SCIENTIFIC ABSTRACT ZAKHAROV, V. - ZAKHAROV, V.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963520019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZAKHAROV, V*#- inzh.
The mechanic helps designers, Nauka I zhiznl 29 no.1:98-99 Ja
162, (MIRA 15:3)
(Drawing i.-Btruments)

':AKHAROVv V*q inzh.
-Attentiinl
15 il ti
--I.-TuvJ-n,.qkV--radloklub.
Rejio ar,-teurr of '4-,Jva are on -,I-,e alrl' Hadig ro.7;
14110)
(Tuva Autonomous Province-144io operations)

ZAKAAROV, V.; LAZAREV, Yu.
Electronic pulse generators or photocells. Fadia ni.3:48-49
Mr 161. (Mimmje)
(Oscillators, Electric)

ZAIaLVlOV# V.; Fl,,YGIN# M.
Develop swine breeding and feeling everywhere.
no-4:3-1-24 AP 16.1.
(Swine--Feeding and feeds)
obshcheotv,pit.
4 - 3)

89647
S/107/61/000/003/002/002
E192/E382
AUTHORS. Zakharov, V. and Lazarev, Yu.
TITLE-, Electronic Pho -oscillators
PERIODICALi Padio, 1961, No. 3, pp. 48 - 49
TEXT-., The inertia of photo-resistors can be employed to
devise a new type ofrelaxation oscillator. The photo-
resistor in such an oscillator plays the part of the capaci-
tante and the feedback path is provided ty means of the light
flux emitted by the neon lamp. A simple circuit illustrating
the principle of such an oscLIlator is shown in Fig. la. The
photo-resistor R I and the neon lamp ar,! enclosed in en. light-
proof box4 The waveform generated at tha anode of the tube
is illustrated in Figt, 16 , The principle of operation of
the aVatem is as follows.' When the key K I to open, Owneon
lamp is not conducting and R I is not illuminated, The
anode resistance R 11 of the triode is chosen its such a way
that when the key K I in closed thn neon lamp is ignited and
C&rd 1/4

b9647
S/107/61/000/003/002/002
E192/E382
Electronic Photo-oscillators
R4II is illuminated, Now: R k changes graJually when
illuminated and the negative bias at theprid of the triode
it; gradually increased, Consequently, the anode voltage
increases and the drop across R a is reduced. When the
voltage across R a becomes sufficiently low, the neon lamp
becomes-extinguished and R begins to increase. Consequently,
the negative grid -bias is gradually reduced; this in followed
by a gradual voltago drop at the anode until the point is
reached when the voltage acro3s R a is sufficient to re-ignite
the neon lamp. The process is now repeatod and the system
thus behaves as arelaxation oscillator. The frequrncy of the
output pulses of the system depends on a numbor of factors and
cannot easily be evaluated, In particular, the frequency is
greatly dependent on the illumination of -the photo-resistor
by an external source; this property of the oscillator can be
Card 2/4

11')647
S/107/61/ODO/01:)3/002/002
E192/E382
Electronic Photo-oscillators
used for measuring various external light s~)urcias. The
frequency is also dependent on the slope of the tubb
employed.- In pentodes, the-slope can be-controlled-by
var.~ing the voltage applied to the screen g:rid. Consequently,
.it is possible to design photo-electronic o;sdillators in which
the screer. grid potential of the pentode is controlled by
means of a photo-resistor. It is therefore pos:%ible to
control the oscillation frequency of the sy,stem by means of, an
external light source. Two circuits operatIng (in this
principle are described. There are 4 figu:~es.
LY/'
Card

Card 4/4
Electronic Photo-oscillators
S1107161A,00A10310621002
E192/E382
PAC.I

ZAKHAROV, V.
Take b"tter care of school cbIldronle food, Obshchasty,pit.
no-l'.3-5 Ja 160. (MIRA 130)
1. linchalinik upraylentya, obahchostvannogo Tittantya Hinisteretva
torgovli RSM.
(School childrnn-Yood)

ZAMAii(m p V.
NethoJ3 or Pover Engineering Computatione for the Umplex Regulation of current."
Dinsertation for Degrece of Doctor of Technical Sciences, Leningrad Polytechnical
Institute im. Kalinin (LFI)
Subject: bydropover engineering
Gidrotnkhnicheskoye, stroit--Ilstvo, L2, 1946. p. 27

IAMROV, V.. shturman.
%WT40
Usln,g a drift cozqmter as a collimtor. G=&zhd.&-r.13 no.11:27 N
'56. WAL 10: 2)
(Photography, Aerial)
-;~:

GORIL11r, Ta., polkovnik, Imad. voyen. mauk; ZAMR(M. To, polkovaik, dots,
kand. voyen.tauk; DESUITSKIT. Go, gener-AT-mayor artillarli; KITOSRVILI#
Sh...podpolkovulk: TTADINIROT, T,, polkorilk
mConcisa dictionary of tactical. operatioaal, and general militarr
terms." Reviewed by IA. Oureli and others. Voen. vast. 39 no.2.-
83-91 )P '59. NIRA 1297)
(Kilitary art and science-Diationaxies)
(Russian language-Dictionarles)

107-57-4-10/54
AUTHOR; Klimashin, A., and Zakharov, V.
TITLE: The Second "Field Day" Will Ta iF~fice on Aug,,ist 10-11 (10-11 Avgusta
-- vtoroy "Polevoy den' ")
PERIODICAL: Radio, 1957, Nr 4, pp 10-11 (USSR)
ABSTRACT: The radio operator team which won first prize in the 1956 "Field Day"
reports its experience in this article. The team ol the radio station UA3KAE
(077576), which included A, lUimashin, V. Zakharov (UA3FU), and G.
Sernenikhin (077538), began preparations for the contest as early as April, 1956.
The contest took place in Vlasovka village, Moscow oblast. A low-power con-
suraption 38-40 and 144-146 mc radio receiver was selected for the contest. A
2. 5 -watt 38-40 mc transmitter was built. Yu. Prizernlin (064020) built a special
four-element horizontally polarized antenna (see Radio, 1957, Nr 2). The sta-
tion was tested in actual operation two days before the- contest. A series of
hitches, drawbacks and mistakes of the 1956 "Field Day" in described in the
article and remedies are suggested.
There to one photo showing Ufa ultrashort-wave hanis during the M6 "Field
Day.
Card 111

"5e
C' J! r W c
r1

9(2) 30Y/1419-58-11-13/15
dill THOPS r i i. o e r Candidate of
TochniCnl 5131~ 11:t
TITLE: Electrical Filter for Very Lou F.:equexiciea (Eleltronnyy
fil:tr infranizkikh chastot)
PERIODICAL: Pviburnntroyeniy,~,, 11,60, 1Jr ill PP 30-30 (Unn",
ABSTFACT: The basic wiring, cirou-_'t of a filter with a bani-transmis-
o1vity -.7hich can be varied d1onvotely -within the range of
Prom 0.1, tc, 2 cl-o-clos Its _-iven. The filter iv --epresonted
by a baianccd I Iv., c t -current tube ,.,mplifier. In
the feedbn-;,k r~-f this t-,7c--membored HC-filter is
At L. e )'.n.p~it of -4'.o z:,,mplifisr thera is t Dingla-
4,:,w f:~-eqt-onc-Jea. T~e ~ava-_ietern of the
r~-iA, b( salficted in jich a manner that
"ho fq-dback iij hirlil. I -
I ~. y positi-o at t~ie hir,hoBt frequencies.
The frequencr cl,arco.,toriatio of t*;te ampliffir wiLhout input
filter is characterizefl by a oharp rice of transmissivity
at the hir,ha.3t fraquar,7:i,~,s. Tlie parametero of the input-RC-
filter be ,~elet;ted 131 nt::,~h a ranner that the rise is
C, -,7d /2 fully at. tle hi,~haot fr,iquenoles. To order3 of

