SCIENTIFIC ABSTRACT YARNEVSKIY, I.Z. - YAROSH, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962210002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR-. AR4021610
of.view 30, magnification 20X). Observations are made by two observers: one ob-
serves the satellite and records the coordinates; the second upon command from
tte first records tim using a stop watch (a chronograph is used somtimes). Ac-
curacy of position is 00.1-00*2 and accuracy of time is 05.1-05e2. The theodo-
lite is set before each observation. Irregular photographics radio and radar
artificial satellite observations also are being made in Finland. Radio observa-
tions arc made with radio theodolites; the mean observation error is approximately
00-5, Photographs of the automatic optical theodolite accompany the texte Vo
Novopashennyyo
DATE ACQi Mar&L SUB CODE: AS ENCL: 00
Cord 2/2

YARNEVSKIY) .,I. Z.
First monograph. Kraeved. abor. no.7sI40-11~2 162. (MA 16,-8)
(Ulan-Ude)
lit

YARNOV, V.K... inzh. (LIVov)
Cooperation between railroad and automotive transportation in
the transport of paBsengere, Zhel, dor. transP- 46 no.7:77-78
J1 164. (MIRA 17:8)

1f T
TARASOV, Vasilly 'Hom^novichl TARNYU1, A.M9, rodaktorl ZU,4RILINA, Z.P.,
takhnicheekly redakto?-#-~
(Treatment of coenurosis in ruminants] lechenie teenaross. shvachnykh
lzd.2-oo, ispr.i. dop. Moskva, Ges.'Izd-vo sellkhoz.41it-ry, 1956.
63 PO* WaA io: 4)
(Domestic animals--Diseases)
RTM

OHLOV, P.M., dotsent; USACHEVA, I.G.. red.; TARYM. A.M., red.; BAGLOD,
AJ., takhn.red,
(Diseases of swine] Bolezni evinei. Moskva, Goa. izd-vo eel'I'khoz.
lit-ry, 1938. 4,62 p. (KIRA 12:2)
(Swine--Diseases md 1~ests)

POTERKINA.,Valentins AlekBeyevna. prof., doktor veter.nsuk,,'TARffMq
A.M., red.; BALLOD, A.I.. tekhn.red.
LPoultry helminthisses] Gellmintozy domashnikh ptits. Izd.2.,
parer. i dop. Moskva, Go~Azd-vo sallkhox.lit-ry. 1960. 235 P.
(MIRA 13:11)
(Parasites--roultry)
Rpm
(Worms. Intestinal and parasitic)

-SMIVTSWA, Himfadora Andreyevna, prof., doktor biolog.nauk; TA34)F~,.~X,
red.; BAILOD, A.I., tekhn.red.
[Mycoses and mycotoxicoses In animals] Mikozy I mikotoksikozy
zhivotnykh. Moskva, Goaoizd-yo sallkhoz.lit-ry, 196o. 455 p.
Wu 14; 4)
(Veterinary mycology)
;z -'r

GARKAVI, B.Z., kand.veterin.nauk-, TARN= A.M red.; TRUKHINA, O.N.,
tekhn.r8d.; FEVZN3R, V.I., te in.red.
[Yeasures against helminthianis of ducks] Mary bor'by s gall-
mintozami utok. Moskva, Izd-vo mallkhoz.lit-ry, zhurnalov i
Plakatov, 1961, 81 p, (AIRA 15:2)
(Parasites--D=ks)
(Worms, Intestinal and parasitic)

GUSYNIN, Ivan Afanaslyevich, prof.; YAM-I'YIQI,_A.M., red.; USACHEVA, I.G.,
red.; SOKOLUVA, N.N.j. tekhn. red.-
[Toxicology of poisonous plants) Toksikologiia iedovitykb raste-
nii. 4. izd., parer. i dop. Moskva, Sellkhozizdat 1962. 623 p.
WRA l5t7)
(Poisonous plants)
via

LIKHACHEV., N.V., prof.; AGRINSKIY, N.I.,, prof.; SYURIN, V.N., prof.;
SFF.SIVTSEIIA, N.A., prof.; KOIDBOLDTSMIY, G.V., prof.;
ZOIDTAREV, N.A., prof.; KORYAZHUOV, V.P., prof.; KOLESOV,,
S.G., prof.; BABICH, M.A., prof*;.P~TROV, A.M., prof&; ZOTOV,
A.P., prof.; DOROFEYEV, K.A., prof.; POLYKOVSKIY, M.D., prof.;
SOWMKINY P.S., prof.; ORLOV,.Y*.S.,, prof.; KOTDV, V.T., prof.;
TRILENKO, P.A., prof.; LYUBASHENKO, S.Ya., prof.; USACHEVA,
I.G.~-red.; YARNYKH A M red.; BALLOD, A.I., tekhn. red.
[Veterinary laboratory praotical-Veterinamaia labDratornaia
praktika. Moskva,, Sellkhosisdat.- Vol.(General microbiological
methods of investigation] ObBhchie mikrobiologicheakie setody is-
aledovaniia. 1963. 566 p. Vol.2. [Biochemical, chemico-
toxicological, and veterjOAry hygienic methods of investigation)
Bi6khimicheskie, khimikck~toksikologicheskie i zoogigienicheakie
metody isaledovaniia. 1963. 431 p. (MIRA 16:8)
(Vaterinary laboratories)

