SCIENTIFIC ABSTRACT NAUMOVA, I. B. - NAUMOVA, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136210011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

(',n the floly~iaccharide Fractions of' Actinomyces Himosus and ~r,. ) r.-imyc~ r
ureofaciena
galactose and glucose predominate. In the poly.,acciiarifle n
TI fraction mannose clearly predominates. In thp ca2e o!
A. rimosus a prent amount of galactose and maiiii-i)v i. (1)F,T!L.,!,-,!
in the I fraction as well as of sugar as yot not idPnt1t-iei.
successful quantitative determination of' individual s,gur!i : '
IT fraction coul(i riot be achieved. The onromatogritm nhoh.,j ttj,,
it consifito mainly of mannose and of' tkio auptir riot ii1ont
In contrast to fraction I glucose content in small. :n the irac-
tions of the species of fungis investigated no iilich amouritti r:i
phosphorus were observed as was the case with k. giobisporus Tr.
(up to 8,5~j) (Ref 4). There are 1 figure, 2 tables, and 12 r~., -
erences, 6 of' which tire Soviet.
3,130CULTIONs Moskovskiy gosudaretvennyy aniversitet im. M. V. liomonosova
(Mosco%v ~Aate University imeni M. V. Lomonosov~
IM ITT r 1, t June 5, 19-,8
UBI I
Card 3/3

NAUHOVAs,j,A,--
0 ative otudiso on polyeaocharlds fraction of two strain of
Act* globisporus ot:reptomycin. Antibiotiki 6 no.ls2g-31. ja,161.
(M]BA 3.415)
1. Biologo-pochvernyy f"Itet Moskovskogo gosudaretwennego
univeraiteta imeni H V.Loi6nosova.
(ACTINiCii) (POLYSACCHARIMS)

NAUMDVA# I.B.1 BEWURSOM, A.N.; SHAFIIMVA, F.A.
Isolation and som ;roperties of telchole acid from Actinomyces
strepta"cini-Krass. Dokl, AN SM 1.43 no.3:730-733 Mr 162.
(MIRA 15:3)
1., Chlon-korresporident AN SSM (for Belozerskiy).
(ACTINOMYCES)(TEICliOIC ACIDS)

NAUMDVA,._L~B.; SHABAROVA, Z.A.; BEIDZERSKIY, A.M., akadmik
Struatwe of ribitteichole aeld from ActinoWees streptomWoW.
Dokl. .AN SWR 152 no.6sl471-1474 0 163. (KcRA 16 t n)
1. Moskovskiy gosudarstvennyy universitet im. M.7. Lomonosova.

N',VMOVAR :.B.
7,~,!nrx!c a~:jds cr Usp. btol. kh"n. 6:199-
214 164. ( tx 7-P~ A 183
1. M-,skovskly posudar-itvmnyj urivsreltot Imini Lon:mosova.

_I~UMOVAO . . --TS.KAYA 14.3h.
-11--i-, 'J-.B.; ZARL I
Some properties of ribitol teichoic acid isolated from Actinomyces
violaceus. Dokl. AN SSSR 156 no.6:1464,1467 Je 164.
(MIRA 17:8)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova.
Predstavleno akademikom A.N. Belozerskim.

6653
SAO 761/006/005/011/011
2,L 20 9132/2560
AUTHORSt Mill', B.V. and Naumova, 1.1.
TITLEt Syntheses in the
systsm-~26 3- P020 3-H20
PEmIODICALt Kristallografiya, 1961, Vol.b, No.9, PP-800-803
TEXT: Although as described by J. W. Nielson (Refs.1 and 2&
Phys. Chem. Solids, 5, 202, 1958; J. Appl. Phys., suppl. to. 31, 5,
51S, 1960) yttrium iron garnet (YIG) can be grown from the melt by
slow cooling from 1250 to 900*C It is also known that garnets can
be made hydrothermally at about 600-700"C from the mixed oxides.
This method was trird for YIG usinx a pressure of up to 2000 atm.
The autoclave was closed, the pressure being supplied by the water
vapour. Temperatures from 300 to 5509C were tried at 500
intervals, A range of ratios of Y20 /FP 2O~Cwere employed with
5-15% of various additives such an NIOH, L I etc. After heating,
the solid residue was boiled in nitric acid and the undissolved
parts examined microscopically. Out of some 100 trials the
following phases were found:- YIG YFeO magnetite and hasmatite
there were also some specimens fo; whica,tho X-ray powder
photographs could not be identified. YIG was not obtained below
Card 1/3

26653
Syntheses in the system 5/070/61/006/005/011/011
E132/E560
5000C. 9 out of 11 runs at 550% contained YIG. Magnetite
crystals up to 1.5 mm in size were found in association with the
YIG crystal@ which reached only 0.4 mm. The successful solutions
were those of NNCI, UCI, CaCl, and N^Cl and the coefficient of
filling of the bomb was 0.4-0.6. The crystals obtained were
rhombic dodocahadra. YF*O was formad in the interval 350-550*C
when the ratio of Y203 to ;e20 was 3tl to It2 using solutions of
chlorides, H3803, N&2040 71 N&OA and Na2coY The crystals war* in
the form of orthorhombic prism*. Magnetite was obtained from
450-5500C most profusely in the case of NHICl solutions and less
efficiently for the other chloride solutions. The magnetite
apparently came from the corrosion of the vessel. Acknowledgments
are expressed to P. V. Klevtoov and A. A. Shternberg for
ssiotanco. There are 5 figures and 10 referencest 3 Soviet
:
nd 7 non-Soviet. The English-language references read as followst
Refs. I and 2 (quoted in text)l Ref-54 M. W. Shafer, Rustum Roy.
J. Amer. Ceram. Soc.. 38, 11, 563, 1959; Ref.6t R. Schmalz.
J. Geophys. Res., 64, 5, 575, 1959.
Card 2/3

Syntheses in the system
20653
S/070/61/006/005/011/011
E132/E560
ASSOCIATIONSt Institut kristallografil AN SSSR
(Institute of Crystallography AS USSR)
Institute neorganicheskoy khimli Sibirskogo
otdeleniya, AN SSSR
(Institute of Inorganic Chemistry of the
Siberian Section of the AS USbH)
SUBMITTEDs March 11, 1961
Card 3/3

SNMIWA T T DUIMLISUUO N.M.; GORBUNWA, V.P.; SHITOT9 L.N.;
Lzo
Analop of warfarin and their rodentiolds properUss. Isvovya.
udwb,,sawo; khia*i khlaotokho 5 noolslO7-lU 062. (KIPA 15 $4)
I., Mmlovokly khImiko-takhmlogichookiy Institut Luni Mondelayeva
i Diologo.-pachvemqy fakulltst Hookovvkogo gosudarstvannogo
univeralteta imoni Lomonomova.
(warfarla)

SKIRNOVAO T.V.; DUKELISKAYAO N.M.; NAUNDVA, I.I.
Synthesis of 3-[K-(P-,6~flwroethoxyphevyl)-f.-amtylathyl]-
44Vdroirycoumarin and its toxio properties. lxv.vys.ucheb.say.;-
khiaA khim.takh. 5 no.2t289-291 162. (MI;ZA 150)
1. Haskovskly khJulko-takhnologicheakLy institut imeni D. I.
Mandeleyeva L MaskovskLy gosudarstvannyy universitat Imni
Lomomosova.
(couslarin)

OURNMAp T,Ve; A~W40VAj_I*Ij-_ANDR&WA, V.A.
Proper t n of samw aKino- and alkyl-subatituted
AW0717flucroethyl others. Zhur. VKHO 7 no,,6:720-712
162,m (kM 15:12)
1. Maskovikiy khimiko-takhnologicbeakly inatitut imeni
D.I. Mendeleyeva.
(Ethers)

