SCIENTIFIC ABSTRACT NIZOVKINA, T. V. - NOCON, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137310011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DOLGOVO B.N. (deceasedl;,YIZOVKINA, T.V.; NFSSLM, K.A.; STROYMAN, I.M.
Disproportionation of hydrogen In the dystem benzene-ethy!
alcohol Isopropyl alcohol. Voet. LGU 19 no.10:101..106 164.
(MIRA 17:7)

NIZOVKINA, T.V.j STROMON, I.H.; GEMER, II.M.; BOIRCWAYA, G.K.; SALTYKOVA,r.A.
Preparation of phenols by condensation dehydrocyclization.
Zhur. oba khim. 34 no.11:3566-3570 N 164 (HIRA 18d)
1. Lenlngradskiy gosudaretvennyy universitet.

NIZOVOY,G.T., kRndidat taidmichaskikh naulc
-,4r Cr4Ti -
P'lamnive mooth operation of the plant an the bastig of arer-all
output. SellkhoexashIna no.5s24-27 W '55. OM 8: 6)
(ractory management) (IffidemW, Industrtal)

ACC NRt AP6005958 SOURCE CODE: U-R-/0127/66/000/002/0057/0060
AUTHOR: Sofronov, A. V.: Abramov. A. V.: Niz Yu. K Nefedov,
ffiEMOML
Vitseni, _Ye_.H*
ORG: none
TITLLE: The development and application of "dynamo-reactive." grenade launchers In the
mining industry
.SOURCZ: Gornyy zhurnal, no. 2, 1966, 57-60
TOPIC TAGS: mining engi Y ering, gren.ade,.ground weapon, weapon launcher
ABS 60, thil-m Ramenako?a otdeleniye
TRACT: In 19 enskoLe B=gj ~ofVNI~Ieofi~zikkl(
T!__
IrNIlgeofiziki) began research on the design of a firing system to eliminate over-
hangs in mining operations. One of the most acceptable versions of the design is a.
system operating on the recoilless weapon principle: the "dynamo-reactive" cannon
7 1 1 3
Fig4 1. Diagram of a.recoilleas cannon.
1 - Barrel; 2 - cap bushing; 3 -% firing
mechani
am; 4 - nozzle; 5 - bottom plate;
6 cartridge; 7 - cartridge case; 8 - obvM_
A
Card 1/2 UDC: 621.926.1

L 2435 7-46
ACC UR. AP6005958
(see Fig. 1). The advantages of the proposed device are: -small caliber, law weight,
no recoil with higb.,power, high maneuverability, and the opportunity of firing
dummiett or high-explosive projectiles. Fuither research resulted In the design of
the DRS-130 dynamo-reactive grenade launcher (see Fig. 2). The results obtained in
---Fig.- 2. The-DRS-130 dynamo-reactive grenade launcher.
1 Shell; 2 - igniter; 3 - powder charge; 4 - charge
chamber; 5 - fins; 6 - barrel.
ballistic tests were excellent and tests vere conducted under-field conditions. In
addition to its main function, the grenade launcher may also be used to string cable,
to eliminate the danger of avalanches, and to break up ice formations in rivers.
Orig. art. has: A figures and 1 table. JOB)
COTA 19/ SUBM DAM noas/ ORIG REFt 001/ OTH REFs 002/ At: iP_
2 2

HIZOVSKLIA 0 P - SHIVRIIIAt A.B.; LOVYLGIIIAO Ye.V.; FLLTOHOVA, Ye.G.;
~& "'. 0 h-. H.
Conditions for the formation of the pigment complek of Inonotus
obliquus in artificial cultures. Mikrobiologiia 29 n0-3:441-445
My-Je 160o (MIRA 13:7)
1. Botaaicheakiy institut, im. V.L.Komarova AN SSSR, Leaingrad.
(WOOMTAINING FUMI)

MIZOVSKIT T. tash.
Maintenance of semitrailers. Ayt. I ranap. 36 no. 7:lEk-20 Jl 4513.
(MIRA 11:8)
(Truck trailers-Vaintsaaace and repair)

.~a
'

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u u w a I __F x
A T. T. I
A- At-,K -M M K k
A-
-U-.I

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-
A. A. r440
-
-

o [In fliiwirw~ A vwp brW disiorw4tion 6op j(v" OC a amploo
6
6i
f
Se
s e
aC UM US AW&OMM
lm*.
ma. Omfe WAh (S at cubbw and S e
00 0 fil
,:I 100
00
go- qpe
see
lee
tdt"tMC CLAWOUTOV c too
too
4: Mm" air oil o6c
in A ad 0
0
00

OZ94TSE.i. IL. L.
USSR/CheMistry - AnalySis, EVipoent Dec 50
"New Absorbers for the Apparatus for Gas-Volumetric
Determination of Carbon," A. A. Nizovtsev, Gor1kiy
Automobile Plant imeni Molotov
"Zavod TAb." No 12, pp 1502, 1503
Nev type of absorbere; considerably decreases time
and material usually required for fabrication. Ab-
sorber has only 2 values instead of usual 3, and they
are simpler and more dependable. It may be adjusted
to automatic actionby ulight modification.
182T10

ACS,
A"amt" Aw dworwhoke dm 4~644nuft Cil"dCY of wow
aLtm A, A XWVXMV,, Zew4j*d)o IAS,, 10 V4 Mr, I lwgo~
(Inc gram ad the mix 61 heated in a (UMAce. And %he g4wAacq
AMMM CO PM4 thfWgb AN OPM S(QPCMfg An btOACC(A-
hAmIk- igids suffa*nl ssn4 to Wicate Irw -cc ) into A zo-mi
facrtste atkd wkfA watew and howed im is WA(Cf-fox" jacket
TIw %M(ume *I po Ma he CWCMAwd with acs accuracy -d I t.
it 5 Cv.. ttepewinc on The Sul at (he whok-im. it the 'wMor i~
heated fn 4 bMt. GMtCT aCCWWV iS O(AAintd tay he-Atiog the
w=*Imaq,u"tecc%g tube. Ithwmed. ft.W R.

d aubm.
rm. G-up.
wkh dk-
bidb fW C(h 44ta.0
w tin - babc -.I. (61m)
~-waowm~i tnr mxg~mm
in the W. M. canispa

elf
- Now abomwe tot We Itme #w "kmstm Ower.
ads$" sc usbalm. A.s W.,(Momfb(mv Afice Man
Goru). zdw4l&kjo "IM); d. cl.
3W/.-Tlw bW*vtd obsorber Is Asped to avoid say
I POWW lotmatiou a W WbWes or pakets UA U Dmilded
aftbi 4to sucacucktily Wet claC valve. A di.