LIKHJkCHEVP N.V.; SYURIV, MI.; TSIOV, R.A.; SHCHERBATYKII, P.Ya.;
ZOTOV, A.P.; SKG,",OPXKHOVy A.L.; PIROG~ P.P.; PRIUS, A.A.;
BAZYLEV, P.M.; NAZAROV, V.P.; O?J=, F.M., dots.;
USACHEVA, 1.G,j red.; YARITYKH, A.M.) red.; BALLOD, A.I.p
tekhn. red.; PROKOFIYEVA., L.110, to'khn. red.
(Virus diseases of animals) Virusnye bolezni zhivotnykh.
Moskva, Sellkhozizdatj 1963. 564 p. (MIRA 17-.1)
-Mm

V.S., prof., red.; YA!VCKII, A.1-1.j rad.
Nanual of ieterinar- 1 .4
y Spravcchnfk Fri 're-
terinarnoi geltrintologli. lfoakva, lzd-vo "Yolon," 196.1,
1 36? p. (MIRA 17-8)
0

YARNYKH, A.M., red.; USACHETA, I.G., red.
(Concise manual for-the veterina, Krattkii spravochnik
veterinarnogo vracha. Moskva I* o "Kolos," 1964. 590 P.
(MIRA 1?:?)

AKHMEDOV, A.M., prof., doktor veter. nauk; GOLICHAROV, G.D., dok-tor
biol. nauk; DURASOV, V.I.; ZAGAYEVSKIY, I.S., prof., doktor
veter. nauk; K71KHARKOVA, L.L.; BARHASH, A.I., kand. tekhn.
nauk; POZHARIS,KAYA,L.S., kand. tekhn. nauk; LAPTEV, F.P.;
LIBERMAN) S.M.) kand. tekhn. nauk; PETROVSKIY, V.P., inzh.;
MIR011OV) A.N.) prof.y doktor veter. nauk; MALYSHEV, K.B.,
kand. veter. nauk; NIKITIN, B.P., inzh.; POLYAKOV, A.A.,
prof., doktor veter. nauk; RUSAKOV, V.N.j TARSHIS, M.G., kand.
veter. nauk; SHUR, I.V., prof., doktor veter. nauk; YARNYKH,
A.M., red.
[Manual. on veterinary and sanitary expertise and hygiene in
the processing of animal products] Rukovodstvo po veterinarno-
sanitarnoi ekspertize i gigiene pererabotki zhivotnykh prc-
duktov. Izd.2., ispr. i dop. Moskva) Kolos, 1965. 426 p.
(MIRA 18:6)

-----------
FIR M ~
KOVALENKOJ. Ya.R.; YARNYKH A.11 ,,_red.
[kfrican swine fever] Afrikanskaia churx. svinei. Mo.-
skva, Kolosp 1965. 125 P. (MIJU 18:9)

LEBEDEV, P.T., Y.ARNY,YA', .A.,L.I- , red.
[Hygiene in groving young livest-ock] Gigiena virashchi-
vanila molodniakR. Mw*vs, Kolos,, .1965. 191 P.
(MT RA 19. 1)

Emu=

6
ACC NR: ATM176518 SOURCE CODE: UR/318C)/65/000/120/0031/003G
AUTHOR: Velikanova, Z. MI.
ORG; none
TITLE: Laboratory investigation of the velocity field of a plane flow In the presence of a
ridge structure on the bottom
SOURCE: Leningrad. Gosudarstvennyy gidrologichoskly institut. Trudy, no. 120, 19G5.
Issledovaniya ruslovykh protsessov, 31-36
TOPIC TAGS: plane f"Low, vortex flow, flow velocity, velocity distribution, flow kinetics
ABSTRACT: The authors preL experimental data obtained from a study of the instantan-
eous and average velocity field above a two-dimensional sand ridge in a flow with distinctly
separated, circulation and transitional zones. The experiments were carried out at the.
Channel Laboratory of GEB GGI (Ruslovaya laboratoriya, GEB GGI) in 1961. The glazed flume
used in the experiments was 7 cm wide and 5 m long; the diameter of the sand particles
varied from 0. 1 to 0. 25 mm, averaging 0. 18 mm. Before the start of the experiment the
sand was laid parallel to the bottom, then the bottom of the flume was inclined (I = 0. 001).
The flume was filled with water, after which the same inclination of the free surface was
Card 1/3
M ~Mw

