SCIENTIFIC ABSTRACT KOZLOVA, N.A. - KOZLOVA, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825910015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 4lo78-66
ACC NR: AT6026550
room temperature and contains, besides austenite, some delta-ferrite
and about 30% martensite. The steels with 8-10% Ni are fully
austenitic at room temperature. These steels undergo martensitic
transformation ar. -196C or, under the effect of deformation, at room
temperature. The steels containing 12-14% Ni undergo martensitic
transformation under the effect of deformation only at subzero tempera-~
tures. The M. point for steels with 10 and 12% Ni is -190 and -250C,
respectively,and that of pteel with 14109 Ni is below -253 C. The
austenite of 20% Ni stee 'is completely stable and does not transform tol
martensite even in liquid hydrogen (-253C). The mechanical properties 1
of all the steels tested depend basically on the martensite content
The martensite present in the initial structure increases the tensiie'
strength and yield strength and decreases the elongation and reduction
of area. The martensite formed during testing does not affect the
yield strength but increases the tensile strength and lowers the
ductility. The notch toughness is beneficially affected by Ni; for
instance, steels with 12, 14, and 20% Ni at -80C have a notch toughness'
of 18-24 mkg/cm2 compared to 3.5 mkg/cm2 for steel with 6'xT Ni. The
highest tensile strength, 150 kg/mm2, and yield strength, 145 kg/MM2,
a reduction of area of 40%,were obtained in
at an elongation of 5% an~,
8% Ni steel after rollingrat -196, which resulted in the formation of
70'J'V1 martensite. Orig. art. has: 7 figures and 1 table. [WW]
SUB CODE: l1/ SUBM DATE: none/ ORIG REF: 001/ ATD PRESS:SOS7
Cc.rd 2/2 11b_

L 371*29-M EWT(d) (kJ-2 OD
ACC NRt AT6006224( V) SOURCE CODE: UR/0000/65/000/000/0259/0268
A,
AUTHOR: Kozlova, N. A.
ORG: none
TITLE: IncreaBing the efficiency and instrument accuracy of a telemetry system with pulse
duration modulation
SOURCE: AN SSSR. Institut avtomatiki i telemekhaniki. Tekhnicheskaya kibernetika,
_TffQ-,_Mq - 268
TOPIC TAGS: telemetry system, pulse duration modulation, signal reception, telemetry
receiver
ABSTRACT: The author proposes the use of transformers as tracking threshold devices
working as pulse duration selectors. The device is called an exponential receiver of pdm
video-pulses. The simplicity and high functional stability of this device makes it possible
to increase the instrument accuracy and efficiency of pdm telemetry systems by more than one
order of magnitude. A diagram is given showing the components and wiring diagram of the
pdm video-pulse exponential receiver. Results show that instrument accuracy can be in-
creased by one order of magnitude if the exponential pdm video pulse receiver is used. This
Card 1/2

L 37129-66
ACC NRs
0
can be accomplished by simple means as compared to the ordinary method of signal reception.
The use of exponential video-pulse receivers brings closer the possibility of designing narrow
band pdm telemetry systems. Orig. art. has: 11 figures, I table, and 31 formulas.
SUB CODE: 09 / SUBM DATE: 05Nov65 / ORIG REF: 002
Card 2/2 a-f

AMMU"S, J.M. I deceesodl; MLOVA, N.A.; SAII(VINIKOVA. V.-~.
':w0tary-opido.mlological and Rant tury--demotra Fibi - noru:ition;)
and Vric offectiventias of compound sanitary and I-ropi,yinctic
meaz,wst~o in the prevention of dysentey-j. Repor-tv Nos. 1-3.
T-tjey Lan. Jm3t. epid. i mikrobial. 24-554-8.1 163
Elpideminlogic, significance of migration durimg the ;umimer months
in large poyAilated centers. ibid.:84-92
(iMIRA 18 ~ I()
1. Iz sektora epidemiologii (rukovoditell I.M. ~mheles)
Tnstituta epidemiologii i mixrobiologii imeni Pastera.

KCZLOVA, N.A.; LEBEDEV, D.V.
Mechanical properties of stainless auetenitic steels at -2530 0-
Metalloved. i term. obr. met. no. 12:47-51 D 165. (MIRA 18:12)
1. TSentralInyy nauchno-isoledovatellskiy institut cherno7
metallurgil imeni Bardina.

KOZLOVA, N.A. (Moskva)
Increasing the accuracy of the equipment of a telemetering
system with pulse-width modulation. Avt(yr,. i telem. 26
no.8:1423-1430 Ag 165.
(YJ RA 18: 11)

BABAKOV, A.A.; KozLoVA, N.A.
Applying rapid methods of heat treatment of thin-sheet stainless steel
of the ferritic class. Sbor. trud. TSNIICHM no.39-.101-.108 165.
(ERA 180)

A, A
:souRcz-.c6vAS
-ACC NRs AP6000612:.,
u9/0129/651000/012/00q/005
lo'val ~N*~ A
AUTHOR:' 1W% -De
:ORG: TsNI1ChERMET1
TITLE: Mechanical properties-0, austenitic:itainless.steels at -253C
SOURCE: Metallo'vedeniye 1:.termiche's)*yi obraboiki metallov, no. 12, 1965, 47-51.
~TOPIC TA
CS: steel, auster!#ic'steeli.stainless ateel,.Ja
X~- AA-,e-4w~t,
ABSTRACT: SpqFimens. of f i~e austen.itic stainles_g.steels containing 0 032 carbon,
9-- 10,:129 14,.-and,20 -n Nere
18% chromium' hnd 8 Z ickel subjected to tensile tests-
at 7Z536 at,a' deformation~rate of .2.. mm/min. &~Foreach steel two types_ of-, specim-en-9
were tes,ted;.fine~grairied,(annealed.-at-1050C) ano.coarse-grained (annealed at~::'-
.12501C). Jn all .stIeels, .-regard.1.e1661 -6,tI g-r.a,in .- Isize, the deformation in the elasti.c--~
e
plastic region had.a,more orl unstable beha4ior.with multiple necking-along
ga'Se length (see Fig. 1) owing to the,f6rmation of.martensite or, in the case of
steel with 20t:n*ickel, to,heat.fluctuations.. With increasing nickel content, th6
tensile strengtb-drops and ductility:iimcieases.,,:Analysis of the experimental data.'
led to the conclusion that.although~steels with 8--m-IOZ nickel have a high tensile
strength (185 kg/mve).and c~~ (reductiort vfwrea 40%). or-2"c j they, cammtbe tecommeodlad
for stressed parts.of cryogentc,,equipment because at the moment unstable deformation
begins, these steels are:strain-hardened..to.a- high degree and therefore are suimep-
~Ul)c:~~:.,6461
Caid 1/2

ISSR/Medicize - Cholinesterase my/JVAU 5-1
Inhibitors
"Effect of Promerine on Muscle Contraction by Car-
bocholine 7," N. A. Moz-
CCarbwWl Choline Chloride
lova, M. ]~. Mikhellson, Lab of Gen Pharmacol, Imt
of Exptj Med, Acad Mad Sci USSR, Leningrad
"Fiziol Zhur SSW" Vol XXXVII, No 3, PP 362-365
pl,
,Erpti on -males of frogs and leeches contracted
vith carbochol-ine and eserinized leech muscles
contracted with acetyl choline show that progerlne
in weak concus Pi6duces increased sensitiv-14 to.
192M
UBWA%Ucine Cholinesterase )Uqljtm 51
Inhibitors (Contd)
choline. In higher conens the effect is cholln-
olytic but also can bring about a cholinanimetle
effect. Phencemna described cannot be
by the anti-cholinesteraze effect of proserlm'.

VAI A/ A -
KARASIK. V.M.; KOZLOVA, N.A.
Rhythmic function of the muscle in leach produced by veratrine.
3rarm. I toks. 17 no.2;44-47 W-Ap 154. (MLHA 7: 6)
1. Laboratory& obahchey farmakologit (zav.
SSSR prof. V-K.Irarasik) otdala farmakologii
tal'noy maditsiny ANN SSSH.
(MUSCISS, effect of drugs on,
*veratrine, rhythmic contractions
(VJR&TRUK ALKAWIDS, effects,
*On muscles, rhythmic contractions
(1MHxS#
chlon-korrespondent ANN
Instituta eksperimn-
in leech)
in leech)
*mncular rhythmic contractions prod. by veratrins)

TROITSKIT, Y.L., professor; CHAKHAVA, O.T.; KOZLOVA, N.A.
Iffect of ionizing radiation on antibody formation. Med.rad. I
no.1:49-58 Ja-F 156. (MM 9:9)
1, Iz otdela moditainskoy mikroblologil (sav.-chlen-korrespondent
AMU SSBR prof, Y.L.Trottakiy) Instituta epidemlologil I mikro-
biologii Imeni akad. N.F.Gamelpya AMN SSSR.
(ASTIGMES, AND ANTIBODUS,
antibody form., off. of ionizing radiations (Rus))
(RADIATIONS, effects,
ionizing, on antibody form. (Rus))

all
tj
3 f;
lam if a q-". J.,
I a Aj
- 1V
In
if Ifl"I Vill Ail Eta -
.4 4-0 Ajj oil AR 31 a; A ;H