NIZOWS-W. A.A.
377 Prisposoblentye dlya sblifovaniya steklyannykh urovney.-
(Vardosantdze. lsposlzooantys otkhodov abraziunykh krugov.M.).
1954. 4 s. 9 ill. 24sm. (H-vo) avtombb.. trakt. I s.-kh. Yaa&inostroyeniya
SSSR. Tsentr. Byuro tekhu. informatsit. obmen opytom v
mashinostrosenti. He 23)- 1.500 ekz. Bespl.- avt, ukazo-sly
,w kontse teksta,-(541501zh 666.1-035
SO: Knizhaya, Letopis, Vol. 1. 1955

MIZO
1114
Isproved apparatus for dettrimining carbon in ustals. tav.lAb. 22
imo.5:608-609 156. (KLU 9: 8)
1. Avtonobll'zWy gayod Imeal Kolotoys.
(Carbon-Assaysts) (Kotals-Analysim) (CbL4mic&l app&r&tas)

Al Z_ OV T
AUTWRs' Nizovtoev, A.A. 32-9-36/1+3
TITLE: A Pump for the Re-Filling of Acids and Poisonous Reagents
(Nason dlys. perelivanlya kislot I yadovitykh reaktivov)
PMIODICA14 Zavadskaya Laboratorlya, 1957, Vol. 23, Nr 9, pp.1134-1134 (USSR)
ABSTRACT: This pump consists of a glass body to which a projecting part is
soldered and which to provided with a won ground-in inlet valve
with a limiter. A tube Is welded into the g2ass body, which Is
provided at its lower end with a wellgmund-in outlet valve with
limiters, and at its upper end with a snout for pouring. The pump
works by wans of an ordinary tubber vessel which is conneoted to
the projecting part by means of a rubber tube. The glass body in
fastened in a rubber ring in the neck of the bottle. There ia
I figure.
ASSOCUTIM Gorskiy Automobile Factory (Gorlkovskly avtomobillnyy savod)
AVAUAB LE: Library of Congress
Card 1/1

ov -F~ L:- Vx It, /1~
AUTHOR: Nizovtsev, A.A. 32-9-37/43
TITLE: A N.-w Absorber for the Ors-Appamtus for the Analysis of Gas
Volumes (Novyy poglotitell k appaxatu Ors& dlya gazoob"yemnogo
andli a)
PERIODICAL Zavodskaya Laboratorlya, 1957, Vol. 23, Nr 9. PP-1135-1135 (USSR)
ABSTRAM The absorber described here oonstats of two vessels and glass tubes.
The measurements of the vessels are determined by the volume of the
Va sample for an analysis. After the absorber is mounted on the
stand, it In connected by means of a capillary tube with the crest
of the apparatust and the absorption liquiS is pourvd into the neck
between the vessels through a gap of 2-3 = width. Inaulation
against air can be attained by applying a layer of vasaline oil to
the absorption liquid. There is I figute.
ASSOCIATIONs Gorqcly Automobile Factory (Gorlkovskly avtomobil'nvy zavod)
AVAILABLE: Library of Congress
CaM i/I

OT6.J/11/
AUTHOR:
TITLE:
S/032/61/027/001/036/057
3017/B054
"i ovtdovs As A*
Special Device for Calibrating Rhoometere and Determining
Gas Flow Velocities
PERIODICAL: Zavodskaya laboratoriya, 1961, Vol. 27, No. 1, Pp. 120-121
TEXT: The author developed a device for testing rheometers and determining
the flow velocity of gases. The device consists of two automatic stabilium
for adjustine the water level, a pressure gage, and a timepiece with
secondhand. Fig. 1 shown an arrangement of apparatus for testing rheo- VC
meters and determining the gas flow velocity in a capillary tube. Before
making the measurement, the constancy of the pressure gage must be chocked.
The gas flow velocity is measured by a special device. The pressure dif-
ferenae of the gas in front of and behind the capillary tube is determined
by a scale, and the gas consumption is established from the velocity of
the gas flow through the capillary tube. There are 2 figures.
ASSOCIATION: Gorlkovekiy avtomobillnyy mod (Gorlkly Autanobile Plant)
Card 1/1

DMITRMVj, I.N.; tflzovTszvp L.M.
I-
introduction of the International System of Units. Staaartl satidia
29 no.504-37 b~- 164. (MIU 17:12)

.. Nimrsc~j~ -~qtp_-_?*-YONOMffiENKOp V.P.; 91AMiWVA, Et~A*
Yaw date on the representatives of the gartus Liparis Im the Barents
Sea. Zool. zhur. 42 no.9:1415-1418 163. (KERA 16t 12)
1. Polar Research aid Designing Institute of Marine Fishery
Amagement, and 0imnography, *u-mansk.
1. -

WSUKOV, V.V.; NIZUK-SINg G.F.
------
Feeding habits of tl:e wolf fislies Anarrhichos: latifrons St,-cnstrup
at Hv-11.vrI,-zeon# A. Anor Olafson# rnd A. lupus Le In "the BerentC
Sea. Trudy no.2:203-206 160. (MIA 14:2)
(Barents Sea-1,162f fish) Qiibes-Food)

NIZOM,vt
NW data on the distribmtion of wolffish (Inarhichas Lqmw Lime
and Anarhichas minor Olafson) and of the sand dab (Hippoglassoldes
PlAtessaifts 21mandoides Bloch) at the northern shores of
SpUabeigen. Dokl.,IN SSSR 149 no,3t735-737 Mr 163. -
(MM 16:4)
1. Folyarnyy nau h IssledovatellskLy institut wrokogo rybnogo
idwspystva, I okeanografil int. M.M.1hipovichs. Fn Istavleno
lWadkoot re.N.Favlovskin.
(Arctic Ocean-volffigh) (Arctic Ocean-Slatflahos)

I'T, .- I
UN011IMM.0- 11
*;~, 1, -
t~ ' ' ' Spring vowing of winter rye with vetch, peas. and oats. fouledelle,
6 ra.3:91 Vr 158. (MM 11: 4)
1,G2&vrtyy saonom Tadekoy mahinno-traktornoy stantsils GoOkovskoy
obleAti,
(romm crops)

HIMMIXT, Tu.K,, lashemer; . UND"M 1 9 T. claktramontero
Soldering comatater lugs wIth the aid of & welding treanformor.
Izergetik 4 no.4:19 Ap 156o WRA 9:7)
(Solder and soldering)

NIZOVTSEV, V.A., starshly nauchnyy sotrudnik
Treating necrobacillosis In reindeer with antlbioticq.
Veterinariia 39 no.8t66 Ag 162. (M2RA 17%12)
1. Marlyan-Karskaya sel$skokhozyaystvennaya opytnaya staitsiya.

NIZOVTSEV V (Senior Scientific 'Worker, Narlyan-Mar Agricultural Experimental
Station).
'treatment of reindeer suffering from necrobacillosis vIth antibiotics"
Veterinariyaj vol. 391,, no. 8,, August 1962, p. 66

X,
ACC 44 P SOURCS CODE: UR/0040/60/030/00011552/1554
1AUTHOR: LGVshIM,V.1r.; JjIkhay1jnV.V.; Kjxovtsav,V.V,
ORG: none
TITLE: Absorptions excitation and Infrared-stimulated flash In calcium and
strontium sulfide phosphoroAsports Fourteenth All-VnIOM ConfOrOU40 On Lumlaesconce
(Crystal Phosphors) held at RIC&* 16-23 Septe 19657-
SOURCE: AN WRo XXV09ttYse Jkr1YA fIxIcheakayas V40p ao.9, 1966, 1552-1454
TOPIC TAGS; calcium Compounds Sirantium, compound,, 4ulfide. obgorptloa ba4d# ab-
sorption edge, phatolualnescance# Irradiation, eleciron trapplag
ABSTRACT: The authors Investigated the infrared absorption of CaS f Ilms and the- -
Infrared absorption and lualnexctnce excitation spectra and the Infrared stimulated
flash of different C&S and mixed CaSeStS phosphors. The absorption,spectra were
recorded for photon energies from about 3 to 6 eV with 200 to 2000 A thick films
deposited by different techniques an LIP ar'fusod quartz substrates. The CaS
absorption In the long wavelength portion of the Investigated range depended con-
siderably an the presence and nature of Impurities,'but in the short wavelength port
of the range it d~d not., Tho absorption edge, defined an the position;of the greato
slope of the absorpitlai wirve, was G.Lt 0.3 07, The absorption spectrum exhibited
structu", and this structure was repeated In the 1%kaluesceme, excitation spectra.
car'd ]LA