L 3*9-66
ACC NR: AT6016518
achieved by gradually increasing the flow rate of the water. In this case the flow rate was
1. 7 liter/see. The ridges that formed in the flume had a height of A = 3 cm, length A = 30 cm
at a flow depth of the crest of the ridges H = 6 cm. The lines of the crests of the ridges were
perpendicular to the axis of the flume, thus demonstrating that the movement was two-
dimensional. The ridges moved along the flume, keeping their height and length constant.
High-speed photography was used to obtain the velocity field in the flow. The velocity field
In U-te flow was recorded in a section completely encompassing one ridge at a frequency of
240 frame/see. An examination of flow velocity distribution showed that the horizontal com-
ponent of velocity at the bound aries of the transition of the flow did not substantially change
over the greater part of the vertical.',. This velocity distribution differs from that usually
observed in natural flows and can apparently be explained by the fact of the side walls of the
flume. A stable circulation zone was observed at the trough of the ridge, within which the
velocilides markedly differed in magnitude and direction. In the lower part of the circulation
zone velocities counter to the direction of the main transitional flow were observed. The
velocities within the circulation zone are represented by lines of the current which divide the
volume of water included within the circulation zone into streams having an equal flow rate.
The data, obtained broaden current concepts concerning the structure of a flow in the presence
of two -dimensional sand ridges on the bottom. A ratio of the length of the vortex zone to the
height of the ridge equal to 5A seems sufficiently reliable. The distribution to the bottom
velocities within the vortex zone and the upward slope of the ridge that was obtained also

L 389r
.." )9-66
ACC NR:
AT6016518
seerns sufficiently reliable. 'Me pattern of the distribution of velociti s
past. 0 Within the vortC.K
zone that Was obtained Is of dofwto, Interest silica thiis pattern had b en little studied In the
Orig. art. has: 3 figures.
SUB CODE: 20/ SUBM DATE: 00/
Card 3/3

USSR / Cultivated Plants L-2
Abs Jour :.Ref Zhur -,Biol., No 6, -March 1957, No 22713
Author : Yarnikh, S.,_.,.
Inst z Not given
Title : Water Bice.
Orig Pub :B. kh. Bashkirii, 1955, No 10, 46-47
Abstract sWater rice -- a grain plant up to 2 15 m in height
yields large grains useful for prep4_rin6 groats and flour;
the hay is well oonsuraod by fam animals. Thies plunt wan
first introduced to the Leninerad district in 1912 and wan
recommended for oulti,.Tation in hunters' fams. The expe-
riments of DlantinLr it in Bashkir reservoirs produced apo-
werful and speedy development of the grain in slowly flo-
wing water basins, free of weeds of other water reeds.
Card

f~ Nf K H, V.
Pneumonia
-Treatment and prevention of pneumonia. Veterinariia 29p no- 5, 1952
,9. Monthly List of Russian Accessions, Library of Congress, Aucnjqt 1959 Uncl.
BPI 1118113
R.-
Bl~_'_
T'x x-gL';g 3pn'-- g~
U

POLTAKOV, A.A.. professor; YARNM, V.S., nauchnyy sotrudnik.
Light-waight apparatus for mechanized disinfection and
disinseeti2ation by hot solutions. Vaterinartia 33 no.12:
70-74 D '56. (MLRA 9:12)
1. Tanso3rusnyy nauchno-imeledovatellskiv institut vaterinarnoy
vanitarit, I. ektoparasitologii.
(Disinfection and disinfectants)

USSR / Microbiology. Sanitary 1-1icrobiology. Sanitary F
Microbiology of the Air.
Abs Jour: Ref Zhur-Biol.,.No 2j l(,59, 5551.
.Wthor : )[arnykh, V. 9
31~
Inst :All-Union Sci, Res. Institute of Veterinary
Sanitation and Ectoparasitology'_i_o~~.
Title :Survival of Pasteurella Suspended in Air.
Orig Pub: Tr. vses. n.-i. in-ta vet. sanitarii i ekto-
parazitol., 1957, 12, 196-210.
Abstract: The influence of teiaporature and relative humid-
ity of the air on viability and infectiousness
of aerosols of the causal agent avian iasteur-
ellosis was studied in an airtight chamber. It
was established that increase of the temperature
from 12 to 350 raised the death rate of pastour-
allae (tom-,,,eratures of 23-250 cause doath of a
Card 1/2
USSR / "lliorobiology. Sanitary Microbiology. Sanitary F
Morobiology of the Air.
Abs Jour: Ref Zhur- Biol., No 2, 1959, 5551.
Abstract: considerable number of bacteria, and at 300
they die Off completely in the first 10 min.).
Similar results were obtained upon inOCUlation
of white faice and chicks in the chamber at vari-
OUS tera,.)eratures. Higher atraos~)horic humidity
aids survival of pasteurellae at 160 and below.
Ath an increase of temperature, higher humid-
ity has a negative effect on survival of past-
eurellae. Prevention of air-borno infection by
Dastourallae can be achieved by maintaining in
aviarias temperature of 23-260. - V. V. Vlod-
avets
Card 2/2
DA

m nn
LU-0-
YARYM, V. S. Gand Vet Sci (diss) "UfAilg4*A-on of aerosols for the
disinfection of tho air and mirfanes in nnimal-husbalk a-nd poultry-raising
buildings." Vos, 1958. 18 pp (Min of Agriculture USSR. Mos Vet Aoad),
140 copies (KL, 11-58, 120)
V

