SCIENTIFIC ABSTRACT NAUGARD, I. - NAUM, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136120017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAUGARD, I.
Brigade forms of labor organization and the increase of
production standards in sausage shops. Mias. ind. SSO 32 no.l:
38-42 '61. (MIRA 14:7)
1. Kiyevskiy myasokombinat.
(Sausages) (Industrial management)

~j A;

Rae& ftm "-roots of F
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PIGUIRVSKIY, G.V.; NAUGOLIKIYA, T.N.
Investigation of root resin in Ferila ?,unosA 'iolss. Dokl.)S SSSR
108 no-5:853-855 Je '56. (MIRA q:10)
1. Botanichi-skiy institut Akademii awk SSSR. Predstnvleno akademikom
A.L. Kursanovym.
(Gums and resins) (Yerula)

KIRIYAWV, N.P.; LITTINOT. M.A.; MOKHNACH. V.O.; NAUGOLINATA. T.Y.
Galbanic acid and its derivatives as now antibiotics of plant
origin. Bet. zhur. 44 no.1:101-104 Ja '59. (MIRA 12:1)
I.Botanicheskiy institut imeni V.L. Komarova AN SSSR, Leningrad.
(Umbelliferens) (Antibiotics)

KIR'YALOV, N.P.; NAUGOL'!:AYA, T.N.
Chemical compositio- of essential oil-- of rrarst. t-a paluzLre
L.) from the Sayan: Iriay Lot. inEt, Ser. ~' n -~ . c, : 16 "'- -'-' 7 4"1.
( Y1 1 RA 11 )
(Sayan Mountains-Marsh tea) (Essences and essential oils)

KIRIYAWV, N.P.; KAUGOWNAU, T.N.
ft triterpenic acid (16martutotropiam) from Glycyrhima triphylla
--I%ch* et ft), Zhur.ob,khin. " no,W94-697 F 163.
(MM 16&2)
1. Botanicheekly Institut A# SSSR.
(Triterpenes) Wide.' Organic) (Licorice)

IMMUN, N.P.; NA ~INLU, TJ.
Nm triterpoule aeld (wmcoftnlof) frm Glycyrrhlza macedonics.
Bolso. ot Orph. Zhur.ob.khlm. 33 no.2t697-700 F 063.
(MrRA 16t2)
1. Botanicheakly institut AN SUR.
(Triterpenes) (Acids, Organic) (Licofee)

KIRIUU)Y. K.F.t NAUGOLIMAYA. Tol,
Triterponle acid looehimtIa") from roots of Glyoyrrhisa
sehinats, L. Zhur.ob.Mft. 33 no.2000-703 F 163.
(KIBA 16:2)
1. BDtanichookly Institut AN SSSR,
(TrIterpmes) (Acids, Organic) 04corice)

KIICYALOV, N.P.; NAUGOLINAYA, T.,'I.
flew triterperie hydroxykato acid, the
licorice urairn:jis
no.8:2814 Ag '64.
uralenoic i*:-,)::,
-41~
Zn4r. t".: :. ,
Ll,-~A
1. Botanicheskly Institut AN SSSR.

KOVALF.HKO, NAUGOLINIKOV, B.I. Ldeceassdl~ WROZOV, V.P.
Interrelation between the extension factors and equill
lengths of valence bonds in diatomic molecules. Izv.!Ylru%cb.
sav.; fis. no.5:171-17/+ 161. (MIRA 14: 10)
1. Dnepropetrovskiy kbi-iko-tekbnologicheakiy irotitut ims4i
F.E.Dzershinakogo.
(Molecular dynamics)

- NAUGOLIMIROVO-V.B, --
Determination of the exr-, 4ensitr and the depth of the occurrence
of crystalline basemeni rooks band on gravity wasurements. Razved.
geofis no.2#75..W 164. (IGRA 1815)

'NIK!'I!,
(.'a!-- -;,,qt -nil , g: i v -, ta - : , -,!, - - r : ~- r,~ , ~ , :7 , t r . ~ ~ , I '. Mr r, F, ~;r ?I I
r,~odl ,s :,-!' t if rj . ,-- -," _- - ~ - . , ~ - I . 'CI- i " -1 1 ;_ - ~
t '. , I
...,, . P: -,

STUPAX# HON; IIAWOL'Rzpwa-~ -
v " - out wtbaft fbr tbo intammuUm of r- tic
Md oWitil MaMUOU ln tbe Vwcmzh Ca~~ Sblald.
two Dal 42699-am #6/6. O(M 2811-1)