Ele;,.tri,:!al. Filter for 11'ery Loy., Prequencice SOV/119-50-11-13/15
ma8mitude of the R- C-m~,-.,ilera are tabularized. Selection
is carried out with an ,3,3oura~-y of + 1. 1/'). Within the ranee
of 0 to 2 V the filt-3r hi.s a lTnoar anplitude charac-
6er-'sti,~. The iziput x-esistunc(~ 1-3 ,--e-ater -than 1 Mg. The
drift fruia zero i-- 3 -- 5 nV/h and can loe reduced to 1 - 3 mV/h
by a 3uitable anlection of tulen. In the cace of highly
re,As-~ive loade (> 30 kQ) thc filtez, Increases the voltage
V thie 4-fold of its amobnt. In the cai3e cf a low-resistance
load: the 'ransmisgior. coefficient of -the filter amounts to
160 -Lhe frequenoy chara:teriuUC!3 are shown in form
of The s1multaneoui. rwitching over of capacities at
the input filter ai-,I i-a the fendback warranta the passage
of the followin6 frequ-:~n!~Ieo; 091; 002115; 0#5; 1 and 2 cycles.
Tha filter i3 feld by an anode battory -80) and by a
drv heat eleoent ('TW~ -30). Uiere are 2 fi,,-L,.res and 1 table.
Card 2/2

L, Al
Vill

S/196/61/000/006/002/014
907312.135
AVIHORS: Znhhnrov, V.A.# Nadezhina, C.N., Sakharova. V.1.
TITLE ---Variability of the-phyxico-mechaftical and-electrical
insulation propertie-s of some ipressed materials under
the effect-of temperature and )ther factors (humidity,
fuel, oil)
PERIODICAL3 Referativnyy zhurnal, Elektrotelchnika i energetika,
1961, No.6, P-17, abstract 6B85. (Sb. Steklotekstolity
i drugiye konstrukts. plastiki, It.. Oborongiz,
ig6o, 139-168)
TEXT: The resistance to heating (referred to by tho author
ae "thermal stability") of glass, asbestos fibre and powdory
plastic materials of the grades Ar-L,_ (AG-4), KPIG-9 (JaIS-9),
T~A4-1 (TVFE-2), K41-5, KNK-5, OIK-218, KNK-9 and b(#--70 M-70)
were investignted. Data are presented oti the basic propertioa of these
materiels, describing the method'of testirke and givhV; data on the
influence of elevated temperatures on the wechat-1cal and -electrical
insulation properties of pressed materials (M). KO-resin base PM
have a mechnnical strength which is lower than that of similar
Card 1/3

-1 ~ T - T ~ - --I.- 1. 1 ~ ~~ :- 1 -1-- ': , ~
Variability of the physico~mech.i. S/196/51/000/006/002/014
E073/E335
mechanical properties of AG-4 and VCh-70 at temperaturea up to
1500C; these materials are suitable for ope:ration under tropical
conditions. although a drop in the electric.il insulation
properties was observed for the material A,3-4. 15 references.
Abstracted by A. Magidson.
CAt-stractorox Notei Complete translations)
Card 3/3

ZAKRAROVI_j~~3_ SONGN-A , O.A.
Effect of iodide on thp polarographi- beh8vior of d'- and trivajent
iron on a platinum eleeLrode. Zhur. fiz. khirm. 38 no.10:2474-2478
G 164. (MUM 18:2)
.1. Kn,,ttkhskly gosudarstvennyy universitet, AhA-Ata.

ZARHAROV ~ V. As; 301-IGINAO O.A&
'- 1-1--l-r-1.). 1-11-....- .
Anodic oxidation of arsenite ion on a rotatirg platinus elec-
trode. Zhur, fiz. khims 38 noOt'767-710 Mr 164,
(HIRA 170)
1. Y4zakhskiy gosudaretvannyy univerwi~tet.

Z~ ~IAROYj_V.Atg izMh-
Lffective performan,--a of steel prest-sesed truaises. Er-Da.
ot-roi. 4.1 no.7j29-3.3 JI 164. (KEU 17t 8)
1. Troot 4setallkonotruktoiya.

ZMAROVO V.
Mechanical and-operational qualities of cast cm2kishaftis in
GAZ engines. Avt. pron. 29 no.5'35-317 My 163.
(KML 1614)
1. Gorikovskiy aytonobdl'W sawod.
(Cranks and crankshafts.-Testing)

i~ "I V f - ;r" I, W"'P Z-~! ikq' V M eL
ZAIMA OV, V.A.
lataw -vork-autoleatization,
(KWA 6:10)
(Drilling and boring) . I

M.' M/Engina or ing Locklag devicea
Clu-d t 1/1
Authort V. A.
Titla 9 Mechanized locking devices.
Pez Jadical f 3tan. i in-qtr., Ed. 6, 34 - '16, Juns IL954
vri-or, -- rninir-L!,! anti surinz-type lock"ng MOO-
Institution
S'iibmitted

2 In h 7 'M
MR/
card
Autbors Voronich,!v, N. M., a:~,f -'~Lldiarcv, V. A.
Title Autouati,; revolving tables
.~ey,IoUcal
7
!'~tftn. i 7rv-,tr., PA. 1, 5 9, JuI3- 1951,
Ab rz ti-tv - tr n,~!- q I n ~-n s -n aut --at n;-, tab!(, I uspd
Institution
- - - - - -- - - - - -- - - - - - - - - - -

ZAMIAROV, V.A.
Automatic production line for machining tractor tranazl6slon cases.
Kmohinostroltell no,9:1-2 5 057. WRA 10:9)
(Machine tools) (Automatle control)
(Tractors-Denign-and construction)