SMIRXDTAO T,V,;JUUNMP LL; SAZONOVA,, I.V.
Synthesis of a=@ 04dogenated 19-fluoroothyl phaWl others. Zhur.
VKHO 8 no.lsU5-U'6' 163. (KDtA 160
1. Mookovskly khimiko-tekhnologichookly Institut Imad D.I.
Nmde~qyevue (mere) (Halogen oompmMs)
- 7 ---- - 7 --
7 1 11.1 ~- ~ ~, . -

t
o
ACCESSIC41 UR: t?SG20313
AUT11010 _NZ46mora I.,
ITITLE: . Quantitative deter -,Ina t iv,1.7F C k,t,I and Iroll In py
qqj".q_A _Ation
.... ... ..
~JTI "nickel, J'
~
OPT AGS - ron, cobalti- neutron,it~tiv- ti
ABSTRAM The'purpose of thia investigation was to jAevelopa pintbod for -the q~jariti-
tativO an-31YO19 Of filMa Consintinp 83% Ni and 17% Fe, which contain abont 10 pg;
Of
of till% 411W, The sampler, '111d nlandardg were pub into a veactov in ait-imilluin Vi i" I n:
where they we" irradiated in at) 2 X 103 U/cm2*4r-.a ho-ra for,
The calculated ti v ty I'V V
Specitirens wer-_ processed 1 week after irradiation. 14, 1
the detarqaination of Ivor from Fe-S,.A and nirkul from Hi-63 G-10 -1 and 1.14-10
re-Gpectively. After dissolution of the can, ple n 1: 1 nitric acl d anO intraiduat i-TTI
of Inert- carrier3# iron was precipitated with 1111iM and separated by centrif-uging.
precipitation# Aftor the precipitation
:Uickel was ceparated by dimethylglyoxime
s"filea were subjected to radlochemical purification and cvunted. The tiean erron
112

1, 31"M 61' E03(j )/E;dT(I )/FWWT-(e 0/u"C(t)-2/
-I. / k"~ -4 I'j J rj
Pr
AC(115~'JIVII 11P., AMM467
AUTHOM
trium, solubility of titaniun dioxide in ftsed-saltX and crfstallization of rutii$
SCURCH; Kristallograftya, v~10, nni, 191-55, 230-236
tOPIC TAGS: rutile, titanium d-ioxide, single c~-'rstal growth, fluxed melt crystallit k
zation, titanium zlioxide solubility, fused salt, vapor rhgne cry-3tfLjIizjh _hydro-~
therinal cryotallization
A-POMRACItt Crystallization of rutile MOO from fluxed trelts, from the vtLpor phase
labowi moltsAby chemical transport rcaction, and under hydrothermsl Qonditioz,-As has
~jeer. studied. The purpose of the study WaS to de lop a technique better than the
'Vern--uil method of growing rutile aingleci atals vhich, in recent yearkx, has at-
3-racted.VidesPread attention. Prellmi nary - -4~ te~ ations of TIO solubility in var-
ious Inorganic fluxes indicated that sodium tetraborate v th 5- % lithium fluoride
:adiltlon was the optlmwn solvent (flux) for TiO2. Subsequent experiments with grow-
-ifi,3 TiOZ single crystals from molten aoaium tetraborate, vith or vithout LiF addi-
ti-Dn, m4de it ponalble to determine the nptimum temperature and coolibg rate. Spon-
~mneous :;r oriented (seed) cryntailiza, on of T102 was observed visually uning a
Card 1/3

mle rozoopic system provicuply dedcribed. 'rhe largest and most isomatric trnnapar_
ent rt;tiin cjyste~ls Vera grown from tJE~2b407-LtF-TL02 MnIt.9 cooled from 1200 to
800C &L a rate of 0,5-,-l degree/hour. Transparent, istaetri,:, rx ile c ate.1a were
it ry
-vapor pherne abovc~ the TiC2 melt in fluorides, whtroby a um in
~auo gr(xwn frm the tit ni
r -nrrl,- ed into the -tapor phane SO T'iF4 and the latter in decc-mrosed by 14atur vepor into
IF gaso The optimum contpouition of the zaelt arodl.te ratur
iiO2 ct-yetal and MP* M Vert '2"
Si"411 M11437 Mateas vorn deposittd, on A, rutile boule grovn by Verneuil technique,
Inc growth proeess was uncontrollable because of its -very hig'a velocity rate. Crye-7
~,-111,zxtion of rutile waa also achieved by chemical transport of amorphous or crye-
T i__I -1-loving the reaction TiOZ + ~HCI -* TIC14 On + 2420 +
an
J02 Cr ---IA& -yellow rutile- crystala-Wre grown in horizontal - -
HOI gas, t
_Uar.~Ox tubes, -wi-th separate heaters for hot and cold zones at a temperature abovo~
4000, ArjutoAe arystala fomed belov 9000, while light-blue rutile cryotale ferred e6-
bove 1000,-10500, IlydrothermaI cryetallizati on of rutile wu complete from solutions
6f emarphouo T102 in chloridei, te-traboratea, potasaium fluorido I and buffer solu-
tions of t~euo 9&Its, -Under optimum conditibns (temperature over 5500 pressurm 900-
00 atml 1, transparent: "lorlean or Wghtly yollov rutile aryatale 40 1 C-74 10-11$)
-Ire grovh, _. Oriented'6ryetallizat ion on rutile needs was obtained in weqv4 potruv-
P
tiij=j chloride or p6tuaium fluoricle. AcIvantagen' of cMtailization fr-" the 'vapor
v, W'..
oti'L4A

.-. ji~ ,, -! ~ '.., -77`~
-, , ".: : 1 -T A ,
z: ': - - - , . , , i. ", " ; - I

PVC 1MM
U
%106322
ACCESSION NRt APS024013 JD
543,53
AUTHORt;
TITWC~ 041tevuUmt bftvft'b 4-tq*sr"~
ton of nitrogen and
Zavodikaya laboratcirlya. v. -1207
SOU=t 31, nee 10, 126S9 120S
satopel, boron, nitrogen, fast neutron, radio-
T07M TAGSt, -radiochftLetry, radioL
unwat xiai~Lvatiom amdysis, base4 an thexval noutvans Is used for det
a _g, to the D(To Oa reaction in calcium nitrate with radi*&emIc&L
nLtivge,- i6covdin
separatlam of Xt1 from the Irradiated specimens. Samples In the form of tablets
welibing ~,*14 & wom wraawd in Eelyethylene Mu Gad.exp=ed for 10 atinuten to M
Nev ututrons In a stream of "'1019 neutronstance iFiva'uinutes after Irradiationg
t~* specimens wera -measured on a gamma spectrometer connected to an Al-100 analyzer,'
and decay of t1W annihilation photocurvent with a gamma energy of 0,61 Ker was re-
m and-window counter, GenaLtLvLtr Is 0.1-045to The senoftivity-of the;
corded an a
BLI(rt~,p)B*11..reaction was detorulned by irradiating borca tublats In tho &&v& stre

L
of rieutrms'for`30 escandg wLth Lnava" to L jig when the neut late"Ity is In-.
avased by-=* order of mapftuds. The 910(nt cc)rAl' abd BLO(m# n)NU MALCUS M
InIng baron wLth Lrradiatiou an a reictar. ..The resultant KII Is
used lbr dat
"uvied wLthout destmatLan -of the, speaLmeno
V
A
OK
ASSMUTI t
v $
EXCL t'00 stm OOKI
SULUMD r..00
No IMF -:r
.80vt .00 mum: oos
.-2 M-
2

LBOV. A.A.; MAUNOVA, I.I.
. . .... -,.- - -
Activation analysis with 14 Kov. neutrons. Atom* energ, 6 no*4,,.
46"70 Ap '59. (KIRA 12:5)
(Radioactivity-Keasuremnt) (Ioutrons)

22885
S/089/61/010/005/013/015
CA/ ki B102/B214
AUTHORS: Bilibin, L. P., Lbov, A. A., Naumova, 1. 1.
TITLE: Determination of the isotopic composition of lithium by the
method of activation analysis
PERIODICAL: Atomnaya energiya, v. 10, no- 5, 1961, 526-529
TEXT: The present 117.,etter to the Editor" describes an express method for
the determination of the Isotopic composition of lithium. The method
enables the determination to be made with sufficient accuracy tithout the
nee.-I of complicated apparatus. The reactions Li 6(n,a)T (thermal neutron
induced, cross section 930-10-24 CM2) and 0 16 (T,n)F 18 are used for the
activation analysis. By means of these reactions the quantity of Li 6 in
a mixture of Ll 6_Li7 1h determined. This method requires that one and the
same compound containing lithium and nitrogen be used for the torking cample
and the standard. This compound must satisfy the following requirements:
1) It must be easily obtained from other compounds, 2) it must be s;iitable
Card 1/3

22885
S/On 61/010/001,/013/015
Determination of the isotopic composition... B102YB214
for the preparation of the target, 3) it must contain suffintent nitrogen
over the free path of triton, and 4) no positron or gamma activitj with
E7 )~O*5 Mev should appear by direct (n,y) reactions on other components of
the compound. The lithium compound to be analyzod is oonvertei into a
carbonate and It Is then pressed Into tablets of 40 mg weight (8 mm in
diameter). These are placed In polyethylene caskets and arranged In the
reactor hole at distances of I om each. The positron activity of F la and
the annihilation of gamma quanta (E, WO.51&ev) are measured, respectively,
by an end-window P-counter and by a on el scintillation y-speotro-
meter with NaI(711) crystal. On a 5 MAW111-adiation in a thermnl neutron
flux of - 4-10 11 n/cm 2sec the carbonate of the natural lithium showed 4 hr
after the irradiation a gamma activity In the photopeak of v5OO plilse..Imin
at an effectivity of - 0.07. The half-width of the pYatopeak wfiq 0.1 1 Lev
which corresponds to R halflife of 112 min. The Li 6 content of the ino-
topic mixture Is determined from the formula -tl.kql -2.7-10,~).(n2(14k) 11
6 LE1 k
where vlo iEj the Li oontent In the natural isotopic mixture (in percerts 0t
Card 2/3

