SCIENTIFIC ABSTRACT VAGANOV, A.P. - VAGANOV, R.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858320019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Calculation of Low-Powered Transformers (Cont.)
5. Determination of the number'of transfomer winding
turns
6. Detemination of winding wire section and diameter
7.
8.
9.
10.
11.
12.
13.
Card 11/22
Arrangement of windings and making more precise
the sizes of transformer core openings . . . . .
Average lengths of transformer winding turns
Copper weight and winding resistance . . . . . . .
Losses in winding copper . . . . . . & . . . . . .
Steel weight of transformer core . . .
Losses in steel core.
Transformer efficiency . . . . . .
Call Nr: AF 1138798
117
117
118
121
122
122
122
123
123

Call Nr: AF 1138798
Calculation of Low-powered Transformers (Cont.)
14. Transformer magnetizing current . . . . . . . . . 123
15. Pulse transfoi=er.parameters and distortion check of
transformed voltage pulse . . . . . . . . . . . . . 124
16. Temperature test of transformer . . . . . . . . . . 125
III. Sample Calculation of Pulse Transformer . . . . . . 126
Appendices . . . . . . . . . . . . . . 133
Bibliography . . . . . . . . . . . . . . . . . . . . . . . . . 141
AVAILABLE: Library of Congress
Card 12/12

vk.-J.-% I I C 7, I't . -I .
"iTew Information ille.gardim, th-- 1~qvsiclo~,Ical a5,-ns 'rr Fe(~iln-, of
Agricultural Plants (Ordinain, and Extraralic~:!).Il Cand Biol 3ci,
Yharlicov A'-Ir-,ricultural Inst Miar" ov, 1953. (RZhBiol, 'To 1, 3ep 54)
SO: Sun 1,32, 20, Mbr 55

VAGANOV, A.P.; ONISHCHENKO, A.I.
WmQwdw-~
Investigation of the efficiency of top dressing potatoes vith
superphoaphatea. Dop. UN URSR no.2:152-156 156. (MIRA 9:12)
1. Kharkivalkiy aillglkogoolpodaralkiy insitut imeni Dokuehayeva
i Ukrainelkir n.-d. institut ovochivnitstya. Predstavleno akademikom
Akademii nauk USSR i Veasoyuznov Akademii sallskokhoz3raystvennykh
nauk imeni Lenina F,A. Vlasyukom.
(Phosphates) (Potatoes)

USSR/Plant Phy!iioloCj-. Miner~%l Nutrition
%bs Jour P.:--.f Zhur .. Biol., 110 1.9, 1956, uo 66644
Author
Inat JUv~rhov Ar"ricultuvill Institute
Title TroWhoperiodiu,.i ia Plruits
Orie, Pub Z,,*%p. Mharlkovek. S.-Yuh. ln-tr~, 11 (50, 61-73, IS95Y
Abstract 0~%t plr,,-its were pl.,,%ced in n nutrient solution (.1-cl I r:L:,Ql I s
mixture plus B and 14n) duiinL pariods of 1 winute, I hou-_.,
z~nd hours, respectively, z-~iid thul,, woro ~J,,;o r,rown
for d:~y-lonL, periods Ln t-q) iv~tc:~ or nutrif-,nt ,;olution. It
wns fotuid thnt there does not e;:ist any direct re!.-.tions.~dD
between the durrAion of ,utri.tion .nd the accu:-.1iL1--~t_ior.
of the dry aass or of the - Upon short-time
P205'
exposure to nutrient solution tae pro ess of P rAiission w-~,_,,
nccclez~-.ted. At 3-hour ~,Aid rotuid-the -clock nutrit-ion the p--,o-
ductio-ii of dry wss was the sn;ae in both cases. Fr~,ctio~:~-~te-_'
nutrition - three times dr~il-r for I hour - yielded 1;ettc-_i-
Card 1/2
11

USSR/Pl,%nt Phyniolo:;y. Minern.1 Nutr.i.tlon
Abs Jour : Rel' VA-iu-r -- Biol., 110 19, 1956, i,,o 86644
results than ^ continuoua 3-hour lone, nutritim. i*.t nn
incrc"e In tha diration or exposure to nutrient 3olution
fron, I 1:1-t1ute to 3 hours, the specific wAr,,ht of the root
i,-_%sr, ir%s lower upon h7~rvccctiaj;~ and that of tho ,:Oov(-,-
,,,-round i-ir.Bs, hirher. The shorter is th;~ time of sojourn ia
autrieut solution, th,3 more extended are the axl-~l or,,;.Iln~-,
cs-jieciz-%llj the roots. Biblio6r,-.ph~ cites 10 titles._
D.Ye, Krwtsova
Ctird 2/2

n z a V % 72A rA, V 0 ~ 7
I.vr. or nrr-.~ pE,971,51, -T C;;'
in, r n
oel '.:h,c-zna.A. nn.N,
'y

MAI(Vi- n
Iroprosy Orrqniz~ttsil Vnen-ney Tor~rovl; Rran Ilarodnoy Derckrntll (T~Iroblers
of the Organization of Foreirm Tra!le in t1he Co,-nt,ie3 of Pec .pries Der-ocrcy)
Moskva, Vnesbtorgizdat, 1954.
106 P.
SO: M/6
751
.Vi

VAGANOV~ B. S.
Vroblems of the Organization of Foreign Trade of Lhe People's De,.,iocracies.',
Moscow, Vneshtorgizdat) 1954. Trans. of i)p. 5-46, 55-83., C5-101, 103-107
in W Trans. h63, 23 Sep 1955.

SHERESHEVSKIY, M.G., prof., dots.; WRONOV., K.G.y dots.;
t7mwTM' . . ,
ROZENBERG, M.G.; dots.[deceased]; GRYAZNOV,
E.A.; GORTUNOV, F.A.; NETEWSOV, A.A., kand. ekon. nauk;
YEPIFANGV, M.P., red.; YERKHOVA, Ye.A., tekhn. red.
[Organization nnd technique of the foreign trade of the
U.S.S.R. and other socialist countries]OrEanizatsiia i tekhnika
vneshnei torgovli SSSR i drugikh sotsialisticheskikh stran;
uchebnoe posobie pod red. B.S.Vaganova. Moskva, 1963. 343 p.
(MIRA 16:9)
1. Moscow. Institut mezhdunarodnykh otnosheniy.
(Communist countries-Commerce)
(Russia-Commerce)

VAGANOV, G.
Cooperation among workers of science and industry. Reap. transp.
22 no.2:42 F 163. . (MM 16:5)
1. Predsedatell Soveta Obshchestvennogo instituta novatorov-vodnikov
pri Gorlkovskom institute inzhenerov vodnogo transporta.
(Inland water transportation-Technological innovations)

tekhn. nauk r *
IVAGANOV _Xand. the use Of integ allpd
-easing the effectiveness Of (RD.A 19: 1)
Ways of inc, transP. 24 r-0-11:9-11 165.
tows. Rech.

VAGANW, G. T.
VAGAIN'W, G. 1. __ "T astigation of th~ Shakln,~ -if ')I L " V!TJ
Inv 1 1.
Rivtr Fleet USSR. (3-,)r"-;y Inot if '.;rtter Transpirt
Chair if the Organizatinn if Ylivement. G-)rlkiy, 1~55. (Diss,~r-
tatinn fir tI:e Degree if Candidate in Tcchmical "Iciencesy'
No 1
SO: Knizhnaya L--to-)is', 1?56, pp 102-122, 124

VAGPOV. G.I., kandidat tekhnicheakikh nauk.
Correlation between the size of the waterw&7 and pusher-tug barge-
-trains. Rsch.transp, 14 (i.e. 151 no-3:26-28 Mr 156. (KLRL 9:8)
(Towing) (InlazA water navigation) (Barges)

BORISOV, I.G., VAGANOV, G.I., RYZHOY, L.M., SHANCHUROV, P.N., SHACHMWVA. VA.
goaded book("Ship propulsion calculations$ by, V.V.Zvonkov. Reviewed
by I.G.Borisov and others). Rach. transp. 17 no. 7:55-56 Jl '58.
(MIRA 11:8)
(Ship propulsion)
(Zvonkov. V.V.)