KOZLO-VA. --.N.A. -
Data on the reactogenicity im=ological and epidemiological
effectiveness of the whooping cough and whooping cough-diph-
therial vaccine. Tiudy Len.inst.epld. i microb. 18:103-1101.58.
(MM 16:7)
1. Iz sektora epidemiologil (rukovoditelt I.M.Ansheles) TAnin-
gradskogo instituta epide-dologii, mikrobiologii i gigiyeny
imeni PAstera.
(WIIOOPIIIG CCUGII-PREVM:TI'IE ROCULATION)
(DIPHTHERIA-PREM.'TIVE HOCULATION)

KOZLOVA, II.A.; SKLYAROVA, V.V.;IOANNWYAF, B.I.
Epidemiological problems in prerienting focal spread of whooping
cough with syntomycin. Trudy Len.inst.epid.i microbiol. 181
111-117158. (KIRA 16:7)
1. Iz sektora epidemiologii i ir. laboratorii detskikh kapellnykh
infektsiy Leningradakogo instituta apidomilogii, mikrobiologii i
gigiyepy imani Nstera i Iz otdela mikrobiologii Instituta. eks-
parimentalinoy meditsiny A191, SSSR.
(WHOOP114G COUGH) (ACETAMIDE)

MAYSKIY, I.N.; KOZL(YVA, N.A.
Influence of antirhonidase serum from goats on the metastasing
process of Brown-Pearce carcinoma in rabbits. Biul.(Cksp. biol.
i med. 50 no.10;101-105 0 1600 MIRA 14-5)
1.-Iz laboratorii neinfektslonnoy immmologii (zav. - prof. 1.N.
Mayskiy) Instituta, eksperimentallnoy biologii (dir. - prof. I.N.
Mayskiy) AMN SSSR, Yaskva. Predstavlana deystviteltnym chlenom
M1 SSSR N.N.Zhukovym-Varezhnikovym.
(HYALUROUIDASE) (CANCER)

MAYSKIYI I.N.; 'KOZLOUt-,NA,; nMVSKIY9 Mtx.
1.
Production of antironidase horse serum, and its effect on the
metastatic spreading of Brown-Pearce carcinoma in rabbits. Biul,
ekep. biol. i mad.,50 no. ll.-86-90 N 160& (MIRA, 131l2)
1. Iz laboratorii nainfektsionnoy immunologii (zav. - prof.
I.N. Mayakiy) Instituta, ekpperimentallnoy biologii (dir. - prof.
I.N. Mayokiy) AMN SSSR9 lj?sk~*~
(HYALURON-IDASE) (CANCER)

-KOZLOUp N.A.
Data on the response to and efficacy of pertussic and pertussis-
diphtheria vaccines. Vop. okh. mat. i det. 6 no. 2:34-38 F 161.
(MIRA 14:2)
1, Iz epidemiologicheskogo sektora Instituta epidemiologiiq
mikrobiologii i gigiyeny imeni L. Pastera (dir. - kandidat
meditsinskikh nauk M.Yk, Nikitin, nauchnyy rukovoditell
prof. K.N.-Tokarevich).
(WHOOPING COUGH) (DIPHTHERIA)

SKLYAROVA, N.N.; KOZLOVA, N.A. _
Shortening the quarantine periods in whooping cough. Zhur.mikxobiol.,
epid. i immun. 32 no.10;1+6-50 0 t6l, (MIRA 1-4: 10)
1. Iz Leningradskogo instituta epidemiologii i mikrobiolgii im.
Pastera.
(WHOOPING COUGHY

KOZLOVA, N.A.;.KUIAKOVA, M.N.
Effectivenets of the serum prophylaxis of epidemic hepatitis. Vop.
virus-7 no-.51614-615 S-0 162. (MIRA 15:11)
1. Leningradskiy Institut epidemiologii i mikrobiologii imeni
L.Pastera i Leningradskaya gorodskaya sanitarno-bWindologiche-
skaya stantsiya.
(HEPATITIS, INFECTIOUS) (GAHM GLOBULIN~

_~rj~LOVA,, 1~-A-
Evaluation of the effectiveness of vaccination against whooping
cough. Sov. med. 25 no-4:89--92 Ap 162~ (MMA 15:6)
1. Iz epidemiologicheskogo sektora Instituta epidemiologii
mikrobiologii imeni Pastera (dir. - dotsent I.F. Mikhaylov,
nauchnyy rukovoditell - prof. K.N. Tokarevich).
(WHOOPING COUGH-MVENTIVE INNOCULMON-)

KOZLOVO V.V.; VOLIFSON, T.I.; KOZLOVA, N.A.; TUBUNSKAYA, G.S.
Naphthalene series. Part 259 Formation of sulfones by the
action of chlorosulfonic acid on napbithalene. Zhur-ob.khim.
32 no.10:341+0-341+5 0 162. - (MIRA 15:1-1)
(Sulfonee) (Sulfonic acid) (Naphthalene)

MAYSKIY, I.N.; AYRAPETIYAN, G.Pf_ ~KOZLO~VA,,_N.A-; NnOVSKIY, M.N.;
SUVOROVA, G.V.; SUYdIORUKIKH, S.V.; bNDANOVA, L.L. (Moskva)
Therapeutic and cytotoxic action of antibodies and their
role in the pathogenesis of cancer. Usp. sov-r. biol. 55 no.2:
219-238 163. (MIRA 17:8)

KOZLOVA, N.A.; YERMOLYAYEVA, YO.Ya.
Use of biologically active substances in plant protection.
Trudy Len. ob-va est. 74 no. L49-52 163. (MIRA 1729)

IOFFE, Vladimir 111.4ch; OSIPOVA, Polina *V'L,--I-II-.Tevna-
Nina Nikolayevna; KOZL91,'.' , II?_z-ia Alekseye-~na; IJ~ "Y7 I
N.A., red.
[Whooping cough; its microbiolog_y, iiiiLunclogry, si:ecific
prevention] Kokliush; mikrobioloi;iiap imn.-unoloclia,
spr-Asificheskaia profilaktika. A dr.
Leningrad, Meditaina, 1964. 2F2 F. IS:1)
z

KOZLOVA, N.A.; KULAKOVA, M.N.
EffeCtlveneSS Of s0roprophylaxis for ej;idenic hapatit."L; in
Leningrad in 1958-1959. Trudy Lall 30:250-258 163.
(MIRA 18:3)
1. Lenin radskiy Institut e idemiologli i mikrobiologii imeni
Fastera Mr. M.Ya.NikitiZ i Laningradskaya gorodskaya sanitarno-
epidemiologiclieskaya stantsiya (glavnyy vrach V.Ye.Kovsbilo).

PEKERMAN, F.M.; KOZLOVA, N.A.; IIETOSIIINA, L.N.; KAZA'rr:IN, O.N.
Investigating tho atability of oloctroluminophors. [Trudy] GIPKH
no.51:40-52 164. (MIRA 180)

, -.,AFANAS'YEV, T.P. , doktor geol,
ininer. nauk, otv, red.
[Geochemistry and the formation of underground waters
as revealed by a study in the middle Don- Valley) Geo-
khimiia i formirovanie podzerjWkh vod; na primere
Stednego Dona. Moskva, Naukap 1965. 164 p.
(MIRA .18:12)

KOZLOVA, N.D.
Recharge and discharge of underground waters in the lower
Volga Valley. Biul. MOIP Otd. geol. 37 no.6:121 N-D 162.
(NIRA 16:8)

KOZLOVA, N.D.
Dynamics and chemistry of the waters of the AlbSenoman horizon
in the regions of the middle Don and the right bank of the upper
Volga. Trudy Lab.gidrogeol.probl. 40:114-124 162, OIIRA 15:11)
(Don Valley-Water, Underground-Analysis)
(Volga Valley-Water, Underground-Anszksis)

VASLWTSEVAP VAJ VOLKOVv M-1-1 ZHAMIN# V.A.; NUKOV, F.G.1- CHUBUX9 I.F.;
,QZ-L-QYA+-X--G--"OROC;HM9 V.V.; NULIKOV9 A.Y.;
KAPUSTINV YO*I.) K
MARINK09 I.L,; MOWHAWVt B.M.; ROMANOV9 B-V.; FEDOROVY V-I-;
SHMISKU9 I.D.; GRINGAUZ9 A.9 red.; SIUK9 M.v tekbne rod*
[How to study the economics of socialism] Kak izuehat' politiche-
skuiu okonomiiu sotsializma; posobie dlia rukovoditelei semin ov
sistemy partiinogo prosveshcheniia. Moskvap Mosk. rabochii, 1961.
239 P. (MIRA 1418)
1. Dom politicheskogo osveshcheniya, Moscow..
fErconomics-Study and t~achiag)

KOZLOVAq N.I.
Reserve carbohydrates in perennial grasses in the first year of
their life. Bot.zhur. 47 no.3:405-408 Mr 162. (MIRA 15:3)
1. Leningradskiy sellskokhozyaystvennyy institut,)g. Pushkin.
(Grasses) (Carbohydrate

