyanV& opytnaya stantsiya VNIITP. (Peat boeB)

KURLUall"'.4, P., BE.ZDENEZHffMf$ I. S., AGAFONOV, V. I.,
-zMk~vi~skiy, V. M.
"Comparative analysis of the basic ntles of the epizootic and
epidemic processess."
report submitted at the 33th All-Union Congress of kgienists,, Epidemai-ologiste
and Infectionists, 1959.

USMANKHODUAYEV, Kh.Kh.; K'JZIBAYFV, G.S.
Motion equation for the driving link cf a crank mecYani am taking
into consideration the friction in kinematic pair:1. izv. XN Uz.
SSR. Ser. tekh. nauk 9 no.3:38-46 165. (~flRA IM)
10 In3titut mekhaniki i Vychlalitellnyy tstmLr -All! Uz',IR.

41-65
~ACCESSION NR: AP5012875 UR/0290/6S/C)OO/002/0047/0057
AUTHOR. G-.xtcl-Lin, 1. B. A~
(Moscow)
nn ~t
TITLE: Optimal of formal neu~-ons
~SOURCE.' ANSSSR. lzvestiya, Tekhnicheukaya kibernet'ka, no. 2, 19b5, 47-57
l'OP!(-- TAGS forniai ni-uron nv,,,7-:~ '!,t-ls
A B S T R,\.'~-: 7 -,Z z;- ur-aron mtpi Warrrn MCC,"l!)or:h (Poc.
Symp. ni, M,~t~h. r) f T h. o P,
N
Cord 1 2

L 58541-65
conditions: t:j -I- p, - qj 0. i 1, N; (2) The autornatic
optimization on a aimulatur, (3) Improvct-ne-it of the ne-rnn hv surreqs-ve
.4z 3 aemralw~- Th6
Mbles, J" -Wput
of synMesigr*bf anyt'--of-66'abov-e -metIodi are expressed by integers, and
the number of fibers, for EL given variant of the isolisticni, is c*onstant. Orig. art.
has: 13 figures, 37 fornm1as, and Stables.
ASSOC; LA'j-1 01~4:
A SUB DP
a t iL~~
Cord 217,

1. KU.:ICHEV, G. I.: KUZNETSOV~ A. T.
2. ussa (6oo)
4. Power Presses
7. Starting and operation of MP-21 screw presses in the oil extraction plant in
Yangi-Yull. Masl. zhir. prom. 17 no. 3, 1952.
9. Monthly List of Russian Accessions Library of Congress, February 1953. Unclassified.

SIMMWANKO,A.N.; KUZICHN.G.I., retsenzent; BUKMl.7h,V.V., redaktor;
S1M0VA.N--r.".-FFdVfG- CHUYSHEVA.Te.A.. tekhnicheskly redaktor
0
[Installation, operation and repair of medium sized screw presses
for preliminary extraction of oil] Ustroistvo, eksoluntatsila i
remont forpressov erednei modeli. Moskza, Pishchopromizdat, 1955.
113 P. ()GRA 9:1)
(Oil industries-Nquipment mnd supp4ies)

PETUKHOV, N.G.;.I~UZICHEV, V.F.
Using complete filling of drawn stopes in working siteep
seams of various thicknessesi Practices of the
"KhatsepetovskeLia-Zapadna.i.alI Mine with filling of drawn
stopes. Ugol' 38 no.12:9-11 163. (MIRA !7t5)
1. Nachallnik shakhtoupravlenlya "Khatsepetovskoye-
Zapadnoye" tresta Ordzhonikidzeugoll (for Petukhov).
2. Kharlkovskiy inzhenerno-ekonomicheakiy institut
(for Kuzichev).

SHAPOCHM, B.A., kand.tekhn.nauk; KUZI~~ ~~nzh.
Calculation of masks for raking asphoric surfac4~,S by
CY
application of an additional layer under vacuum.
[Ti-ady) 14VTU no.102 -.50-60 'W., (MIRA 14:8)
(Optical Instruments)

s/549/62/000/110/004/00~4
x C ev -Engineer
-surfac-e: profilow-by vacuum
TITLE t
aspherizatiotl
SOURCE., Hoscow4'Vyasheye takhnichaskoye uchilishche. (Trudy)
no.11o. 1962. Opticheskiye i optiko-slaktronnyye
pribory. 118-128
TEXT., Aspherical surfaces, used in optical systems, are produced
by depositing layers of sublImated substance on a spherical
surface in vacuum. The thickness of layers can be controlled~
with an accuracy of up to a few hundredths of & micron. The
present article deals with distortions of the profile of reflecting
as~herical surfaces produced by the vacuum sublimation method.
The author lists the factors affecting the distribution of
sublimated substances over the surface being coated and cites the
findings by H. Koch (Jenaez~ Jahrbuch I Teil.
I owo1ski-anu . Wenst:e n N~ature~ 9, 1955).. The thicloiess,
sublimated layers in measured by photometers. The
necessary thickness of a layer is secured by applying a shielding
pattern which represents a flat.disk with a definite shape of the
Card 1/ 62

s/549/62/000/110/004/004
Distortion or'a surface ... EOIO/E401
cut, being rotated in the'process of evaporation. This shape is
prescrib.ad by an equation in polar coordinates (p f (P) which
connects 'the cut ankle 9 with the radial coordinate P The
angle 1;9 is approximately linearly related to the thickness, t
of- the deposited layer, *the relation between an error in angle
4n~v and the corresponding error in the thickness of the
layer is given by the expression
Z
'X At
- (4
tMax
There its derived another expression relating the error in
thickness with,-the error in coordinate
(10)
fl(y)
where c is a constant coefficient and fl(y) is the derivative
of. the function t - f(y) prescribed (Fig.3). Then the problem-
of calculating admissible errors A? for the case of second-order,
Card 2/ 6

