SCIENTIFIC ABSTRACT ANDREYEV, V. D. - ANDREYEV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101520012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


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.. 4 -

12758-44 F-Wr-(d)/F-WT(I)/FS(v)-3/EEC(k)-2/EWA(d)/EED-2/EIM(i,) - rW
, Ac
ACCESSION NRs AP5=74 UR/0373/65/006/004/0106/0116;'
AUTHORt AndrMvs-v. . (Moscow)
lid
TITLEt Error equaUons of an inertial navi system,, determining the
arbitrary curvilinear coordinates of a movin ob-Ject
SOURCEs AN SSSR* Isvestiya* Mekhanikas no, 49 1'965, 108-226
TOPIC TAGSs inertial navigation,, inertial guidance,, error analysis, tensor
calculus., curvilinear coordinate
ABSTRACTt A, set of equations is derived to describe the perturbed motion of an
inertial system in curvilinear coordinatess The initial condition of the motion
J.a assumed to be incorrect, and several errors exist in the navijitional
instruments@ Three sets of error equations are derived which describe the
motion and orientation of the object in space. These are given by
I I . 1F- - .. . -
6xk + 6xk + 2 (r.;A~ + r.1) 6xv - +-X-
+ 2xA rk. + rAr.1.1) + (x- - 4- r.) rk +
F2
ak- 6xv-Ank-Bill 2Am0a,pa11(K"+a;),+
Card 1/2 ... . ...

L 2750-66
ACORMION WR I AP5021714
+ am (Ants - + Aml (Ph' 'xm'+ Wi)) 1Or
v~.~ of (r,,* xo~ - + r.k) -Am"
I Oro
x aj 6)~e akk+ axlk
In the first two of the above equations the contravariant components AnO and
,&m,s of the vectors M and WE appear as instrumental 'error sensitivity a
elements. These equations are simplified in the case when the coordinates X
are orthogonalp and consequently only the nonzero terms are the diagonal terms*
To appreciate the usefulness of the above results, a special case is selected.
which corresponds to geocentric coordinates
!,Orig, art. hass 57 equatiorms
ASSWIATIONt none
SUMITUDs a-let64 EML 1 00 SUB CWZt Mv M&
No REFIfV!1(~,40004 OMERt 000
Car~-2
y

IVANOV., H.I.; ANDEMEV, V.D.; MAN7,IYENY%O, G.G.; 113EKOV, N.N.
InveDtigntlng the efficiency of lising plStons of various dealp
for rock breaking. Gor. zhur. no. 12%b5-47 D 165.
(~JTRA 1.8,,12)

'. 14 .~ . -1 .
lad,,~--it-r of tll#; capi,al~,-;4 ~~oaritrlrvs In 1964. A tom.
1 1
14 1 y:
energ. a-4 "" like (HIRA 1819)

~L 17154-66 Sto(k)-2~iWT(d)/EWT(I)/EWA(d)/rS&-2 OW/BG
ACC NR: AP6004068 SOURCE CODE: UR/0040/65/029/OD5/0835/0845'
AUTHORt Andrgev, V. D. (Moscow)
ORG: none
TITLE: On equations of unperturbed work of an inertial system defining curvilinear'
,coordinates
'SOURCE% Prikladnaya matematika i mekhanika, v. 29, no. 5, 1965, 835-845
TOPIC TAGS: coordinate ayatem, space accelerometer, space mechanical space
navigation, space tracking* inertial guidance system, gyrostabilized platform
ABSTRACTt An inertial system autonomously defining the coordinates of an object
and the parameters characterizing its orieatation in apa i developed. A-Tight-
hand orthogonal system of coordinates '61tlt'ts is used; t 611gin of the systemk is
the center of the earth, and the orientation bf axes is invariant with respect to
Airectione from the center of the earth to outlying stars. The p9sition of a moving
object in defined in this coordinate ayatem by coordinates 'sif, 0, x2, such that
D
to W, x" x" 1), J = -
D (XI, X3, xxj +
:The basis of the inertial navigation system is a gyrostabilized platform whose axis
.Card 1/2

L 17854-66
~ACC Ms AP6004068
!is identified as that corresponding to the directions On the platform are seC
three newtonometers with defined unit vectors of direction. The inertial system is~
Aerived and demonstrated for several special cases of the general case of defining
;arbitrary nonstationary oblique-angled curvilinear coordinates. Equations of
undisturbed functioning are inferred for such an inertial system. The working
equations derived are oompared with those for a Cartesian system developed by the
~author (Ob obahchikh uraynoniyakh inertsiallnoy navigataii. FHMI 19649 t. 29, VYP-
Two comparative examples are worked out. Orig. art. has, 71 equations.
ISUB GODEs4,/7/ SUBM DAT& 04S9p64/ ORIG REFt 004
If Card 2/2 not

3"W& -2 4LEWA(o)' Do
L 962 k)
Ngs ArDVW)W SOURCE CONS 57654-0/63/029/006/1100/1111
AVMORs Andrmoyf Y. ".00cow)
ORO: none
TITLE: On the theory of a psnaulu~m-gyroscope system, as.tisfying the V, Shuler
conditions-
SOURCE3 Prikladnays, watematAka i'mekhanikat Y. 29p no. 6, 1965P 1108-1111
TOPIC TAGSt gyroscope system,'pendulum nechanicst perturbation theoryt earth gravity
ABSTRACTs The perturbed motioxis of pendu2um-gyroscope systems are analyzed in a non-
spherical terrestrial gravity field. To this end, an arbitrary mechanical system is
considered, suspended on-s. moving object in the form of a, three-power suspension such
that the center of maso of the-eyetem does not coincide with the center of ou pension.
The distance-between the~center of mass G and~the suspension 0 is denoted by "&'I
satisfying the.condition a - kry vhere r is the distance between the point 0 and the
earth's center. The equation of motion-of.the.system is given by
'K* a X (F - me) + M*
where K is the sum of kinetic moments of the system and M in the sun of the moments
relative to the suspension center. The porturbation notion of the system is. analyzed
for the conditions -A( 0

L 9626-66
ACC NN AP6000550 0
K.V' + MdVV' 0. Xv. 0. X..
leading to the vector equation
~mr'X'(Or -Vpr38r) A-K'+ AM + MA.a4.X
When written in soalar form, the above pert-arbation equation is show= to lead to the
equations of small pendulum oscillations of X. Shuler (V. D. Andreyev. M oanom
sluchays malykh kolebaniy fizicheekogo mayatnike, s podvizhncy tochkoy opory. PHUP 1958
t. 22p vyp. 6). Orig. art, hasi 24 equations.
SUB CODE: ' 07/
2 SUM DATEt 16Dsc64/ ORIG REFt 006
L Ca~d 2
JZ

L_U4Q7_2 EWT f WFCC ow
ACC W AT6012598 OURCE ~~Oi76 00
AUTHOR: Klinov, F. Ys.; Aridx*yev, VJ.; PoltavBkiy, V. V.; Lobova, L. Ye.
ORG: Institute of Applied Geophysics (Institut prikladnoy geofiziki)
TITLE: Measurement of two wind-direction components Wi the high meteorological
tower
SOURCE: Leningrad. Institut prikladnoy geofiziki. Trudy$ no. 2, 1965. PogranichrW,
sloy atmosfery (Boundary layer of the atmosphere), 114-122
TOPIC TAGS: micrometeorology, meteorological instrum'ent, meteorological tower, wind
measuring set, bivane
ABSTRACT: A wind-direction measuring set is used to measure the horizontal and
vertical components of the direction of the wind-velocity vector. The set consists
of transducers whose sensing element is a special "bivane," a recorder, a digital
printing device, and a power supply; it is installed on the high meteorological tow
of the Institute of Applied Geophysics- 7lie bivane consists of a three-arm system
i,ttlanced on it co,lwmi, the anns being vet 1220' apai-t. A ring sLabilizer is motulted
un 01c. Cnd uf 021c ra-111, 3Z,0 run frorn th(, c,_-W.-n- of rotat-ion. It waz ests-11-
that Ulip ftc-,~ ;Jii- i", lcy !IN"
mo-,
~hC- iiMit0 Of 01'17CI,s). Thc al~d !_ I
Card UDC: 55-1.,;o6+-,,oB+508.2-;-508-51-510