ACC NRI A77003290 SOURCE CODEs UR/3152/66/ooo/ol4/0058/0065
AUTHOR: Stupak, M. K.1 Naugollnikov, V. D.
ORG: None
TITkE- Replacing the variometric survey with the highly accurate gravimetric survey
SOURCE: Razvedochnaya geofizika, no. 14, 1966, 56-65
TOPIC TAGS: geologic survey, surveying instrument, gravimetric survey, gravineter,
gravimetry, mathematic model
ABSTRACT: Recent increases in the accuracy of gravimetric measurements will make it
Possible to replace variometers with more productive gravimeters. The relations
I between deposition depths of anomalous masses and separation distances between ob-
servation points at which anomalous horizontal gradients can be produced with
gravimeters and which will be comparable with the measurements of gravitational
variometers, are analyzed. Three expressions establishing the relationship between
the locations of geological objects, the necessary observation interval, and the
precision of gravimetric measurements necessary to reveal anomalous horizontal gro-
dients, are presented. The method for determining anomalous horizontal gradients
;wan tested on theoretical models and on materials from special, highly accurate,
-Ccwd. 1/2

ACC NRsAT'7003290
gravimetric surveys. One purpose of the survey was to determine the connection
ibetween the horizontal gradients, calculated from the results of gravimetric
measurements, and those observed with the varlometer. The correspondence between
!calculated and observed results was completely satisfactory. Orig. art. hasi
';8 formulas and 3 figures.
iSUB COM 08/SUBN DAM None
CC~4-2Z2

KAUGOLINOVp A.
_Z;
Modifying hammer mills for grinding corncobs.
prom. 27 no-4:25-26 Ap 161. (MIRA 14:7)
1. Proizvodstvenno-tekhnicheskiy otdol Rostovskogo upravleniya
khleboproduktov.
(Grain-milling machinery)
(Corn (maize))

HUDOY, B.; TIKHOMIAVA, V.; BORODIN, G., inzh.; NAUGOLINOV, A., inzh.
Adding ground cormobs to ruxed feedB. Mluk.-elev. 2- =D.'I:
12 Jl 161. (19RA 14:7)
1. Novocherkasskiy zooveterinarnyy institut (for Rudoy, Tikhomirova).
2. Rostovskoye upravleniye zai-otovok (for Borodin, Naugollnov).
(Corn as feed)

NAUGUI NOVAO S. V.
NAUGCLINCVA, 3. B. - "On the State of the Functional Capacity of th,:~ Kid-
neys in Various Stages of Cardiovascular Insufficier-cy." '~.harlk::v
Medical Inst. KharIkov, 1955. (Dis3ertaticn for the Degree of
Candidate in Medical Sciences).
So.: Knizhnaya Imtopis', tio. 6, 1956.

USM/Hu= and Aniral Physiology (Iformal and Pathological). T-4
Blood Pressure. Hypertoncion.
Abs Jour : Ref Zhur - Biol.p No 16, 1958, 74815
Author : Kal'A-- Kalif, M.Ya.,Naugol'nova, S.B.
Inst : Ukrainian Scientific-Reacarch Institute of Clinical
Medicine.
Title : Odone Data on the Problem of So-Called Congestive Hyperten-
sion.
Orig Pub : Materialy po obmenu naucIm. inform. Ukr. n.-i. in-t
klinich. medit5iny, 1957, v3T. 1, 82-85.
Abstract : No abstract.
Card 1/1
- 67 -

NLUGOLIZIOVA, S.V., kand.med.nauk
Effect of reactivity of the organism on the course of endocarditis.
Trudy Khar. medAnst. no. 52s.US-123 1 ~9. (MIRA 14:11)
(EIMOCARDITIS)

-onference of
call Societ.-Y
a--F

NAUWL'IIYIKH, B.Z.
Datemination of sodium in serum and urine by colorimetry.
tab.delo 8 [i.e.91 no.lsl5-18 Ja 163. (KM 16:5)
1. Biokbimichaskaya laboratorl7a (zav.-kwd.med.nauk K.A.
Sogrtna) Sverdlovskogo nauchag-isaledovatellskogo inatituta
okhrany materinstva i mladenc~estwa (direktor R.A.H&Iyahem).
(SODIUM III THE BODY) (WWRDMM)
(ELOOD-LNALYSIS AND CHMISTRY) (URINF.--AIIALYSIS AVD PATHOWW)

J
LAU!?~ ~IIIYKH, E.Z.; SMOLINA, T.N.t BABOTSEVA, N.P.
Dynamics of bilirubin in the blood during hemolytic disease
in newborn infants and its clinical significance, Vop, ekhr,
materi.n. dets. 8 no.1:31-33 163 (KIM 17t2)
1. 1z biokhimicheskoy laboratorii ( rukovoditell - kand. med.
nauk K.A. Sogrina) i pediatricheskogo otdela ( rukovoditell
dotsent R.Ye. loyenson) Sverdlovskogo naucbno-issledovatell-
skogo instituta okhrany materinstva i mladenchestva ( dir. -
kand. med. naTak R.A.Malysheva).

