SCIENTIFIC ABSTRACT VINOGRADOV, B.V. - VINOGRADOV, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859910013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VINOGRADOV, B.V.
Transactions of the Laboratory (OWA-w4of Aeromethodsj AS USSR BOV13815
V,7.. Materials of 7th AU Interdept Confe Aerial Survey (Dec 56),, moscow.. 1959,, 331pp
Dwitriyev,, I,D. [Leningradskiy nauchno-idsledovatellsk$y institut
leanogo khozyaystva, - Leningrad Scientific-Researeb IneUtute of
Forest Management],
Application of Aerial Photography in the Reclamation of Forested
XsYoblands 272
graday B V (Laboratory of Aerlal-Burveying Methods),
Photo In4ij~etation of Arid-and Semiarid Vegetation Zo~es 276
GaUdna., YeA. (Botanicbeakiy institut imeni V.L. Kossrova, -
Institute of Botany ineni V.L, Komrov].
Use of Aerial Photography in the Compilation of Joint
Landform and Gedbotanical, Maps of Narshlands 2%
Liverovoldy., Tu.A. [Pocbvennyy institut - Institute of Sail
Science],
Application of Aerial Photograpby to Soil Science 293
Preobrazhenskiy., A.S. (Deceased) Laboratory of Aerial-
Surveying Methods].
Use of Aerial Photography in Soil Studies 294
Card 12/ 15

AUTHOR: Vinogradov, B.V. 80V/10-59-1-12/32
TITLE: Tile In terre a Between Patterned Grounds and
Vegetation in the Dry Steppe of Northern Kazakh-
stan (Poligonal1naya kompleksnost' pochv i rasti-
tellnosti v landshaftakh sukhoy stepi severnogo
Kazakhstana)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya geografiche-
skaya, 1959, Nr 1, pp 90-98 (USSR)
ABSTRACT: This article is based on the results of studies by
the Kazakh expedition of the Laboratory for Aerial
Methods ("aerometody"), conducted in 1955. The au-
thor describes the four types of patterned grounds,
and comes to the conclusion that: 1) the forming
of fissures in the ground is an important factor
in the development of soils and vegetation, 2) that
systems of permanent fissures, inherent in changing
the volume of the ground through alternate wetting
and drying, leads to the forming of an interrelation
Card 1/2 between the patterned ground and vegetation. This

SOV/10-59-1-12/32
The Interrelations Between Patterned Grounds and Vegetation in
the Dry Steppe of Northern Kazakhstan
interrelation can vary and is predetermined by
the character of the given water regime. There are
4 sketches, 1 photo, I table and 6 references, 4
of which are Soviet, 1 German and 1 English.
ASSOCIATION: Laboratoriya aerometodov AN SSSR (Laboratory for
Aerial Methods of the AS USSR)
Card 2/2

VINOMADOV. B.V.
Identifying the vegetation of arid and subarid zones. Trudy
Lab.aaromet, 7:2?6-283 '59, (KIRA 13:1)
1. liaboratoriya aeromtodov AN SSSR.
(Photographic Interpretation)
(Phytogeograpby)

VINOGRAWY, B.V.
........PhytdOokiaphical, interpretation of aerial photographig of northern
Kazakhstan. Bot. zhur. 44 no.4:492-499 Ap '59. (MIU 12:10)
l.Laboratori.va aerometodov Akademii nauk SSSR, Leningrad.
(Uzakhotan--Phytogeography)
(Aerial photogrammetry)
J

VINOGRADOV, B.V.
Changes In appearance of northern
photographs depending on the time
129-146 160.
(Kazakhstan-Vagatation
(Photography, Aerial)
Kazakhstan vegetation in aerial
of photograph7. Vast. WU 15
(MIRA 13:3)
and climate)

VINOGRADOV, B. T.
------------------
Soil and gedbotanical. characteristics of geormorphological
91'ements in the lower Usboye.Bot. shur. 45 no-5020-727 Ny 160.
(MMA13:7)
(Usboy-Physical, geography)* --

S/035/W000/010/101/12S
AOOI/AIOI
AUTHOR- VInogradov. _B, V,
,TITLE: An experience of large-scale landscape Identification and mapping
of main sections in arld'and subarid zones of Central Asia and
Kazakhstan
PERIODICAL- Referativnyy zhurnal, Astronomiya I Goodeziya, no. 10, 1�62,
28 - 29, abstract 100139 (In collebtion: "Primeneniye aero-
metodov v landshaftn. issled.", Moscow Leningrad, AN SSSR,
1961, 39 - 66)
TEXT: The author presents the results of an.experiezice of large-scale
landscape mapping on the basis-of Identification of aerial photographs, per-
formed during geological, soil and hydrological investigations In Western I
Turkmenia, Northern and Western Kazakhstan in 1952 - 1958. The volume of units
of landscape mappping Is established; aerial photographson scales 100,000,
1:25,300, 1:50,000, 1:100,000 are presented and analyzed In detail, as well as
fragments of landscape maps compiled from these photographs. The method of
large-scale mapping is described and fields of its practical application are
Card 1/2

5/035/62/000/010/101/128
.An experience of large-scale landscape identification..AGOI/AIOI
V/
indicated (in compiling topographic maps, maps for exploitation of land and
forests, melloedtion maps, eto.) There are 27 referenced.'
A. Zenina
[Abstracter's rfdtei Complete trMislation]
Card 2/2

NiNG'
U.-in ve:;ctation a!; an i-,dlc~~tor In dccip*,:#-rin,,
of landforms of V.-; w3t Tur;=cnint-in dece7tc. I--%,.
ob-va 93 no.1:6~-76 Ta C T.A 11.

ARTsYaASIIEV, Ye.S., kand.- sellkhaz. nauk, m1adshiy nauchnyy votr.;
V1140MLOOV2 B.V.. kand. geogr. nauk, starshiy nauchnnr
sotr.; KUZ?:ETSOV, V.V., pochvoved, r-ladshiy nauchnyT sotr.;
RARKOVSKIY, V.K., inzh.-gidrogeol., r.ladshiy nauchnyy sotr.;
I-TYYER, G.Ya.) doktor geol.-miner. naukt starshiy nauchnyy
sotr.; NEFEDOV, K.Ye.., inzh.-gidrogeol.; aspirant; POPOVA,
T.A., kand. biol. nauk, zladshiy nauclinyy sotr.-, KEUI,
N.G., otv. red.; KUDRITSKIY, D.M., red. izd-va; ZARARIVE-VA,
R.A., tekhn. red.
[Application of aerial rAthods for the study of underground
waters; inaterials on the studJes in Turkmenia, the north-
western regions of the East European Plain, and the Caspian
DepressionjPrivononie aeroretodov dlia izueheniia gruntovykh
vod; r,,aterialy issledoviniia v severo-zapadnykh raionakh
?,usskoi ravniny v Prikaspiiskoi nimronno3ti Turkmenii. Mo-
skva, Izd-vo Akad. nauk SSSR, 1962. 141 p. (MIRA 15:11)
1. Russia (1923- U.S.S.R.)Mini8terstvo Ceologii i okhrarV
nodr. Laboratoriya aerometodov. 2. Chlen-korrospondent Aka-
demii. nauk SSSR (for Kell').
(Water, Underground) (Aerial photogra=otry)

