SCIENTIFIC ABSTRACT NAZAROV, V. A. - NAZAROV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Virology. Human and Animal Viruses.
Abs Jour: Ref. Zhur.-Biol.$ 1,10 7# 1957, 28723-
Author Shen, R.M,,, Orlova, N.N., Turevich, S.T., Nazarov,
V.A., Betelyuk, M.I.
the same strain and is somewhat higher than the standard
phenolated vaccine used for animal i-inization. The
authors recommend a dried formolvaccine treated by cal-
cium phosphate for veterinary practice.
E-3
Card 2/2

NAzium, V.i%.
Chung"s In conditioned reflox activit.7 in
exposed to the long-term effects of Sr90.
13-17 S '59.
(STAMIUN radioactive)
(RHYM VOIWITIOIFAD radiation
offspring of dogs
Wed.rad. 4 no.9:
(MIRA 12:11)
eff)

NAZARO-V, V.A.
Disorders in the higher nervous activity of the progeny of dogs
previously exposed to prolonged chronic internal irTadiation by
beta rays of Si-90. Hadiobiologlia 1 no-3:IJ2-417 161.
(MIRA 14: IV
(STROIITMS.-ISOTOPES) (CEREBRAL COWIX)

NAZAROV, V.A.
Conditions of the centrcLi nervous system in acute uranyl nitrate
pois=ing. Mled.rad. 6 no-4185-,Wl 161- (KIRA 14:12)
(URAIM NITRATE-PHYSIOIWICAL EMCT)
(ITERVUUS SYSTEM)

Oh 7
S/205/62!002/002/009,01 S
1020/1215
A U THOR Nazarov. V A
TITLE beviations in higher nervous activity in the second generation offspring of dogs subjected
to chronic internal irradiation with fi-rays from Sr90
PERIODICAL Radiobiologiya, v 2, no 2, 1962, 287-292
TEXT The effect of internal irradiation on the second generation has not been sufficiently studied Adult
male and fcmal,: dogs received, with food, 0.2 microcurics/kg of Sr90 daily. Females received it up to the
moment of birth for a total of 140 microcuries/kg- Unlike their parents, the second generation (ncphc%%% and
nieces) did not reveal cowardice or a weakening of the tentative reflex The conditioned reflex to a moderate
stimulus appeared in those animals even sooner, but the same reflex to strong stimuli %43-, evoked Kith
difficulty The evoked positive reflex was not exact because of a diffusion in the excitations I'lic %trength
of the conditioned reflex response during the latent period, difficred from that of the control animal,, because of
inertia of the excitatory pro,:css, The inhibition and gross differentiation feature% were the Samc its in
control animals. Fine d iffercrit tat ions were developed with difficulties in the experimental animal% thr
extinction of developed conditioned reflexes was in male dogs similar to the control animals, but it sho%ed
certain difficulties in the females The greatest difference appeared during transformation of two conditioned
Card 112

Deviations in higher nervous activity in
S,,205 /62 -002 002 W9 011
102011215
stimuh from positiveto negative The predominance of excitatory processes and the susceptibility to irt adiat ion
in the dogs of the Ist and 2nd generations, greatly resemble the behavior of 3-4 month old pupple" rct:civcd
from non- irradiated parents. This indicates that the offspring of chronically irradiated dogs develops functiona)
cortical defects which are less obvious in the 2nd generation There arc 2 figures
S U BM I FTED August 18. 1961
Card 2/2

WUROV, V.A., irjzh.
Using U,-,i3ft-150 tring equip=ent In e--ect.'.-.r TI -v ' *'-- -j .
Stroi. i dor. manh. 10 no.2:1-2 F 165. X:RA

I
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84-5-2,./42
AUTHOR: Nazarov, V.
TITLE: Expansion of Local Air Routes (Razvivat' mestnyye vozdushn.,rye linii)
PERIOVICALt GrnzhdanRkayn Avintslya, 1957, Nr 5, pp. 12-113 (U3SR)
ABSTRACT- The article calls for the development of the local network of air
routes, for heavier planes, and for the study of the economic needs
and traffic frequency of each region. During the last 5 years, the
length of local air routes increased by 20,000 km. Air routes connect
larger administrative centern with regional ones and with Industrial
and farming rayons, especia.11y with the most distant localities,
with which no othor modern conuiunication lines exist. The article
gives the Yakut A3SR as an example. In the Kazakh SSR, 16 now routes
with a total length of 4,000 km were established; now planes fly to
60 sovkhozes. In Altay kray and Chkalov, 3ara-,ov and other oblasts,
traffic to a number of virgin-land sovkhozes aiid kolkhozes is main-
tained by planes. In the Kostroma oblast, the number of local air
routes has grown from 4 in 1955 to 13 in 1956: in October, November
and December of 1956 the planes carried 10,700 passengers. Better
planes are being used, some of them heated and equipped with radio.
Larger carriers fly where traffic is heaviest, especially in the
South, South-East and East, and between Moscow and some neighboring
localtties. jn 1956, as compared with 1955, the total flight ~urn-
Card: 113 over (in ton/km) increased 50 per cent, passenger transport - 0.5%,