VAG&NOV, G.I. kand.taklin.nauk; MIKHArWV, V.A. , inzb.
Towing rafts equipped with deflectors. Racb.transp. 18 no.5'16-17
MY 159. (AIR.A 12: 9)
(lumber--Transportation)
(Towing)

All V
VAGANO .. kand.tekhn.nauk
--W 1121-tzlq
Operational ebaracteristice required in a landing stage. Rech.
transp. 19 no.10:11-17- 0 160. (XMI 13: 11)
(Piers)

VAQVIOV, Genna~~~ dots., kand. tekhn. nauk; SHUCHWHWA,
Valentina KonstantinoNm-a, kand. teklm. nauk; SIEHSTRISKIY,
Efraim UaLmovich, inzh.; PrirJzali uchastiye: SELTM, G.!,.,
dots.,, kand. tekhn. nauk; P=OV, A.V., kand. tekbn. nauk;
LESYUKOV., V.A., inzh. vodnogo transporta, dots... kand. tek-hn.
naukj retsenzent; F014KIIISK17, L.I., starshiy nauchny-j sotr.,
retsenzent; 1:'U'61-6G~;IIIIAUJI A.1%. rod. izd-va; RIDNAYA, IN.,
tekhn. red.
(Ship propLLIsion; methods and examples for carrying out ship
propulsion calculations]Tiaga frudov; metodikq i primery vy-
polnenlia sudovykh tiagovykh raschotov. Moskva,, Rechnol
transport, 1962. 21a p. (MEIA 15:8)
1. Kafedra organizatsii dvizheniya Gortkovskogo instituta in-
zhenarov vodnogo tranports, (for Le*rukov). 2. TSentrallrqj
naucbno-issledovatellskly institut ekonomiki i eksl;luf-,tatsii
vodnogo transporta (for Forkinskiy).
(Ship propulsion)

VAOANOV, G. I.
"Pushing the vessels in the USSR rivers"

BOGDANOV, B.j konstruktor; VAGANOVp G., kand. tekhn. nauk; RYZHOV, L.,
kand. takha. nauk
The semi-integrated barge train "Pervyi" with a 7500-ton carrying
capacity. Rech. transp. 23 no.ls20-22 Ja 164. (MM 18,11)

PAKHOMOV V.B.p kand. tekhn. nauk; NAWOV, A.L., inzh.; SHEWANOV
V.S., inzh.; KONSTARTINOV, V.P., inzh.; KOST11,', A.?,%,
inzh.; SEYRIOV, YU.K., inzh.; FYATLDI, A.A.j k-apitan;
YJACANOV, G.I., kand. tekhn. nauk; SVIRIDOV, A.A.p inzh.
KHODUITOV, M.Ye., kand. yurid. nauk; SAPOGOVA, A.Ye.~ inzh.;
SGYUZOV, A.A., doktor tekhn. nauk, prof., red.; VASILIYEV,
A.V., kand. tekhn. nauk; ALEKSEYEX, V.I., red.; KUSTOV, L.I.,
red.; VITSIIISKIY, V.V., red.; BORISOV, I.G., red.; SOLAREV,
N.F., red.; ANDRIYENKO, V.I., red.; SUTYRTN, NI.A., red.;
GOLOVNIKOV, V.I.0 red.; ZOTOVA, V.V., red.
(manual for the navigator of a river fleet] Spravochnik su-
dovoditelia rechnogo, flota. Izd.2., dop. Moskva, Transport,
1965. 423 P. (MIRA 18:2)
1. Gor1kovskiy institut inzhenerov vodnogo transporta (for
Pakhomov, Semenov, Vagar-ov, Vasil'yev). 2. Moskovskiy rech-
noy tekhnikum (for Haumov). 3. Volzliskoye obl'yedinennoye
rechnoye parokhodstvo (for Shelmanov. qamrova)*. 4. Miriqter-
stvo rechnogo flota (for Konstantinov-,,.'86viridov).5.Kazanskiy port
(for Kostin). 6. Moskovskoye rechnoye parokhodstvo tfor Pyatlin).

VAWU7) G. P.
lji~.- of 11w I jil"I R-1,1161"Is Twatt In ljor-
F.H.,iloir Itiflu'"Its Epl&odir of 1-157
Bulletin Of tba Worlil Realth
Crgmizaticn, Vol. 20- NO.2-3,
K h.,h 191? it- Mph W
A- 0.- It. Vqt.- fk~
A Ik qw, -F~ ...... J-'
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1, .0 h-
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- 110-til, IhA ml., I, -m,44, -h it. ~h- &-" ..
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to I -f--) I- d'.'-d '. "
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-d .-hc III 1,- '4 rMw h. --I w.f-
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1. A' ..I A t, - 40. k--,,I.-- -t-~- --W
II,I .. .1 p -h f-r d- c,( 0.'5 .9 ( 1-p- -h --' A
4-d A,'Aws,57 13~npr~c and Scrtrili tum.. of shwh the fito I.
ahd the --d -d , T- I - -t-'
1. th. A,, Ili, - had 1,- -4 Ibc .,-. 0 5 .4

VAOAN0Vq I., polkovnik
C----------
Conference of our readers. Av.i kosm. 45 no.5-.95 Yq 163.
(MIRA 16:5)
(Aeronautics, Military-Periodicala)

WAIW(Vp T. . Maj
Listed as coauthor, with Lt Col. I. DFACHEV, of article, ffThe Concern
Shown by Air Force Unit Komsomol Organization Over Improving the Tech-
nical Knowledge of Fersonnel," published in Fropahandist i Agititor, No 20,
1953, of the Yain Tolitical Administratir, Ministi-f f Defense
USSR. (Yrasnays. Zvezda, 1 Nov 53)
SO: Sum 145, 1 June 1954

YAGA OV, I.F.
Scall conveyers with multiple-pair feed of materials to work
areas. Kosh.-obuv.prom. 2 no.8:30-33 Ag 160. (KIRA litg)
1. Glavrqy inzhener Xurskoy obuvnoy fabriki.
(Shoe manufacture) (Conveying machinery)

1-it~~A~4~;r4-~p,~,~",,.-"ZA".tl:~ . ~-~%wtvo
ACCI~SSIOIK* 1?Rt AP4044016 S10193/641GGO/00810043/00C6
-,I 'I q k a y a
11T;~E. Eiactrodes for we~cka aar, surfAcing
SOURCEI Byulleten' tekhni~o-cKonomichcs~oy Infor-matati,'no. 8, 1964,
4 3-1~ 6
TOPIC TAGSt aluminum welding electrode, stainless steel weiding
electrode
ABSTRACT! The Moscow E x T) e r iea IWeidfnF Pisnt has develoned sev,-!r ii
nev 'dp e L I rC, S.1
'1 p 3 11 i
minum. The (ML-14 clecrroacu yLeld a wt~'Ld UeL61 WhICh ~-ZG"Lalaa
ferrite, and is reslotart. !io Intergrcnular cnrro;;ion even in a !)engi-
7, P
r p L 6 j
L Zy

SUBIMITTED: co A " T) 11 D E ~ 3 - .1 '1" 9 ! F"rl' ! c 13
ti ~ '~ -
VA
W.~ !
C ,, 2 ! 2