SOURCE CODE- 'rR/01 291,~6b,60
A U' -HOR V ~i A A
i C
T17-Z. 4;min growcK itt the prese-ace cf rcSjUx 3f hfgh~-ernpf rature
rvi6-.C1. alloys
'P~
L tartulcheaka.-a obrab~jtka me-allov, a0. 1, 1961, '22-24,
10?1(1 TAGS: grain growth, nickel alioytpolygonizition development, metal
racr)stallizatton, recrystallization teutperature, hot it"etting, YjtN77TYu Ni-Cr
alloy
ABSTNUXT: The prcpertiai; of b-Igh-tempetature alloys-are lcrgel.~ a f-ifiction of grain
i size. a.qd.usnixformity of structure,or of fittor-a which art detrirwined by the previrts~
fie-at tre4tm-ent--~and-cdl-d working of t" r;mtal. In tj~4 S C jnnk~Ctt-11;
g Wwth p-nd
Gize of al lov %jere ~z:; a funk Lion of ett'ingt~(*t'~ ~30-x af
height or thc b~ anc 10OWC, respectively. tuch a cnrall dtf felence it'.
temperaturc- is sufficient tv resijif in radical ch-qrtge-3 n a-r-Actuze of thc
metal toveide-ving that th( recryacallira-lon ~-mp~rLure 01 KhN17TYU alloy is 970'1-.
Prior a recr,~gtall A zar ion the aLruc-~ure of this alloy i i f in,!-gratne-i.
OM45: 620.186-5
-17
WNMEM, M

ACc 4R, A.P6001503
pticq thd(, if ttle Jefor-r--ition fa c-,)rpleted above
7hf.- experim~t,~ui confirnx,d L~jlr,
t n,~ ec-ry-,- 11 i F-. it t ion t amDerature the &,rowth in grain size o-ring to recryqt~', if, ti-inar,
an-i 411 the ;:cneq of
'nr'i V h4r, A 4. n T-
I ~k n g r Ie-
~'4 (I flr1 r 1 'C
0. 5-1 deg/mi n crit*,cal grain growt% i3 n-. ubeerved: L'IIS it. )e(a,iut; d
heating, rate and ila the of tecparaturcq sumeuhat below the thrEs told o-
recr~,stalli.zation Lhe processes cf polygonization. are the first to occut, ahead of
the other processes associated with recrystallization, and they form a i-table sub-
stru, ture ti,~,,ich prevents any raoid grain growth. This, Incidimtally, diE:proves -.he
Inotion t-ha:. arc--Ln size r-ecreaseR with increasing hcating rat,e. What is riore, the pro-
~,rnpcjrtioual to th~- heArtng rate: the slower the
1 1 e -13 rl" '~Ie ~'f the rCf.-rY!tP.IIiZpd gTaiu.' li~ L,-.
-)T i~ S ;ures.
11, 13, 20/ SUBM DAT3: nor-e/ ORIG RE?: 0011 OTH WS: 000
SUB (;ODE..
212

TVANOVA, Ye.P.; ZAKHAROVt V.Af
Ecology of cemented to sube-!;rata Va2ang1niEm foram-Inifers frem the
Boyarka Valley (n-atanga trough). Geol, i Ceofiz, no&7:107-210 164,
(fITRA 18jS)
1, Inatitut geologii J geofiziki Sibirskogo otdelonlya AN SS5R,
Novosibirsk.

ZAMAROV. V.,A, P inzh,
Hot-laid bituminous pavenents under Far flort~ cc--ditlona.
Avt, dorf ~28 no.2:13-14 T 165. 04IRA 18-.6)

Uz-e oP antlcr-ag,~;Ilant,5 thj~ tri~s.-.=nt of
19: 5-
-alseases. 165.
V.A.
iy "o.1 lg~ ~my- -rrach Lil . P v~avloiwv)
gorodskdy_ bol I-nlt.L.-

ZAKHAROY, V.A.
Distribliticn of the genus.Aguilerells, Chavan (Biwi Ma) in the J---racsic
and Lover Cretaceous sediments of Siberia. Dokl. All SSSR,162 no.5tll6-)
1164 Je '65. NIRA 180)
i- goof i ziki-Slbirskogo -otd4lervtyF.,--.A 4-SSSR. -Sub- - -
-Tebruary~-19,-1965--

__~~HAROI't V.A.; SONGINA, O.A.
Effect of Iodide on the polarographic: behavior of oxygen on a platinum
electrode. Zhur.fiz.1rhim. 37 no.7s1450-1454 Jl 163s (MMA 17%2)
1. Kazakhskiy gosudarstvennyy univer!.iftet.

0 g -
f 4 0 r s I No (1 4 0 to a N' ft P a 01
o "
A L-A L- o QL a A 4
It.
11 -.1
W is v a
n"
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lop i.t. f4ofat
-ttll

4 MWWAA SUM* WKWMI f"
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v. takha,".
.
N..j 4-
:
0 eltedrf of 0%. wark c4 the bitim, (3) Irmo 4 air
1(4) ONIPvt M CLALA
~lv ", (is)
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mmrt -A air am 14.
(7)
p

to 08
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41-0.
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oil
se'l
*0 f
*4 -d "m of ton" bdow

was
Of
411
trig TWA asswclas
goo
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moo
Igo*
u )v #3 4,41,
o 0 oi il VRCS: :'*"0: 00000 4 00 10 96 w0

ZAKIMOV, V. A. aryl othors
0- """ "",
Separatorry rolikopodnhipm.kov J-z drevennyldi plantl3cov. (7c-Itn. t~luz;jj.,,
1950, no. 5, P- 36-37)
l4loodplastic retainers of roller bearings. -
DL('t T1111 -V4
SO: Manuf*acturinf, -and Mcclianical EnC;:jItcerin~-, in the coviot Union,, Library
of Congress, 19:53.

ZAK11AROVo V. Ao
C"t -atruct-Urt KOV.5v
!.Igast Tzaxi With.,Sjgieroidal Form of 'Gmphite,l
i% A.,ZakbArov, Er4jr,, Gortkiy Automobile Plant
i~ni Molotov
Mit .ey Proizvod" No 11, pp, 26-28
lescribes minuf procedure and application of
gray iron treated 1z liquid. state vIth Mg and
f arrosil-icon. Nmi-rouzw- USSR machine building
plauts produce castings out of this type of caist
~xon~as substitutec for steel castUgis Cdfgi* ;s
and
prqwU44 MA Cbm, compa of la heats

Struggle for r-teel. Moskva. Frofizdat, IS,52. 41 p. No-ratory notidall-
sticbeekogo proizvodstva", (53~-25646)
T11704.R9Z2

Z KII; i 7un,
'141 PLItl 3iii-lienlyn F4is%hodr, Ifqqntvv, Vvec-disin;~, V Ghu,~.rtn, Dl,,ga Vlv!-r,",-vki Chni-,,unn Sr~
G :.z qpyta. Ravnty Gor'k. Auto7nvotln
Sferoidnllnoy E I)T-zacy Grp f irr , 7 m. ;~ Iol C, t Own
-) Sr 1--ro A-vtornob., Trakt. T ~-x. Mashincstroyeni-ya
T3ETI, 1954. Ills. 3 112- 2 M
33511. Obmen ')pyiora V Mashinostiwenli) 1,500 -rjk7,. !~espl.-Sost. 1kc-7an IJ' Vyp. T',-n.--
(54.54616) P
30: Kntzlhnnyti, Vol. 1, 1955

USSRIKLectillancous 4"utallu--gy
Card 1/1
A e. ho i- ZakhUrov, V. A..
r Cast c&mchaf~ of an auto-engin6
Poriodical i 0 :v.
296, Jan-Feb 1954
lhigwi" qrpu -
__v vca
a and
tntrodu:ed in mmhin4
0-4113 'Uction mt LL
w t "t f Fr ateol, aid t;on- ferro,~,)
r r, an 1-1 at f5a
7 ti t;u-, < nly in the c i
P, e 3 _q C,

