SCIENTIFIC ABSTRACT KOCHENOV, M.I. - KOCHEREZHKIN, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723510002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

8/024./59/000/06/020/028
B081/3241
AUTHORS- Anranov, 0. 9.9 MQU2421s V. I., and FJJUg. V_ p
TITL6. Investigation of the Accuraci~of the Automatic GrindjpAd
Process
PERIODICAL: Izvestiya Akademii nauk 888R, Otdelenlye
tekhnicheskikh nauk Energetika i avtomatika, 1959,
Nr 6, pp 162-171 (UhSR)
ABSTRACT: Presented at the III All-Union Joint Conference on
A historical review is given o --w-o-rk--o-n automatic grinding
in the Soviet Union. An experimental investigation is
then described Into the automatic centreless grinding of
the external ring of a bearing of diameter 135 am using
the machine 01S22. Nq (1) is a relation established
between the deviations in the sizes before and after
grinding; &du is the limiting deviation of the ring
after grlnding~from the mean of the group &d is the
limiting deviation before grindin and Ue mean value
the product kc wa gA
f a astablishe experimentally as 2.
o
Card 1/4 With ~Sd 30 microns, Eq, (1) gives 4.Ndk a 1 10 miarons-
8/024/59/000/06/020/028
9081/IC241
Investigation of the Accuracy of the Automatic Grinding Process
In the experiments eleven groups of 500 rings were produced
and in each group 40 rings at the beginning and 40 groups
at the end were rejected. Each group consisted initially
either of rings of a single diameter (! 51t) or of
rings (if two slightly different diameters (each ! 54).
After grinding, the maximum and minimum diameters of each
ring were measured. For all groups the distribution of
the deviations &do (maximum and minimum coubined)
and 46d0 (difference between maximum and minimum) -7*re
found, It adA is the deviation of the soon dia2stor
ado includes -W. and the "form" error Add, The
results are summarised in the Table (p 166); in the
mean square deviation of the quantity defined by the
11suf f ix, I the range of scatter (see Fig 2), and Ak
the systematic change of size of the rings during the time
of working of each group. Fig 1 shows part of the results
for Maximum and minimum diameter of the processed rings
of Group III and Fig 2 shows the distribution curves (a)
of size and ?b) of errors of shape. Curve 1 is empirical,
Card 2/4 curve 2(a) is a Gaussian distribution and curve 2(b) a

8/024/59/000/06/020/028
9081/B241
Investigation of the Accuracy of the Automatic Grinding Process
Maxwell distribution. Fig 4 shows the dependence of &k
00, cre and ao on the number of rings In the step.
his figure refers to.groups I, II and III in which the
I
nitial diameter of the rings had two values differing
1y 50)&, In group I the large diameters (d w 135. 100 an)
and small diameters (d - 135. 050) alternated in ones,
In group Il the large and small rings were distributed
in lots of 7 rings, and in group III the lots contained
21 rings3- Fig 5 shows the d4pendonce of 4~k 0 0
and a on the stop height. 406k Is about 9 to 10 uolor c
stop feights 25, 50, 75 '0 and for h - 0 it is 23U.
This cannot be explained In terms of the increase in the
mean surplus (pripusk) npc from 88 to lOOsL (groups V and
3Y, table p 166). Fig 6 shows that the a-ze of the removed
surplus has onl7, a small effect on ao and ve, but
appreciably influinces the value of ao. The change in
41k in Fig~6 also suggests that the size of the ,,*moved
surplus also influences the wear and blunting of the
grinding circle. Fig 6 refers to stopped lots of rings-,
Fig 7 is similar, but refers to rings of uniform size.
Card 3/4 The rings in Group XI were selected at random from the

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BRUYS. Arkadly Vladialrovich3 IOCMOT, K.I., kxnd.t*khn.zmuk, reteemsent;
SKIMOVA, G.T., tekho,redo
[Adjustment and mpair of measuring Instruments] lUstirovka I
remont liveritalinykh ushis. Moskva. Goo. muohno-tokhas lid-vo
ushinostroltalit-ryt 1960. -06 p. (min 1316)
(Neasurine inst--- nts-41alatenance and mpair)

BIRIMATDo I.M.1 VJHOCM=o A.P.1 ITAMIOTUIT. A.V.-, SUMOV, A.K.; GMMp
V.A.; NAMXMW, B*6 # KXLTT# D.D.9
red,; MWAKROMU: FId,.po nouctma rodol VWSIM, N,S.o red,
Isd-val TIKHA 01, A,Ta,o tokho,redo
[Transducers and mossuring ppm] Datchiki I Ismoritellop ploVU.
Pod red. B.S.Balbwmat N,l,Xaohoam , D,D,Nalogo. Koakwo. Cos.
nouohno-takhnotsd-vo, mahla"troit.lit-ry, 1960v 10 Po
(Transducers) (OOPS) Ow 14t 1)

GIPP, B.A.: OOVIXMG, YuAl ZAPLO, NA: LXYXNSDV. U.N.; XARKOT, N.Y.:
POLYANSKIT, PA: SELVZn=, O.S.t LVUSOUo U.N., nauehayy rodol
DAYSTRUT,.B.S., rqd.l ZQCI=gl..M 1,9 red,;.NnYY, D.Dog redo:
Pl?qKOPIYSYAo LoO~g rod*&P!--v-al TiE--WOTo A.Ts., tokhnorsdo
EOhoWdng devices] lontrollnys prisposablenits. Pod red. B.S.
Balburoys, NoLloohenows I D.D.Xalogo. Koskvao Gos.nouchno-teM#
itd-vo mehir-ostrAt.lit-ty, 1960., 338 Vd. (MlItA 13112)
(Noomwing Inst, nts) I

VYSOTSKn# A.V.1 DVORITSM# Ye.R.1 ECUDASMSM, V.V.; KUZ'X1ChTV,, Y.T.1
MOROZOV, 1.1.1 POLTAXS=p P.M#j TUB Ago Z.L,; XHMWVAp Me;
CHL9MIXOV# G.V, I WAIMp K,L, I DAYBUROY t 8*59 p red.;
~-AU**--redal MAInt Dolet rod#l AXIXOVAt A*Oop rod* isd-vtj KVWD#
V.D,# teklm, rodt
(Instruments and davloes for opsrating dimension control in the
manufacture of wwbirwry) Pribory I ustrolotya d2la aktlywCo kOD-
tro2i& rammeray Y mashinostroardl. by A.Y.Vysotakii I 4r. Moskva#
Goo., nauebmo-tekboo lad-vo Ushinostrolt. lit-ryg 1961. 303 p.
(KMA U t 9)
(Haahinery ir4ustry-Zq%dpwnt m-d supplies)
(Automatic control)

EXHENOV, M.l.; CIIAMANp V.S.
Inductive motor equipped vith a caViater, lzmotokh. no,2142-
17 N 1610 WPA utn)
(glectranic insUnmente)