24(0); 5(4); 6(2) NASE I BOOK EUqMITATION 3OV/2215
Vs*aoyuznyy nauchno-isaledovatel-okLy institut metrologil imenI
D.1. Mandoloreva
Reforaty nauchno-Issledovatel-skikh rabotj abornik NO.2 (3clontirle
Research Abstracts; Collection of Articles, Xr 2) Moscow.
3tandartg1t, 195c3. 139 p. 1,000 copies printed.
Additional Sponsoring Agencyt U33& lomitet StandLrt0vo nor I
I=*rItsVnykh priborov.
Zd.t 3. V. ReshetIna; Tech. Zd.g X. &. Kandrat-yeva.
PURP0311 ?hose reports are Intended ror scientists, researchers
and engineers engaged In developing standards$ we"uress and
gages for the various Industries.
COVERAOD The volume contains 128 reports an standards of moamure-
sent and control. The reports were prepared by scientists or
Institutes of the Xomltet standartov, mar I ltmeritel'nykh
PrIborov pri Sovtto MInLetrov S= (Commission an Standards,
Measures.
Lnd Measuring Instruments under the USSR Council of
Ministers . The participating Institutes are% VMIIX -
)
VessayumW nauchno-1 3 sled ovatol I skly matrologli ImenI D.I.
Novdaleyeva (All-Union Scientific Research Inatitute or Met-
rology lm*nl D.I..Xcndel&yw) In Laningradi Sverdlovsk branen
or this institute; VXIIK - Vaeaoyuznyy naucnno-1saledov4tol-skiy
InStitut Komiteta standartov, nor I I=erltollnykh priborov
(All-Union Scientific Research Institute or the Coczalsalon
on Standards, Measures, and Measuring Instruments). Created
from KOXXZP - 9031covakly gosudarstv*nnyy Inatitut nor 11
LxmorLtol'nykh priborov (Moscow State Institute of Measures
and Measuring Instruments) Octabor 1. 2955; VNXIMI -
TSOSOYuzn" nWAChno-12010dovatel'skly InstItut fjx%ko-teXhn1.
choskikh I rsdiot*khnlchexklkh Jzm*rehly (All-Union 341entIfIc
Assearch Institute of ftyslcotachnlcal and Radio-on g1ne* r1 ng
Measurements) In Moscow; KhOIKIP - XhLrIkovakly gasudarstvanniry
InstItut mar I lzmeritellaykh pr1barov (Martkov Stato Institute
or xogsur*& and Measuring Instruments); and NOIXIP - Novool.
birokly gosudirstvanyy Institut nor I IrmerltelInyWh PrIborov
(Novosibirsk State Institute or Measures and Measuring Inatru-
m4en . Xo personalltles are mentioned. There are no
C 2%)
BrznozlnsklY. L.. and L.K. Karam (VxIIMJ. D*V*,Oplng a Method
Tr-srer from Stonderds to WorKins
and a System .1 Unit Longth
"*source (to 22 a in length With the HIghest A Curacy 9
)
V ov I P (3vordjovsk Branch of VNIIN). Studying and Impro-
and Method- of Measuring Groat Longths and DIAM.t.ra
In Heavy Machine Manufacturing 9
card 1/27

GA',l V, 1. F.
Vpgmnc~y, I. P. (Sverdlovsk). Some I ili t.'Ie i I-C 111 -;E" th -,d Of
Measurement [Determinatiori of diameter by measuring circwmferercel p. 22C,
latercbmXeability, 8SMg and M*tbDd5 in URChIne Moscow,
Hashgiz, 195U, 25JL pp. JS-oomik ffauchm-tcM. 6-08beh. maa stroltel Inoy
prozyshlenaosti, Leningradskor obkwt pmvleniya, ka. 47).
TbIs c(xlleatlon of articles deals Witb the topics dismAsed at the 3rd
Leningrad Sci. and Enaineering Coaference on Inte~ ~abil-ity, accuracy and
Dwpection Yipthods in Hiachine-buildine and Instrument-makinc, held 18-22 Mar 1957.

AUTHOR: Va~a~no~____ SOV/115-58-6-40/4'2
TITLE: Simplification of the Calculation of Diameters in Measure-
ments by the Encircling Nlethod (Uproshcheniye podsche"ta dia-
metrov pri izmereniyakh metodom opoyasyvaniya)
PERIODICAL: Izmeritel'naya tekhnika, 1.958, Nr 6, p 9s luos)R)
ABSTRACT: Large diameters are calculated by obtaininp the circumfer-
ence and dividing it by TF . The value of Tlis mostly taken
as 3.14, omitting all of the following numbers. This causes
an error of 2-3 mm. A table is given here in which the cir-
cumference is more exactly divided by TT. The diameter can
be calculated more easily. There is 1 table.
Card 1/1

JAGAVOV. I.P. (Sverdlovsk)
Improving the girdling mathnd of measurements. [Izd.] WNITOWH
47:?20-222 158. (MIPA 11:10)
(Langth measurement)

VAGANOV, I.P.
Corrections to inside micrometer readings in masuring large
vertical dimensions. Ismtekh. no.8:6-8 Ag 160. (NIU 13:9)
(Nicrometer)

-- -- -
Temperature errors of devices for measuring large dimensions,
Izm.tekh. no.8s2O-22 Ag 162. (KMA 16:4)
(Measuring instrtments-Thermal properties)

VAGAry, _I.P. _~
Rigidity and precision of large-Eized wo4n claEps lzm.4ekh.
no,3a7-9 Mr 163. (Fastenings) NIRA 16w24)

VAGANOV? J.P.,j SHCIIIPACHEVA9 N.M.
Large gauge blocks. Izm. tekh. no.8sl5-16 Ag 163 jKM 16:10)

ACCESSION NIX: AT4042612 0/0000/64/000/000/0360/0366
AUTHOR: Vaganov,'I. P.
TITLE: Results of experimental investigations of the precision and rigidity of some
universal dovices for rnoasurIng largo dimensions
SOURCE: Soveshchaniye po tochnosti, vzaimozamenyayemosti I tekhnicheakim lzmerefti-
yam v mashinostroyenU, 2d, 1062. Tochnost', vzaimozamenyayemost'i tekhnicheoldye
izmerenlya v mashinostroyenfl (Precision, Interchangeability and technical measurements
in machine building); trudy* soveshchanlya, Moscow, lzd-vo',Nauka, 1964, 360-366
TOPIC TAGS: measuring instrument, measuring bar, micrometer, micrometer
accuracy, micromoter extension, micrometer support
ABSTRACT: In heavy machine-building plants at the present time, measuring bars of the
most varied construction are in use, and many plants are forced to use home-made instr-
uments for measuring large Internal dimensions. no author therefore reworked and
generalized the results of his own and other experimental Investigations of the rigidity
of micrometric measuring bars of different types and designs, in the hope that these results
could be used for the standardization of optimum designs. Fig. 1. of the Enclosure shows
Cardi/5

ACCESSION NR: AT4042612
the changes in measuring bar length with variations in the location of Its supports. From
this figure It follows that only ni6asuring bars 2, 3 and 5 (cigar-shaped extensions,
Uralniashzavod, conical extensions, EZTM- cylinctrical arisombledmicromotric measuring
bar, ChIZ, 150-4000 mm) satisfy the standard requirements of COST 10-58. Fig. 2. of tho
Enclosure shows the changes In me.-tsuring bar length during rotation around the axis while
being supported at the ends. This figure shows that only bars 1. 2 and 3 (cigar-shaped
extensions, Uralmashzavod; conical and cylindrical extensions, EZTM; micrometric
measuring bar, ChIZ, 150-4000 mm) show sufficient rigidity on rotation. Data on the
shortening of measuring bars due to their own weight during vertical measurements are
also presented. For vertical measurements, spherical Ups on the ends of the bar a 0
recommended only for material having a compressive strength of a least 30 WmmE; for
softer materials, flat tips are recommended. Wooden measuring devices have recently-
been proposed for measuring large pieces. Preliminary experiments made in Czecho-
Glovakia with wooden frames for large micrometers and with wooden measurlrg bars
demonstrated their handling convenience and high precision. The design and fabrication
of wooden measuring devices has therefore been included In the planning of the VNM
division In Sverdlavak and of Uralmashzavod. At the present time, large spruce fraines
Curd2/6

...,..ACCESSION NR: AT4042612
are under invcstigaUon for the following ranges of measurement: 1000-1250mm (heightof sec-
tion H=175 mm); 2000-2250 mm 01=350 tnm);2000-2250 mm (11=500 mm); alid 3750-4000 mm (H=
500mm). The third one lias been found to be much superior In rigidity compared with metallic
frames for the same me"uring range. Another advantage of wooden frames Is their
lower sensitivity to temperature. A disadvantage, however, to sensitivity to variations
in air humidity. Therefore, protective coatings or soaking in appropriate compounds have
been recommended. Aluminum foil (3 layers) on a bituminous base has been recommended,
And it has been found that five layers of parchlorovinyl resin paint P]KhV-715 give practically
complete protection. OrIg. art. ban: 4 figures and 2 tables.
ASSOCIATION: none
SUBMITTED: lWan" ENCL: 02
SUB CODE: IE NO REF SOV: 003 OTHER: 000
Card 3/5

ACCESSION NR: AT4042612
lo

49

F
ENCLOSURE: 01
Fig. 1. Change In measuring bar length with variaGons In the location of supports
1 - GOST 10-58: standard,for inicrometric measuring bars, 2 - Cigar-shaped
extensions, Uralmashzavod, 3 - Conical extensions, EZTM, 4 - Cylindrical*
extensions, EZTM, together with smaT' extensions not more than 500 mm at
each end, 5 - Cylindrical assembled micrometric measuring bar, ChIZ, 150-
4000 mm, 6 - Cylindrical assembled micrometric measuring bar, type NMI,
ChIZ, 500-10000 mm, 7 - Extensible micrometric measuring bar, Hommel-
Werke, 2300-4300 mm, 8 - Extensible micrometric measuring bar, Hommel-
Worke, 4000-6000 mm, 9 - Extensible micrometric measuring bar, Carl Maar,
4000-6000 mm