VINOGRADOV, B.V., otv. red.; REYKHERT, L.A., red,izd-vaj SFIRNOVA.,
A-.V-.-,-tekh n. red.
[Practice in mapping vegetation and soils by aerial
surveying) Opyt kartirovaniia rastitellnosti i pochv po
aerosnimkam. Moskva, Izd-vo "Nauka.." 1964 162 p.
VRI 17:3)
1. Akademiya nauk WO. Laboratorlya aerometodov.

V1110GZ-ADOI.I., icris Veniamin-ovich; P;~i.;---'Kdl~YAKOVA, vr-d.
[Indicator p2arA3 and 1,reir -,;--e ir. studying natural
resuurces! Finstitr,11rve in-4ikat6ry I lkh i3Vj!'zrj-v~rAa
pri lzuchenli prirodrrykh resurE;.-,v. Mloshra. Vyaohaia
shkola 1. 327 p. (MMA 17:11)
., 1964 .1

VINOGRADOV, B.V.
--,
Ecological compensation, substitutability and extrapolaticn
of indicator plants. Trudy HDIP 8:210-219 164.
(MIRA 17:12)

VINOGRADOV, B.V.; RODIN, L.Ye.
Landscapejof the Syrian desert. Tnidy Bot. inst. Ser. 3
no.16:301-312 164. (MIRA 17s9)

- VINOGRADOV, B. (g.Minsk)
Favorite occupation. Kr7l.rod. U n0-7:11 Jl '60. (MI" 13:7)
(Kinsk-Flight training)

I Ud
[Safety _-ev-, ~s~- F-I
I - -. . ..'A ~
machir~esj! ustriAL~via ii,*"I.f,-!val'.r.-)-~lj,
nykii i
kT,izhnoe 59 F. 7; 1)

VINOGRADOV,__PjVt; RYABOV9 M.S., kand. tekhn. nauk, retsenzent;
YUDIN, K.A., retsenzentj D KHOIN, Yu.A., inzh., red.j
BARYKOVA, G.I., red. izd-va; TIKHANOV, A.Ya., takhn. red.
(Labor safety and industrial hygiene in the machinery
industry] Bazopasnost' truda i proizvodstyannaia oanita-
riia v mashinostroenii; sbornik raachetov. Moskvat Mash-
gis, 1963. 262 p. (MIRA 160)
(Machinery industry-Hygienic aspect)

VINOGRADOV, B.V.; RODIGIN, P.P.
Centering inserts for height gauges. YEashinostroitell no.6:
28 is 161. (MIU 3.4:6)
(Gauges)

VINOW
.-J= 11MMUSOVA. W.I., rod.; SHILIN, S.T.,
tekhn.red.
[Safety measures In working with abrasive wheels] Usapasnost'
truda pri rabote a abrazivzqmi krugazi. Noskya, Isd-vo VTsSPS
Profisdat. 1961. 62 p (NM 14:12)
(Grinding and p4labing-Safety measure@)

AUTHORSt VInogradov, B. V., and Rod1gin, P. P.
TITLE: Centering inserts for height gage
PMIODICALt Maahihostroitall, no. 6, 1961, 18
I - 1. - - -
A004A104
TEXTt At several plants In Kuybyshev interchangeable angles and Inserts
are used successfully in place of a standard soribar In the height gve for find-
ing the center line of a component set on a surface plate. These fixtures are
used in the following way: The shaft of the angle is inserted In the seat for
the aoriber. When the correct height is found by touching the cylindrical part
at two points, one above afid one below the center line (see illustration), the
angle is replaced by the scriber and the center lines can be drawn on both faces
of the component being laid out. If the component has a hole a centering insert
is used for the setting adjusting, and drawing of the axial and center lines. In
this case centering is not effected by the outer surface but by the edges of 'the
hole. The centering angles and inserts can be used to determine the geometrical
axes of blanks of any con 'figuration, to adjust the blanks parallel to the plate,
check the wobbling of shafts, determine machining tolerances, expose residual
Card 2/2

8/117/61/000/006/0011/012
Centering inserts for height gage AOO);/AI04
buckling, find the centers of shafts and apertures
as well as the center lines of components having a
symmetric shape. There is 1 figure. A
.[Abstractor's note: Essentially complete translation)

Card 2/2

,rOyjch;- LISITSYN, S.V., inwhj, red,; KIMMSOV,
__tWQGUWV,_-Do.rj"jaAiXi
--r "9#9 insh., red*; GAVRILOV, P.G., kand.takhn.nouk, red.;
SOMOVA9 T#K.g Iuzh,j red.izd-va; DEYGINA, N.A., takhn.rode
[Diviensions and layout of parts in the manufacture of machinery]
Rasmary I razmetka detalat v mashinostorenii. Moskva. Gos.nauchno-
takhn.izd-vo mashinostroit.lit-ry, 1960. 84 p. (Bibliotaka rax-
matchika, no.13). (KIHA 13:11)
(Laying out Nechine-shop practice))

VINOGRAM. Boris Vladimirovich; RADUKIN, V.P., red.vypuska; SMOVI.
T.K., red.izd-ye; DUGINA. N.A., takhn.red.
[Organizing the work of markers in the manufacture of machinery]
Organizatsiia trade. razmatchikov-mashinostroitelai. Moskva, Gos.
nauchno-takhn.ixd-vo mashinostroit.lit-ry, 1960. 69 p. (Biblioteka
rasmetchika. no.12). (MIRA 13:8)
(Laying out (Machine-shop practice))

-.- VINOGRAWV, B.V., inzh.
Protecting grinding wheels of internal grinding nachines. Yashinostroitell
no.9:29 S '59. 041RA 13.2)
(Grinding wheels)

VINOGRADOV, B.V.
I_.,
Cutting tool with a nongrooved chip breaker. Mashinostroitell
no.6:31-32 Jo '59. (MIRA 12:9)
(Metal-cutting tools)