ACC NR,
Addition of SrS to the C&S shifted the absorpt:1.6m eage toward lower photon energies,
and the absorption peakA shifted toward shorter wavelotigths with decreasing temper-
ature at rates rsnglzig~for d1iferent specLmns from O.V to 1.4 X/dogree. The Wra-
red-stLoulated flash In CaSogroWs:8a phosphors was investigated at different temper-
atures. At - 196o C tle phosphor was sensitive to 1nfrared radiations with wave-
length& as long as 2.56 ;L9 "roan at - l2oO the infraimd sensitivity did not extend
evea to 2 jAe The brigitness of the Lafrared-stLaulated flash was temperature depen-
deatg having a minimum at - 1500 a and a mzLuua at'-? 100 C for stimulation at a wave-
length of 2.25 p. The Idecrease In the flash hrlght~ess with Increase of the temper-
ature frou - 196 to - i5aP is ascribed to decrease 6f the light sun stared In shallow
traps, and the Inareasip In the flash Intensity with'Iscrease of the temperature frou
- 1,50 to - IOP Is ascribed to decrease in the probsbllLt~ for trapping of electrons
in traps haviag a.depth of 0o26 We OrIgo aft* hast 3 figures*
SM COUX: 20 BUM IMM 0810~ Rzrt oo4 OM RE?: 003

I zx V V z; F v ti, F. v -
VIIXN'rffA, N.I.; WX7Zrf=TA&-j&LmP**g-
Oase of contamcination of water supply with sevago. Gig, I wta zto,12t
4-42 D 154. Or& 80
1. Is lbarkovskoy oblastnoy saaltamo spideadologichemkoy stantelt
(VAM SUMT
polIntion by sawage)
(SIVAam
contaulaatlon of water avpply)

r
VXD"I YXQ. U. 16 vrech; WZOVLb;VA. T-T-i vrach; DCROYX'r&V, M.re., khtmiL-
Case of pollution of the minicipal water supply by savage. Gig.
i saa. 22 no.9:86-87 -% 057. (MIRA 10:12)
1. 1z Kharlkovskoy oblastnoy sanitarno-epidentologichookoy stanteit
(WAM SUPPLY
contamination by savage)
(SWAGC
contamination of water supply)

SAVRONSKAYAP A..G.-, BOR1,SOVA, 11.B.; POKFUT;Kly, V.14.
Mechftnigm of the inbibiting effect of 5-bxomouracil wl the
division of bdoterial cells. Zhur.rIkrobLol.,,epid. I immm.
42 noeIN92-9? D 165. 1B", 19a)
1. Inatitut epidemiologli i rrikroblologli imeni Camalei
APIN SSSR.

NIZSAL0VSZKf, J.
Let us utilize favorable conditions for spreading stable manure. P. 5. (Magyar
Mezogazdasag, Vol. U. no. 4,, Feb. 1956 Fudapest)
SO: Monthly List of East European Accession (EEAJ,) LC, Vol. 6, no. 7, July 1957. Uncl.

J.
Y, J - Current problems of m. nuring. 1). 9.
Vol. 11, no. 15/16. Aug- 1956
KATII.R I,';--""ZOGAZ`)A~;"-.G
ArIRICULTUI~j?
I
Budapest, Hun.gary
So: East European Accession, Vol. 6. No. 5. MIaY 1957

NUSALOTSM. Laszlo
Iksks of pharmclon In material conservation. Gymasseregs 9 noo6:
108-110 To Ir4.
(paimor
*mtorlal presem, tasks)

14.11 Y, /) ("", /~~,
HaTURELLI, B.Ye.; NIZYAYN-V-.- D.A -am
A magnetograph with visible recording. Izv.AB SSSR.Ser.geeflis.
ao.8:1064-106$ Ag 157. (YLRA 10:P)
I.LazAngradakly goeudarstvannyy unIvoreltet Im. A.A. Zhdanova.
(14watometer)

SOV/49-58-7-10/16
AUTHORS: Brjunelli, B. Ye ~izw ~cv~. ~- d Zaaonidi, Kh. D.
TITIE: Stabiliser of Magnetic Field (Stabilizator naSaitnogo
polya)
PERIODICAL: Izvestiya Alkademii NaukSSSR, SeriL7a G3ofizicheska7a,
1958, pp 917 - 920 (USSR-)
ABSTRACT: The Ceomagnetic laboratory of LeninCrad Univei-sity
designed an ap,)aratus which diminishes "Le effect
of the exterior electromaCnetic field on the field of
a measuring instru.LiE;it based on the -%iaLi.L,:.tic principle.
The apparatus gener,5tes its ovin elect-,:ic curi:,t~nt in
proportion to the variations of a naGneti~. field required
to be stabilised. The Helwholtz circu-;t iz added in
order to maintain an exact;--lationship betiveen the magnetic
field and the electric current.
Tile magnetometer typc L1--1 is employed as a part of the
design (Figure 13. It waS ;;iodified by the inclusion of
a hot -electric device. The Iiijit of the small car bulb
(15 iso projected onto the plate ('-) by mpan8 of the
2
prism ~2~, the objective)(3) an6 a wirror of the magueto-
meter 4 . The plate (5 screens the photocell (6).
When, due to movement of the mirror, some liLht falls on
Uardl/3 the photocell, an electric curreat will Cenerate.This

Stabiliser of Magnetic Field SOII/49-58-7-10/16
current aft,~-r beinL amplified by (7), is directed to
the coli (8) placed near the magnetometer. The purpose
of the coil is to produce an electromaLxnetic field in
order to counteract the variations of the maguctometer
field.
if (H) denotes tLe field inside the instrument and the
angle of mac~net reflections is k 1H1 the anrlified
current will be i . The field produced by the coil (8)
i0 H2 - The field of the instrument will be affected
by the variations of the Earth's magnetism, as indicated
by Eqs.(l) to (3).
Several types of the amplifier can be used. The simple
type (Figures 2 and 4) will Ave a satisfactory result
but if a higher coefficient of intensification is
required, a more powerful type (FiSure 3) should be
employed.
The coefficient of intensification k in relation to
the magnet deflection of the inztrument, can be calculated
from the Eqs.(4) to (6).
Uard2/3 In practice, the results obtained i~.,ere very consistent.