5/549/62/000/LLO/004/004
Distortion of a sur'tacs dome tao/sOL
~cuxves is-solved In order to transform a concave spherical
surface 6f 2h in diamater Into a surface of second order,' an
4ditioiuL Layer of substance'must be sublimated an the surfaco*or~
t
he sphtsre* The proftLe-of this layer Is datermined'by the'
relation
t Y2.(ha YZ) (n)
80
where 3f in coordAAate of the zone considered on the surface of
the. Pori-, (Fig&3). r is the radius of curvature of the second-
order ctwve at its top and e2 is its eccentricity. Using the
method cof finding extrema, the author derives the folLowing
expression for the admissible error In 9
cy &t
h
The same-formuLA holds al so for convex aspherical surfaces Car
which-the thickness or the Layer is expressed as follows
-Card

s/S4q./62/ooo/.no/oo4/0o4
Distortion of a surface ... EM/8.01
e2
t (h2 2 2)2
y
72-
r2
C
Next is the problem, of' demands on the accuracy of manufacturing a
sphere which approximates in the beat way the aspherical surface
wanted, i..e. whose deviations from the aspherical surface are the
least. To solvo this problem, the author derives a formula of
.,.undulatory aberration oit a spherical mirror for a point lying on
:-its axis, On differentiating this formula and replacing the
difrerentials by the finite increments, he arrives at a final
expression for the sdmissible error Ar in the radius of the
approximating sphere as a function of A&, the change in
undulatory aberration of the spherical mirror:
AO r 4 (19)
h (h
+ +(h + +
r r
For the value 'X/4 0*14 the author gives the follaWing',
Card-A^

5/549/62/000/110/004/004
DistortLon of a surface EOIO/E401
4(=V
Fig-3 Mutual layout of the part, shielding pattern and
evapo;ation sourta. -a concave part; 6 - convex part.
H - distance from the evaporation source tothe top of the part;
gap between the'shielding pattern and the top of the part;
r
ly - the, magnitude of deflection in the part for the given
coordinate
:_Card 6/6

GALIPERIN, E.A., KUZICHEVA, L.R., AKILOV, A.A.
Intranasal vaccination against influenze A2. Yop.virus. 3 no-5:
305-3o6 s-) 158 (MIRA U:10)
1. Kafedra infektalonnykh boleznoy TSentrallnogo instituta usovershoustve
vaniya, vrachey, Moskva;
(WLUENZA, immunologyq
A2, vaccine for intranasal admin (Run))

L 16471-66 EVIT(m)/ETC(f)/EPF(n)-2/r::V4G(m)/EVIP(j) MV/DM/RM
ACC NR: AP6005532 (A) SOURCE CODE: UR/0089/6610201001/0053/0054
AWHOR: rokin, A. V.; Kuzichava, V. S.; Fomin, Yu. K.
ORG: none
TITLE: Possibilities of "oil" flotation for reprocessing liquid radioactive wastes
SOURCE: Atomnaya energiya, v. 20, no. 1, 1966, 53-54
TOPIC TAGS: flotation, radioactive waste disposal, radioisotope, nuclear engineer-
ing I solvent extraction
ABSTRACT: 110i_111 flotation may be used at ordinary temperatures with comparAtively
simple equipment for extracting the solid phase from waste radioactive pulp and
concentrating it together with trapped radioisotopes in a layer of organic mattex
which is immiscible with water. The suspended particles are treated with various
water-repellent surface-active sorbents, (e. g. salts of fatty acids). Up to go-
-95% of the radioactive isotopes may be removed from the water in a single stage.
It is recommended that nonflammable and low-boiling solvents of the carbon tetra-
chloride type should be used in quantities of 30-50 ml per gram of solid residue to
UDC: 621.039.722 + 621.928.5
Card 1/2

L 16471-66
ACC WR: AP6005532
be extracted. In some cases organic monomers may be used for the "oil", and the Al
layer of extracted material may be directly converted to a solid plastic by bulk
or suspension polymerization. It was found that preparations based on polystyrene
and various polyester acids May be used for burial of the radioactive sotopes.
SUB CODE: 18/ SUBM DATE: 150ct65/ ORIG REr: ooo/ OTH RM ooo
Card 2/2 K~-

KHENOKH, M.A.; KUZICICkVAjY,6.A.; AVER,yANOV, S.V.; YEVDOKIMOV, V.F.
---Z.~-, rays of Co 60 on polyvinYl
Action of ultrasonio waves.and L 60. (HUA 14:4)
alcohol sointions. Zhur. VKHO 5 .1:105-106 1
1. Institut evolyutsionnoY fiziOlO ii imeni Sechenova AN SSSR.
(Vinyl alcohol) &Ltrasonic waves)
(Gamma rays)

S/020/60/135/002/035/036
B016/BO52
AUTHORS: Khenokh, M. A., ~uzicheva, Ye. A., and Yevdokimov, V. F.
6o
TITLE: The Action of Gamma Rays of Co on Dry Carbohydrates
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 135, No. 2,
pp. 471 - 474
TEXT: The authors report on their experiments concerning the action of
high gamma doses (Co6o , activity of -1440 g-equ. radium) on dry sugars
and polysaccharides. Dry and air-dried glucose, fructose, saccharose,
raffinose, mannite, and starch were exposed to radialion in a vacuum.
The resulting products were examined by the analytical methods described
in Ref.l. The action of y-rays was revealed by the strong smell of the
above carbohydrates, and by the fact that they turned increasingly brown
as the dose was increased. The analysis of the products revealed that
under the action of y-rays of Co 6o , dry carbohydrates undergo chemical
transformations which are closely related to those of aqueous radiolysis
Card 1/3