L
ACC NR, - AT6012598
,vOn of tbn tovor; the threnbold sensi
present, the trtmn(birers tire InrArO.1-rd on 5 If
tivity O,cfli vcrticinl_ and 1icr1-)nt0_) of tfi-? Is ibmtt 0.6 If tho
initiol ch betvt-~,n thf~ hivpm~ ond th,~ virl 1, r,,~,7ti on i r~ 00 -.r I ~0', the
thre-"hold value jz. m/vcc. The prtncij,le rpenmirenent. Prrors nr-:
1) error in the horizontal orLentatl6n' of trmisdneers relative to the mire on tht-
working levels -1. 5-2. 00; error'duc to,misiatch of the ser%msystem-1-0-3.00
(transducer selsyn, 0.5-1.00 and nensor selsyn, 0.75-1-50); 3) error in readings
.from the diagram tape in the recording sysfem-2.50. Thus, the total error in -
measuring wind directions is about 5-70 (see Fig. 1). Some variations in profiles
of the wind direction in the lower 300 m of the atmosphere are shown. These,profileE
were constructed for 30-min intervals, which permitted stable forms of curves that.
represent "sets" of possible forms of wind-direction profiles in the layer (see
Table 1). One group of profiles shows a shift to the right with height in the wind
direction throughout the entire layer (IJI), and to the left (XVI-XVIII); in a
number of cases$ the wind direction Vad-cohstant throughout most of the entire layer
(IV); there were layered conbinations ot right and left oh fty in the wind along
with constant directiona'(XI XII). The.racordi]ag MY esigned and tested,
under the supervision of G. I. Taitsurin. N. P. Tofenchuk, V. S. Storozhka,.V*G
Stefanov, and G.- participated in dOveloping the wind-Erection measur
ing set installed oh the'high toyer and procedures for two-dimensional wind
Card 2/4

ACC NR:
v i.c
Card 3/4

L 23427-66
ACC NR AT6012598
Tvblc I.- Some of the vnriati.onfA In whid-directlot' PrO-
filco in the lower 300 m ILWOr. Q'I bbG atmocphere
Cuses h b c d e
Aii . 50 15 60 70-90 90-180
An
AH/An 10 5 15
6 -3
4 40-50
2 90-150
. 1
measurements in the lower 300 m of the air. Orig. art. Has, figures and 31t~bles.
(E01
suB com A/ SUBM DATEi none/ ORIG REF: 009/ OTH REF: .001/ ATD PRESS:

L 27502-66 Vf1T(d)/EEC(k)-2/FSS-2 BC
ACC NR, Ap6om26 SOURCE CODEt UR/0424/66/0001/001/0014/0019
'Andreyevo V,
AUTHORSt Do (Mosoow)i Devyaninj Ye. A. (Moscow); Demlyanovekiqt A.
(Moscow)'
ORO i none
TITM The theory of inertial systems containing no gyroscopic sensing elements
SOURCEz Inshenernyy zhurnal. Mekhanika tvardogo tela, no. 1p 1966, 14-19
TOPIC TAGBi inertial navigation equipment, ordinary differential equation, error
analysis' gravitational~potential, Laplace equation
ABSTRACT: The possibility is investigated of using an inertial guidance ByeteM_11
(Newtonometers) without the preaence of gyroscopic sensing elements. -Fo-r--a-n-o-b-jeot
moving near the terrestrial surface, it is assumed that there exists a trihedron
attached to a platforml-denoted by Ox1x2x 36 To this trihe-iron are attached four
triple-Newtonometers, the sensitive maes of one of which is at point 09 and the others
on the axes xlfx2lx3' It is then shown that for a gravity potential satisfying the
Laplace equation the complete information obtained from these Newtonometere (without
arosoopio sensitive elements) can be expressed by the group
n1v v, + Wlt?& Wre
.--CaM-1/2

L'27570-66
ACC NR, AP6018484

agents --is
The'enhanced protection,resulting'frorn' thd use of the two
.
'due not only to the difference In mechanift of action of the: agents but I
I
to the fact that they provide dIfftr6t)4IaiOd protection ofvarlous'systemsOL
AZT and ASTP protected bone marrow and:.Intestine &Vallyg whereits 5-MOT
rotected only bone marrow. The synthesis of the compounds was carried out in the
p
lat~~af6iies of Academician 1,b L* Knunvanot5 (AETP), Professor.U.,No Suvorov ('r-MOT
and Candidate of Chemical Sciences Vo lis Pedosuev (AET), The author thafflas the
for malting possible the preparationsk,-.0rigi, art. h"'j 2 figures wA 2 tables 0
--a* com so6 SM DATS i 25SeP64,,-/' CM-Rr3F1 017 OTH REF: 009

L Card 2/2

SOURCE CODE:
AUTHORt Andreyevj V. D. (Moscow)
ORGt none
TITLEs Solution of the Stokes problem for a level surface represented as a spheroid
SOURC9i Prikladnaya matematika, i mekhanika, V, 30., no, 2, 1966.1 410-W
TOPIC TAGSt convergent series,, earth gravity, gravitation field,, coordinate system,
earth planet,* earth rotation
ABSTRACTI Explicit expreseions for prbjections of the strength of the regularized
gavity field of the eartli outside of and on its surface are obtained in the form of
specialp rapidly convergent series. A right-hand orthogonal coordinate system Olxyz
vith its origin at the center of the earth is introduced, The following expressions
(obtained by solution of the Stokes problem for a level surface in the form of a
Clairaut ellipsoid) for these projections at an external point 0 relative to the
.ellipaoid are introducedt
8K 8K r8K'
Determination of the position of point 0 in the coordinate system leads to the
cord 2 2

-66 LiWT(d)as(
AC
C N%.~ AP6011126 'J SOME PPEa7i UR/0424/66/0w/001/0014)
i8yevoNt, Moscow) 1~ n, lo.'A.- A:v-Pi
77
ORO i zol
ctheory.of oy emp containing no gyroscopic sensing elements.
Averdoge te
"SOURGEI,.,Tpshenerny.v~zhurma4 Makhanika lap no.Aj 1966, .14-19
,TOPIC TAG&.'~ inertial navigation equipment J, ordinary differential.equationg error_~
a' -gravitational-potentiall Laplace equation
'ABSTRACTs The possibility is investigated of using an inertial guidance-eyetem.11.
,,(Newtonometers) without the ureeence of gyroscopic sennEg elements. For an
moving near.the terrestrial ourfaoep it is assumed that there exists a trihedron~,~~;
01 ed by Ox To this trihedton are attsched... our.,;,-,
"ittached A a platform, denot f
x23
"''th is at point 0 -and 'the.,- Ott
,~Yiple-Newtonometers~-' 9 sensitive masi of one of.which
on-the axeis x jz~jpx ~', It isAhen ohown-that for a gravity.potential eati6fting. thi
3
,.a9
on
.0 00 O~
3k
-(.-,
?
_z V'_~,~IAAWKR