5(2) rXASZ I BWX 9"UrTATION 30V/1916

bors trudy KonrerentoXI pa, kWall bars. L yego soyedlas ALY (Dorcas
Transactions or me comrarenes act the Chasactry or baroi and
Its Compounds) Noscow. "ekbintsdat. 1958. 189 V. &rrata cup
t
inserted. 2,400 copies printed. I
Vd.1 G.IP.- Luchinskjyj Tech. Zd.s X.3. Larlys.
rWQ=s This book is Intended ftrahanists, as well as for
Isduatrial, persoviwl working with boron and 3%a OONPOunds.
COVERMIRC This collection contains 24 studios an the ahealatlyj
Crystalline structure, phyalcochexical properties. "
technology or boron and its coapounia. Twenty-two or the

tudies wars presented At the All-Unlon COnferOnct OA Boron
l.
a
ChavIstry. bold at tho Nauchno-losladowatellskly tltlk*--
khIuIeb4skI,v lAstitut in. L. Ta. Xarpova, (Scientific A*-
Scarab nraldochealcal Institute in. 1'. Ta. Karpow) la
%
December 1955. Two or these articles deal with the therso.-
shandstry of boron. Tbo two studios an 'borundwe pro-
ductlan am beLAC published for the first tL=. The studies
arm well illustrated and Sccoapftzled by bbIlographles.
TAWJ OF COWrXXTSs

Dozens Trea"ations or the conroranow ccont.) sovl%9t6
toly,Lk* A.M.. Ye. X. r6sayovskAya, *.a. i0mov,
Z*xl&wJ!. AM L.1- DevyatorskAY4. Dario AcId
the b"GIMPOWItIon Of Inderskiye
Borst** With RixtureM Of Nitric And 3ulrurla, A41d* 135
L,
Resentsev, V.?. Pro4osaing of garstes at the AktyubLnak
Cheal4al, raftbinat 141
I.tnbyl-..,yA. L.D. beotf~cistion or certain soric
are 4 145
Nikolayev. A.T., and &.a. JurOdLkcv&. Ixtraction
of Sort* Acid 157
MIVMAGI X. State or borates in an Aqueous
S02atlon IIS2
Krapivner.-S.L. A Te.hzaa.2 and RA*noalc Cosverlson
at the New Nataods rap noi. Acid production from
tederskiyo, borat*s 170
C"d

A'C,,
32-2-19/6o
AUTHO'!S, Oiku5aytis, B. A.
T I ME: Tli~; Charcctcrizticn o-L' '6-hv Tiiur:-,al '.!orkability of SQ;Acoke
(kharcL--tvrizt.L-.LL termaxhon~wy obrab~-Aki polui;.o1zsa)
P-RIOJICAL: Zo.vodska-a Labor,-,Lri-ra, 11~56, Vol. 24, I.r 2:, no. lil-163 !USSR)
A-BSTRACT: The yield of volutAu coastituL:;-.ts --'In the thcr..-tl treatmvnt
of coal to cu;-:Lco--.e is of i%qnortance. The chan.r,-e of
atructuru that toolk nlacc in t:iis is ir close comLection with
the !,iodification orL' ~lcctric co-Iductivity, so that a -.aethod
of inventi~Ltio.,. bar,~:Ci. on th-,2 -?'IjrIOM0non was developed, as
.ull nuthods %%%lich ~iave lnoan i-L use Iaithurto insufficiomt.
-L-he ~icru-is~c of cl---ctric c.).-.J~'Ictiv-Lty -.;it'i ii.,erc:asing co!ting
of roal is .-rac,;~. .. bE:.c-' tj LAu of ztiff c'acmical
bonds t:,,Q o~ruczumral ullit3. TaQ con-"ucti-
-iity of r~ unit la.-I,r )f semic,~,k-e invm.---t~;,C't'~d cis indica-
i;or of truatrient, -:,s wAl. '.1w coal -ection .'Jith tile
7:~ rnlat ii duc t 7L n
tj orru, ta~,n
E-o'.13 tliv and --.ust

.DO
accu-
t
racy
t h;.) 0 LY
y
for
!1:~" 30 i :1 1 t t
Lib--.-ary Of
1. Coal-Distillation

KALIIMINA V.A. (Moskva) KOZLOTA. N.I. (Moskva), RIKOLAUT, I.N. (Koolua),
S6iLCHIKOV, A-! s ' -1~
Investigating the thermal decomposition of coals and their mixtures.
Izv. AN SSSR. Otd. tekh. nauk. Met. i topl. uo.6tl56-i6o iff.-D 16o.
(MIRA 13:12)
(Coal-Carbonization)

NIKOLAYEV, I.N.; STEPANCHNOV, A-A,; I)AVYDOVA, K.I.; KOZLOVA. N.I.;
KALINXINA, V.A. - SMIZINOVA, M- I* _'_:~'
9
Method for the direct determination of the coking capacity of coals
and charges. Koko i khim. no.11:9-15 160. (M MA 13 . 11)
1. Inotitut goryuchikh iekopayea7kh AN SSSR.
(Coal--Testing) (Coke)

33PP)i
2 00
S/640/61/000/000/005/035
D258/D302
AUTHORS: Ivanov, 0. S, Semenchenkov! A. T, and Koziova, N. I.
TITLE-. The structure of the system uranium-molybdenum below
6000C afid the complete equilibriUm diagram of this
system
SOURCEg Akademiya nault SSSR. Institut metallurgJA. Stroyeniye
splavov nekotorykh sistem s uranom i toriyem, Moscow,
Gosatomizdat, 1961, '08-86
TEXT: The authors investigated the formation of the ~2 -phase below
600 0C and its coexistence with other phases in the U-Mo system. The
data gathered in this investigation were combined with the authors'
;ind coworkers earlier results (Ref. 1: This publication, p. 48) in
order to yield a complete equilibrium diagram, whose uranium rich
corner is shown in a figure. Molybdenum depresses the transforma-
tiono(_~�13 and S to such an extent that an eutectic equilibrium,
3(-1.4 at,,-/u ~ 0 ~ I a t ~Dio ) + e(8 a t-1.1o) is formed near
"v ~+d-) existing below 6481) 'meets the +
6480C, The phase C
Card(_,~~

3"'h
: ".1
3
S/640/61/000/000/005/035
The structure of the system ... D258/D302
(U 2Mo)-phase and as a result, a second eutectic equilibrium r 21.5
at.-~'- MO) 7_.~ (( 0.1 at,-% Mo) + ~ is formed at 572 0G, Lastly, the
2
equilibrium r + ri'lo meets the equilibrium C + ~ 2 and forms a third
invariant equilibrium, namely V35 at.-% Dlo) (-98 at, -% Mo)
+ ~2 at 600 0C. The boundaries of the ~ 2-,phase are not fully speci-
fied. The d"-solid solution containing 3 at.-% Mo is fully converted
on quenching intoOLI which consists of a supersaturated solution of
Mo in o~-U. The hardness of aV is sharply increased by a rise in the
Mo-content and attains a maximum at 3 - 4 at..-O,/. Mo (400 kg/MM2 for
samples quenched from 10000C). A further rise of the Mo content cau-
ses the hardness to be steeply decreased, thus iLidicating a depres-
sion of theG~(;-phase. A minimum (100 - 300 kg/=2~) is reached at
10 - 12 at,-% Mo, At this composition, the cubical lattice of the
?f-.solid solution is transformed into a tetragona-l one, with dimen-
sions a = 3.463 kX, c = 3.372 kX and cla = 0.9737 at 10 at~-% Mo.
The tetragonal nature of the lattice is less pronounced at 12 at-,-%
Card 214

33M
3/640/61/000/000/005/035
The structure of the aystem ... D258 D302
(c/a = 0.9847) and vanishes completely at 13 at~-%, The hardnesS.of
,f--solid solution containing samples rises sharply within the limits
of 12 - 16 at.-%; this is followed by an inflection and a subse-
quent broad maximum, This is interpreted as indicating the trans-
formation of the cubical lattic 'e into a tetragonal. The steep rise
of the hardneos continues up to the boundary of the two-phase com-
position ( ~r+ rMo) ; thereafter,. the hardness is _Imost independent
of the Mo-content. The annealing of a sample subsequent to itsc
quenching, is characterized by a noticeable increase in hardness,
due to the decomposition of 00-phase and of 41-solid solution.. On
annealing -~,o 250 - 3000C, the tetragonal structure becomes more pro-
at.-I;f- Mo. while at 1 at.-%
noLLnced at 10 -- 12 and tit 1-3 - 14 , it VK
approaches the dimensions of the ~ -phase. On subsequent annealing
to 350 - 4000C, the X-ray pattern becomes very diffused, On further
annealing to 4500C, weak diffused lines ofoUU and of the 6 -phase
are formed. These lines gain in strength and clarity, on further
annealing the samples to 5000 and 5900C, To this corresponds a de-.
creaee in hardness. The Mo-rich d-3olid solutions in the range of
Card 3/4