-;-4F- -ET7~f~ Le 2
OV v r.
1.r
tinn nf -n-hirnic-lil v-raohit8 fomft In tht cant structure is discuss".
'r, t Cant 1,

4- le ic r c
137-1957-12-Z3848
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, PIr 12, p 140 (USSR)
AUTHOR-. Zakharov, V. A.
TITLE- Means for Reducing the Amount of Magnesium Introduced Into
Ca~t Iron for the Purpose of Obtaining Spheroidal Graphite (Puti
snizherdya kolichestva magniya, vvodiriogo v chugun diya
polucheniya. sferoidallnoy formy grafita)
PERIODICAL: V sty. : Novoye v liteyn. proiz-ve, Nr 2, Gorll:iy, Kn-lgoizdat,
1957, pp 73-79
ABSTRACT: At the Molotov GAZ a titw allay (I-) was developed for the purpose
of obtaining cast iron with qpheroidal graphite (CISG); "lie A con-
tains 15 percent Mg, 13 pf-rcent Mn, and 55 percent Si. The madi-
fication occurs without the removal of metal from the ladle; an
expenditure of 0.6-0.8 percent of A, by weight of metal, yields
complete spheroidization of graphite in sections, of castin8s of up
to 150 mm thickness. Procedures for the smelting of the A are
described, Experimental results of the !Lddition of fres'i cast
iron to the modified kind are given as well as the resiilt3 of
Card I/it experiments iin the welding of CISG with electrodes of t-ie same

137--1957 -12 - 2 384 8
Means for Redu~ing the Amount of Magnes-Luln (co .nt.
material and in the determination of the behvvior of the carbon
in the cast iron during the process of modification. It was diS-
covered that, a) During the addition of 50 percent of fresh cast
iron to the modified cast iron the blanching action of Mg is pre-
.Served; bj' In welding with electrodes of CIS.S the graphite spheres
.retain their form in the welding seam, also; c) The carbon content
of the cast iron rvinains practically unaltered before and afler Mg
trentnwnt.
E% Sh.
1. Iron-maLmesium-manganese-silicon alloys - Properties
2. Cast iron-Preparation 3. Magnesium-Applications
Card 2/2

KURTOY, Ij.; ZAKMOV, V.A.; CHICHAGOVA, H.P-- RTANKON', S.Y.
--womm"Iswu
Zffi5ct of bismutt; and boron on curtailing the annamling of
white Iron. Lit.proizv. no.12:2o-21 D (HIRA 11:1)
(Iron-BIsmuth-bnron alloys--Hetallography) (Iron--fleat treatment)

PHASE I BOOK EXPLOITATION 680
Golldberg., Mikhail Markovich, Zakharov Vasiliy Aleksandrovich
y-e-v-- n ~-e-va-,77rad-enffi~~
Kazanskly, Yuriy Nikola ic" 001.
Petrovna, Losev, Ivan Platonovich, Trostyanoltaya, Yelena
Borisovna, Khazanov, Grigoriy Mikhaylovich.. Chebotarevskiy,
Vladimir Vladimiudrovich, and Sheydeman, Igorl Yurlyevich
Nemet llicheskiye materialy i ikh primeneniye v avJ.astroyenii
onmetallio Materials and" Their Use in Aircraft Construction)
Moscow, Oborongi2, 1958. 428 p. l5tOOO coPies printed.
Eds.: Losev, I.P. and Trostyanskaya, Ye. B.; Reviewere: Bondarev,
V.S., Engineer; Scientific Ed.; Panshin, B.I., Candidate of
Technical Sciences; Ed. of Publishing House: Tubyanskaya, F.G.;
Tech. Ed.: Rozhin, V.P.; Managing Ed.t Sokolov, A.I.,, Engineer.
PURPOSE: This is a textbook for students at advanced aeronauti(,,al
engineering schools and may also be useful for engineers and
technicians in industry and at scientific-research Institutes
who are interested in nonmetallic materials.
Card 1/23

Nonmetallic Materials and Their Use (Cont.) 68o
COVRRAGE: The book describes the characteristics and properties
of norimetallic materials and the technology used in their
production and also the shop processes by which they are
fabricated into structural memberss assembliest and aggregates.
The ttformation given in the book covers the entire range of'
nomietallio materials used in aircraft construution,, namelyi
plastles, rubber, paper, wood and textiles, glue, lacquer,
paints, and coatings. The authors made use of the results of
a pedagogic experiment of many years standing, I.e., the lecture
course "Technology of Nonmetallic Materials" given at KATI
(Moscow Aviation Techn,43ligy Institute) and-MAX (Moscow Aviation
Institute). The bcok was compiled by workers in the department
"Technology of Treatment of Nonmetallic Materials" at the MA,ri
and of the department "Engineering Materials" at MAI under the
general direction of the editors,, I.P. Losev,, Professor,,
Doctor of Chemical Sciences, and Ye. B. Trostyanakaya, Profetisor
Doctor of Technical Sciences. The authors of the first and
second ohapters are Ye. B. Trostyanskaya and I.P. Losev, of
Card 2/23

Nonmetallic Materials E.nd Their Use (Cont.) 68o
the third chapter,, Ye. B. Trostyan3kaya and G.M. lhazanov; of th-!
fourth chapter, V.P. Leontlyeva; of the fifth chapter,_VA,,jg)Oj1KM
of the sixth and seventh chapters, Yu. N. Kazanskly; of tYe eig,.;h
chapter, :1.Yu. Sheydeman; of the ninth chapter, Ye. B. Tros-Lyanakaya,
and those of the tenth chapter, M.M. Golldberg and V.V- Chebotarovskiy-
The section of the seventh chapter "Mechanizing production methods
used in molding objects from plastics" was written by G.I. Shapiro',
and the noction of the ninth chapter "Mechanical reinforcement oV
articles made of nonmetallic materials" by V.P. Leontlyeva,- the
author of parugraph 5 In that section was I*Yuo Sheydemans The
authors thank Ya. D. Avraoin, V.S. Bondarev, and Me Ya,, Sharov for
valuable advice and B.I. Fanshin, Candidate of Technical Soience!l, for
his assistance in readying the manuscript for publication. The book
containa 180 figures anil 30 tables. There are 50 references, of which
48 are Soviet and 2 English.
Card 3/23

-:?124
'30V/128-58-11
AMORIt Xurtov,- T F ChichAg 11.11- An4 2akhiarry, V.A.-
ovn,
TITLE: Eutecticity as a Technological and Qualitative Factor of
Magnesium Cast Iron (Fvtekticbnc)st1 kak fektor tekhnologich-
nosti-.i ke-chestva magniyevogo chugune)
11 Er, r 0 D I C Al, 1, 1Liteynoye proizvodetvot 1958, Nr 11, pp 3_4 (USO)R)
ABSTRACT3 To eliminate the technological deficiencies of magnesium
cast iron, it is recommended to use cast J.ron of a eutectic
composition, the positive effect of which on casting prc,per-
ties is explained by the minimum and oongtant temperature
of its hardening. The technological procena in the pro-
duction of eut-ectic, cast iron is simplified due to the rini-
mum tomperature of melting. The possibility to lower tie
cast iron temperature prior to modificaticn without di-
minishing its casting qualities is a positive factor for its
wider use in the machine-building industry, In the pro-
duction of castings of different thickness, the proper yro-
Card 1/2