The Action of Gamma Rays of Co6o on Dry S/02 60/135/002/035/036
Carbohydrates B016Y3052
(Ref.1): They also undergo oxidative destruction under the formation of
H2 CC, dioxyacetone, and organic acids; the glucoside bonds of di-, tri-,
and polysaccharides are ruptured. It was found that equal products are
formed under the direct and indirect gamma action on saccharose and
mannite. The ultraviolet absorption spectra of glucose, fructose,
raffinose, and starch solutions exposed to radiation (Pigs-1-3) differed
from those of aqueous carbohydrate solutions exposed to radiolysis. This
indicates that in the latter case the mechanism of chemical transforma-
tion differs from that of direct gamma action. The authors' data only
partly prove the scheme according to which the reaction of the dis-
solved substances with the OH radicals yields the same products as
formed by direct gamma action (Ref.5). The radiochemical transformation
in dilute solutions depends on the reaction of dissolved substances and
H atoms, OH and HO2 radicals. Ionizing radiation, on the other hand,
causes an ionization and excitation of molecules which decay under the
formation of free radicals. The recombination of free radicals formed
in dry sugars (Ref.6) is difficult due to slowed-down diffusion. Long-
lived radicals remain in the crystal where they form monosaccharides
Card 2/3

The Action of Gamma Rays of Co 6o on Dry S/020/60/135/002/035/036
Carbohydrates B016/BO52
and other compounds when reacting with water. In solid carbonhydrates
exposed to radiation, these radicals form intermediary stages of the
radiolytic decay of molecules. However, it is difficult to detect these
radicals during aqueous radiolysis, since the addition of the elements
of water takes place rapidly. It is hoped -that this work will contribu
to a better understanding of the chemical destruction of carbonhydrates
by ionizing radiation. They thank Professor I. Ya. Poddubnyy who made t/
the experiments possible. V. V. Antuflyev assisted in this work. There
are 3 figures and 6 references: 3 Soviet and 1 US.
ASSOCIATION: Institut tsitologii Akademii nauk SSSR (Institute of
Cytology of the Academy of Sciences USSR)
PRESENTED: June 2, 1960, by A. F. Ioffe, Academician
SUBMITTED: Hay 30, 19610
Card 3/3

143237
6/844/62/000/000/057/129
D.204/D307
AUThORS: Votinov, I.I. P., Khenokh, H. A., Kuzicheva, Ye.A, Yev-
dokimov, V. F. and Antuflyev, V'.--V-.
TITLE: The EPR spectra of 6- irradiated aNolid carbohydrates
~OURGB; Trudy II vsesoyuznogo,8oveahchaniya po radiat5ionnoy khi-
mii. Ed. by L. j. Polak. Moucow, Izd-vo AN SSSR, 1962y
.335-338
TEXT: The EPR spectra of some dry, crystalline, mono-, di-, and
trisaccharides arid other high-molecular weight carbohydrates were
studied in an efPort to determine the radiochemical changes tak-
ing place. The spectra of (1) glucose,.(2) fructose, (3) saccha-
rose, (4) galactose, (5) raffinose, (6) mannite, '(7) cellulose,
and (8) cellobiose are illustrated, described and discussed. Thus
e.g. (1) two ty,,es of radicals were found,lone of which correspon-
ded to a fission of a O-If bond; (2) eviden" was obtained of inter-
action between an unpaired election and 3 equivalent protons - the
_.radical present wau a secorldary one; (3) th.e radicals formed by
Card 1/3

S/844/62/000/000/057/129
The EPR spectra D204/D307
the fission-of a 1,2-glucoside bond and by the splitting off of a
H from a C; (4) the spectrum became uymmetrical on storage in air
at room temperature; (5) ~Njo types of radicals were present, for-
med by the fission of 1,2-and 6,1-glucoGide.bonds and by the
splitting off of H13 bondc_~' directly to C-atoms;' (6) an interaction
was evident between an unpaired electron wiP, 3 nonequivalent pro-
tons; (7) two types of ra4kcais were detected, one of which was
formed by a fission of a 1,4-bond; (8) two 'radicals were present,
one being secondary. No .6PR signal was detected from r irradiated
starch. The concentrations of radicals and the EPR spectra rev
mained essentially unchanged over more than 6 months, at room tem-
perature; the radicals disa_ppeared when the carbohydrates were
melted. The intensity of the BPR signals increased, slower than
linearly, with increasing doses of irradiation. It is concluded
that information concerning the radiochemical changes may be ob-
tained by the BPR method. There are 2 figures.
ASSOCIATION: Leningradskiy politekhnicheakiy institut im. M. I.
Kalinina (Leningrad Polytechnical Institute im. M.I.
Card 2/3

6/84 62/000/000/057/129
The BPR spectra ... D204~D307
Kalinin); ITIBtitut tsitologii AN SSSR (Institute of
Cytology, AS USSR); Institut Vysokomelekulyarnykh
soydAineniy AN SSSR (Institute of High Molecular
Weight Compounds, AS 'USSR)
Card 3/3

A D20 44/62/00U/000/071/1219
4//D3 07
AUTHORS: Khenokh, 1-1. A., Ku_ZJahama-r~~~_and Yevdokimov, V. F.
TITLE: The action of ionizing radiation on solid carbohydrates
SOURCE: Trudy II Vse3oyuZnogo soveshchani'ya po radiatsionnoy khi-
mii. .,'d. by L. 3. Polak. Moscow, Izd-vo AN SSSR, 1962,
409-4~4
T~','XT: The influence of 4-oxidation on solid glucose, galactose,
fructose,isucrose, lactose, raffinose, mannite and starch was in-
vestigated. f rays ionize and excite the carbohydrate molecules,
which split into stable free radicals. The monosaccharides decom-
pose to give HCHO and other compounds,.bui no new reducing sugars
are formed. Sucrose forias fructose, HCHO and dihydroxyacetone but
lactose gives the monosaccharide only, with high radiation doses.
Hence the.4,1-bond is more atable to r radiation than the 2,1-bond.
in raffinose the f'rays break the 1,2-bond,,liberate fructose and
form HCHO and a compound containing a chromatic group. Mannite de-
composes to give HCHO, dihydroxyacetone, an organic acid and fruc-
Card 112