33884
3/640/61/000/000/005/035
The structure of the system,,.,. D258/D302
VOO0C are de:omposed as a result of both o( -phase f3eparation and
the foruiation of the 62-Pht' se. The former process io the lelading
one, in the composition range of 20 at.-~ Mo, This separation and
the inherent heterogenization is accompanied by a rise in hardness;
while the formation of the ~ -phase, at 30 at-ly"j, leads to a small
decrease of hardness. There 3re 15 figures and 3 references: 2 So-,
viet-bloc and 1 non-Soviet-bloc. The reference to the English-lan-
guage publication reads as follows,. E. K. Halteman, The crystal
structure of U2Plo Acta Cryst. 10, 166 (1957)~
Card 4/4

NIKOLAYNVP I.N.1 KOZLOVAt N,I,j KALINKINAO V,A,j STEPARCHIKOV, A.A.
Heat capacity of coals and coal mixtures a6 determined by the
temperature of their heating. Koko. i khim. no. 3:12-15 161.
(MIRA 14:4)
1. Institut goryuchikh iskopayemykh AN SSSR.
(Coal-Thermal properties)

NIKOLAYEV, I. N.; KOZLOVA, N. I.
Effect of the thermal pretreatment of coalis on their caldng
capacity. Trudy IGI 17:116-120 '62. (MIRA 15:10)
(Coal-Carbonization)

ACC,-N,R, -AP6032948 SOURCE CODES UR/0363/(>6/002/010/1811/1813
AUTHORt Yezerskiy, M. L.; g9&j9_v4j,,$,,
_1,; Bagotskiy, V. S,; K&Mga# 0. P. (Deceaaec~!
D3monia,*I. M.; Rastorguyavp Le X*; Prilepskiyl, V. I.
ORGS none
TITISI Eloctrin conductivity of solid solutions of calcium oxide in zirconium dioxid4
at elevated temperatures
SOURCES AN SSSR. Izvestiya. Noorganichaskiye materialyp v. 2, no. io, 1966.
TOPIC TAGS1 calcium oxide, zirconium compound, electric property# solid solution
~MTRACT: The electric conductivity X of ZrO~-CaO solid solutions was studied at
600-10000C as a function of the CaO content and the degree of purity of ZrO2 and meth-
od of its stabilization. In this ranj7ATtho temperature dependence of X was found to
be expressed by the equation X = Ao- ' , where E and A are constants. The curve
of the dependence of X on the CaO content at 100010C passes through a maximum at 12.5
mole % CaO; this maximum is independent of the purity of ZrOZ (i. e.1, of the presence
of HfG2 impurity) and method of its-etabilization. As the density of the sintered
ZrOw2-Ca0 sample rises, its electrio conductivity increases. X-ray structural analysig
was used to determine the limits of homogeneity of cubic solid solutions; the preseno4
of a superstruature was established in samples with CaWL13 mole %* OA the basis of
Card 1/2

FkC -CN R.
the x-ray datap an attempt is made to explain the dependence of X on the CaO content
of the ZrO,2-C&O solid solutions. Orig. art, hast 4 figures, 2 tables and I formula.
SUB CODSI 07/ SUBM DAM i34&n66/, ORIG REF: 002/ WH MW 1 008
2/2

ACC NRj AT606933
SOURCE CODE: UR/0000/66/000/ooo/ollo/on
AUTHORS: Demonis, I. M.; Kalliga, G. Po; Mayor, A. A.; Yezerskiy., 14. L.; Kozlova,
N. IS; Kolesnikov, E. I.
ORG: none
TITLE: Some data on the electroconductivity of zirconium dioxide stabilized with
calcium oxide at a temperature range of 600-loOO*c
SOURCE: Nauchno-tekhnicheskoye obshchostvo chernoy metallurgii. Noskovskoye
pravleniye. Vysokoogneupornyye materialy (Highly 'refractory materials). Ylos~
Izd-vo Metallurgiya, 1966, 110-3-15 ow.1
TOPIC TAGS: zirconium compound, calciun oxide high temperature ceramic
material, semiconducting ceramic material / RE~U 606-59 zirconium dioxide
ABSTRACT: Electroconductivity of domestic 99.6% pure zirconium dioxide (RETU 606-59)
siabilized with CaO (8-17.5%) has been investigated at temperatures from 600 to
1000C. The sintering and stabilization proC0;330S were combined in one firing. The
changen in olectroconductivity with temperature and with the content of stabilizer
are summarized by Figs. 1 and 2. It was established that the highest specific elec- i
2
Vroconductivity (2-64-3,03 X 10- ohm-lcm7l) at 1000G was exhibited by materials
containing 12.5% of CaO. regardless of the type of compound used to introduce the
Card 1/3

Ael~! ~N6036933 1050 0 600 70D 60D
09
-4
T
Fig. 1. Specific electrocondUotiVity of
samples containing a stabilizer in the
form of CaCO3, as a function of tempera-
ture: 1 - 8 mole % of CaO; 2 - 10%;
3 - 12.50"; 4 - 15%j 5 - 17.5%
Card 2/3

2
4

-45
01
Fig. 2. Electroconductivity as a
function of CaO content. Stabilizer
in form of CaCO3 (1) and CaZrO3 (2)
8 io t2.5 15 A5
c9#.%,. (mole

ACC NR: AT6036933
stabilizer (CaCO3 or CaZrO3).. In spite of the heterogeneous microstructure and the
lower degree of saturation of the.solid solution with the stabilizing oxide, the
product containing 12.5% mole % of CaO (as CaZrO3) possesses very high oloctrocon-
ductivity. This may be caused by the Greater density of the sintered material.
Orig. art. has: 3 figures and I table.
SUB CODE: U/ SUBM DATE: 02Nov65/ ORIG REF: 0051 OTIL RM 006
Card 313

Z Z- 6, LM Al Z-
BLIOKH. S.S." kandidat meditainakikh nauk; PERLINA, A.M..-kRndidat takhniche-
skikh nauk, hens r
Effectiveness of them new methnd of purifying drinking water (contract
clarification). Gig. i san. 22 no-1:70-72 Ja '57. (MLRA 10:2)
1. 1z Nauchno-Issledovatel'skogo sanitarnogo institute imeni Brismana,
kkademii ko=uaallnogo khozyaystva imeni Pamfilova i Laboratorii
Rublevskoy vodoprovodnoy stantail.
(WAVIR SMTLTO
purification, contact clearing technic (Rue))

PRIJZHININA-GRAKOVSKAYAj kand.fiziko-matematicheskikh nauk;
KOZDDVA, N.M. --
Nonlinear.resistAnaas ~".uatworks with small circuits. Vest.
elektr*=. 32 no.n:64-66 N 161. (MUM 14: 11)
(Electric resistors) (Electric networks)

AVANESOVA, A.G., dotsent; KULAKOVA, T.V., ordinator; KOZLOVA, N.M.,
ordinator
Side-effects of antibiotic action during treatment of dysentery
in children. Pediatriia no.2369-73 162. (MIRA 15:3)
1. Iz kafedry datokikh infektuionnykh zabolevaniy (zair. - prof.
D.D. Lebedev) II Moskovskogo meditsinskogo institute imeni 11.1.
Pirogova (dir. - dotsent M.G. Sirotkina).
(AVTIBIOTICS-TOXICOLOGY) (DYSa-TERY)

.KOZLDVA, N.M., inzh.; BABICH, V.V., inzh.
Practices in assembling structural elements for the complex
of a sintering plant. Prom. stroi. 41 no.5:9-12 My 164.
(MIRA 18ill)
1. Treat Dneprostallkonstruktsiya.

FRUZ III 141RIA-GIUNOVSKAYA,
KOZIDVA, N.M.;
Volt-ampere characteristics and carrying capacity of nonlinear
thervite resist*rs for corm'vational discharges. Elektrichestvo
no.2.71F-77 F (MIRA 15:2)
Vse3oyuznyy clektrotakhnicheskiy institut
(Electric line s-Overhead)
(Electric protection)

L 4M5-66 - EWT(m)/EWP(0/ETI ITP(c) JD/J,XT (rZ)
__ ____ 6_~- _/ 6 6 / o o o_/ o);-6 o f 4 oj'6i_5'o__'
ACC NR: A~'6~d 56 SOURCE CODE: UR/2770"
AUTHOR: Krylova, A. R.; Kozlova N. N.; Zharkova, D. N.
ORG: none
TITLE: OxidatioA behavior of oxidation-resistant Kh23Nl8 and
Kh25Nl6G7AR steels and KhN78T__alloy at 1050'C
SOURCE-.I/ Moscow. Tsentrallnyy nauchno-issledovatellskiy institut
46, 196b. Spetsial'nyye
stali i splavy (Special steels and alloys). 140-150
TOPIC TAGS: alloy steel, nickel alloy, chromium containing steel,
nickel containing steel, manganese containing steel, metal corrosiont
metal property / Kh23Nl8 steel, Kh25Nl6G7AR steel, KhN78T nickel
alloy
ABSTRACT: The oxidatIO4/behavior of oxidation-res I tant Kh23N18 (E1417)!
and Kh25Nl6G7AR (EI835)ttteels, and KhN78T (EI435).,1_('
alloy at 1050C forKIF
7000-8000 hr has been investigated. Cylindrical SDecimens were 10 mm I
in diameter and 20 mm high. It was found that KhN7~T alloy had the
highest oxidation resistance (see Fig. 1). The spinel-type scale
formed on this alloy had the best protective properties. The loss of
metal after 8000 hr amounted to 0.07 Mm. Chromium was the most
1 / 2