L 2709-66
ACC Mt AP6011126
ns" - ns") + evo
(nil
w, (nou + n.") +
Ole.
(n302 - nkQ3)
21
These lead -to two groups of equations for the unperturbed motion of the'inertiitl
system
Vi-.~(nj0-w%v3+w3V2+L, dt+
V 0))
X, (V1 - coix, + dt + (0)
0
t
I
MI (n*92- n,03) df +ws (0)i
and
Pis (P,:6)s Puma) dt + Pil (0) (tta) (1 -1, 2) 3y:-
J
Error equations similar to those of the gyroscopio elements are obtained for the aboveL
inertial system. It is shown that for a spherical gravitational field the above
expressions for -Ai and R)i oan be simplified. Orig. art# has' 33 equations&
SUB CODE, 17t 01, 20/ SUM DkTSt'.o6Apr65/ ORIG RM 003/ OTH RM 001
~..LCard 2/2

AZC-NR. AP60241e6 SOURCE COM UR/0424/66/000/002/0003/0010
_/1 61
AUTHORS: Andreyevp V. D. (MOBCOW); Novozhi'lov' I. V. (Moscow)
ORG: none
TITLE: On controlling the motion of an object by newtonometer readings
SOURCE: Inzhenernyy zhurnal. Mekhanika tverdogo tel~a, no. 2, 1966, 3-10
TOPIC TAGS: accelerometer, newtonometer, trajectory determination,
navigation, inertial navigation
A3STRACT: A study is made involving the instantaneous control of the center of mass
motion for a solid ob'ect by means of newtonometer readings, without determination of
the coordinates of the object. This study is performed by analyzing the equations of
motion of an object along a programmed Lrajectory. A right-handed orthogonal coordi-
nate system is introduced in which the position of the center of mass of the object is
referenced with respect to an origin at the center of the earth. Definitions are made
for several variables describing the geometric system and also the churacteriatics of
the nowtonometer. The discussion proceeds to the consideration of how the eigaal of
the newtonometer is converted into directional control of the object. This leads to
the stating of a system of equations relating the motion of the center of mass of the
object to its programmed position& The system is transformed into a system in

ANDREYEV, V.F.
Expanding the output of economicallv shaped rolled products, piped
and hardware. Stall 24 noo7t636-637 J1 164.
(MIRA 18t1)

SOV/ 133 - 5E-C - 29/7 3
AUTHOR: Andreyev, v.F., Candidate ofr' Economic Scierces
TITLE: On the Economi ""Effect of tle k '-f OxyL~cn_ i:1
the Iron and Strel Industry (Ob ckono!~~iiches'Wy zff.'cktivnD_-ti
primeneniya kislorodu v chcrnoY
PERIODICAL: Stal' , 19'581 Nr G. , PP 5(--,l - 568 ( U66R)
A!-'.STRACT: Xiconomics of' tl~e applic,?tiui~ of Dxy-,en ii: oi~en-Lcnrth
furnaces, convertors, electric furnoct-S Lur-aces
is discussed. It is concluded t1lat tl,e Lain advant-aGe
of the application of technically . ui e ox.,!E,en f:)r E.E e ltinL _i'Ton
and steel is an increase in the output of bl~~-st furnncez~ and
steel-inakinG furnaces with a lo~-er expenditure f.)r this
increase of means of n1odluction and t-dre ti-ai by !Crectin.- aa
additional nroductive capacity. The nos--ibilities of
decreesing costs of 1-,roduction denend oil thi-, cost of 0,,~y-cn ai~d
on the actual conditions of its utilisation. T",er- are 1.~
references, 3 of which are Soviet, 3 English and 2 G,~-raan.
Uord 1 1 1. Furnaces--Operation 2. OVgen--Economic appects 3. Steel iniimtry
--IJSSR 4. Iron industry--IISSR

N, - AMIIII~-V-.F.
Expanding the continuous casting of steel. Stall 23 no.2:121-126
F 63. (MIRA 16:2)
(Coe.inuous casting)

K I ~: I -
`Y-~ff L.V.; GUSEEN, F.K., ';KRYAMIN, V.A., F-ONo!LEIFKn, N.l.;
KOLESNM, 1 . M. ; ~t~.,REYFV, , V. F.
Indlistrial safety in carrying oixt and cementing development
wor'Kings during t?.e oncurrence of oil and gas. Nalich. trudy
Perm NIIJI no. 4tlOI-126 162. (MIRA l7tb)

AND-IFYI'VY V.F.
.) ~ I-
-!. Fnrracos. I
- Inten3ifving the wnrl-. c.!' tql I -,/. nG.Ci
r)l(" 513 JA 164. ( M, I R A 17 , --) 'i

ANDREYEV, Viktor Fedor9.Yioj4-kaad. ekon. naukj BANNYY, Nikolay.
N*16il~h dots,,Aands ekon. naukj GOFZLIK, Iosif
Grigorlyevich, dots., kand. ekon. nauk [deceased);
KATYSHEV, Viktor LeorLlAovich; OBLONSKIY, Yakov Ant4wvich,
dots., kand. ekon. nauk; PFJMIS, Isay BorisoviC4. -
PINEGIN, Ivan Ivanoviobj PRIYMAK, Ivan Andreyevich, prof.,
doktor tekhn. nauk (deceased]; ROYTBURD, Lazar' Nisonovicb,
prof., doktor 4kon. nauk; ROMANOVICH, Nikolay Dmitriyevich;
BORDIN, M.M., retsenzent; BRYUKHANENKO, B.A., dots., kand.
ekon. nauk, retsenzentl KHUTORSKAYA, Ye.S., red.izd-va;
KARASEV, A.I., telchn. red.
- . -fl
[Economics of ferrous metallurgy in the U.S.S.R.] Ekonomika
chernoi metallurgii SSSR. (By) V.F.Andreev i dr. Pod red.
L.N.Roitburda i N.P.Dannogo. Moskva, Metallurgizdi~, 1963.
384 P. (MIRA 16:5)
(Iron industry) (Steel industry)

ANDRE-YEV, V. G.Vprof.
Mycoses in leprosy. Vest, derm. i ven. no.4:15-20 162.
(MIRA 15:4)
1. Is kliniki kozhnykh i venericheskikh zabolevaniy (zav. -
zaaluzhannyy dayatell maki prof. 1. 11. Perevodehikov[deceased))
Astrakhanskago meaitsinskogo instituta (dir. - dotsent I. N.
Alamdarov) i Voesoyuznogo nauchno-issledovatel'skogo instituta
po izucheniyu lepry Wir. - kandidat maditsinakikh nauk V. F.
Shubin)
(MYCOSIS) (LEPROSY)

ANDR22!'I V.G,. kandidat meditainakikh nauk; FATWUINA, G.A., vrach;
"KHAO' VA, J191#, vrach.
Gitusative agents of fungous dieease among the inhubitants of Astrakhan'
Province. Tost.ven. i dorm. no-3158 NY-Je '53. (MLHA 6:7)
1. AstrakhanskV moditsinakiy institut.
(Astrakhan' Province--Medical mycology)

ANDREYEV, V. G., Doc of I-led Sd -- (diss) "Micosis In Persons AfL'licted
.1
'kith Leprosy," Lanin7rad, 1959, 17 PP (1st Leningrad Medical Institute
im Pavlov) (KL, 5-60, 129)

1. Al,'D.E'CrV, V.G.
2. u3s:,' ~600)
4. Fishing
7. J.'eclianization of catclAng sprat by electric ligilt, "..yb.'::!-.o:,. 29 110. 3, 1953.
(). Monthl List of Russian Accessions, Library of Congress, AililL 1953, ~Jncl.