25M SOV/117-59-6-17/33
AUTHOR: Vinogradov. B.V.
TITLE: A Cutter With a Grooveless Chip Breaker
PERIODICAL: Mashinostroitell, 1959, Nr 6, pp 31-32 (USSR)
ABSTRACT: Detailed information is glVen on a new s*.ngle-point
cutter, designed by workers M. Markov and A. Ser-
eyev of the Syzranakiy gldroturbinnyy zavod

zran' Hydro-Turbine Plant). This cutter is wide-
T
ly used in the plants of the Syzra_n' region.. The
cutter is made of a conventional cutter by reliev-
ing the front face on the side of the main and the
auxiliary cutting edges. The chip breaks off in
the form of short half-rings or spirals vii,thout
the use of any other means besides thcl~ described
relief. With the old cutters the chip formed long
spirals. This cutter geometry is suitable for chip
Card 1/2 breaking in a %vide range of cutting speeds, feeds

S,',', V/ 117 -- iS - 17 13 3
A Cutter With a Grooveless Chip Brealkor
and cutting depths. The chip doos not fly in dif-
ferent directions but falls into the chip trough on
the machine tool, excluding the possibility of in-
juries. There is 3. diag-ram.
Card 2/2

VINOGRADOV, C.; BARBLI, 1. Z.; HESSEIVAII, A.
-I.- ---- ------ --.-
ContributiOnB to the knowledge of iron sedimentary deposit
at Capusu (Cluj region). Studii core geol 8 no. 2: 235-25.2
163.
1. Comunicare przezentata do academician M. Savul.

VINOUJUM, C.
-.1 1 - .- ~~ -!,.- - , -
New Bata on the UpIRer OrctacsouB ~!ejoslt3 i-n the anticlinorlum of
Za,mura. SLudii cerc geol 9 no.1.159-167 '64
1. Chair of Mineralogy of the Faculty of Geology and Geography of the
Bucharest University.

VINOGRADOV, D., inzh.
Universal Jig borer. Stroltell no.2:12 7 158. (MINA 11:2)
fDrilling and boring mchinery)

VIROGRADOV, D.
Distribution of profits among the members of an artel.
Prom.koop. no.4 *32-.33 Ap. 157. (XIRA 10:7)
1. Nachallnik finansovogo upravlonlya Rospromsoveta.
(Profit sharing)

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BBLONOSbV, I.I.; BOBROVA, A.S.; KAS,'YAMNKO, G.P.; XOTIKOV, S.F.; KETLISCHENKO,
A.A.; SKIRMOTA, Th.A. Prinimal uchastlys: KAKSAXOT, Y.T., prof.,
KABANOV, P.I., prof., glaTnyy red.; ANTROPOV, N.P., dotsent. red.;
BAZAYEV, K.G., red.; VINOGRADOV, D.L. red.; VZSXUINA. I.A.j red.;
SHADRINA, N.D., takhn.red....
(Guide] Patevoditall. No.l. 1958. 367 P. (KIRA 12:8)
1. Taesoyuznyy,t9entral'nyy sovet professionalinykh soyusov. TSentrall-
nyy arkhiv. 2. Sotradniki TSentrallnogo arkh1va Voesoyasnogo tsentrall'-~-
nogo soveta professionalinyih sovuzov (for Belonosov. Bobrova, Kaelya-
nenko. Kotlkov. lUincheako, Smirnova).
(Traft unions)

AAA
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A. A. V. Std!w i )(tram..,
i~cr6UTT x Ven of the 1,clentift;
activities of D. 1. Vinosradov, outstanding Rumill" "t&
mist of the loth centilly. fie was the Initiator of the fint
Porcelain factory In Russia, B~Z.X.
URGICAL LITLFRATLWE CLAIStpICATtow
WA

AJ L)
26(l) F -9. ;,16 E, T! A.T, IJ
Moscow.
Avtoinatika i
Telemeohard(-.3; CnIleptic-7- 0.` A::.!-14
3,000 copj.~-.-
Resp. Ed.: Ye.
Tech. Ed.: R. A.
PURPOSE: This collec"licr,
scientific pe-f,rf:%rmel
remote control ani oth'-,,-
COVERAGE: Thiz
Chair of' Automfitic and
EngineerIng
in the Table -,I' Conterl'
have a defini~-,a
v,a_
are wentic-inc-1.
Card 1/8

Automation and
TABLE OF CONTEW-13:

N. P. 'T7
Vollcov Ur
Oscillator With T-wl)
The linear of an
developed by the authom-, Con-
of frequency
parameter.i oi' the.~
possible P.
frequency oil n!'i, The i,, n, . . . . .
Oscillator lpaml"3
piZoperly, ramill ii,
of the ki
great pr-cti,,~all -1,a
used in s J. g,
d-c and
Sources
etc). There ar~3 It ro3 f'e-:re -n r-a.
lation) and I
No peraonalttli~,,.;
Card 2/8

Automation and .9
J
Topcheyev, Yu. 1.
Overcompensated Electroni:P-chanical Arr;r,lifjcr;i 21
The author findn that the applj(ja4-j,-Ir-'
rotating power amplifipr~i in
sufficient phase end modulus otability and maIT-'-ai, h 11
system accuracy under the action of ccn-,idr-.-r7J)J.~ 1-
moments on the electric rotor of the syotom drl-,-~. An
example of calculation of a synchro-servomer,,hanlom with post-
caused by the overcompen 1-1
tive feedback sation of the
amplifier, is presented. Schematio diagrams of the irvr.:-~ti-
gated system and charaqterlstit~ nrirves of thr varinn:-" ~!-
Y,
components are given.. From the stability analycls
system at various degrees of amplifier compensatior.,
amplitude and phase frequency response
developed for the open Internal c1r,niAt Of the
author then constructs logaritivalc
system transfer function and plots them on a n~-mograph-lc chart.
Card 3/8

Automation and Telemechanlc3 (Cont.)
He repeats this for all the system (,Ircuits. T11-are
diagrams and 3 references: 2- Sovlet)and I English. No
personalities are mentionel.
Filipchuk, Ye. V. Analysi,7, of a Peactance 11',leaSurIn-1 Deyica 4 5
The author evaluates the Importance of the sensiblvity
of a reactance measuring (Urcult equipped -with ;,
differentiator and a rationieter. Ife also qtidV,,S1 thr~
problems or dynoinIcs of wioh a ,iyzjt--ejTi. On the 1,,Ir~[V, of'
analysis, recommendations ir,- wade for roduc-in'-, dyn-ill-,io,
error. There are 3 1:11 E-31i5ln ari 2
No peraonalitlpct arci
Vinogradov, D. K. Dt~,,Ljign c:,V at, A-G
YMM~t~ ~~~
The author investigates r--o,-Llj.tL,--,n.3 of max1mu.,-,i
of an a-c brIdge circtitt with InAur-tario pi,,11-1u~ ,TLf;,i
regard to the type of cir(mit ond par,~)meteri of th-:~
and data transmitter. The unbalaw.,ed a-s bridge5 with
reactance and Inductance pii~kmps have had wident appli;~ali,~,n
in automatic and remote control sy3tems. Accurate
Card 4/8