22885
t. 5
5/089/61/010/009~,'01 5/01
Determination of the isotopIc componi t!on ... B 1021'B2 14
the number of atoms), k the dilution factor (weight ratio of natiiral rind
enriched lithium carbonates), n 1 and n2 the activitien per -init weight of
the target of the working sample and the standard, respeetive1j. The
following results are obtrAined-
Li 6 weight In tabletst_MR 0.45 0.65 1.45 11110 (,,a
Activity per mg of LI in
6 6 -7 6
The sensitivity of this method of Li determination lies at 10- . 10 g Li
Experimenta were also made in which large tablets (20 mm diameter, "500 mg)
were enclosed in paraffin blocks and bombarded with 14 Mev neutrons. The
flux was -JI09 n/sec and the time of irradiation 5 hr. Half an hour after
the irradiation the P-peak of the F IS (natural isotopic mixture) was
-100 pulses/min. There are 1 table and 5 references: 2 Soviet-bloc and
3 non-Soviet-bloo.
SUBMITTED: November 21, 1960
Card 5/3

LBOVv A. A.
Ostaidmdon of IMwities of gold by the radlosativation
mothade Zav. lab, 26 no,1211475-U77 162.
(MM 16: 1)
Gold-Aftlysts)
Fadloactivation analysis)
i
-J'

MAUMVA. I. I.
Separation and radiochamical purification of the fission fragment
Cd-U5 from the fission pr.)ducts. Radlokhimila 5 no,5t637-638
163. (MIRA 170)

PHASE I BOOK EXPLOITATION 39,7/5608
Katskova, 0. N., I. N. Naumova, Yu. D. Shmyglevskiygand N. P.
Shulishnina
Opyt raacheta ploskikh I osesimmetrichnykh sverkhzvukovykh techeniy
gaza metodom kharaktariatik (Computation Practice of Horizontal
and Axially S trio Supersonic Gas Flow by the Method of
CharacteristiV) Moscow, Vychlalitellnyy tsentr AN SSSR, 1961.
57 P. 10100 copies printed.
Sponsoring Agency: Akademlya nauk SSSR. Vychislitellnyy tsentr.
Rasp. Ed.: Yu. D. Shmyglevskiy; Tech. Ed.: A. I. Korkina.
PURPOSE : This book is intended for those inte-ested in gas
dynamics and analytical computing methods in the investigation
of axially symmetric supersonic flow
COVERAGE: The book deals with the application of the method of
characteristics for calculating partial derivatives of the
hyperbolic type used in the investigation of axially symmetric
supersonic flows. Vychlslltellnyy tsentr AN SSSR (Computer
Card 11*3

Computation Practice of Horizontal (Cont.) SOV/5608
Center of the Academy of Sciences USSR) has been deriving
experience from the use of this method since 1955. The authors
thank P. 1. Chushkin. There are 11 references: 8 Soviet,
1 English, 1 Frenchpand I German.
TABLE OF CONTENTS:
Introduction 3
Ch. I. Method of Characteristics 5
1. Equations and their characteristics 5
2. Elementary problems 9
Problem a 10
Problem b 14
Problem o 17
Problem d 19
Problem e 20
3. Remarks on established formulas and methods 23
4. Nqmerical examples of solving elementary problems 25
Card 2/3

XAT3XOVAPO.N.;I~fiAYKCPA.N. ;NAUNOVA#I.N. (Yoscow)
"Characteristics method for the analysis of eaullibrium and
non-equilibrium ,.as flows"
report presented at the 2nd All-Union Congress on Theoretical
and Applied Mechaniest Moscow, 29 Jan - 5 Feb 64.

Obakva)
Catlcu3xtl= of cupersonic equillbri= air flowz. 7amr. vych.
mat. i mat. fiz. 3 no.5:964,970 S-0 163. (MIRA 16:3-1)

(d) 11ITS 40/1,11A' (1) /FM 1 m) 111.1
10V IM. AZO21653 E40OR FrPWITATICIV tlq,l
17
A I
U91 hod; oe r equi uth
f haracteristies fn .1.1itmiu-in flow of I.Lhp rfeut gos (M od kh
risf~ik dlya ravravecnykh tt~chwnly Ucijroa, VTIJ AN SM11,
n ur i nt. ed
4,1 p. Dims., hiblin- Er-ornt-a ~q i nsi!r-t,!d 1,700 colil-mi
04
NO V
-tall r1cm
atructl nfc -fl rodyn=io- abory
_.t-lcw Be
Ara
mv~l jlUllf-OrN SID (;OMMi Thin booklot in a syutmatic pre5pntAtior of the applioAlon
f the viethod of chnrncteristici to tho c-PIctOp',jon of a nonlqentropic equJ-Ubwi=
of an, L-Inperfect gra-'l. flln,_., OA the Com-
m --Ir. iT Center of the Amdemy (if -5clences USSR wv-9 used in :he prepare-
r, n rX the, br~nklet.
lVoGnalsW-of -a pre-face an+ -thx!! a- c.-m-pim-ru. in the prela- th-- tmtitur-
s th t-sel6ttln per -scherne for valculating, the flow pararneters--_ ---
A C&H 1/~

re 6 e-- FtW I h-th
-in

H dicate *t the-
o 11) m---a-r y- Im por I ah c eanti
'A

ooklei en-vure the rapid d
esses and y
eoovori,-ence of thf-, iterative proc
~svfficirvl(t accuracy.
In J,e fit '.4 (IL,
I'dollAnd RoW:

Ti
u v I + L

H +

A.,
-0

TI
-17
T
6W6
1. 7-1 VC) -1) its
perature.- rin
and h a-, pressure, em
an
Pjainm We Y
gases. it is considered th4t eystern (I Is complete when fune
enthLjp~ Of p
T, i
tions ptp, T) and hfps T) (the thvrx-nodynarnic funcuens) are known. it Is
W -that-for a1r, MA- furtc-Urov-s p(pr, T),and hip,, V arre tabulAted (Maing
armadynamic functions of ' c al-, pubilshed fn 19,51 10M,
UhhIcs of th _:7
il -orn U1-3 in -
arid .19151 by the Academy of Scierivt:-B Uq. Wj for p Pnd T valuei3 f,
terxi.-ala 0. 001 Fp ( 1000 atm and 300' -- T , 20, 00"K, t-nt their une for
ctaunaleting the flow parameterc on electronic crimputers is iliconvenient.
The approximation of thermodynamic furictimis using expansiona in LAgmdre'
L
'W&Ia (in pertkular tntervd-La of proseure and temptyratu i v
)D, iaq re I a gi en
'z~.Ild talples for tbb nume.rical valueo of expansion coefficients are presented. I
Thr! errors of approximationg of thermodyramic fur-ctlons are establielivd.
frtiD relstiew- bet%een 1.1,11 par~-6-an,tere P~ , T. of the oncoming
Z~~] :wwre and the parameters w, p, p, T, cr,, 6 behind the sbock wave W is the
incUriation angle of tEe ohock wave wIth the x-axis, and Ij the an of
Ir - MKIII~~,__,,~M_1_1;~

-1 110MkOll NX AW021653
which
f-vo.-lacity vector behind the shock wave with the x-axls) are derived,
ave, -
a,- !,4ater used for calculating flow paramethero at a point hi -the shock W
In the second chapter, the inethod of characteril3tiLS is presented for
stem (1). Systems of differential
the flow described by sy-
:ettuations f6r two famiUes of charaderi8tica of -syst-em, (I) and for the
ter
afj,-eAm function ~ are writ, ; they are utilized for raloilating the f`1
b,atween the body and the shook wave. The foilowing three basic problems
at a point o
Tare a) cml_cmulation of 'low para-9- eters n the shonck
!'wavo, b) calcuintion of flow parameters at a point berween a ah"-L wave a-n-d
f flovi pRrameters at a point on the generatrix
-Tyl-D body,--ftad-ia) CQIC41a~G_
fl v be letexm ed
!of tbie body. The pOW ni which the parm. eters of o,. must e
is the iritersectlDn of two Hiner,, which can bio ctmracteria tics of aystem (1),
a ;3hock wfm~,or a OtMamn fiol-.,e problernic;, the differential
.11WIf, al_,~ rPlz~ f-.n,"e-d1_ff~_-Y3ncP_ equa-
1-Ptluations which describh~~t thegt2 la c e d
Together with other correaponding relationships, they forrn a f:L-Ute
M.j