BALAKSHIX$ O.B.,, kand. tekM. nauk; BYXMVSIIY, M.L.,, prot., doktor
takhn. nauk; VOLODIN, Te.l., kAnd. tekhn. nauk4 GRIGORITEV,,
I.A.0 kand. tekhn.nsukj DRUD19-1HYLXXXOj A.T.$ lnsb.1 IVAM019
A.G., kand. tokha.nanki KMWVO M.P.# k&W. tokhn. asuki
XOMOYS V.P., prof.1 XOCHWT, N.T., kam. t*Uw.U"*; ZUTATO
A.K.p kand6 takhn. nAOq-rw-YvW P&W.patand. tokhn. naukj PAL9Y,
N.A., insh.; 8AYWW, M.S., kand. takhn.nauki WSIOVUHO A.U.0
kand, taku. nauki RUNTAWISRV, A.Y.t kand, tekhn.nook; SARKIS,
I.G., prot.1 SHINNOT, A.S.0 insh.1 TAMj B.A.t prof., doktor
tekhn. nsukj YAKUSIZV, A.L. prof., doktor tekhn. zmukj
NESTIMY, V.D., insh.. nauchnyy red.; CHUDOV, V.A., inih.,
nauchnyy red.1 CAVPITO*i, PAd.-ewr takhn.naukt prct.,, red.j
ELAWSKID90VAt CU., lAsh.,, red. ls&va; SMOIDTA; T.F.j
tekloo red. I
(Manufacture of Instrunmts &W wau of aniAmtle controlt a
amml in five vol=es) Priborostroonle I oredstya anciatild;
spravoohalk v platl tomakh. Moskva, Gos.nauchno-t*kbn.ls&vo,
mashinostrolt. llt-ry. Vol. 1. [ Intorclang"bility wW engineer-
lag nessuremental Vsalmosansalaomost' I takhAlcheskil 1mro.
n1la. 1963. %8 P, (MI HA 16 s 8)
(Zlectronle measurements) (Automatic control)

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Pins- q!An.1 tnatr, 35 rce-3:15-19 Ag

KOCHENOVI M.I.; CHAHAR, V.S.
Automatic device for repeated measuremento of linear dimensions.
Ism. tekh. no.120-10 D 1649 (MIRA ISSAO

SHLETFKRp M.L.1 ABRAMWNj, 94-1 GLIKINO A.S.) GOLVJLINIKOVi To.M.;
KAMKHINI Ya.B.1 KRUTIXj Y&,Bo; KHASKINp I.N.; 9
kand. takhn. nauki PODIAWV, S.B., insh. red.; SOWVOVO Von*,
insh. red.; VF.DHIDSKIYp I,M., kwW. takhn. nauk, dots.
[Control and measurement automatic machines and instruments
for automatic linos). Kontroll no-i &write I I rqe avtomty i
pribory dlia avtowticheakikh lWi, Moskva# Hashinostroenis
1965. 371 p. (KM 161b

A25027770 MonoGraph UP/
Fj'
Kochenov R, 1,; j!pr~~on, E. I.; 14!~inj A. q..; Ooloullnl~*VTq. H.; rjwdWU,_XA,
tic I- Kantrollno-ftmerl-
Control and measuring automata and devices foj~ autoeW Anal
tel Inrya avtomaty i pribory d1ya avtomatlcheaklkh lInly) Ma"out LA-To
"Fashinostroyenlyeto 65- O)T1 P- Illus- 7,600 COPIOS printed,
xOPIC TAGS: automatic control dosit;n, automatic control equipment, electric wasu.
ring Instrument, error measurement
PMRSS AND COVMV"l This b(m* deals vith constructions and electrical schews of
automata and devices as planned by thp_!~Aln Deslt:n. Office (a(B) of the state CM.
mitteo of Machine Buildina of_(;osplnn,
Based on a survay of varims coutral,
~~-=-ariukn& apparatus, reccomndations are mde for selectioz-1 of a &Chame of
rjeazuring and constructinG automuta, and devices, and for an analyals. of fidadesible
boudarles of errors In measuring by automatic control. PrIntiplas methods of too.
tIng the precision of control automata an aven. This book Ja recomgaded for
technical engineers planning and using control and maturing facilities In no4hbw
building. It can also be useful to hi&er teetwical school students,
TABLS OF COMMIUS (abridged)i
Ch. It -.Automata for fima control and sortInS of parts --5
COM-

ACC NR. A~6027778
Ch. II. Automta and devices for readjusting or blocklar, of wcUms -111
Ch. 111. Devices for control monitoring set up In the machines --108
Clio IV. Electrical equipment for control d aouri g apparstus --45
Ch. V. Yeasuring devices -322 jr ID
Ch. V1. Fermlen1ble errors of measuring with autcuatic control of dimusions of
Pwto --353
Ch. VIL %ating precision.of vork of the control autowta --363
SUB CODC: BUM DAU i 06MmW651
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Devios for the W04 film osaillograph for rooording on
photographio paper 120= video Savelabo 22 no,33363-3" 056*
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9

21(9) SOVI89-7-2-4124
AUTHOR# Xochonovs A. S.
TITLEi The Stability of a Nuclear Power Plant (K voprosu ob ustoyohi-
vosti yadernoy onergetichookoy ustanovki)
PERIODICALi Atomnsys onergiya, 1959, Vol 7, Nr 2, pp 122 - 120 (USSR)
ABSTRACTs In an stomic,power plant In uhich the no;arc* of heat to a
water-cooled and water-soderated reactor with a negative
temperature coefficient, a steam generator Is Installed between
the turbine and the reactor, which prodacts saturated stoas.
The installation of only two control elements to planned#
i.e. one element before the tartino and *"%her shiah keeps
the water In the *teas generator an the same level. The kinetic
equations for the reactorl for the *too* generator and for the
turbine war* coloulated by use of the one-group theory and
with consideration of only one group of delayed neutrons, and
subsequently the Instability criteria were derived. ?or
simplification only small perturbing parauaters were admitted.
Non-linter equations were transformed 'Into lines r equations.
The theoretical work permits the following concla 210 net
Card 1/3 the quantity

?he Stability of a Nuclear Power Plant 301/49-7-2-4/24
6 - diN 0 A2 10.~-1 0, the whole systes
at 2 2o ' Al ( Bp.v)>
reactor - stoas generator - turbine is stabl 0 0 itheny kind
of preheating of the water In the reactor. 2) if & 0 there
are certain unstable ranges at certain preheatings (shown
by curves). Th a figures of'shtse ranges and their sessarevento
can be computed by the following relationst
X L
a I-Qxp.~- V-
+1614 + P2 T
ATO> a C 1 -13) 1
'OY2 1+01p~ 0 ep
Ih L
cot 2
4T 0< 2 No a& 20 T a& T + C>O.
'r~r
16F -ILL 0 0
aIOp
The roots of the square trInomial are a?, and AT41 A"P. -the
Card 213 described relations sake it possible to dotermine the stability

The Stability of a Nuclear Power Plant SOV189-7-2-4124
of the systess in Installations of any kind of measurements.
In the existing Installations the parameters of the systes
are such that 6 ?I< 0,,&T3< 0 and & ?4< 0. The range of sta-
bility therefore Is in the interval 04.&T 4C&T when the quanti-
0 0 2
ty A T2#V10 C9 thus It exceeds the actual preheating of the
water in the reactor. It hike to be aention*4 that for a reactor.
with a positive temperature coefficient this system of derived
inequations to Inconsistent and that the operations of %be
whole Installation aro unstable. Several problems *or* dis-
cuss with Sj M. Feyaberg and Ta. V. Shavolay. There are 4
figu;!s and 3 references, 2 of wh12h are Soviet.
SUBMITTEDa September 3, 1958
Card 3/3

WCHMADT, A. T. I STOMUff . A.S.
Som form of Ima sulf1do negrootIOA In thO crOOO "Otion
of lbikup doosits of soutbers Nav4W*bl&ko DoldJA SM
133 no,01412-1425 Ag 160. (XIBA 1318)
1. V~4*Gj"r#y MWbW-j~Sj4d*VStGjlgkjy lUtitat 24"M lWV
syrlya Prodstawlm &W. N.N.Stnftovp
iftvVsh2ak F*jdnvu2&--lron mWIdes;

MSTISIAVSKIT, MoN,;- IOCRZ=-, Aja
Malkop bne brooolas and ams destruction of flsh*s In tbo *red smate",*
DAL AS 83OR 134 no#511169-1172 0 160. (NIU 13, 10)
1. Teemayusqyy nauchno-lazledovatallskiy institut ainerallsogo avrlya.
Predstavlano skatlenikou N*X.Strakhovys.
(Nuashlak PerAnsWA-7ishes, losell)