84-5-Z4"4'1
Expansion of Local Air Routes (cont.)
cargo transport - 49.5%, mail transport - 15.7%. On local routes,
passenger traffic in 1956, as compared with 1955 increased 40.3%,
cargo traffic - 29.5%, and mail traffic - 36.3%. In spite of this
increase, local line traffic is still far below the needs. Not orLly
Is the service bad, but on certain routes,especially within the
Krasnoyarsk and Fast-Siberian Territorial Administrations, the fre-
quency of flights is low and flights are irregular. Within the
Georgian Territorial Administration little attention is paid to local
U
lines. This is also true of the West-Siberian Territorial Administra-
tion; for instance, there is no air connection from Sverdlovsk to any
other part of the oblast, although such connections are urgently needed.
Within the Ukrainian Territorial Administration local airport facilities
are poorly developed and service is unsatisfactory. In North-Caucasus,
the Ukraine,and the Volga Region the regularity of flights on local
lines is moat unsatisfactory in spring and summertime, due to the fact
that the majority of planes serving this area are mobilized to help
fight crop pests. More routes, better frequency and definite regu-
larity are the tasks of prime importance. Even in those regions such
Card: 2/3 as the Tatar ASSR, Kostroma oblast, Vologda oblast, etc. where Ue

P4-5-44/'.2
Expansion of Local Air Routes (cont.)
local air network Is well devnloped, fbrther possibilities of increasina.,
passenger traffic nevertheless exist. It is urged that the authorities
of the GVF make full use of all available aircraft.'
AVAILABLE: Library of Congress
Card: 313

2 -" 0, ~
AUMO!R: Nazarov, V. 84-i2-lo/49
Trm: Perfecting nying Skill (Bovershonstvovat' letnoye routerstvo)
PERIODICAL: Grazhdanskays avistsiya, 1957, Nr 12, 9 10 (USSR)
AMTRACT: The suthor criticizes the training level of aircraft camandars and
pilots of special-purpose aviation. He stresses the necessity of
stricter supervision, better organization of preliminary training of
young pilots and on-the-job refresher courses for old pilots and com-
waders, especially in connection vit1k, the nev equipment nav In
process of introduction, such as the An-2 and the Yak-12 type planes.
AVAIIABIZ: Library of Congress
Card 1/1

sov,
AUTHOR: Nazar(--.v, V.
TITLE: In Iran ~.V lrarc~)
PERIODICAL: Grazbdan skaya avlatslya, 1958, Nr 9, p '.ITSSR)
ABSTRACT: Thls Is u titf,ry atout tY-,e operationu of a task fur"!e of
lu An-2 agrlc-iltural air,-. -aft sent ~o !ran tc t-,elp fight
locusts In tt-,f of Da ulatabad. Seydabad, Bek.),ramabad,
and Bart sir Sugao Reflrery. Tl-.e base cf ttp operations
was at K..-~rmar aJrf,leld. Tao p"-,:tcg--apJs a--c,-r,,-any the
text .
Card 1//l

S( V184-58-3-3/52
ALYMOR: Chief., Directorate of Special Purpore and Aerial
Photography Aviation, GLIGIM
TITLE: Tovard a Better Organization of Agricultural Work (Organizovanno
provesti aviatsionno-khimicheskiye raboty)
PERIODICAL: Grazhdanskaya aviatsiya, 195 Nr 3, pp 1-5 (us-SR)
ABSTRACT: The editorial deals with achievements and shortcomings of agricultural
and other special purpose air op!rations daring 1957. It contains
Instructions for the coming spring and summer work season of 1958.
Problems such as selection and formation of crevs, technical fitness
of equipment., organization of work; cooperation between airmen and the
representatives of the customers, and stationing and shunting of
aircraft between andwMin Territorial Administrations are discussed
In some detail.
t6SOCIATION: Upravleniye aviatsli spe-tsiallnogo primeneniya i vozdushnykh
S"yemok GUGVF (Directorate of Specisl Purpose and Aerial
Photography Aviation, GI.GVF)
cam 1/1 1. Agriculture 2. Aircraft--Appiication6 3. Aviation personnel
--Performance

gAZAROT, Tilctor Apollonovich; LAWROV. Lev Davydovich; GRIGOROYNVA, A.I..
red.; G(RIKOVA, Z.D.. takhn.red.
(Aeronautics In agricultural Ariatsile v sallskom khozialetva.
Koakvs, Gos.isd-vo aellichoz.lit-ry, 1960. 94 p.
(Aeronautics in agriculture) (K IM 13: 7)

HAZAROV. V.
Aviation in agriculture. Kr7l.rod. 11 to.3:3-4 Pr '60.
(MIRA 13:5)
1. Nachnllnik Upravlenl7s aviatall spetsiallnogo ;rimpnei3iya
Grazhdanskogo vozdushnogo 'Iota.
(Aeronautics In agriculture)

VAUROT. T.
The second spring of the seven-7ear plan. Graxhd.&Y. 17
no-3:1-3 Kr 16o. (XIPA 13: 6)
1. K&chsLllnik upravleniye, aviataii spe tsiallnogo prizenenlys i
vosdushiqlch m8yemok.
(Aeronautics in agriculture)