The action of ...
j/644/62/000/000/071/129
D204/D3J7
tose, while starch forms a reducing compound, iiCHO, and an organic
acid but no glucose or maltose. Conductometric titrations of 1%
solutions of the irradiated saccharides showed that the amount of
NaOH required for neutralization decreased in the order starch
glucose> sucrose> mannnite> raffinose. The acidit,, of any one solu-
tion is greater if the corresponding carbohydrate was irradiated
in 02 rather than in N 2* The radiochemical changes in solid carbo-
hydrates were similar to those observed in the corresponding aque-
ous solutions. There are 5 figures.
ASSOCIATION: Institut tsitologii AN SSSR (Institute of Cytology
AS USSR)
Card 2/2

KUZICHEVAJ, Ye. A.; KHENOXH, M. A.
Effect of the gamma rays of Co6O on aqueous solutions of
mannitol. Zhur. ob. khim. 32 no.12t4O7O-4073 D 162,
(MIU 163 1)
'I# Institut taitologii AN SSSR.
(Mannitol) (Gamma rays) (Cobalt-IootopoB)

Acamico im. AP034568
5/0079/64/034/004/1329/1334
AVMOR: Kuzichevao Yee Ae; Mwwkhj Me A.
TITIZ: Effect of ionizing radiation on solid glycogen
SOURCE, Zhurnal obahchey khWi# Y. 34o no. 4, 1964,, 1329-1334
1TOPXC TAGS: glycogea# Ionizing radiation, gamma, irradiation, viscosity# molecular
weight, IR spectra, oxidation, decomposition product, dibydroxyacetona# forzaade-
'hyde, carbonyl compound,, carboxyl compound# glucose
ABSTRACT: The effect of ionizing radiation of cobalt-60 on solid glycogen was
'examined* Va irradiation the charactegistic viscosity (molecular veight) of the
:glycogen w9s reduced: with 106.8 x 10 reds, viscosity van reduced 56%; vith
.1210.4 x 100 rads dosage viscosity did not decrease further. The optical density
of the colored iodine complex of glycogen dr6ps rapid3,v with increasing irradiatims
Gamma-irradiation of glycogen in the solid state splits the macromolecule at the
Ut -1,4 mid ot -1,6 bond. IR spectra indicated carbonyl compounds,, H2CO and carboxyl
compounds -am formed by radiation chemical transformation of glycogenp vith the
carbonyl content Increasing more and the smount of formaldehyde belag less than
COfd 1/2

iACCOMOR Nit: "4034.50
1proportional t4 Irnidiation dosage, Indicating decaimposition or u2co at hI*wr
enerGies of activation. Mw radiation chemical transfomation Is accelerated by
ioxidation leading to the formation of dUqdroxyacetone In addition to the other
aforementioned compounds. No glucose was found in the decomposition pradvets of.
'g2jeogen. Orige art* has: 5 figurod
~ASSOCIMCK: Inatitut taltologil Akedmil nauk US (Institute of CO~
-Acadaw of Sciences SSSR)
SU3awED % l6ron63 INCIA 00
ima CODES OC" up 40 1w sm: 009 UM 1: w7
Cwd 2/2

~j T I IC I T- V,' , ye A A.
L i~
Effect of ioniziniz radiatl-r.)n on af,,ueous zolutions c-" ~-Ivcozen in
r
the atniosl)he-.-- uf exygen ania in a lio. 1:
7-14 Ja '65.
1. institut

Electrical Engineering Abst. --
Vol. 51-7 No. 675 151'3. Remte control of ek~ctrk sftdom nldxW the
Mar. 1954 use of POWWUI accumulators. N. ETcMmN AND
- Me =.
1. 0, KUZK11K1*47 tanuff, M, No. 7. 3 -5.
Telecommunication A, W -U M -H -
A desicriptlon with detailed sketches of a spring-
aided drive for automatic control Scar, which elimi-
Wes the need for aLcumulaton In stnall and rnefflurn!
power autornatic substations. P. QVZLON

IOGANSOH. N.Ye., inzhener; KUZICHKIN. I.G.
Control current used in electric power plant without storage
batteries. Riek.sta. 25 no.1:42-45 Ja '54. (KLRL 7-1)
(Electric power plantr)

94Z I ch ffin,
Subject USSR/Electricity
Card 1/1 Pub. 26 - 11/29
AID P - 2069
Authors Yoganson, N. Ye., and Kuzichkin, I. G., Engs.
Title Protection and control of a medium-size power generator
by two-coil switch-operating mechanisms.
Periodical; Elek. sta., 4, 38-40, Ap 1955
Abstract The authors describe in detail a two-coil device
actuating the operating mechanism of vircuit breakers.
They maintain that this dpvice simplifies considerably
the differential and over current relay protection of
the generator, with capacities up to 6,000 kw. The
use of these devices is strongly recommended. Four
diagrams.
Institution: None
Submitted : No date

A-q-d f- Lh, fa--~~nZ

. . t
DOBROVOLISKIY, D.S., kand. tekhn. nauk; KUZICHKIN, I.M., inzh.-ekonomist
------
Textbook on the accounting for paper stock resources and their
utilization. Bum. prom. 38 no.11:30 N 163. (MIRA 17:1)

GAYEVSKAYA, L.I.; KUZICHKINA, N.V. (Rostov-na-Donu)
Modification of V.V. Donskov's method used in the impregnation
of argyrophil fibers in celloidin-embedded and frozen sections.
Arkh. pat. 27 no-3:87-88 165. (MIRA 18:5)
1. Eksperimentallnyy otdel (zav. - prof. M.A. Ukolova) Rostovskogo-
na-Donu nauchno-issledovatellskogo institute. rentgenologil, radio-
logii. i onkologii. (dir. kand. med. nauk A.K. Pankov) Ministerstva
zdravookhraneniya RSFSR.

