SCIENTIFIC ABSTRACT NAZAROV, N. N. - NAZAROV, P. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GHERCHOKO, G.V.; NAZAROV, N.N.j ASTRAMVIKIN, V.A.
-- - - -
Determining the propagation velocity of tLItrasonle waves
In Oilb of middle Volga Valley. Trudy Giprovostoknefti no.3-
363-372 161. (MIRA 16:7)
(Volga Valley~-Petroleum--Analysis)
(Ultrasonic waveg-Industrial applications)

ASTRAHANKIII, V.A.: NAZAROV, N.N.; CHERCHENKO, G.V.
10easur4ng the speed of ultras,)und in petroleums of the midale Volga
Valley. Prim. ul'traakust. k issl. veshch. no.14:77-85 161.
(MIRA 14:12)
(UltraFonic waves--Speed) (Volpa Valley--Petroleum FP010130

NK,"ROVP N.N,
I'l, f'3 . . (-,I, ew--te, ~,ap r,-) *,ha of *; s,,7. cu3 as &,~ffd
feris o~,-.d rrtdL.%4.d ,, Ulzb. blol. 7tn.;r. 9
no.l., 5-1f) 165. OKPA 18t6)
* " . rr - - .1. ~ -1 - 7, Z.
I . .. iv ';~ v -, t g t-. n a "," k' ' ~ - 't, :-, -, --,, * r ti ~ t A r, " y P. N" S H .

Translation from: It e f e ra v ny
5
AUTHOR: Nazar-ov, 0.
TITLE: Mud nf
~)outhwesl.orn Turkmen
Chikishlyarskoi.,o
AB5TRACT:
' 5 - 5 7 - 5 - 6
z h u r r. -i Io I oi-l y ar
,,,he Keyrrir-,~'hikishlyar trea of
~'JR (Gryazevyye vu,~any Keymir-
rayona yugo-zapadnoi-o Turkmenistana.)
Biblio-raphic entry on the
the degree of Candidate of
ogical Sciences, presented
of Turkmen SSR), Ashkhabad,
author's dissertation for
Geoloi.,ical and '-',ineral-
to Turkm. un-t (University
1956
ASSOCIATION: Turkm. un-t (University of Turr-Imen
Card 1/1

ELZAROW. N. 0.
Ak-fttl&uk. a " volc&no. Izv.AX Tvirk.60 no.3-26-32 '56.
(KM 9 - 12)
1. Turkmansitty gotudaretvennyy universitet iment A.M.Gor'kogo.
(Turkmnistan-Volemooo)

PAZAROV, Nurnazar Orasovich; ALI-Z&','*A, A.A., prof.. doktor geolog-o-minaral.
-nauk. red.: OULIKOV. A.. takhred.
[Mud volcanoes of the Kermir-Chikishlyar region in southwestern
Turkmenistan] Griazovye vulkany Ketair-Chikishliarskogo ralona
lUgo-Zopednogo Turkmanistana. Pod red. A.A.Ali-2ade. Ashkhabad.
Izd-vo Aimd.nauk lhuimmnskoi SSR. 1957. 116 p.
(KERA 14:1)
(Turkmenistan-Nud volcanoes)

SOV/120-59-4-20/50
AUTHOR: Nazarov 14. S
TITLE: A High-Frequency Ion Souroe
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 4, pp q13-95
(USSR)
ABSTRACT: The high--frequency field is applied externally (i.e. as
a magnetic field only) at ri7ht angies to the ultimate dir-
ection of motion of the ions 1'see Fig 1). An axial magnetic
field is also applied. The source is mea-nt to work with
hydrogen, and is said to be very econimical in that gas. It
provides a current of about 309 IiA to a target 2-? m from
the source with a flow of I cm-_~/hour (at NTP). The axial
field is about 40 oerstpd. Fig 2 shows ho%v the current to
the target depends on the design of the cathode extractor
(part 4 in Fig 1) for two anode voltages (given in kV on
the curves). Fig 3 shows how the current to the target de-
pends on the anode voltage at the optimum axial ma~~netic
field. Fig 4' shows how the ion current; depends on the -,as
Card 112

O:'OV/120-59-4-20/50
A High-Frequency Ion Source
flow, in cm3/hr; the top scale indicates the pressure in
the source, in 10-5 mm Hg. The hydrogen is used with about
30% efficiency. The paper contains 4 figures and 10 refer-
ences, 4 of which are Soviet, 4 English and 2 German.
ASSOCIATION: Institut fiziki AN USSR (Institute of Physics, Academy
of Sciences of the Ukrainian SSR)
SUBMITTED: May 20, 1958.
Card 212

STRIZUK9 V.I [Str zliak, V.I.]; KOZ&R', A.A f(Yozar, A.O.jj NAZAROV, N.S.
[Nazarov: H.S.1 -
Angular distribution of 2.9 MOT neutrons elastically scattered by
atomic nuclei. Ukr. fiz. zhur. 5 no. 5:704 S-0 160.
(HIRA 14:4)
1, Institut fizW AN USSR.
(Neutrons-Scattering) (Nuclei, Atomic)

213A
S/120/61/000/002/009/042
0 9032/9114
AUTHORSj Strizhak, V.I., and Nazarov, N.S.
TITIEt Neutron generators
PERIODICALt Pribory i tokhnika eksperimenta, 1961, No.2, pp. 72-75
TEXTs Four typos of neutron generators are described.
The first of then* is shown in Fig.1 and consists of three socttonss
1) vacuum section, accelerating tube ion source and targetj
2) supplies for the ion sourcol 3) high-voltage supplies. The
ht.gh-frajuency ion source in similar to that described by the second
of the present authors in Ref.1 (PTE, 1959, 4, 93). A sectional
drawing of the source is shown in Pig.2. The screening in
achieved by means of a quartz tube inserted on the cathode. The
frequency of the generator to 40 Me/a. All the supplies, namely
the anode supplies (9 kv), the focussing voltage source (20 kv),
the high-frequency oscillator supplies (6.3 and 800 v), the
palladium filter heater (30 V), the solenoid voltage source (120 v)
and ventilator supplies, are assembled on the upper plate of an
isolating oil filled transformer and or* covered by an aluminium
screen. The total power consumption is 500 w. With a gas
Card 1/8

923"
S/12o/61/000/002/009/042
Neutron generators E032/2114
consumption of 10 cm3/hr, and the target at a distance of 250 cm
from the source, the beam current at the target is 1.5 me. The
sectionalized accelerating tube is made up of 10 porcelain rings
(20 x12 x 5 cm3) and plain dural electrodes with central apertures
(8 cm in diameter). The working length of the tube in 35 cm and
the ion optics in designed in accordance with the paper of
M. Elkind (Ref.2t Rov.Scient. Instrum., 1953, 241. 129). The source
is at a distance of 60 cm from the tube, and the target at 150 cm.
The ion beam dAameter at the target in not more than 2 so at
300 Oa and can be continuously adjusted within a small range by
changing the potential on the focussing electrode in the ion sourc6
The target chamber is separated from the rest of the apparatus by
bellows and can be changed without releasing the vacuum in the rest
of the apparatus. Heavy ice and D-Zr and T-Zr targets can be used
The apparatus shown in Fig-3 is a horizontal version of the above
generator, the only difference being in a slightly modified form
of the supplies. The generator shown in Fig.4 is also of the
horizontal typo. This generator incorporates the high-frequency
ion source shown in Fig-5. The overall power consumption of the
Card 2/8