NAuwvt V.
fields producing high crop yields an the pride of a iatore. Grazb.
av. no.3:14,15 Mr 061. THIIRA 1103)
It Reeballnik Upravleniya aviateii spetsialinogo primeneniya J
vozdushnykh slysmok.
(Aeronautics in agriculture)
-4

q-kWpVp V.A.
Aeronautics in the agriculture of socialist countries. Zasbch.
49t. ot vred. I bokU 6 no.9s53-59 3 '61. (MIRA 16s 5)
1. Nachallnik Upravleniya aviats1i speteprimeneniya Grazhdanakogo
vozdushnogo flota.
(Aeronautics in agriculture)

NAZAROV, V*A.
IFOrty Years in the service of agriculture. Zashch.rast.ot Trod.
I, bol o 7 no. 4814-17 Ip 162. (KM 15:12)
1. Nacballnik ypravlenlya aviatail spateprimeneniya i vozdushnykh
S*Yemok Glavnogo upravieniya Grazhdanskogo vozdushnogo -Plot&,
(Aeronautics in agriculture) (Spraying and dusting)

IIAZAROV, V.
Expert flight control. Kryl,rod. 13 no-4:15 Ap 162. 15:5,
(Flight tralninG)

NAZAROVI V.
Paths of progress in "small-scale aviati n'. Grazhd. av. I
no.3:12-14 Mr 162. (KIRA
(Aeronautics In agriculture)

-NZARQVI-V--
For a perfect organization. Grazhd.av. 19 no.9:7-8 S 162.
(MlRA 16;1J
1. Nachallnik Upravleniye avintsii spetsprimAniniya i vosdushnykh
s"yemok.
(Aeronautics in agriculture)

N"AROV) V.; SVETLICITY, V., 11rdina socia-'isticke prace
Use of airplanes In agriculture. Latooky obzor 7 no.6:173
Je 163.
1. Vedouci Spravy speci&lniho lateetvi a letecksho spiz*ovani,
GlAvnoe upravleniye Grazhdanckogo 'Wozdushnogo flota (fop Nazarov).
2. Mechanizator skupiny (for Svetliony).

RAZAROTF I. ..,
The United States has been left babind. Grazhd. av. 20 no.1-19
A '63. (KM 16:4)
1. Nachallaik Upravlaniya av-iataii spetsiallmago primeneniya
i Yozdushnykh sOysmak glavnogo uprayleniye Grashdanskago
vosdushnogo riotm.
(Aeronautics in agriculture)

MAZABOV, V.A*
Aeronautics in agriculture abroad. Zashch. rast. ot vred. I bol.
8 no.6t46-47 Je 163. (PURA 16:9)
1. Rachallnik upravleniya aviataii speteprimeneniya Grazhdanskogo
vozdushnogo flota.
(Spraying and dusting in agriculture)
(Aeronautics In agriculture)

NAZAROV, V.A.
AgrIG-ultural alrplfLn"a In the protection of :rupa. Zasticr,. rast.
ot vred. I bol. 9 no.20-9 164. k",',lhA I'lib)
1. Nachillalk otdola spetsprimanoniya I aerofotos"yumki
Gradzhdanskogo voyennogo flota.

WM()V, V.A.
.-
Hours and h4wetares. Grazhd. ar. 21 no. l2122-23 D 164.
(MLU 18t12)
1. Rachallnik Upravleniya sellskokhozynystvennoy aviatait i
spetaprimeneniya i chlen Kollegli Ministeretva grazhdanskoy
aviatail SSW.

L 18464-"
.ACC NR: AP6006395 SOURCE CODE: UR/0413/66/000/002/0141/0141
INVENTOR: Tsukersm M. Sh-j Nazarovt V*_A*
;ORG: none
:TITLE.- A device designed chiefly for remote' control of an automobile radiator
,screen. Class 46, No. 178242 [announced by the Hinsk Automobile Factory (Minakly
,avtomobilInyy zavod)]
:SOURCE: Izobreteniya, promyshlennyye obraztsy, tova--nyye znaki, no. 2, 1966, 141
TOPIC TAGS: engine radiator, automotive industry, remote control
ABSTRACT: This Author's Certificate introduces: 1. A device designed chiefly for
remote control of an automobile radiator screen. The device contains a cylindrical
frame with a movable pull rod inside, a moving cable which controls the drum for the
.screent a spherical catch designed for locking Vile rod, and a, compensating spring
-which acts on the rod. The cable travel is increased by making the pull rod in the
:form of a toothed rack located in the cylindrical frame. This rack meshes with a
~gear fastened to the shaft of the drum an which the cable for moving the screen is
Card Le - UDC: 621.431. 3

L 0464-66
IACC MR: APS00639S
wound. 2. A modification of this device in which the compensating spring is coaxial
.with the rod between a ring-shaped flange and a blind flange closing the opening in'
the cylindrical frame.
l.- cylindrical frame; 2 rod; 3 - handle;
4 - drum; 5 - spherical catch; 6 -'compen-
eating spring; 7 - geor; 8 shaft; 9 - cable;
10 - ring sh god flange; 11 blind flange.
r
SUB CODE: 131 SOB DATE: 23ijov64
Card 2/2