1. MIZICHKINA, P. IN-,.
2. USSR (600)
4. Coal - Say - Shundara
7. 11teport on the geolo---ical surveying carried out at the Shar-.un'skiy coal deposits of
Say-Shundara in 194. (Ab5tract.) Izv. Glav. Upr. ---ol. fon. no. 2, 194?. .
IQ. Mionith1v Li5t of iiusslan Accessicgs, Library of Conzr,:ss, March 1953.

KUZIGHKINA, Te.T.., meditsinskp7a sestra (14osicva)
MOM-ft
Iducation and health work for children suffering from cerebral
diseases. Ked.sestra 16 no.6:23-25 Je '57. (KIRA 10:8)
(BRAIN--SURGERT) (PZDIATRIC NURSING)

KUZICHKINA, Yu.M.
Petrographic ccmowition of coals from the southwestern spurs
of the Gissar Range* Trudy Uz.geol.upr. no.ltl05-3.15 160.
(MIRA 14: 8)
(Gissar Rango-Coal-analysin)

KUZIGHKINA, YUOMO
Spore-pollen complexes from the sediments of the Jurassic system
in Central Asia and their significance for the study of stratigraphy,
Trudy Uz. gaol. upr. no.2t65-70 162. (KRA 16:8)
(Soviet Central Asia-Falynology)

KUZICHKINA.. Yu.M.
Spore-pollen complexes from Jurassic coals in the Tien Shan.
Trudy Inst.geol.AN Tadzh.SSR 5:106-138 162. (KIRA 161l)
(Tien Shan-Palynolo*gy) (Tien Shan-Coal geology)

SIKELI, T.A.
New fern from the Upper Jurassic deposits of the YAgnov River. Uch.
zap. SAIGIMS& no.7til-16 162.,,. (MIRA 17t2)
1. Glavnoye upravleniye geologii i okhrany nedr pri Sovete Ministroy
UzSSR i Tashkentskiy gosudar8tvennyy univeraltet,

'!'.rl-rir"q of the
-eg

KUZIDISKI, Henryk
---. ". ....Vsn&iaua-secretion3 cf fhe ddn in.amphibians. Kosmos biol 11 no.6:595-
602 162.

Y,TJZ'jIITSXT J. i n2FDPMKA, W.
"Meteorological Description of the Spring of 1954", P. 7. (GAZETA
OBSERWATORA, Vol. 7, No. 6, June 1954, Warszawa, PoInnd)
SO: Monthly List of East European Accessions, (F,'FAL), LC, Vol. 4,
No. 1, Jan. 1955, Uncl.

) < 0 2- 1 E All -S K I I I-) -
XUZIEMKI.q J -
A few remarks on hydrology of lakes in the Sommerfie-ld region, Great Poland, and
Kujawy, p. 2. (GAZETA OBSERWATORA, P.I.H.M., Warszawa, Vol. 8, no. 2, Feb. 1955.)
SO: Monthly List of East European Accessions, (EEAL), LC, Vol. 4, No. ~4 JA'2n. 1955, Uncl

KIUZnMKI,, J.
The Lake V&gry; a hydrographic and morphologic sketch. p. 8.
Vol. 9, no. 1. 1956 Warszawa
GAZETA OBSERWATOR
SQUAC6t Fast European-Amssion List (FdAL) Library of Congress
Vol. 5,, no. B. August 1956

KUZIEVSKI, J.
7-
KUNEYSKIO J. Hydrologic conditions of Lake "igry. P. 8.
Vol. 9. no. 5, May 1956
GAZETA OBSERWATORA, P.I.H.M.
SCIEN,-,E
Warszawa; Poland
6ot Fast European Accession; Vol. 6, noI 21 Feb. 1957

KUZIEMSKI, Jerzy
Atmospheric circulation as a factor of spatial differentiation
of the climatic conditions In Poland. Przegl geofiz 7 no.ls
23-36 162,
1. Panstwow,7 Instytut flydrologiezzlo-,Meteorologiczny, Warszawa.

KAVUN, Vasiliy Mikhaylovioh. Prinimali uchastiye: BABSKIY, I.I.;
BDROVSKIY, V.A.; VITKOVSKIY, M.P.; ZIMOVETS, V.N.;
SEREDENKO, B.N.; PITULIKO, V.Ye.; CHEPURNOV, I.A.;
BLAZHEVSKIY, V.K.; YAROPUD, V.N.; RYBAK, V.N.;
ZADNEPRYANETS, G.V.; IVANOV, A.N., red.; EELOVA, N.N.,
tekhn. red.
(Efficient farm management] Ratsionallnoe vedenie khoziaiatva.
Moskva, Sellkhozizdat, 1963. 205 p. (MIRA 16:4)
l.Ukrainskiy nauchno-isaledovatellskiy institut ekonomiki i
organizatsii sellskogo khozyaystva (for Babskiy, Borovskiy,,
Vitkovskiy, Zimovets, Seredenko, Pitullko, Chepurn6v).
2.-Viftuitskaya-go~udarstvennaya sel'skokhozyaystvennaya opyt-
naya stantsiya (for 31azhevskiy, Yaropud).-3. Ukrainskiy
nauchno-issladovateilskiy institut umledeliya (for Fqbak).
4. Sekretarl partiynoy organizatsii kolkhoza imeni XXII
s"yezda Kommunisticheskoy partii Sovetskogo Soyuza (for Kuzik).
5. Glavnyy agronom kolkhoza imeni XXII s"yezda Kommunistiche-
skoy partii Sovetskogo Soyuza (for Zadnepryanets).
(Collective fama-Management)