NLUGOLINYKH, F.Z. (Nauhollnykh, E.Z.)
Detorminsition of urinaxy tota.1 17-ke tos taro ids. Ulm blakhim. zhur.
36 tio.2%294-301 164. (MIFA 17-,11)
1. Biochemical Laboratory of Sverdlovsk Research Institute for Infant
and Maternity Welfare.

NAUGOLINYKH *[.V.
Temperature field of a calorimetric system with a hollow
sphere at the center. Nov. nauch.-issl. rab. po meti%
VNIIM no.1:1-3 163. (MIRA 17:9)

NAUGOLINYKH, I.V.;: OLEYNIK, B.N.
Temperature conditions of a calorimeter. Nov. nauch.-issl.
rab. po me-tr. VNIIM no.10-7 163. (MIRA 17,9)'

46-4-10/17
rn,-,
1. Radiation pressure-Conference-Report

NAUGOLITY'rM, K. A.
"Propagation of Spheric-al. ',elav,~!i; -,f Finite Amplit~.Ae --'r. a anl-,
Condductive Med ium. "
"ap-!- j I ii., ~ - -,,. A! I-- 't.4 :- ~' r f r - r, :c A , 6 ' '. - b , :': s - %-I I -I" - a , in ~, .
- a' -
e

6 4 "f, 46-4-2-16/20
AL!4HORS Naugalfnykh, KA. and RoLlanenlro, yqk.v.
aves in a Liquid
TITLE: On the Probl4a of Froosgation of Finice-Amplituds .7
(4 voprosu o rau pros tranenii voln konachnoy amplitudy v zhidkosti)
PERIODICAL: 4kimsticheslciy Zhurnal, 1956, Vol IV, TIr 2, pp' 200-202 (04H)
AMTRACTs Several recent papers (Refs 1-5, reported increase in the absorption
coefl''icient of isound in a MW vith increase of the acoustic intensity.
The present pap3r gives tin aoproximate calculation of absorption of
a divergent vevs and compares these calculations with experiment.
The -mlculations -were made for the region Re;;Pl, where Re z P/2tVb,
wharg p = prossure amplitude, V = frequency and b is " function of
viscosity. Experiments showed that the vave-fom at a certain distance
from the genorator may be represented by Fig 1. It is assumed that
in propagation of the wave in the region where the measurements were
made the sefgient AC and the slope of the wave-front were practically
unaltered and only Vne ai~pljtude BD decreasA. Measurements were made
on tap rater using a pulse method at I Mc/s with pulse repetition
frequency of 5C CIS and pulse duration 20-40 joac. Peak intensities
radiated wer(s ~'IAOO W/C!M2- A, barium titanate generator and a small
Card 1/2

46-4-2-16/20
On the Problem of Propagation of Finite-Amplitude 'Naves in a Liquid
piezo-olectric receiver were used. Measurements were made at a
distance of 10-44) am from the receiver at pressurt, amplitudes (at a
distance of 10 cm from the generator) of 0.5-30 atm. Then the
intensity at the generator wau of the order of tons W/cm2 the signal
which was practically sinusoidal at the 6enerator (Fig 3a) assumed
a saw--toothed shitpo at a certain distance ke.g. 80 cm) from the latter.
Figs 2 and 4 ahow theoretically calculated dependences of In(pl/po) on
ln(rlro), where p, a pressure amplitude at a point r and p0 and ro are
the corrosponeinG quantities at a reference point (e.g. the generator).
and of 1 2 -(]./pI)(dp'/dr) on p'. Experimental points in Figs 2 and 4
are shown by circles, and it is clear that satisfactory agreement
between experiment and theory was obtained. The authors point out
that at the A.U-~Jnion Acoustical Gonforence in 1957 V.A. Burov and
V.A. Krasillnikov read a paper which reported similar agreement between
theorstical and experimental results on absorption of plane saw-toothed
waves. The authors thank 11.11. Andreyev and II.A. Roy for advice, and
A.S. -jollnev and Yu. M. 2doakovenico for their help in carrying out the
expirimenta. There are 4 figures and 6 references, 4 of whien are
American and 2 Soviet.
'.~:~~chAkiy institut iUT SSSR L:oskva ( Institute of Acoustiesl Academy
of Sci ..-" . of thn UGSR, Moseav)
on*W
STJ &11T rED DOCOILber'10, '-957
Card 2/2 1. Waves-Proj*gation 2. Liquids-4pplicatiOns