2139V
S/12o/61/000/002/009/o42
Neutron generators E032/E114
source im 1000 w and the ion current tit the target is 6oO ~La-
A further neutron generator mentioned in this paper JncorporateE
the ion source and accelerating tube shown in Fig.7. Thr., ion
source is similar to that described by K. Keller (Ref.3) and
V.I. Strizhak (Ref.11: Ukr.fiz.zh., 1958, 3. 273). with the gas
consumption of about 4o cm3/hr, an ion current of up to 2500 Ua
can be obtained at the target. The mt,ximum neutron outputs of
these generators (obtained by comparii;on with n radiiii~-borylliuni
soui-ce) was found to be 2 x 108 neutrons/soc in the case of the
D(d n)tfe3 reaction and 1010 neutron-s/sec in the case of the
D(t:n)lle4 reaction. Acknowledgementb are expresm(d to
V.','. Blazhchuk, V.V. Bobyr' , A.A. Kovar', M.Ye. ?.-zikov and
Ye.S. Frid for their assistance.
There are 7 figures and 4 references: 2 Soviet and 2 non-Soviet.
ASSOCIATION: Institut fiziki AN USSR
(Institute of Physics, AS Ukr.SSR)
SUBMITTED: March 17, 1960
Card 3/8

Neutron generators
Legend - Fig.2. High-frequency ion
I - quartz envelope; 2 screen;
coil; 5 - solenoid; 6 focussing
accelerating txibe electrode; 8
Card 4/
MW
S/120/61/000/002/009/042
source and accelerating tube:
3 - cathode; 4 high-rrequenc),
electrode; 7 attachment to
accelurator-tube electrode.
Fig.2

91399)
S/12o/61/000/002/009/01i-)
Neutron generators E032/E114
Fig.1
ti
WWI
Card 5/ 8

Neutron generators
Fig.3
Card 6/8
Is"
/12o/61/000/002/009/042
:,032/Zil4
-Z
Fig. Al

Neutron generators
2Z399
S/12o/61/000/002/009/042
E032/ElI4
Legend, Fig.5
1 High-frequency ion source and acceteratinx ion tube
1. quartz envelope
2. high-frequency coil
3. quartz screen
4. screen holder (pyrex)
5. extracting electrode
6. gas inlet
7. focussing electrode
accelerator tube electrode
I
Fig.5
Card 7/8

pie
S/120 1/000/002/009/042
Neutron generators Eo32/EI14
Legend, E19.7
Ion source and accelerating tubel
I - electromagnet coil; 2 gas inlet; 3 - high-voltage lead;
4 - rubber seal; 5 - anode ring; 6 - porcelain cylinder;
7 - extracting electrode; accelerating tube electrode;
9 - glama envelope.
card 9/8 Fig-7

BOLTNEVA, L.I.; BITM "A, 1..I.; OVITICYEV, A.V..- ". GAN,
NAZAROV, L.M. I
Radionctivit:, of sandr, In Central Asia. O'okl. AN 0' '- 1' r
no-1:183-18, 1: 165, (X~RA 18tlO)
1. -1t, ",45.

NAZAROV, L,S*op insh., nauchnyy ootrudnik; ZAYTSEV, A.I., Inzh.,
- &-UCrmy 9otrudn1k; SOKOLOV, A.P.,, Insh., nauchnyy Botrudnik
Rboostatic taste of tha TZ3 diesel loccmotive can be conducted
less f~vquently. Elek. i tepl. tiaga 7 no.32io-n Mr 163.
(MIRA 16:6)
1. Uraltakeye otdeleniye Vseaoyuznogo nauchno-tseledovatellskago
instituta sheleznodorozhnego transporta. Ministerstva putey
soobabehonlya.
(Dies*! locomotives-Testing)

o L, T.
A"
=16 16 ml IL &W-i"
It (416 um- ad ppph= *A*M
a IMA
wA id in bNoO.
ad I am$ It Pp6r, lip -
im
D.09
4" OL (P -
dmmwwjj~ A poodw INP ~ alk-
I ow ft youbm 14P (P
a ON- fin
m on A=Zr-,m"w "a. ble
vim m dm RUN"
in 4W4WC.
OIL WN C. is dm
I ow, IZS~ PW-*
r. T.

HAZAROV. L. T.
USSR/Notals-Powder YAtallurgy Apr 52
"Investigation of Pressing and Statering Processes
of Wtallic Powder# by the Nethod. of Blectric Con-
ductivity," V.1. LMtman , L.T. lkzarov
"Zhur Tekh Fiz" Vol Mal, No 4. pp 696-702
Subject mthod is advantageous for recording the
contact surface In powder briquettes, vhIch can-
not be achio"d by any other mthod; It clarifies
processes of fritting and formation of ccutact
surface and allows one to evaluate the solidity
of contacts foz d. Received 13 Apr 52.

'.. .
R'fZHIKH, A.T;. Prrlf - 1 1--- - Iq . I ~, - ~,,rtWr 'inf T-n~ 1 "'
F 41r . .
Tref, - -nen t . f ren . . r. , . 1, 11-1 1, _f n, ("' ( X, I RA , ' : ) )
nf t~~o pririnnUm. I k',. If-p. I T-p

YUKIP;IDC,'[A, Zh.M.;
,'- I 'piant dnj-orr~rii I ~ or -' - ~ !* cl, I iin. 'k'.. v T. ; - , ! .
). I;_ ~., ll~' : .
n (,.2 151 -54 '(3 ( .

P;AZ)iiL')V, L."'.
Siurg,lrjal troatment of :)f the re - ~~n - I " -*-, .. , -
ljhtfj resu I ts; an oil ysiB i r rbnon,Fif ~ Ti!,. *I( . I.- &),., 1; - . - .
nr.2.e,9-51 t63 % -, . F . ~ )

NAZAROV, L.Ve
Ontimm angle for placing rollers In drill bits. Uch. zap. SAIGIMSa
no.7slCj7-206 162. (KIRA 170)
1. Srodneaziatskiy nnuohno-ionledovat.el'skiy inatitut geoli gii i rd-
nerallnogo sy-r'ya, TasliPent.

CHUMAKOV, I.D.; MISHCHENKO, V.V.; NAZAROV, L.V.; SMIRIJOV, Yu.T.
Results of experimental work on thq electric rotar- I
.1 drilling 'n
sol-id rocks. BiuJ.nauch.-tekh.inform VIMS no.1:70-73 163.
(MIRA 18:2)
1. Sredneaziatskiy nauchno-isoledovatellskiy institut geologii
I minerallnogo syrlya, Tashkent.

CHUMAKOV, I.D.; SMRNOV, Yu.T.; NAZAACV L.11.
. :~' -Al, , ".. . - ~ 1.,
Efficient types of bot tom-holp Lips for rot.nry IrIlling r, hard rocks.
Uch.zap. SAIGIMSa no.1 -.1041 l,'I - 1. (MIRA 1712)

L 3122::�k EdTW/EWT(M)/FC~/EWA(h) GS/GW
Ae61fSS1ON_kR_'s__AT5023935 UR/0.0010/65/000/000/0181/0185
AUTHOR:: Gaziley Ya, I.; Nazorov, Lo Ye..
TITLE: Dispersion of radioactive aerosols in,the stratosphere
SOURCE$: Naucbnaya konferentsUa po ZadernoX meteovologii. Obninsk.-19 Radio-
a
ktivnyye otopy v atmostere 1.1kh lopol'zovaniye v meteorologii (Radioactive
Isotopes In the atmosphere and their use In meteorology); doklady konferentsti.
Moscow# Atomisdat, 1965, 181-183
TOVIC TAGS: -oucitar, teoroloxyV'atmospheric pollution, radloactivs falbut.
ric di!-
radioactive.aarosol, aerosol dispersion, radioactive tracer, otratoophe per-
Sion
ABSTRAC`r'. Results are given for studies carried out to determine the dispersion
of.radloactive aerosols (CeI44 SOO, and C:137) present in the stratosphere
(19-2.1-ka level 4nd 2-3.years after nucle r testing)'over the central part of
European USSR In 1961, The procedures and lnstruments~used are briefly described..
The low rate bf-iliflux into'the stratoophere'of radioactive aerosols krom the
mesosphero'during this period Is also discussed. Results are compared with the
If indings otother. investigators. Orlg.~art. bast, 2 figures.
-A

'I.