BOYKO. A.A., red.; DATYDOV, A.P., red.; POLYAKOT, A.A., prof... red.;
SOKOLOVA, L.H., vetvrach, red.; T
.AP2M,-Y-S, kand. veteri-
narnykh nauk. red.; XMICEMKO, T.S.. red.; KALOYA. L.I., red.;
nCHICNKIN, LV., takha. Ted.
[Invention and innovation In veterinary medicine; materials of
the First All-Union Conference, 1958] Izobratstellstvo i ra-
tsionalizatatia v vbterinarii; materialy Vaosoiuznogo sove-
shchaniia izobretatelai i retsionalizatorov v oblasti veteri-
narii. let, 1958. Moskva, Izd-vo 14-va sel'khoz. SSSR. 196o.
188 p. (HIRA 14:5)
1. Vaesoyuznoye soveshchaniye izobretateley i retsionalizato-
rov v obla6ti vaterinarii. .1st, 1958. 2. Nachallnik Glnvnogo
upravleniya veterinarii, chlen kollegii Ministerstva sellsko-
go khozyayatva SSSR ( for Boyko) 3. Nachallnik otdela po izo-
bretatel'stvu. I ratsionalizataii Ministerstva sellskogo kho-
zYaystva SSSR- (for*Davydov). 4. Direktor Vaesoyuznogo
nauchno-ionledavatellskogo institute veterinarnoy eanitaril
(for Polyakov). 5. Glavnoye upravleniye vaterinerii Mini-
ateretva sollskogo khozynyetva SSSR (for Sokolova). 6, Za-
veduyushchly laborstorivey makhanizataii VsesoSmi2nogo nauchno-
isoledovetallskogo institute voterinnrnoy sanitnrii (for Yar-
nykh) (Teterinary medicine-Congreases)
'(Yeterinary instruments and apparatus)

POLYAKOV, A.A., prof.1 YAMYKH, V.S.
Universal disinfecting machine for collective and state f-urms-
Veterinarlia 39 no.6t68-73 Je 162 WIPA 18 tl)
1. Voesoyuznyy naucbno-issledovatellskiy institut veterbiarnoy
sanitarli. 2. Zaveduyushchiy laboratorlyey mekhanizatsii Vsa-
soyuznogo nauchno-isaledavatellskogo instituta veterinarno7
sanitarii (for Yarnykh).

KAVUN, Vasiliy Mikhaylovich. Prinimali uchastiye: BABSKIY, I.I.;
BOROVSKIY, V.A.; VITKOVSKIY, M.P.; ZIMOVETS, V.N.;
SEREDENKO, B.N.; PITULIKO, V.Ye.; CHEPMOV, I.A.;
BLAZHEVSKIY, V.K.; YAROFUD, V.N ; RYBAKO V.N.; KUZIK, G.I.;
ZADNEPRYANETS, G.V.; IVANOV, A.N., red.;ERLOVA, N.N..,
tekhn. red.
[Efficiant farm management] Ratsionallnoe vedenie khoziaiestva.
Moskva, Sellkhosizdat, 1963. 205 PO (MIRA 16:4)
1.Ukrainskiy nauchno-issledovatellskiy institut ekonomiki i
organizatsii sel'skogo khozyaystva (for Babskiy, Borovskiy.,
Vitkovskiy, Zimovets, Seredenko, Pitullko, Chepurnbv).
2.-Viftuitskaya'go~udarstvennaya seltakokhozyaystvennaya opyt-~
naya stantsiya (for Blazhevskiy, Yaropud)-3. Ukrainakiy
nauchno-iaaledovateivskiy institut zemledeliya (for Rybak),
4. Sekretar' partiynoy organizataii kolkhoza imeni XXII
s"yezda Kommunisticheskoy partii Sovetskogo Soyuza (for Kuzik).
5. Glavnyy agronom kolkhoza imeni XXII a"yezda Kommunistiche-
skoy partii Sovetskogo Soyuza (for Zadnepryanets).
(Collective fams-Managem6nt)
Y~

VWN nvAri ACHEIIA, I.G.9 red.; PROKOFIYEVA,
tekiff. red.; TRUKHINA, D.N.y tekhn. red.
(Use of aerosols in veterinary medicine) PrimAnenie &pro-
zolei v veterinarii. Moskva, Bellkhozizdat 1962. M p.
imin 16:5)
(Aerosols) (Veterinary medibine)
Ei