ACC NR: AT6026556
c-4 7
Kh23N18
Kh25Nl6G7
AR
3
-
M
17 KhN78T
0 1000 3000 3000 7000 9000
Time, hr
Fig. 1. Oxidation of
Kh23NI3, Kh251110'G7AIR and
Kh:178T in air at 1050C
SUB CODE: l1/ SUBM DATE:
ATD PRESS:
oxidized alloy component; after 7080 hr
the chromium content in the surface layer t
dropped to 7.3%. Kh25Nl6G7AR steel was - I
the second best with a loss of 0.33 mmlin
7080 hr. Oxidation of Kh23N18 steel
followed a parabolic rate for up to
2000 hr exposure; from then on it'followed'~
a linear rate because the scale lost iis
protective qualities. Loss of metal i'
3300 hr was 0.30 mm. KhN78T alloy ands'
Kh25Nl6G7AR steel can be recommended hs
ox id at i on-re s i s tant mraterials for Drolonged sea'-krice
7up to 10,000 hr) at 1000-1050C. Kh23N18
steel is not suitable for service longer
than 2000 hr at 1050C unless inter-
mittent cooling periods are used to offset
the intensive oxidation. Orig. art. has:
5 figures and 14 tables. (TD]
norie/ ORIG REF: 003/ OTH REF: 003
Ccrd 2/2

3/028/62/000/002/004/004
0223/0303
AUTHORS; Kaplan, A.S., Kozlova, N.N. and Krylova, AA11
TITLE; New steels and alloys
PERIODICAL. Standartizatsiya, no. 2. 19621 50-52
TEXT. The new Standard GOST - 5632 - 61, which replaces the old GOST
- 5632 - 51, was introduced in January 1, IJ62. It covers 99 types
of steels and alloys. These are divided into three groups. Corrosion-
resisting, heat-resisting and heat and stress-resistIng. Corrosion-re-
sisting steels can withstand electrochomical corrosion (atmospheric, soil
alkali, acid, salt, sea etc.); the heat-resisting type, when unloaded or
slightly loaded state reststs surface deterioration in a gaseous medium
at temperatures above 550 C. Heat and stress resisting type operates
subject to stresses at high temperatures. Division according to struc-
tural characteristics~ Martensite, martensite-ferrite, ferrite, austen-
-ite-martensite, austenite-ferrite and austenite types. The new chemical
classification is made on it ferro-nickel and nickel basis. All oys
Card 1/2

S/028/62/000/002/004/004
New stsels and alloys ... 0223/0303
a) have over 651% Fe+Ni and the ratio of Ni to Fe is about 1,1.5; alloye
b) have more than 55% of Ni. The comparison of the old and new stan-
dards for all three groups is given. For each type its application is
indicated according to working temperatures. The maximum amount of S
and P is given by groups. The new names and their comparison with old L/
name& are given. Names have the form of letters, e.g. nickel (H) and
its content in % (say 7%) is given as H7 (N7) etc. Tables giving all
possible specific data on application, temperature and duration are add-
ed to the Standard.
Card 2/2

,-Nriodical",
-.~.Zhur oaj

AUTHORS: Fikhtengolfts, V.S., Kozl ova, N.P.-- 32-P-12/61
TITLE: A Rapid Method for Determining Nickel Carbonyl in the Air
(Bystryy metod opredeleniya karbonila nikelya v vozdukhe)
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol. 23, Nr 8, PP~ 917-917 (USSR)
ABSTRACT: In the production process as well as during the application
of nickel carbonyl, which is a strong poison, the possibility
has to exist always to control the air for its content. The paper
recommends a method which is based on the reactivity of niciel
carbonyl to haloidB. Special absorbers are used for a continuous
removal of nickel carbonyl from the air. In this connection it is
recommended here to use a 1,5 % solution of iodine in carbon
tetrachloride. For a rapid control of nickel carbonyl in the air
of laboratories it is recommended to make a scale of test tubes
with sample reactives in which the reactive elements, after an
exposure of 3 - 5 minutes, are well shut and sealed with paraffin
wax and thus stored in the dark. If necessary, they are used for
comparison (according to their color nuance), This scale must,
however, be controlled from time to time. The paper also describes
an absorber constructed by Polezhayev. There are 2 tables.
Card 1/2

A Rapid Method for Determining Nickel Cabbonyl in the Air. 32-0,1Z/61
ASSOCIATION: Leningrad Institute for Labor Hygiene and Occupational Difeascs
(Leningradskiy institut gigiyeny truda i profzabolevaniy)
AVAILABLE: Library of Congress
Card 2/2

KOZLOVAJI N.P., inzh.; KORIMMA, N.A.,, inzhe
Sheet copper with improved technological properties.
no*4325-28 JI-Ag 162. (Popper-Testing)
Rhim.maeb.
(KM 15%?)

STCROZHEEKO, Aleksandr Panteleyevich; KOZLOVA, Ifoonils Petrovna;
GARBER, T.I., red.izd-va; LOHIL4*A-,-b73.,, -6kTlff -.I%~ -- -
[Practices in coal preparation for coking] Opyt obogashcheniia uglel
dlia koksovanlia. Moskva. Gos.nauchno-tekhn.izd-vo lit-ry po gor-
aomu delu, 1959. 109 P. (MIRA 13:2)
(Donate Basin-Coal preparation) (Coke)
x

STOIIOZMIKO, Aleksandr Panteleyevich;SOKOLOV, Uadimir Gennadiyevich;
4,OZLGVA ; GUSkROVA, Mariya Afrikanovna;
VORONOV, Kuzlma Denisovich; KARPOVA, N.N., otv. red.; TURCHENKO,,
V.K... otv. red.; GARBER~ T.N., red. Izd6Iw&TBOLD)TWA, Z.A.,
tekhn. red.
[maintenance of machines in coal-proparation plants] Ukhod za
mashinami na ugleobogatitelinykh fabrikakh. Moskva, Gos.
nauchno-teklm.izd-vo lit-ry po gornomu delu, 1961. 258 p.
NIM 15: 1)
(Coal preparation-Equipment and sui~plies)

KOZLOVA, N. S., Cand Med Sci (diss) -- "Vitamin A and carotene in the blood
serum of wbooping-cough patients". Lenin~7ad, 1959. 11 pp (Leningrad Pediatric
Med Inst), 350 copies (KL, No 9, 1960, 128)
0

KOZLOVA, U.S.
Vitaminh and carotene in Aooping cough in children treated
with vitamin preparations.. Pediatriia 37 no.6:54-60 Je 159.
(MIRA 12:9)
1. 1z kafedry infektaionny 4bol,ezney u detey Leningradekogo
pediatricheskogo meditainakogo instituts, (dir. - prof.N.T.
Shutova) I Detskoy infektsionnoy bollnitsy imeni K.Libk~ekhta
(p,lavnyy vrach S.P.Novikova).
(7ISH LIM OIL,'ther.
whooping C,qugh, vitamin A & carotene In blood
in treated~child. (Rue))
(WHOOPING COUGH,Ither.
cod liver d111 & vitamin A, blood carotene &
vitamin A in treated child. (Rus))
(VITAMIN A. ther- use'
who6ing c blood carotene & vitamin A in
treated Ch (RUE))
(CAROTM, in blo#.
in whooping*couoi after cold liver oil & vitamin
A ther. (Ru~))

XOZLOVA, N.S.
Vitamin A and carotene metabolism in healthy children. Vop. okh.
mat, i det, 5t22-26 3-0 16o. (MIRA 13:10)
1. Iz kafedry infektaionnykh bolezney u detey LeniDgradskogo
pediatricheokogo meditainskogo instituta (dir. - prof. N.T.
Shutova).
(VITA14INS-A) (CAROTEM)

1. KOZLOVAP, N., S.
2. USSR (6oo)
4. Soil Moisture - Chu Valley
7. Influence of -water film in the a5~~regation of certain soils of the Chu Valley.
Trudy Sek. pochv. kirFan SSSR no.2, 1940,
9. Monthly Lq:.st 2f Russ~an Accepsion2, Library of Congress, March 1953. Unclassified.

1. KOZLO , N.S.: KURBATOV, M.S.
2. USSR (600)
4. Chu Valley - Soils
7. Structure formation in soils of the Chu Valley. Trudy Sek,, pochv.
KirFAN SSSR no. 2. 1949
9. Monthl kW 2f Ruj;ijj AccessiQas, Library of Congress, Ejab 1251, Unclassified.