Stabiliser of Magnetic Field
SOV/49-2-8-?-10/16
The instrument, placed in a building situated in the midst
of a heavy traffic of tramways and trolley-buses, gave a
magnetic stabilisation of 2-3 Y for the variations in the
magnetic field ranginE from 60 to 100 y These variations,
in spite of their rapid character, never affected the
steadiness of stabilisation.
There are 4 fieures and 2 references,lof which is Soviet
and 1 French.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im.
A.A. Zhdanova (Leningrad State University imeni
A.A. Zhdanov)
SUBMITTED: February 20, 1957
card 3/3 1. Magnetic fields--Stabilization 2. Magnetometers--
Applications 3. Earth--Magnetic effects 4. Instruments--
Magnetic factors

ZIMALOV9 L,N.p mWahiy nauchoyy &otrudaLk;,5Z=F, D.A., brUadir
. mokhanikar
Now feature of magmtIo aetivity at Vostok Station. aforim. b1ml. SoT.
aatark. eksp. no.3708-39 162. (IUU 16:4)
1. Arkticheirkly I &#-arkticbeskly nauchno-lealedovatell6kly Institmt.
(Vostok Station., Aat&rctLc&--1Aegnetii=,, Terrestrial)

TIKHOMIROV, ~rachtjNIZYAM .D.A., maldahiy nauchnyy sotrudnik
-- . " .0 --
Warning air for respiration without exterior heat sources. Inform.blul.
Sov.sntark.eP-sp, no.4101-55 163. (MIRA 17:1)
1. Chetvert4m kentinentallngym ekspeditalye.

M yef-7
AUTHORS: Makarov, I. A. and Nizyayev, V. Id. 65-1-3/14
TITLE: Investigations on_U6`mb1ning the SFn-thesis of Methanol
with Destructive Hydrogenation Procesaes. (Op7t sovze-
shcheniya sinteza metanola s protsessami destruktivnoy
g1drogenizataii).
PERIODIOAL: Khiml a I Tekhnologlya Topliv I Masel,1958,Nrl.pp.9-17).
(USSR~
ABSTRACT-. Data on 2 years experimental plant work are given in
which the synthesis of methanol was combined with des-
tructive hydrogenation. These experiments were based
on the idea of replacing the purification of hydrogen
from 00 with an ammoniacal solution of a copper salt
by the synthesis of methanol. The gas (after washing
with Water) contains 5% GO; this content Is decreased
to 1 - 2%. After the condensation of methanol, the gas
is used for hydrogenation. Initially, the methanol syn-
thesis plant was connected to the vapour phase hydroge-
nation plant, by-passing copper-ammoniacal purification
(Fig.1). In the hydro nation plant the petroleum raw
materials are treated Ton the form of a kerosene-gas oil
fractiono vacuum distillate and a mixture of medium frac-
card 1/3 tions of tar from semi-coking and crude petrolewa oil.

65-1-31h,4
investigations on Combining the Synthesis of Methanol with es-
tiuctive HTdrogenation Processes.
Fresh synthesis gas is diluted with the reoirculated
gas to decrease the (10 concentration and to prevent
carbonyl corrosion of the heat exchangers. The ayn-
thesis plant is described. Mean monthly compositions
of the synthesis end circulating gas (Table 1), data
on drude methanol (Table 2) and data on the temperature
diktribution In the datalTat (Table 3) are givens An
Afiftlysis of the plant operation shows that,, with low GO
concentrations, the process can be controlled easily.
k modified plant is shown In Fig.2 when an additional
synthesis column was joined in parallel. Plant operat-
ing data are given in Tables 4 - 9. The water gas still
contained a high percentage of nitrogen# inspite of a
considerable blow-off of the residual gases. In view of
this a scheme was developed in which gas from the methanol
synthesis passes Into an ammoniaaal-oopper purification
plant where it is freed from oxygen containing admixtures
and passed Into an ammonia synthesis plant, where nitro-
. n is converted into ammonia. The is then led to
ge T
the hydrogenation plant (Flg.5)0 hfassacheme was carried
Card 2/3 out in 2 stages: (1) only the ammoniacal copper puri-

VArARGY, I.A.; IUZTAM. T.H.
WIMP"rop"R I 'ww- -
Chmg*-qnr of a combined unit for the synthitals of mthanal and
destrtwtlvo hydrogenation proces"s to exothersda operstl=, Xldue
I takh. toplo' I masol 3 n095-14 AV #58* (MM ntO
(vistfianot) (Erydro'genation)
(Cheadcal reactiong Beat of)

24,2100
AUTHORS: Razanova, N. B, Nizyayev, 11. V.
TITLE- coricerning ,, m-t~jr i -x suLs-ar-e it, t,--'Pv
trodes It". kLetter t.- E.Jit.cvj
PERIOJ?ICAL~ Radlot-ekhnika i elekl- rordk.a, 1~~)60, Vc~l P~, 3,51
352 (Ussp,~)
ABSTRACT: When a vcl-age scmewhat undor lbr~:all~d,~;,.,,-n lr-vt~l Is,
to a vacuum I-ap r.)c-t,.-;een ln~:7, :--C
'urocie material a,: !,,1.1cr,~-prol:rusions car) be expected, -,-Ihere
the field and, ,Gn3equt~ntly, p~,naer--rrc7:cric forcec- are
amplifieJ as compared wirlh thc-ir average val 'ie~, ,Fc,-,d e r -
motoric fcrc,?3 do nct reacr, levels higher th.-an tha
tensile of mcot -~ i roje maer~;- Flr~,vie -: e r,
the requi red at ~he ir,3t-ant I T;!--ed-*L,'].t Y 11-111cr
break,,j-,,.-.,ri may be corisijeraoly ik-lvier a, cer-a~:-~ spc*:Q- J.,le
to micro-cracks caused by 1~he pulling fcr~,e rf - lie
electric ffeld. The authoro o .Dserved and ph7,tcgraphed
Card 1/3 the mc--lior. of carticles of matter leavinic~. ~,I-e s-irface

doncevning a Method at'
Betweet-i Electrodes in Vacuu-.': tc- 'he SOV/ 1 -2f)
Editc)r)
of one ueCaoce-4 i) r d C.
e I ec I- rsode ;.-;f
dyri,/c,,r: u n -1 e rs "I r U
0. 04 -En-c- s e pa ra t,- 1. ria
k
1/0, 1 - , I CI I;--. ;.: "! 1 ~; I ~.- ,
recorded at It'age 'Ippli r
y I 16CQC2 [)~l I" i.C 1 ~.-- "00 J1'~ (' C
machj.rinr~ c-f' eiecl-rcrl-,s. Tiie au~h,lrs thini.,, lh:7,
transfer fDtl~ mar'er was ~n,, reoult. Df ma-~erial
loosenr-d 'cl,y lr;ud T-
should b~ (-t' find a slmiiar-
transfer, ~-ven~ual' 1,y may bo pc-~sibie aioo lbetweer,
obafacv-,-, durlng earlier experi-,--nl~s
,ieen tt,~e nr
that a cerr-ain .c, ~7 e a; r,
v f:)ae a r.- -i *. h- mc!-.a n i cs ~- -c- r-.g I- t; r; tp -
anode ma ~,-? r 1;-~; I -c. P,7~ s s i b -' e *- r. ah e
1~ransfer cf ~;ubs,-ance particles creates a crnl~jc-llv-
Card 2/3 inecilwm f'G-,- in vaculo(j, Dlore lo I

-1e t ho (I a f S u L, z5 t a i-- c e T i afe r
Concerning a I
Between Electrodes in Vac,.i'u:-~, !LeT--,-ev ~-c~ the
Editor)
SUBMITTED:
71717() j
S CI V/ I C" 2 - -f t'
8 references, 3 Scviet, 34 U."S., L U.K., 1 French. The
U.S. and U.K. references are-. if. W. Anderson, Electr.
Engng., 1935, 1-4, 1315; H. G. Heard, E. J. Lauer,
Vacuwm; 1953, 3, 104; L, Cranberg, J. Appl. Phys., 1952,
23, 518; P F. Brc-)wne, Proc- Roly. Soc. B, 1955, 68, 564.
AugLlJt~ 4, ICJ5~'
Card 3/~

NIZIYEV, V.A.
Recent date on the oil and gas potential of the sedimentc subjacent
to the red formation on the Cheleken Peninsula. Naftegaz. geol. i
geofiz. no.8:7-10 164. (MIRA 17:9)
1. Ob"yedineniye "Turkmanneft'".