_L 18482-66
)_-6/8WA(1)__T D(C)
1
`-Z: Ntl P'6007758 SOMICE CODE: UR/0021/66/ooo/ool/oo68/oo7o
AUTHOR. MendelyS~eva, T. V -4k Nazarchuk, M. M.
ORG: Institute of Technical Thermy)hYsirs, AN URER ntytut tekhnichnoy teplofizyvt
AN URSR)
TITLE: Gretz's problem for a ring-shaped canal
SOURCE: AY UkrSSR- Dopovidi, no. 1. 1966, 68-70
TOPIC TAGS: laminar flow, laminar boundary layers axisymmetric flow, temperature
dependence, boundary layer temperature
ABSTRACT: A method for the determination of the temerature- field in the case of anI
wdaymmetric developed laminar flow of liquid In aring-msh~ted canal with arbitrary
upequal boundary temperatures is described.( Orig. art. has: 9 formulas. (Based on
aithar's abstract.] to 55-
M CODE& 20/ SM DATE: 26jan65/ ORIG UP: 002/ OTH REF: 001/

It
&4A Ita. )IJMP~flft-2
-Ad 141, A (A) SOURCZ CODEt UR/0413/66/00-0700-4rd-IfO~/O~ilS-
INVENTORs Teakermant M. Sh .1 Ussarovo Ve-Aq
ORGI none
TITLE: Exbaust-gas neutralizer for internal-combustion engines
(announced by the HLnsk Automotive Plant (HLaskiv avtomobil'nyy zavad))
Class 469 No, L791'F5_
SOURCZs txobvetontyst promyshlonnyye obrattey, tovernyye snakt,
no. 4, 19660 its
TOPIC TAGSs internal combustion engj", exhaust gas neutralizatLong
xhaust see Lin-1-tLon 2,31 V_W _-W
:
BSTRACTs An Author Certificate has been issued for an exh&ust-gas
-utraltxor for Laternal-aombustLon engines. The unit (see Fig. 1)9
which is connected to the exhaust pipeg contains a two-pass back-flow
regenerator with a combustion chamber and a burner, To decrease @is*
Card I / 2 uoc: 621.43.068.4

ACC NRs AP6009923
Fig. 1. Exhaust-gas neutralizer
I - Ragenerstorl 2 - combustion chamberl
3 - burner; 4 - baffles
and improve economy, baffles forming spLcal channels are Installed an
the Laner.walls of the first-pass regenerator, The burner is Injec-
tLon-type to provide flame Ignition of the exhaust gases, Orig, art,
bass I figure* JLAJ
SUB CODEt 211 SUBM DATZt 23Feb65/ ATD PRZSSjq-Xj~1
4
2/2

ACC NRj AP6034227 SOURCE CODE: UR/0120/66/000/005/0110/0114
AUTMOR: Nazarov, V. B. Zabrodin, V. A.; Kirillov, P. K. ; Ga.1'perin, L. N.
OFG: Affiliate of the Institute of Chemical Physics, M SSSR, Chernogolovka (rilial
Inztituta khimicheskoy fiziki AN SSSR)
TITLE; Reversible digital to analog converter counter based on decatrons
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1966, 110-114
T
IOPIC TAGS: pulse counter, digital analog converter
ABS?R~,CT: Figure I shows a simplified dir-gram of the digital to analog convertZer, as-
sociated with an up-down counter utilizing decatrons as counting elements. Suc-11 a
counter is fxaquently needed in automatic control applications, where i-, is rece55ar-j-
to obtain a voltage proportional to the accumulated niriber oi: pulses. While the act-~al
counter circuitry is conventional for use with decade counting and glow transfer tu~#es,
the method of digital to analog conversion is quite unusual. As show.-i in figure 1,
eac:n eacado is equipped with a bank of resistors. Crae resistor is associated with eich
cathode (except ';0") in each of the three decatrons. -the resistor valueL are
to generate output voltage exactly proportional to the instanta;~eous accz=,ulated
count stored in the decatrons. Constant current sources are used to supply eacn of tn'~
tubes. The design of the current sources is conventional, uti!izing a series triode in
UDC: 621-374.324
Card 1/2-

ACC NR: AP6034227
c:o-,.:; &o
11C
V3
V1 NZ
?
, J41;
W
....j L
;,QVIR 1,41R PR
Fig. 1.
which the grid bias is maintained constant by a transistor network with a voltage
e-.,.--nce in the form of a glow tube. 7he expressions for the output voltage and the pre-
dictable errors are given as functions of the pulse count and the circuit parameters.
:The total conversion error does not exceed 0.1% for temperature fluctuation of *50C and
line voltage changes of 410%. Transistor logic is utilized in the input signal and the
steering control. The instrument can be used for generation of extremely long rw-.p
voltages. In this case the input pulses are generated by a crystal controlled oscilla-
,tor. Orig. art. has: 4 figures, 5 formulas.
SUB CODE: 09/ SUBM DATE: 27Au&65/ ORIG REF: 003/ OTH IMF: 001
Card 2/2

L. NAZAROV, V.F.
P- USSR (60 )
4. Social Sciences
7. Financing tree farms and shelterbelt station. Moskva, Gosfinizdat-195.',
9. .9onthly List of Russian Accessions, Library of Congress, karch,1953.Unclaaalfied.