I
ZORIN. A.Me. kand. sal stoOosMetwennyth nmnkl XWIWW. D.A., a2&4sW
nawhw motrudialk-
AV of oeva at the first "Iring and their ratlvg by yields of W
first Uatation period. Mdvotwvodstva 20 00.616b-67 Js 138.
(xm 2116)
1. Tesswuna nuohno-IssledontellaIdY Institut xUToft*v0dSt"w*
(Oom testive)

XOCRJ", I. S.
006 the lavosticattes of W Transient Pmems in 00atimmously operating Coll
Boilers., Oand TO& Sol. Power Awn"rims last twat 0. N. IrshlahsAvvehy, Ac&&
Sol USSR, 30 Doe 34. (TMs 22 Dee 54)
Smrvoy, of Scientific and Techaloal, Dissertations Defewled at USSR "or Ifteattowd
InstItations (12)
301 9= No. 556, 24 J~mm 55

2866 1 ~ S.
lisalodowanlyu atrokhMaylth nratmossov v arymmatortutych ~mtl^ldl. M.. '1954. 16
a. 21 #a. (Almd. nokuk VSR. 2norget. in-t In. 1. W. Kruhli n,3v4j',co.-
hm a). 100
r4s. 3. to. - (!;4-56113)

k a A e "Clef t)j _j_' 6.
USSR/Fluid Nechanics. -H*at transfer
Abe Jours R9f,Zhur-Xekh&nIkas no 5. 195Tj 6602
Author t loohenovp 1. 3.
Inat
Title t On nonstationez7 fluid flow in a heated pipe.
Orig Pubt Dokl. AN 38BRo 1956, 107P No 5* W9-692
Abstractt The one-dimensional problem of the nonstationary thermal
conditions of the flow-of an incompressible fluid in a
Pipe in studied. The nonstationary condition arises
as the result of instantaneous changLe in the mass rate
of flow, its heat content at the entrance to the pipes
or the intensity of heat at the outer surface of the
pipe. Assming constant specific volume and a constant
coefficient of heat transfers and linear dependence of
the enthalpy of the fluid on its temperature, the given
problem reduces to a system of linear differential equa-
tions with linear boundary conditions, which may be in-
tegrated by the Laplace transformation method. Satis-
Card 1/2
10CHMOV, 1. S.
Transition Pr6ossess in MOW PIP41. JftIh'.fjI'jftr, Z6,101
M28 0 158. (NMh IIIII)
(steam anglad*rIng) (8t*&=PjP6*)
1P

/O,VOVO 166765
AUTHORS1 -toohenove Is got Ronodanov, To L. 3/17OJ59/002/11/011/024
B014/3014
TITM The Drag Coefficient of a Flovigg-Liguld with Outflow Through
a Porous Wall
?ZRIODICAL; inshenerno-fisicheskir shurnalp 1959, Vol 2,, gr: I Co" O'V'10-80
(USSR)
ABSTRACT: Nquation (i) is given for the change In pressure along a flog
In which the Inflow and the outflow through porous walls are
taken Into account* It results that pressure Is re4uo*d by the
Inflow of a liquid# whereas It to raised by its outflow. further
considerations shov that the drag coefficient of a laninar flog
as defined by (2) Is easily Merained froa the local values of
the Reynolds nuaters and the local ratio between the outflow-
and flow velocities* There are 3 references,
card 1/1

All 1530 68781 '
21 (9) 3/170 59/oci/12/010/021
AUTHORs loohanov.- B014%9014
TITLZt Rest Calculation of a fuel Channel of a Nuclear I#sctorjt
7

PZRZODICALi
Inshonerno-fislohookly shurnal, I 03a)
959,

ABSTRAM The author first writes down formulas (1) and (2) for the beat
roduction of a fuel element of a nuclear reactor, equations (3),

, and (5) for the coefficient of nonualformity of the best pro-
M
duation, and an approtimato formula (6) for the effective tbickasso
of the end reflector. Formula (8) describes an arbitrary and foreu-
la (9) a sinueoldal beat production along the active section of a
fuel element, Proceeding from those formulas the author studies the
case In which a local flash-up In superimposed on the sinusoldal
"'oat production. This to explained by four possible causes. Next,
equation (10) Is written down for the coefficient of local rion-
uniforalt,y. Squation 22) and (23) describe the beat production
i
g) In a special came of those formulas.
In this case# Yormul:
Thor* is I Soviet reference.
Card 1/1

=Rmvt I.S.
Flov in cowls vlth outMov and inflov through US vans, Tft# MIT
xi**139d58-l62 161. (MINA 2614)
1. lwtitut atannoy energil AN SSSR*
MaM dynaMes)

TNUOROT, Tlktor Alsksoyevich; 1COCKSYMIALI., iWnd. takhn. nauko
ret"nsent; KAMNOTs T-.Q.. Insh., rad.: 19- CLMIA. Me.
tekhn. red.: scIMIYA, T.r.. takhn. red.
[optical and f"lar devices for daterminlug the roughness
of sufsoes] Optiabookle i shobapovys pribory Via Opre-
dolennol sherekhovatosti povefthnosti. Xaskvms Gnso
nruabno-takhn. led-vo mehinostroit. lit-rye 1961. 153 P.
llsi3)
(MIRA
(Sarfooss (Tachnoloa)-Tostlng)

MCRII Dg I.M.1 TIMM V.S.9 dWrtor tokbn. mauk; MUUDIK, A.T.; ILDPAXMC9#
N.19.1 OT ZWP;Dt (61.j TVMtMWAK# ZJ"s CHASM=Vt O.T.; TWT_
LIN9 Ta.H.1 BArBUROYt -red. 1-NDCOMM Al Moiet red@; JQ=p D&Vet
0 rodol STROOLMI Lisp*$ InAst rod* 210I.Val NO&OP tejft*
.1
red 4 v
(Astamitic control2ors) Lmixol'3qo avtmaty. Moskvap abobwoom.
tokboo isd-vo ushimstrait. lit-ryp 161. 193 Ps (KM UIG)
(11"trmie measu 13

WIDULINMV# U.N.; XDCMW, N.1.j PILM, A. Ia.; C9AMAXq I.S.
Now gm1amets-lo table with an induction transmitter. Im.Ukt.
so,J09-23 Ap 161. (KIPA UO)
(OWomters)

IOMMNW,A-; KRUTOCKROV,, Yu,
I ppftvop-l
The road Is&" to the villso. Zhil.-kcui khoss 13 nojt"
)0 163o (MM 16d)
(Hoocow Provizm-4hwal conditiam)

KOCHFVUVO S.I.# !.nar.
lmprovlng the con#Ao*. Up an the 1574r ISSA'aUtcn&tlc swcl~!wp.
swars proizr, no*906-37 S 164. vfl;2)

. . ~ I -- ,- ~ I. i;MI'.TiTTr.7NMIIvI3.-W ~ jMA-Iiuv
-, - ----- FPMPPMM --- I
KOCHEMOV, VA.
ON-MOOMMIN
(Bearing caWlty of elements and joints in woo4oa coustructleal saftsbobala
sposebuost' olosoutevo I soodineall dereviansykh konstrWMsil, NoskTao Oess
isd-vo lit-ry po stroltalletyu I &MItekturs, 1953. 319 V. (XLIA 6110)
(Wood) (Building)

112-2-307D
Trane2atlon from: Referativavy Zhurnal, Zlektrotekhnikav 195TV
Nr 2., p. 171 (VSSR)
AUTHOR: Kochenova, A. I.
TITLE: The Prinaiples of Current Transformer Error Calculation
(Oanovy raschets pogreahnostey transformatorov toka)
ABSTRACTt Bibliographia entry on the author's dissertation for the
degree of Candidate of Technical Solenoes,, presented to
the All-Unlon Electrical Engineering Institute (VS48.
elektrotekhn. in-t), Mosoow, 1956.
ASSOCIATIO-Vt All-Union Eleatrical Engineering Institute (Vaes.
alektrotakhn. in-t)
Card 1/1
ZRATIROY8 A.D.; OOLIDIV, U.Te.; SAV010, V.U.; rim, o.Ta.: SOCKSMA
GOYRU, L.I.; AMOVICS, I.M; RALUISJUT. 0.
Professor Y.B. Rommovskil. Blektrichestyo no-202 Z 156.
(MAA 915)
(Rounovskil, VisAlair Barlsovich, 1896-)