L 3104-66 EWT(l)/E*T(0)/FCC/&VA(h) GSIRI
ACCESSION
AUfH0Kv,Gssiv*v. Tseb._14; Nalarg, Lo Ye.
TITLZI PlUctuations in the-dispersed composition of radioactive aerosols In the
surf4ceboundary layer of.the atmosphere
SOURCS: ,Nauchnsys konferentelys po jadernal meteorologil, ObnInsk, 1964. 'Radio-
aktiv;nyyp Isotopy v atmoofere I ikh Ispol'zovanlye v meteorologil (Radioactive
Isotopes In the atmosphere and their use In meteorology); doklady konferentall.
-192
Nosco4j Atoadzdat, AM, 186
TOPIC,TAGS: orolosy, micrometeovology, atmospheric pollution,.radio-
'radioactive fallout, aerosol dispersion, atmospheric boundary layer
active aerosol-
-71
""CT the reiultl
This paper describes the equipment and procedures used in and
of is study of coarsely and finely dispersed, artificial, radioactive aerosols In
e Lod
the kutface bound y layer of the atmosphere over the Moscow region for the p r
January-fty 19640 Continuous serosol.seasurements maJe daily for a 10 to 12-hr
period were sveraigpd,foc a two-day period,instead of the such longer periods used

1, 6V;,,)9_65 FWT(m) Peb DIAAP DM
U
AP-5020194
AVMRI CUSLYOV, Ya. I.; MRIW&OV, 8 0. 1 Nazarov, L. YO.
F=t Fractionation of radioactive isotopes in hot particles
ISMS: AtamVa energlya, Vo 189 no* 51 14 533-537
-TAGS---. pitrtiels, gamma, spectrometer
ABSTRA Oft Fractionation of 141ce, 103r4m, and "Zr + 95Nb in varicus hot particles
was meavured IL the Moscow region in 1962. Aerosol samples collected at sea level
and 5000 a were grouped according to their beta activity. The content of 141ce +
144 Ce, 103Ru and 95Zr + 95Hb was measured with a gamma spectrometer with the order of
103
lorror not exceeding 10% and Ib not exco*ding 209. The maximum error in determin-
*(95zr- +- 95M 6t(141ce was 1% and for A("Zr +
9 0 A(10~k (141, -Tbe tabulated "tava-tmtlozat
-Nb)A(103*A )/A LOA

L 61429-65
40=8109 NR9 AP502M94
of hot particles 103RU mw 141ce + 144 Ce in ratio to 95Zr + 95Nb W in relation
,to beta activity showed that in 16-10 C particles and over there is a shortage of
4103 Ru and 141 Ce 4144C* in proportion to 95Zr + 95Nbt in particlou with a high
level of beta activity the content of 103Ru in negligiblo in comparisob to 95zr +
95ffb'* Origo, arts baw 1 tables 1.9raph, 1 fargulao
ASSWIATIONI none
SUBM3mm ----2Qm-&7Q4 ZNOL#. 00 m CODEt NP
MR W SOYS 001 OTWS 004 NA,
2/2
-Card

L 08421-6 (a)AWTUVW(M) DVW
ACC Nts AMW463 SOURCE CODEs UR/0124/651000/01200690069
AUTHOR: Nasarov, W. T.
TITLE: Hydraulic losses In an�4ector
SOURCE: Ref. zh. Nekhanika, Abe. 12B495
REP SOURCE: 8b. tr. Vaes. n.-I. In-t nerudn. strolt. materialov I gidrostekhantz.,
V". 4, 1965, 68-76
IMPIC TAGS: hydraulics, ejector, friction lose, ejector design
ABSTRACT: The author studies the origin of hydraulic losses in % subsonic ejector
operatiml on incompressible fluids%ith a cylindrical mixing chamber. The following
semiempirical formula is proposed for determining these losses
+KQ9
where hWis hydraulic resistance in meters water gauge; C Is the drag coefficient (de-
termined by trial and error); q' Is the virtual rate of flow in 9/sec defined as the
product of the velocity or the low-pressure jet V2 at the input to the ejector (I. e.

L 08491-67
NRo
the velocity close to the wall of the mixing chamber) by the area of the flow croar
section; Q is the actual rate of flow In I/sec in the given cross section; X Is some
constant (determined by trial and error). It is shown that the proposed formula may
lue used to account for hydraulic losses in the ejector with a fair degree of accuracy
if 4 is taken as 0.25 and X is taken as 1.9.10-4. In this case the calculated charac-
teristics of the ejector agree satisfactorily with experimental data for all experi-
mental ratios between the cutoff area of the active nozzle and the cross sectional
area of the mixing chamber. Bibliography of 5 titles. Yu. A. Lashkov. (Translation
of.abstractl
SUB CODE: 20, 13

NAZAROVA, N.Ye*
Now system for calculating the work of motor transport and *artb~-
working machinery. Tramp. stroi. 12 no-3:11-12 Mr 162.
(MIRA 16:11)

SOV/ 124-58-8-8648
Translation from Referativnyy zhurnal, Melchanika, 1958, Nr 8. p 44 (USSR)
AUTHOR Nazarov, N.T.
TITLE In the Matter of Devising the Most Rational Shape for a Water-
intake Funnel (K voprosu otyskaniya ratsional'nov formN
ochertaniya vodopriyemnogo rastruba)
PERIODICAL Tr. Kuybysheviik, inzii.-stroit, in-ta, 19S6, Nr i, pp 119-
1 56
ABSTRACT An investigation is made of the flow of an ideal weightless
incompressible liquid confined by two parallel walls, one of
which (the upDer one) terminates at a curvilmear obstacle
from beneath which the liquid flows into a region of constant
pressure. If a curve made tip of segments along which either
the direction or the magnitude of the velocity remains constant
is taken as the obstacle, the solution to the problern of cal(u-
lating the flow will be obtained in implicit form. The author
examines two such flows. In one of them the obstacle is a
straight-line segment (a so-called ''gate valve"), in the other
it is a curve consisting of an arc along which the velocity re-
Card 1/2 mains constant and a straight-line segment. In the ( ase of the

SOV/ 124 - ~H-H-
In thv Matter of Dt-%i.,;nL, the Most Rational Shape for a Watvr-irt,t~,- Fi-,,,,
fir,,( flo%k a solution has bevii obtained by N.Yv. Zhukovskiy. It. vori Miscs.
111)d ot he r s , i it t It v t a,; I- i if t I iv s vk wid f I o%k A Sit I i It 101) 1 IS Obt I I TAVd I T1 t it V 1) r I ~ -
sct:t papcr bv tilt- rilethod )f t orifort-nal representation of tll(- rv
.if-,(] thc rt-i_!ion )f variabilit% i;f tilt- , omplex fh)w potential (m tilt- kippt r iLl_%-
: It r 1. , I'll"I I plaric. F roll) I it(- " c -.,()lilt Ions it ri (I f r o rn t it v 1 - x pc r i t i 1 4- r i t it ; da t i t ii I,
,I tit lit) r k of it I if de sthat tilt- most rat tonal I ontmi r for it A atv r - intal, I- fit,., I I ,I
d 11 ~ d rau I i Ist rut tit re ,ii III bc a I ine, mit iall N -it rat gjit, tht-ti bv( orri ; ! L~
, urvcd. Thc ( tir%atiir, ,rrcspwidinL~ 1,) tht- frve surfa, e ,f fin, (,I H.,
f I x.i 111 ; fwd.
P% k, ht
I r d