NAZARMP V.F.
Dea1guing of malting equipment ror the fomation of synthetic fibers.
Kbimevolok. no*4:14,16 162. (:UI'A 15!8)
1. Vaesoyuznyy mmuchno-issledovatel'skiy Institut iskusstvenmgo
volokna.
(Textile fibere, Synthetic)

X,kZAROV 0_V'Iktor Grigorlyevich; VIBXR, I.Yo., red.; POLISILITA. R.G.,
to dm. red.
[Handbook on the slide rule; reference book for engineers
and students of institutions of higher learning] Spravochnik
po logarifudeheakoi lineike; rukovodstvo dlia inzhenerov I
uchashchikhois vtuzov. Moskva, Gos.izd-vo fiziko-amtem.lit-ry,
1959. 47 P. (MIRA 13:2)
(Slide rule)

RCZC)VSYJY, Semen Yefimovieb; IIAZOOV, Viktor Grigorlyevich, ~ ~11.;
SlAr-PITSKAY-A, LN.N., -,,.G., tekhn. red.
[Iteduction of labor-cor..-=ing ope.-ationslFo puti -nizheniia tru-
doemkosti. lLiazan' , Aiaziinx~oa kniz,hnoc ~ zd-vo, 1~,,62. 21. p.
OALRA 15:12)
1. Z,:-n,.. t-~tcll Ir.,uro izobretatell-
otva i tokhnicheskoy lnforza~tsli i~yazans~ogo zavoda TKPO (for
Rozovskiy). 2. 3yuro ratsionalizatnii, izobretatoltstvr,. i tekh-
nichoBkoy Informatsil Ryazanskogo zavoda TITO (for I~azarov).
(Metalwork,-Taclaiological irinovationri)

KAZAROVAO VeGep aspirant
Zffeat of partial removal of the large cerebral houlopheres on the
catalase index of blood. Uch. sap. Sar. gas, pedage insto no.26:59-67
11:7)
157. (KIRA
(CATALAU) (BIDOD-ANALYSIS AND CMI:PMT) (BRAIN)

MAZA70Yn. V.G.. aspirant
nfluence of the central nervous system on t~ie cat~&lase activity of
blood. Uch. zap. Sar. pos. pedag. In-at. no.2R:6P-?7 157.
(mm 11:7)
(GATALASR) (BWOD-ANALTSIS AND CIDMISTRT) STST101)

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'cun~` Lo -Iv,? Ir streagth cf the vulcaniaate.,i
roual ~o 0 for sodium 1,3_'butadlene rt;bber,
-id t,,-~ CO prop-.red at 0"1 -Lnd olecular
.0 i-ht Q^ ,,OCC for 103-but:~.dien,~,-sl~-rene rubbc-r.
--t shown JnLe
e, o ~c s v,; ci-I r -eIr-1A of
jo)401
70,000, rub')eri at a -i101,~CL1_--r veii-Int
-4,OGC. -rh of the strenGth and elpatic
.~ropertjq,,i cf the ru.-64r 01M prepared at GOOC was de-
'In(-d-, t-.u(, vul-anLiatos of thit; )olyr!!(tr hAve v(,-r,r
If I Ll 1) re.:, 1~ i, t,- 9 n -t- --id o1 1.3 1;1 cit -- ."III cL 4,7-,
inlupeid-nt f-rom ;he !~!!,-ht C~ -.a
..n1,.L.1 pcly-icr. "'ac ro are 24 References, I,"' ALxs3I,.n
6

62B-P.2/0
he on -~o-e ?hyslc~l-
t
ht of Polymer
1 Prop(2rtle, -,f -hel,, 'fulcanisates.
jjnjL on T-C, I '-2tL)tD for
ve
of
1. Vuloanizates- Physioa1 Pr2artles 2. Vuloanizates-Moohanioal
properties 3. Pqlyvers-Mol ular weight 4. Butadisnas-(Polymarieed)-
Properties

Card ','I
Author
TItIo
Period 11ca I
Abstraot
I np j 1 1 on
I
'JubmIttPd
f ub
Na za rov G., KaT,d. T, Leningr.-iA
In Elir-t.r'c~11 Er,,~Ineering
E- I -k J 'I. I Y-d;
The properties a,,.(] ~hara-,-rlstlcs (-,f' -1pctret3, cr;m-
pa ra t I vr,, yni-w an ! ro 11a vely I Ittle analysed elc.,tri
I n3ula t I rig mater!a Is, are discussed In regard to their
properf.!Pj ~cr pormaner, f ,Iecti-I fica t ton and qua I i ties
a na Ing I oa II ,~ t Kose (-,f permanent magnets . Fields of
appI I (-at and 3()me te -hnI ca 1 da ta or, the'. r production
ar,,2 Incil.-.8teci. 7 r-~'eren-e5, -, of whIch are Japanese
and I Ru531ar
11f,
Mr