Automation and Tel emcchaninc;
h
calculation of stic I) I(,
pickups is difficult, however, not es~7,entl-lal, ;l1iii.-ft In
practice In the overwhelming majority of aanf?,i, (qt-.Iniam
operating conditionn of the system are utilizeri),in-1 i-Aml-ta-
tions on the selection of Its parameters are The
aathor presents methods used for de.3igning an lnduotanir;e
pickup and the other components of the bridge clrr!ult with
respect to given measuring conditions and to the type of
measuring device and power souroe. A nimierical. ~xvaplc. of'
designing such systems In given. There are. 9 Sovir--t vel'erences
and 11 drawings and diagrams. No personalities are mentioned.
Popov, P. I. Logarithmic Charadte'ristics of Certain CoMr:onents 85-
The author describes certain circuit components azil rretho(13
of switching them onpwhich make It possible to obtain
output values proportional to the logarltlmTis of' irput
values. The limits of the applicability of logaritluns in
relation to circuit parameters and to the voltage of the
power source are explained . The author presents.
Card 5/8

Automation and Telernechanics (Cont.)
~experlmenUally obtained characterlotins of, the
circuits, in which Soviet-made vacuum tubes, get-manlit.-Ti
diodespand selenium rectifiers are used. There aria 2
references: I Soviet, and 1 English. There are '( dlaagram5l.
No personalitlea are mentioned.
Pluzhnikov, V. M. Dynamic Characterir3bi~-s of Perroelectric
Materials 95
The author examines some characteri8tic atarvoo obtalnel
for a varicap of the VK1-1 type, representing rever3lble
capacitance as a function of the controlling d-e voltage.
This "static" characteristic is well-known for sr;veral
ferroeledtric materials; however, if instead of n d-c signal
a rapidly changing voltage Is applied at the Input of the
dielectric amplifier, what the author calls a "dyruoy.11,,~"
characteristic is obtained. The author describes a method
used to obtain the dynami'c characteristics of tha VYI-1 type
varicap and of other ferroelectrIcs and attemnto to
explain the physical natur6 of -the obt--ained "dyna:i-.,ic effect".
There are 6 references: Q. Soviet and 3 English. There.are
8 illustrations oscillogranis and diagrams. No peroonalitles
are mentioned.
Card 618

Automation andjelemo0anics (Cont-1.) sov/2834
Pluzhnikov., V. M... GTaphq/-analyt~cal Method of Design of
Dielectric AmPI14~orq
The author stUdJ;9'~,dibje'ctrIc amplifiers In-which. ferro-
electric capacitors ard utilized .for'their'nonlinear.
properties ' useful in,ampljfyIng electric' sigitals.
Acc6i~ding to thi~-';Luthor, :there,are very few Satisfactory
methods for calcu'Lating di6lectric' amplifieps.- Considering
-the well-known.dnalogy between dielect'ric', .ah&'iir~enetic
amplifiers, the-autl~or applies some .well-est'ab-*ished methods
for calculatiq~,fihhgAetia amplifiers-to the probi~-,m of
calculating dieI6dtrIc,amplifier5.*He als6 de:Kcrib~s a
gr~apho-analyti.cal method for calculaiing ain'gle-cycle dielec-
tric amplifiers., This~met4o'd,w"Ifirst suggested, according
to the author, by ~he Soviet. s-1dritist iPl. L.~,,Khl:ahiaroV and
was further! ~eyeloped by q'the~'*S6vlet sclentiiats,'.- The method
utilizes tlie6vglf*p6rg.,oiar~ct;ei-istics--6f I .errpelectrics.
Vhor stikies 6nditions for obtaih
The au"- ing optimum operation
of dielectric am~li'f*ie-rs. There ar~e-q-Soviet-xefj~rences,
Card 7/8

Automation and Telemechanics (Cont.) SUV/2834
(including one translation). There are 7 diagr~LT.,3.
AVAILABLE: Library of Congress (TJ213.M58)
I
JP/J.r1r
Card 8/8 1-22-6o

112-57-7-14751
Translation from.: Referativnyy zhurnal, Elektrotekhnika. 1957, Nr 7, p 140 (USSR)
AUTHOR-: Miloserdin, Yu. V., Kul'bakh, A. A., and Vinogradov, D. K.
TITLE Outfit for Measuring Shock and Dynamic Loads
(Ustanovka dlya izmereniya udarnykh i dinamicheskikh nagruzok)
PERIODICAL: Sb. statey Vses. zaoch. politekh. in-ta (Collection of Articles of
the All-Union Correspondence Polytechnic Institute), 1956, Nr 13, pp 19-25
ABSTRACT: A method of measuring the quickly alternating and -shock loads that
act on two rotating, contacting disks is described. The shock load, with an
estimated"amplitude of I'000 kg and a frequency of 16 2/3 cps, is created by a
hydropneurnatic device and is applied to a moving holder whose shaft carries
one of the disks, mounted on bearings. The degree of shaft sag is measured by
a transformer -type inductive pickup. An electronic circuit is described that
comprises an oscillator, an amplifier with a phase -sensitive detector, and an
output stage of a balanced DC amplifier. The inductive pickups were statically
calibrated in a 0-300-kg range by means of both an output milliammeter and an
Card 1/2

112-57-7-14751
Outfit for Measuring Shock and Dynamic Loads
oscillograph. Methods of measuring dynamic loads are described, and it is
pointed out that the amplitude measured by the above outfit Is considerably
smaller than that calculated on the assumption that transients are negligible.
E.A.G.
Card 2/2

KONDFIANKO, V.P.; VIMGRADOV, D.Z.
- . 1-1- -1-
Machine for tensile testing of microspecimens at high temperatures in
a vacuum. Zav. lab. 25 no.1:106-108 158.7 (MM 12-, 1)
. I
I.Rookovskiy inzhenerno-fizicheskiy institut.
(Testing machines)