SOF _14-c"N NP AW5021653
t
r ju r oIt e Y, -'i
~~m of equations khr vi)known T T r: tg
angll? Y,
(entropy),
and
:-J
To solve problem a), the point to be dptermine~ i~-, sough-A as the. inter- -J
'~'~81'~Ctfon of the shock wave with tht- characteristic of the first family. The
sented.
algorithm for determining flow paraineWra is pre. To solve problem
T
L
bl, the* point to be determined 16 cout&t as the intersectimi of Iwo charac-
terj~~ttcs takeira from each rJ two *amiiit-s. The follovVing (cur pairs of
chi-rIxacteristica are copsIdered: 1) The inclination angle of the first ch.arac-'
.j, tf2j-jqtj,,C With fjle X-a%JS jq Clo~qt, to n/2' fiad that of the second, to zero;
ip c Z chAractedstic is close to zero and that t
- in lhiatlonangle of the fies;
J
cS the sLllcof id, to n 12: 3) the, inclimm-lon angles of both characteristibo are
to '-1'2$ and 4) 1.1liv Inclination ang-le.9 of both thara('tertkies are close
'to %eru Tine proue&ire for deterxrnLtUnlg the nleccaaarir Systerna of equ-

V
2
Am5Oa6_q3
'
-
-
117
which fermUlas f6i calculaWng flaw'parameters are obtained 1B
11
ons froza
prooented for aU four cases. For solving problem c) the point to be deter-.
7
ght aig the Into re e c t.,,::m of the characteristica of the second
jn1iied lo &cM
-
!%,:nily with the Seneratrix of the body. Formulas for determining flox
pirameters are derived for case!3 when the uInclination.angle of th,i charec-
te-riatIcS i9 close to zero or to 112. Numarkal axamplen of solving basic
-.problems are -presented.

C"hapter Three describes tht! general pro'ceduve for calwlating the

e'and a3daymmetric aupera"Ic flown around bndlea of various ihapeo
VIM
mdzgthe theory preeouted in Chiipter Two. 'More detailed artallysis Is mad
l
d
i
d
f
i
d
d
h
l
f
ci~ t
revolut
ip f
nte
a
olls, annulax bo
ies o
r
on, an
pointe
ow past_ ~o
'
'
h
Wtial
part of the Eaw
&wl blunted bodiss of revolution, In each case, t
'40 calculatbd separately, but lit 1I.Certain po3zt, the calculation of, the flow
in i au
iX1 Ali Casco is-'ieducdd to'deterndaing PJLov,-p,%r9=-eterS in dornd t b hd6d'
-b-1 the goneratrix of the body, thij characteristics of tho, Or.-Cond family, and
tiw ohook wave. Numerical exwnplea of c&lculating the flow ~Dr all canes
a.re )reoented. Sorne numericid resulta iLre presented Ln graphs.

!TZO!, I- ~_
-x
_3, i32~
V

,
e
nc
CONMTS
TAKE F (abridged)i

ch. -Io,' Equatione. Themod-yrmic finvitlorij, of the air. Relations on the sho---k
wave 4
Ch+ 11, MetfWs of characterlatics - 16
4
ho &ock woo - 19
1~-6bjem ti Caloidation of fam pvauiaters nt a point on 1
Problum b: CalcuLlation of rl-" ji;,~rametera tit 4 point in the flow field - 22
Problm a. Calculatlon of fl-,w pqrrooliera at a point on the gee-oratrix

-
--of tj'- bocly

~rA- bodies - 29
1111i. calmd3ting flomm aro
"Flaw !~rourgi potnted airfoils rml anniilpr bodien of rovolvation 29
Flow erclzA pointed bodies of ri-volution - 35
-Ia-im aroma-d bluntad bio, i a nof rmlulion - 37
43
1,011firMi 23NOV64 SUB WDEt M, As

336%
3/058/61/000/012/0'7,6/08?
A058/A101
AUTHOR: Naumova, I. N.
TITLE: Approximation of thermodynamic functions of air
PERIODICAL: Reforativnyy zhurnal. Flztka, no. 12, 1961, 276, abstra- ;Mllk
VZh. vychlsl, matem. I matem. fiz,", 1961, v. 1, no, 2, 29~1-30~,
TEXT: In order to solve the equations of the dynamirs of gase3 cy
of electronic computers, It Is desirable to have the thermodynwjii,. fun-,!')r,~ -f
air In analytic form. The approximations of thermodynamic-flinction tat"'es
(RZhf?iz, 1958, no. 11, 24972; 1960, no. 8, 19909) proposed by Mikhaylov
(Inzhenernyy sb., 1960, no. 28, 36; 1960, no. 31, 206) &re not precis.? enougn,
for which reason It is proposed to multiply them by corrector functions. Me
corrector functions are expanded in Legendre polynomial series, and the series
fragments are chosen as approximations. Expansion coefficients are entered In
tables separately for different temperature intervals (from 2,UOO to 16,&)0')K
Inclusively) . The maximum relative errors in determination of dens I ty and
enthalpy amount to 0.0047 and 0.0084 respectively.
L. F111ppov
[Abstracter's note: Complete translation)
Card
J i-1 T'121-T.! i
of

j
S/G04q/64/G26/001/0178/OT2-
fXiMIM BPI .1 'P4013392
0111 R.13 2Ki4ykw A. 1-1. (Moscow); Ne'UMOVI Moscow), ievskiyj Yu. D.' ~r
q0
rITLE: i1owitruction of bcdios of bptitaJ OhLipe in pacreonic flow-
8 ce, J-P "B sPrIkladnaya.matematika i mokhanikaj v. 28# no. it 1964P 178-182
I'GPIC TAM'
--Und
tte au ors
th
ts 0 ut~.
ia '10 1 1- ono
to the
jf3a with wwcAnal thrust when certain limitations are placed on the dimerialms
ve-ft. lia-g- t
invol Orking- mllv-with a jetf they --a' an- con-struo now saluti on vchemes.
oulutiorw --contain- the part-of .-the boundary is-c-tre=m brought ebout by the
dimenflim which Was formorwy loo -t-duG_ to-the noceouiv, pra'e-ouoly, of
uloing wmarical matIliDda, O-zig- art- haw 3 figures and 26 formulas.
A111"=UTIONs acne
OM,Wff IM: 240ot63 DIGLt 00
O= 1 -005
- M OjDsv - 006
:Card 1/1

HAUMOVA, I.P.; HIKURASHM, H.I.j KMSLIX, P-V.
rnuilibriun between three liquid phases in four-cozWuont system
Involving a predominant system with a chenical compounde zinwoobe
khix. 30 no.100162-3166 0 161, (KEPA 140)
1. Saratovskiy gosudaretvennyy universitete
(Systems (Chemistry))

GATSUIAYEV, S.S.; KANASHCHUK, V.F.; RFUICHENKO, G.D.; NAUMOVA,.-.Y--
Development of a gas field with bottom water. rAz. delo w.11i
3-6 164. NTRA 1W)
1. Stayropollskaya KNIL Vuesoyuznogo neuchno-lesledovatel'skogo
InstItuta, prlrodnogo gAZA.