31)V/128-5e-11-2/24
Eutecticity as a Technolot-ical ani Qunlitntive Factjr,of VE-gneai,.;.= Cast irsn
portion of carbon and oilicon for the'furnitce charge ia :io-
lected and the silicon amount necessary for modification is
added. There are 3 tables and 1 microphoto.
I. Iron-ragnesium castings--Prope.-ties 2. Iron-z-agreqium cafftizzigs
--Casting 3. Tron-iragnes ium casting s--T erqNr,,r tttur a factors
4. Eutectics--Applications
Card 212

ulaW, I.r., kand, takhns rauk; FoNDHAFLET, A.Y.1 ZAKIIAIIOV, V,A,; CHICHAGOVA,
Canting crankshafts. Ayt. Prom;z*1121133-37 D 158. (Km U.- r)
1,Gervkovskijr RVI;O$aV*d ly*u,nding)

AUTHOR:
TIT.LE:
PERIODICAL:
ABSTRACT6,
Card 1/-3
t I I , r
SOV/128-59-6-15/29
Kurtov, I.P., Candidate of Technical Soiencest,"&-
harov V d, Chichagova, N,P,, and Ryabokon'. HOP.,
iiingiii-ehers
Productlon.of Malleable Iron Processed with Bismuth
and Boron
liteyncye proizvodstvo, 1959, Nr 89 PP 31 - 34 (US;3R)
About 30,000 tons of castings have already been made
from malleable iron which was inoculated by bismut:i.
-and boron in the Gorlkiy automobile plant. The mel-
ting of malleable iron is done by the double-proce3s
(cupola furnace and electric furnace) using 40% ir3n
and 40% steel from waste materials, further, 3 - 3.5%
of ferros'.licium from the blast-furnacb and the rest
of the fresh iron from other plants. The content of
other eleraents is given in table 1. The grained bis-
muth and ,'erro-silico-boron is added ~Iuring the out-
flow of i:ron from the electric ftirnaeo by means of an
autbmatia' - dosage devico.. At 'the aame Umo iooes
- 0.15 kg axe ad d to the
of aluminmn, weighing 0.12 Sep
melted Iron. Generally 0.002~; of boron and 0o003% of

SOV/128-59-8-15/29
:Production of Malleable Iron 2rocessed with 31:3=uth. and boron.
bismuth are added to the weight o:PL the melted iron.
,eho meohnid-oal characteristics of this modified maL-
lortj)jo jxor~ aro the same Ito of Iron Y.Ch - 35-10
(Table 2), The ct.-Lotin, characteristics wore studiA
on the casted spirals &ig 2) and are mentioned In
table 3. 'rhe fluidity of this inomtbitAict iron increEi-
ses 7%, The casting spoilage is the eame as with zas-
tings from other non-modified iron. ihe percentagO
of Si can be increased from 1.3% to 1.72% (Fig 4)
'ehat shortens the graphitization process 5 times.
Also the process of annealing dec:reases 27%. This
enables savin s of 2.65 million rubles in a year.
For removal. oi Iraso-i, a apocial, powerful and mobile
ventilation machine is Installed. For an estimation
of boron in the Iron, the spectrographs ISP-22 or
82-28 wero used (an lytic lines axe of' B - 2497.7
and of Fe - 2496.5 1). For a quantitative estimation
of boron, a microphotomotor XF-2 was tioed which en-
ables evaluation of a concentration of 0.0005 - 0.004%.
Card 2/3 The bismuth was estimated by the photocolorimetric

SOV/128-59-8-1!,/29
Production of halleablet Iron Processed with Bismuth and Boron
method. There are 3- pho-tographs - -1 graph.- -4 tab-,,.-es - - --
and 10 references, 9 of which are Soviet and 1 Exig-
lish. 11
Card 3/3

8/128/60/000/002/002/002
A133/A133
AUTHORS: Shkol'Dikovt B. M.t Bondarenko, L. G., Zakharov, V.
Chichagova, N. P.
TITIS: The prac*;ico of modifying cast iron %ith cerium alloys
PERIODIV-AL: Liteynoye proizvodstvo, no. 2, 196("s 36-37
TEXT: Reportirig on a work carried out by Giredmet, 17AM_': and
the GorIkovskiy avtozavod (GorIkiy Automobile Plant) to stud,-r the
effect of cerium as a modifier of cast iron, the authors point out
that misch metal was the first cerium-type modifier used to obtain
nodulax cast iron. Since cerium is no more in such short supply
and the prodaction will be considerably increased under the pres-
ent Se,ven-Year Plar., the cost of cerium modifiers will be eLt and,
according to the author, will amount to 20-25 rubles/kg. Labora-
tory tests were carried out to study the modification effec'; of
misch metal, ferrocerium and ferrocerium. alloys with up to '70%
magneelum. additions on cast iron whose composition was similar to
that used at the GorIkiy Automobile plant for the fabrication of
Card 11/4

The practice of S/128/60/ooo/002/002/00.2
crankshafts, viz. 3.2-3.5% Co-2-2.5% Sit 0.8% Mn, 0.1-0.2% PO
0-007-0-010% S (cast iXon previously desulfurized by masnesivm),
0-025-0-030% S (cast iron obtained from a heat of foundry blf.st-
furnace pig iron and steel), 0.09-0.10% S (cupola iron). The lab-
oratory tests proved that the modifying effects of misch metiLl
and ferrocerium were practically equal, so that ferrocerium --.s
---given Preference SiZLI-.e it is cheaper. The authors emphasize 1.;hat
itF1-_S__exj4dJ "et-t-o-61da- -ther-ferroce_~:,Ium,
and Giredmet has deiraloped ferrocerium alloys with 70% Mg. If up
to 5% Mg is added, there is no pyroeffect during the additioa of
foundry alloy; up to 15% Mg results in an insignificant pyroef-
feet. If the Mg_content is increased, all those difficulties will
arise whJ.ch are typical for the modification with pure Mg. The
ferrocerJ.um consumption is considerably reduced if 10-12% Ili are
added; therefore, all the following laboratory tests were c6xried
out with ferrocerium alloys containing 12-15%'R3
The residual cerium. content In cast iron after -modification a-
mounts to 0-03-0-06%. The residual S content in cerium cast iron
Card 2/4