SOV/1 12-57 -9-1848S
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 9, p 57 ~'JSSR)
AUTHOR: Nazarov, N. T.
TITLE: Level Fluctuations in the Gate Cav,.ty of a Water Intake and Ways oi
Eliminating Them (Yavleniye kolebaniy urovnya v shchitovoy po!osti
vodupriyeffmika i puti ikh ustraneniya)
PERIODICAL: Tr. Mosk. inzh.-stroit. in-ta, 1956, Nr 16, pp 118-123
ABSTRACT: During water-intake tests at a channel-type hydroelectric otat,.r)n ~nte-
grated with the dam, periodic water -level oscillations were observed in the
gate cavity; the lower part of the intake beam had a reverse slope These fluc -
t-uations were undesirable because of the proximity of the water intake to 'he
turbine. Investigations have shown that the amplitude and per4od of f1-,.zct7_at-1on8
depend on the amount of discharge through the structure, on the iqued-ict ditfu-
sivity within the intake-beam section. and on the beam submersion depth
Shapes of the intakes used are presented, and their disadvantages (diff-us,.vlty
along the intake wall, stream breakaways from the intake contour) are ird,.cated
Card 1/2

SOV I/ I i 2 -57 -9 -18485
Level Fluctuationt in the Gate Cavity of a Wmer :rtake and Ways of Elimimatmg
In designing a water intake, it is recommended that a smooth contour llne and
even pressure around the strearn be secured.
Ye. I. D.
Card 212

NAZAROV, N.T., kand.tekhn.nauk; SLASTF.UU, Je.V.; SOWV-U-V, p.p., inrh.
Laboratory studies of an ejector. Sbor. trud. VNIIMbrud no.2-53-63
t62o (MIRA 16-"3)
I* Kuybyabovskiy inahenerno-stroitelonyy institut.
(Pumping aschinery-Testing)
(Sand and gravel plants-Equipuent and suppliee)

-- NAZAROVv N.T.p im-nd. takhn. muk
Hydraulic losses in ejectors. Sbor. trud VNIINerud no.4168-76
1656 (MBA 18: 1.1)
1. Ukrainskiy inatitut Inzhenerov Yodnogo khozyaystva.

N&UROV, N.T., kand. takhn. muk
Method of designing jet apparatus. Sbor. trud. VNIINarud
no.4:122-124 165. (m IrG% 18: 11 )
1. Ukrainskiy institut Inzhencrov vodnogo khozyayatva.

NAZAROV, N.V.-, ANDRIM , VA.
Servicing numerical code Rutomatic blocking %pT)ratus. AvtDm.,
talem.t eviftz, no.6:26-27 Je '57. (KIaA 10:7)
1. ZFtmestitall nachnllni)m Tatqrskoy distantaii sigailizqtalt i
avyati Omakoy dorogi (for Nazarov).
2. Starshiy inzhener distRataii.
(RRilroRds--Signnling--B1ock aystem)

FAZAROV, V. YE
Factory managnment
Two-hour work cycle at the Mozhgh TannLn 7xtractor ~Tjll. Le&.pron. I.- no.
9. Monthly List Rf Russian Lceessions, Library of Congress, Vo,.-ember 1942Unclassified-
SOV/86 - 58 -8 -8," 3 7
AUTHOR: Nazarov, O.A., Maj
TITLE: Search for Aerial Targets In the Stratosphere (Polsk
vozdushnoy teeli v stratoafere)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 8, pp 26-30 (USSR)
ABSTRACT: The article deals with the Interception of aerial tar-
gets at altitudes close to the service ceiling. The
author discusses certain methods of target search at
high altitudes and stresses the importance of well
coordinated work between the fighter pilot and the
ground controller in ground-controlled interception.
Card 1/1

SOV/86 -59 --1 -7/ 39
AUTHOR: G.A., Ma,',
TITLE A Botrl-~f!r Approrwhl.-n t~-f- Tarpe*, (T,
jqzhelyy bombard-
vykhodlt. ri t.sel' )
PERIOD!!-"Al. I k v .,~(J-isnriogo f lot Nr I , pp 23-27 (USSR)
ABSTRACT: T, a:-I.lr It. (J---F~c-rtben ltt-e plartnIng and carrying out of
!--Q"Ing flip"It-f3. The autnor statftB that In many
% hnmtlln~,. mlnalon can be (.arried out succelififully
by f-Lj1f,,, _Ji . 'w A thoroligh Ei~udy (if the tactical
!:i Important for such flights. The r-ales of flak
%* 7-.0:!dum rLnrl ~,.Igh altitudes ,armot be applied
for i )-,# ~i r I 1~ude ~A. Any ma-ileuverlng at 1r1w altitudes
-)*JIZI; pvc,lt- ty ant.lAlr~raf't. raiiaes the bomber to
e-.A~Lrl t-; ',(-rg -.-.rer t,~,e #~argr-t. Thus, the advantages
C.ird

A Hi avy ff~ r.':. - ~r~,rt . ) sov/R6 -59- 1 -7/39
1
,-. t ~ 1. - , ", f, i ., ".. tr.- ! _ 3~ . [,, . E- ~ . I V). 1, 1 .,-) u t~ p I ') t, rt f,
t I rwr , i t'- - - I '-t- r)i r-'- a s a a 1. r ri I gh t, I I n i, , t) u t 1113 -11
~)r lo., , h -, , I n a 1 2 t fA r) f many 9 h o r t, I c, W,,3 a t va r I ou B an g J f, s .
F.,T- .. ,'.. - " " ~ t., '. - I ) t--.8 1. marieuve r I v '.r) i i !.he f-,ead Ing,
p -~- r ' - .1 '. , - - -i w, I I4hort lrO.ervale.
, -

NAZAROV, 0., mayor
We are devo,inF deeds and words to the party. Ve~.t. V~;zd. Fl.
no.11:9-13 14 '61. (nRA 15:2)
(Military education) (Russia-Army--Military life)
(Russia--Air force)

ASTM-74OV, S., peneral-mayor aviatsil, voy(,.nnyy IrtOik rervoi-a klansa;
GOLYSIIEV, M., ',olkovnik-, S141PIlk)V, I., polkovnik; NAZAIUI, j.,
podpolkovnik
When the flivht commander is an instructor. Av.i kosm. 144 -)o.j:
33-43 162. (MIR" ].,: ))
(Flirht traininF)

NAZAROV, 0., podpolkovnik
Airplane carries a rocket. AT-1 kosm. 45 no.7t68-72 162.
(MIRA 15:8)
(Airplanes, Military-Armwent) (Rackets (Ordnance))

MAZAROV,_O.
. padpolkovnik
Sentinel of the oky. Znan. ta pratsia no.2t24 F '63.
(KIM 1624)
(Air pilots)

NAZAAVV, 0-1 podpoDwyNik 6~
4
Teaebarg. Av. i kosso 45 w ls4g-52 Ja 163. (MIRA 16:1)
(FUgbt tMifting)

NAZAROV, 0., podpolkovn-lk
A regular flight day. Av. I kobm. 46 no.12:12-18 D 'b3.
(W FLA 17 . 1)

I
WiLAROVI D., pocpolkavrilk
In t"-, Burdo-aititude ~...,ambar. Av. : kasn. -'" 'ekstr. :
48-6 0 164. .~ , -. 8 : ".