1A(11), 7 SOV/32-25 -1. -38/51
AUTHORS: Konopleako, V. P., Vinogradov, D. K.
TITLE: Machine for Testing Microsam-p-Ees-WITE-Respect to Expansion at
Increased Temperatures in Vacuum (Mashina dlya ispytaniya
mikroobraztsoy na rastyazheniye pri povyshennykh temperaturakh
v vakuume)
PERIODICAL: Zavodskaya Laborator-iya, 1959, Vol 25, Nr 1, pp 106-108 (USSR)
ABSTRACT: A machine of the type IRM-0,2 MIFI (see Association) was con-
structed for experiments at up to 14000 in a vacuum of up to
1.10-4 torr as well as in inert gas atmosphere. The expansion
test is carried out by direct stress of a maximum force of
200 kg. The machine automatically records the stress - de-
formation diagram on standard dia&am paper for autopotentio-
meters of the types EPP-O,q or SP. Four stressing ranges are
provided; 0-25, 0-50, 0-100 and 0-200 kg. The measuring accuracy
is given to be.�41-1.5~ (of the maximum stress). The heating of
the sample is arranged indirectly from a tungsten spiral. The
temDerature is measured by means of a thermo-couple TP (plati-
rium/platinum-xhodium) and by an autopotentiometer EPD-12. The
Card 112 vaauum 4s obtained by a rough vacuum (type V11-461) and dif-

SOV/32--25-1 -381/51
Machine for Testing Microsamples With Respect to Expansion at Increased
Temperatures in 7az;ul.~m
fusion pump (type TsVL-100) and is measured by a va3uum gage
VIT-1 (with the vacuum gage containers LT-2 and LM-2). The
dimensions of the machine are 1475x665XI890 mm. The time re-
quired for the examination of one sample is lose than 75
minutes. The authors used samples (Fig 1) the production of
which is described in the book by Ya. B. Fridman (Ref). From a
diagram of the apparatus (Fig 2) and its description it may be
seen that a dynamometer of the type DS-0,2, LATR-2 and A05K
autotransformers, PEM-0,05 wires, SL-3 batteries, a RD-09
reversi.ng motor, and a SD-09 synchronous motor are used.
Experiments were also carried out in an argon atmosphere at
1-5 atmospheres absolute pressure up to 12100 (besides in
vacuum). A diagram of the stress deformation of steel UIO at
1.10-4 torr and 200, as well as at 6000 is given (FIg 3).
There are 3 figures and 1 Soviet reference.
ASSOCIATION: Moskovskiy inzhenerno-fizicheskiy institut (Moscow Physics and
Engineering Institute)
Card 2/2

N, Time-
M, A.
Sollefto And. Sank 8581, mesa" Li Laniagmt. alow.
25o50 rubles, Revioved In Itakle I Torwo, SC5733~-2i(1951).-
Nistoricals Do Ze to

r ad, c v , D. N.
THOR. V n
1 TLE Det;ermir-ation of the E~vrcr in Constancy f F t, a 1) 1 r.- T
over an Frec,.uency BaL-:,l (Opr,~6olenlye po 1-czhnosti
ns'uva raznosti fa,--. v cliapazone chastot~
P.2iIODICAL; Elektrosvyaz', 1S'58, fir 5/, PP 35 - 4-3 ~USSR),
ABSTRACT: The rrcsent arti3le is an extension of work
t*ay, 1950 and a-ain in- lvlay, 19-51 at an 14TORIE essi-on D-
A .S. Popov, The Paircuits analysed have previously beell
by the aut'hcr (Zh.Te'Kh.Fiz. , 195?) lir 3). The basi,-
i~-ent is that -of FiC-.;xe I in which a Cenerator feed6, i-r-
D,,~,xallel, two separately looded ?hase-shift niet-l-;,)r~zs. 7-
detailed part3 of tbe analysis -,nr7 ccnf.A'.n e d t D c
r'0 -j.--iase l-if feren-Ic between, the ~ut-p-ut-s The air,-. of
i s to est~,,blish the deDendt.nse betxie~--n- :%ha3e def,-;,~t an,i t!-&
amount of 7is-match bet~ve,~,.q termim.tior- --rd -f
lone ~rr: first
rzi,
lmi~Aon 'pure re5is
en the tc tanc--! or 1u
2arallel and entat, L
ori,inal c:or.,-,'Dsitr. n-f,--ork ry-ay I)cbroken down i n o
c in coch r)f v.-hich a Gcn-r,.-Lor) )I' t!';l
fec'js -a--L ec-111-yale-au. e, a nce. c; m,'i r% It u d f j

Dctei:m-Jr,-at~o~--, -,)f the Br:= JT Coo +-ar-c-.r D-f-
L .1 - U - L."
Yroquen:,y Bonc.',-
of sa-;h -4s sl ~--h as to Live t-1--
lo~id as
nh ase def ec t ,7-!e lo cki r-, f or c, c
f C
o r e e b e ',, rN e E in- t he n e ra Q r S a r- 0 v t.. -

zX-P r e 4-,;3a a r c ` c 1 v e J f I, ,--he
t rith
iesistive !,-ad. A of
I-
c, a ric e ItL dele,~--l-;-;s ,ff
load is shunt-d 1,2.y c~ir- - eet--
Lie r.--,du--a-d by coar:iCctu_-.-lL~ -Ln rarallel it ar,
E'ven better is th.~ ade'ition c-r' en:m-~ ce-,f. o- ts
L,
~~o-nztaEt-.LK f iltc-r -z t -'Lo n.
Exprp-3AOES for
2-(
V" Jnn Eqk.(*"'),
42 tlc r:o--izur., n1hase defects fcr ~Cf
-L,oceC.ure s outlined in 11 --;te~ Ei f-,r
A ,h,.si6r-
suitable fjl-tcr 3--,l a pneral case..

SOV/106-58-5--6/13
Determination of the Error in Constancy of Phase Dif'LereLce over a
Frequensy Band
The author thanks A.L. Lanina and L.I., Gollbinder for valuable
advice.
There are 13 figures, 1 table and 6 references, 4 of which
are Slavic and 2 English.
SUBMITTED: Hovember 12, 1957
Card 3/3

I -t
/ / J-

li f 'j, 1 r
- " 3, ~*T.
VINOGRADOV, D.N.; KAZARTAN, R.A.
Production of & const&ut baud phase-shift. Zhur.takh.fis. 27
no.3:577-598 Kr '57. (XLRA 10:5)
(Zlectric current converters)