L G ?MWOVA an,' L V SAPRCNOVA
"Investigation of the Dielectric Losses of CeraTdcs and Glass in De-
nendence on Temperature in the Ten-Centimeter BwAll from AnnotAlions of Works
So: B-3,(18 CP964

124- 57-2- 1978 D
Translation from. Referativnyy zhurnal, Mekhanika, 1957, Nr 2, p 71 (USSR)
AUTHOR: Naumova, L.G.
TITLE Some Prob~le-ri-s-o-n--Se--c-o-iidary Flows in a Viscous Fluid
(Nekotoryye zadachi vtorichnykh techeniy vyazkoy zhidkosti)
ABSTRACT- Bibliographic entry on the author's dissertation for the degree
of Candidate of Physical Sciences, presented to the MGU
(Moscow State University), Moscow, 1956.
ASSOCIATION: MGU (Moscow State University), Moscow
1. Flu4-d flows 2. Mathematics
Card 1/1
----------

NAUKOVA, L.G.
*"I WWI ., ". ti. Zhukovskil' a problem on flow of liquid in a shallow
canal by means of consecutive approximations. Vast. Mook. un. Ser.
Mt., makh., aston., fiz. khim., 12 no.5:27-31 157. (MIRA 11:9)
l.Kafedra gidromakhaniki Kookovskogo gosudaretvannogo universiteta.
(Fluid dy-namice)

AUTHOR# NAUMdVA, L.G. (Moscow) 40-4-5/24
TITLEs Spatial Lazimar Boundary Layer on an Infinite Circular Sector
(Prostranstvenny laminarn~7 pogranichnyy aloy na beekonechnom
krugovom sektore~.
PERXODICALs Prikladnaya Mat.i Mekh., 1957, Vol.21, Nr 4t PP-478-485 (USSR)
ABSTRACTo The author preeents an approximative solution of the problem
concerning the motion in a laminar spatial boundary layer
arisine on a circular sector if the ext6rnal potential flow
corresponds to a rectilinear vortex which in orthogonal to
the sector plane.
At first the boundary layer equations are ist up in the general
case whereby the author applies the successive approximations
according to Slezkin (Doklady Akad.Nauk 54, 2, 1946). In the
ffpecial case of a stationary flow on of a circular sector by
an incompressible liquid then in polar coordinates (r,~,y)
the approximation equations
2 a 2u aw
2 92W au av i a(wr)
au
.
.
a a 2(u-U 0 +T-+- 0
-2 'rQ -2 0 r
T
, r Ir
We
3
j
y Dy
n A denotes the velocity of the external
hold, where U
CARD 1/2 o
r

Spatial Laminar Boundary Layer on an Infinite Circular Sector 40-4-5/24
2 vr r
potential flow, a a -A R 0 A and 0
V V -PQ -
is presupposed. The boundary conditions are u-v-w-0 for y-0;
UMUOM A , w=O for y-oo; u.UOM A , w-0 for G.O. The system is
r r
solved with the aid of Laplace transformations; one obtskins
IL . 2 e_~ d x W y etc.
U0 V 0 2a V-0
u and --I-- only depend on the nondimensional combination
UO 4QUO
Y The absolute value of the minimum transverse velocity
2a re
increases proportionally with the angle 0. The obtained ex-
pressions for the velocity components permit in the limit case
to reduce the complete equations of motion of a spatial bound-
ary layer in cylindrical coordinates to ordinary differential
equations.
SUBMITTEDs Decemberr 24, 1956
AVkILLBLEo Library of Congress
CMW 2/2

STEPANOV,p Gwrgly Tur 'yevich. Prinimal-i uchastiye: SIROTKIN, Ya. A. I
A - ,-"; RC14MTSEVA,, L.I.; SHUSTOV, S.N.,, red.;
BRUDN09 X.F., teklm. red.
[Fluid dynamics of turbomachine caacadeslGidrodinamike. reshe-
tok turbomashin. Moskva, Fi=atgizp 1962. 512 po
(MLik 15:8)
(Turbmachinea-Fluid dynamics)
(Cascades(Fluid dynamics))

S/124/63/000/003/028/065
D234/D308
11aumova. L. G and Stepanov, G. Yu.
A U2110.14 S
TITLE-., 'Use,of electrical simulation in the solution of the
problem of torsion of cylindrical rods
.:.FER1OD1CjALL; Referativnyy zhurnal, Mekhanika, no. 3, 19639 9,:ab-
4-yJ1e2!';i7 z. konf Orentsii Po prime-
u_z
-nolilyu.-fiz.-A iatot~. aodelirovaii -iYa'- V_ razlichn. Orao-
.!Takh tekhn. Sb. 1, X., 1962, 71-81)
TEXT: The authors.consider the torsion of prismatic isotropic rods
with simply donne,oted.cross aection according to Saint-Venant..Vell-
known fo'rmalas of stresses and rigidity are written so as to be
functions of one quantity bT/bs, ? being the f=ction of the tor-
sion and s the are of the boundary. The authors ther, recoirmend the
use of electric simulation (act., G. Yu. Stepanov I Dokl. '4-y Ple-zhvuz.
konferentusii go primenenlyu fi:;. i matem. modelirovaniya v raz-
lichn. ostraslyakh tekhn. May 9-16, 1957, Bb. 1) in order to estab-1
pointa) a-connection between s and the argument 9 of the,
Caxld

8/124/63/000/003/028/065
UOel-Of.electrical ... D234/D306
points on a unit circle conformally represented on-the cross-Sec-
tional. domain "d, substituting s by 0, to calculate dIP/80 by
Graphical-- integration. This mg-k-es it possible to find the stresses
at boundary points. Graphical integration is also required, to de-
termine the rigidity. A well-k=,ra example of tornion of a rod with
elliptical cross-section is considered. Deviations of stresses
(without taking into-account those of rigidity) amount to 2.5 -'3%.'
It ic-=6ntioned that the solution of this roblem was obtained by.
the abstiacter, .A. G. Ugodohikov, in 1956 YPrykladna mekhanika,
1956, no. 2, 217-223), using another method, but that the authors
bad not'been aware of this. I,bstracter's note: Complete'transla-
tion.
Card 2/2

kinds ekonam. nauk; SHTIETU p Ve'reep kaxide Gkonom. naUkP
WWhW red.; Tn=NIKq M.S. g red, isd-ya; RAMMA9 G.D., tekhn.
red.
[How to Ivervem later productivity and lower production cost# in
the coment Industries] Puti, povysheniia prolsvoditelluost-A truda i
anishenil.a. sebeatolmosti, v teementnoi promehlannoutis Moskvaq
Goo. isd-vo lit-ry po stroit.9 arkhit. i strait. materialamg 1961.
126 p* I (MIRA 140)
(Cement industries.-Labor productivity)
(Cement industries-Costs)

bAUMOVAs L*N*
Exercise therapy in diaphysical. fractures of the bones of the forv-
am after Intraosseous fixation with metal nails. Ortop. travm.1
protes. 22 no.109-64 J& 161. (MIRA 14:5)
1. Is Goetvertogo glavnogo u ravleniya Minsdrava SSSR (nauchnyy
rukovoditall raboty - prof. E.K.Yesykov). Adres avtorat stantsiya
Vootryakovo FaveletaKoy zheleznoy dorogi, sanatoriy "Podmoskov'yeQ.
(i4~RACTWS) (EXERCISE THERAPY)

GORENKO, T. V.; NAUMOVA, L. N.
Forration of the curves of yield In elution amlysim. IzY.
vys#ucheb.zav.1 pighch.takh.no. 2t148-152 164. (MIRA 17:5)
1. Chernovitakiy goatidarstvennyy universitet, kafedra
fizicheakoy khtntis

SHULTNDIX, A.F., prof., doktor sel'skokhotyaystwenqVkh nauk;
XMOYA. L.W.; XWATM, P.A.
lertility of the,first generation of wheat-rye hybrids
depending on growing conditions and parental varieties.
Agrobtologita no. 3:373-378 IV_JG 160. (KIRA 13:12)
1. Ukratusidy namohno-temledovatel'skiy institut rastentyevodetva,
selektall I genattkl. Mzarlkov.
(fteat breading) (Rye breeding) (Hrbridtzation, Vegetable)

OWLYMNO - !.F.; ,i~
Crossability or hard vhsat and rye. DAL AN WSR 135 W*581244-
2246 D 060, (MBA 13912)
1. Ma%lmkiy = hno-issladavatel'skiy institut rastenlyevodstvat
s*loktalt i genattkil, Kharlkov., ftledstavlano akadealkom Noy*
Tsitainp. (Wh"t brooding) (Rp br~WM)

SHULTHOIN, A.P.; MAUMOVA, LA.
Characteristics of the crossabLlity of soft wkent with rye.
In. AN SM.Ser,biol. no#3s437-"2 Vv-Ja 165.. (VJRA 1815)
4
I..,Ukrainakty ordenn Lanina natiotAno-tseladmtellfikily Inotitut
rasteniyevodetva, selaktait i gonetiki, Rhartkov,

Sfg,'EYDER, V.Ye., kand. ekon. nauk, dote.; TUROVSKIY, I.G., prof.;
ZAK, M.A.p kand. ekon. nauY; iJOGUSLAVSKIY, A.I., lnzb.-
ekon.; MKISKIY, D.I., kand. ekon. nauk, dote.;
ASTANSKIY, L.Yu., kand. tekhn. nauk; GUSEV S G., inzh.-
ekon.; GORSHOV, V.A., inzh.-ekon.[aeceasedl; HIM, S.I.,
inzh.-ekon.; BALM, S.A., inzh.-ekor..; HAUMOVA, L.N., kand.
ekon. nauk
(Econowdcap organ'zatirn and planning for the building
rrAterials industry] Ekonordka, organizatslia i plantrovanie
pron7shlennosti stroiteltnykh rAterialov. Moskva, Stroi-
izdat, 1965. 425 p. (MLtA 18:10)