ANDREYEV, V.G., inzhoner.
Automatisation of machining and anammbling operationts abroad,
Vent-rmah. 36 no.11:80-8~, 8.3 Ii 156. (MW 10:1)
(Automation)

I
I ,
I I k) - I ~- t V E v V I C" -
ANDREYEV, V.G., inzh.
Foreign techniques used in machining metals. Vest.mash- 37
no.12:83-85 D 157. (MIRA 10:12)
(Metal cutting)

BERTIFOV, A.I., prof.; ANDREYEV, V.G., kand.tekhn.nauk
Determining parameters of magnetoelectric gererators with an
asterisk-shaped rotor. Trudy MAI no-133:5-34 161. (MTLRA 14:5)
(Electric generators)

BERTINOV, A.I.p prof.; ANDREYEV, V.G., kand.tekhn.nauk
Effect of aluminum lining of
on the degree of their use.
(Electric generators)
rotors of magnetoelectric generators
Trudy MAI no.133:35-40 161.
(KM 14:5)

BERT31QOV, A.I., prof.1 ANDREYEV, V.G., kand.tokhn.nauk
Effect of steady and transient procesneo on the shape of curnves
of the field and voltage of magnotooleotric generators. TrAy
MAI no,133t4l-54 161. (Electric generators) (MIRA 1415)

-Al~~V.Gj BARSUKOV, I.A.; ZARUBIN, B.T.; KNIZINIKOV, YU.N..
KUZM1M I H. 1. 1 MJSEENKO, A. 1. ; NEVYZHSKIY, I. KH. , OSOVMIS, S. N.
PETROV, YU.F.; POLYAKOV, B.I.j POPOV, I.A.,TRUBETSKOY, V F
YAKOLEV, I.N.j KHODATAYEV, K.V. j
"System of plasma containment by a traveling wave firld."
Report presented at the Conference on Plasma Physics and Controlled
Nuclear Fusion Research(IAEA)
Salzburg, Austria 4-9 Sep 1961.
ANDREYEV, Inst. of Radio Engineering Electronics
BARSUKOV, IT it It It 21 11 It
ZARUBIN) 11 it 11 it 11 It 11

"'. ~': .i :ot".
AIID'IEYrV,,,
Pil 7,'-iiiiwi~j 61' %io i-il"toliv,-i 0, 111 F-lit : 7'1 1 - r,%, I I". e. Yes t. derm. i von.
38 no.4.85-8u Ap 16it, (MIRA 18:4)
1. KaiiiAa i Kurskogo modi-
tstilAugo

=G- NRl AP6000430 SOURCE CODE: UR/0292/65/000/010/0008/0011
AUTHOR: Bertinov, A. I. (Doctor of technical sciences,, Professor);
Aadreytv, V. G. (Candidate of technical sciences); Golubeako, Ya, A*'(Engineero
ORG: none
TITLE: Magnetic-field distribution in contactless electric machines with an
externally closed magnetic circuit
SOURCE: Elektrotekhnika, no. 10, 1965, 8-11
TOPIC TAGS: electric machine, electric generator
ABSTRACT: Unipolar magnetic fluxes were measured by a ballistic method;
magnetic test coils were pasted over the external magnetic circuit. Experimental
investigation has shown that a considerable alternating component of the working flux
passing through the external frame reduces the efficiency a,'.Id heats up the generator
frame. This component amounted to 12% of the total flux (or to 23% of the working
flux) in the case of no air gap between the stator core and the inachine frame. The
gap presence increased the magnetic flux in the stator core and decreased the
0

L 11263-66
ACC NR1 AP6000430
alternating flux in the machine frame. This advantage to particularly pronounced in
I~igh-frequency high-speed machines. The end leakage flux amounted to about 2816 of
the working (or 16% of the total) flux. Orig. art. has: 6 figures, 10 formulas, and
I table.
SUB CODE: 09 / SUBM DATE. none
00

L 07333-67 EWT(1)
ACC NRi AP6033421 SOURCE CODE: UR/005T/66/036/010/1851/1859
AUTHOR: Andreyev, V. G.
ORG: none
TITLE: An open-cavity.resonator for the radio-frequency range
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. lo, 1966, 1851-1859
TOPIC TAGS: resonator, cavity resonator, open cayit esonator, radio frequency
raAio frequency cavity resonator
resonator, Y
ABSTRACT: A new type of open-cavity resonator with an expanded area of applications
and increased frequency range was investigated theoretically and experimentally. The
resonator is composed of two parallel, coaxial, highly conductive disks with 'the
space between ften occupied by a number of washer-like rings of smaller diameter at
equal or progressively changing distance between thein. An analytical Method is
presented for calculation of the system's paramters. The method is then used for the
determination of the dimensions of resonators excitable in the TM02n mode. The re-
sults are preEnnted in a series of graphs showing 1) the dependence of the resonance
wavelength on the geometry of the system, 2) the effect of the diameter of the end
disks on the radiation into space, 3) the effect of the position of the connecting.
rods, and 4) the loss of high-frequency energy in the rings and in the end disks.
An experimental model of the resonator was built and investigated in the SHF (10-cm
Card 1/2 UDC: 621.372.41

L 0733 3-67
ACC N% Al
0
wavelength) range. With metal connecting rods, the resonance frequency was 3120 Mc;
when plastic rods were used, resonance frequency was 3045 Mc. About 10 to 20 percent
of the energy was radiated into space. High-frequency losses were found to depend on
the position of the metal connecting rods with respect to the reso-nator axis, the
minimum point coinciding with the position of the zero axial component of the electrJ
field. The natural frequencies of the system (with 7 sections) were investigated
within the 2000 to 4000-Mc renge. Five frequency groups of transverse magnetic
oscillations were detected, of which only one (the TM02) had an electric field on the
axis. In addition to radio frequency generation, such resonators will be useful in
accelerator and measurement technology. Orig. art. has: 9 figures and 25 formulas.
SUB CODE- Q91 SUBM DATE: 05Nov65/ ORIG REF: 005/ OTH REF: 002/ ATD PRESS: 5101
Card 2/2 vmb

U, rrNmr. P -I.. o7ol-,trr Lek bri.rinnh , yrof. ; A N D I UV!WjI
ii -~ V . C. , k a I I, i, t .~ I. hri.na [I k"
U.: Ya A., I rizh.
K.i,-ne tic f I e I d diet ri lit) t 1(--n in brij,-,h I.c:Fs, e, I p-(.- tr I va 1 machines wli.h
o xt,erriu I] v slivrt,-cireu I t-od mar no t, I ~, eii-ii I Ls. Flak tr(Ack tin Un 36
110. IC: R-1 1 0 165, (MTvA .18-10)

AURICY inz'.aner.
Continuous-operation construction of a large bridge. Transp.stroi.6
no.6:13-3,5 Je 156. (MLRA 9:9)
(Bridge construction)

r_j~ f ') P, F~ r, ~' (-- L )/. "
ggOML.,I.G., ZINGOIWKD, G.7., inzh-ner.
AN I
C-1--_ ... .-
Bridge f(r *,no subway across the Voscow River. Gor.lrhoz.Mozk.
31 no"~:c-'s;- -'g 157. (Moscow--Bridges) (MLIU 1-0: 9)