NJAGUL P. s
Machine Wustry at the 6th International Technological
Fair in Belgrade. HasinogradnJa 5 no.2-.9-10 J1 162.

M,=Vjui-I- r4
ItDiscriminatioa1a dialing- with governwnt employees and others, includIng employees of
economic enterprises." p. 62. (Soci2lia Pplitlk4, 'fol. 3, no. 6, June 1953. Beograd.)
SO: Mfonth13 List 2.f_ Fagig. Filropgan Ar-pessions, Vol. 3, no. 6, Library of Congress, June 1954.
uncl.

maymRovala r :~~_
wOral 8MtOms in Occupaticiml ==ury poimfting,fl ]p. 463. (ARaiv zA Hic;ijEuu nm,,
Vdl* 3S no* 4v 1952s Zegrebs YU9,081AVIA)
SO: I-Ionthl;y List of East European Accessionsp Vol. 20 J8, Library of GoWresv,
Aup.usto 1953) Uncl.

lrjmlmvsxlj. Z.
-
Occupational abrasion and attrition of teeth. Arh. hIg rada
6 no.6:311-314 1955.
1. Zavod a& odontolog1ju Kedicinskog fakmlteta u Zagrebm.
(TIMTH,
abrasion, OCCUP., Prev- Oar))
(OCMATIONAL DISMSIS,
teeth abrasion, prev. (Ser))

35
"',icalty Uhi7erully
Ol ~,Vr

KAUIRSKIY, T.I., luzh.; MMLEPATET-A Z, *.-iAzh.
Constructing a bridge over th4 Oica RiTer; practices of the bridge
construction crew no.1 for making precast reinforced concrete foun-
datloi tubes. Tranap.strol. 9 n*.6:26-30 A 159. (NM 12:11)
1 (Oka River-Bridget-Youndations and piers)

LLRL,L$KlX. S.; NIHODIII, I.; KIMMO, L.
Radiographic study of X-ray photoelectric emission. Zhur.eksp.j
toor.fic. 30 na.4:780-781 AP 856. M" 9:8)
X, Xiyevskiy goaudaretymyy univ6rattet.
(L-ray speatrageopy)

Iltr,-- L, prof.; K&OOVICIU, 1.
Some phenolic-reei" se-mble in vegetable oils. III. Cyclabexyl-
phenol-formaldehydic resins. Studli chim Timiscare 8 no.3/4:275-
Z79 JI-D 161.
1. Hembru al Comitatulul de redactie, "Studii si carcetart,
StUnte chimics" (Timisoarm) (for manu)-

CZECHOSLOVAK I A/FAST Gedl-TANY
, _ SCIL~1111',, G., JIMOVA, V.,
HEHINGOVA0 A., KOLD07SNX,,-.Q., JXQ&
BMIO'A, H.# CHY7=77-.. r-Ainaldn' m.-B, Institute for Care of
1 0
140ther and Child, Physiological Instituto, Microbiological
Inatitute,.Czachoolovak Academy of Sciences (U3tav pro Foci o Matk~i
a Dits, Oysiologicky Ustav, ?4ikrobiologicky Ustav GSAV) Prague;
Nutrition Institute (Institute fur Ernahrung) 3ahbrucke.
"Activity of-Beta-Galactosidase of Jejunum Homogenate and
Fractions of Microparticlos in 14 Day Old Rats."
Prague,-Coskoslovonska Pysioloirie, Vol 15, No 2# Fab 669 pp 69-90
Abstract: The jojunum homogenate has maximum activity at PH 3.5.
the Me-roparticle fraction at PH 5-5. It appears that two
beta-galactosidases are present in the jejunum. The two show
different affinityfor various substrates. I Figure, 4 Western,
I Gzach reference. Submitted at "16 Days~.,of Physiology" at
Kosice# 29 Sep 65,

~1: SLIC-iIiiU I., "i -~ Al I L3 '..G !,I' E
VOL. 31, no. 5/0, Dec. l-)5",
Noack, W. Some examples of the use of electtie methods in measurin- inechanical
valuns inatute of Amiculturul Enginnerinp in Pornhilm. t,. 261.
Yonthly List of East EurorN3an A ccessioA (EEAI), IL, Vol. 8, no. 5,
MaY 1959, Unclas a.

NlCOZAU,,S t. Gh. &cad.; G&SPAR.X.-._XOJLGHM.G.
Antistreptolysin 600 In some derveitoses. Rummulan M. Rev. 3 no-3:
83-64 ji-S 159.
(ANTISTRAMLYSLV.blood)
(BUMTOL4DGY)

ACC NRi SOL-aCE CODE: UR/0317/65/000/003/0038/0039
1*7004.58
A10-17OR: Noagiu, G. (Engineer, Major in Rumanian People's Army)
ORG: none
TITLE: A 24-channel semiconductor [telephone installation)
SOURCE: Tekhnika i vooruzheniye, no. 3, 1965, 38-39
TOPTr TArq! multIchannal talenhane nvatem- telenhone ecuiriment.eA04'
T
ABSTRACT: A 24-channel telephone terminal for use in coaxial cable or ultra-short
wave military radio transmission is described. It may handle 23 one-way and/or
11 two-wwl conversations. In each case one channel is reserved for synchronization,
since the channels with pulse amplitude modulated signals are time multiplexed. The
speech bandwidth of each channel is between 300 and 3400 cps. The 8-kc system clock
allots 5.2 Usec for each cha-nnel during each clock period. Only 3.7 usec, are used,
howaver, to prevent channel interference. Other characteristics of the system are:
S1\ ratio is 65 db, channel separation is 65 db, input and output levels are 0 and
0.8 nepers, respectively, dc, power consumption is 50 W, and dimensions are 602 x 390
x 1654 rm. The terminal is divided into two parts, which are fuactionally inter-
changeable. Orig. Art. has: 1 figure.
SUB CODE: 17/ SUBM DATE: none

NOAK. Kh.. &ate.. &olctor ae&ttatay.
1-1
Activitr of the Obstetrical-Gynecological Clinic of ZGipztg
Universitr. Akunh. i Cla. 34 ao,1:116-220 Fa-r 058.
- (KIRA 11:4)
1, It skusheralco-ginelcologichealcoy klinikl (dir. - professore doictor
neditsiny R.Shroder) Leyptsigskago universitets.
(CLINICS
Obst.-Gyn, Glinto of Letpaig Univ., Germany (Run))

HOAM 9 R
Vork, practice of r1tv bakeries using gaaamm fval. XhUb. L kond.. prow.
I ~ mo.3 02-i-33 Nr 157. (KNA 10:4)
1. Kiyovskly treat Ukrglavkhleba.
Mov-Bakers and bakeries) ((We as fuel)

NOBL&J.
3zigatcoop, model farm of the Gollege of Horticulture andViticulture. p. 281.
(Agrartudomany, BWapest, Vol. 6, no. 9, Sept. 1954)
SO: Monthly list of Fast Eurap"n Accessions (EM), LC Vol 4., no. 6, June 1955 Unal

1. The il-,ost Irrportant, taslvo of our for- ro(~uctiw
T~t the Hungarian Amdemy of Seienc ~s. (To 'cw, c~-.ntd.) p. 61.
'Vol. 6, no. 2, Feb. 1956.
AGRI, FiTUDOXIANY.
AGRICULTUR--~,
Budapest, Hungary
So: East Europ,--.an Accession. Vol. 6, No. 5, May 1957'

KOBER, Imrs
--
Let us learn frcm one anotherl An exchange of exMrIence between
collective farm- tFAt IaP 12 n0-13:11 12 JI '60- ,

ITO= I r=e
Gyorujfalui a vl2lage in 1960. Elat tud 15 no.25:7W-791
19 ja 160o

N(I)DIR , Imre
The world of greer-hcuses. j.echnika 8 no. 4:8-9 Ap 1~4.