Cn,3.itry : USSR J
oat,.ignry : Soil Selonce. Physical and Chemiic~!l Properties
of Soil.
A~:3 . . . 53370
Authv.'r Kozlova 1 11 . kc),
r -, -b-, tut. Yirghiz Ag~lcultural Institute
The I Z o 1 eof Minates in Stx~icturq, Formation
Tr. Kirg. S.-kh. in-ta, ir)56, vyp. (), '17-19
P'b~"tr!~ Ct
The experiments wt~re !-,~acle on mountainous dark
chestnut soil., foothL111 sicrozen and garden
soil. The largest arLOLIntS of hwmates were obser- 11
ved in the jzirdon and notinL~tin (hirk chestnut soijsj
This explains tile inarutisod atabil-Ity of the
structural constituents in thest~ soils. Certain
methods are reco,~,,unended to increase tile humate
part of the soils for structitral formation and
augmented crop yields on slcrnzens. -V.A. D'olod-
tsov
("ard:

KOZLOVA, N.V.
Effect of 0060 irradiation of various intensities on the regenerative
capacity of the skeletal muscle tissue. Biul.ekep.biol.i mod. 47
no.8:94-99 Ag 159. (MIRA 12:11)
1. Iz otdala eksperimentalinoy morfologii (zav. - prof. G.S. Strelin)
T.'Rentralinogo nauchno-iseledo7atellskogo instituta meditsinskoy radio-
logii (dir. - prof. M.N. Pobedinskiy) Ministerstva zdravookhraneniya
SSSR, Leningrad. Predstavlena deyetvitellnym chlenom AMN SSSR V.N.
Chernigovskim.
(COBALT radioactive)
(MUSCLES radiation eff.)
(REGENERATION radiation eff.)

1700) SOV/20-127-5-52/56
AUTHOR: Kozlova, N. V.
TITLE: The Effect of Local Fractioned Exposure to X-rays on the Courue
of Regeneration Process in Cross-striated Muscular Tissue
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 5, pp 1121-1124
(USSR)
ABSTRACT: A long-drawn effect of small doses of ionizing radiations an
the organium does not cause distinctly marked morphological
changes in the intact muscle, but inhibits the regeneration of
mechanically injured muscles. In trying to explain this
phenomenon the author draw the conclusion that the cross-striat-
ad muscles are sensitive to a chronic effect of ionizing radia-
tiono. It was assumed that the damage caused by rays is, so to
Bay, accumulated (they sum up) if the irradiation is long and
continuous. The lacking or slow regeneration is assumed to be
the reason of thiB phenomenon. In order to clarify whether all
that is only a consequence of the radiation disease the author
investigated the effect mentioned in the title under conditions
excluding a chronic radiation disease. Male white mice the whole
Card 1/3 body of which was screened by a lead plate (4 mm thick), except

SOV1/20-127-5-52/58
The Effect of Local Fractioned Exposure to X-rays on the Course of Regenera-
tion Process in Cross-striated Muscular Tissue
the left tibia served as experimental animals. The quantity of
the individual doses and the intervals between the exposures
were varied, the total dose amounted, however, in either variant
to 3000 r. The variants were the following ones: Ist series:
irradiation every third day during 1 month with 300 r per ex-
posure. IInd series: 100 r during 1 month. IIIrd series - con-
trol, no irradiation. The right not irradiated extremity served
in the series (I) and (II) as an additional control. The animals
did not show symptoms of a radiation disease and none of them
died. After a dose of 3000 r has accumulated the m. tibialis
anterior of both hind legs was mechanically injured through the
skin up to a depth of its thickness. Figure 1 shows micro3copic
pictures of the regenerating muscles in the mentioned experimen-
tal, series. It -is. aoncludecl from. the results. that' the post-
traumatia.- regeneratiDa capacity. of the. atriated. munclez, seems %
to be considerably.. inb-4 bi-ted after a. local fractioned irxAdia-
tion. This. agrees. with the, results., of Ye. V. Dmitriyeva (Ref 1
Unique doses of. .100 and- 300 r which do not disturb the regenera-
Card 2/3 tion (Refs 2,6) inhibit the;latter considerably:if the exposure

SOV/20-127~-5-52/58
The Effect of Local Fraotioned Exposure:Ao X~.-raya on the Course-of Regenera-
tion Process, in Cro.ss!--striate&,Muacular. Tissue
is repeated. The;inflammation reaction differed-under-the-given
experimental. condition-s- scarcely from the, control. The growth
of the granulation tissue was also not considerably suppressed.
This growth acts upon the regeneration process as it was detect-
ed in previous papers by the author and T. N. Tuzhilkova (Ref 61
V. P. Mikhaylov (Ref 4), and Ye. V. Dmitriyeva (Ref 1). This
speaks in favor of the fact that the inhibition observed is the
consequence of the damage of the muscular tissue itself. All
that confirms the initially mentioned assumption of G. S.
Strelin (Ref 7) concerning the "summing up" of the radiation
damage. There are 1 figure and 7 Soviet references.
ASSOCIATION: Tsentrallnyy nauchno-issledovatel'Bkiy institut meditsinskoy
radiologii (Central Scientific Research Institute of Medical
Radiology)
PRESENTED: April 27, 1959, by N. N. Anichkov, Academician
SUBMITTED: April 18, 1959
Card 3/3

KOZLOVA, N.V.
Lessening antineoplastic resistance in an irradiated organism
long after the exposure. Dokl. AN SSSR 150 no-4:916-919 Je 163.
(MIRA .16.-6)
1. TSentrallrryy nauchno-issledovatel'skly Institut moditsinakoy
radiologii. Predstavlena akademilrom N.N, Anic;hkovym,
(RADIATION-PiffSIOLOGICAL EMCT)
(0,11COLO",Y)

MELOVA, N.V.; SUMOV, F.F.; B~ZCU, IJI.P.
Spectral deterirdnation of a rel-at-Iv,.i :cri!.e!nt of 1,4--'-'j 1,4-
trans, and 1,2-configurations in yolybuta-,-I-~ene Zav.
lab. 31 no.8:968-970 165. 18:9)
r f~~ ,!r,.? i
1. Nauchno-issledo-,atellskly 1.13-I"ut I n-
Karpova, Moskva.

j)j,oc,,~.jijrt.,s Col- iisin(- fertLli-,~.rs or. p,)tat,oes
on sod-podzolic soils Lin rorui~clicn wft.h t~ie properti-._2
of the n;--:,ticul;;r
Leninj_~r.-d Ai-rimiltur.11 iri-st. T.enirq-,rao, 19L~~.
'To! 76,,IP I'i"'
S I I C!
Vnizlinp.va. D-to-Nis' ,
i"0. 25,. 1-956. M_0c-Ovj.

Y V
SAMOYLOV, I.I., akademik: BUSHUYEVA, T.M., kandidat biologicheskikh nauk;
KOZT,OVj'L, N.V., kandidat sel'9knkhozyaystvennykh nauk.
---=EMW
Effectiveness of organomineral mixtures of various peats with
.--.-lW.rAUn&.,RjkO.~phorite. Dokl. Akad. sellkhoz. 22 no.3:2o-~)4 157.
(HLRA 10-6)
I. Vaes,)yuznyy nauchno-isaledovatel'skiyinatitut sel'sk6etionyay-
stvennoy mUcrobiologii.
(F-,~rtlllzers and manures) (-Phosphorites) (peat)

KOZE,OVA, N.V.
Effective methods of applying fertilizers to potatoes In turf-
Podsolio soils with regard to varietal characteristics. Trudy
Voes. inct. sellkhoz. mikrobiol. no.14:174-191 158. (MIRk 15:4)
(Potatoes-Fertilizers and manures)

SAMOYIDV, I.I.:[deceased]; KOZLOVA, N.V.; RUSIROVA, I.P.
----------
Catalase activity in different peat types. Trudy Vses. inst. sollkhoz.
mikrobiol. 16:109-115 160. (MIRA 13:9)
(Cata3ase) (Peat)

SAMOYLOV, I.I.; KOZIOVA, N#V.; RUSIIJOVA, I.P.; KRUG1OV, YU.V.
Iffect of bacterization on the activity, of organomineral mixtures*
Trudy Vees. insts selikhoz. mikrobiol. 16:il6-122 16o. (min 13:9)
(Fertilizers and manures) (Boil inoculation)

L _.~Zqio-:66 ETr(m) 1"ER (J) /T TJPW vdI.-m
ACC NR: AP6o27285 SOURCE CODLt 11*191/66/m/008/0066/0062'
(A)
AUTHURt Apukhtina, 11. P.; ZAy-toov, 11. RaDpoport, L. Ya; Kozlova, N. V.
ORGS nonn
TITIZI Effent of y radiatlq~n on polyesters"of nd1pic acid and diethylene_glycol I
SOURCEI Plantichooklye massy, no. fl, 1960, 6o-62
TOPIC TAG51 gqmna radiation, irradiation efroct, polyester plnstic, adipic acidt
diothylono glycol
AWTiUCTI In a study of the effect of y radiation on saturated aliphatic polyeaters
(which are used as the main comoonent In urnthane";Po1ymnvfj), polydiethylons.) adipates
(PDEA) of molecular woJght (I-U) -2000 arid-T-006-7f tho structure
0 Q
-om C 60.
were Irradiatod vdth radintion fi 0 lliu AmouriL of abnorhnd onorry wAs dotol
mined by forrcus sulfAto dosimetry. A sturly of the donendonro of tho r,,31ativo V13
cosity of benzene solutions of the polynators on tho doso absorbod showed a prodo-
minant role of cross-linking of PDZA during thn irradlation, this offact buing more
pronounced an 1,64 Increases. IR spectroscopic data Indicate that tho polyester chal-n9i
Card 1/2 UDC: 67q.6,,,/f146o'4?.01 1 539-122