ABIWY V, V.Ge, insho; ZINGORENW, G.I., inzh,; RUDOMAZIN, N.N,O inzh,
f--- Constructing a bridge over the Moskva River in ljuzhniki.
Transpe strois 8 no.9:9-15 S '58. (MIRA 11:10)
(Luzhniki-Bridges, Concrete)

AUTHORS: G" Zingorenko, U.I. and Rudomazin, III.N.
Engineers)
TITLE: New Two-Tier Bridge In Moscow (Novyy zhelezobetonnyy
dvukh"yarusnyy most v Moskva). I
PERIODICAL: Baton i Zhelezobeton, 105B, Nr.11, pp.401-410 (USSR)
ABSTRACT: This reinforced concrete bridge over the h1oskv& river in
the Luzhniki district of Moscow is nearing completion.
On one side of the bridge Is a 44 m long ramp and a
653 m long raised road carried an reinforced concrete
s In the precIncts of the sports
supports. This road i
,
anning the river is 198 m loig.
ground. The bridge sp
I
On the other side of the bridge a similar raised road
continues leading into a now road out through the Lenin
'Hill s. Here tte Voroblyevskiy road viaduct is situated.
The top tier of the bridge is 21 m wide and is used for
vehicle traffic. The bottom tier carries two underground
railway lines. The bridge is constructed predominantly
from precast reinforced concrete. Elements for the
Card 1/4 construction of the bridge were manxi-factured in faotories

New Two-Tier Bridge in Moscow. SUV/97-bP-11-1/11
of Glavmosstroy. They were assembled with bridge
cranes of 50 in span and 45 t capacity, derrick
cranes of 35 t capacity and lorry-mounted cranes. The
work was started by Mintransstroy in May 1957. It was
aimed to build a very light bridge as.the permanent loading
is only 70,% of the maximum loading. The frame was
constructed of concrete mark 500, the cross members of
concrete mark 400 and a considerable number of other
non-structural members were made from Keramzit concrete
mark 200. Fig.! shows the lay-out; Fig.2, perspective
view of the bridge, and Fig.3 the constructional scheme
of the same. The central span of the bridge is 108 in
and the end spans are 45 in each. Two methods of
calculation were used which gave similar results (diagrams
in Fig.4). Fig.5 shows 2 precast segmental arolhes of an
'E' cross section forming part of an inn?r arch. The tie
consists of a precast reinforced concrete unit (Fig.7);
the reinforcement being a 45 mm diameter cable, formed
from 3 mm diameter wires, with breaking limit of 180
Card 2/4 kg/mm2. This reinforcement Is grouped together, situated

New Two-Tier Bridge in Moscow. SOV/97-58-1i-i/ll
along the tie-unit and clipped to it at intervals of
2,2 m (Fig.6). This exposed reinforcement will be
examined after 18 months to 2 years to ascertain t_'Le
magnitude of elongation and will be concreted in aftEir
rectification. The precast prestressed stiffening boame
are tensioned by a series of hydraulic jacks (Fig.?),
The larger stiffening beams between the internal arenes
are tensioned to a total stress of 4000 t by ton, 500 t
capacity hydraulic Jacks. A similar tensioning is applied
to the external arches by four jacks effecting a tension
of 1650 t. Fig.8 shows a cross-section of the bridge at
the lower tier level, Fig.9 the lay-out of' the beams in
the upper tier; Fig.10, cross-section of the upper tier
of the bridge; Fig.11, the saddle detail of the arch
frame. This type of saddle does not Introduce comple-
montary moments due to forces acting in t.he horizontal
plane. The scaffolding used for the assembly of the
bridge was erected on the river bank; this scaffolding
was "Mostotrest" standard steel construction. The
Card 3/4 total weight of the bridge construction is 5000 t. The

New Two-Tier Bridge in Moscow. 60V1 97 -ob -.12. - I/!]
assembled unit was transported by means of' special supports
onto pontoons and placcid on the bridgo plors
Fig.14 shows the lay-out of the pontoons. The t'ridge
piers were constructed on reinforced concrete pilas.
40 x 40 cm in cross section, dr i ven 12-1b w !'o!~~w the
base of excavation (FIg.lb). Each plor 18 carried on
256 piles. The height of the piers, including the found-
ation, is 8 m; their length is 40.o m. The elevated
road was constructed from precast stanchiuns, situated 23.7 m
apart and bridged over by cantilevered tru8ses,, the latter
spanning 13.5 m and cantilevered out -for !~.62 m on both
sides (Figs.16 and 17). The roadway is for~aed of pre-
stressed reinforced concrete "'U" shaped beams weighl"Tig
38 t (Fig.18). These beams are covored with p.-Ep,-~ast
slabs which are joined with in situ conci~ete (Fig.19).
Card 4/4 There are 19 figures.

AIIDRNTEV. V.G.: PBTROPAVIOVSKIT, A.A. (Moak-va)
DeBlIMIng the river span of tho subway bridge in Luzhiiii-A.
Stroi.mekh.i ranch.uoor. I no.5:35-40 159. OAIFA 13: 1)
(Moscow-Bridges-Design)

ANMIM, Y.G., inzb.
Ilevated road across the Crime& Square in Moscow.
Tranap.stroi. 10 no.8:13-15 Ag 160*
04IR& 13:8)
(Moscow-Bridge construction)

- ANDRSYEV, Y.G., inzh.
Using prestressed reinforced concrete in constructing railroad
bridges, BetA zhel.-bet. no-7:306-310 J1 160. (MIRA 13'-7)
(Railroad bridges) (Prestressed concrete)

ANDREYEV, V,G., inzh.
The expedient Limiting length of reinforced concrete full-span
beams. Transp. stroi. 12 no.8i42-44 Ag 162. (YJRA 15:9)
(Bridges, Concrete) (Beams and girders)

KUZIMIN, Ye.l.,inzh.: ANDRLTXV, V.G.,inzh.
Readerst letters. Bet. i shel.-bet. no.11:530-531 N '60.(MMA 13:11)
(Bridge!%, Concrete)

ANDREYE:V, V.G., inzh.
Manufacture and assembly of spans for the city bridge in Leninbad.
Transp.stroi. 13 no.9:12-15 S 163o

ANDRFYEVP V.G.
Bridge construction during the past 10 years. Trknsp. Btrol.
14 no.10:4-7 0 164. (MIRA 18:3)
1. Nachallnik tokhnichoskago otdola Glnvncpo Upj-RVjFn4VR p0
stroitellstvu mostov Finisterstva transportnogo strzo".ellq~va
SSSR.

ANDREYEV, V.G., gornyy insh.j DtYAKONoV, L.D., gornvy lnzh.
Testing systems of" dry centralized dust collecting dtiring boring
with a column hammer drill. Gor. zhur. no.4i64-67 Ap 165. (MIRA 1835)
1. Nauchno-isaledovatellskly i proyektnyy Institut "Gipronikelf",
Leningrad.