USSR/Electronics-Circuits NAZAKPV V FD,
Card 1/1 Pub. 90-5/11
Author Nazarov, V. G.
Title Dielectric Amplifiers
Periodical Radiotekhnika, 10, 44-5-1, Aug 1955
Abstract A survey of the non-Soviet literature on the subject of the
dielectric amplifier. Its operating principles, advantages,
and some basic circuits, as well as data relating to materials
for nonlinear capacitors, are discussed. The author gives some
theoretical explanations which migbt be useful to persons ac-
quainting themselves with the subject.
Institution
Submitted April 11, 1,,5)

136-3-14/25
AUTHURS: Tarasov, Yu. A. and Nazarov, V. I., Enuineers.
TITLE: Measuremcnt of the ;uDntlty of SucKed-In Air in F1otr;%1,j%
Mochines. (Zamor kolicilestvc zvsasyv&yemoE,) vozdu,-.na io
flotatsionnykh mashinakh).
PERIuDICAL. Tsvetroe ketally, 195?, 110.3, (USSR)
ABSTRACT: Tho quantiLy of tiir auci,.oa Into flottil,lon mac,ilnes tjvoa
indications of the state of tLe processes and olont and
an instrument for me&8urin, this has been devised by tne
authors on the basi.3 of ari orainary anemometer. The
instrument~"Iaerometer") is in successful use or, tile Dtirsun
beneficiation works cirld can be used for eF-ca civmber. A
brief description and conversion equations ere 6iven.
There are 2 figures.
AVAILABLE: Libra" of Congress

NAMOV, V.I., in5tr4t.or
Joinir.-? pipp!: with a band winch. AVt. oor. 214 --j. 1 ': 3~ -1 0, : .
I . .: ~' .
). Ta~h~vntf~ay;, norm;it.ivno-i!;.qle(Jovatt,'sI ~,a ,.tijnt!iy;j ;rj-tr-lrF'-
., t r -)y;.i .
(Pipe fitting)

NR-LARo-v~ V. I.
USSR/Electricity - Instruments
52
"Volt-Ammeter With bleasin-ing ClanpB, Pmposed by '1. 1. Nazarav (fifth Prize
in the Seventh A.11-Union Corpetition on EcononW of Power)," Engr
1-1. V. Lebedev
J~'Prom Energetw)"','o 9, pp 9-10
Describes (including diagram and -,,hotos) pocket-sized meters for
measuring current in range up to 30U a, voltage up to 600 v dc, 500 v ac. Dc
values are read directly from clamp, which has built-in galvanometer. Ac
dings are obtained by clipping clamp into suitab case conta coils
rea, le;~
and rectifier.

ARKHIPCHENKO, A.S.; NAWQV,_V,I.; 3HAWES, D.Z.
Geologic and economic oil and gns prospecting Indices rar the
West 31berian Plalh. Geol. neftl I gazA 7 no.7:13-17 JI 163.
OGRA 16:7)
1. Vsesoluznyy neftyanoy nauchno-issledovatellskly
goologorazvedochnyy Inatitut.
(West Siberian Plain-Petroleum geology)
(West Siberian Plain-Gas, Nntural--Geology)

NA ZAROV 0 V, I.
Inportance of fruit culture f,. - the acre-raggs-, ard LnicreaBing
the productivity of !'orcotv in Cholyabii,s3h, I'ravinco. -Indy InBt.
biol. UFAN SSSR no. 25:121-1,29 i6l. (Ml-U 15W
(Chelyabin.sk Province- Fruit culture)

NAZAROV. V.I., inst-uktor
to,.js. Transp. rtrol. " no-! :,'I
Buildinp Pmbankment~t of lopee . r,
Q #(I. ( Yi-' i(~ I ~11 : 1 1 ~
I. lash'kentskayi normaUvno_~ssled()vBVlV B'ABYU Stanta-s'iYlil
Orgtransstroya (for liazarov).
(Railroads--Earthwork) (Loess)

--NAZ-ARQY"--I, -
Constructine embankments of 10083 Bolls. Avt, dar, 25 no.10*9
162~
(MIRA 15:10)
(Embankmen ta) (Loess)

NAZAROV, V.I., inzh.; FROLOV, N.G., tnzh.
Electron beam welding of matal with a thickmeen of lesa
than 0.5 nua. 6var. proizv. no.DIP-20 A 164.
(MIRA 17:1)

SLAVSKIY, V.M.; NAZAROV,
Developing a vibrallonml mmo,-r,od for driihni,
nn.lo129-31) 161. (KiRA 17;4)