L 4
ACC NR-. AP60272-B5
break down nL the oqtnr group, forming W and COp; this is assoclatorl with it docroaW`
in the quantity of 0=0 bonds and tho appoaranco of unsaturation in the chain as the
dose Increases. The cross-linking, occurs at the riothylono groups. The different
positions of the IR bands of a and 0 mothylono grouDs made it possible to evaluate
the relative rates of disnppoaranco of those two typos of groups under the influence
of y radiation. The polyester with 114 -4000 irradiated with 200 Mrad converts into
a rubberlike elastomer consisting of a mixture of cross-linking and degradation pro-
ducts. [lard, cross-linkod polvurethanes were successfully obtained from the irradi-
atod polyesters at equimolar ratios of polyester to 2,4-toluylone diisocyanato at
moderato temDoratures (60-700C). The degree of cross-linking of polyi1rethanes as a
i unction of the dose was determined from the glass transition temperature of the
polymers. Orig. art. hast 3 figures and 3 tablos.
SUB CODE: 07g/sUBM DATE3 none/ ORIG REFI 002
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LOYPUAAktY. A. I.. Abreft0w. 1. 1., Abdreyow. V. S.. 5~.;ruan%an.,
I.. IF. I..
0. D., K031c!tx-Lj_
x dx-t'-, F. I..
L. X., F.ti..;. X. Z.. she..: L,
1-:2tigationd of the PbYSIM of Renato" Vith
(IsI*dovaniya po fizik* rmmkto~v an eystrykh
(CMLI.u.d fr- botract 6/15)
ktomm4a en*raiY^, 1958. Val. 5. Ir 3. pp. 28d
The react I:i%y a Ad the kidat Lac of the reactor - Mw-z-*4.
a Ida -'or of the ."I.. aos. the
'%'" ! Y
I Qu rb no" tn:' 1. an %"A that or
1.111A Q- 5 --1 -1 - A, - 1
Met
rans. Th* efects.. yield of LIAO do &yet fteutrafts
r ator with a shield ezc**ds that a.' a res&tor
.Ith aper sh a ,
1 1.4 %1- Its Meant.
Th 'Ltiomlum as I,. r-,t., SP-1. Is
or tj%:"-o
I. ..Paz& froa the plateal" "*a by a smai" loyo~
of a As thickness. The mai-s-set.r lattice consists of
0711adric.1 olup of cOraw.- arsn1a.. A- tiostx- or
35 M. Th* ca-I.S material 1. 1- . Th: rati hot.-.
star &Ad Urcelas IS 005. Th* Lattice spacing 14 40 As.
dosmarseents carried cat wits um vater-amat" lattice Lm-OO4
of ;1111.!h 1111%iaa~ I.YAT ObQAOAI
I.:.par*
1!7 h 0.2. rolon factor 1. V-4"Ad froso 2.45 t 0.10 to
2) 1: the Mae of a fl..d poer- -&Pat of the ..ti- -.. tn.
-v*1 city with which the total itmostIty at plmt-l~ Z59 &ad
m:IvAA 255 1. famd ." t-cz-.-d by 59%.
Th* I:Iiaity ttb .1bich pl.t-lum I* prod".4 1~-. .3,
a ti" amount.
4) In the Mae of a fixed poser -tpt of the tit,
..I&IPC' ^r outpat or the ramata.is 1~.d by 2.~ to
MAP. at. 1
':%%c:raR.t.r awas described -- is detail 1.
T
IS. It -,I" I joam utpat is 120 ks. the saximul outp.% to
a :r :M
ZOO AV. In tn. at .. of U- reneger FP-2. -hL.
Cold 2/; of pl~tcoiua rod..'-O-7 1. -.4 as s .-last, hilm taken
zf< of the total Val... or I-tire 't.ti.4
do lat-lor of shield) a- :A- frook allay.
t.1 I.0-1:ts of armal'. As
Th 5 M. Th. a,- :hi.16 I-
rounded by copper of 15 es thIcxsees.
Th* r*:::,
Ifee% .-t"- I. to. Th a,.- Lee
of ... :.a
fentar Ms 1.6 t 0.2.
Tban"tjo the klattla equatias for this -otor was Ml-
IWar"'k Ad
Garried oat with an,:rmrof 0. and in., A, %ft. of, ft t I::-
"a of the r.C.Latig do . to, " error or d%. ?h- Affect
yield of the 4*layod moutrams w- twead to oust to C-1t41-
.kil. the *xp*rt...tal-law Van 0.24 t O."A'. U.
ftgarom~ I table. M 13 r.forecess. 9 of U..b -.-

(4) PU= I WOK EXPLDrTATION SM/2583

International Conreroncw on the Peaceful Uses of Atomic Engergy.
2nd, Geneva, 1958.
Doklady sovmts1d1ft uchenykh, yadtrn"m rea"ory t yaderr'AY& *nor-
altilm. ("po rts or Soviet Scientists; Nuclear Reactors and
Sual4ar Power) Moscow, Atomitdat, 1952. 707 P. (Serlest Itat
d
Trudy, vol. 2) .
Zrrata slip insorted, tjvODO copies Printe

0"Wral 944.t X.A. vollexhal I Correspond-ing Meab*r, U33R Academy of
ScI&1Ws0o A,K. Kr"inp Doctor of Physical and Mathematical Sciences,
A.I..Loypunakly~ Nemberv Ukr&U-dan ssa Academy or sciences, I I
i
i
.
.
Movikovp Corresponding Member, USSR Academy Of Sciences, and
Forsov, Doctor or Physical and Katheastlea.1 Sciences; Zd.x A.?.
AlYLblyevi Toch. Nd.t To. 1. Maxell.
PORTIOUt This book to Intanded for scientists and angintors aged
I.m reactor d4oLgning, as wall as for professors and students of
%q r technical schools where reactor design in taught.
COVZRACM I 14"'.900and valmse of a six-volowe
0 4norgy. The Ali TOfunues contain rho reports pro.
sentod by Soviet scientists at the 36cOdd IntsmAtional Conference
On P0440ful Veto of Atomic Energy* hold f%%= September I to
13,
190 In GOZOTS. Volume 2 consists of three part*. The first IN
d4vOtod to Atomic Power plants undtr construction in the 3oviot
Union; ths N*cOn4 to experimental and research reactors, the
-
1
POrIndate carried out on then, and the work to lf$Prov* them, :
;
.
the third. which Is Prodcainantly theoretical, to probleas or
malear rose tar physics And construction engineering. Tu. 1.
rynklu IN the mclm=O editor of this volume. Sea 307/2081
for titles of all volumes or the set. Ur*r~nC*= Appear At the
Of the artlaiNo.
PAR? ZZ. UPURZKOUL AND MLSZ'RCH RNA= its
z&F,
-
A
ta_j~j~v, _".
-TU-Ya
%CK-
U
a

.
ke
Z
~, L.N. tv

215
91koln I V A
Pflot-plant XW~-tOF-W-1th
)10 UP6 R.POrt No. 2502) 232
ftnchmrcv, V-V- And at &I. SON* Mo. and Rebuilt Thorvaj Research
t
Ir
eac
ors in* 0 rt No. 2185)
21;~ vich, B.V., V.r
DIsmantlInk an z.porLc,nt&-, Gra=te-~,iarilu`a
Isotope Producing Reactor Artor Your Year* of Operatlc~n Jft~port
MO. 229r7) 319
V.N. Oryazei, V.B. rL=n-ov
-
-
'T
d
k
x
ta
)

n.
W, an
axa
An
Taremdid
R.&c
ay
.
~J,,
for Obtaining Hijh Xntin*ity Neutron Flu"s (Report No. 2142) 3346
PART 111. PHYSICS AND ZKOINXEKAO OF RZAC~.R =Jos
Eaypunskly. Ajor, Aar_J~bg=Qy, V.*. Andmyev, &.1. BaJ75-tZtkov,
V, '-A
J:; n 0 V f'. GaL V 1" 0 1 b
V. V
U AV,
B. NX 1U'.ZI7"Mv" N.
Mcraintaev, L.N. Uaac.~,ev, W.I. p.tiwo-q'.
!Repay --ad- Neutron 'nactarx 377
XQC02 _"98"Oua Naturall UranItus React-or
import No. 2296)----' 396
Foynberg. S-R., To. 3,-AAtqijr*rov, V.P. XAtkOv,.L.V- Katalssarov,
A.W.'NovIkov, 7 3 0 Aki
fuel Bui4';LGp-1.a'T1t.rn-w'ator
"off-*eactors and Ex"riownts With the Uranium Water Lattice
(Import Mo. 2145) 411
9YOnka, W.A. S*lf'-r0gUl&%1OQ In A Wator-mater Power Reactor
No. z1b%) 534
199