EDC923IDTA, A,I., lushoserl TUMU, A.A., Inshessr.
-MMWMPWW
00-kv ourrest trawformers for %be Uybrobev-Noscow traamdasloa
Line, Blektrlchostvo so.30" Nr 156. (mm 916)
I.gavod "Blektrompmass.
(21* W to transforsers)

AMUNDROV, A.G., dotal ARONOTICH. I-S., lash.; BABI10Y. N.A.. d&tor
tekhn.nsukj BATUSOV. S.Y., kmnd,t*khn.cmuk,# BIL1110. L.D., doktor
takhnonsukl MINOT, V.A*, doktor tokhaersuk; TSUZIOMIT. O.N.,
kand.te4hu.nank; GOLOYAN. A.T.. doktor tokhn.muk: OMAWWYA9 T*A.#
doktor tekhnonauk'I MWM,, LA., insh.; MUDINKff, P.0.0 prof.;
GUSIT. B-Ao. Insh.1 DKOKHOTMTA. L.Yo. kaid.tekbe.nauk; DROZDOV.
N.Ge, doktor tekbusumuk; ITANOV, A.?,, doktor t*khn.mukEds&msed3:
KAGANOT, 1,1-9 daktor tekboonsuk; XWJ0, L.L., lash'; ZW NNU"t-Li
ksn4#%~kha#mmttk,j U110501# A*Xoj M11101. D.E., doktor to.16*1
MUSHILs A.I.. doktor tokho.neuk: EMLIN. V.V., kand.tekbo.rankI
MUM. S.A.,, prof.1 ft]MYUSHIN, I.S., prof.; PASTIMOV. V.I..
doktor tekboomukt RMOTP O.M., doktor tokba.mauk; POLIVANOT, K.M..
doictor tekhnsmukI PRITBUICSSV# V.A.. dohor tekhn.muk; RADWSZITq
L.Do, Inshol RkNXig T.T., doktor takhn.nauk; STDCHAWKIT. A.D.g,
doktor tekhainankI SOIDTITITs I.I., doktor tekhoommuk; OT L' ?*As
kmod,takhn.mmuki TALITSKIT. A*V., prof.1 TXNVIKOYI r,lreo, kandotekba,
nauk: YADOROY. L.L. insh.j YBDOWHBT, A.M., daktor takhoonsuk:
KHOLTATSKIY. G.B.. insh.: CH&CHIT. U.S.. doktor t~khnnank: 11 -
R0Gq Y*Aog kandotekbnonsuk; 8MM11AWSKIT. U.11., doktor tekhoonmak:
AUTIK, I-So, red.1 KKDY=V, L.Ts., tekhnored*
CThe history of power ergineering in the U.S.S.k. in three wobmwel
Istorila smargetlebeekol t ekhniki USSR v tivkh tonakho Moskva$ doso
enarge isd-voo
(Continued on next cord)

ALKUWIOY# A.Go-(contimad) Card 2,,
T01*2# (Aloctric ootlawing] JIlettrotoktmike. Awtorskil tollottiv
lows Aleksoodrov I dr. 1957. ?2? p. (XIU 1112)
1. moscov. Mookmkir ecortstichashy institut. 2. Cbl*o-korr"pon-
dent AN 880 (for larlonov
(Alectric onousering)

ZAUMM Alokmandr Kikborloviobt dektor tokba. zmmko Frof-I "CIOMP
iL*2&y IvewvUb; AMOV=ro L$., 'insh.t ro,tomadwt; 011112111 P
L,X,p Inaltep retoonsent; QM893Mp X.A.9 Inskiv va6~ewwntILKOCHK-
IsM., retsonsentl OSSMANj Mot lambet retionsentl
ENUATOWs Oolel lashop retaftsoutl SIMI ARv B.S., iw&.# retsmatatl
AWASUnWi To-T-ovv"ol SOMWA# UJI.v tekba. r6d.
Ilmlatift af higbow"2tago apparatus) IscII&WI& apperaurv V780koto
mayriasbawUmi. Mooknt Oas energo lad4ot 1%1, 258 p. (KMA Us9)
.o.
1. U"A qaArtmP*r&tl (for Arawyleho Oreywrt GroyoWcho Iftbowvas
Woomera%% MwiUavsMys 3"&r),
121AMtrid ilkoll-tOro =a 10"latiot)

A=NBEM# I.S,; AROHMCH# I.S.; AFANASIYEV, V.V.; BROY, O.D.; MMICH, O.Y.;
GOLUBEVA,o V.P,j GMICHO V#V,j UUMXI'w,, A.P.; ZAKIIAROV, S.H.j
KA?UN# V*Vo; X2gn." iSOV# W.Y*o; FMVM-
#_4#Iol KUMOVS O.A.; Ll
SKITj I#Lj MLSSXRW# 0,T0-1 PETROVAs T*O,l FILIPPOW, Tu#A*j
KHMUVSKIYO G*Bol SHUUUD,, Meel SMMUR, B.N.
L.K. Greiner, Slaktrotakhnika 35 no,2jp,3 of cover T 164#
(MM 170)

BELITSKMA, Marina Sergeyevnal LIMAYOV, Yevrerdy Ardroyevichj
KOCIO-10VA, A.I.t red.
(Direct current w)d voltage tranafnrrors for high-
voltage converter systems] Transforwtor
y postoienrogo,
toka i naprlaahentia dlia vysokovo1*tn3rkb preonrazova-
tellnykh ustarovok. Mo:,kva,, Energliap 1964, Z35 p,
(MIRA 18al)

3/141/60/003/03/003/014
AUTHORSs Svechniltgv, A-#M# , Chas Jj?j4!3#9. K. and lochonova, X*_
TITLIC: Some Results o:t' the Measurtmonts of Radio-wavq
Absorption in the Ionosphere
PERIODICALs Izvostiya vysshikh uchobnykh zav*doniy, Radlofisika,
196o, vol. 3. No. 3. pp 375 - 383
TEXT: The results reported were obtalnO at Rostov-on-Don durinS
Juee 1958 - June 1959. The so p raphical position of Rostov In
47 131 Northern Latitude and 3 W Zast,rn Longitude. The measure-
ments formed a part of the pxgramme of the Third International
Geophysical Year. Tito measurements were carried out by the reflected-
pulse method. Tito frequency employed was 2.2 Mc/s and 3.0 MC/2,
The equipment consisted of a transwitter~ a r*ceiver and a
photo-recording unit. The transmii~_ter~_'_Pii4;~Juicqil pulses of 200 )is
duration, having a repetition rate of 50 p-p-s-, the pulse power
being up to 5 W. The receiver was of the usual suporheterodyne
type and had a bandwidth of 9 kc/s. The sensitivity of the reeelvor
could be varied in steps, Tito receiver had a linear amplitude
characteristic over a wide range of input signals. The output signals
Cardl/4

82UB
S/141/60/003/03/003/014
some itesults or the Measurements of R&RIVOU'Absorption in the
Ionosphere
of the receiver wore applied directly to th* plates of an
oscillograph. The receiver and the transmitter war*
situated at a distance of 5 km from each other so that
the operation of the transmitter could easily be controlled
by measuring the amplitude of the direct signal* The
photo-recordin$ equipment consisted of a narrow-fiJA ciao
camera and an automatic control system* By means of this
equipment it was possible to photograph the pulses
reflected during equal time intervals. An example of the
recording is shown in Fig. 1, where the highest pulse
on the lefthand side represents tit* direct signal# The
absorption coefficient for the waves propagati:tg through
the ionosphere could be determined from the amplitude of
the first reflected pulse and froca the time constant or
the equipment* The average values of the absorptLon
coefficient L for various months of the year are Illu-
strated in fig. 21 the figure also shows the critical
Card 2/4