-)v
ACCESSION NR: AT4042612
-ENCLOSURE: 02
4
Fig. 2. Change in measuring bar length during rjotation around Its axis while supported
at the ends. 1 - Cigar-shaped extensions, Uralmashzavod, 2 -- Conical and
cylindrical extensions, EZTM, 3 - Micrometric measuring bar, ChIZ, 15.0-
4000 mm, 4 - Micrometric measuring bar, type ChIZ, 600-10000 mm, 6 -
Extensible micrometrIo measuring bar, Carl Maar, 4000-0000 mm.
Card 5/6

FARAFONOV, I.I.P kand. tekhr. nauk~ -STTY!, H.N.j VAGANOV,
RUBARKH, V.M.
Pere-assion roller bLit. Met. i gornorud. prom. noJ160-61
MY-Je 164. (KIRA 17~,10)

FARAYANGV, I.I., kand. tekhn. nauk; SEYFI, R.N., inzh.j._VAGANOV, L.1., inzh.;
RUDARKIII VAJ inzh.
Now type of combination drilling bits. Gor. zhur. no.6:69-70
Ja 164. (KMA 17:11)
1. UkrNllgi~xoneftl, Kipv.

77111 trkq'R:% k"
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Tallo,

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ALEKSANDROVp A.M., insh.; BAZHENQV, V.S., lnzh.; BDBROVNIKOV, B.N.,
inzh.; 11WINNOy- 4,g-, inzh.; GUREVICH, B.M., lnzh.;
DZHIBEL1I-,-7'X-."_ inzh.; DROBAKH, V.T., inzh.; ISAKOVICH,
R.Ya., kand. te~~. nauk; KAPUSTIN, A.G., inzh.; KOHNKOV,
K.S., inzh.; MININ, A.A., kand.tekhn.nauk; PEVZNER, V.B.,
inzh.; PESKIN, G.L., inzh.i PORTER, L.G., insh.; F#IYADILDV,
A.N.9 insh.; SLUTSKIY, L.B., inzh.; FEDOSOV, LV., inzh.;
FRENKELIJ, B.A., 1nzh.;,TSIMB1SR, Yu.A., lnzh.; SHULIGIN,
V.Kh., inzh.; ESKIN, M.G., kand. tekhn. nauk; VDFDBIYEV,
D.T., inzh. (deceased]; SINELINIKOV, A.V., kand. tekhn.
nauk; SHENDLER, Yu.I., kand. tekhn. nauk, red.; NESMELOV.
S.V., inzh., zam. glav. red.; NOVIKOVA, M.M., ved. red.;
RASTOVAY G.V.,, ved. red.; SOLGANIK, G.Ya., ved. red.;
VORONOVA. V.V., tekhn. red.
[Automation and apparatus for controlling and regulating produc-
tion processes in the petroleum and petroleum chemical industries]
Avtomatizatsila, pribory kontrolia i regulirovaniia proizvodstven-
nykh protsessov v neftianoi i neftekhimicheskoi promyshlennosti.
Moskva, Gostoptekhizdat. Book 3. [Control and automation of the
processes of well drilling, recovery, transportation, and storage
of oil*and gas] Kontroll i avtomatizatsiia protsessov bureniia
skvazhin, dobychi, transports i khraneniia neftl i gaza. 1963.
551 P. (Automation) (MRA 16:7)
(Petroleum -'-, 1"_L,,-_Wiz3nt ind supplies)

VAGAINOV, I.I. P.
Standardization of articles and materials used in the ranu-
facture of instriineni's. Standartizatolia 29 no.10.17-19
0 165. (mi1U

VAGANOV
Evold B and
minift 0 12T T,
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ARABADZHYAII, A.Z., otv. red.; VAGANOV, N.A., otv. red.; UilSHECHKIN, K.I.,
-kTT - V'V;-;'~ otv- - red. ; BIRYUKOV, V. V. . red.
ot-1. md.; BOGOSLOVS p . 0
izd-va; TSIMKOVA, S.V., tekhn. red.
[Economic conditions of Asian and African countries in 1961]
Ekonomicheskoe polozhenie stran Azii i Afriki v 1961 g. Mo-
skva, Izd-vo vostochnoi lit-ry, 1963. 616 p. (MIRA 17:1)

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VAG.MNOV, -... P.
The orgqnization of planned preventive repair of Llass pltnt etj~Aipment Moskv,i, Lios.
izd-vo 1sLkol protayshl., 1979 15" P. W;-578'il;
.11
TP

MERIAKRIP V.V.; YAGAMV,-.R-B~
Methodology for the experimental study of the conversion
of waves in short wave guide sections. Radiotekh. i
elektron. 7 no.12:1997-2002 D 162. (MIRA 15:11)
1. Institut radiotekhniki i elektroniki AN SSSR.
(Wave guides), (Microwaves)

641 Ilbb
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%q~ath OXrite ota .IC as w3. 'h tree tpeov
116. j -0 ell-
va,~el: a9', ee
goo&

L 18392-63
ACCESSION NR: AP3003727
is noted. "The author is deeply grateful to B. Z. Katsenelenbaum for his attention
to this work. 11 Orig. art. has: 3 figures and 2 formulas.
ASSOCIATION: Institut radiotekhniki i elektroniki AN SSSR (Institute of Radio
Engineering and Electronics, AN SSSR)
SUBMITTED-. 08Oct6Z DATE ACQ: OZAug63
SUB CODE: CO, GE NO REF SOV: 002
Card
ENCL: 00
OTHER: 003

BLAGONRAVOV, S.I.; BM-K, B.M.41, BYAKOV, P.T.; VIKTOROVp V.S.; VAGUJIU,
y,L; GUSEV, S.A.; GLEBOV)_ V.V.; GURIILV, A.M.; DARILOV, G.D.;
ZAVIYALOV, V.G.; I01TE, Ye.F.; IZVLKOV, G.M.; KOTIG-VAUN, S.A.;
KULIGIN, A.S.; KjISATED, A.P.; KUZXETSOV, N.I.; IEREDEEV, A.I.;
1124PERT, Ye.N.; MOGEVICH, Ya.I.; MAYZELI, M.A.; MITYAKOV, V.S.;
NOSKOV,, M.M.; RYABCRIKOV, M.Ya.; BATSMAN, N.I.; TVOROGOV, 14.K.;
UGOLINIKOVI V.Ya.; KHARIKOV, G.I.; CHADOV, S.L.
lev I'lillevich Matveev; obituary. Torf. prom. 38 no.4:38 161.
(MIRA 14:9)
(Matveev, Lev Millevich, 1914-1961)

VAGANOV, P.A. (L' vov)
Xicroflora In chronic purulent otitis media. Yest.oto-rin. 18 no.3:
75 NY-Je 156. (HLRA 9:8)
(IKR--DISFASICS)

- VAGANOT, P.A. (Livov)
Spontaneous emphveam
(AKFHTBNKA)
(7ACX-VMJM
of the face. Vest.oto-rin. 18 nO-5:118 S-0 156.
(MLRA 9:11)
AND IVJMXS)

VAGANOV, P,A. (4'vov)
moomw
ftsompirillary ulceromembranous larMitim. Yest.oto-rin. 18 no-5:
132 S-0 156. (MMA 9:11)
(IARYN,X--DISEASXS)

AUTHORS: Vaganov, P. A., dstroumov, V. 1., 56-5-8/46
-------------------
,TITLE: a-Particles Emitted by t1tavy Nuclal in 1.'.mL41siauj Undtr the Action
of High-Ellerej Protons (a-chAjtiLe./, iopusk-Ajanyye tjazhelymi
yadrami e.r.ullsii pod deystviyem protonov vysokikh i:nergiy)
PE11IODICAL: Zhurnal Ekiperimoritallnuy i Teoreticheakoy Fiziki, 1957
Vol- 33, Nr 5, PP- 11j1-1139 (USSR)
ABSTRACT: A finr-grained side P-9 wis eipo3ed in such a way to the
proton-ray of the s,-nchroc~clutron that the ray !trd the emulsion
side are in a parallel position to each other. The energy of the
protons was 36o, 56o und 66o hii!V. The low energies were obtained
by slowing down of the 66o MeV-protons in ~ra,.hite. FroL,, the ad-
iaea3ureraent of the ranp a-artic
,e of the lea their inei%,ry spectrum
was determined. The theoretically calculated evaporation spectra
have shown a -ood iccordarxe with the experiment illy obtained data