ACCESSION NR: AP40098214
S/0135/641000/001/001810020
AUTHOR: Nazarov, V. 1. (Engineer); Frolov, N. G. (Engineer)
TITLE: Electron beam welding of a metal le5s than 0.5 mm thick
SOURCE: Svarochnoye proizvodstvo, no. 1, 1964, 18-20
TOPIC TAGS: electron beam welding, allay welding, IKhI8NgT steel, steel welding,
titanium alloy, aluminum welding, copper welding, zirconium alloy, OT-4 titanium
alloy, AD-I aluminum, M2 copper
ABSTRACT: The formation of a weld by fusion welding is only possible when the
initial gap and the initial cl;spla-ernent of the edges do not exceed a dcfinite
limit. The po-,sibility of the gap oeing closed during welding depends on the
therinal expanrion of the edqe~ and the change in their form during the fusion pro-
cess. The admis-,ible gap and displacement are related to the di5tance between
clamps. In the present paper, the critical magnitude-, of the gap, the displacement
of the edges and the distance between clamps are determined for electron beam weld-
Ing of sheets made of 10181`19T steel, OT-4 titanium alloy, AD-I aluminum, M2 cop-
per and a zirconium alloy containing 1% Nb. The sheets were cut out with pre-
cision scissors to guarantee rectilinearity of the edges to the order of 0.01 mm.
Some samples were welded as cut, some were cleaned with emery cloth and some were
1/2

ACCESS ION lJR: AP4009824
ground. Just before welding, all the samples were degreased. The critical mag-
nitudes were determined by joining the sheets in such a way that there was a
linear change in the investigated value along the length a( the sample. in all
cases, the maximal value of the Investigated magnitude at one end of the joint was
greater than the critical magnitude, and the ~.eldinq was carried out In the direc-
tion of decreasing magnitude. The authors conclude that: (1) the technological
characteristics of electron beam welding make it possibic to weld certain metals
only 0.1 mm thick; (2) prerequisites for the quality welding of thin metals are
careful preparation of the edges and the availability of special fixtures; (3)
the strength of the weld In stainless steels Is never less than 80% of the strength
of the base material. "V. G. Kulakov and N. A. Vorontsov, also took part In the
work." Orig. art. has: 6 figures, 3 tables and 3 formulas-
ASSOCIATION: none
SUBMITTED: 00
ENCL: 00
SUB CODE: NO REF SOV: 008 OTHER: 000
Card 2/2

L ;_13020 A" EIT(d)/L;SC-4/EEC(t)/FSS-2, Pa-V'P
Aac-4
,7-4
M; :,4ZTft NR:. AP40497Z8 SIOI 6 64 000/011/0005/0015
TITLE.-~- Re.ception. of PSK- signals with a-11rotating phase"
SOU.11CL, Elektroi;vyaz', no. 11, 1964, 5-15
TC)PIC TAGS: -phase shift keying, radio telegraphy, rotating phase shift keying
ABs rR-ACT: Two types of phase-shift keying (PSK) systems are considered:
(1*, ;'a a systems where the number of possible phases in a signal is equal to the
. Linher of phase shifts used for info transmission (00-1800, 00-IZOO-Z400,
lj'~'-90-1800-VOO); (2) those systems where the number of possible phases in
a signal is twice as high as the number of phase-shifts (900-2700, 450-1350-
ZZ50- 315' Kineplex, triple PSK with ZZ, 51 phase-shift). A synchronous coherent
reception for.both types is briefly described. A new method of "rotating phase"
saitable for the second. PSK type is based on using a coherent voltage obtained
irorn the signal, phase keyed at the clock frequency, and applied (as a reierence
voltage) to phase detectors. The keying ensures that the phase of each packet
Card

1. 2002cj_6!j
ACCESSIONNR: AP4049728
reference voltage differs from that of th-. preceding packet by a minimum relative
an-g!L-~-~-Then-,the- -refe rence-voltage-ve c tor-will- -Ilrotatej-1-in-dis ere te-s teps -
multip 1e of a!p hence, the name "rotating -phase" keying. Another new method
49 based on a simplification of the structure of the arriving signal before the
signal is detected and the reference voltage formed. - A constant phase shift is
introduced in the odd packets which eliminates the quadrature position of the
signal and turns it into a 2-phase signal. Such a phase-converted signal can be
demoduJated by a synchronous -coherent method with a constant-phase reference
voltage. "The author wiohes to thank N. P. Bobrov for his valuable comments
made as the article was being prepareT."" Orig. has: 9 figures and
30 formulas.
'A&SOCLATION: none
,SUBAIITTZD:--09May64 ENCL.- 00--
SUB CODE: EC NO REF SOV* 004 OTHER: 000
Card ZIZ

11.1j.; "~' -. . ~ ... , 111, 7.141.
: .. ' ' .. : '~-; ~i- 1. !'' : - .- 1.-
t., !-I. - I :,-. . - ''. 1 '. , . . - I
1. V'P.1 I , 1''; -~ ; - ~ I.-I"', 1'4" ~ " .