NODER.. I.rrfi
"Fruds-at" ?, 0, 164.

CZECHOSLOVAKIIA
,,L,1VLCVA,, I-%; 1.103ILIS 1-I.; Lticiva, Mational Enterprise (N.P.
4 . )
PraSue; Res of Natural Drugs (Vyzlcurrny Ustav Pri-
rodnich Leciv)v Prague.
"Undesirabld Factors Affecting tho Stability of Insulin Prepara-
tions."
PraCue, Ceslcoslovenska Farmacie, Vol 15, No 9, Nov 66, pp 504-505
C_~ _7: The effect of direct
Abstract /Authors' English summary modified
light, frFst, high temperature, and the quality of rubber caps or,
the stability of insulin prepa.rations was investigated. Frost,
darmagas insulin; so does a te-nparatkure Of 700C evon during a bric-f
exposure. Direct light lowers tne stability. Only stopners which
do not contain substances reactive to the drug can be recommended.
2 Figures, 4 Czech references.

X001a., ZWV2"j mgr. inz.; Smimi, xerzy, mgr. inz.
Model studies of the taking uP of wator frcm the riTer intae
in the bay. Archiw hy&otachn 9 no.1:61-73 162.
1. Instytut Budownietwa Wodnego, Polska Akademim Nauk,
Gdansk, u1., Majakowskiego Ile

NOBT,S,, WIddyslaw; ROZABSKI,, Ja=z
Application.of palisade d5ke dam as protection of a cofferdam
against underwuhing,, based on model tests. Rozpr hydrotechn
no.1107-72 162o

~Oslsp A!47.01als mgr*fflinze
Hydraulic model inveot1gatiors of ground protection in the Mgicn
of the I Route Gate of the Piet Channel in Stettin. Coop wwIna
22 no,92:79 F 462.

NOBIS, Vladyslaw
Hydraulic model studies on lake water cooling for power
station purposes. Rozpr byirotechn no. 14: 41-54 163.

KOBTSZY Fereno
=5
Otw place in the contest for the title of socialist factory.
Eeinka 13 no.9:16 S t63.
I* Allami Pincegazdasag ifjusagi War-brigadjamak vezatoje,
Budafoko

NOBLIP Be
22343-Noblft Be xifttlka snolimerimtsil I 1~v Moperimntal, NOYS, isuchaa%re.
(Sakr. Fw. SUt I I EE. HvIvMcq Be Nob2ap a. We Vat*= Xz V. of polymer isal. Is,
2p 96. 2, 1947). M.M. MEkWy2ar. Vlaalwaol4balyor. Sbysdinanly*y VV- St 1749,1
S. 42-46
SO: 14tapts I go. 30 1949

KOVTUN, A.kq,_N~BOSELOVAO S.M.
Establishing an alternating electromagnetic field over a stratifi'~'
homogeneous medium. Uch, sap. WU no.286:174-184 T60.
(HM 14:3)
(Electromagnetic prospecting)

ROBRODOVO VoKs; SGOLIVO &.K,
mambaft
loot for prossuro aastlag amll soaferrom motal paru~ Lit*
pratir, no,5tlO-ll V (MaL 696)
4y 155 0
'(D10 castIM) (70=417 sacklaort and mWpllos)

1. FUSOVIrSiclY, EXA.; F-7.1RZIA"MOVAS D.G.; INOBYAK, N.K.
2. usm (6co)
4. Diphenic Acid
7. Investigation of the reduction prolict of 6-nitro-diphenic acid, B.M. Krasovitskiy,
D.G. Pereyaslova, N.K. Kobiak,, Ukr.khlm.zhur. 18 no. 1, 1952.
9. Month List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.

-- NOCI. T-Greffa. .--. Now
The"iorld roderation of Trade Ulmlons fIghts for sTmI pay for
equal vork. Tsex. prof odvigh. no,5:29-32 Yq '56. (an 9:8)
(women-Imployment)

NOCOUt H.F SIRAKOV, L.
A prectses, convenient and simple micromethod for determination of
urea. Swrem mod., Sofia no.2:100-104 161.
f!
1. Katedra po andokrinologiia I WIWI na obmianatap Institut za
spetsialisatsita i usurwahenstmmo na lakarits. (Rukaw. ra
katedmta prof. Iv. Penchav.)
(URFA chemistry)

P()Fovt L.; MOCHNU M.
Determination of todemla. Suvrem mad.,, Sofia no.4/5tl5l-156 161,
1. Is Katedmtst po andokrinologita I bolesti n& cbmianate pri Insti-
tuta za spetaimlizatalla I um1=ffb8nztTuvwe n& lakarite . (Rukovo.-
ditel na katedrata prof. Iv. Penchav.)
(IOMHE blood)

NOCHUA, M.-. OBRE'TEKOVAP KN-., krushoebalaRK&
Modification of the entywatle activity of amylagre, phosphatass and
cholinesterave under the Influence of hypnotic and sedative drugs
(sodium bromide, luminal a-odium, Oloral bydrate, methane and sodium
anytal). Swrr. mad. 12 no.67540 161.
1. In Katedrata. po bloNdmi'A pri Visahita meditsinaki Institut,
Soffia. Mftyodttel w katedrata pror. B. Kolahsv)
AMYSE zwtab) (PHOSMTASE metab)
CHMMTEUSS metab)
HYPNOTICS UD SEDATIVKS pharmacol)
i

MOCHEVA9 K.
Vdatabollm of protein-bowm& capra and their role in endocrine
diessses. Suvr. mod. 12im.12:13-101 161.
1, Is Katedrate po endoh4welogiia i obaiana na vashtest-vata
pri ISUL (Institut za apetalalls#%taila I usuTarshsnqtv=mne
na lelarital (Hakay. na katedrata prof. Iw. Penchav).
(ENDOCRINOLOGY) (PROTEIN MITABOLISM)
(CARBOHYDRATE K&TABOLrSW)

PCPOVP A.; NOCRETA, M. (Bolgarlya'
Functional nVite of the thyroid gland In ende-mic goiter. Probl.
endok. i gorm. 9 no.6:rO-;:5 N-D 163.
MRA 17: 11)
1. Tz kafedry endokritiologit J. boleznoy obmena veshchestv Instituta
spet-S lull zats it I uu over a h mis tvoian tya vrachey (dir. - prof. I.
Ponchev).