.p to u-energi~s of 1,4 MeV. The jpcthesi3 that a reduction of
u
Coalor,ibs "threshold" aceordinC t6 tl-.e Le Ccateur, is rebjuired, was
not applied. By subtracting t-e calculated from, the experimentally
found SptCtrULI, the energj distribution of the cascades a-partic-
le3 and their relative number occurinr, -viith each pDc-tss of evipo-
C,
ration (all represented bycurves) cuald be deter;"ined for all 3
Card 1/2 proton energies. There are 3 tables, 4 figures, and 27 references,

a-Particlen i-,uiittr.,d by Heavy il, L;,,ajuiL)j,,,j tfir: Action 5 6 - 5 - 6
of High - Energy protomg.
9 of which are Slavic.
ASSOCIATION: Leningrad Polytechnical Itiatitute.- ( Leningritdrikiy po1it,-khri-
cheakiy inatitut )
SUIMITTED: May 25, 1937
AVAILABLE. Library of Congress
Card 2/2

BULYGM, V.V.; GOLOVIN, G.M.; ZMEOV. P.R.; KLMV, A.r.; NI-
KOLISKIT, N.A.; OGIYEVSKIT, V.K.; POPOV, $.I.; TWT=, M.N.;
ZfITOV, I.S.; SURNKT, A.A.; ZUELKOV, P.B., kandidat takhal-
cheakikh nauk, redaktor; KOKPAXKYM, V.P., kLndidat takhni-
chaskikh nauk, retsenzent; VAGAMOV, P.V.. kaudidat takhnicheakikh
nauk, rateenzent; IKONNI idat takhnicheskikh -ilk,
retsenzent',UVKHAT. I.6., kandidat tokhnichaskikh nauk, rateen-
zent; RIKOLLTXV. S.I., retsensent.
[Mining iron or* by the opencast method] Rasrabotks, zhelesnykh
rud otkrytyu sposabom. Pod. obahchei red. P.B.Zurkova. Sverdlovsk,
Goo. nauchno-telchn. izd-vo lit-ry po ch*rnoi i tevetnoi wtallur-
gii, 1953. 63z P. (MLRA 7:8)
(Iron mines and mining)

ROZHNOVSKIY. AlIbin Antonovich; VAGANOV, P.V., kand.tekhn.nauk, reteenzent;
h-
SMIRNOV, V.P., gornyy inz ., tetsenrent* NIGANOV. I.I.. gornyy
inzh., red.; SKOROBOGACMA, A.P., red.1zd-va; ZIP, Te.M.,
tekhn.red.
[Placer mining] Razrabotka rosaypnykh mostorozhdanii. Sverdlovsk,
Gos.nauchno-tekhn.izd-vo lit-*y po chernoi i tevetnoi metallurglip
1959. 336 p. (MIRA 12:8)
(Hydraulic mining) (Dredging) (Mining engineering)

-TAGLMYI FIV., dots.; IKOJINIKOV, A.H., dots.; KOMPAIUMM, V.P.. dots.
Determining the economic efficianc7 of mining now, S=all iron
- -3:12-2
ore deposits. Ixv.vvs.uch9b.zav.; gor.zhur. no 25 159.
(MIRA 13:4)
1. Sverdlovokiy, gorny7 institut imeni V.V.Vakhruehava. Rnko-
mendovana, kafedro7 razrabotki rudnykh i ronayTWkh ansto-
roshdonly. (Iron mines and mining)
(Ores--Sampling and estimation)

IKOUNIKOV, A.N.; K01TAKETWS, V.P. -, SHKUTA, F. I.
Basic problems Of Mining 1OW-grade iron ore depositB. Trud7
Gor.-gaol.inst.UIPAN SSSR no.41:181-187 '59. (MIRA 13:5)
(Iron mines and mining)

PHASE I BOOK EXPLOITATION SOV/5298
Akademlys nauk 33SR. Urallskiy filial. Gormo-geologicheakly in-
stItut.
Podzemnaya razrabotka rudnykh mestoroahdenly (Underground Exploit,_
S
s
ri
It.
6
] 16
e
e
;
,
o
5 P. (
tion of Ore Deposits) Sverdlovsk (l9
rinted
ies
4
000
o
1
.
c
p
p
Trudy, vyp. 5
.
)
Editorial Board: K. V. Xachnev, Pmfeasor, Doctor of Technical
Sciences; L. Y6. Zubrilov, Candidate of Technical Sciences; A. A.
Illvitskiy, Candidate of' Technical Sciences. Ed. of Publishing
House: M. S. Ebergardt; Tech. Zd.: M. F. SeredIdna.
d t
h
i
i
l
ec
n
ca
ng an
PMtPOSE: This publIcation In Intended for engineer
personnel In the mining Industry.
COVERAGE& This in a collection of 22 articles by different authors
on problems of' underground exploitation or large massive are de-
posits in the Urals. The articles &" based on studies carried
out In the Laboratory for the Expl Itation of Ore Deposits of the
O
SSSR (institute or Mining
Gorno-geologir-hoakly inatitut UFAM
Geology, Ural Branch AS USSR), between 1958-1959. No Person lities
arO mentioned. Most of the articles am accomoanied bY referenaes. ~
TSMOL400Y OF UNDERGROUND EXPLOITATION
Alekseyey~~Iq~. Q. On Reducing the Volume of Drainage Sumps in
-
kines 53
XWtal
Alekseyevskly. 1. 0. Shaft Drainage S=V With Vertical Well-Type
Water tits 9
Vrvant. V. P. Maw Methods of Overhand 3toping (Foreign
V
'
..rn~Qtj..:
)
- -- - -- -.1. 65. -
- -
II-In A M . and R A. Pya2*k Coc:;4rison of the System or
*
70rNft eave C&vIng
WIth the Combined system Under the Conditions
of the Vy-kagorskiy Mine 79
Zabrl2ov, 1. Y&- end A, Z. Ahury1rift- Selective and Tatal
Xxtraction or Copper and sulphur Ores of the DeStyarskoye Deposits 85
bibriloY. L. Yo., and V. N. ;h
'jLjjr,=, Analysis Of Labor Input 1,
ftrcOd Level Caving at the WackOtcrskly Mine 91
V N.# and V. A. Shchtlk4nov. Improvement of In_
Mak
2
~-
U

.cd-,

lInOll _
c
,
.~
DI)m-Exp-oltatlan at the Berazovskly Mine 103
-Shurygin. A. 1. PructIcL lil ZXPlcitlng Thin Ore Sections or the
DeMarzkoye Deposit III
*Uullmdn, B. M. On the Transition Botmdary F Mining to pit
Zxtractjo6 In Exploiting Deposits of rAbsive Ores 115
PJAS10.1-r-S. On the Influence of the Coefficient or Loading an
the Effect or zxplosion In Stope Cutting 121
jrUtk&n_~-A. Towards a Study or the Seismic zrfact of, strong Kx.
plosiong 125
Mikolin 7 1 Swaluat1no the Different Methods of Formlng
--%
N1T
7U4ii-
;

e
n
Floors of (Chamber) Blocks 131
J-RV., V. P. X0mPan&jTt8, Yu. A.
-
R-Vrw
PFkjtiui-0i-- U4e--QT-U`n ~arg'XiWd Eic
.vafar. at
-
steeply Dipping Ori
Dep6-altj 137
vShchalkanov, V. A. Utilizing the Fare* of Explosion and the
Ora's Own Weight for Transporting Crushed Ore in Exploiting
Inclined Deposits 149
3hohelkanov. V. A. zvaluating methods or Delivering Crushed or.
In ZJPIOltlng inclined Deposits 155
AVAILATIT-1t: Library of Congress
JA
Card 6/S ~dww/ec
a. -61 -

,,

-VAGANCY,-F-A.,-dotsent; IKONNIKOV, A.N., dotsent; XOMPANMTS, V.P.,
dotsent; KABAKOV, Yu.A., starshiy prepodavatell; CHEPCHUGOV,
P.M.p inzh.
Investigation of ore chuting in loading with excavators. 1~v.
vystuchebezavo; gor.zhur. no.4:42-47 160. (KIM 14o.)
1. Sverdlovskiy gornyy institut imeni V.V.Vakhrusheva. Rekomenilo-
vana kafedroy rudnykh i rossypnykh mestorozhdaniy.
(Mine haulage)