AUTHOR VINOGRADOV D.N. and KAZARYAN P.A. PA - 2550
TITLE
Producti-onof-Constant Phase Shift in Diapason.
(Polucheniye postoyannogo fazovogo sdyiga Y diapazone.-
Russian)
PERIODICAL 598 (U.S.S.R.)
Zhurnal Tekhn. Fiz. 1957, Vol 27, Hr 39 PP 577
;w
Received: 4/1957 Revi ed: 5/1967
ABSTRACT The realization of a vonstant phase shift in the diapason by
means of passive schemes makes it possible to use a calculation
method which results in a synthesis of the circuits. In order
to maintain a constant phase shift a in the wave range it is
best to use the difference between tRe phase shifts of two poles
which are computed in such a manner that the difference of
their ordinates within a certain frequenty range is near
the constant required value. Besides, the phase shifter must
have a constant characteristic resistance and must not cause
extinction. These conditions are satisfied by bridge (crossed)
- and T-shape bridge schemes. The selection of the parameters
of the four poles leads to the discovery of a function with
the least deviation from the required level in the required
interval, of the independent variables. This problem is
solved in accordance with Chebyshev (treatise on the best ap-
proximations of a function. The expression for the resulting
CARD 1/2

PA - 2550
oduction of Constant Phase Shift in Diapason.
Viuse angle of the chain with the crossed terms is de i d
8v a
Then the parameters of the four poles
01, 0-j o 2 0 on
are determined in such a manner that -the function ca"
differs least from the constant value + 0. This problem is
analogue to the fourth one which was solved by Zolotarev.
The fourth problem of Zolotarev is decribed and with it the
form for the optimal function is deduced. It is ab*wn how to
determine the errors by means of Sikorskyls tables and then
the parameters of the phase shifter scheme are determined.
Investisatioi*i!*A equivalent tranaformations of the four poles
and on constructive tolerance fft-the values of the phase
shifter elements are carried out and finally a calculation for
a phase shifter for radio frequencies is carried out.
(With 25 illustrations.)
ASSOCIATION: not given.
PRESENTED BY: -
SUBMITTED: November 13th, 1956.
AVAILABLE: Library of Congress.
CARD 2/2

YINOGRADOV, D.F. ,
-
Determining the error in the stabMty of phase difference in the
frequency band, Ekaktrosviazl 12 no.5.-35-43 My '58. (MIRA 11:4)
(Radio circuits) '

40. Phemo ShIrter for SpEle-Band system
"Obtaining Constant Phase Shift for a Range of Frequencies," by
D. N. Vinogradov and R. A. Kazaryan, Zhurnal Tekhacheskoy Fiziki,
57 - _-
Vol 2*7 , N 5 3.. 19577 pp F-59Y
The work gives the theory and the calculation of a passiVe, band-phase
abifter which is recommended for application-in single-uumd systems and which
utilizes the principle of multiphase modulation. The calculation was accon-
plished with the consultation of Academicians P. L. Chebyshev and Ye. I.
Zolotarev concerning matters of approximation. The method of calculation is
Illustrated by concrete examples, (U)

VINOGROOVt D. P.
Vinogradov,, D. P. - "Electron Microscope Investigation of Oxide Cathodes." Moscow
Order of Lenin State U imeni M. V. Lomonosov,, PbYsical FacultY, Moscow, 1955.
(Dissertation for the Degree of Candidate in Pbysicomathematical Sciences.)
SO: Knizhnaya Letopis', No. 23, Moscow, June 1955, pp. 87-104

4EL "FlIf, -1 -f LA!-,-- -431-1 - -
* - -I- ',, 'I ~ - -
I -, : .. - I - -.!, ', ~ _ L.D -, -- . I

SOV/109-3-8-15/18
AUTHORS: Spivak, G.V., Dubinina, Ye.I., Sbitnikova, I.S.,
Pryamkova, I.A. and Vinogradov, D.P.
TITIS: Development of the ~_cn_oW�--Fr_%re_c_:Fr-o'n Microscopy for
the Observation of the Microgeometry and the Emission
Centres of Thermionic Catbode8 (Razvitiye mi~todov elek-
tronnoy mikroskopii dlya nablpdeniya mikroScometrii i
tsentrov emissii termolcatodov)
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, nr 8,
PP 1077 - 1083 + 1 plate (USSR)
ABSTRACT: The article reports the results Of the observc~tions of
the electron-microscopy pictures of the distribution of
the emission in a number of thermionic cathodes such as
an oxide cathode, an L-cathode or an impregnated cathode,
The observations were carried out at magnifications
ranging from 150 - 4 000. DurinL the investig&,tions, it
was found that the space charge has a sif~nificant effect
on the formation of electron-microscopic images, in
particular, when employinG the eecondary-electron emission
technique. The space charge produces a deceleratin.-
field whose effect can be interpreted by means of two
space-charge lenses. The first type of lens is a macro-
Cardl/4 lens and is produced by the char6e in that part of te

SOV/109-3-8-15/18
Development of the Methods of Electron Y!icroscopy for the
Observ,-:,tion of' the hTicroi--eoretry :~nd 'I e E-iszion (;cntres of
U_
Thermionic Cathodes
cathode from which the emission curi.ent is not conducted
away. The second lens is a micro-lens and its effect
becomes significant in the individual emission centres.
The effect of the space charVe is iliustrbted by the
photof.,,,raphs of FiL~urc, I.. Photo,,,raph la was obtained at
a current density (at Ghe screen) of
4 x 10-8 A/cm2 while Photo,-,raph ll~ was taken at a
density of 1.4 x 10-7 A/cm2; in both cases, the anode
voltage was 10 kV. Photograph lo was done at the current
density of 1.4 x 10-/ A/cm2 but the cathode was removed
from the focusing electrode by a distance of ?5 ~,.. Frolm
these pictures, it follo,.-is that the space charge results
in a change of the focus length of the system. It was
also found during the investigations that the contrast
in the photoeraphs is dependent on the micropeometry
of the investigated surfaces. The contrast is further
dependent on the difference in the secondary emission
Card2/4 coefficients of various parts of the cathode and on the

SOV/109-3-8-15/18
Development of the Methods of Electron.Microscopy for the Observation
of the Microgeometry and the Emission Centres of Thernionic Cethodes
local electric fields at the cathode surface. The investi-
Eation of the relationship between the microgeomtrl of a
cathode and its emission pattern (see picture) was effected
by means of the aL,175-type microscope which was fitted with
a special adaptor unit. The pictures obtained by this rieens
are shown in the photographs of irigures 2, 3 and 4. The
photographs of Fi6ure 2 6~ive the patterns of an oxide
cathode having comparatively large non-uniformities at the
surZace; Photograph 2a refers to a cold cathode, while 2b
is for a heated, activated cathode. leiGure 3a shovs the
secondary-emission pattern of an Ir-cathode, while Fi~-_-,are
Igives the thermal-emission pattern of the same cathode.
Y
Figure 4a shoviz3 the pattern of a pressed c-thode, taken
by means of the secondary emission. Figure 4C shotrs th~,
same cathode but at an increased temperature, Thile 4b cor-
responds'tothe temperature at which the thermal emission
commences. Figure 4'd represents the thermal-emission
pattern of the pressed cathode. All ~he investigations
were carried out at a pressure of 10-:ol mmHg. For the
Card3/4 purpose of obtaining magnifications of the ordcr of 2 000