NAZARCV, Q., podpolko7nik
Comrade cowander. Av, i koem. 47 ro.7:IC-3.5 JI 265.
(.141AA 113: 6)

MAZAROVp
_jkovnik
Control wtmal of a rook"t Plane t3 in rellable hAnds. AT. I koss. 48 no.g:
52-55 Ac 165. (laRA ISO)

NAZARDV, O.N. [deceased]; CHEMSOVA. Ts.K.
-- S7uthetic anesthetics. ftrt 22; 1-phonyl -3-dimethylamine -1-propanol
phonoxy uotates. Zhur. ob. khim. 28 no.1:12Z-126 A 156.
(MIRA 11:5)
l.Institut tonkoy khimicheskoy tekhnologli im. M.V. Lomonosov&.
(Anesthetics) (Acetates)

ACCESSION NR: AP404ZSS6
S101 4Z/641007 /003/0 39 3/0 396
AUTHOR: Nazarov, 0. P.
TITLE: Investigation of the recovery processes in a positive -feedbach sawtooth
oscillator
SOURCE: IVUZ. Radiotakhnika. v. 7. no. 3. 1964, 393-396
TOPIC TAGS: electronic oscillator, sawtooth oscillator. relaxation oscillator,
transistorised relaxation oscillator
ABSTRACT: An elementary circuit of a sawtooth oscillator and waveshapes of
voltages at its various points are theoretically analysed. This formula is
developed for tho recovery tinw: I MR Co We's 0
Where R is the Load resistance; C& is the switching capacitance; &%in is the
cmd I /a

IL!V.TJFJYI B.I.,
T
,tranalstorized upoodomter. ll~.dy WIT m.207s40-4E 165.
(IT.-A 19. 1,

XA;AMj Olag Stepawvlobl TARTSVO gop red. 1 y.UZNETSOVA, A. p
tsAi. ied -0
(Our apartmext hamsel Nash Wlel dome lbakwa, Mask.raboebli,
1962. 62 P. (KMA 15 s 5)
1e XwballzA Oktyabrlskogo shilupravla" (for Nazarov).
(Apsafteat houses;"

MAKARTSEV, 11. (Novosibirsk); KILAYTI A.,, neshtatnyy korrespondent (Sverdlovsk);
DANILOV, V. (Lerlingrad); IIAZA.WV, F. (Urallsk, Kazakhatanskoy SSR';
Labor safety is a national responsibility. Kest.prom.i kilud.prcmys,
4 no.2:27 F 163. (MIRA J-6:2 )
1. Tekhaicheskiy inspektor Novosibirskogo oblastnogo professionall-
nogo soveta (for r4akartsev). 2. Starshiy inzhener i-eningrAsicogo
oblastnogo upravloniya mentnoy promyehlennosti (for Danilov). 3. No-
shtatnyy inspektor Ural'skogo oblastnogo komiteta prc~essionftllnugo
soyuza. rabochikh mestnoy promyuhlennosti i kormmnallnogo khozyayst-
va (for Nazarov).

K(JR-F, M.; ~11ARO'lj_ F.
Fxp,3rien,.,,j In promoting Ihfi parlAcIpatt,)n of worknre 'An Mannig-rent,
Avt.tran:ip. 42 no.3.11-13 W 'A4~ (MIRA l'?14,
1. Vnoaht.atnyyn instruktory TSont.rallnopo komitotn
prnfossionnIlnogo noyuza rabotnikov ivynzi, rnk),)(-.htkh
avtsmobil'nogo transporta I shosseyrykh dornp.

SADTKHOV. Tu.V.; RAZAFMV. P.G.
Preventing well deflection In the wistorn part of the Apsheron
Peninsula. Azerb. neft. khos. no.9:17-19 8 158. (MIRA 11:12)
(Apsheron Peninsula--Oil well drilling)

14(5)
SM/92-59-1-3/3-,
AUTHOR:_.AWj9W6.2,Q,, Chief of the Production and Technical Section of a
Drilling Office
TITLE: We Prefer Sectional Turbodrills (My predpochitaym sektaionnyye turbobu'ry)
PERIODICAL: Neftyanik, 1959, Nr 1, p 12 (USSR)
ABSTRACT: Sectional turbodrills were tested for the first time in the Karadag
region three years ago. They were found to be much superior to conventional
turbodrills. Thanks to the introduction of sectional turbodrills the pro-
duction quota of the drilling office was exceeded. However, many drillers
still prefer to apply the rotary drilling irethod. There are regions where
drillers am obliged to use a highly viscous drilling mud which makes the
application of turbodriUs almost impossible. This does not mean, however,
that rotary drilling must be used instead of turbodrilling in regions where
drilling conditions are normal. Since the introduction of turbodrilling by
the Karadag drilling office breakdawnD of drill pipes are now rare, but tool
failures in rotary drilling are still frequent. The success of the drilling
crew headed by engineer Yashar Gadzhiyev, who drilled a 4,224 m well in 22
days, is mostly due to the use of the TS-4-8 sectional turbodrill at the
2520-4224 m interval. The new turbodrill of the TS5-9 was also successfLLUy
Card 1/2

We Prefer Sectional Turbodrills
SOV/92-59-1-8/36
tested by the crew of engineer D.Avanesoy. The use of this new turbodrill
permitted drillers to double the mechanical drilling rate and to increase
the per bit footage 60 percent. While the average operating period of each
TS4-8 turbodrill is only 33 days, that of the TS5-9 turbodrill is 55 days.
As a result of the new efficient drilling method, the mechanical and commer-
cial drilling speed increaned substantially, and the drilling of a well was
completed 34 days earlier than was planned.
ASSOCIATION: PTO kontory burenlya upravleniya Karadagneft' (The Production and
Technical Section of the Drilling Office of the Karadagneft, Administration)
Card 2/2

KINISHCHIKOV, F.S.; NAZAROV. P.G.
Intensification Of the proceso for removing water from very
fine coal by combined reagents. Izv. Sib. otd. AN SUR
no. 10:17-23 160v (MIRA 13:12)
1. Yeesoyuxoyy nauchoo-logledovatellakly i proyelitno-
konstruktor-okly institut dobyehi ugly& gidravlicheskim sposobam.
(Coal--Drying) (Surface-activC, agents)

MEN'SHIKOV, F.S.; NAZAROV, P.G.
Ways of ImprovIng the riRwatering processes of very sma-11 coal.
Trudy VNIIGIdrouglia nD.2:96-103 163. (KIRA 1716)
1. Sibirskiy metallurgichoskiy institut i Vaesoyuznyy nauchno-
itialedovatellskiy I proyektno-konBtruktorskly instAtut dobychl
uglya gidravlicheaklm sposobom.

KOLLODIYP K.K,, inzh.; ',iO..ODULII,', V.A.; I.].
ProceasIng coal =Jmed ~3y Lhe hydraulic U,Ycl I 3-~ rc. -:
64-69 5 164. ( - ~L.A , -1 - I ~ /
1. Gosudarstvennyy ko:,,dtet po tol, ivnoy prorvs~dormoitl pri Gooplano
33311 (for Kul-ic-dly). I-'. Kumotokly nauchno.-is.3ledo-tctl.(.,l'sKly I propjrurlo
koxiatruGt tor okly ins t. L tLA t Uj~10,-)IX),IR3110110n Iya (for Boroual in). 'A. V so 3oy-; zn,
.rl
nauclino-is:jlodo,,r-itell,,3kly 1 1 rojokt.no-konstrukt(-),,sj'Li., itstitut dol,ychl
uglya (fo:- :,a *aro,.,).