NAZAWV, V.I.
................... .
Reaeptlon cf the sipals of i binalliy re2sitive phsee te-*egrephy
"tem vith a "ratatIng phnse.v Elektrcaviazi 19 no.60-9 je
163. (MIRA IM)

NAZAROV, V.I,; SKOBUM, I.K.
Investigating conditions of thickening ore pulps in an
upwartl flow. Trudy IN no.18:160-172 'Q.
(MIRA 17:6)

NAZAROV, V.I.; SKOBEYEV, I.K.
Thickening of pulps In &n upward flow with a suapeaded
filter. Nauch. trudy IPI no.19:103-120 163. (MIRA 17:6)

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11AWOV, V.I., professor, doktor khimichaskikh nauk.
Physical and colloidal chemistry of starch. Trudy KTIPP 2:
159-172 '52. (Starch) (MIRA 9:2)

I - . I , . .
NAZLROV, V.I.. professor.
Noscow Technological Institute of Food Industry. Xhis.v shkole
9 no.4:77-79 JI-Ag 154. (KERA 70)
(Food industry)

ss R
1, ~A

7 1

MCI

ou st"Vh. r"
Z
W
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17. 3rj2-4(IQ5S).--Pota(a sta-di (1) wabed
witit KCI
IW
I
S
C
w
t a
I b an ion
bulcz. Addn. of MaCt, KC
, or
t to
ottypendms enus" an incream in elec. cond. becaum lit
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1-beho itutOuir. bi a -sammio

HAZ&HOV. V.1., kand. tekhn. nauki TIKHOHIROVA, T.P.
Phyalcochemical data on starch. Trudy KTIPP no.9:83-90 '57.
(Starch-Analysts) (KIRA 10:12)

NAZAROV. V.1.; SARMOV. V.G.; TIKHOMIROVA. T.P.
Some data for the study of the otability of gelatinous starch
and of the drying of bread. Izv.vya.ucheb.zav.piahch.tekh.
no.4:131-135 '58. (MIRA 11:11)
1. Moskovskly tekhnologicheskiy institut piahchevoy promWahlennostif
Laboratorlya fizichqskoy i kolloidnoy khimil.
(Starch) (Colloids) (Bread)

1 ;A -1, q To v r-)va
ome *- x re r i 7r e ri * fi n,i r, q t I r,- ~ 1 co n s -1 n t n n e Tr r
of '~ a r~7 h 7; e i,. o t o ry y e e ir s 7- 1 n r, n %rj e I s v 4
f i z, i 1, o -e. ~ im i I k rp'K - n pi I ;i
o nyy , 1,; j rn rt Vo I X r .1 p I I f
:n the articlesthe in~l~i,~nce of the tempera tu r e ri n c I s? ro
solutiong on starch granulpcl Is ~tuliel. -t8r,!l- 1.9 p nlp~-
T-,Oll?CUIF~T -nrlDh,;'lrrlte the Froperties ~f w-,ch arr- -onnpcte~
with thf, -lhara-ler of Its in'Prnn"struct,ire. -xppriTrr?ntn '~ ~iv e
vhownj that nt n ternper-ture rcn lore!-, itn N'I*P- r.
,1' thig iry stnrc~. I ~(,)) ted n t V 0 fo r -f--vq rn : ~o-i r7
tpmpe rr, I.,i re of rn F, I'MA ti r)n I s relucel 'gep -nblp
o m p e I I!- i r, p lpxtr,nf~
for7ntion qnd ctr,eT rn,)-)r -~-npes in the '.n*ernsill striclure
In.": ienrc, of p! Fi.v s p grpqt ro:e i n - p
stP.r,~h i!~, Qr, lor Px, -,.rpirif ntnn,p. ~. 9 rr, n I I ty - f*
ions connected wi t n , tn r, . - n c )rs I I e ri 1 s~- q nve i -
the filtrRtion I i ty nf tne si-stnnrp 'he f~~ llow,~rg -Fit i-)n
rpinpp :3 t fe7 e,; t9 i. s hel a > 'a e
ard I ad5~rptlon -Rppci t:; of ~,tFir-~ I-een ~eterrnlnp~ ~y mpanq r)f

V- ~ 11 - L Z' _I - I 11, r
ome xperi-ren tn 1 : ~veE7 r, t i -,rs Dn ern, rY 'a -Z -
rnp tny I one 1--je e i jenco of the crf t i )n9 or, t~ i q T rope' rtv
10 s h own i n t he f o I I ow I ng r-n nge n n'
F'~ r t h e v i 'j c 0 s I t t fl r c '. t r~ r, f ow i n gc n to nr a r v en
e 9 t a t 1 1 9P1 : Pa~> :a > > inegr r e I P ~ 17 n s r-
ir, obserlrel hetw,-Pn !ne vn,ues -)f the icri- refrn-tic,-F qn4
the pwite fnr7,Aticn tempernturf, r:f the q*or,~~ i- the ~~i-nq
of the renrnctiv;? elpctrolytcs.
-here nre ~ jrnrl-s, 1 table, qn~ 11 r,:,ferorrP7, ( of wni-h
'.oviet arl ' ',er-nn .
I n,-. Ov. I - t C. q k I vi n f~, t Iu1 .9 h c . i,. v n v r r7
'q k. o v s
nostl , I.Aborstirl '.-a fizicheskoy i ko:l,ilno 'v k n Inn 1 iVo
Tec',nological :nstitute of the Frood :n1untry, 'P~orntor.y -f
Phyn i r a I a n i'c) ', I - i I e - i q t ry
T. . April 1. 1,-
itarches-(7hemical properties
9

UROV. V.I.