3C9~9
S/089/62/013/001/005/012
1.2 110 B102/B104
-
2
AUTHORS: Kozlova, N~ V., Yurovap Ls N.
-------------------
TITLE: Interaction of fast neutrons with uranium and thorium nuclei
PERIODICAL: Atomnaya energiya, v. 13, no. 1, 1962, 62-63
TEXT: A beamof feactor neutrons with energies between 3.5 and 13-5 Mev
(in which the number of neutrons decreases linearly with increasing E ) was;
n
used to study the interaction of neutrons with U and Th nuclei. The beam
passed along a steel-lined channel (25 mm wide) and through a paraffin
shield to strike the U or Th target, a ball of 23 rm diameter. The
scattered neutrons were recorded by HWK~,;i-K (NIKFI-K) nuclear emulsion
plates of 100 IA-thickness. The experiment was carried out in three stages:;
first the scattered neutrons were recorded, then the target was removed
and the background measured, finally the target was replaced by an emulsion'
plate and the spectrum of the reactor neutrons was measured. The re'sulting'
spectra a(E ) are stated numerically for the scattering angles 30, 45, 60, 11
n
90, 120, and 1500 in the case of U and 30, 6o, go, 120 and 1650 in that of
Card 112

S/08 62/013/001/005/012
Interaction of fast neutrons with... B102YBiO4
Th. The differential cross sections were calculated for energy groups of
LE 1 Mev and are shown in Fig. 3. The C(E ) values correspond to elastib
n
scattering; the admixture due to inelastic or fission processes is small--
There are 3 figures and 1 table. 4t-11
SUBMITTED: December 18, 1961
Card 2/2 g, 3

ACCESSION NR: AT4018978 8/3064/63/000/004/0069/0090
AUTHOR: Yurova, L. N.
TIT4E: Non-elaBtic scattering of fast neutrons
SOURCE: Moscow. inzh.-fiz. Institut. Nekotory*ye voprosy* Inzhenernoy fizild (Some
problems in engineering physics), no. 4, 1963, 59-90
TOPIC TAGS: neutron, neutron scattering, fast neutron, non-elastic scattering,
magnesium tar-get, nickel target, copper target, zirconium target, lead target,
bismuth target
ABSTRACT: In the basic experiment, the results of which are described in this article,
neutrons with an energy EO = 2.5 Mev were obtained as the result of the reaction D(d, n)
He3 with a mean energy of incident deuterons of approximt~tely 170 kev. The tests were
conducted on a plane almost perpendicular to the direction of the Incident deuterons. The
source spectrum consisted of the basic group of neutrons with energy of 2.5.� 0.120 Mev
and neutrons with energy less than 2. 0 Mev, caused by the background. To record the
neutrons, nuclear photoplates type 4 and Ya- 1-2 105 obtained from the N. - 1. kinofotoinstitut
(Scientific Research Institute for Motion Picture Photography) were used with an emulsion
layer 200 and 103 microns thick, respectively. In terms of their chemical composition,
Card 1/6

ACCESSION NIL- AT4018978
these emulsions resemble the Ilford C-2 emulsion and in the 0. 5 - 2. 5 Mev energy region
have the same decelerating ability. The geometry of the experiment is illustrated. Tar-
gets of the test materials were made in the form of truncated cones. The dimensions of
these cones and other experimental data are tabulated. The neutron source, the target
and the detector are so positioned as to record neutrons scattered at an angle of 100 - 150"
(calculated mean scattering angle = 1000). In order to increase the scattering, two targets
wereused and a photo-plate dector was placedbetween them, withthe emulsion- covered side
~of the plate coinciding with the direction of propagation of the neutrons. With this type of
j arrangement, the detector simultaneously records the sc~atterod and the source neutrons.
In order to record the background neutrons and the source neutrons, a second detector was
positioned symmetrically with respect to the first. Thus, this geometrical arrangement
made it possible, in a single experiment, to obtain the spectra and intensity of three
different neutron streams (source neutrons, background neutrons and scattered neutrons)
at the same time. The yield proton traces were measured on the plates in two directions:
in the direction of the souroe neutron streams and in the direction of the background and
scattered neutron etreame. Measurementa were made of the traces of all yield protons
Card 2/5

ACCESSION NR: AT4018978
located In the omulsion at an anglo of not more than 130 to the stream of Incident neutrons.
In thi,-;, experiment, the plates measuring the source neutron spectrum alao served as
monitors. -The different measurements were compared on the basis of the Intensity of the
neutr'ns of the basic group of the source neutron spectrum (energy region 2.0 - 2.6 Mev),
with the same intensity taken in the calculation of the scatter sections. The spectra of
neutrons with a minimum energy of 0. 8 Mev were considered. In the spectrum of the
scattered neutrons, a number of maxima can be discerned, the position of which was de-
termined with an accuracy of + 50 kev. To each maximum seen in the spectrum of the
unelastically scattered neutrons there corresponds a definite excitation energy of the
forming nucleus. The derived values for these energies are given in a long table, which
incorporates the r~esults of previous studies as well. The various excitation.levels and
energy values are discussed in detail for each of the test materials (magnesium, nickel,
copper, zirconium, lead and bismuth). In a further section of the article, a formula Is
given for calculating the cross section of elastic and non-elastic scattering of neutrons with
an energy of 2. 6 Mev and the results of such computations are given in a table. Two con-
trol experiments to chock the results of the basic experiment are described, and the
measurement of the spectra and section of neutrons with an energy of 2.5 Mev non-elasti-
cally scattered by lead nuclei at angles of 0 - 400 and 1001 is considered. The values
Card 3/5

ACCESSION NR. AT4018978
derived in this work for the elastic scattering section are in good agreement with the results
of other previously published work. This is also true of the energy values of the nuclear
excitation levels. The cross section values for non-elastic neutron scattering with excita-
tion of individual nuclear levels are, by and large, in satisfactory agreement with previous
findings. All results confirm the presence of anisotropy in the angular distribution of non-
elastically scattered neutrons with incident neutron energy on the order of 2.5 Mev. "The
measurements of Ni were carried out by T. Ye. Petrova in 1954, those on Zr by G. V.
Kotellnikova in 1955.11 Orig. art. has- 5 tables and 11 figures.
ASSOCIATION: Inzh.-fiz. InBtitut, Moscow (Engineering Physics Institute)
SUBTVIITTED: 00 DATE ACQ: 05Mar64 ENCL: 01
SUB CODE: NP NO REP BOV: 014 OTHER. 024
Cord 4/6

ACCEMON NR: AT4018978 EXCLOSURE:01
Alp
Nwg,
Fig. 1. Diagram of the basic experiment with two cones; D1 - pb6toplate-detector recording
source neutrons, neatrons scattered by both cones and background neutrons; D2 -
iphotoplate-detector racording source and background neutrons; 0 - scatterinj angle;
N mv No, and Npac - respectively, the flow directions of the sourde.- background-
= scattbred neutrons; v- the angle at the apex of the oone.
Card 6/6

J
31547
/P?1/00 SOV/137-58-5-11661
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, PP 311-312
(USSR)
AUTHOR&: Rudnevskiy, N.K., Kozlova, N.V,, Kazarina, T.P.
TITLE-~ Using a Spark and an Ara for Investigations Into the Dependence
of the Intensity of Magnesium and Aluminum Lines on Their Con-
centration In a Binary Magnesium - Aluminum Alloy
PERIODICAL-, Uch. zap. Gor'kovsk. un-ta, 1958, Nr 32, pp 161 - 167
ABSTRACT: The authors investigated the dependence of the absolute and
the relative intensity of Mg and A! lines on their concentra-
tion fin an Mg-Al alloy. A spark collected by the Rayskiy
circuit and an a-c are of the Sventitskiy circuit were used as
sources for the spectrum excitation. Mg-Al alloys containad
2.3 - 9.8% Al. The specimens were bar-shaped having 1.5 x 4,5 ;r
x 3 cm dimension. The photographic records of the spectrum were
made with an ISP-22 spectrograph. When analyzing Mg-Al alloys
In the a-c are, compared to the s 'park, changes In the current of
Card 1/2 its composition cause greater changes in the absolute Intensit-,.r

SOV/137-59-5-ii661
Using a Spark and an Arc for Investigations Into the Dependence of the Inten-
ity of Magnesium and Aluminum Lines on Their Concentration in. a Binat'z~
s
s
Magnesium - Aluminum Alloy
of the alloy base lines, while the absolute Intensity of Mg arc and spark
lines remains practically unchanged In the spark of the Investigated Mg con-
centration range, the changes in the are are substantial, The character of
changes in the intensity of Mg arc and spark lines is different, This may
be explained by changes in the are discharge temperature, It is shown that,
in the a-a arr- the dependence of absolute and relative intensity of the
Al 1 3082.16 R ara 11ne on the Al concentration in the alloy (2 - 1", is no+
described by Lomakin's formula, but by the exponential formula J = Ae 0, where
A and k are ~7;onstant values, and c is the Al conoent.ration in the alloy.
A,Sh,
Card 2/2