SCIENTIFIC ABSTRACT VOLODIN, P.I. - VOLODIN, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860630007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOLODIN, F.I.,
A. N. FILARFTOV, Ifuss. 39,097,, Oct. 31$ 1934.

P-L-4 ESYTATSKIY, S.G.
BUDNIKOV, P.P.;
PD _T&
Review of data on the 872tem: CaCl2 BaC12. Ukr.khim.zhur.22
no-3;292-294 156. WaA 9:9)
(Chlorides)

BUDNIZOV,P.P.; VOWDIN,P.L.; TRISVTATSKIT, S.G.
Ivestigating the clinkering and recrystallizatlon of pure mgnesium
oxide. Cgusupory 25 no-2:70-73 160. (KM 13: 10)
(Wguesium oxide) (Crystallixation) (Clinker brick)

TRESVTATSKIT. S.G.; GRIBKOV, V.Y.; VOWDIN, P,L,, SIROV, K.M.
High-temperature vacuum kilm for calcinating high-atrongth
refractories. Ogneupor7 25 no-7:313-316 160. (MIRA 13:8)
(Refractor7 materials) (Kilns)

Buildirg Sumgait. "a rul. 26 no.9:11-12 S 159. (Wia. ii.-Iri)
(Sungedt-Automobile driven)

BAKUH, N.N.; VOLODIN, R.N.; EMMEM, F.P.
Geological structure of the Udokan copper sand deposit and prospects
for its further investigntion, Izvevye4ucheb*zavo; geole i razve 1
no-5:67-83 MY 158- (MIRA 12:2)
1. Moakovakiy geologorazvedochnyy inatitut imeni S. Ordzhonikidze.
Kafedrn petrografii oandochnykh porod. kAfedra poloznykh i9kopaye-
mykh, kafedra matodiki poiskov i razvedki.
(Udokan Range--Sand)

Z.W~JQLODIN R,N.
Molybdenum in ores of the Udokan copper sandstone deposit (north-
eaetern Tranobaikalia). Isv.vys.ucheb.zav.j geol. i razy. I no.11:
49-50 N 158, (MIRA 12tll)
1. Mookovskly goologorazvedochuyy institut In. S. Ordzhonikidze
(Udokan region (Transbaikalia)-golybdenum)

BAKIJN) N.N.j Vol~)OIN, R.14.1 F,P.
Genesis of the cuprouB Sarld3tones of the Udokan deposit. Lit. I pol.
iskop. no-3:89"103 MY-Je 164. (MA -17111)
1. Institut geologii I goofiziki Sibirskogo otdelaniya AN SSSR, Novo-
sibirsk,
~vl~f~

PELIKHOV9 Aleksey Alekseyevichj VOIDDIN Carpy laqillyev
AVTMIONOVA
.. Kaleriya Vlik~ylumj- ZAGORSKIYj G., red.;
YAXOVLEVA, Ye.o tekhn, red.
(Over-all mechanization of hay harvesting] Kompleksnaia me-
khanizatsiia uborki sona. Moskva; Mosk. rabochii. 1960. 85 P.
(MIRA 14:12)
1. Rabotniki Podollskoy mashinoispytatellnoy stantsii (Pelikhov,
Volodin, Avtomonova).
(Hay~---Harvesting)

MIKHAYIOV, V'N', kand. tekhn. nauk; VOLODIN, S.A., inzh.
Detainining frictional reoistance of a reinforced concrete
ship. Sudostroenie 27 no.225-10 F 161. (MIRA 16t7)
(Shipap Concrete)
(Frictional resistance(Hydrodynanics))

VOIA)DIN, T..-(Frunze)
"Intergelipo.m Prom.koop. no.11:12-13 K 157.
(Frunze--Cooperative societies)
(MIRA 10:12)

VOLODIN. T.
Read these books. (oprom the pages of,stons chronicles* by S.D. Sher.
Reviewed by T. Volodin). IUn. nat. uo.9:26 5 159.
(MIRA 13:1)
(Geology) (Sher, S.D. )

V010M. S. 0 KALANTROV, D.
Radio -Bibliography
Radio eng1re-ring literature in 10,52. Radio, 20, no. 1'P 1'52
Monthly List of Rnssian Accessions. Library of Congress, April P52. Unclassified.

TASHKINOVO A. (Perm); KNYAZEV, V.; SYCHEVt B., ahofer; TFLITSYN, A.,
shofer; SHIMMANOV, Yu., shofer; GORSHKOV, G.t ahofer; FEED0791,
G. (Penza); RYBIN, 11. (Krasnodarskif kray); URYANOV, T.p
bukhgalter pozharnoy chasti (Kamensk-Urallskiy, Sverdlovskaya obl.);
KRIVOSHAPOV, I. (Sverdlovsk); VOLODIN, V. (Rostov-na-I)onu)
Readers' letters. Pozh.delo 8 no.800 Ag '62. 04IRA 1518)
1. Nachallnik dobrovollnoy pozharnoy druzhiny kolkhoza "Rossiya",
Kalininskaya obl. (for Knyazey). 2. Bollshaya-Marashkinskaya
rayonnala pozharnaya komanda GorIkovskoy oblasti (for Sychev,,
Telitsyn, Shirmanov, Gorshkov).
(Fire prevention)