824h8
B/141/60/003/03/003/014
OJ82
Some Results of the Measurements of RadfJ29 Pbsorption In the
Ionosphere
frequency of the R-layer and the minimum frequency for
each month. Further experimental results are shown in
Figs. 3v 4, 5 and 6 and in Table 1, From these results
it is found that the dependence of the absorption
coefficient L on frequency cannot be described by
L - (w + wl) - 2 # where % i " *H coo a ; W H Is the
gyro frequency and d to the angle between the magnetic
field and the normal to the wavee However, during the
winter months the absorption coefficient as a flunction
of frequency can be ap I
,proximated as L z (w + wL)-
while during the summer months the frequency dependence
or L is even less pronounced. The daily variation of
the absorption can approximately be described by
Card 3/4 L - (coo X )n . where n in an Index depending on the

82U8
s/i4i/6o/oo3/o3/oo3/oi4
Some Results of the Measurements of RUN% Absorption in the
Ionosphere
month of the year* usually having a value ranging from 0*55 to 0080,
while X in the xenith angle of the sun. The author expresses
his appreciation to S.S. Chavdarov for supervising this work and for
valuable remarkmo There are 6 figures. I table and 11 referencesi
7 Rnglish and 4 Soviet.
ASSOCIATIONt Rostovskiy-na-Donu gosudarstvennyy university
(Rostov-on-Don State University
SUBMITTEDt November 16, 1959
Card 4/4

D.UIUUY,o X.P.; ILWHMMAO N.A.1 SVECHXMV, A.H.1 CHAVDAROVO S.S.1
'ICIIL~NA
State of the Lowsphs" over Rostov-on4on during the total
solar jolipse of Feb. 150 ~%l. Goamag, i aer. 1 no.4s6l2-Q5.
JI-Ag 61, (MIRA 14%22)
1. Rostankiy-m-Dom Cosudarst"nayy universitst, bd*&*
eksperimentallacy L tecreticheakay fisiki.
(Ionodphere)
(Zollpses,, Solar-1961)

km 13na r1 W-N t. %i b.;-.Au 4,

art#. art. bast

KOI,IIF.'JOVSKIYF O.V., inth.
Make more extensive use of larch in the furniture Irulustry.
Der. proms 14 no.8#20 Ag 165. (MIRA ISM)

MWDO Yu.; NOGMI(MM, IV.
First o=lvorsM of a trade agrownto Thosbotorge a U00120-
20 162, (KIPA 15M)
jftsml&--c~om&-4yprum)
Qypru*--Com*m9--%ssia)

ACC N& AP6021466 G(x=E com ua/cH6l3/66/ooo/oll/oo8o/oo6o
INVEDMR: Drozdov, A. A.1 Ber*za, 0. V.; Kocb*p"ov, A. P.; Makalmok. X. V.;
SharlRoY, V. V.
ORG: None
1ITLE: A device for centralized control of the amplitude of seismic signals in sets-
mic stations* Class 42, No. 182353 [announced by the All-Union Scientific Research
Institute of Geophysical Exploration Methods (VsesoyuzW nauchno-Issledovatellskly
institut geofiticheskikh metodov rasvedki))
SOURCE: Izobreteniya, promyshlennyye obrastay, toyarnyys anaki j Do. 11# 1966, 80
MIPIC TAGS: nonelectric signal equipinento seismology
ABSTRAM This Author's Cert!*'Icats introduces a device for centrallsed control of
the amplitude of seismic sigrAls in salute stations# The Installation contains a
mechanical stepper switch. Reliability is Improved by Installing a voltage divider
at the input of each channel of the seismic station. One am of this divider to a
resistor connected In series with the signal circuit, while the other Is a bridge
type diode switch connected In parallel with the signal circuits
Cqrd 1/2
VOCI
440M

DATV MUM

.16

KOCH7RO is
Fd1minating shrink holes from castinp of cutting barse polObs.
SLEVAREISM, (Ministersivo teskeho strojirenstvi a Cheskoslovenska vedecka
technicka spoleemat pro hutnietvi a slevarensivi). Praha, Cz*choslovakla,
Vol. 7. no. 3p Mar. 1959,
Monthly list of East European Accessions (EEAI)p LCp Vol* 8j, nos, 7# July 1959
uncla,

1. OWACHEV 9 S -I XMIM, 2.
I
2. USSR (600)
4* Peat Industry
7. Using the TEU2 potato digger for loading shredded peat. MTS 12 no.10, 1952,
9. No thly- Lilt -Of RUSSIAN Atefflio 0, Library of Congress, _jWMry 19S3. Declassified.

I=M, a. G.
4632. Bol 'shah* torfm dlya Ydolrefilya. M.,, qo~kulltpro9"tlt&tp 1954. 15 op
2 L. 122. 22 an* (Vso#oM., o# - x* yptavUl 12.M0 skso 25 k. - lk %I, ATt. h
Omar. - (54-5439) p 631.87
ON Lotoplat Omroallnykh BUtort Vol. 7o 1949

SIXONOVS mlx.~p Prcf-; YATCMXHIXA,, 0-14-, kAW. sellkhos. nauk;
GOR=QV# L&As I KATSj P.S.0 kand. &*I#-
khol, nm*l rodsl SMOURA, N*No# takbn*
reds
that tu &grlcUltm*]Tcrf v sellskom kbosialst". (By) M.N.
HikOnOv i dr, Mookup Sellkboxisdat, 19W. 166 p.
(KMA i5in)
(Yortillars aW matuns) (%4t)

c IA
,!,Y.Lp V.0, jO:'AI:OVAp Ili,; KOf,:!:R11 Z P.;
OAA, Js; PhrarnAcolopical cmd Phyn cal eacillty of
c:lclno, Ch.,~rlon Univormity; Donar'.nent nf Occupatlonnl Discasen
a F4ys1kA1ni Ustav Lek# Fak, hl; a Odr'elani -)ro
z -1ov,,Iani)o SFN' fA"bbrovi2tion not oxnlatna~_7, PIxen.
at of Dibonzy1ut y1onodinmino SRlta of
_Zysinlorie, Vol-15, No 5# Sep 66, P 419
Ab-tract: 'ati oi'Poct of the d1benzylethylonod'O-nine, askIt of
;i tho excrotion o- ~;n and o*n itn dial-ribution in the or-
L
-a,
.. niz: was Invmtlratod, 'rho contont of En in th') liver is rod-
,acnd tl~" an-lication of Vne dincu7,ned sitbatance. The levol
of In t%a oz-antsm in inemofaods No roforences. 3ub-
a, Ill bayo of 'Pliarmacology at 3molonice, I'l Fob 66,
4
_MPM ......
SYKORA. J. ITBLO, V-
Iffect of 0,&N& ;M an the wwrotion of 10" in ex;wrimutal 108A
polgoning. (CS 10). Cook. fyglol. 8 no.43325 MY 59.
1,, ftrmko1og1WW ustAT 16ka f&ke KU P124a* *nor.
(XUMmtl, pbarmool. (TAD P01801116-
S4A
1, Mov-

ZYIL, V.; STEM, J#; KOOMM, 2.
www_--~
ZDTA and cobalt voisoulvd, C"k, 08161, 8 n0-41331-332 JU4 59.
1s Yhrmkologlaky ustav 1@k. fak. NJ, piton.
(31DATUMIL, pharmool.) (OMAIR, textool.)