NAZAR', DADASHEV, N.G.; DADA.SHEU, S.S.
_u
ijiurr,- for dt,,jl, wol',,H. foinmlo nc.UiO 16.1,60
(MIRA 180)
1. T-,etit "kz=rnafterazvedkal;.

IA,

2267 3
5/0,99/61/010/005/001/015
j 0 B1021B214
AUTHOR3; Blokhin, a. Ye., Blokhintsev, D. I., Blyumkina. Yu. A.,
I
Deryagin, B. N. ,
Zinnvlyev, V. P., Kazachkovskiy, 0. D., Kim Khan Bon,
graonnyarov, ?I. V., Leypunskiy, A. I., Valykh. V. A.
Nazarov, P. M., rolkolayov, S. I., Stnvieakiy, V. Y&.,
Frank, 1. U., Shapiro, F. L.,
YszvI%9kIj. Tu. S.
TITLE: A pulsed fna% r"nator
PERIODICAL: Atoonaya energl7a, v. 10, no- 5- 1961, 437-446
TEXT; The present paper gives A description of the pulsed f,a' reactor of
the Ob"Yedinannyy Institut yajernykh Iseledovaniy (Joint Institute of
Nuclear Research) unich beca--* critical in Juno, 1960. Uis reactor,
Dulled 46P (MR) reactor, serves an pulsed fast neu%ron source (mean
pover ft I kv) for physical investiga%lana. particularly for time-of-flight
experiments. its most distingulaning feature is %he very small oontribu-
tion ('V10-4) of the delayed neutrons In its normal operstionj It is abou%
Card 1/1 ~

2287 3
5/0 J'!" ~ t /0 10/c,0VOO 11101 1,
A p,j',god fast reactor B102~?214
onp hundredth of thAt qf t~.q un)jhl otsiidy uranium renotor "nP -ej'seq
a-,pear beinuoe zhenqver the ronotor bocomen overcrItical a curst of prompt
np,~trono results. Tho half width of tne.99 pulses In 56 ~snec- Tne
frqqunnoy with whIch the puloon are ropeatod can be varied between 0 and
80 pulsoo/opo. Fig. 2 sh,~wn the conatru otion of thin reactor. Tne
periodic change in the reactivity to brought abo,it by the displacement of
the two G255 blocks placed in tin disks that can be rotated. The main
block in pressed in the form of a liako 1100 mm in diameter, ani car, be
rotated with a peripheral velocity of 276 m/sec (at ~000 rpm) during which
1% peones through the core center. The reactivity change obtainable from
the motion of the main block is 7.4 %, that obtainable from the notion of
the auxiliary block. to 0.4 %. The stationary part of the core consists of
plutonium lumps in steel Jackets. The reactor to started by a rough
regulator, in this cane a movable part of the reflector. It gives a
reactivity change at the rate of 15-10-5 _1.3.io-5 sea-1. The ranuaily
operated rod to also a part of the reflector. Two plutonium rods In
electromagnetio suspennion serve as scram. They can be separated from the
core with an soceleration of 20 g. Their separation causes a rosotivity
Card 21'%~

0-- " 0 1
A P'llse-i rant reactor B I 0,21'BP 14
dec ro a an of 2- 1 1 ~ ; the r,,uvh regli !n". or a i ; o an a ro a c % ,-i I %y r~anve of
2.4 ~:, the m4nual r-;,ulator 0. 1 1., and %he ti- regul,itor 0.05~ 7'-.
Tne r(,;ic tor po~?309.9eq alno a re 1~t 1v ily b,,.-)Bter f-r tte prDl~cl ~,or. .)f one
int,nsiYe pulne. Tre c a nt ro I an I sr ie 11 tiya t,?m i i a r. a,~tl~q '. ~, ~a ', '.y
ftinctioning electronic arrangem"nt vith BF5 ~'Oljt.%Prs 4n1 1~nizhtlon
chambero. Tbe snole renctDr Is p:nced in a r,)om of size 10- 10-7 m whose
concrete wails allow oor~leto protection from ral-,ati,)n. T~,e coat
i=j,,)rtnnt experimental arrnn,,ement consists of a 1003 0 1014, nOutr~~n
cot.duator, a metal tube, 400 mm in dinmeter In the first part and 800 am
in the gecond part In which a pressure of 0.1 mm fig is maintained. This
conductor oonneots a chain of socailed "Intermediate pavilions" (a%
distances of 70, 250. 500, 750, and 1000 m from the reactor) in whi " h
experiments onn be carried out. There Is also an alditional neutron
conductor of 100 m length, The reactor chamber is joined to an expert-
mental chamber In which four neutron beams of up to 800 mm diameter are
availa),Ie. There us such an experimental chamber also above the reactor
chamber. Various experiments were carried out with the reactor and %hey
are described in the present paper. These are experiments with stand
Card 3/t& I/

-2~73
'B2 14
f~,at re2i,~tor 31321
anuemblien ani ilowly moving mftln block for the latermination of the moo%
irlort nt pnrimetern of tfe rPac%,)rI experiments with a core %isembly
(unmoved), experimento vith rotating (',000 rpta) main bl-~ck ani a Ra-a-Be
oource In the core for the inventiLration of the effect of tte =ultlplica-
t.on fnctor, etc. The moot Important recrults are rppr-nentel graphical1j.
For qxnmple, Fig. 6 shown tne iapendence of the half width 9 of a piles on
trio reactivityl the dashed tine hol4o for the ~Uflq Iota t I ol'ary case, the
dot-dash line for the cane of 0 - K(Yla) 115V-2 5. where v iq the velocity
of motion of the (rotating) mair. blocki in the ju-nistationary ease
772
t /0v , angre t Is the reactivity at the maximal m,iltiplication
A
M 2 m
ractorl F, w fm-ax , ahore K In the displacement of the main blonk, Tho
reactor ban been actually used for the menwirement of the total, Scattering,
onpture, and fission croon sections by the time-f-flight method. Fir t ne r
experiments will be carried out with a view to Increjoe of ,over
and decrease of the pulse duration. There are 1-~ figures and 3 refercnoes:
2 Soviet-bloc and I non-Soviet-bloo. The reference to the Englinh-language
publication reado an follovoi J. Orndorf, Nual. Sol. and Engng,2,?;0-4.45O(Th7)-
Card 4^~/

(-- HILZAR()V. P.N.
fnitial conpoeltion nnd factnrm govorninor thot accumlation )f
I forruginnue sediments in tbo Krivoy Rng Basin. Geol,zhur IS no.3:15-90
158. (MIRA 11:11)
(Yalvoy Fing Basin--Iron ores)

, ,~~azarov, F.P.]
Paragenstic associations of minerals to connection with the
nomenclature of Krivoy Rog rocks. Geol. zhur. 19 no.3:69-73
159. OGRA 12-10)
(Krivoy Rog Basin--Petrology)

1WAROV, P. P.
PA 1PT63
=a/wass am mialus - z4alpient Jul W
Drilling Kischinory
"Inspection of Bits of Percusalon-Cable Drills at the
ftzhonov Klass P. P. Nazarov, 1 p
*Cornyy Zhurnal" Vol CXXI, No 7
Ta 1945 ad 1946 the FEU, Soviet Blasting Industry
conducted experiments on the effectiveness of carbon
stool bits for drills st the ftshonow Kines. Speed
of drilling vith carbon stool bits vas 1.3 time
faster when the teeth vere sharp than after they had
boqm slightly vorn.
M63