8/1 --0-,,R/60/000/002/002/ 002
The practice of A133/A133
ys higher t'Aan in magnesium cast iron. Of an initial S
is alwa.
With an F111sm
oonsumaption of-0--95% the-S-content-of cupola iron decreaseL- from
0-10 to 0-.06%. in contrast to the laboratory tests, zhe fiist
experimentELI modification of crankshaft cast ixon with ferro-
cerium of 15% Mg at the Gorlkiy Automobile Pla~at showed a percep-
tible pyroeffect and intensive bubbling of the cast iron iii the
la'dle. To investigate this phenomenon a series of FTeM alloy melts
with different Mg contents was produced, and it was found that,
under industrial conditions, only cerium alloys with up to 71/0 M61
addition rendered satisfactory results. For subsequent tes";s some
200kg FTs'K-6 with 6-7% M9 were produced, of which about 1,oOO
crankshafts for "Volga" and "Chayka" cars were cast. Durini; the
whole test period not a single crankshaft was rejected because of
"black s
pots", an6. since 1957 the Plant has not received c;)m-
plaints because of defects of the magnesium and cerium case iron
crankshafts. The main technological features of the FTsM-6 cast
iron modification are the following: The FTsM-.6 and CkJS (Si?5)
Card 3/4

The practice of
S/128/60/000/002/002/002
A133/AI33
modifiers are added to the cast iron success:%vely; O-3Y6 P.VSM-6 in
A
lumps weighing 11.-0-250 kg are put into the laile when the cast
iron is tapped from the electric furnace, and 0.4% S'L75 a.-?e added
to the cast iron in the pouring ladle. Soda is used as slagging
additive, the addition of cryolite is not necessary. The 1") con-
tent of the cast iron Frior to modification should not exceed
0.02%. The 'actual tapping temperature of the metal should be in
the range of 1,420-1,450 C, The advantages of the FTsM-6 alloy
over metallic magnesium as modifier are: absence of the p,,rief-
fect, insertsitl,veness towards a temperature increase of ct,,st iron
prior to modif ication, a practically non-tixiE 1,ing temperature drop
of the metal-4uring modification (200C)~ f;he possibility of re-
ducing the-cast iron superheating temperature in the electric
furnace Drior to tapping by 120-1500C,--which will--increasf-the
--furnace _Projuctivlty-by--12~-15%, and the insensitiveness tcwards
d6modifiers (Ti, Pb, Sn). A disadvantage of the FTsM-6 all 4Dys is
that it increases the tendency of cast iron to form cementite on
the surface.. There are 4 figures
Card 4/4

5/; 37/9, 1 /D(Z;/( 11 /,' ~7/12 3
AG601A101
AU"M 0 F-.1 - -offe, V. M., Burov, V. M., Shkol'nl'iov, E. M., Bonda.^encc, L. 0.,
Chichngova, N. P.
TIZ,E: Cerlum modifiers for obtalning cazt Iran with qrherical gr,%rhite
PEPIOCICAL: Referativnyy zhurnal, Metallurglyn. no. 11, 1961, 3. abllr&ct 1119
(V nb. "Polue!honlye 1zlially 1: zhIdx, m-t. m ~v;kortn, kr1&ts1I1-
zat.,tyey". Moncow - Klyev, Minheig, 1901, 147-149!
T:,'XT: Tho., conditions were clarifled undej? which It Is posalt.,e to uin for
modifying a Ce alloy Instead of Mg. In UsIng On Ce alloy, it cm, I- fPd Into
tlc ladle d".rectly while filling it with the cride Iron. Tne necesiity for the
h!gh-t(-mper.ttv.*e h,;atlng up of th,~ cr-ude Iron and of using sn autocla-'re and
F6 F.1 5
ciyol ite draps - ut, -4 t wa-- ostriblUbed that Fe-CP1 'al lay with 5 1 uit-
a!~Is for use trder steel -plant - -opdItlins. 25 experiments were carriel vtA 1n
madil)rlng crud_'AroawM Co.- -An alloy 6IFrsW)I) was -ntroduced Into
f.Zr- (CMi
-n:woqulfiti~y- - - - weight 6f 4
the ladle 1 o~f Oi27 --Oa2u cride Iran- It
w. as establiahed that alloys of Fe-Ce with 5-- 3% 104 make it possibie to LicKIII.Y
1,he crude Iron directly in the ladle without any protective device&, and the
-*ard 1/2

711 .~3
Corium moiiffers f^r nhtainlng AL1601A I o
crude Imi undargolne, mcilflcitlon b7 a Ce allmy aliouLl not nont;.In >0,0?4
.so ttv%t tv) cakiting to pura wi4 have no nowisAnIllo Irriritifiri - n(Alfination
Prr,),I.i(,t,,s. Tne m1croattuature dM the charactorintics of Xa- und Ce-crjd--~ irons
Are practically the Bane.
A. Savel'yova
(Ab3trACtcrIn rotei Cojrplete trAnslation)

PI,OTh']KOV# Pds; ZAYIIARCV# VA.
Reconstruction of plug traps for box furnaees.
Shor.rats.predl.vnedr.v proizv. no.W8 161. (MIRA, 14:?)
1. M.-.gnitogorskiy netallurgichaskiy kombinat.
(Furnaces, Heating)

SFIMTCV N.M ZAKHAROV
Reducing uall tfit~kneS3 of heat-treating ffu Maces
!~b-or.rats*predlqvnedr*v proizv. no.100 161. (KIRA, 14',7)
:1. Magnitogorskiy "tallurgi.cheakiy kombinat.
(Furnace3. Heat-treating')

4KHAROVp V.A.; DOOKIN, Yu.1.
Hagpoaium cait iron in automobile manufacture, Lit. proizv-.
z1of 4z7-10 Ap161. (MIRA, 14:4)
(Iron founding)
(Aut=obile industry)

.Carburizing -cast Iron Im the ladle* Ut#prolsY, r.0.11f y 162.
fHKM 15912)
(cast iron-4k,tailurgy)

RYMILOV, A.A.; ZAMIABLOV, V.A.; UMEDI,, I.I.; RYABUIOIOV, S.I.
Control of black spots on mgnesium iron castings. Lit. prcizv.
no.6:10-11 Ja 162. (MBA 15 -6 'a)
(Ca-3t iron-Defects)

L.Q41L_':~~47 E,~'o T (d)Avi' 1) 'i-i p _ P (k) LE "' E L~ ~E; -TA I j
TL A~,~
ACC NRs
AR6o].6529 SOURCE CODE: UR/02T6/65/OOO/012/BO75/B075
AMHOR: Zakhar V. A.
iTIT12: A method for analytical determination of the diametric clearance when M55t=-
ibling roller bearings into units
ISOURCE: Ref. i,.h. Tekhnologiya mashinostroyeniya, Albs. 12B574
REF SOURCE: Tr. Nu zhevok. aviat!j. in-t, vyp. 10, ch. 1, 1965, 37-110
yby
TOPIC TAGS: roller beea-ing, ball bearing, bearing race
ABSTRACT: In force fitting the rings of bearingy ~Ihere is a reduction in the diome-
tric clearance between the surfa-c-ealfoo-f the rings and the balls (or rollers) in the
bearing due to deformation of the trings. Formulas are given for determining the re-
duction in diametric clearance due to an increase in the internal diameter of the
ring during dixect force fitting cnto the shaft and also vhen there are additional
~
components on the side of the inncr ring of the bearing, e. g. an intermediate sleeve,
cup, etc. 2 illustrations. Bibl!.ography of 2 titles. L. Tikhonova [Translation
lof abstract]
[SUB CODE: 13
1 CaW 44/-4~