ANDREYEV, V. I.
"Iniestigation of Mine Pressure in the Shield Lavas of the Moscow Basin." Cand
Tech Sci, Podmoskovnyy Sci-Res Coal Inst (PNIUI), Moscow, 1954. (KL, No 2,
Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Instiutions (12)
SO: Sum. No. 556, 24 Jun 55

ANDIMM, V. --,
Testing mechanized mine timbering in tho Moscow coal basin.
Rast.ugl.3 no.1:13-15 Ja 154. NLRA 7:1)
1. Nachallnik laboratorii Podmoskovnogo nauchno-issledovatell-
skogo uf;ollnogo institute. (Mine timbering)

TRU)MCHRY, Vladimir Yedorovich. kandidat tekhnicheekikh nauk;
otvetstvennyy redaktor; MATBIKOVA, A.P., redaktor izdatelletya-,
NADEINSIATA, A.A., tokhnicheakiy redektor; KOROVICHKOVA, Z.A.. takhnichs-
skiy radaktor
(Distribution of stress throughout mine workings] Haspredelenie napria-
thenii vokrug goraykh vyrabotok. Mosliva. Ugletekhizdat. 1956. 124 p.
(Mining engineering) (MLRA 9:12)
. "-. I-

i.1 /Y /)'~ )(,- ~' "- 1'~'
1 4 - i-)
SPIVAKOVSKIY, Aleksandr Oniaimovich, prof.; POD"YEKSHCHLKOV, Turiy
Konstantinovloh, dote., kand. tekhn, nauk; AND33M, V.I., otvetst-
vennyy red.; ALUDOVA, Ye. I., tekhn. red. 0 --- I
[Movable mechanized timbering] ftredvizhnye mokhniziroyannye kre 1.
Mook-va, Ugletakhnizdat, 1958. 249 p. (MIRA 11M
1. Chlen-korrespondent Akademil nauk SSSR (for Spivakovskiy).
(Kine timbering)

ANDREYEV, V.I.,- KUFRIN, V,.I,
Using geological and geophysical data for evaluating the iron
potential of deep horizons in the Tauhtagol deposit, Geol.i
geofiz. no.8:82-94 ;61. (MIRA 14:9)
1. TSentralInaya goofizicheakaya ekspeditsiya, Stalinsk.
(Gornays. shoriya-Iron ores)

AUDREYLN~ V.I., dotsent, kand. taklin. nuuk
Movemont of side rock-n In the o1wration of portable mochftnlzcd
support:3 in Moscow Basin mineq. Nauch. tnidy Tul. gor. inst.
no.4:34-54 161. (MIRA 16:8)
(Moscow Kisin-Enck resmire)
(Mine tlmhering~

ANDREYEV, V.I.; IAELINIKOV, L.A.
Magnetic logging device for measuring the susceptibility of
rocks and ores. Sbor.luch.rats.predl. pt. 2:38-45 163.
(MIRA 17:5)
1. Severo-Kazaklistanskoye geologicheskoye upravleniye.

6 Cf I.h.- d 1~~c tr,c indi cobs of
7 d ~'.(Y fly
d~~, 12Lj khImA
fed r.4 -M.~

SPSYSHIR, Vladimir Anatollyevich; Alpj"ykXladimir Ill Ich; LHITRIN, L.N.,
otvetetvennyy rodaktor; ORIGCRIYNV, YSX',-*~-a~kor Izdatel'stya;
POLYAKOVA, T.V., tekhnicheekiy redaktor
(Combustion of gas obtained by underground gasificationin tunnel
burners - with premixtureal Sahigaaie gaza podzemnot gaz if ikataii v
tunnelInykh gorelkakh predvaritellnogo smeshenlia. Moskva, Izd-vo
Akademii nauk SSSR. 1956. 67 P. (MLRA 9:7)
1. Chlen-korrespondent All SSSR (for Khitrin)
(Coal gasification) (Combustion)
..Oscow Power Ca'.
:c-
Experiments witil tu,11.,el burners havipg inl~vidii--O. C-PaciUe!~ ';~"j i'~g)l
rates of heat release are recorded.

S () *.' I ', 7 ~'4 ' ' ) -; '
Translation irom: Rciferativn~v zhurral hl (-',i u r 1'~ ~,ll Nr '11SSR'
* UTH Oil S: Speysher. V. A.. Avidi-vve, V
* IT LE- Etfecl of Preheating ot Gas air 10 urcs Tht- S!al-, (,j
Tunnel Burners (VIlvarive a paz:' ("Zc!,:-! 11 11 ~- 11) c ~m%a
ustovchivo-t zaziliganiva
PERIODICAL: V sb.: Issle& prot-,,e,so% IlUl'(11 ~ii M(I-CLm.- AN SSSR 1(1~8
pp 27- 10
ABSTRACT: The aulhurs investigatcd '110, lwl~)t k! It' 1-1 'lie ig";11(11 (I PIC
heated ga6 air tnix!.wre-, it, !wit ii w 't l't1g. "i'wr'i't, ~y .1141.1
rat'lls by tile melliod (if o ':!4 -titm-l'.10 app!("tl' I)!(-
scDaration (ondi!ions vv~ih pc!oo()- -k1:." Ic''I" lo-g !( r hc C~'!akl
of a constant, tunnel lernpura,ure a, ' :!l*t,:-lllc(l:.t*c -Icp hlix,urus
containing 99()/'o Cl-1.1 and ()()(,c li.) i V I't'd '( 100 20c. i0o ard
, (-XI fl~."
4000G. At the maxinium prchvnw,~,, 11-A- iwx,s;!ti 0-c
air LtClOr illCrCal-,CS ')\ 100- 1'10'''0
N V
C a rd I I

8 1 )4,66 0
S/112/59. 00/014/008/06~,
-2 C 0 A0521AOOI
Translation from: Referativnyy zhurnal, Elektrolc.1chnika, lq~)~J, 1 17C,
# 28650
AUTWiRS Volodina, L. A., Andreyev, V. 1.
tTl I L
the Process of ;~Iane Sta~tlizzat,!C)---
The Effect of Air Preheating or
by Poorly Streamlined Bodies in the Open Flow
FERIOD.-CAL, V st..: Issled. protsesqov goreniya, Mosc-ow, AN SSSR, 1958, j~i~,36-36
IEX-~ The effect of air preheating on the stabilIzation limits of mothaa!-
air. flame was studied. The investigation was carried cut cr, a r,,~Zind burner
made of stainless steel 18 mm in diameter at aitflow speeds of 20-200 ,Vlseo.
The. air was preheated enabling to raise the temperature of mixt.-ire at the
5tabilizer up to 400 0C. Tapers 5, 7, and 9 mm In diameter pla-ed or. t1w., edg(q
of the Wrner were used as stabilizers. In the first serles of experlmr-nf,~; tht~
effect of air preheating at a taper 7 mm in diameter was investigated; in the
r~econd series of experiments the effect of the size of tne taper on t.he. stabill-
zatlon limits with respeat to the air excosr, ratio vid (11;." speea of Q)-, ITIA-011c
Card 11/2

8U-'~O
S1 112/59/600/0 14/00 8/0 ~5
A052/AOOl
The Effect of Air Preheating on the Process of' Flame 8tablllzation by I',-o,'-'LY
StPeamlined Bodies In the Open Flow
was investigated, For poor mixtures i,he effect of preh~-atlnjz Is much mcre
essential than for the rich ones. An increase In the diamiter of a statti~zc-r a.
-'-.he same temperature of the flow leads to a widening of ~;tabilizatlcri llmll,z,
A. D- A
Tran--lator's note; This Is the full translation of, the crIginal Russian
abstraot,
~'-&rd Z/2

SPIYSHER, V.A.; ANDREM, V.I.,- SHII&NDVSKIY, O.V.
Powerful tunnel-type burner for the combustion of low-
calorific power gases. Gaz.prom. 5 no,7:20-26 '60.
(MIU 13:7)
(Gas burners)

unwiff, V.I.
Zfect of mechanloal strains on magnetic properties of magnetite ores.
Geol. i geofft. n0.71129-132 '60- (MIRA 13'-9)
1. Zapadno-Sibirskoye geologicheskoye upravleniye.
(Magnetite-Magnetic properties)