F,YBL* V, , institute of Pharmacology (-?arra'koloric;,y uutwav) , Faculty
of hedicine (Lekaraka fakulta), Charlea Univeraityp Plzen$ Prof.
Ir irector; SYKORA, J. , Department for Occupational
DisZ * K
eases Odddeleni pro choroby z povolani), Paculty Hospital,
Plzen, F. HuZL, ND Candidate of Sciences, d;roctor; and Mrit F,t
physics institute (Pyeiksani, ustav), Faculty of Medicine (Lo.
karska fakulta), Charles university, Plzen, Docent Dr H. PRIZWO
Candidate of Sciences, director.
"Effect of Calcium Complexes of Aminopolycarbonic Acids on an Ex-
perimental Acute Cadmium Poisoning"
Prague, Pranny"i Inkaratit, Vol XV, No 6. August 1963, pp 234-
23ts.
Abstraot (Authors$ English summary): Experiments on mice proolded
evidence that the beat protective effect among calcium complexes
of aminopolyearbonic acids in acute experimental CdC12 poisoning
is offerod by CaMPA, The toxicity of Cd complexes of aminopoly-
carbonic acids is directly proportional to the ntability constant
for Cd. In acute experiments on rate Ca cooplexes of EDTA and DTPA
adminictered by the i.p, route simultaneously with the s.c. admi&-
iatration of Cd"610012 (with carrier) increase significantly the
urinary cadmium excretion and reduce markedly the cadmium content
of the liver. CADTPA in al 1cantly more effective. When Ca ocoi_
plexes are administered onV24 hours after the aministration of
1/2
2/2
ACC N" AIW37022
OURCE CODE: UTV01B11661W;1ojj~j44
XMIORS Zhurkin, B. Kucherenko, I. V.; Penin, N. A.
ORG: ftsics institute
SSSR) 'm- P- N- Lebedev, AN SUR, 1404cow (Fizichankly InStitut AN
TITLE: Influence Of Unlaudal CCMVrcszlcn G-n the JUMP conductivity in p_:;i
SOMCE: Mika tvcrdogo tel&, v. 8, no. ll~ 19(~6j Y#45-344T
TOPIC =1 silicon semiconductor, 20alconductor conductivityo Pressure effect,
activation enorgy,. tetaperature d0endence
ABSTRAM ~'he PurPO30 of the Investigation was to deterrdn* the depende e of the
activation energies 12 and (a On the presture in p-si. nc
tr1c conductivity were made In a $&TPle vith toron impur The V9&surezcntn or the elec.
sures 0.37 kg/cna aJA temperature 4.2 - 77K. Ity 1.6 x 1018 c:C3 at preo-
'the samPle were both 7be Pressure and the current through
perature dependence 0Parallel to the (1101 direction.
f the cOr 1%0 tests showed that the tW
in the activation energy, &CtIvItY can be represented as a sun of exponentials
The conductivity with "tivation energy 4. corresponds to transition of holes from

ACC MR' AP6037022
the acceptor states to the valence band, and remains practicAlly unchanged with prts-1
sure. The conductivities with activation energies 42 and C3 corres;*nd to the junp i
con&jctivity, &nd increase with pressure. The relation between the change in the i
values of c,2 and 43 " the distortion of the spherical forn of the acceptor ways
function are discussed# and the resultant addition to the Coulomb-interaction en
ergy
is evaluated. The results are discussed from the point of view that the c2 process
is connected with the ionization of the acceptor atoms (change from states A2 to
states A+), and thl C3 process regresents negative ionitation of the acceptor &tons
(transition from AAJ to A-). It Is suggested that the effective Bohr radius of the
tates A* and AO increase with increasing uniaxial compression. 7h4 authors thank
A. H. Vul for a discussion of the results. OrlS. art. has: 2 figures and I forxulA*
SUB CODE: 20/ SM DATZ% 17Jw66/ OM M 005

LV
MOBITINP A.A.; vmoB,YLV, G.A.; KOCIZABAY! I T.K.; YwST.CAGIN, V.A.; IMMASIDVA,
L. G.
Effect of electrodes and the structure of a d1eivaric crystal
on its electric strength. Fix. tver. tola 6 no.5%156D-15U
MY 164, (HIM 170)
1e Tomakly politekhnicheakly inatitut imaci X.Ircnm.

VORODOIZV, G.A.- KOCHERBAYUVO T.K.
1. 1
Effect of the cathode saterial. on the electrical strength of a
solid dielectrics Radiotekh. L elektron, 9 no.3i557-559 Mr
,64. (KnU 17 14)

ZAVADOVSKAYA, Ye.K.1 KQC#jZDAjjzj4_jA1Kt
ElectrIa strangth of single cryst&ls In solid solutions of the
system KC1. KBr. 1xv. vys. uahob. say.1 fla. A no.IsW72 165.
(MIRA 180)
1. Tonskly pol1takhnIchoskil lastitut laenl KIrovas
vii

KOCERBAIEVO T.K.
Fffect of annealing on the eleCtric strtngth of alkitli botlido ##Its,
1xv. vya. uohob. lav.1 fil. 8 nndOO-W;~ 165, (HIRA *1180;
1. Tomskiy politakhnJaheskiy .hKititut imord Xirava. -

e 1)
U-1

A11THORSt Shirshov, V., Candidate of Agricultural Solona*st 29-4-6/20
Koahereshkin, Y, Candidate of Biologic& dtjg~,
TITLEs 0 WhOftfift, Ot *ddw640s 4o A&M .11 to I
1%D2M=bVr4)
FERIODICALs Tekhniks, Molod9zhi# 19509 Or 4, PP,, 9-10 P ~2 (083R)
03TRACTi The problem of the alimentation and growth of plants Is of
extraordinary importance for the mankind. Both sol&ntists and
practiolans of agriculture have endeavored sinas long to in-
vestigate the processes of the formation of organia substances
in the vegetal organism. The plants have two synthetic labor-
atoriese The first are the leaves where the process of photo-
synthesis takes placel the second are the roots which process
approximately 25% of the carbonlo acid contained in the #9i1#
The discovery end investigation of the notabolin I
w1g achieved by yeans of using radiRactivo carbon CUPIS"s
# sulfur
S * oalaiua 64.7 and phosphorus P-'&. *Marked" perphosphato
made it possible to determine the most favorable terms for
fertilizing and the maximum efficiency of the fortillsers, A
great number of agricultures, such as cotton# beetroots# sun-
flowers# tomatoes, tobavooo as well as some species of fruit,
Card 1/3 urgently require additional substances. With a fertilization

Contribution of Sclentlets to Agriculture
29-4-6/20
of the soil, however, difficulties occur frequently* The
method of marked atoms made it possible to follow the addit-
lonal reception of food by the leaves. This now agricultural
method in introduced increasingly in agriculture, The motbod
of marked atoms is applied in various fields of biology. Apply-
ing this method, Soviet hydroblologists and flab-brooders oU-
tained numerous data which are inportant for production* The
annual production of photosynthesis in the water-reservoir of
Rybinsk was determined by this method in 1955. A method for the
fertilisation of fishponds was equally elaborated by means of
marked atoms. Also the marking of the fry serves Immediately
for the determination of the efficiency of the measures taken
in the field of fish-brooding. The &"Ixtur* of marked atoms
to fish-food makes it possible to follow the reception and
conversion of the food in the organism. ?his is of special IN-
portanoo since besides great car* correct alimentation repr*.
sents an Important factor for increasing the production (yields
of wool# seat, fate milko eggs, *too). It was also possible
- by moans of marked &tons - to de%ormine the relation between
the chlorophyll-content of the food and the haemoglobin of the
blood. This made It possible to fight the deficiency diseases
Card 2/3 of animals, occuring in winter.