YARNYKH, V.S., kand.veter. nauk
Apparatus for aerosol production. Veterinariia 39 no.1:79-al Ja
163. MRA 16:6)
1. Vaeso3nmyy nauchno-issledovatel'nkiy Inntitut veterinarnoy
sanitarii.
(Aerosols)

KULESKO I.I.; SHIKOV, A.T., mladshiy nauchnyy sotrudnik; YARNM V.S., kand.
voter. n~Luk
Aerosol immunization of baby pigs against hog cholera. Veterinariia
40 no-5:30-32 My 163. (MIRA 17:1) AL
1. Chlen-,korrespondent Vseaoyuznoy akademii sellskokhozyaystvennykh
nauk imoa Lenina (for Kulooko). 2. Ukrainskf'%y nauchno-iasledovatell-~`.,,
skiy institut eksperimentallnoy veterinarii (for Shikov). 3. Vsesoyuz-
nyy nauchno-isaledovatelisk-iy institut veterinarnoy sanitarii (for
Yarnykh).

YARNYKHj V.S.; SAYTANIDI, V.N.. red.
[Mechanization of veterirarj lqgiene work) Mekhanizateiia
veterinamc-sanitarnykh rabot. ?4oskvap Kolas 1965. 287
411RA 18:12)

L MfL146 DT(l)/T A
ACC NR, COM
AP60220
AUTHOR; -YamLt, V. S. (Candidate of veterinary saiencos)l Akawan, 70- Sh-
(Candidate of votorinary sciences); Vranchan, Z, E, (Candidate of voterirAry sciences);
_jnava, V a I andidate of veterin-ar-7--a-M-no-e-51-
jly V. I. (C
ORG: AU-Unlon Scientific Research IngtitI& of Vetednm aw-At#40 (Vs6soyuznyy
nauc soledovatetllskiy institut vaterinarney sanitarii)
TITIS : Met1wd of dininNting rdlk on farm contaminated with Logt-MA-Muth disease,
tuborculosis\#& bruce1losis . and paratypiwid: fever\11
SOURCE: Vaterinarlya, no. 1. 3.966, 92-94
TOPIC TAGS: foot sM mouth disease, tuberculosis, brucellosts, bacteria, virus,
food sanitation
STRACTo
B. . In view of the shortage of reliable pastourixers on farms, a mobile unit
A
is suggested for farms contaminated with various cattle diseases a, A 'W-liter VDP-
300 vat for prolonged mM pasteurization is mounted on a GAZ-7& trailere Tests
various bacteria and viruses showed the method effective if a temperature of 800 C
it; maintainod for 30 minutese The method can be used in farm conditions, oven in
pastures* Detailed instructions are given Sor ain the method under various local
conditions. Orig. art. hasi 2 figure Q
SM CODE : o6 / SUEM DATE t none
Card 1/1 6 C' uDc: 619:637,133.3
a rof/-r- Z76 V4.1~

YAROCHKINI A.A.
Mechanize the loading and unloading operations. Put, J put.
khoz. 7 no.5:44 163. (MIRA 16:71'
1. Dorozhnyy master, stantsiya Kuskovo, Moskovskoy dorogi.
(Railroads-Zquipment and supplies)
(Materials handling)

L 4~20946___
ALF; NKs AR015976 SOURCE CODE: UR/0275/65/OOO/Oll/VOlO/VOl0
AUTHOR: Stamov-Vitkovskiy, A. V.; Yarochkin, V. V.-
TITLE: Noncontact methods of vibration measurement
.1 M
SOURCE; Ref. zh. Elektronika i yeye primeneniye, AbB. nv65
REF SOURCE: Tr. N.-i. tekhnol. in-t, Vp. 8, eh. 1, 1964, 147-157
TOPIC TAGS: vibration measurement, ultrasonic emitter
1~ 1k(4 10(6
ABSTRACT: The authors describe the UBV-2 UBVS-3 and UBV-4 vibrometers for measuring
the displacement amplitude of ultrasonic radiators. These instruments are based on
an inductive pickup without a ferromagnetic core with the use of an electromagnet
parametric system. The frequency response of the vibrometers is linear in the 8-50 k
range; the limits for measurement of displacements are 0-5, 0-15 and 0-50 m; the vi-
brometers may be used in strong constant and alternating electromagnetic fields.
Block diagrams and schematic electrical diagrams of the vibrometers are given. The-
sensing element in the UBV-2 and UBS-3 10 an inductive vibration pickup, while that
in the UBV-4 is capacitive. The construction of the pickups Is described. The I -
fields of application for the vibrometers are enumerated. 7 illust-ations. A. Ch.
[Translation of abstract]
SUB CODE: 13, 09
Card 1/1 UDC: 534.232-8