~-n* Iffso at tows Itawtiocal awm"" ft W w0i"11
.41 ft fulsba" of ptp to acalas polaming, A. L!
8hiebtm Vu. 1. 1 IJW*r~ mid L. P. Nawpovt (lost
Acad. Metf. Od.

b ftasiyo M No. 1, 21-10054).-FIvt diffemt diets have
ew used to stud
the mtr4 4ad w&
td the
& of teco
vaT
y
y
l
rub" VIO from sam"gl) pobaniar resulting tMm sub-;
t
f
O
I i
ft
11
100
I
M o
LUOCKW
n atta
mer 0
sdW
. Mg.
1w
/
1.1
v;Uwxic dose). The results fadicate "t aacotbt,-
dthi
d C
h
k"
l
kJ
d
a-"r
a n
e
n, an
it
cuttagec
tes,
,
added W a notruid dkit inertased the militsom of Ust tvdnt.L
00 aphut I p0honing as Well ILI Ipamwd tht rate Of die
4ttaxIcatin of the orpnluu. Thlb, wnj ihown by ul~ In-
,
ereage of the bloort-regnicrating nctivity of t1lic orguvi~m
(Increased hemoglobin and efy0mc)-te cauut wb;ch wrr~
OAcrwx4 by the I tn*tlan tsy wamAlkatiol, of the M-
11) asul the sagar level of blood
XrOJIsed by I up t* 120 roj~ 'Yg, as Compand "iEb 94-103
h
h
f
e urrne exl:rrijon o
mg- % for t
e control), ~knd Y t
4mizzophene( M wid phtwl - WkIng place viually % ithin
~
24 hem. aftar ths- T injettloal ('
n Q1, arl contrctl artiraaL, tp;-
'
It -vu found in th, tvin4 Art aiihpalf Oio-vl n 7;,;;o-

Ted aM &ukm-d), h6A vrssd~, tr,,,4
'at aylti~n~) an th, rmult ,I ;L ~ r

.. ..........
7-~

V1
SHILLINGAR, TU.I.; XWHOTA, L.P.: PM32MY, S.14.
11xperiments on monkey* on the effect of small doses of" DIMT.
Top.p1t.14 nn.5:41-44 S-0 055 OWM pal)
1. Is Instituta pitanlya AMN SSSR (Kooky&) i Nediko-biologi-
chaskoy stantsit AKY SSSR (Sukhumi)
(WT. effects,
small doses to donkeys)

di fildbi#4 641
Ou :61, SU4-W-4- awl
;L; P, N (Nutiltiou Iml., Am). MrA, ~ki- U r- 3 R
rosy Pilanip No.
jfjw of mqtA~ With White nits it wAviWillt Oat tfic
7, 1
tt"
4 Oren t#e wxmxwy
tff-"- ill V.-latint- tte ilcrbl' e$
fun.:a? 1~qqclable tin
oi-hj~-&e lAhlbit
Cut in [fr- Ho
w mia
.4: M trilm, lilv~ bul ler y?.
Ille tjjrjQj f(.,.
111, fi~tri brcrn fUL111.91 tri 1.1k ('M ely
ply Oic flye,5
71 7

-TV
F
S

/Y10 L/ /)/I, P
SHILL19GXR, TU.1.. kand.m9d.nauk;__g"Q?A4, L.P., starshty laborent
Hygienic evaluation of cereals following treatment of crops with
2,4-D [with summary in USlishle Gig. I son. 22 no.7:33-37 J1 '57.
Oan 10210)
1. Is Institute pitonlye ANY SSSR.
(HMICIDAS. effects.
2,4-4 on cereals, hyg. aspects (Rua))
(CXMLBO
off. of 2,4-d, hyg. aspects MAO)
I

MWVA. V*T.; VAUNOVA. L.P.; KMLI Tu.P.
Nyglenic evaluation of potatoes hArvested from fields treated
with chlordan [with summw7 In Inglish]. TOP-pit. 17 no.6:49-53
N-D 158. (mrRA 12:2)
1. Is otdola pisholhevoy iallyeni (zav. - prof. F.Ye. ]3udai_7&n)
Instituta pitanlys AMN S , Moskva.
(CRUMDAN, t6xicity,
evaluation of potatoes harvested from protreated
fields (Rue))
(PMATOW,
toxicol. evaluation of potatoes harveste& from
chlordan-pretreated fields (Rus))

NAUIKOVA. L.P.
.. I - -
Physiological principles and hygiene of the nutrition of the healthy
and sick preson. Test. ANN SSSR 14 no.9:61-64 159. (KIRA 1311)
(MTRITION)

ZHU;OVSKIrp M.A.,, kand.med.naukj JUTT~, L.P., ka~d.Aed.nauk
Achievements of research institutes of the Acaderq of Medical Salenceo
in 1959. Vest. AMN SSSR 15 no,8t62-74 160. (MIRA 13:12)
(MEDICAL RESEARCH)

12; CIRFL. P.G.; NAU"';.
Reartion r),'
t1p preE-er,,~C-
ric.5093-9:?8
,n8tltut, nrgw,l0-fiik,,y --Tio
Novosibirsk.

LOUNOV. D.1.-. XOROBURA. G.S.: BRYU. Ye.A.;
Improvement of diets for peptic ulcei patients through various
technological methods of food processing. Zhur.ob.blol. 20
no.2:77-81 Mr-4p 159. (KIRA 12:5)
1* Is tekhnologichaskoy laboratorit (zav. - prof.D.I.Lobanow)
I otdolonlya zholudochno-kinhachnykh sabolevanly (xav. - prof.
OOL.%rdon [deceased]) kliniki lechabnogo pitantys AMN SWR.
Moskva.
(DINTS, in var. die.
peptic nicer (Rita))
(PIPTIO UWHR, ther.
dietother. (Rus))

WA
U U g
C(bi KK
..ACf'ELH.I'O'- 'ILIRI AP50211481~ /"-"'ZIR/0386/65/0021001/00371 0 1
OU
~N
Yr -- -R'"
L~;4-KOr-ON-U Mov_a~
. .........
~TITLEI Laser with A dirertivitx ttnrn whose width corresponds to
d i f f7i C tIon r ar. go
th e qi?
o 1.3 R UE I2.hurmAl okgpertmantal'noy t tearotichaskoy firAkt. P 111 ma
-red
al
J-ournal
'_T -rusonaLor modef. -ion
3 -1-a 0 e r-resotator, mode select . - j
son
't-songtor conf Iguration , diffraction Aose re-onatior loss, confod
regovator7 hal"m neon laner, gau lauer
A 3 S TRA ""T A mathod for selecting the resonator mode most suitzible for
ra-l-non-ator in which the dif-
dft elf- fel Php
t- Lon MaQ
------------------------------------------------
A 114---.the~i-coaft gut A an qui
v
Wif ft'aalt i6tv -too se so f - -auch -a resondtor are --d-a-te-imi'med-by-t e-equiv- -1
1'/.4

lAul'S ~148~
a 87' on 0 sit --b-b
C'
y Comp-ara
lk-1hi&hOr ban
-ARO
_c_ortfj_rr;eA exberimnntall.7 usinr a halium-noon laser
tube, -1100 mn-Jong-and-
1w th ~tj ~d6chairge
a ctiatr DeI~urred*at 0.63 and 1. 15~ p
depe-nding Dn the mirror used
i (it 1300 mm). The dependence of the laser pover output and
~Px_cLtt_*d_jh_o_d_a_n AR)_ on the resonacor kength wan investi-
igated and, the tea-ults-a-re- - shbuin--in- Fig-s 1 of --the Enclosure, where tb3
iaccurr4uttce of a single-mode generation is indicated by an arrow At
of
t hat inv tant 0.9 75) , the output power ittatns 0. 7-0. 8 the
was,-4 -
-ric I .L I - ____ - ___ - ___ ____ ___ A!
yo--ThLr-aingle-mode - gerseration - ensuree a narrow-
to the diffraction rchge.
nattera, the width of which correnponds
Ffiifa pattern was Ltiveatigated from the plane Mirror olde, and tfia
field tilstribution in the focal plane of the lens whs measured. The
ir-c-sult;; for dtfferent values of L/R are presented. F1g. 2 shove the
directivity -patterns-for a multinode oscillation (curve Is L/R 0. 88%
.2 1A
........ .....:
1 ~7