K-UZIKOV, V.
How we work.. Stroitel' no.6:13-14 Ja 159. (14IRA 12-19)
1. Instruktor peredavykh metadov truda Orgstroya lailchno-issledovatell-
skogo inatituta organizataii, makhanizataii i tekhnicheakoy pomo-
ahchi straitalletvu.
(Reinforced concrete)

S/144/60/ooo/olo/oog/olo
E-194/E355
AUTHORS: Morozov, D.P., Doctor o,' Technical Sciences,
Professor and Kuzi 6mft"- , Aspirant
TITLE~ Transient Proces3es in the Electrical Drive of a
Straight-through Multiple-stand Draw-Bench
PERIODICAL- I2;vestiya vysshikh uchebnykh zavedeniy,
Elektromekha-,iika, 1960, No. 10, pp. 109 - 123
TEXT: Existing circuits for the electrical drive of
draw-benches are unsatisfactory and it has become necessary
to develop new ones, The circuit with the motors connected
in series is of o,-srticular interest as it avoids the use of
shunt rheostats or other special devices for synchronising
the motors on successive stands,, This simplifies the design
of the bench, permitting use of the straight-through
arrangement of drawing without twisting the wire or bending
it round tension rollers of small diaineter,, The strai'ght-
through arrangement is particularly advantageous in the
manufacture of high-carbon wire for use in pre--~stressed
concrete. In the circuit considered the druni of each drawing
Card 1/9

s/144/6o/ooo/olo/009/010
E194/E355
Transient Processes in the Ele,~~trical Drive of a Straight-
through Multiple-stand Draw-bench
stand is individually driven by a DC motor,, All the armatures
are connected in series and the field windings are paralleled
to the supply, With the motors connected inIseries and in
the presence of mechanical interconnection between the drums
due to the wire the system is self-regulating over fairly
wide limits, The wire serves as a mechanical link between
the drums as it is simultaneously drawn through a number of
discs,, The presence of back-.tension in the wire means that
part of the energy is transmitted through the wire from one
motor to.another, in a direction opposite to that of the
motion of the metal., Any disturbance in the process due to die
,dear or variations in the blanks alters the back-tension and
so redistributes the current between the motors The mill
control is xery flexible and aprropriate drawing conditions
can be selected for each grade of wire, Experimental study
has shown that the new system is reliable in operation and
Card 2/9

s/l44/6o/ooo/olo/ooq/oio
E194/E355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Draw-bench
allows the wire-drawing process to be carried out at speeds
up' to 15 - 20 m/s, which is much higher than usual.
It is of interest to investigate transient conditions of the
electrical drive on a straight-through draw-bench. The
first point to be considered is how the mechanical inertia
of the drive to the drums and the elasticity of the wire affect
the transient processes. The simplest case is consider i
when there are two drums and two dies. The drums are driven
by two motors connected in series. The process of accel-
eration of the draw-bench is examined, when the voltage applied V/
to the motor armatures is suddenly raised by a certain amount.
It is particularly important to determine possible changes in
the back-tension during transient conditions, particularly
to avoid breaking of the wire or coiling loops. In the
examination electromagnetic inertia of the armature circuit
is neglected. The initial conditLons are then stated. The
wire is wound round the drum. The motor fields are steady.
Card 3/9

s/144/6o/ooo/010/009/010
E194/E355
Transient Processes in the Ele--trital Drive of a Straight-
through Multiple-stand Draw-benth
Steady-state tensions are set up in the wire. Wire is being
drawn at the lowest possible speed., The equations of the
transient condition of accelerations are formulated as
increments on or deviations from the initial equilibrium
conditions. Equations are then written down for various
,surrents, voltages, back-tensions and speeds. Under steady-
state conditionsg the wire leaves the first drum at the same
speed as it enters the second die. Under transient conditions
this is not necessarily so. Eqs. (1) and (2) are written for
the elastic, strain of the wire and the back.-ten5ion at entry
to the second die. The equations cannot be solved strictly
analytically and even if they could the solutions would be too
complicated for practical purposes, Therefore, certain
assumptions are made in writing the expression for the back-
tension, The cross-section of the wire is ta)ren as independent
of elastic strain and since the distance from the die to the
drum axis is small it is assumed in talculating the elastic
Card 4/9

s/144/60/000/010/069/010
E194/E355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Draw-bench
strain of the wire that it reaches the drum immediately after
leaving the die. Equations (1) and (2) may then be simplified
to the form of (3) and (4). In practice, on a straight-
through draw-bench the magnetic fluxes of the motor fields
are different and the drum inertias are different. Hence,
when a change is made in the voltage applied to the armature-
circuit the drum motors tend to assume different accelerations.
This is resisted by the presence of the mechanical connection
between the drums due to the wire. The back-tension and
static torque of the motors alter and the additional tension
may be either positive or negative.
A number of equations are then formulated expressing, for
example, the armature current, the voltages on the terminals
of each motor, the overall voltage on the motor terminals and
the motor torques. Combinations of these equations are solved
to obtain expressions for the armature current and the
conditions of electrical equilibrium of the two motors and
Card 5/9