1. 471102-66 E,4T (m)IDIP (j )/t/EYIP (e !JP (c) P'ki/Aa
ACC N1, AR6016485 SOUR'CE CODE - UR/0272/65/000/012/0033/0034
AUTHOR: Stamov-Vitkovskiy, A. V.; Yarochkin, V. V.
TITLE Contactless methods of measuring qbrations
SOURCE: Ref. zh. Metrologiya i izmeriteltnaya tekhnika, Abs. 12. 32. 331
REF SOURCE: Tr. N. -L' tekhnol. in-t, vyp. 8, ch. 1, 1964, 147-157
TOPIC TAGS: vibrometer, ultrasonic emitter, vibration sensor, vibration
pic*kiip/TJB-2 vibrometer, UBVS-3 vibrometer, UBV-4 vibrometer 0
ABSTRACT: A description is given of the UBV-2, UBVS-3, and UBV-4
vibrometers, used in measuring thle amplffud6 of displacement in ultrasonic
emitters. The vibrations produced by the magnetostrictive transformers, which i:
induce elastic vibrations, are measured Nvith an inductive transducer, which
instead of a ferromagnetic core uses a systein of electromagnetic parameters
The frequency characteristic of the vibrometer in the 8-50 kc. range is linear,
1/2 UDC: 389:531-8. 232:62-752. 08

ACC NR- AR6016485
and the vibrometer can operate in both constant and variable strong electro-
magnetic fields. Block diagrams and principal electric circuits are given for an
three vibrometers in the original article. In the UBV-2 and UBVS-3, the sensor
is an inductive vibration pickup. A change in the inductance of the vibration
pickup, which Is a part of the oscillating circuit of the automatic generator,
provides a change in its instantaneous frequency, which corresponds to the change
in the magnitude of the instantaneous shift of the vibratingsurface. The vibration
pickup sensor is a winding,- sebled in a cc h.=. I
gEau 01 The coil is hermetically
sealed by a protective cap made of fluorine plastic 4., iThe vibrometer consists of
an electronic block and head, which contain the pickup coil and the high frequency
generator. Within the B-50 kc range, the lit-nit shifts are 0-3, 0-10, 0-30,
and 0-100 t< . In the UBV-4, the sensor is a capacitance pickup, which provides
the vibrometer with complete freedom from the effects of the physical properties
(spPcific resistance and magnetic permeability) of the vibrating objects. Within
the 8-50 kc range, the limit shifts are 0-5, 0-15, 0-50 j-4 . Examples are
cited of the use of these vibrometers. There are 7 figures. [Translation of
abstract] [SP]
SUB CODE: 09, 20/
LC, d 2/2 hs

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AZ'r*Opts xmb^tui v V., motova. L,

Allay Steel$
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to
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5r8ZCTTzvt 4.17 25. 1959

Cord 3/3

k

AUUMOVA, A.I., professor; 4=0110VA. T.H., dotsout; TAROGHKINA, H.P.,
asiestent
Decreasing the incidence of gastrointestinal diseases In children,
Wrav.1razakh. 16 no.9.-6-9 156. (HLRA 10:1)
10 Iz Kafedry goopitallnoy pediatrii i detskikh infektsiomWkh
bolquipy Kazakhakogo goeudaretvannogo meditsinskogo instituta
imeni V.K.Molotova.
(ALIMTARY CANAL-DISEASIS)
M TlVn*~

YAROCHYINA, 111.P., Cv.,nd Lziul Sci-Wins) "On thr- clindc -nd
of ,,s- protracted ond chronic dSrsentery in yQunC childron. 11 Prurme, 1953.
16 :)p (iir(,,hiz State tled lnet)q 200 copien (1:L,30-53, 134)
Fun; m

YAROCHKINA
Fprmation of chronic dysentery in young children. Zdrav, Kazakh.
IS no. 2:34-39 158. (MIU 13:8)
1. Iz kafedry goopitallnoy pediatrii (zav. - prof. A.I. Avenirova)
Kazakhskogo gosudaratvennogo meditsinskogo instituta.
(DYSERTERY)

'I-YAROCHKIIIA, 11.~. kand.med.nauk
Chronic dysentery in young-children as revealed by materials from
the Third Children's Clinical Hospitil for Infectious Diseases in
Alma-Ata, 1956-1959, Zdrav. Kazakh,"21 no. 3;35-40 161,
NIRA 14:4)
1. Iz kafedry gospitall .n?y pediatrii (za v.-.- professor A.I. Avenirova)
Kazakhskogo meditsinskogo ihstituta.
(DYSENTERY)

B.
Yarogov, B. A., Penetration of water of the Sea of Norway into tl--- Atle--itic
Ocean through W. Thompson's Rise, Nauchno-tekhn.byul. Polyarn. n.-i. in-ta morsk. xybn.
kh-va i okeanogr. (Scientific and Technical Bulletin of the Polar Scientific Research
Institute of Marine Fishing Economy and Oceanography), No 2(6), 1958, p 41-46; (RZhGeofiz
7/59-6853)