OcaftIbUtUM of 8614MUNU +,0 Agrlatdture 2444/20
Thor* are 6 figures.
AVAILLBLES Library of CoWess
1. Agriculture-USM 2. Scientific research-UM 3. Isotopes
(Radioactive)-Applications,
C ard 3/ 3

27.1220
276US
3103OJ611000100910131013
1105/J101
AUTHOR# Xoohoroshkint V4 0,0 Candidate of biological Sciences
TITLlCt Discussion of problems concerning the biological effect of
radiatioa~
PNRIODICAL# Akadonlya nauk $SOB, lestnik9o'no. 9. 1961# 137-138
TZXTs A scientific conference was convened on May 29, 1961 for discussions
of the problem *PrImary and Initial aachanions of the biological effect of
radiation". Under discussion wore results and prospocts of studies of the
part played by a damaging of nualsIc aolds in the process of reaction to
radiation* The Conference was attended by delegates froa scientific
institutions of the AkadoWs nauk 88SR (Academy of Sciences USSR) azd of
the Akademiya seditainakikh nauk 885R (Acadsay of Medical Oci*nces USSR).
The participants were Informed of laboratory work done on the subject and
of data ob'ainod. The following heads of laboratories are montioneds A,
M. Kuala# institut biotisiki Akadenii nauk SSSR (Institute of Biophysics
of the Academy of Sciences USSR), A. 0. Pasyn3kiyo Institut bickbiali In*
A. X. Dakhe. Akadexii nauk OSSR (Institute of Biochoaistry Inoni A. 1. Bakh
Card 1/3

27608
9/030JO/000/009/03/03
Discussion of problems concerning the B105/j1O1
of the Academy of Sciences USSR), V. P. P&rlbok, Institut ovolyutslonnoy
fisiologii in. Is He 860hanova Akadeail nauk 555R (Inatitme of svolutional
Physiology imoni 1. M. Sechenov of the Academy of Sciences USSR) 0 L. A.
Tummeruan# Institut radiatsionnoy I fisiko-khImicheskoy biologil Aka4sall
nauk SSSR (Institute of Radiation- arA" Physico,healcal Biology of the
Academy of Sciences USSR) t Us 9. Meysell 9 Institut mikrobiologii kkadeali
nauk 838R (Institute of Microbiology of the Academy of Sciences 0881)# P.
1. Tatytlin# Inatitut sksperimentalluoy biologil Akadesii seditainskikh
nauk SSSR (Institute of Xxperimental BioloAY of the Ac&doa7 of Medical
Sciences USSR). low data on the high lability in superaolecular
structures of desoxyribonuolsio sold under the effect of radiation were
disouse*d along with the different radiceensitivity of nucleo;roteias
in vitro and in the living call, and the behavior of desoxyribcnuclsio
acid In yhoges and Infected cells exposed to Irrsaiation. Further objeats
of discussion were methods applied to these problems, the value and the
Interdependence of investigations conducted In vitro# on the cello P-A on
whole, organisms. Prospects7offered by the dsv*lopaent of physicochenical
studies of demozynuoleoproWin and desoxyribonualoic acid of ;hados after
irradiation were emphasized# It was recozaended that problems concerning
Card 213

27W
3/03,D/61/000/009/oi 31ol 3
DIBOUSSIOn of problems ooncerning the ... J105/alo,
the metabolism of nuojejo goids I Irradiated organisms be made the
subjeat of further disoussions. lAbstraoter's notoo Zasentially
complete translation.]
Card 313

27890
S/wo/61/000/0101/00)/011
B1161SIO2
AUTHORt Kooherezhk1n, V. G.. Candidate of Biological S:Ipnces
TITLEt Effect of small doses of ionizing radiation on ;hysiologiral
functions
'it
PERIODICALt Akademlya nauk MR. Yestnik.1"no. 10, 1961, 1!6 - 137
7LUTs This Is a report on the Soveshchaniye po voprosaz deystviya malykh
doz ioniziruyushchey radiateli na fiziologicheakiye funktalt (l.'onference
on the Effect of Small Doses of Ionizing Radiation on Pv*-siological,
Functions) held by the Otdeleniye biologicheakikh nauk (Department of
B,ologicall Sciences) jointly with the Ifauchnyy sovet po probleme
"Radiobiologlyall (Scientific Council for the "Radlobiology" Problem) In
Moscow from May 22 to 24, 1961. The main subject of the reports was the
rentral nervous oyatem. The Conference was attended by about 200
delegates of various institutions of the kkademiya rjtuk 'SSSR (Aca4exy of
Sc4-nc-q USSR), the Akademil meditainakikh nauk FSSR (1cademy of Medical
USSR). the Academies of Sciencon of the Union Republics, the
Ministries of Public Health of the USSR, RSFSR. BSSK. ani !,"KrSSR. 51
Card 1/,%

Effect of small doses ...
27890
S/03OJ61/000/010/009/011
B1161BI02
reports were delivered. A. M. Kuzin. Chairman of the Organizing Comaitto*,
delivered the opening address. A, 1, Lebedinskly 6td Yu. 1. Mo9kalov
reported on the state and prospects of studies on the blologle~al offett
of small doees of ionizit4 radiation. In th#ir opinion. the problems of
the "thresholl", accumulation, regvneration, comps-nastion, aud radio-
3-nsitivity should be studied in groat iptall. The lonturpre sh,;x4,~'A that
at '.h-? molecular level there Is no threshold for the qff~~-ct of the
different types of ionizing radiation, the various atr-jctjrvs of the
organism changing at first. Other lecturers dealing sith 'he aazesAbject
pointe4 out that ionizing radiation acts as general irritant of biological
systqma. A collective of scientists who worked under the supervirion cf
M. G. Dlirmishlyan (lately deceased), rqporte4 on reactionn of thc animal
organism to small doses of Ionizing radiation. The at.capt or developiric
~s-n-,-;tiona of the radlosensitivity of animal organizza ani systext to
fur,011onal criteria was of principal Importance In thin report.
V. N, Livehits et &I. examited the tiso factor in rractioris of the
nervous system to irradiation with small doses. 1. P. Godin showed ths%
radiation strongly affects the rate of proeessoo taking place In the
ns;?rvous system. V, 1. Kandror rpported on the atstp of the syrp%thetic
Cari '11/4

278?0
S/05L"j", I lfc:C/C I C/Cr,91,0; I
i.rfcr,t Of Brall doses ... B I 16/B 102
dos-~s may differ according to the rato of regtneration thq, state c-f th,%
co-m-p ior proceqseu . etc.
Ca rd 4//4

ENGELIGAMp Y.A.p &Md.# glay. red.1 IUZIN, A.He# me Slav* redel
SUZHDB# N.L* rsd.; ALIEUNAH, doktor biol. naukj,
red*; SWIR09 Foley kaWo blolo Daukp redol so -
,VIOLA-k&We, biole unuk# Mel ARSNITVA, HoA.p rsd, lsd-va;
PRUSMCVI# T.A.0 tekbn. red.
(Wiation genstioml WlatalowwLia gawtlkal abornik raWto
Hoskva# Isd-va Akad.nftk SSSR9 1962. 367 p. (MM 1515)
le AWalla usuk SM, Otdolonlyo blologichookAb nooko
2. Chlon-karrsiopoWent Akadmii nauk NO Itor fusin, NutMin).
3e, Inatitu+, blologicbeskoy fisUd AkadenU nsuk SSSR., Moskva
(for lusin) 9
(Ostatics) (Hadiatiorp-Plqo1ologied effect)

KUZINO A.K.0 glav. rod.1 GILIFIND,, I.K., rod.1 LIVAPOY,, M.N., red#;
GIRSHNIt G.T., doktor nod, nauk, red.; IMIGIN, Ta. I. , doktor
fis.-mates. natk; rod.; ~~~~,.s_kand. bdLol. naukp
red.1 GIJFWINMI, Isd-va; POUMOVAp T,P., tekbnered,
(Biological aspocts of cybernetioslBiologicbeski* aspekty k1ber'.
nettki; sbornik rabot. Moskva, Imi-vo Akad. nauk SSSR, 1962.
237 po (MIRA 16SI)
1. Akadwdya nauk SSSR. Xauabnyy sovet po kompleksuoy pmblm
Okibernettka,* 2, Chlon-korrespondent Akadsmil nauk &SSR (for
Nusing Gellfando Uvanoy).