VAGLNOV .,P -.; IKOVRIKOVy A.N.; KOMPARMS, V.P.1 KAWOV
--M:_j Y j, YU*A,,)
GREPCHUGOVI P.&
Use of underground excavators in steeply pitching ore deposits,
Trudy Gor.-geol.inst.UFAN SM no*54&137-147 160, (KML 14:6)
(Mining engineering) (Excavating machinery)

VAGABOV, P.V.; IKONNIKOV, A.N.; JWAXgMO v.p. [deceasedJ
Generalization of experience in the working of small Ural iron-
ore deposits. Trudy Gor.-geol. inst. UFAN SSSR no.57:73-82
,61. OURA 15:3)
(Sverdlovsk Province--Iron mines and mining)

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69915
S/109/60/00c,/05/003/021
13oo E14O/E435
AUTHOR: Vaganov, R.B.
TITLE: '-Trr-F'xper-Imental Analysis of the-Electromagnetic Field
in Waveguide Junctions Containing Critical Sections
PERIODICAL:Radiotekhnika i elektronika, 1960, Vol 5s Nr 5,
pp 727-732 (USSR)
ABSTRACT: This paper was presented at the June 11, 1959 meeting of
the A.S.Popov Scientific-Technical Radio Engineering and
- ----- Electrical Communications Society.
The basic criterion of matching-junction efficiency in
waveguide systems is the conversion factor of fundamental-
wave energy into parasitic-wave energy. The present
article gives an experimental method for measuring the
parasitic waves arising in waveguide junctions. The
method is based on parasitic-wave resonance described in
Ref 1. A broad diagram of the system is given in Fig 4.
The system permits measurement of the following quantitie-s;
1. X2 the parasitic-wave wavelength in the waveguide;
2. The displacement of the piston necessary to preserve
Card 1/2 resonance with change of frequency; Vf

69913
s/iog/60/005/0-4/003/021
E14O/E435
The Experimental Analysis of the Electromagnetic Field in Waveguide
Junctions Containing Critical Sections
3. The half-width cf the resonance curve;
4. The reflection factor at maximum resonance.
Isayenko first suggested to the author the use of
parasitic-wave resonance phenomena to analyse
electromagnetic field. III is stated in a supplementary
note that Klinger, Froc. IEE, 1959, u106 suppl. Nr 13,
1) 89, has pub] ished n syntem based on the same gent!ral
principles. There are 5 figures and 4 reference-s,
3 of which are Soviet and 1 English.
ASSOCIATION: Institut radiotekhniki i elektroniki AN SSSR
(Institute of Radio Engineering and Electronics AS USSR)
SUBMITTED: September 23, 1959
Card 2/2

3 0 0
AUTHORS:
T I T LE':
S/109/61/006/008/0104/018
D207/D304
Varnnc-.-, 7.73-, and 1.'erziakri, V-V-
Suprr-_~ ~_o- of rcsonance off-c's in multinode wave-
guidcs
PERIODICAL: Radio'Uek-n_-'."-a '- c"J.elktronika, v. 6; no. 8j 10,61t
1284 - 129-2
ti
TEXT: Waveguides with larger thar. necessary cross sections f irid an
increasing number of applic:.tions in antenna techniques. In such
waveguides besides the wanted, the un%,an~ed (parasitic) modes can
propagate. Of most. interest a-re circular type waveguides for the
H mode in ahic'- a~'enua'ion of -~'he order of a fea decibels per
k2lcan be' adiievedi- Th"Ie" unl7a~ntad MJ*o~es resulting fror. the line in-
homogeneities have usually very small Lampli'tudes. In the present.
article, the authors anaiyze the harmful effects due to the reso-
nance of un%'ianted (parabiluic) %-,raves in"mUltinode waveguides. This
analysis per-rits the evaluation of the increase in losses and VSVI
Card 1/5

S/_,,,_O 61/006/008/004/018
Suppression of resc'_Aznce D207%304 '
of the basic mode and rcsultin6 surges in feeders having -several.
modes of propagation. 7rom th,~ obtained relationships the best no-
del'of avoiding resona,.ce effacts can be determined. The losse's in
the basic mode and thb'73~- (1 + /T-Z/)/(! - /R/) can be,decreased
: The maxinum value of the surge vo.1-
by making a2Z >2~2 (I
r
tage at max. of the resonance and small losses follows from-
p2L _(p22 =,xp, p 2,3,. (3)
and
164L - (F22) (PLL - (pj) = (2q - 1)q1, 2,
- L. _,~ (4)
and is equal to 1/[F + (cc2L/2 P) j and to avoid surges the condition
a2L >2r(I - P) must be satisfied. The authora stiggest further me-
thods of experimental determination of resonance effects by measurL
ing the%transformatidn coefficients f"2 of the transitions and the'
Card 2/5

Suppression of reccnan-cc-
D"C
7 D 4
0 X1 a, -ui- bo",, F a -n a L o b e
attenuation 2 L , 9, .in( ~- 2
is detc_-:-~-_'ned _L
small. (-2 transmission -casurementz, by deter-
mining the trans-,J--_rn cc)-f4c-e-I /D/ bet,,-ieen two trazisitJons at'
maximum resonance and, by c.,,.ar-,-j_ng the le-b-'Uh of reson,-.ting line 6
L in such a nanner t.-.ct "he '._-an~miz:sion ractor ',.s
I +I D:I
(7)
To determine r2 and --ma-11 a*ttenuation. -,,L the k.='vledge of /D/ and
_- 4cL Me L,
6L is said to be su ent t i s sta d +hat unt il n ovi no -hod
-oul,~ neri- U - L - -
has beer, found which i' fil+-=F~ ff `- modes similar
in their field structurc to ~,',c basilc mode (in Dar~-'Lcular to the
41
mode H.2 ). The authors su~.-cst such a. n-.ethod-based on the use o.L
aS g4 .ren b~~ S.
strongly coupled branchines v (Ref. 8: 71ave-
*-h smL -, io-ses., Traan~!~~'t-on, fron -7,-ngz--
guide transmission 14nes 11 -
its so1vinL; t--n- ~crobler some ex-
lish Il, 1060, 139) ch pcrm '.4 Vo
tent. This anDroximzat,~ 7-e ~,,Ilod is us(~,d for desil[;n-M6 branchings for
a fLilter Of 11 02 .,iavo in a ci 25 Tnm in dl=eter for
Card 3/5

S/!09/61/006/008/004/018
Suppression of resonance ... :)20?/:)304
transmitting waves of t'.,e order o -f 8 Tm. In the exrerimental model
of the filter this coeff"icient was .-bout -19 db. The number of
slo "Ve was taken as 16. los2es were determined exnerimentally,giv-
ing H 0 losses, due to filter at 8 t 8.3 ---" of about- 1-0 db,
o2 0
with corresponding losses of El 01 mode less than 0.2 db- When the
attenuation of the basic mode h-2 to be mr-de lesi3, aaveguides aith
larger diaj.-,eters have to be us'e'~. Th.en,the coupling of the filte.r.
as given by
5Y
(Abstractorfs note: Erroneously Given in text.as Eq.(18) which'does
-hat In order to suppress the re-
not exist' decreases. It --f'ollo,.,;s t
sonance effects in waveguides large kr, the filters should be
placed in the vicizAty of the critical crogs section for the ;iaye
to be --uppressedl.i.e. near the ninimur.,. values of kr. If transition
Card 4/5

cf
*~h hann i
r
T-j,n,
'i T. I
nil.
'71

5/109/62/007/012/002/021
D266/D308-
AUNORS: Meriakri, V. V. and Vaganov, R.
TITLE: Methods for the experimental determination of mode
conveirsion in short waveguide.sections
PERIODICAL: Radiotekimika i el.ektronika, v. 7, no. 12, 1962,
1997-2002
TEXT: The basic arrangement consists of a real pipe limited by
junctions. The fundamental mode can propagate through the device
but the spurious modeB are assumed to be 'trapped', i.e. there is aVX
cut-off cross-section for each spurious mode somewhere along the'
taper. Introducing matrix notations and denoting the input wave by
E
in
Ein (3i"S*I, )] S-1 Eout
(1)
Card 1/ 4