YAROGOV, B.A.
Formation of the East Iceland Current. Trudy Okean. ko--. 10
no.lt96-99 160. (Hrru 14:6)
1. Polyarnyy nauchno-issledovateliskiy institut rybnogo
khozyaystva i okeanografil, Murmansk.
(East greenland Current)

SWARTS, V.Ya.; YAROUP, I.Sh.
Extension elements of oeraigrcuj~s with one- a Wed unity. Usp.
mat. nauk 19 no.4:209-214 164.
(MIRA 17:10)

L 43985-66 EWP(e)/E!ar(m) ,uH
ACC NR: AP6030595 SOURCE CODE: UR/0413/66/000/016/0081/0081
INVFNTOR., K.;
541
ORG: none
TITLE: Glass with high softening point. Class 32, No. 185024N< [announced by State
Scientific-Research Institute of Glass (Cosudarstvennyy nauchno-issledovatel'skiy,
institut.stekla)]:
SOURCE: Izabreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966, 81
TOPIC TAGS: silicate glass, heat resistant glass
,ABSTRACT: This Author rtificate has been issued for a process of melting and
treating silicate glass ;t a decreased temperature which was achieved by selecting
the following formulation (% by wt): 65-75 S102, 20-30 MgO, 4-8 Na20, maximum
5 A1203, andpin addition, 2-8 ZrOV Glass with a high softening pointwas produced.
[JKI
SUB CODE: ll/ SUBM DATE: 04May65/ ATD PRESS:o-,O 7d
Card
4- 1~_
lis Ali 1441111
I, _-17Z ...........

PARFENENKO., L.S., gorryy inah.; V-TTXOIISKIY, Yu.J., garnr( inzh.,-
gornr/ Inzh.
Electric blasting of boreholes In the making of horlsortal
workings. Gor. zhur. no.9i7l 5 164. OCRA 717t12)
1. Krivorozhsk!.y filial Vsesoyuznogo nauatino-iasledovateilakngo
institutAt organizats1i i mekhanizatsil shakhtnogo strcitallstva.

~ h. - - - -
DIDOV., V.Ya.., inzh.; YAROKHNO., V.I., irlzho; SEKERUKHIN, L.N., inzh.
-
Using centrifuges for the production of reinforced concrete
shells with a 2m. diameter. Trans. stroi. 13 no.8:22-24
Ag 163. (MIRA 17:2)

YAROLIYEV, Ya., brigadir brigady kommunisticheskogo trula
Scouts of the future are always s*cbing. Sov. profsoiuzy 19
no.Uz5 Je 163. (MIRA 16:8)
1. Nontora bureniya, No.1 neftepromyalovogo upravleniya
"Karadan,anaft'", Baku.
AzerbaiJan--Oil well drilling-Technological innovations)
(Turbodrills)
-U- N

PASHCHENKO, V.; PSHENICHNIY-, SHK014"NIKOV, B., redaktor-, YAROKENOK, Tu..
redaktorl PWRONM, L. taimichnijr redaktor.
[Lvov In photographs] Liviv u fotoiliustrateiiakh. Xriv, Derzh.vrd.
vo obrazotvorcho4o mystetetva I musychnoi lit-ry, 1956. 1 Y.
(LWOT-Views) (MLEA 10:3)
77777771,

YAROMBIM, V.) r, ch Sci (diss) -- "The use of Indicators of reserve sta-
Cnnd Te
bility for investigating linear systems of automatic regulation". Illoscow, 1959,
15 PP (Min Higher and Inter Spec Fduc RSFSR, Moscow Order of Lenin Aviation
0
Inst im Sergo Ordzhonikidze), 160 copies K, No 15, 10160, 137)

UTHOR: -----------
sav/144-59-8-5/14-
Yarominek, V.F. A2piraat
TITLE: The Stability Wurgin of Linear Automatic Control Systems
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy,
Blektromek-hanika, 1959, Nr 8, pp 48-60 (USSR)
ABSTRACT: The stability margin associated with control systems is
connected with the idealization of the differential
equations of the system. According to it~ when the
Hurwitz criterion is usedg all the determinants must be
not less than a certain value s as in Eq (1). On the
other hand if the Routh criterion is used. all th6
elements of the first column of the Routh Table must be
not less than s, as in Eq (2). If the latter is
expressed in Hurwitz terms, Eq (3) is relevant. These
three equations re-fer to non-normalized characteristli~:
equations. In the rest of the paper normalized equations
are used and the particular case of equal, positive
determinants giving a "uniform" stability margin
considered. The charar,,teristic equation is written
briefly in terms of the two suffj--.es s, n in Eq (6).
C
d 1/ The sequent,-es in Eqs (7) and (8), written in terms of the
ar
3 equation coefficients and the "Entier" Panotion E(~Q,