KOCHYPREZIMIN v 0
Session of the general assembly of the Department of Mologleal
Sciences of the Aeade" of Sciencet of the U.S.S.R. 1zv.AN SM.
Ser.hiol. no.6048-W 04 062* OUPA 16sl)
(BIOLOGICAL MEARCH)
-oil

KOCHMMHXIN, Y.G., kwW. bialogichookikh nauk
OlborrAUas and td*Uao Zhivotnowodotvo 24 no.6s82414
Jo 162, (KMA 17:3)

KocmMMXIN V,G---
'~
--_7 S'=991on of the Departmant of Biological Sciences of the Acadovy of
Sciences of the U.S.S,R. on the biological aspects of cybernetics.
lsv.AWMR.Ser.biol.27 no.4tW-647 Jl-Ag 062. (HIM 1519)
(INVOWTION THWRT IN BIOWGT-MXGM53FZ)

KOCHFJMKIN, v.o.; pDZDHMOVA, Z.V.
Achievemuts of biological scionce in the "rvice of
agrlmdtM. Isy. AN UM. S*r. b1ol, 28 no.ItI26-133
J&,-F 163. M& 16:8)
1. Meleniye b1ologicheeldich nmik AN SOM
(AGRUMBAL MARCH)

KOGBZBJ2WMj V#G*
Fbr the further development of blologloal solance and its
better implementation in praotles. lsv. AN SM $or. biolo
28 no,4t613-620 Ji-Ag"63 (KMA 16tll)
1, Otdalaniye biologiobaskikk sauk AN SM.

SISAXYANp YI.M.p akademikj glay, red.; HOSMSEV, N.Y.# akadeniko
sm. glav. red.j BUKIN, V.N.p zael, doyatell nauki i
tekhniki RSMp doktor biol. nauk, am glav. red.; YOZGG'V,
1.7s.0 Wmdsidk, r*d,j LRASILINUOVp N.A.# red.; RAKITIN,,
Tu.V.p red.; OYBYANNIKOV, A.I., red.j SWAKFXKO'V, W.A.j
doktor mellkhoz. nauk, red.; SAMITEV, I.K., kand. sell-
khos. naukp red.1 KOC -r.,p kand. b1ol. nauk,
red.1 1HIRWI, Z.D.j, re ; KOLPAKOVAs Y**A.p red.
isd-val &LINA, Yu.V.t tokbn. red.
[Problems of Increasing the use of cbemiWs In animal
husbazidryl using biologically active preparations) Voproxy
kbimizatzli zhivotnevodstva; prl=nenle b1ologicbeaki ak-
tivMkh preWatoy, Sbornik rabot. Moskyat Ivd-yo AN SSSRy
1963. 303 P. (HIM 171l)
It Vallsoyu",va akadmiya, sell skokh*sWayxtYww4kh rAuk in.
M.Lening 2. Vassoyumaya akadmiya sell skokhorymystyst-
nykh nauk lm. M.Lonins, (for Rostovtsey, Polgov). 3. Moo-
korrespondent AN SM (for Krasillnikov,, Rakitin). 4. Chlen-
korrespond nt Vaesoyuway akadenii sellskokbozysystvenr:ykh
BaUk im6 V:j,LjMjw (for Ovoyannikov).
(Stock and stockbreeding-fteding mid f*ods)
(Agricultural cbemintry)

Noe - HKIN-.V.O-,
V~- Us@ of ch"Ical substancos and biolqic&UY &OUTO Pr*P&r&-
tiono in animal busbandrY. Isy. IN $SM. 3or. biol. no.61
924-928 x-D 063. (KaU 17t2)

KOCMM=131 0 V. G.
Problms of chmiedlution in smiml busbandry, Im, AN SM
Ser. blolo 28 no* 5r766-r-4 "163 (MDLA 16in)

XOGHLITZILKINt VOGO
- - -M
Biolog c a .as at t~/, Inn'Aa of *.I.,o !)"j.Art=A%4 of
t~A Poolemy or Solonnon rif t-YA U.01.:j.ii. lava All 31~S% 3sro b1ol,
no.3i4W,4189 HY6.Jo 164. (.1,11HA M5)

KOCHEK.UXIII, V.0.
- - ~ -- A I -
Seasion of the General A&3emhIj of Vm AcAlvil of . cf
the U.S.S.R. liv, AN S51~11. ."'Ar, LivIs nj,3j49rL-01-, "t-js Iful..
(Y.1 FA I Is 5)

Xmiz-Ammul, V.G.
For closer tfoo 1>~--tween biological scimeo and yractioe, I-m
M SWR Ser. Idol. 29 no,11164-171 A-P164 ("'IRA 1793)

KDMRF'ZHK1xv V.G.
Achlfmewnts or biology and chesistry for thr #,:~ r', py.
Isy. All SSSR. Ser. biolo no*5M,~-M 5-0 1&,.. %, H] f "A 1-, 1,4)

. - 17

~r ~ t-.
;IIL2~

x0cill'u,"diiKIN ,V. G.
tt;e Academy or "lc I ences ff t~~.q 'k, .
A14 Ser. Wol. no.61933-936 11-n "-1. .
Pro-bletra cr rolemilar b10109Y- IM099-91'41 (XDA 171'Al)

KOCIIEMHKINS V.G.
state and dev*lopmnt of stualee on probleca In Tne *.*A
blochemlistry of micro-orgoinlaw. Agrokhlal',% no,41.ft~.-165 Ap IG.*
(Y..RA 171 10)

XOMFE-1-I-XIIIII V$GO
I(eaults wd objectives, PrlkL blokhtme I m1kroblole I no@33 1
358-362 My-js 165. (MMA 180)

x0cm nLNL V. 0.
ftement state &W developwnt, of' the studl*v on photos"tb"Its.
lay. M WSL ger, bl*16 noo2t298-303 Mr-Ap 165~ (MM 1114)

KOCHF-REINKIN, V.13.
1 4 N~ tv? 11 C
Moro. PrPortant res,ilts or 1964 and rutum dmvel(~prPrI. '11- :-- f
r,?~ -Imnreh on problems of biology, lav, M .053313.ler.blol,
*-Je 165.
Contr6l iwasures agninst the cotton wilt. lbld.tWs-,40, OGRA 190)
J-

L 1397-66 WA(Jj/EWT(x)/2WA(b)-a___RM_.
'ACCESSION NR: Ap5ol,7768 M/0216/65/000/004/0593/ 5
AUTHOR: Kochareshkinj Ve Os
TITLE: Present state *YA outlook for development of scientific
studies on "plant physiology and iochomt t 0 and "chemical
.regulators In plant cultivation and chemijal means of plant
protection"
.,SOURCE-. AN SSSR. livestlya, Serija b1ologicheakayaq no* 41o 1965P
593-599
TOPIC TAGS: biologic conference, biologic personnel, plant
physiologyp plant chemistry# biodhemistryo plant disease control
ABSTRACT: This to a report on a meeting of the GoWral sRq~ of'
----.--the Departments of Biochemist j, Blophysic.q- and -Chemistry of
l~'nysi-ol6'il-'O-il-li-r'T4otiv* CompounIs of the AN SSS&rwhich took place at
e end of Fwchp 19b5. Fapors are sii~__fiid ~nd the name of
porsonnel and organizations specifically ooncerned with certain
studies are mentioned# At L, Xursanov delivered the main addroan on
,the specific features of li6dww'TIAIM/ physiology mid biochemistry,
Card 1/2