C.A.; VOZZHTTINOVA, T.F.;
E
DUB: Ye. A 2
TOLOV, -1.
SAKS, TZSA*:G'l, 'Yuele; Fuili-I'LlKC, A.V.; F,*R4,:T*TOV,9KlY, V.-..T,;
yu. 1 .9 11, 0.11.
Correoponding of the Academy of Sciences rf the U.S.S.R-
:3orl-, Scroe-vich Sokolov; 193/, on Ili's 50th lbirt)-.day. Geol.
1 110-8:-.40-14:7 '64 ("JI11A IF, : 2 )

. ZMMOV, TQAO., SONGIRLO O.A.9 MMAVTSLTA, N.A.
Amperometric determination of arsenic, and antimony. Zav.lab.
26 no-5:53!Y-540 160. (MMA 13t7)
1. razathshy goeWaretyennyy universitst.
(Arsanic-Analysis) (ALatimony-Analysis)

7AMROV,,,.T.A. t. :30NGTFA, O.A. . TERMAN, L. N.
Amperoinetric method of determining mercury on a rotating
.
'laitnum electrode. Zav.lab. 26 no.7:?87-792 160,
p
KIRA 13:7)
1, UxaVaskly gosudaristvennyy universitot la SoN. Kirov&.
(Marcury-4nalynis) (21sotrodes, ?Utlnum)

ZAKHARCIJ V. A.; VOYLOSHNIKOVA, A. P. -, SONGINA, 0. A.
hiperometric determination of tri- and pentavalent ansanic In ores.
j4iv,,lab, 28 no.1:27-128 162. (KIRA '5:2)
L Kazakhakiy goaudarstvennyy universitat im. S. M. Kirova I
Inatitut khimii AN Kazakhskoy SSR.
(Arsenic--Analysis)
LLWJ
j-1

SONGI.WA:p O.A.; 4K_q~~qyj V.A.
Shape of curves of the amperometric t1tration of x--rcurjr with
potassium iodide as determined by the indicator i)lectrode potential.
7Av.1ab. 28 no.8008-910 162. (KRA 15: 11)
1. Kazakhakiy gosudaret,%,ennyy universitet imeni S.H.Kirova.
(Mercury-Analysis) (Conductometric analysis)

ZAKIIAROVf V.A.; SMIGHIA 0.4. (Alms-Atu)
Behavior of iodide and. fedine- on the pl
Zhur, fiz. khIm. 3.5 no.6ul-12(-1231, Jcli~~,, (MIM 17M
1. Kazakhskiy I

V.A. I Z~b-'Lvov V..,-j.j; T.; '~,YV , J.
LAC ID-6.0v)
lppll~m,lor. of prjiarvgraphy in quar. i, i ta t 1 -10
ar.alysla. Pt..`Ul. Co-I I cz ~ftan 29 ro.9:224(-,--224-! S 164.
1. Kaoacai-sche Stuatsur-lveroj tat., i-),ma-,lta IMSSE 'eor Lakharov).
2. Inntitut fur analytI30:6 Praguo(for-
-1 '-yka). 3. V -,bcr.. ~dvizwry Board, "CcIlection of
Dolo741 an j .0
Clzechosh)vak Chem~cul Commurications" kfor Zyka)

ZAIOWOV, V.A.
Case of a subcul~eneous mra-131cn of the gallbladder. Khir-jrgifa
.38 no.12MO-111 D 162. (KIRA 17:6)
1. Iz khirurgicheskogo otdolenlya (zav. V.A. Zakharcv) Dryanskoy
gorodskoy bollnitay No.1 (glavnyy vrach L.I. Artamonov).

ZAK4ARO..V, V.~4,, Inzh.
Et-)erie.v,ce in mara0actnri and erecting steel large-ffpan
n9
prestresaed trussoo. Prom. strof. 41 no.11:19-22 N 163.
(KMA 17: 2)

ZAKHAROII, V.A.
IAte Jurassic and FArly Crete't,3ous oysters lzi the arctic seas
of 31borla. Paleont. zhur. no.4#44-52 t63. (MIRA 17:1)
1. institut geologil I geofisiki SibIrskago otdolonlya AN SSSR.

ZA.ElWli)V. V.A.
trut-of-town F.Aleoccologic SenfaiOn. Geol. I geofiz. no.5tl34-
136 163. (MM 16:8)
(Paleoecology, Stratigraph1c)

SONGINA, O.A.; ZINIAROV, ~'~.A.
Some particular foatures of ansparometric (1yilarimetric) titration
by means of a rotftting platinum electrode, Izv.Alq Kazakh. 3SR.
Ser.khim. no.1:52-59 l61. (MIRA 16:7)
(Conductometric analyals) (Electrodes, Platinum)
~ - ;j - - ~
. . - z ~ ": ~. ~;~ ~:

i L7
w F-WE-14V )/FffF-r-' c
SIOW53100010091CO36IM-C
AMMORS t Zhor&v, Tu. V*~. It, --!*I Yaq ZakharovA VO All,
evp A* A
M, fl.1,1 f,,rqckinc,,, of VMv,11 hberglazss bV VImmu~17-,7
J Al"j 4
9p-
I SOUIRCZ: -1963P 366-4o
1 WHO V.Ulz gla3s fibtar rjr.~c!,dnS_, fibwgia-_,ij~ plestlesp VFAA tdon3truoture
P
iw-.~A,qting, p r opp f,~ rySil,,,erglavs mcbmdcal prop,~rt-,Y,
KOH
jiBSn~,~ C-Iil D, Lho i-dcro3coplc atu4tr of M11-1, based on orgmno3ilioon resin 6,nd
~,i~nzu~ etrhJ_nz wit:a 36.1vanto emd hot K.011 fa-.illtated the obs
ermmticr,
llu,a of th.:3 re3im. t,,t 20 , 't' 9linkag 4132
ol., th- e between binder ex
or la
'D io 1,1riatic!i poro ard fomation in t."rmal aging at
fd.,, fnA e3m~L aeLng vztv!1,-,,3 Jnluzuta stresses producing britt1a-,,,-,_
erf tho blildi5l' Lnuj aljzl-~;S` M, !)Iete strrl i--~- from the fiber. It was
Idiscolm--ed thr.) Mnr L-:; a cat-saltic ef~~,ct on &-~ren~-therxin_g the adjacedt thin:
r T'c 1_-,_-,no7o trvii_ilatin-~WLnd propert-lem of the fiber-'
"0 r.,*, 0i'zi a, MAvenctm to the glas
x-noad3 ti Lx~ iaodUied tnc.
T. 41 r

7-- L
'crld to form
I a moro
fiber,
art- Ims t 7

Ibw I~motldae of the Uvar L-4as from the coastal area of the Se~a cf
Okhotsk stratigraphic importance. Geo2. i geofiz. no.3:23-31 162.
(MMI 15:7)
Nvosibirsk.
. (Okhotsk Sea region-Iamellibranchiata.. Fossil)