SOV/109-3-8-15/18
Development of the Zthods of El~ctron Microsco-py for the Ob3crvztioli
of the Microgeometry and the Emission Oentres of Thermionic Cathodes
up to 4 000, a stroboscopic, electrostatic electron micro-
scope (type ESM-50) was used. By means of this instrumcnt.,
the pulsar emission picture of an L-cathode vas obtained.
The.resulting photoCraph is shown in Fir-ure 5. The authors
express their gratitude to Y.A. Bruk for valuable advice.
There are 5 figures and 8 references, ? of which are Soviet
ASSOGIATIOP: Fizicheskiy fakulltet and 1 French.
Moskovsko-o j~osudarstven-noFo univeisiteta ini.
c
M.V. Lomonosova ( Ph,7sics Department, Mopco,:.- State
University imeni LI.V. Lomonosov)
SUBMITTED: January 29, 1958
1. Electron microscopy 2. Cathodes (Electron tubes)--Pbysical
Card 4/4 properties 3. Thermionic emission--Analysis 4. Electron
microscopes--Performance

AUTHORs Vinogradov, D. P. BOV/48-23-6-13/28
TITLEs On the Influence of the Space Charge on the Image Obtained in
Emission Electron Microscopes (0 vliyanii ob"yemnogo zaryada
na izobrazheniye, poluchayemoye v emissionnom elektronnom
mikroskope)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959P
Vol 23, Nr 61 PP 722-724 (USSR)
ABSTRACT: The quality of the image obtained by means of electron micro-
scopes depends on the magnitude of the emission current of the
cathode and the deterioration of Image quality occurring with an
increase of the emission current in form of a cloudy structure
is explained by the increased negative space charge at the
cathode. This space charge causes a decrease of the normal com-
ponent of the electric field at the cathode, and as the latter' s
radius is inversely proportional to the normal component, the
space charge leads to a deterioration of the image. In the
present paper experiments are described which were carried out
by means of the electron microscope EEM-75, and were intended
to find out whether the influence of the space charge can be
Card 1/3 reduced. Of the experimental results, two figures (Figs 1,2)

on the Influence of the Space Charge on the Image Obtained SO'f148-23-6-i3l2s
in Emission Electron Microscopes
are at first shown, which have anode voltage at 2 kv and 20 kv,
and had been recorded at an anode current of 2.1o-5 and 3.10-5ap
respectively. The increase of anode voltage by ten times its
amount does not produce any particular affect. As it is easy to
show that the local space charge acts as a typical microlens,
it may be assumed that the phenomenou of the cloudy structure
is connected with,a variation of the optical efficiency of this
microlens. For the purpose of checking this assumption,
experiments were undertaken, and examples are given by figures
3, 4, and 5. They were made at 20 kv anode voltage and at
emission currents of 4-io-5, 1-5,jo-4, and 1.3#10-4 a.
A comparison of these pictures shows a considerable change,
which is connected with the variation of the radial voltage
Card 2/3

On the Influence of the Space Charge on the Image Obtained SOV148-23-6-13128
in Emission Electron Microscopes
of the electric field. This investigation was carried out
under the supervision of G, V, Spivak. There are 5 figures
and 2 Soviet references.
ASSOCIATION: Fizicheskiy fakulftet Moskovskogo goe. universiteta im.
K. V. Lomonosova (Physical Department of the Moecow State
University imeni M, V. Lomonosov)
Card 3/3

i.1. ,
vlz~ dj,..,A I ~', 2 1 . .
~'7all ~ t-- :~ -- -, -.:-. -, " -,' Efa f, ~ , -- -
. m - ,
- - .1 . .., - , 11 rL -7 t F *1
T., -v tit*--. .- .", :,-- ~ 1~:_' C. I, -,~ 'L - I

YELISEYEV, Nikolay Aleksandrovich; KUSIIEVI Vadim Georglyevich;
VIROWDOV.. Dmitriy Paylovich
[Proterozoic intrusive complex in the eastern part of the
region of the Sea of Azov] Proterozoiskii intruzivnyi
kompleks vostochnogo PriazovIia. Moskva, Nauka, 1965.
203 p. (MIRA 18:6)
1. Chlen-korrespondent AN &SSR (for Yeliseyev).

KOTOVY N.V.; VINOGRADOV, D.P.; PUSHKAREV, Yu.D..
Structure and petrology of the Akba-i-Dzhumon intrusion. Izv.
AN SSSR. Ser. geol. 28 no.11:66-84 N163. (MIRA 17:2)
1. Leningradskiy gosudarstvennyy universitet im. A.A. Zhdanova,
beningrad.

KOTOVJ N.V.; PUSHKAREV, Yu.D.; VINOGRADOV, D.P.
'Geology, structure, and intrusive rocks of the former Urgut District.
Vest. LGU 18 no.12:44-56 163. (MIRA 16:8)
(Zeravehan Range--Geology)

VINDGRADOV, D.V., inzil.
Suspended bridge crossings speed up the construction of pipe-
line mains. Stroi.truboprov. 3 no ~31
(pipelines) -11:3-5 N '58-041RA 11--12,

'P.T. (Moscow); SLOTIN, V.I. (Moscow);
ALITMAN, M.B. (Moscow); V1jQagQQ
X4,
ISKIN, G.I. (Moscow) -- ~ I -
Action of ultrasonic waves on the process of degasification of
aluminum alloys. Izv. AN SSSR. Otd. tekh. nauk no.9:25-30 S '58.
- (MIRA 11:10)
(Aluminum alloys--Metallurgy)(Ultrasoni6 waves-IfiduatriAl appli6ations)

IIINOGRADOV, Dmitriy- Yevgenlyevich IIAU?40'ISKIY,- L. D., retsenzent;
BOSHNYAKOVICH, A.D., red.; ZHITNIKOVA, O.S., tekhn. red.
(Erection of towers for 110-500 kv. overhead power transmis-
sion linesl?4ontazh opor linii elektroperedachi 110-500 kv.
Moskvn, Goscitergoizdat, 1962. 193 p. (MIRA 16:2)
(Electric lines--Overhead)
(Electric lines-Poles and towers)

v I I; n, " [?,k " ", I I - -." ~! . , 4 ri --. 1, .
Anchoring .-,~ r8,,rfrx,,eA Concrete 11C-330 transmaso-lon line
S -~f '.1.9 1::WUTe. Energatik 13 no. 5:31 -34
toijero in :~w~~--py sector (1-lif-,A 18-.8)
My t 65.