GRUZIN , 11. L.; SO'IENIX111N) A.N.; ANDIIU: YZV, V.I.
Equipment for measuring internal friction in metals. Met. i
metalloved. chist. met. no. 4:194-197 163. (MIRA 17:5)

ANI)RFYF;. V,' ; 'i',Zr)o
I I
F, 6 ,,,: j , . -, ~ oy a r 0 1) -, j, -, e t) 7, (~ E, .M a 9 1, 1 r, (.) 1 1. r -~ I I ) e n 6 ~ " 3 8.. 10
X-r-hp (MIRA lSr6)

ANrRFYRP V.I.,~ --.Tlzh.-, ETIN2 I.Z., in-,h.
11.1 A. ...'-
Automatic forg.lrg with hydraulic presses. Mashinostroenle
'1:51-5" Yv-Je 165. (MIRA 18s6)
no, IC

AN DREYEV , I, I . ; yLv , v . .7k .
Parts made of (,c:,ii)r,,qq -I wn-J , M-iczr~ r,,; ---1 11 l!.- -15, 37 AP 165.
iI1,'IA '18:5)

Al I-. ; L" "', ,.10 .r .
fl~:Id in thf! WIW,~! 7cm t,'
f-,t~711WTIOY for a three-layere(i mctrij*
'0!,-
. .. .11.1 ,
u,,--:. -!. fi...,.
~' ~!: ". J,
1. gorm"y ins"'itut.

AVDIUS 1EV, V, I.
66 the road of technological development. Mashinostroitell
no.10:5-6 0 161. (MIM 14:9)
1. Direktor Nevskogo mashinoBtroitellnogo zavoda imeni V.I.
Lenina.
(Leningrad--Compressors)
(Leningrad-Gas turbines)

CHERNYAK, B.Ya.; ANDRFYFV-,-Y.I.;, MARKOV, V.P.
Nonuniform mixture distribution in the cylinders of carburetor
engines, Avto prom. no. 1:29-31 A 161. (MIRA 14:4)
1. Laboratoriya dvigateley AN SSSR.
(Aut=obiles-Engines-Combustion)

ANDRFYEV, V.I.
Determining anticlotonant concentratJon in fuel feecled to the
cy3inders of a multicylinder carburetor engine. Avt. prom. 30
no.7:10-13 JI 164. (MIRA 17:9)
1. Norgkovskiv avtomohillno-dorozlin)-y institut.
\ji

KUZNTTSOV, L.A., 6oktor tekbn. nauk; AjlDjiEY!-l"v,, '~.J.;
DOGOUDOVSKlY, G.I.,- IJURDIN, A.A.; A.A.;
FAYNSUITYIN, A.A.; SHABASHOV, S.Z.
[The GT-700-5 gas turbine system] Gazzoturbinpaia ustanovka
GT-700~5. Moskva, Mashinostroenle, 196". 190 p.
(MIRA 17:5)

ifqiq

.~MM~t V. 1. -Ij~.
Mounted attachment for motortruck loaders, Mekh.1 avtom,proizv.
16 noo3&42-43 Mr 162. MRA 15:4)
(Loading and unloading-Equipment and supplies)

ANDREYFV, V.I., inzli.; KUME'l~;OV, L.A., dokt-or teklin. miuk
Mitilliftictliril of gno turblnes at the Nevskli Machlrory I'Dint,
Fnergomanhinostroarde 10 no.7:1-4 JI 164. (MIU 17:9)

AI'D,"-YLV V I
Takin!; into account cartain dc:--.,,.-.netizinf- factors whIen int,:-rparctiv~
.mgnetom,etric data. Geol. i --cofiz. no.11:11.1-115 160.
(1."I:A. 1l;,.2)
1. Zapadno-Sibirokoye Ccologic.-nko-,c: upravleriye, -:.Stalinsk.

MALIKOV, K.V.; PISRANOV, V.L.; SUNTSOV, G.N.; STAROVEROV, A.A.;
OVGHAREENKO, V.M.; ANDREYEV, V.I.; MAZIN, B.S.; RUNIKCV, V.I.;
SEMAVINP P.I. -- --
Using sulfurous wizut in blast furnaces. Stall 23 no-5:394-397
My 163. (MIRA 16:5)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut metallurgicheskoy
toplotekliniki i Be~oretskiy metallurgicheskiy kombinat.
(Blast furnaces-Equipment and supplies)
(Mazut--Analysis)

ANDREYEV, V.I., inzb. po mekhanizatsii sluzhby puti
Cleaning the spacing between rails after snow storms. Put' i
put.khoz. 5 no.12:;,~8 D 161. (MIRA 15--1)
1. Yuzhno-Sakhalinskaya. doroga.
(Railroads--Snow protection and removal)

ANDREYEV, V.I.; GOLOWNIKOV, Ye.M.-~ OVCHARENKC-, G.L~ KHASKIN, 1.11.
Improving the standards of measuring equipment, Stan,l.
instr. 32 noa9,03-36 S 161. (MIRA 14:?8)
(MeasurJng instrments,--Technologit~al innovations)
.0

S/121/61/000/009/004/006
D040/D]1.5
AUTHORS: _Ar, d r P. Ve. 1,11. , Ovcharerko, G. I. , and
)~-v_, ,_, Goloultnikov,
Khaskin, I. N.
TITLE: Raising the level of measuroment techniq,_aes
PERIODICAL: Stank-1 i instTument. no, 9, 1961- 33-36
TEXT: The article lists measuring instruments and automatic measuring pro-
cpss control devices being currently produced b~ the zavod. "Kalibr" ( IfKalibe
Plan"). The following items are mentioned. (I A profilograph-profilo-
meter, developed by "Kalibr" in cooperation with Vsesoyuzny,,- eleitrotekh-
nirheskiy institut im. V. I. Lenina (All--Union Electrotechnical Institute
Im. V. I. Lenin). It is the fir:-,t Soviet instrument for surface roughness
measurements in accordance with the international roughness criterion R&,
(mean arithmetic-al deviation of mi-,roseopic unevenness from the mean prcj-
file line) that will be introduced in the USSR on January 1., 1962. The in.-
strument consists of a post beaTing the measuring table and electric drive,
an electric measuring unit, and a recorder; all three separate units weigh
80 kg together and are transportable; the system produces 200,000 times
Card 1/3

St/121/61/000/009/004/006
Raii3Jng the. level of measurement techniques D040/DlJ3
magnification, and the feeler exerts pressure not above 0.1 g. (2). A
feeler type instrument cnecking roundness of workpieces by measuring indi-ic-
tion and producing records by electro-thermic means on a metallized round
diagram. It has been designed in rooperation with ENIM,S and is also first
of itd kind in the USSR, (3) Indicator calipers with "roU,~;ed.-lever"
measuYing head and dial, eliminatinC the usual rocking for findiilg the real
diameter of the bore. Calipeis for bores up to 18 mm in diameter have a
,:jmbination of centering and measuring ball points. and calipers for 18-53
mm bores have a rigid centering bridge. Calipers ~or above 50 mm are pneu-.
mati: and uriversal,. i,e, adjustable in a diameters range rith the use of a
speulai settinG device tbat is soc.. a pnotoCraph. Scales cil the measur-
;rC heads are E-;raduated in 0.001 mm di.visiorl-~. (4) Levels with 0.01. mm di-
Vislons Der meter, for rneasurement of incline on flat and cylindrical sur-
Caces. T'~,e levels have a micrometer head for readings and an optir system
j-,' - - (5) GaCe blocks of muA hi-her a-,.-
I r ze.lolng the blibIlle in the ampolile. I -
o-ir'l-1v thar, pri-viously.. produced in accordance with 'Lhc-- latest 1-069038-59
(.GOE,:-, 9036--')9) standa:td requirerr-irits and ha-~inG a :.ohesion force of 5--7 ke--f.
f.6) i- aulomatic machine sorting balls 1-3 mm in diamel.or with an accurary
t,~ h,~nd,eriihs of one micron. Tt is 1~ased on mea~uremen+' of el.ect,~ic induc-