1OW
AUTHOR: Noohevkina. I& I0 SOV/20-126-6-18/67
iL~
TIT"Ps on an Approximation Method for the Investigation of Plane
Turbulent Flows in Nagnatio Hydrodynamics (0 priblishennom
netods issledovaniya ploskikh vikhrevykh techeniy v magnitnoy
gidrodinamike)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Ur 6, pp 1220-1223
(USSR)
ABSTRACT: The present paper considers the plane steady turbulent motion
of an ideal compressible liquid which is exposed to a magnetic
field perpendicular to the flow plane. An investigation is made
of the interaction of magnetic and hydrodynamic phenomena of a
conductive medium with infinite conductivity, and the determi-
nation of the main parameters of the medium is made mathemat'__
cally in the form of solution of a nonlinear system of partial
differential equations (1). From the equations of continuity
and the field equation, equation (2) is obtained, and by
substituting the latter into (1), the equation system (3) is
expanded. This system is equivalent to the system of the common
hydrodynamic equations in the equation of state (4). in the
Card 1/2 latterg both the pressure of the magnetic field and the gas

on an Approximation Method for the Investigation 3011/20-126-6-10/67
of Plane Turbulent Flows In Magnetic Hydrodynamics
pressure are taken into account. Investigation of the medium
properties ia carried out by integration of the equations (6).
New variables are introduced, and the differential equation(26)
is then expanded, from which the stream function (27) is
obtained with Fourier's method. There are 1 figure and 2 Soviet
references.
ASSOCIATIONt 11OBkOV8kiY gosudarstvennyy universitet im. M. V. Lomonosova
(Kosoom State University imeni M. V. Lomonosov)
PRESENTEDt March 6, 1959, by L. A. Artaimovioh, Academician
SUBMITTEDa February 5, 1959
Card 2/2

NOCHEVKINA I I. , Cand. Phys-Ilath. Szi. (disc.) "$'Ollie Plar.0
M
laske of Mar,-netic Hydrodynamics." Kh.arlkov, laCl, 6 pp (Khaz-1-1-ov
S
1,
-ote UnIv.) (KL Supp 12-61, 252).

P.2
VS.)
AUT-11ORt Yochevkin&r 10 Is
s/ias
j61/ooo/ool/006/005
B104/B203
TITLE:: Some problems of magnotohydrody*namias with regard to the
finite conductivity of. the medium
PERIODMAIC. Testnik Moskovskogo univeraiteta. SeriYa 3, fizika,
Astronomiya, no. It 1961, 49-55
TEXTc The &uthor suggests an approximation method for studying the para-
meters.of & plane steady motion of a conducting gas taking account of
"magnetio" viscosity in the presence of a magnetic field perpendicular to
the direction of flow. With
rot (v n vtfts; dl %, ff- = 0;
(U*V) UO VP* + div 0; ps f (pe. Ss).
the author gives a system of equations for a plane steady motion of an
ideal compressible liquid of finite conductivity In a transverse magnetic
field H - H(O' 0, H). Here, 7) c2/4Vc* is the coefficient of magnetic
Card 114

S/18`61~010201~001/006/009
Some problems of magnotohydrodya'amios.ee B1047B203
viscosity# f* VH*2/Sr Is the volumg density'of electromagnetic forces.
By Introduction of the dimensionless parameters
0 Pe Pe
P
F, ;;;,r ;. X -
'r~ a*
(2)
Ira ra
may at ropresenrced.1ft the form@
rotj;ftj--'r'Vt1?: d1v7r-O:
-jP; d1v (9F) :p 0; P t= (3)
where P p + TI'VOT is the total pressure of ras and magnetic field. It to
shown that this system for V - oonst and div H - 0 can be studied by
methods applicable to pure hydrodynamic potential flows. If, however,r,
must be regarded as a function of an independent variable, e. g., r'(T).
r7 a method developed by the author in a previous paper (Ref. 1: Nochovkira L I,
DAH; SSSR9 126* 6, 1959) must be used for the study. As an example, the
author atudias the outflow of an ideal compressible liquid from an
infinitely large vessel with the existence of a conductivity gradient in
Card 2/4

aL
S/188JG1/000/001/006/009
Some problems of magnetohydrodynamics... B104/B203
the direction of fl'ow. It is shown that the methods developed in hydro-
dynamics are also applicable to cases where magnetic viscosity is constant
or has a gradient in the direction of flow.' This approximation method can..,
also be used'to study an ultrarelativistic motion of conducting media In
the presence of any magnetic field. Here, the notion of a relativistic
gad must be described in the form of a zero equation for the divergence of
the mechanical and eleatromagnetia energy momentum tinsors. It Is shown
that with any magnetic field it is sufficient to study the modified energy
momentum tensor of macroscopic bodies, comprising the additional enthalpy
wt and the additional pressure pl. w' and p' are indicated in
2
+ P ZL -(0 (21)
4- Ct 44, 16r-12 0
Here, Pik are the components of the tensor of the electromagnetic field in
the reference system KI to which, at a given instant, the gas elements are
movIng at a relative velocity u. Finally, the author studies the par&-
meters of a plane steady flow of an ultrarelativistic gas in a given
magnetic field with conservation of isentropic conditions by the method
~developpd by him in the preceding.paper, The study is carried out for an
Card 3/4

S/188 61/000YOOI/006/009
Some problems of magnetobydrodynamice... B104 B203
infinitely small gas element in the laboratory system KIp and skows that a
magnetic field perpendicular to the flow does not disturb the isentropy of
-the flow of an ultrarelativistic gas.' An arbitrarily oriented magnetic
field, howeverp disturbs the isentropy in general. Chaplygin is mentioned.
There are I figure and 4 Soviet-bloo references.
ASSOCIATIONt Kafedra statistichaskoy fiziki i mekhaniki (Department of
Statistical Physics and Mae
panics)
SUBMITTEDs June 29, 1960

- INOCHKVKINAO I.I. (Nookya)
Supersonic flow of an ideal fluid around conical bodies at a given
angle of attack. Zhur. vych. mat. i mat. fiz. 1 no.1:144-150
Ja-F 061. (KIR& 14:8)
(Aerodynamics, Supersonic)

. %t
'. r.
:Tc~~ h . P.: 11!3,v-~riall (*--co-ioi;dr.,-,~,~e-).-r-1, phic ::oLcaw,
1~'55- In:7t of Acad ".-'Ci (Dl.--r,~-rtation for tlic of
Can.-IldAp of G-01TRAFUC',L ~:cicncer)
'.0: ,,,'nizhrmvn lp-to-)irl i;0- 51, 10 Dnt--rlIb'-T I)r,'
-1

UMMMM , kamd.geogr,muki, NIKOHOU, I.I.
Chanva in the structure of the machinery industry in the U.S.I.
durinC the postwar period. Test. wash. 42 no.6:69-73 -Te t62.
(KnU 14:6)
(%Lted States-Machinery industry)