P.
UMMInes and Mining - Equlpwmt Jul 1947
Drilling Nachinery
*General Theories of Percussion - Cable Drilling of
Pores in Blasting," P. P. Xa2arov, It pp
"Gornyy Zhurnalw Vol CXXI, No 7
DIanoter of bore must be as largo as possible. In the
a&@* of apparatus constructed by 76etallst" fotetory,
this to 175 to 200 m. Rate of percussion 1, d,9-
pendent on height of apparatus and strength o1 bore
head. Angle of inclination want not exceed go to 120
&Woos. Wthowt1cal formulae for various aspects of
the drilling and a photograph wA diagran of ap-
Purat".
IdM
PA IPTY)

NAZAROV, P. P., (Engr)
Dissertation: *Technological Procedure of rable-Tool Drilling of Holes for Blasting
Operations.* Cand Tech Sci, Moscow Kining Inst imeni 1. V. Stalin, 10 Jun 54.
(Vechernyaya Moskva, Moscow, I Jun 54)
SO: SUM 318, 23 Doe 1954

SQUYNT, Mikhail Goorglyevich; SAWA !!"&.p .I uAuchnyy redaktor;
21&& _
SHPAYIM, A.L., r4dmrtor;-rjWTZ. A,.xa., zekhatcheskLy r*dAktor.
[Drilling blast holes; textbook for training nester drillers)
Duremis eirvashin dlia varyvWkh rabot; uchabnos posobie po podgo-
tovks burovykh wAsterov. Moskva. Gov. Isd-vo lit-ry po stroitell-
M caterIalam, 1954. 175 p. (KLR& 7:11)
(Boring)

i V ! i , - 1, '1 , -~ '.' '411 ,
NABOKOV, Mefodly Nikonovich; STOROZFMKO. Arkadly MikhRylovich; TEZDOKOVA.
M.L., redaktor; NAZAROV,P.P., redaktor; ATTOPOVICH, M.K., tekhniche-
skiy redaktor
[Percussion boring machine operator] Mashinist steaks udarno-kanat-
nogo burenlia. Moskva, Gue.anuchno-tekkin.isd-vo lit-ry po chernoi
t tevetnol metallurgii. 1955. 176 p. (MLRA 9:1)
(Boring machinery) (Boring)

/V,Lz
ljv-~L "
MLIKUKOV, Ley Goorglyevlch; XAZMOV. Petr Petrovich; MWT. Tevgoniy
Ivanovicb; rILINDWY. Vlkita~yavlcb; KMIN.Tu.I.. redaktor;
KMOYRUMA,Z.A.9 tekhnlch"kly redaktor.- AUMIA.Ye.l.. tekhni-
chaskly redaktor
(Nialng mach1wry) Gorwe mashlay. Koskva, Ugletakhisdat, 1955.
458 P. (KURA 9:4)
(Kining sachinery)

BMDOV. Alaksey Ivanovich; KUZURSOV. Bergey Mikiforovich; SOROKIN, likolay
Aplakmandrovich; NAZAROV, P.P., redaktor; YNZDAKOVA, M.L.. radaktor
isdatelletwe; SHPAK. TOAD, 't'ekhnicheskiy redaktor
COUralstog BU-2 boring machinery; textbook for nester worknaa
schools and course*] Barovot stanok OUralstat BU-2; uchabnos posobis
Me shkol i kursov meterov. Moshe. Goo. asuchno-takhn. I%d-vo
lit-ry pa chernot i tevetnot metallurgit. 1956. 106 p. (RIBA 9:10)
(Boring machinery)

KUMHOW, Hikolay Andreyevich; 0tvatetvannyy redAktor;
OKHRDONKO, T.A., redaktor Isda,talletys; KOROTBIKOVA. Z.&..
tekhatcheskiy redaktor
LOPen-cut mining) Otkrytys Coraye raboty. Moskva. Uglaterhisdat,
1956. 187 p. (KLRA 100)
(Strip mining)

DONOVSKIY, Dmitriy Zakharovich, inzhener; NIKONOV. (;"rman Pavlovich.
inzhener; STAKHAVICH.Yeicaterina Borisovna, inthener; SOKOWTUIY.
Mikhail Ntronovich, inihoner; TRAKKKAII, Aleksandr IvanovLch, inshe-
nor Dnw - htvetstvennyy redaktor; OKHRI?MKO. V.A., redak-
J69aw.-
tor izdatel'stva; AIADOVA, Ye.l.. tokhnicheekly redAktor
[A manual for coal mine foremenJ Spravochnik gornogo masters ugoll-
nyk:h kmrleroy. ltd. 2-a. ispr. i perar. Moskva, Ugletakhizdat, 1956.
372 P. (MINA 911l)
(Coal mines and mining.)

4 doteent. kandidat takhnichaskikh nauk; RVIN. N.Ta..
4 M6~ inzhoner.
Investigation of roller bit boring of blast holes In strip minae.
Gor. shur. no.4:22-24 Ap '57. (MLRA 100)
1. Moskovskiy gornyy institut.
(Boring machinery) (Strip mining)

NAZAROV, P.P., dote., kand.tekhn.nauk; TWIN, U.Ta.. gorn.inzh.
--------
Analysis of modern borlng practices in open pit vines of the
"Vakrushevugol'" trust. Rauch. trudy 1/01 no.22:51-62 '57.
(KIRA 11:9)
(Sakhalin 3ftsin-Strip mining) (Boring)

VY
Ti.,
--w*Lty. t,DVAfKt IT.Ya ni,!m or we-as, of
cl"Onis-
socstly below G-' mm. ja sfwuln
needles are atimAwt. The kn .
bff~jj slightly pleochr(A ith
Vale YtIkrwM grmuri col("~-Tfcontafttz CrA 1.1.7, PrIO,
IM, Sto OM%: compitta "Ysts Rle, given Net W"
2 V46' (Wcd.);
d1U, In canipirtson with from
out" Gmtrum, are plotted 93 jk function of the CWs +
eumteanw-kn&-ftw- Anw-pt damal t I Th-
tflr"IOCIM't~ WM1113- of -the fuchalte from Xti ktox it
Ks."MOO S-ItOc PC4,, It t141Cf6,M)1-"(OH - -
Stnts of 4 wwnvite In the t 1--~
IM p ~amy,conueeted with a empentinizatiop cA
tAtrw er r, btq the rcinitt lartnatkits Indicate tiotne
pitteumsto- at Lydrothermal odgin, togetbow %ith quwtj.
The geol. VWtion of the tMislic-cootg. We tehl4ts Indicutm
an hn
,,r,=,reIxtIou of the Amumed, uitrah"a magwatism
to Ion of the Ire crm of Krivoi Itair. It the e%-
planation of the Cr muscovite winitts from sapentinized
41trabjuics Is cgrrect, then Is it pC4AWf. t4t lattr out MAY
prospect chrornite de;wAts In thnsa hotizons which fire not
yet inade visUe by erosion. W. Ultel
-----------

,rnp Ir In-.,, s ~ -
_j,jjnnrnjn Srj (,11f3fi) -- "pr-tr%, ', I .
TTAZAP(,Vj P. P. : MaHl"Ir 0-00109 ,
tion of th(~ rocl: of the MV~~IP FtVritiun of t~i- n*~vc.v T,,~: !r - - -IT' rq 1
portlor of the Saknap-,an' bawl (T~/jj "Bollahn-ilk" lm Kamint-.rn)". K.-r, .
I'C
20 pp k~Jln Floiryr Friur, 7_11,a- SSP, K!--., gtQtp " 1.11 -. r,.
(KL, 17C -', 1r)59, 1.2p)