s/i44/6o/ooo/oio/oo9/olo
E19VE355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Draw-bench
of mechanical equilibrium of the system. Finally, the transie?Lt
condition equations in incremental form are obtained as
Eqs. (11) and (12). These equations are then solved by an
operator method based on Laplace transforms.
Next, a numerical example is worked for a draw-bench with
two drums, given the operating conditions and the properties
of the wire. The acceleration that results from increasing
the voltage applied to the armature circuits by 10 V is
determined as Eqs. (23) and (24). The expression for the
change in back-tension during the transient period is written
in the form of expression (25). The equationsderived in
working out this numerical example were used to construct the
curves of the transient process of speed and back-tension shown
in Figs. 3 and 4. The period of oscillation of the magni-
tudes investigated is the same and equal to 0.155 sec. Changes
in them during the transient state follow a damped oscillatory
Card 6/9

s/l44/6o/ooo/olo/oo9/oio
E194/E355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Draw-bench
law. It is found that with even quite a sharp change of
voltage the change in drum speed due to elastic strain of
the wire is insignificant.
The article next discusses the influence of the elasticity
of the wire on the nature of the transient conditions that
arise when the draw-bench is accelerated. The conditions
are first worked out for a perfectly rigid wire and then the
change due to the elasticity is found. The rigid wire gives
the smooth exponential curve shown dotted in Fig. 3, whilst
when elasticity is allowed for the curve oscillates slightly
about the previous dotted line. The elastic properties of
the wire influence the values of tension during the dynamic
conditions. Depending on the speed changes, energy may be
stored in the wire or returned to the system and can cause
oscillations. At the end of the transient process the changes
in back-tension cease and the back-tension becomes steady.
Card 7/9

s/l44/6o/ooo/oio/ooq/olo
E194/E355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Drawbench
The causes of the additional back-tension that appears during
the period of acceleration and xetardation of the dr&w-bench
are the diffirent inertia masses of the drives of the drums
and the electromechanical time constants of the motors.
In order to make clear the influence of the wire elasticity
on the nature of the changes in back-tension, the law of the
changes is determined, on the assumption that the wire is
absolutely rigid. Eqs. (31) and (32) are derived and the
tension is found to alter according to an exponential law.
The sign and value of the additional bac.k-tension during
transient conditions depend on the difference between the
inertia masses of the two drums and the field fluxes of the
motors. A brief numerical example is worked out. The smooth
exponential of Fig. 5 is obtained for the case of rigid wire
and if the elastic properties of the metal are allowed for an
Card 8/9

s/144/6o/ooo/olo/ooq/oio
E194/E355
Transient Processes in the Electrical Drive of a Straight-
through Multiple-stand Draw-bench
additional damped oscillation about this exponential is
obtained. In general, it is not particularly important
to allow for elasticity of the metal during slow changes of
voltage such as occur under normal running-up and shutting
down.
There are 5 figures and 5 Soviet references.
ASSOCIATIONS: Moskovskiy energeticheskiy institut
(Moscow Power Engineering Institute)
Vsesoyuznyy zaochnyy politekhnicheskiy
institut (All-Union Correspondence
Polytechnical Institute)
SUBMITTED: juiy 4, 196o
Card 9/9

KUZIKOV, V. S.
Cand Tech Sci - (diss) "Electric drive and automatization of a
stand of multiple wire-drawing. (Theory and experimental studies).
Moscow, 1961. 24 pp; with diagrams: (Ministry of Higher and
Secondary Specialist Education RSFSk, Moscow Order of Lenin Power
Inst'); 150 copies; price -not given; (KL, 10-61 sup, 215)

WROZOV., Dmitriy 7strovidi. doktor tekhn.nauk, prof.;-KMOT,
Valentin SDirid=MWb* aspirant
Transient, processes in the electric drive of a,contiruous wire-
drawing machine. Izv. vys. ucheb. zav.; elektromekh. 4 no.3:49-
(MIRA -14:7)
3- MoskovskiT onergeticheskiy institut (for Morozov)*
2. Vsesoyuz~a$y 2aochn~7 politekWcheskiy institut (for Kuzik-M)--
(Wire drawing-Electric driving) I

ZOREP V.A.; _pZIKOVA, N.S.; NIKULIW., L.N.
Some new lecture demonstrations. Usp. fiz, nauk 7? no.I:IcY7-200
My 162. (MIRA 15:6)
(Physics--Study and teaching)

KUZIKYAN, G.
Elgbty suggestiom made by innovator Artashes Mkrtchian.
Prom*Arm. 4 no.9:41-42 S 161. (MIRA 1.4- U)
(Leninakan--Textile industry-Technological innovations)

KIJ".rLE.K, Frap'.:sek
What is retarding technlca2. develapmant? Tech praca 116 no.2.-
149-150 F'64.
1. Tochnie!ky munestek, T-ovarny nn obralx!ci atroje, Celakovice.

IVCHENKOY Ye.G.; SEVASTIYANOVA, G.V.; GARIPOVA, L.Z.;,_~Igj
..LAVA,L E. T.
Oil of the Sergeyevka field. Trudy BashNII NP no.7:4-9 164.
(MM 17%9)

_KUMUN, Yu.N. (Leningrad); UFLY-AND, Ya.S. (LeninErad')
Axisymmetric problem in elasticity theory for a half-space
weakened by a plane circular slot. Prikl. mat. i mekh. 29
no.6:1132-1137 N-D 165. (~UFU 19:2)
1. Submitted April 12, 1965.