AUTHORs Naugolonyla., K.A. 46-4-2-1/20
TITLZ; On Absorption of Sound Wav(js of Finite Amplitude. Review
(0 Poglashchanii tw1covy1ch voln konechnoy amplitudy.
Obzor)
FZRIODICAL: Almstichaskiy Zhurnal, 1963, Vol IV. Nr 2, pp 115-124 (U56R)
"TFACT. The wAve-form of' firdto amplitude is distorted during propagation
due to differences in the velocities of wotion of the points on
its profilo. The points on the wave profile ahich correspond to
higher pressures, move faster than the points corresponding to
lower pressures. As a rewalt of this process a wave which was
initially ainusoidal is distorted in such a way as to form sharp
fronts vihich correspond to gradients of velocity and tamperature
On the other hand, viscosity and thermal conductivity of the medium
decrease these gradients. In this way the degree of distortion of
the wavo-form depends on viscosity, thermal conductivity and on
non-linear effects. Distortion of the wave-form increases
absorption of the nave compared with absorption of a wave of
Infinitoly small amplitude. This is exhibited in two ways:
Card 1/2 (1) diaiiipation of the wave energy increases with increase of

On Absorption of Sound Wavos of Finite Amplitude Review 46 4 2-1120
velocity and temperature gradients, and (2) absorption of the
fundamental harmonic increases because amplitudes of the higher
frequency components increase at the expense of the fundamental
harmonic. In media with low viscosity a44 thermal conductivity
absorption increases to a greater extent.Tff%edia which absorb
Z A
more strongly. This increase of absorption of finite-amplituda
raves was discussed theoretically in Rafe 2-4. The present paper
reviews the work on the subject and discusses the limits of
applicability of theoretical calculations. Such calculations show
for example that at IOO.kc/s the coefficient of absorption in
water increases by a factor of two on increase of pressure amplituda
to 0.01 atm. The author also compares calculated values with
experimental results of 11afs 2, 6, 7, 10, 16 (Figs 5-5). The
experimentally observed increase of absorption of fiaite-amplitude
maves is found to agree satisfactorily with theoretical calculations.
There are 13 figures and 20 references , 11 of which are Soviet and
Card 2/2 9 American.
ASSOCIATION. Aicusticheakiy lustitut W1 SSSR, Moskva (Acoustic* Institute,
Academy of Sciences of the 'UZS'*'S:R , Moscow)
SUEMITTED: December 23, 1957
1. Sound -4beorption 2. Sound - Distortion 3. Sound - Propagatiori

10(2)
AUTHOR: NN&olln7kh, K.A. SOV120-12,~-6-131'rC
TITLE: On the Problem of Flows Caused by Sound (K voprosu o potto'Kal-h,
vyzvannykh zvukom)
PERIODICAL: Doklady Akademii nauk SSSR, 1956, Vol 123, Tir 6, pp %0'1~-1-C,5
(Usni )
ABSTRACT: The proj)agation of a sound wave in an absorbing medium ma,~ be
accomparded by a constant flow (11sound wind") which in some
cases me.y be of practical interest. The sound wave is usually
found by solving the equations of hydrodynamics in second
approximation. The solution of the equations of linear acoustics
is used as a first approximation. The results found in this
paper can, however, be applied only to low Reynolds (Reynollds)
numbers Re = v A? `b. v denotes the amplitude of the velocity
/
0 o
0
of vibration, the wave length, the equilibrium density.
~ where and ~ denote the
It holds that b (4/3) -q +
.
coefficients of the shear viscosity and volume viscosity. The
author inveatigates the acoustic flow for Re A I which is
caused by a wave of saw-like shape. The radiator is assiLmed
Card 1/3 to be placed at the distance I from one end of a tube of

Or the Problem of Flows Caused by Sound SOV/20-123-6-13/5C)
radius ri 0 Within the distance 1, the sinusoidal wave assumes
a saw-like shape. The author investigates the flow in the central
part of the tube, neglecting the influence of its tubes. The
Navier (Navlya)-Stokes (Stoks) equation is used in the form
< V X V X V X I > = -