A Z A (~O V, P P ------- -
ARMS. L?.. insh.; ASSOMOV, V.A.. kand. takhn. nauk.; BMSMYN, S.A.,
insh.; BaKIT. B.V.. prof.; BROTMAN. Th.V., insh. BOHDARMO, A.P.,
Insh.; BUCHM, V.K.. kand. tekhn. nauk; VXRXSMOV. G.P.. kand.
tokhn. nauk.- TOZZOT. A.F.. insh.; GILBSKUL, H.S.. knod. tekha. nauk;
GORMICMff, J.H., ingh.; DROWITV, A.7a., inxh.; DOKUCHAYPv, M.N.,
Insh.;DUBNOT, L.T., Imnd. takhn. nauk-,UPIPAXTSW, Th.K., kand.
takhn. nauk.03RASHKO. I.S.. inzh.; ZHEDANOT, S.A., kand. takhni
nauk; ZILIBARBROD, A.F.. lnzh.; ZI 1 0' I.M1, lnzh.; ZORI, A.S.,
insh.; IAPW, L.B.,O insh.; KATSAUROV, I.N., dote.; KITAYSKIT. I.T..
Insh.; KRArMT.Tm.P., lnzh.; "ITCROG. S.A., lnzh.; KRINITSKIT,
L.K.. k&M. tekha. nayk; LITTIN, A.Z.. Insh.; NALATICK. N.A..
kud, telft. muk; HANIKOMIT, G.I., doktor tekhn. muk; KATKOVSKIY.
A.L.. insh.; KIMMI, X.O.. itand. telft. nauk; VAIA2111 2 -P., kud.
tekhn. nauk; WASONW, I.D., kand. tekhn. nauk; iiTTINB~RG, T.Te"
land. tekbu. nauk; POMTSKIT, G.I., prof.. dolctor tekbu. nauk;
PROTATKINg X.T., kand. tekhn. nguk: ROZEMUN, lnzh,; ROSSIO B.D.g
keLzA. tokhm. nauk; SAWSXIY. T.N.. doktor takho. nauk; SKIWJIW.
OeB., lnxh.; SUNNIT, A.A.. lnzh.; SUKHANOT. A.?., prof., doktor
tekhn. amak; TARANOV. P.Ya., kand. takhn. nauk; TaMOVSKIT. D.I..
insh.; TWAK# N*G*. prof., daktor takha. nauk; Y=ROV. S.A.. prof..
doktor tekhn. nw*; MYUKIII, V.A., izxh.; ICHG=TKIN, D.W., lnxh,l
KHWIIDV, I.L. kand. takhn. nauk; CHWAUT, V.A., insh.; ORNMYKIN,
N.N., lnzh.; MMYBIM. B.P., kand, tekhn. nauk; XPOT, B.A., Imnd.
tekhn. n= ; TAKUSHIN, M.P., kand. takhn. nauk; YAMCMM, A.M., inzh.:
TMONTOT. A.D., Lzkzh.; POKROVSKIY, N.M., otvetstvenWy red.;
XAPUIN, Ta.G. [deceased], red.; MOMIN, G.I., re4.. SAVITSKIT. V.T.,
(Continued on next card)

ANDROS, I.P.-(3cntinumd) Ca-11 ~.
red.; SANOVICH, P.O., r,~d., VOWVI,,%H, H.Z., GORITSUT,
A.T., in7h., red.; POIETAN07, V.A., Inzh.. -el.; PA113figy, 31.1.,
lash., r9d.; CHBCHKLT,-, L.7., :-~J. iz-1- :-a: PRCZC:-t)VMAYA, V.L..
tokhn. red.; NAUSINSKATA, A.A., tsIc:,, .
[Mining; an enjyc ILp&edic 'ftnx.,'zo j G ent ot~. - r ad Ichesk i I
spravochnik,, Glaw. roid. A.M. TArpipor-i-. MosiTit. (Ice. t4vhno-
t"Irhniohesjto,3 tvd-vo 1,t-rv oo ugo'~Inol Vrl.'~ [Hining
sol timbar1rog) Prov--r.I,q Red-

NUAROV, P.P.
Relative age of ircn carbonates in Krivoy Rog magnetite. Hauch.
trudy KHGI no.6:69-77 156. (MIRA 14:4)
(Krivoy Rog-Geolo , Stratigraphic)
(Sideritef

Fomtlou of rutile In replacement of lausaxene in rocks of the
lowor stratm of Krivoy Rog series, Sbor. vAuch, trud. WIGRI
no.2s269-210 159. KMA 11,s1)
(Krival Rog kain-Geologyp StmUgraphic) irtuttie)

SUKHANOV, A.r., prof. , doktor tekhn. muk; IIAZAROV. P.P., kand. takhn. nauk
KUPMV. B.N., kand. tekhn. nauk; ijozh.
Using cons bits in boring blAst holes in anbeston quarries.
Stroi. met. 5 no.10:26-28 0 '59. (MIRA 13:2)
(Asbestos) (Boring machinery)

KOROBOV, F.I.; V.".: A.F.; SJA;]jl;!-ji.JYt A.A.; S;I,:;fAFOV,
L.D.; lu,'-~AWKOV, Ye.F.; P 1K, .(jVSKIY,
N.A.; ..J.i JW41 i,'F--Ji3M, i,,P.i .~-U-11UNOV, :.B.; BOYrG
V.Yr--.;
'ZA, r`,i&tfv, ".F.; W;0,----, I. C" :()v, ",.V.;
L.',!.; IPATOV, P.11.; 'L-AZ,!6 -E.k. ) 6:,L Z.'.' 0..'.
i-ABIOVI~;,,9 V.I.;
Yo..L.; :,::l1 JWL-%', 3.P., i:uz '-~T,;OV,
P:~ M; V, i-, ,
;-~j JOV, 0.0.; V.' ~DOV, V.~;.; Z,JIU -X, S.:*.;
"ikolai ldkolae-iic I'
-r7. ~cw.z,.ur. :io.6:76 Jf~-
l6o. 14*2)
:.i:.ol i Nil-olaevich, 1890-1960)

NAUROV, P.P.
Origin of rocks in the Krivov Rog talc horizon and their place in
the cross section of the KriVoy Rog series. Geol. zhur. 20 no.21
66-69 160. (MIJA 1415)
(Krivoy Hog Basin-Rockso.-Auslysis)

MAZLROV, P.P.1 KUTUZOV, B.N.; &PAWHCIILNKO, V.G.
Operation of double-stage compressors in a single-stage system
on roller-bit rigs. Gor. zhur. no.404 Ap 161. (MIRA 14-4)
1. Moskovskiy gornyy instItut (for N4sarov, Kutuzov), 2. Mentrall-
noye radoupravloniye treata Soympbest.
(Boring machinery) (Air-compreasors)

SUKHANOV, A.F., Prof.; HAZAROV, P.P., dotsent; KUTUZOV, B.N., kand.tekhn.nauk
Research on boring blastholes with
State All-Uzdon Usociation for the
and for the Mmufacture of Asbestos
37 Vq 161.
roller bits in strip mines of the
Ilining and Preparatlon of Asbestos
Products. Gor.zhur. no.5:34-
(KIRA 14: 6)
1. HDakovskly gornyy institut.
(Rock driUs)