SOV/lL~~-59_8_5/i.~-
The Stability Margin of Linea.- Automatic Control Systems
are a.form of recurrence relation for the coefficients.
Eqs (9) and (10) are the laws of addiLion and displace-
ment. for the coefficients. Table 1 shows both odd and
even sequence coefficients Cs, n against the order of
the equation, up tr, n = 20. Any value of Cs, n can
be found by repea-itied app-lication of Eq (9). As n
becomes lprger the gerieral exprdssion for 03, n becomes
more unwieldy and a simplification results if sums of
binomial coefficients are used insteadi these are
given in Table 2. The reverse procadure f-rom known
sequence coefficients to equatlon ooeffi,:~ients for
uniform stability margin is pcssible with Table 1. Th;~
coIrresponding values when stability is irlte:rpretod In
terms of Routh's a-Ilgorithm are in Table 4. If thG
determinant values are in geometric. progression, Table <
is applicable, The distinctive features of a uniform
stability margin according to aither crite.rion are shown
graphically in Fig I for n = 3. The Harwit-z carrs; lies
Card in the region of oscillatory transient procasses whilst,
2/3 the Routh curve passes through all three main areas of
this so-called Vyshnegradskiy diagram. The points K
and M refer to "equal rootsis and "equal criteria".

sov/144-59-8-5/j4
The Stability Margin of Linear Automatic Control Systems
Fig 2 is the same diagram plotted for different
coordinates6 The striking feature of this representation
is that the curves for the two criteria are straight
lines intersecting at 450.
Card There are -" figures, 5 tables and 5 referenoesq cf which
3/3 4 are So-Vie-t and 1 Polish.
ASSOCIATION: Moskovskiy aviatsionnyy institut
(Moscow Aviation Institute)
SUBMITTED: May 19. 1959

AUTHOR: Yaromine1c., V - F. , As s i s ta n t S QV/ 1411- 5 9 - 12 - -5/2 1
TITLE: finding the Dlinimum Integral-,Squared Figure of Merit
in an Automatic Control System
PERIODICAL.- I-zvestiyn vys5hikh Uchebnykh zavedeniy, Elektromekhanika,
1959, Nr 12, pr~ 36-48 (USSR)
ABSTRAM, The general background to t1iis topic is found in [,Ycf' 1.
2 and 3. Analytical. methods of finding the condition-9
for a minimum in the criterion are difficult if all the
coefficients in the systern vary together, The present
paper reports resulto of work on finding the minimum
integral-squared fi,~ure of merit for a linear syste'm
xr2.th transfer function
b,
1$(p) 1= Rx--(--)
P
Card 1/4
when unit function stimulus is applied. An eSSelltial
relationship used in solving this problem 1.5 tbaL
between integral-squared error and stability margin
(Ref 5), If the clo3ed loop transfer function is Lq (1)
then the formula, due to A.A.Krasovskiy, for calculating
integral-squared error is Eq (2). It is often alleged V/

Finding the Minimum Int egra I- Squared Figure of Merit in an
Autotriatic Control System
that tile dependence of this result on determitiants such
as Eq (3) and (4) is a drawback since the latter are
difficult to break down in literal form. For out
purpose determinant notation is an advantage. That this
is so may be seen from the expressions for the diagonal
elements in Eq (6) and (7). The determinant ratio in
hq (4) which figi.iretj ~ja largely in E'q (2) can thus be
expressed by a ni.nglo Hurwitz detorminntit and tile extreme
J)OirS of Co(~ffiCiejtts a() i n I a Ild 1) 11-11 ln~ Vic 11orma I i.z(!f.4
form of the error criterion is Eq (15) where 11 is Lhe,
ratio of the, lower coefficients in numerator and
denominator of the tran,3fer function of Eq (].)~ The
normalized form is used throughout tile remaindol. of tile
Paper. If it is assumed that the stability margin is
uniform in the sense of the 111arwitz criterion, the ratio
of the extreme coefficient.% takes the simple forms L-f
Eq (21), (22). Hence, whether n, the order of the system,
-;S even or odd, the quadratic error is Eq (25), The
criterion depends therefore on the stability margin, the
Card 2/4 ratios of the extreme pairs of coefficients and on the

sov/144-59-12-5/21
Finding the Minimunt Integral-Squared Figure of Merit in an
Automatic Control System
term a, which represents the sum of the real parts of
all the roots of the characteristic equation. The ratio
of al to the order, n, represents the arithmetic nican
distance of the roots from the imaginary axis arid is thus
theaverage damping. The minimum value of the expression
ill Eq (25) is simply n/2, Tables I and 2 list the partial
derivatives of the integral-squared criterion with
respect to other terms in tire determinants for n = 4. 6.
A linear automatic control system has a uniform stability
margin in the Routh sense if all the Hurwitz determinants
form a geometric progression.. . It is shown that swhatev,~-r
has been said aboiit Hurwitz stability applies also to
Routh stability. It is also deduced that if the coraniou
ratio q of the geometric progression of tire generalized
stab-'lity margins ei satisfies the condition 1 -