DELLK"Urp TUS K.; GORODrSKIY, A. V. 1,__P~ZIMOVICH, - V, ~V. -
Cbronopotentiometric determination of diffusion coefficients in
melts. Coll Ga Chem 25 no.1213056-3060 D 160.
(Em lo - 9)
1, Institut obschey i neorganiobeakoy khi-ii, Akademiya nauk
Ukrainskoy SSR, Kiev.
(Chronopotetiometr7) (Diffusion)

ACC N& _AR6000469 SOURCE CODEt UR/0299/65/000/017/RO36/RO37
AUTHORSt Kuzin, A.;_Kryi!~ova, L.; Kopylov, V.; Kolomiytoeva, I.; ~_truchkovj V.
TITLE: Some mechanisms-of the effect of ionizing radiatio on cell division 8
SOURCE: Ref. zh. Biologiya, Abe. 9R218
REP SOURCE: Sb. Vopr. biofiz. i mekhanizma deystviya ionizir. radiatsii. Kiyev,
Zdorovlya, 1964, 163-166
TOPIC TAGS: radiation biologic effect, radiation plant effect, cell phynioloey
fkAA)~r O-ROWrW y MlrPVS
ABSTRACT: Tests on the exposure of separate sections of Vicia faba, with the remain-
ing part of the plant carefully screened, indicate the formation of a number of
metabolites under the influence of such exposure. The metabolites, called radio-
inductors (RI), migrate to the unexposed parts and inhibit cell division in them.
The inhibiting of mitosis is observed even after wetting the :growths in extracts
from exposed plants. The quantity of radio-inductors formed daring a determined
range of doses increases with the dosage. The authors suggest that the products of
oxidation of phenol derivatives, in particular those of the oxidizing disintegration
of tyrosine, may be the inhibitors of cell division. Theoretically, the products of
the fermentative oxidation of tyrosine include dehydrophenylalanine, various quinones,
and high-polymer melanines, some of which possess properties of free radicals and
powerful oxidizers. The formation of the carbo~Zdrates mentioned provides experiments]
Card

L L67,11il-,-00
ACC NR: AR6000469
corroboration for the study of products from the exposed leaven by the method of
chromatography and EPR. Model tests on inhibiting mitosis after the addition of
tyrosine, tyrosinase, and melanines indicate that these carbohydrates are radio-
inductors. The authors suggest that the intermediate products of the oxidation of
tyrosine found in a free tadical state can form complexes with DKA~nd exclude it
from the cycle of changes necessary for the beginning of mitoelf. A. Aleksakhin
ZTranslation of abstract7
SUB CODE: 06
I t I
Card 2/2

P6028567 SOURCE COM UR
AUTHORS Kuxin, A._(Corresponding member'AN SSSR)
ORGi none
TITLE: Radiobiolog and space investigationa
SOURCEt AvLataLya I kosmonavtika, no, 8, 1966, 35-41
TOPIC TAGS: PAN radiation biologic effect, pr ton -W~~
_~Iant effecto relative biologic effo
radiation Lciency, space
radiobLologygk eMOM
ABSTRACT:- This article reviews in general terms the-m in trends of
Soviet radlobiologLcal research. Their concerns are: he relative
biological effects of corpuscular and ionizing radiati :;4eadiatlon
into sity as a function of IV rrestrial altitude; raOiaktt a intensity on
thelunar surface (Luna 10)1' the biological effects,of 'actual and
simul-st-e-a -solar flareal the maximum permissible do a of radiation for
humans; the effect of corpuscular radiation on cellular and metabolic
processesl the radloprotection of humans and animals by means of
pharmacological agents and local shielding of unusually radiosensitivt
organs$ the long-term aftereffects of space radiation; the Influence
chronico low-intensity radiation an functions of the centrat nervous
Card 1/ 2

'KUZI1,41q~!V Alekseyevich; BELOZEROT, N.G., red.; KOTLTARZNKO, V.A.,
r,
tekhn. re .
[Ore region] Radayi krai. Belgorodukoe knizhnoe izd-vo,
1958. 81 p. (MIRA 12:6)
(Kursk Magnetic Anomaly)

KUZIN, A. A.
Ore mining on Russian territory (up to the 16th century). Trudy
Inst.lst.est.i tdb..)3 160. (MIRA 13:8)
(Mines and mineral resources)

KUZIN, Aleksandr kvj~qq~yqvich; SHUKHPJZDIN, S.V.p otv. red.; KRIVbTKO,
le.11k., red. izd-va; SHEVCHENKO, G.N., tekhn. red.
[History of the discovery of ore deposits in Russia up to the
middle of the 19th century] Istoriia otkrytii rudnykh mesto-
rozr,,denii v Hossii do serediny XIX v. Moskvaj Izd-vo Akad.
nauk SSSR, 1961. 359 P ?Ore deposits) (MIRA 15:1)

-1bilurtin
va. 176 Part 3
Ran 1954
Foudry Practice
:--k-in-g-- Steel C-ast m SFftilu a amill can.
M. A. SaIntam`rL. M Chemodanov, And A. A. KL46.1
1953,'(A), A-11). fin ltunisnj, Da.
tails nrn piven of 0,^ produntion of otml ewitiriRs for service
lot teinlerttturm tip to 426' V.. The steel Is made in 21-ton
il1c&"mer converter,: with a charge conAgLing of 50~.'. cast
,iron, 121% nU*i pcr4p 5 to 50 mm, thick, 29-811 of clean
&undry steelecrap md 8-2 .% ciffermsilicon. For -~t ironal
high in 81tirlikir, flunt-1)(117 N rLdded to 010 flttx and uxts mah toi
thm bulle. CO it win and propertieg of mould and com
".I r
rils ftru And their tmitinent iR d"cri

insbener (g. Yaroslavl').
Bronze reinforcement or steel bearings for tendem Zhel. dor.
transp. 38 no-8t77-78 Ag 156. (KLU 9 . 10)
(Bearings (Haebinery))

SELATSKIT, Petr Sidorovich; KUZINI 0 ed.; KOTLYARWO, V.A., takhn.red.
[At the locomotive controls] U reversa lokomot4va. BeIgorodskos
knizhnoa izd-vo, 1958s 19 pa (KIRA 12:2)
(Iftimanko, Tikhon likitovich, 1912- )