*ACCES3%ION-':HR'I -,AP502114 8
It- 0-
do- 2--and 3 112-
and 0,98,7#; respectively), The computed and. experimental values of I
~tltn patteira width are in good agreement, Orig, art. has, 3 rigurat;,
(YKI
D
OTHERt 003 ATD PRESS
L 0 SOV t- -000~
N RZY
Card -.31

y
L "Al 14 R A11502 1148 N C, 7,0 5 U I F 1 1
jinx
X-
Ift a
IZZ/1-6
N.Y
\i k
--0--z
Fig. 2. _Nrectivity pattern$l
Depondance ot lancir &
power autput ned number of for a multimode nitcillatton
x i: i t e d m t; (I a a o nre a oil a It o" tind t-wo fundamental node cacil-
(a it a L i I)n g

_FW/EWT (i )AEC(Ic)-2/T/EWP(k) IJPW WG
.ev~
dil 1C-W~ AII/6~410668/0674
1448 SOURCE CODE:
AUTHOR: Korovitsyn, A. V.; Naumova, L. V.; LebedinskaXa, Z. T.
ORG: none
LE: Mode selection in the semiconcentric resonator of agas laser
URCE: Radiotekhnika i elektronika, v. 11, no. 4, 1966, 668-674
TAGS: gas laser, laser mode
4BSTRACT: A new method of mode selection involving a special tuning of a semi-
7 concentric resonator was investigated. The
re sonator was formed by spherical and plane
LI mirrors spaced close to the spherical -mirror
radius. The exact resonator length was very
essential. A He-Ne laser (see figure) could,
depending on the mirrors used, emit either an
infrared 1. 15-/" or red 0. 63-tvi radiation. It
Experimental He-Ne laser comprised: I - discharge tube; Z - 3-kv supply,
Card I /Z UDC: 621.378.335.09z:

ACC NR: AP6011448
3 - plane mirror; 4 - spherical mirror; 5 - calorimeter; 6 - focusing lenb; 7 - FEU-6Z
photomultiplier. 8 - UR3 amplifier; 9 - SCh-8 or SCh-9 spectrum analyzer. The
discharge tube was 1100 mm long; the spherical-mirror radius, 1300 mm. With the
inter-mirror distance considerably shorter than the spherical-mirror radius, several,
modes were observed. When this distance was made close to the radius, only one
TEM.. -mode remained; the power of this mode constituted 0.75-0.8 maximum laser
power. Thus, the mode selection is highly efficient in a near -semiconcentric system.1
Calculation of diffraction loss and Q-factor is presented. "The authors wish to thank
A. L. Mikaelvan for guidance of this project. Orig. art. has: 8 figures and
8 formulas.
SUB CODE: ZOIW/ SUBM DATE: 27Feb65 ORIG REF: 000 OTH REF: 004

XUDRIVP A.G.; HAUMVA,, L.V.
- I . : 1- 1. F, '" . ~` , J ~ -'Fli 7 ~ 11 1 1111 1111
Cancer of the skin of the dorsum zanus vith bone involvement. Vest.
rent, I rad. V no.2:68-69 Mr-Ap 162. (MIRA 15:4)
(WID-CAUM)

~. 11
NZATSAR, S.Ta., kmadidat seditainskLkh aamk; VAUKOVA, N.A. _
Lafectious hopatitis (Botkin's disease) In children. Top.okh.mat.
I dot. I no.4:38-44. JI-Ag 156. (XZRA 9:9)
1. Is Detskoy gorodskoy klinichaskoy bollattey No.2 issai Rusakova
(Clavnyy vrach - zaaluthennyy wrach RSYSH dotment T.A.Krushkov)
Kaskya.
(EXPATITES, METIOUS) (CHILDRIN-DISSASIS)

f ) 4 - ( , ), f ( , ~ oY5 V, f),
SHAPIRO, ~.L.; HAUMOVA, M.A.; GOLIDURG. R.V.
Role of children's hospitale In the strwle against dysentery.
Pettlatrits no-5:73-78 14Y '57. (MIRA 10 ID;
1. In 14oalcovskay detakoy klinirhusicoy bcllnitey Want 1.V.Ruqakovq
(glavtwy vrech - seslutheoW vrach RSM dotsiant V.A.Kmzhkov)
(CULDW-HOSPERALS OD AS'UMS) (DYSOTIRY)

BCSISOV,A.I., Inthener; NAUKOVA.K.F.,- Inshener; ROGATKIN.U.S.,
kandidat tokhnicheeklan HIM; S~SXATJO,P., kRndidat
tekhqIcheskikh nauk
Nechanising the selection and preparation of cut peat samples
on a TP type peat loader* Torf.prom*32 no.5:20-21 '55.
(KE3A 8: 10)
1. Moskovskly torfvanoy institut
(Peat machinery)

SKMED, I.S., lashamer; FOZDNTAMDT, B,N.; NAUNOVA. N*K.
" to Increase the stralghtasiss of sliver. Umtepross% 20o3:
38-40 Nr 1569 (Carding) (KLU 9: 6)

GMUS, IW
-- A t
Developlag messwes to increase dosincification resistance of brass
strips for automobile rallatbr tubes. rrmdy Giprotevetmetabrabatka
no.lSil76-196 160o (KU 1-3: 10)
(Brass-Netsllograpby) (Corrosion and antleorrosives)

GOPIUS, A.Ye., kand.tekhn.nauk; Wwm, H.L., kand.takhmnauk; HAUMOVA,
-H.M.; KATS, Yu.A.; KHaMrAKOV, A.M.; KOSYAKOVA, V.I.----
Investigating materials for radiator p1pes of automobile eagines.
Avt.prom. 28 no.5t15_17 Vq 062. (MIRA 15:5)
1. Goaudarstvennyy nauchno-issladovatellakiy i proyektnyy institut
obrabotki tovetnykh metallov, Gosudaretvennyy soyuznyy ordena
Trudovogo Krasnogo Znameni nauchno-iseledovatellskiy avtomobillnyy
i avtomotornyy institut i Gortkovskiy avtozavod.
(Automobiles--Radiators) (Brans-Testing)

L-3=1-66- EWT(d)/IWT(n)/W(w)/&P(v)/a4p(j)/T/ZV(k) IJP(c) W/34/0
ACC NR: AT6011749 SOURCE CODE: UR/0000/65/000/000/ 041/0058
AUTHOR: -Aleksandrov, A - Ya. (Doctor of technical sciences, Professor); Naumova, M.P.
A/
ORG: None
41
Z
TITLE: Optimal parameters of sandwich panels and a!!! "in shells with filler of nonre
forced and raWgrgW foamed plastic qper compression
r& P U
SOURCE: Raschety elementov aviatsionnykh konstruktsly, vyp. 3: Trekhaloynyye paneu I
obolochki (Calculation of aircraftL4oonstruction elementti, iio. 3: Sandwich panels and
shells). Moscow, 1zd-vo-Ra-sWnSstroyeniye, 1965, 41-58
TOPIC TAGS: oliell structure, sandwich structure, reinforced shell structure
ABSTRACT: A large number of papers have been published on the problem of determining
optimal (from the point of view of a minimum-welight structural design) panel parameters.
However, without exception, In all of these studies the solution of the problem failed to
take Into consideration the strength of the filler, on the supposition that filler failure could
not occur; this despite the fact that It has been amply demonstrated in a number of expert-
mental wodw that, with severe stresses in the outer layers, the magnitude of this load
which a foam-plantic-filled sandwich plate can withstand is more often than not limited pro-
Card 1/3 UDC 629.13.011.1:678.632:539.4

L 37131-M
ACC NR: AT6011749
cisely by this very filler strength factor. In the present article, the optimum problem Is
solved with due consideration of (lie aspect of filter strength. The paper in in six parts.
An analysis to given of longitudinal compression of an infinitely wide sandwich plate with
Identical outer layers and having a filler of foamed plastic, both nonreinforced and reinfor-
ced with ribbing arranged in the direction of the compression. The external layers, the
foamed plastic filler, and the reinforcing ribs are glued together. A solution Is provided
to the problem of selecting plate parameters which will satisfy the requirement of minimm
plate weight for prescribed plate length and load for situations when both loaded edges are
freely suspended mW both are clamped, or when one Is free and the other clamped. Condi-
tions providing for overall plate stability, local stabi Uty of outer layers, and filler strength
are satisfactorily fulfilled. Here the authors assumed that plate strength conditions are
met U the magnibAs of the load acting on the panel equals 2/3 of the critical load for its
overall stability, If the stresses on the outer layers do not exceed the limit of proportional-
Ity of tho ma rial, and If reduced stresses in the filter do not exceed permissible values.
An outlbw Is given for an apprazimate mir by means of which graphs, constructed for
the detertaination of optimum, parameters compressed Infinitely wide sandwich pawls,
can fi; employed I;Fmn approximate determination of these parameters for various planar
conngursum and elm when the edges of the compressed plates and sloped shell* are