VlNOGRALoV D.Ye-J, inzh.
Charts of permissible pull-out loads on anchor plates. Elek. sta.
35 no.11:39-42 N 164. (MIRA 18: 1)

BKOW, N.B., Inzhener; VINWRADDY, D.Te., Inzhener.
Reinforced-eonersto pile foundations for metallic supports of
transmission lines. Blek,sta-27 no,2:22-23 7 156. (MLRA 9:6)
(Concrete piling) Mectric lines-Poles)

171NOGRAD(jill L"Ye.9
fowidat.! txi a cf -1 11D kv. pow er Iranwds a i -,,I !ire 3UP I Krrt.1
.1 - - a
o i
Elsk, eta, 35. rc-,5o'c33-31 MY '6,Z- (14--RA l7i8i
-IV

VINOGRADCV,--D.Ye., inzh.
Use of intermediate standardized.220 kv. poles in the capacity
of anchor and corner towers on 110 kv. power transmission lines.
Elek. sta. 34 no.1000-53 0 161. (MIRA 16:12)

VINOGRADOV,, Dmitriy Yevgenlyevich; DUBINSKIY, L.A., retsenzent;
'-,I- .. 11 BOSMYAKOVICH-,- A.D., 'red.
(Field tests of overhead power tranaded on-line supports)
Ispytanie opor 14nii elaktroperedachi v polevykh usloviiakh.
Moskva) Izd-vo "j*rgiia," 1964. 179 p. (MIRA 170)

VINOGRADOV, D.Ye., inzh.
Erection of single-pole 110 and 220 kv, reinforced concrete power
transmission line towers. Elek. sta. 35 no.8s36-40 Ag 164-
(MIRA 17:12)

VIROGRADOV,, D.Ye., inzh.
Changes in mechanical loads in relation to th- position of
the tackle and the support. X Lek. sta. U XO.SgAA-M Ag -
160. 11 'TVIRA 14-9)
(Eleatric lines-Poles)

VINOGRADOV, D.Ye., Jnzh.
Anchoring cf relnfoned ccmr"--.s -,f powf,-r
transmlsaic-n lines. Elek. sta. 35 no.",':41-45 JI 164.
(MIRA 17:11)

VINOGRADOVO D.Ye inzh.
-
Erection of standardized 110 to 330 kv, power transmission line
towers. Elek.sta. 33 no.1:76-77 Je, 162. (MIRA 150)
(Electric lines-Overhead)

VINOCROW, D.Ye., inzh.
Installation of large reinforced concrete portals of open
220-330 kv. subatations. Erwrg. strol. no. 4:47-51 165.
(MIRA 18:12)

VINOMUMV# SGo, inshener.
Gontl=ous ventilating air daots fcr metal flues. Der,1 lesokhIM.
prox- 3 no.2:9-10 7 154, (MLIIA 7:1)
1. Loningradoltaya ordoua Lenina lesotekhnichesimya akademiya imeni
C.M.Kirova.
(Flues)

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VINOGRADOVI F., tekhnolog; LAVKOVSKIYj X., inzh.
Mechanized transshipment of_grain and unloading salt from ships
at the Moscow South Docks. Rech. tranap. 19 no.3:46-48 Mr 160.
(MIRA 3,4:5)
(Moscow--Grain-Transportation)
(Moscow-Salt-Transportation)

VIROGRADCV# F., inzhl BRODSKIYg M.9 inzh.
Now technical means for a central control systes in porto.
Rech.tranap. 19 no.80-32 Ag 160. (MIFA 140)
(Industrial television) (Harbors-Equipment and supplies)

VIWGUWV, Y., tekhnolog.
Unloading lumber in the Southern Harbor. Rech.traiisp. 19 no-5:
43-44 MY 160. (MIRA 13:7)
1. Moskovskiy Yushnyy port.
(Moscow-Cargo handling)
(lumber-Transportation)

VIVOGRADOV, F.
13077
commilst Party 32M-0101
"Conoernine Several Problemm of Mmoisol Work in-
State Farm, Vinogr*A*YT - 'S - ret ot Stayrop"t
MMY Committee '3f MM TK;;4c1"w_1T Op
Awamoi Rab" voi nyi, No e
Disousseg work of romsomol orpnizatIms In gmIn =A
liveitook sovkhos-In Stawopbl" Mmy. MantImm do-
fectsof'this vork., gITIhg szomples of inavlanal
sovkhoz vhich have fallea to fulfill production lpl~.
IWT

inzh.
Welding the crankshaft of the Ingersol-Rand dismal. Inergetik 5
no.lOil4-15 0 157. (MIRA 10:12)
(Blectric generators-Welding)

PLADIS, F.A.0 inzh,; VINICCRADCV., F.I., ivzhe
Uniform ten~xolagy for raLlroad stattons anci harbor fre'ight c,~--rations.
Zhel, dore trsnsp.~47 ncs&.1-9,22 Ag 165. (MIRA 18sq)

KARZHEVA, L.V.; PUZYREV, N.N.; Prinimali uchastiyes .'V!X-Q9RQQV,-F.V.;
BRODOV, L.Yu.; LANTSOV, I.A.; KHUDOBINA, L.N.; BAKHAREVSKAYA, T.M.
Experimental study of head transverse waves. Trudy Inst. geol.
i geofiz. Sib. otd.AN SSSR no.l6t64-94 162. (MIRA 16:9)
(Seismic waves)

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I hot io reshil I.,arings tim,41 twit I he ithert inillis of I he, I rivh works are goo
briefly deocribetL Operating dats, imlitiate a dodulte comwetion, goo
between the beitring lirtwure and wear. The txnwflrjnl effect on
tho life of the braringa of the um of grmm hiltricants In omphattimmed.
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VINO ~ADOV, G, -
An integrated series of standard plane for rural medical
buildings. 8e1'. strol. no.l2tl2-13 D 162. (MIRA 16:1)
1, Glavrqy insh, Proyektnogo institute, Ministerstva sdravo-
okhrananiya RSFSR. (Hospitals, Rural) \ \

VINOGRADOV , G.
Put the construction of rural medical institutions on an industrial
basios Sellatrois no.8sl6-17 Ag 162. (KERA 15:12)
1. GlavW inshener Proyektnogo inatituta Ministerstva adravookhra-
nenlya RSFSR. (Hospitals)

VIROGRADOV,G., kandidat takhniohookikh nauk
What an all-metal freight car should be. Zhol.dor.tranap. no.9:
51-57 S147. (KL'RA 8:12)
(Railroads--Freight cars)