S11 09/62/007/012/002/021
Methods for the D266/D308
where I - ~unit matrix, I'll Ilp S - scattering matrices of the left-
hand junction, right-hand junction and waveguide respectively. Re-
stricting the analysis to two modea (fundamental and one spurious)
using the formulas derived by J. Young and D. Marcuse (Proe. sympo-
8ium on millimeter wavesq N. Y., 1959, 513) for the self-coupling
and cross-coupling coefficient, introducing the parameter
z 2
L E 4'12 dt
Q k12 eo dz
0
(where k 12 - distributed coupling coefficient between the,fundamen-
tal and the spurious mode, r1 2 = a'1 -r2P 4"1 = "-1 _'~ is, - propaga-
tion coefficient of the fundamental mode, L - length of the wave-
guide to be measured) and assuming that the mode conversion due to
the tapers is much smaller than Q the following relationship.is de-
rived.*
.Card 2/4

S/109/62/007/012/002/021
Methods for the ... D266/D308,
p (9)
attenuation of the spurious mode,IDI p -~_transmission coefficient
of the fundamental mode at the resonance of the spurious mode. If
~ is known andID1 p is measured, Q can be.determined from Eq. (9).
The method is extended to one particular case of 3-wave interactiono
In the experimental part of the paper-the mode conversion between
the Hol and H021 H12 modes is investigated. Experimental results
are presented for both copper and steel waveguides in the 7.9 - 8.4
mm band. Maximum length of the waveguide section was 7.5 m. because
with larger lengths further resonances apppared. The diameter of
the waveguides was 60 mm and a dielectric coating of 90 microns
-was applied. There are 2 figures and 1 table..
Card 3/4

,
Methods for the ...
3/109/62/007/012/002/021
ASSOCIATION: Institut radiotekhniki i elektroniki, AN SSSR (Insti- 0(1.
tute of Radio Engineering and Electronics, AS USSR) I .
SUBMITTED: January 12, 1962
ICard 4/4

r~' _.'~ C7; 7 7-' a ' "'A
AP40488Pr,
AUTHOR: Vaganov, R. B.
TITLE: Energy loss due to conversion into higher modes caused by deformations
and offsets in a confocal beam waveguide
SOURCE- Radiotekhnika i elektronika, v. 9, no. 11, 1964, 1958-1967
TOPIC TAGS: beam waveguide, bpam wave guide loss
ABSTRACT: The additional losses of energy in a beam waveguide caused by its
geometrical imperfections are theoretically and experimentally investigated. The
linear distortion, square-law distortion, longitudinal shift, and tilt of a dielectric
pha6;e -correcting lens are evaluatea. Formulas (16, 17) for estimating the losses
are developed. An experimental verificatioii includ4ed a 37-Cc model of the beam
waveguide consisting of ten biconvex lenses spaced at 175 crr. from each other.
The dielectric constant of the material was . 14; tg 1.2% 10- lens radius of
Card 1/2

L 19430-65
ACCESSION NR: AP4048980
curvature, 18. 2 cm; lens max thicknecs , 8. 3 c rn; other data given. The highest
2
-elf-f`ltration waa obE;erved at c z - :- a K 's ',-e vavc -,-.;mbC7
in vacuo, a is the. be-am half-width, Ll is th-e spacing between correctors, Both
estimates and ex criments have sl-c,-vn taa~ the bea-ri waveguide is V~-rV 3eriqlt've
p
to linear distortion and relatively insensitive to long it _idinal shf,s and til-mg.
"In conclusion, the author wishes to thank B. Z. Katrenelenbaurn for his interest
in the work, and M. A. Miller for a valluable diqcussion. " Orig. art. has:
4 figures and 31 formulas.
ASSOCIATION: none
SUBMITTED: Z4Sep63
SUB CODE: EC
ENCL: 00
NO REF SOV: 00 1 OTHER: 004
Card 2/2,

L 32637-66 ENT(d )/E-Y"T(m)/E4P(v,,
ACC NRi AT6010822
AUTHORS: Taganov, Re R.; Sinev, A. V.;
111;1
~p V)IE..;P(j )/T/FNF(k) IJP(c) 91 /EM/GD/B1
SOURCE CODE: UR/0000/65/000/000/0149/0158
Frolov, K. V. 4'
ORG: none -2P
TITLE: Certain characteristics of transv rse shear of multilayered beams, the liyors
of which are joined by a deformable glued?
SOURCE: Moscow. Institut mashinovedeni4a. Kolebaniya i prochnost' pri peremennykh
napr7ashaniyakh (Vibrations and stability under v4ii-iable strei-aee)e Moscowp Izd-vo
Nauka,, 1965) lh9-158
TOPIC TAGS: material behavior, composite beam) sandwich s~ructurej shear strength,
adhesion layer, material strength 1,9
ABSTRACTt A study is made of certain features of the transverse shear o composite
beams. The work was conducted in the Laboratory of Dynamic Stren~gthof the State
Scientific Research Institute of Machine Behavior (Cosudarstvarmyy nauchno-
iseledovatellskiy institut mashinovedeniya). It is hypothesized that, up to a
particular value of tangential stresses T 0 (see Fig. 1) in the plane of adhesion,
the glue rigidly bonds the layers. From the moment that the stress T 0 is reached,
plastic flow of the adhesive and slip between layers 1 and 2 (see Fig. 2) commence.
This statement of the problem presupposes that the glue corresponds to a model of a
*stiff-plastic body" (L. He Kachanovq Osnovy teorii plastichnosti, Me GITTLs 1956)o

L 32637-66
ACC NKs AT6010822
and the thickness of the adhesive is small in comparison with the thickness of the
bonded layer and thus can be ignored. Basic equations of shear of an infinitely wide
two-layered. plate are written as
2GU - - of + 2ot*.
Ox
8F
2GV - -
where U and V are displacements in the X and Y directions, The stresses are
air
.;,6x
OXT
away
where F +'tfj and (x, y) and 41 (xp y) are harmonic functions. Two sets of
related functions are statedt the ;*Bt&.gi:ve3 expressions for stresses and
displacements arising from elastic aeroastieww the bodyl the other accounts for
Card 2/j

ACC NRs A
Y1
Fig. 1. Assumed dependence of
P
17'
tangential stress Fig. 2. Diagram of transverse shear of an
infinitely wide two-layered plate.
plate distortion as asolid body. Several conditions of stress and deformation are
developed in demonstration of the system solution, A description of an experimental
method is given, and plots of longitudinal deformations of composite beams are
shown. The authors thank mechanics V. I. Tereshchenko and B. N. Kashkov and
laboratory technician N. 0. Allperovap who took part in the work, and N. P. Kandell.
who directed the fabrication of the special doublo-layered samples. Orig. art. has:
27 equations and 7 figures.
SUB COM 131 SUBM DAM 05Aug65/' ORIG REFJ 007/ OTH REF: 002

L 32647-66 EWT(M)/EWP(W)/EWP(V)/T/E*T(t)/ETI/EWP(k) RM/JD/GD
ACC NAt AT6010823 SOURCE CODE: uR/oooo/65/bod/6-66/ol59/Ol69
AUTHORSs j ~ Sinev. A. V&__
ORO: norm,;,
TITLEt Distributi n f stresses in multilayered beams wd their several dynamic and
fatigue Drovertie: 2- b
3WHCZt Moscow. Institut mashinovedeni . Kolobaniya i prochnost' pri peremermykh
nam"hady-a-M-TV-ibrations and stability undor variable stresses). Moscow, led-va,
Naukap 1965p 159-169
TOPIC TAGSt stress distribution, material testing, fatigue property,, dynamic property
composite beam, sandwich structure., structural mechanics., structural member
ABSTRACT: Triple-layered beams are studied for the purl)ose of analyzing stress
distribution characteristics and dynamic and fatigue properties. The middle layer of
the composite beam investigated consisted of high-strength plastic; the outer layers
%owe of sheets of steel having a thickness of 0.5 mm or less. The modulus of
elasticity of the plastic in axial longitudinal tension is several times lower than
the modulus of elasticity of the steel. A detaiind model is developed of the stress
distribution in, and the deformation characteristics of, the three-layered beam.
Plots are made of several test measurements: the variation of moments and normal
stresses with load for varying beam dimensions; variation of natural frequency with
CW4 '1 /2

ACC Nits A16010623 .2-
been size &.nd with loading on cantilever specimens; and fatigue properties.
Conputations and experimental work indicate that the natural frequency for given
conditions of layer thickness can be higher than that of either plastic or steel of
like dimensions* Test results showed that cracks always appear in the steel sheet
as it in the moxt heavily loaded element. It is noted that there seems to be a
possibility of measuring the strength of three-layered elements by the strength of
the surface 2,ayer on the basis of the general fatigue curve or- f(N)(number of load
oycles) with subsequent computation of moments which vary with the beam dimensions*
The authore thank Fe V. Malyuti and I* V,__Sobolev for raising the considered
Swoblems uA for help in the experimental work9 Orig. art. h&31 35 equations and 8
SIB CW11. n. 13/ SM DATE# OSAug65/ onr, REP# oil/ oTH w OM