IOFFEp YaA.8; MKONOVAl I.I.; CHMTKOp V.F.; NAIDENOV, G.N.; ZIMINj
NESTMOV, L.I.; KISTkl,'.,CV, 141.1.;
RUDROV, V.14.j FAK, G.V.,, red.; PONCUMAO A&A.# takim, red.
[Structural changes in the industries of the United States,
Great Britain and German Federal Republic in the postwar
yegr]Strukturnyo imenanita v prorjohlennosti SSM, Anglil i
Mvposlevoemr1e gody. Flook-va# EkonwAzdatp 1962. 417 p
I (MLLA 15:10;
1. 14oscow. Ilauchno-issledovatel Skiy ekonomicheskiy inatiti t.
(United States-Industries) (Great Britain-Industries)
(Germary. West-Industries)

GHERTKOV Valentin Fedorovich; NOCHEMINA, Luiza Petro_ PU, G.V.,
red.; GERASIMVA, Ye.S.v takhn. red.
(Structure of capital investments in the industry of the
U.S.A. and the Fedirral Republic of Germany] Struktura pro-
myshlennykh kapitalovLozhenil SShA i FRO. Moskva, Ekonomiff'-
dato 1963. 210 P. (KIRA, 16:5)
(United States--Capital investments)
(Germany, West-Capital Investments)

RUWJWL/glectricity - Matter with Metallic Cxiductivity. G
Abs J.)ur : Ref Zhur Fizika, 11-) 10, 1959, 22974
Auth.)r : CiDrascu, F., Nx!imp, M., Oncescu, M.
L-.5t
Title Specific Resistivity of Tain Layers of Tin
OriG Pub Rev. phys. Acad. REU, 1958, 3, N-) 2, 107-118
Abstract A study was mde of the resistance if layers of tin )f
thicluiess of 0.1 to 200 riilliuicrons as.functions of the
teij.)erature and if the thic~aiess of the layer. ial the
measuremeats were carried out in a vacuun of approxim-
tely 5 x 10-8 m niem~ry. Ilie nothad of the neasureraents
was previously described (Ciorascu F. and others, Revue
de Physique, Acad. FRP, 1957, 2, Ho 1, 59; No 2, 199).
The layers, sputtered in a substrate at a teoperature of
7'P K, amquire a r=sureble electric cx-Auctivity at the
thickness of apprDxirately 0.1 millimicrons, while layers
sputtered an a substrate at 2930 K acquire it at a
Card 1/3

RUWLIITA/Electricity - Katter with Metallic Cinducti-Aty. G
Abs Jour Ref Zhur Fizikao No 10, 1959, 2n74
thialmess of 5 millirderons. As the thickness of the
laypr increases, the specific resistivity first dini-
aishes rapidly, and then more slowly, reachinG a, value
of the specific resistivity of the bulk specinea~i for
layers of the ftrmcr typp at 6.5 vIllinicrona, ond f3r
layers of the second type at 150 millinicrons. Fron
amonG the layers havinrr the eame resistivity, the one
Vilich Is sputtered oa a substrate with hidier t1inperature
has the Creater thickness. The auth:)rs explain this phe-
n:~mea= by the fact that the redi2ction In the sibstrate
entails a reduction In the miCTatian of the atoms and a
formatim of a salid layer. An the temperature af the
substrate is Increased, the EdgratLan of the atoms increa-
ses and contributes to the formation of Lranvles that arc
isolated frm each other. A study of the char.1,e aad re-
sistance Of thin laycre as a f=ction of the te-4arature
has shown that with Increasln,3 temperature the resistance
Card 2/3
- 61

HASUW,, L.A.g inztr.; FEDOROVA,, I.Bg, kand.tekhn.nauk (Koskva),-
SOMM, &.H.,, gosudarstremVy sovetnik yustiteli ir k1mea;
SMTM9 H. (Gortkiy)
Proteot naturep the storehouse of health. SdorovIe 9 no.3tl6-17
Hr 163- (VOW RIVO-VATER POLLUTION) (KIM 16:5)

1 1
1OCKA, -:.
1
11ow to conserve acorns.
i
p. 28 (Fer Bujqesine Socialiste) Vol. 11, No- 9, Sept- 1957. Tirane, Albania.
SO: 1-Ionthly Index of East European Accessions (EEAI) M, -Vol. 7, '10- 1, Jan. 1958

r
L 31845-66 2 JE
ACC NR* AP(021322 (A) souam cows Po/basi/65/m/003/0
AUTHOM ;sUmewl2j, i.; Ha!djzjr. ;p Ciackme ;.s, Cyganklevics-Slennickap .1
Goraka, A.; Habonstrot C. I Klimk, -11. 1 xldpm~&-& T. - I KEro2llt-jitr -/j
- tepartowlM cd WD, &.; "96 .1 coils lit FAYAOWMAJA PAUX-, V I Fffr"Al-L
C.1 Pogorselsks, A.1 Radzinoki e - I Sikora, 0.1 Torech,
-1j; wavr!Msks, .1 Vce
04G' -1-ffs-t1wo-of Ba tio OgYg PIH, Voirsaw (ukl&4 R&ktsrIoloC1I)j Regicnisl and
Vadt*rlqlczIc,L*bor*to!Z, No. 3, FSK, wraclase (Labcratorlum BaktarlolodevW)
TIMs Antiblotke-resistant. strains of Streptococcus vIrldens, Str4ptococcus recalls,
Zscherichi. coli'la Psaudoacalts Aerugiftwat Proteus species and Klabstells speciest
Isolated in Poland in 1960-1963
&OURGEt Prreglad apidemlologlexny, v. 19, no. )v 1965v X9.3i3
TOPIC TAGS: bacteriology, penicillin, strentomycla, tetracycline, erythromycin,
necaqcln
ABSUAM 5ensitivivedtS Of the above 4tcGInG taro carried out in respect tc peal-
Gillin, xfrA9&QQPfQ. tetracyclines, chlarasphenical, erythromycin ad twowd". It
was found that resistance to antibiotics In Straptococel' differed Cron that in Greek-
negative bacilil. Streptomccus recalls was found highly r4siatant to penicillin aid
erythromycin. Appreciable resistance to all antibiotics we noted In strains Identift,
as Straptecaccum viviiians. Resistance varied.accordlac to samples end territorial dI&
tributlen. Experlmants Uere conducted to 11 centers throughout the country almultans-
ously; results were comWed with these obtained to an Ldonq NXPWIN"ftl movies 11
a singJA hospItAl savironment. Orig. art. hoes 2 tabled. ~--*
618 AMP. 0V SUOK VAM nom/ ORIG Mrs 001/ OTH Wt 001

W
IitF7.t7YhSkJ J., C~zmpckl 9, 1)3t,~Lnm~f C.._140006 P Paczeiniak.'
F
tat Design oTrsW dwt NUCIOA
35 000 TDW z, siRmnlil );I-
,Pr*)ekt kQncepcrjny WornIkowego
dravq". BudownfctNvo C4crV(;vwe. No. 4-5, 1958, pp. 04-60, .4 figs-
the authors give an Idea of a " Mish nuclear ship. The note
ftidudm, con-,aructlorsal -&-scOption, Ommeterlattca and spacial orran-
goment of the stknp, power unit (st4ection of the type of 'reacior,
tbaractemitlcs of the primary cIrcuk6tion, secondary circulation, main-
drive,instntlation, efficiency, auxiliary, machanbAns. pnemtor of NC
itcam, 'cmer-gerwy- drive). Utilization probImm are abo Introduced
.,,~'togeiher wlu~ a c,~-nyporatlve analysbr of 00MVIn[le ifteOU of nuclear'
"hhnJ conventional dtim v:5 e!)Dlfed to a 35.000 0A tanker.