S/1~' 61/000/009/004/006
Raisine the level of measurement techniques D040YD113
tion and ha- the pickup and the electronic men, surizi,- unit of a J"
automatic s t -Up Syst~e-
("Kalibr VEIII) profilograph-profilometer, and an , e U M
movinC a master ball once in an hour into measurinL- Tosition for corrections.
The mechine has been tested at the 4V TT3 (4GPZ) plant. A ran,3e oi such ma--
chines will be uroduced for balls from 3 to 40 mm and from 0.3 to 1 mm, in
X 13 MI") measuring and controlling de-
diameter .!A
' (I Y~l-I, f
vices for circUlar hydraulic drive workinC with plunge-cut
process. They have been produced in co.,peration with TVIA11111, the Moskovskiy
avtomekhanicheskiy institut (Moscow Automechanical Institute). The "KalibT--
XAMI" have a measurement range of 6-80 mm and make possible grinding of
parts with up to 1.2 mm allowance. In test on "3151" and "3161" grinders
of the Khar1kov plant they doubled the riork rate, and Crindine, accuracy cor.-
resnonded 1st class. (8) A series of measuring-controllini; devices, design..
ed at theOK6 mosgorsovnarkhoza (OKB of the Moscow City Sovnarkhoz), for
automatic transfer lines. Three of such automatics are briefly described
and shown in photographs: Tor internal combustion enCine valves, for uni-
versal joint bearing rings, and for tractor wheel axles. Photo[;raphs are
also given of the prof ilo,~raph-profilometer, the three types of the calipen,
the precision level, the ball-sortinG automatic, and the "Kalibr-MAI!111
There are 11 figures.
Card 3/3

AlT~4~~Vjjj.-;- BELKI149 S.R.; BOYAROV9 A.I.; DEIaNCV$ I.A.;
OVCHWETO , G. I.
Automatic machine for precision sorting of small bearing balls.
Stan. i instr. 32 no. 1:25-27 Ja 161. (IMI 14:2)
(Sorting devices)

ANDREML-Vanijiy-ly-agovieb dotoent kand. voyenno-morskikh nauk, kontr-
admiral; SOIAYRiP, D.I., kapitan 1 ranga zapasa, red.j SOKOIDVA,
G.Faj tekbn. red.
(Control of oceanic communications; as revealed by experience of
the two world wars) Bor'ba na okeanskikh kom mun ikatsiiakh; po
opytu dvukh mirovykh voin. Moskva, Voon,. izd-vo M-va oborony
SM, 1961. 373 P. (MIRA .14:10)
(European Warp 19'14-1918-Transportation)
(World Warp 1939-1945-Transportation)

ANMTBV, V.I., Inih.; MOLDAVSKIT, M.S.,inzh.
Optical method for chocking the installation of mechanical hatch
covers. Sudostroonto 26 no.9:63-65 S160. (MIn 13:10)
(Ships--Maintonance and repair)

ANDREYEVP 7. 1. ; KONYAMIN, ',!. A. ; POLYAKOIA, L. M. ; SIRCROKHO, T. A. ;
SAIR7401-79 V. A. ; KOMM, N. D. ; BYSTFAYAKOV, L. V.
"Urpent problems of modern dyspnten~ in children.,,
lieport submitted at the 13th All-Union Congress of Hygienists,
Epidemiolopists and Infectionists. 1959

AIMMEV, V. I.
Determining the direction of the vec.tor of residual magnetism
from structural characteristics of ma. ~netite ores of the
Tashtagol deposit. Geol. i geofiz. no.5;121-125 6o.
(MIRA 13:9)
1. TSentralinaya geofizicheskaya ekspeditai,,ra.
(Gornaya Shoriye.-Ores-Magnetic proportion)

1) - ". - (' / ") 4

AUTHORS. Se P. A~ 'L
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T I T L F. -
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on

au
PZRIOD::7AL-

ABSTRA

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ar D. D.

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h

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S ol

Or, Le-.-Cl
S3TtZSl-.' lAke
J1
and A. V. CursHy, Di-----It-r :f ',h;
(Pan a-, G a-d r.) 1r 1 9 Ak,,~ 1 1 J tha n al, clut- 2 0
he fil7in~; be
ycars
(R~.-f Aloc 91- G..~,rjk~y
prozez~& as pos3ibl-. '"he :vithcrz !-f -V,rc.sert
;~apcr are of the opp.:clti pC-;.;.t to thc hydr-,
,~', a. co..'llln.3 ',:, w1- ", --h _-. vus fl.~,,~~ld ~.~la~
of the. la,;-, fl:l_!7aUci-. ur.-.il 1945 ar.ft
f 1._ i
at,
v s L i n q ~Oh ow cd th:~t 1 Y. n G
_-lbly ,hanZ;c- i-a thc. Lf "he Y.,_arz~ a7-,d that tlicy in-
enly lh ~ s---a-3onal llu:!tuaticns. In 3umner 1057 the
.M_ad,_~miya nauk T---Izh _1'.sl.~~.y SS-.1 c-, Sclcnt-,~s of the
U
-%I-iu A thco-
tra-,.,~z-s:- waa :;n4l lt*:_--~-.~; t,- ul thc
of h~ `aki up to `h, ;.-'..c: --f `-h-, Ba-
clit and '.ho Gpitior_ wa.:,
`ha' In th:~ .I.. 1-c"Cl cf
;1-hf~ lake will play the main part ~ut 11--he _ntensi.ve penttratici_-
Card 2/. f ' - I t, anean washout
71 - Ye ;ppor c;_,-,Lrse ~-f 'I- Bs_rtanlt. and subterr

On the Lex-t-1 C,)nditions and th,~- PY-Aa~',~,. SGVW-1-9-3-~/24
of tht, Sa-re-zakr)yr-, Lahre
:,f %ht par% -,f if tl,c pl-,-~.-,-~-14-- 7-,t,~ r--f
pznmt-ati,-)r. -Ar'.1.1 an' 'lie avolu"o- .~f
th~-- ~ntreYi7.hm,!n`.a will -1~-r.pa';`~n ~Df a -.aIlAY may
~ ~S
ta',.e hundr!tds of vaar2. ir V-i,- :)f 212.
avel -4
:f th~-t lnk~~- wV1 g-,a,%- - I' 31n.1r. D,,, -nr- thm Great
stage r.,f thf: waghw;~ cf the -,:p tl.-~ will not d:7op
bY `50 .- 1,60 m. A du"in:,-
'he f -~-age is :.izt to b,- ~xrer;`Ied. in all oases the develop-
mer.-tl c.f th~- 2ahm~ int-) a, lal:.i rv*.-~111 will tahe pla-i-~ Slowly,
There ai c 5 Alimres a*r,d 2
Card