ZI%KHMIr* V*A.
Paleocologic observations of the Pargana oyster beds (Adraswn region).
Zap. LGI 42 no,20S-IM 962'. 15:6)
(Adrasmn regiou--(~rsters, Fossil)
A

sHIUDY, L.A., otv.rod.; MWOV, A.K., red.; ORIGCRj V.I., dotsent,
red.; ZAKHAROV, V.A., red.; KRlVOSNW, A.K.. dotseat, red.;
NEVKljk0f-.A-.I'-. RAZURWrMIT, T.U., dotsent. red.; HZKO-
of
LAYEVA, T.A., red,iad-va: NAZAROVA, A.G., takhn.red.
EPlanning. building. and improviag citiesl Planirovka, sastroika
I bla,,,,,raustro1stvo gorodov. Koskya. ltd-vo H-va kom=tn.khoz.wSR,
1960. 179 P. (MIRA 13:6)
1. Akademiya stroitel'stva i arkhttoktury 60R. 2, Prodsodatell
pravleniya Rostovskogo otdalenlys, Soyuza arkhitektorov SSSR (for
Grigor). 3. Rachal'alk otdola po delsm stroitallatia i arkhitek-
tury Rostovtikogo oblispolkoms (for Zakharov). 4. Eaveduyushchiy
kafedroy arkhitektury Novocherkasskogo Ordena Trudovogo Krasnogo
Znawni pol!.tekhnichookogo institata Imeni S,Ordthonikidze (for
Krivooheyev). 5. Xafedra arkhitektury Rostovskogo inshenerno-
stroitellnogo instituta (for Rasumovskiy).
(City planning) (Apartment houses)

nozymu"6'. V.Y.' ZAIMKROV, V.A. rdeceased)
Bloodless detemminction of circulation rate in mnn with the ai-I of
axyhemometero 71tiolo-zhure 44 noe8:766-770 JgI58 (Kru 11:9)
rii6
o-ro e~i6'he)iijiturr47 41spenseT. Sverdlovsk*
(BWOD CIRCULATICN, doteminntion#
rate, bloddles oxyomometric method (Rue))
(OXYGEN, in blood
ontemometric determ. of cire. rpte (Rue))
0.
4

1;izh.j CHUWYAMaYx B.Lp Insh.
Blasting techniques for pyrite -mines subject to pulf1de dust explavion.
Bezop trwla v prom. 6 w 8.23-26 Ag #62. (MIRA 16:4)
4yritea) imine dusts) (Blasting)

Construetion of pit-type mmken tanks* Pftm,strol. no.1019-22
1162. (Anu 25:12)
(Tanks) (Underground construction)

WHOM. V.A.
Surgical treatment of goiter; basel on data from the Bryansk Province
Hospital. Sov.zed. 23 no.1:128-130 A '59. (MIRA 12:2)
1. It khtrurgichaskogo otdalonlys (say. B.F. Senchanko) Bryansk07
oblestuoy bollnitty (glaynyy vraoh To.P. Volodlko).
(GOITER, surge
results (Rua))

2AKHAROIF# V. A.
MTcatltis as a conpilcation after ranecticun of ttn
stom-ach. Veut.khir. no.3k:LG5-107 1622. 150)
1. Iz otdolonlya (zav*a -- V*A% Ukliarciv)
rayonnoy bo*.L-nl-tcAy (1.;l. vrar,h ., L.I. Artamonov). Adres artc-a~
Bryarink, Bo;;Idtski- r.-r., rayonnaya bollnitsa, lchlnirgiclliec~oyp
(PiUICIZAS-DISEPUSES) (S T 0,', L'i C, IS U R G F, RY)

VOLKOVp V.V.p kand.mAiditainakikh naukl GORBAN'# Aslop kandemeditainskIM
naukj ZAVIYALOVp I.A.p vraoh; ZAKHAROV V A.v vrach
0 01-
Some proposals aonaerning the technic of plastic daorywystorhizostocq.
Oft. shur. 15 uo.5s278-280 160. (MIM 13 9 9)
1. 1z kafedry oftallmo2ogil (naohallmik - prof, B,L. Polyuk)
Voye=o-mdituiuskAy ordana Lemina akademii Im. 3.M. Kirov,&.
(DA011YOCYSTOPWINOSTOW)

7AKWON', V. A.
---plosidew of the "Information Circulars" of the Haln Administration
of Phanknolas of tle Azqrbaijan S.S.R. Apt.delo 4 no.1:5f~-59 JR-F
155 (MM 8:4)
lo Zamestitell nachallnika QAPU Uzbf-kekov, SM.
(AMBAIJAN-- FHAMliCOWGT.- PHRIODICALS)

KORIMT, I.V.; POLTAMVSK11r, L.Tu.-, ZONOT, B.T.; ZAXIIAROV, V.A.,; KORITTSSKIT,
Th. I.
Regultb of the investigation of Zultzer loans. Wcat. prom.
19 no.6:30-35 Je 159. (MIRA 12:9)
l.Sitrudniki Vseso7unogo nauchno-issladovatel'skogo inGtituta
takstillnoge i legkoge mashinostroyanlya.
(IOOMS)

ZAKHAWro G*N*; IAFMP vitht
1 4t
New lAtrulment for measuring the forc3 of friction between the
ti7aveler and the ring. Takst.prom. 21 no.2:59-60 Tp- 162.
(MIJL~ 14:3)
(Spinnin machinery)

TASHMU*LMD()Vv -,V.A.; KARAKOZOVA, A.A.; STEPANOVA, M.Ya.;
AMEDZFAWi, A.
Prescriptionx filled at pharmacies of the therapeutic institutions
of Tashkent. Apt. delo 14 no.5t72-76 3-0 165.
(MIRA 18t1l)
,1. Tashkentskiy farnatsovtIcheekly institut.

112-3-6422
Translation from: Referativnyy Zhurnal, Elektrotakhnika,'1957, Nr 3,
P. 189 (USSR)
AUTHOR: Zakharov, V.B., Yurevicb, Ye.l.
TITLE: Automatic Frequency Control System of a Low-Power
Generator (Sistema avtcnoaticheakogo regutirovaniya
chastoty generatora maloy moshchnosti)
PERIODICAL: Tr. Leningr. politokhn. in-ta, 1956, Nr 184, pp. 366-369
ABSTRACT: The authors describe an automatic frequency regulator
for a 200-cps, 14-kva synchronous generator designed to
supply power to an electric power system analyzer.
Card 1/1

ZJXHAROVY V.D.
1:1 . 1.
Some t-lpeo of gravJtatloral flelds vith gravitational uaves.
Voct,Monk, un, .9er, 3: Fiz., astron, 20 no.2:5%-64 Mr-Ap(,If,5. -5)
.IRA IS.
1. Kafedra astrofizi-ki Mcakorvokogo univorditeta.
I
I

ZAKHAROV, V,D.
Invariant; description of gravltatlon waves. Soob. GAISf na.131:
42-58 '(,4. (MIRA 17:8)

k!!rd. tiT~,hn. m-.'A"j Z,~?JIAROV, V.D,, ln?h.
lhirability o" rr6v-~- ilvasipv~ihlrg t,-r4nra. Prom. strol. 42 nc,.I-
29-32 165. MTRA 18-1.1
marmal.Inyy inst-.Li.V, zdanly i sooruzheniy.
I.S