L 3?XU-66
.ALCC KR: AT9011749
f"temmi urAer various conditions. Orig. Art. has: 9 Ogures &M 18 formulas.
SUB CODE: 13 / SUBM DATE: 250ct65 / ORIG REF: 003 / OTH REF: 008
Card 3/3 at

L 470~10-6
ACC NRi ARG027165 SOURCE CODE: UR/0264/66/000/005/AO08/AOOB
AUTHOR, Aleksandrov, A. Ya. Naumova, M. P.
TITLE: Optimum parameters of t1irec-layered plates and flat shells with
.honeycomb fillers under compression 7~ n,
SOURCE:%ef. zh. Vozdushnyy transport, Abs. 5A47
REF SOURCE: Sb. Rascnety elementov aviats. konstruktsiy, Vyp. 4, M. ,
Mashinostroyeniye, 1965, 19-41
TOPIC TAGS: flat plate, honeycomb filler, shell, compress;on
ABSTRACT: The problem is solved for determining the optimurn(minimurr,
weight) parameters of three-layered plates arid flat shells under longitudinal
compression. Plates and shells with identical outside layers and honeycomb
fillers with regular hexagon-shaped cells were studied. It was cons~ldered that
the critical values of a longitudinal compressible load per unit of width of a
panel, the panel material, and size in the design were known. An example was
Card 1/2 _____UDC: 629. 13:5-39..4-

L 4"(016-66
AR6027165
presented for calculating a cylindrical panel which is rectangular in des-Ign and
simply supported along its outline. Orig. art. has: 16 figures. (Translation of
abstract) [NT]
SUB CODE.- 11
'Card 2/2 vmb

AR6027166 SOURCE CODE: U.q/0264/66/000/005/A008/A008
AUTHOR- Bryukker, L. E. Naumova, M. P.
TITLE: Symmetrical bend of round three-la ered plates with light weight
fillers
SOURCE: Ref. zh. Vozdushnyy transport, AbB. 5A48
REF SOURCE: Sb. Raschety elementov aviats. konstruktsiy. Vyp. 4, M. ,
i Mashinostroyeniye, 1965, 86-90
TOPIC TAGS: bending, plate, filler, longitudinal bend, lateral bend
ABSTRACT: Equations are derived for longitudinal and lateral bend of three-
layer round plates under axisymmetrical deformation. The solution of problems
of bending of round plates, in consideraticn of forces acting in the plane of plate,
may be of interest for the calculation of three- layer plane-baffle plates of
hermetic cabins and tank bottoms, working tinder internal or external pressures. -
With the assumption that the bending rigidity of outer layers is equal to zero,
LqaLd_j_L2 UDC: 53 4-G20 1
P

L 47017-66
;-ACt NRIv AR6027166
equations are obtained for bends and stresses at lateral bend of round three-
i layered plates. Orig. art. has: I figure. Bibliography of 2 titles. [Translation!
of abstract) INT)
SUB CODE: I I/
vmb

NA9MDVA. H.V.. inzh.
.-
Topical exhibit of industrial manufacture and asneably of pipe
in industrial construction, Biul, stroi. tekh. 18 no.10i
45-47 0 161. (WRA 17: 3)

GAL-BINSHTEYN, Z.N., inzh.; TVINA, N.F., insh.; NAUK)VA, M.V., inth.;
FILINA, T.A., inzh.;KIIODCS, M.M., inzh.; GOU"-929A.;
Ph*rALAKH, V.G.; SNESAREV, K.M.; VULIFSON, U.S., inzh.;
KONSTARTIMOVA, L.A., insh.; SKOHELEVA, A.M., inih.; TELIHOVA,
YO.V., Insh., KHEYMS, L.S., Insh.; SELENEVICH, A.S.;
NEDOVESENKO, M.V.; VOLKOVA, A.Te.; NOVITSKIY, L.M., nauchn.red.;
NMDOV, S.F., red.; nOSTOTSKIY, V.K., red.; GORDEYEV, P.A., red.
izd-va; YUDINA, L.A., red.izd-va; VDUVENKO, Z.I., red.izd-va;
GOLIBERG, T.M., tekhn.red.; KOWOKOVA, N.I., tekhn. red.
(Album of new construction equipment recommended for adoption)
Allbom novot stiaitellnoi tekhniki rekomenduemoi k vnedreniiu.
Moskva, dosatroiisdat, 1963. NO.I.[Industrial construction) Pro-
myshlennoe stroitellatv. 116 p. No.3.[Construction for tramporta-
tion purposes) Transportnoe stroitellstvo. 91 p. No.4.[Rural
construction] Sellskoe atroitellstvo. 71 p. No.5. (Building
materials, products, and elemental StroitelInye materialy, izde-
lila i konstruktati. 41 p. No.8. (Construction and road machinery
and equipment) StroLtelln-e i doroshnye irtashiny i oborudovanle.
104 p. (MIRA 16:8)
(Building materials) (Road machinery)
(Construction equipment)

BUBENIN# I.G.; TDUWH:-VI, V.V.; _FIUMOVA, N.
Effect of the Mtem of clb*,.r f1ring on the strengU of cement*
Wudy IIWTI no.27:300-305 t59. (MIRA 15W
(cement)

NAUKOVA, 11. A., Candidate Vet &I (dies) -- "ChwWes In the nervous elements in
the skin during tuberculosis in cattle, and some problems of their topographic
histology". Kharlkov, 1959. 15 pp, (Min Agric USM, Khar1kov Vet Inmt), 2W
copies (KL, No 26, 1959o 127)
-1. .
I i-,-Mrr77~~ T~

DUNIN, M,S., prof*; KHOKHRYAKOV, M.K., profl; POPOVA, T.T., starshiy nauchnyy
sotrudnik;.NAUMOVA,,N.A.,t kao.sel skokhozonauk
Outstandivg ocientistse Zashcho raBt. ot vred. i bol. 8 no.12t/"7
D '63. (MIRA 1713)
1. Moskovskaya ordem Lenirawwl'skokhozymystvennaya akademiya im.
Timiryazeva (for Dunin), 2~ Voesoyuznyy nauihno-issledovatel'skiy
institut 11na (for PoPova). 3s Vaesoyuznyy i,-wtitut zashchity ras-
teniy (for Haumova).

NAM40VA, N. A.
NCortributio.,i of the Knowledro? of the Irfluence of Soil ?nctore or Ole
Development of Club Root in the Crusiferae," Trud po Zashchite Raretecii_,
Serlia 2, no 1, 1911, PP- 32-50. L21-92 L54P
SO: Birs-Si-90-53, 15 Dec. 1953

"'.. ` ~ 4~ ~N- li - f- - ,,, .
HAUMOVA, V-4.
t,Stem Spot of Flax Caused by Ascochy-ta linicols. Laum et Vassillm-vskii."
Trudy po Zaehchite RELstenit, Serlia 2, vol. 5. no. 1, 1912, pp. 114-160.
423-92 L54P
So: Bira-Si-90-53, 15 Dec. 1953

NAUMOVA, N. A.
"On Forecasting the Appearance of Phytophthora infeetpne on the Poteto.0
Zashchita. Ilastenii, no- 3# 1935 PP- 51-54. 421 P942
SO: Sira-Si-90-53, 15 Dec- 195?

YAMIOVA, E A -
"The Influence of Tempeiature and Hwaidity on the Incubation Perlo4 of
Puccinia tritcina," Zashchita Raptenii, no. 5. 1935-pp. 33-35- 421 P942
So; Sira-51-90-53, 15 Dec- 1953

NAUKOVA. N. A.
"Dependence of thm Develoynpnt of Yellow Rust of Wheat on Meteorological
Factors," ItCYL Nauchno-IsIledovEttellskikh Rnbot Teettoiuznoro InstitutA
Zashchity RAstenii za 1915 Godn, 1936, pp. 64-65. 423.92 L541

NAtNOVA, N. A.
"lafluence of Climatic Conditions upon Phytophtora in Pototops," .
Itoid Laushno-looledovatellskikh Rabot Veesoiuznopo Instituta Zashchit
Rastenii ze. 1915 Goda, 1936, pp. 68-69. 423-92 L541
So: Bira-Si-90-53-, 15 Der. 1951

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-.4u"STS", tpwlv mo V" NtqT%do*m r"amm
a" 1,4184A swaft jo godft *&tw. jo %m w"m
kaTfox u0 ftTpox MTN"%Od Jo !4,20:46 solovIllow
OT OR .xnva si v SA was
"ClOg WM-TW 'T;G JW VM* duacimm V IV,
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ftrp"l a%.t�Moj ".*WQS16
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