EWT (d ) ZEWT(M)/E'WT M P(v'.YT/k;'.IP(t)/ETI/rWP(k)/~QWP(h' IEWP~ I"
__~264~ 1 / I
.ACC NRa AT6010624 IJP(c) JD/EM/GD SOURCE CODE: UR/0000/65/000/000/0170/0183
AUTHOR: Vaganov. ft..
ORGs none d
TITLE: The effectiveness of stress concentratio and the scale effect in two-stage
cyc2lcal loading
SOURCE:' Hoscow, Institut mashinovederdya. Kolebaniya i prochnost' pri peremennykh
nW7&Meniy&M (VibratUTni-sand stability under variable stresses). Moscow, lxd-"
Naukaj 1965, 170-183
TOPIC TAGSt steels.fatigue limit, fatigue testingt stress concentration, material
testing, durability/ Armco steel, 415 steel* NU testing machine
I -
ABSTRACT: The roles of stress concentrations and the size of a specimen in its
fatigue resistifice are studied. Tests were conducted on Armco steel specimens some
of which were smooth and others of which were notched in a manner similar to that
shown In Fig* 1e Various stress paths dl, d2, and d, were studied with the ratios of
principal and secondary stresses to the fatigue as experimental parameters.
For ex&Vlo (9" Fig. 2)0 the coefficient
A, 0
K, = - =
+
in used where

ACC Nks AT6010824
a
KOI
VA
202
to t
VON
%-000
I/ N,
Fig. Is
N 'VO) 19N to low mry,
Fig. 2.
I.ati el limit of asmooth
and d' and d! are respectively the curve ordinate and J
specimen, iKe curves shown are for varying specimen co igurations and N is the
number-of loading cycles. In arlditional test measurements note is made of the
stages of.specimen failure the appearance of cracks and ultimate specimen fracture.
A discussion of probabilistic and regression methods is given and related to the
fatigue limit and number of load cycles* The size effect was measured in extensive
tests.on.steel 45 with the use of a wide variety of specimen sizes and confignWations,
Card

ACC NRo AT6010824
An PJ testing lWohine -was used. Sij;nif icant dif f erence3 were noted in the f atigue
b.4khavior of notched versus smooth specimens. The author recomends extensions of
this..type of -study in order to limit the need for other types of fatigue testing,
"hiot U figures and 13 equations,
CODI#,'~ 139 IV SUBM DATEs 05Aug65/ ORIG REFs 014 OTH REFa 001
CO

__32649-66 EWT(d)/EWT(I)/EWT(m)/E'.iP(w)/E'dP(V)/T/E'hT,(t)/k;Tl,~i,",~P(K),,":~',;P"'h) IE'4P"l'
L
ACC Nits AT6010825 ijp(c) JD/GD SOURCE CODEi Ull/o-obd/6.T-/Wcibb/6l8V6f~6---I
AUTHDR3 Vaizanov,
ORGs none
TITLE: Vibrorelaxation, vibrocree and the hysteresis loop with parameters varying
with the number of cycles
SOURCSt Moscow. Institut mashinovedeniya. Kolebaniya i prochnost' pri peremennykh
napryashi-n-iyakh-(Vibrations and stability under variable stresses). Moscow, Izd-vo
Nauka, 1965, 164-196
TOPIC TAGSi creep characteristic, material strength, textolite, creep mechanism,,
hysteresis loop, relaxation process
ABSMCT: An experimental studi of creep, relaxation, and tile hysteresis loop was
conducted for synthetic materials under cyclical loading. The tests were conducted
at'the State Scientific Research Institute of Machine Behavior (Gosudarstvennyy
nauchno-issledovatellskiy institut mashinovedeniya) with cantilever specimens on a
testing machiney%f original construction. The test mechanism is schematically
diagrammed in Fig. 1. Variable quantities are the amplitude of the shear moment Ma
and the deflection amplitude fas Measurements can be made of the variation of
deflection and ahear moment with the number of loading cycles N. The loading of
specimens 1 for a given amplitude of the shear moment is actuated through the spring 2
Card 113

-L 3264s-66
ACC NNo AT60100,25
IN)
Fig. 1.
7
COMA
in setting a given
.and ch"G&ble load 3. A friction joint device 4 is used
deflection f . Items 5~ 6. and 7 respectively are a clamp, dynamometer, and a
6tandard-iso-scribing recording device. Textolite specimens were prepared to the

-L 32~649--66
ACC NRs AT6010825 0
dimensions (in m) shown in Fig* 2. This material was found to exhibit a definite
Fig. 2.
-4
variation of durability with time and with the type of loading. Curves showing creep
and relaxation characteristics versus tho number of loading cycles and load stree5
are given, The creep and relaxation processes are discussed, and the hysteresis
characteristics of this material are diagrammed. The experimental part of the work
was conducted with the participation of B. 1. Rus'kin. Orig. art. hass 16 equations
and 9 figures,
SUBM DATE: 05Aug65/
ORIG REF: 010/ OTH REF: 003

L 8242-66
AGC NR: AP5022432 SOURCE CODE: UR/0109/65/01O./009,/167211675
AUTHOR: Vaganov, A. B.; Dogadkin, A. B.; Kateenelenbaum, B. Z. C>9-
ORG: Institut radiotekhniki i alektroniki AN SSSR (Institute of Radio Engineering
and Electronics, AN SSSR)
TITLE: Periscopic mirror line
SOURCE: Radiotekhnika i elektro~'ika, v. 10, no. 9. 1965, 1672-1675
TOPIC TAGS: beam waveguide, periscopic waveguide
ABSTRACT: It is proven that the use of spherical -surface rrArro.rs, desirable for:
practical reasons in mirror beam waveguides, instead of the theoretically optimal
ellipsoid-ourface mirrors, does not seriously impair the waveguide parameters.
Two mirrors with a spacing small in comparison with their focal lengths are
regarded as a single phase corrector, and the radiation loss therein is evaluated
after A. Fox and T. Lt (IEEE, 1961, 51, 1, 80). Based on this evaluation and on
Gard 1/2 UDC: 621.37Z,ZIS:535.312

,L 8242-66
ACC NR: APSOZZ432
~the G. Boyd and J. Gordon lose /beam-cross -section curves (BSTJ, 1963, 40, 2,
,489), a method for designing periscopic mirror lines is indicated. The radius of
mirror curvature and the diffraction loss can be calculated from the formulas
.given. Orig. art. h": I figure and I I formulas.
SUB CODE: 09 / SUBM DATE: 06Jun64 / ORIG REF: 004 OTH REF: 003

)0559 SOURCE COM uRM09/65/010/012/2146/2146
AUTHOR: Vaganovt R.-
_77
77,
ORG: none
TITLE: Losses In the nonhomogencoug segment of a beam wavegulde and their
compensation (After a report delivered at the zoth Conference of NTORiEs AAOSCGW#
May 19641
SOURCE: Radiotakhnika I alaktronika, v. 10, no. 12, 1965, 2146-2156
TOPIC TAGS: beam waveguide, waveguide loss
ABSTRACT: Propagation of TEM., fundamental mode, with near-Gaussian radial
distribution of field, along a beam waveguide is considered. the waveguide lenses
have inaccuracies in their manufacture and mounting which are responsible for
partial conversion of the fundamental mode into higher modes. The introduction of
an artificial-inhomogeneity is suggested as a meant; to reduce the higher-mode losses
(cornpensation)j the theory of multiwave channels in used to analyze the propagation
conditions. Coupling factors between the modes at the principal inhomogenettles are
Card I I Z

L 11080-66
~kCC NR- AP6000559 0
etermined. Formulas are developed for average losses in short waveguides
ontaining random inhomogeneities. The cases of a waveguide bend and an offset lend
re considered. An experimental verification is mentioned. "The author wishes to
Kank B. Z. Ktsenelenbaum for the statement of the problem and a valuable
iscussion, R. F. Matveyev for hit; attention to the work, and A. A. Gordayev for his
-alp in experimental work. " Orig. art. has: 5 figures and 26 forntulasoib
UB CODE: 09 SUBM DATE: 3lAug64 / ORIG REFS 007 OTH'ItEFt 004