VOLODIN9, Ve,-insh.
Controlling corrosion of construction alemnts in nonferrms
metallurgical shops. Rov. takh. i pered. op. v strol, 20 no,4:
6-1o Ap 158. (MIRA 11:3)
(Corrosion and anti oorroalyes)

VOLODIN, Valentin
Scientist at Ponov Union Comna-w
Scientific radio and communication orpanization.
Soviet Source: P: Neva Zurcher Zeitunp, No. 320 1948 Switzerland
Abstracted in USAF "Treasure Island" Report No. 2584, on file In Library of Congress,
Air Information Division.
Z '-Z
v ~-MM -T ~4'17M

1953, Uncl.
9. Monthl List of Russian Accessions, Library of Congress,__-L!-
717 7

VOL~D'31-. V.; 'SHYATKOVSKIY, V.
I ~On s6rt tracks. Za rul. no.12:&q D 157. (MIRA 11:1)
(Rantorguevo-Kotorcycle racing)

VOIA)DIN, V.
I-
Workda7v of a xtident body. P~of.-t-skh. abr. 14 no.4-77-28 Ap '57.
(Technical education) NZU 10.-4)

IV'
SUBJECT: USSR/Labor Unions
AUTHOR: Volodin, V.
TITLE: Apprentices' Week-Day Activity (Budni uchenicheakogo aktiva)
PERIODICALt Professionallno - Tekhnicheskoye Obrazovaniye, April 1957,
4 (143), pp 27-28 (USSR)
ABSTRACTt
Card 1/1
Every trade school has an Apprentices, Labor Union which in
conjunction with the Xomsomol organizations assist the school-
masters In establishing discipline and obtaining a greater
efficiency of the students' work. The article enumerates a
number of Labor Reserve Schools at which the Labor Unions have
arranged cultural entertainments, the purchase of musical in-
struments, TV sets, sports kits, discussions on questions of
discipline, etc. However, the Labor Unions have to cope also
with such abnormal situations as hooliganism, use of bad
lanaua.ze. drunkenness and discraceful behaviour.
ASSOCIATION:
PRESENTED BY:
SUBMITTED:
AVAILABLE:
At the Library of Congress

AUTHOR: Volodin, V. SOV-27-58-10-9/31
TITLE: Practical Training of Students (Trudovoye vospitaniye
uchashchikhaya)
PERIODICAL: Professionallno-tekhnicheskoye obrazovaniye,1956, Ur 10,
PP 14-15 (USSR)
ABSTRACT: The author describes different methods,used to occupy the
students' free time. Various competitive expositionsp
talks and so on are organized by different schools to fill
the time left free of studies and practical work.
1. Personnel-Training
Card 1/1

22 (1)
AUTHOR: VOLODIN, V. SOV/27-59-2-6/30
TITLE: The Followers of Good Initiative
(Posledovateli slavnogo pochl-na)
PERIODICAL;, Professionallno-tekhnicheskoye obrazova--Iiye, 1959, Nr 2,
p 11 (USSR)
ABSTRACT: Students and workers of Moscow Labor Reserve schocls met
recently in the Labor Reserves Central House of Culture.
The meeting was ii1formed of the initiative shown by the
personnel of the Diesel Locomotive Repair Shop of the Depo
Mo3kva-Sortirovochnaya (Moscow Marshalling Yard), Moscow-
Ryazan' Railroad, who organized the Communist Labor Brigade
competition. The meeting was opened by Z.1. Solodkaya,
Chief of the Moskovskoye gorodskoye upravleniye trudovykh
rezervov (Moscow Ci'y Administration of Labor Reserves).
The author lists the achievements of the Tekhnicheskoye
uchilishche Nr 3 students (Technical School Nr 3), Yoscow,
in their endeavors to be considered a Group of Communist
Labor. Students of the school made 600 visual aids for
Card 1/2 the training workshops, designed and manufactured a

The Followers of Good Initiative 3 0712 7 2 - 6/z,')
machine tool, etc. Among the persons mentioned in the
article is A.F. Bordadyn, Deputy Chief of Glavnoye uprav-
leniye trudovykh rezervov (Main Administration of Labor
Reserves).

VOIDDIN, V.
da7s a veek. Sov.profsoiuzy 7 no-9:29-29 My 159.
(DoleoprudW--Labor productivity,) (MIRA 12:8)
f,

VOLODIII, V.
"Application.of the technology of high frequencies and electronic!j to
industrya" I ~
So. Riidio, Vol* 5, pe 6y 1952
--i

VOLODUT, V.
"Polyelectrode Autonvtic Electric Arc 'Weldire, jlovopti 111,,ft. 'Tek-hrilIA, Otr-vo
i MontA-,h. 11o 5, pp 17-22, 1953
Developed a mvthod of automatic electric erc weldint- using poly-
, specinl equipment. Method consists of subject-
electrodes not roculrinr
ing several wire electrodes to the are zone, with the are jui,pinr from
one elt;ctrode to another. (RkhDin, No 22, 195~)
Swil- 110- 681, 7 Oct 55

volaw. T.
" ~M"Wmq
The now f ive-yoor plan of wDlammmw workers. Soy. prof s*lusy
3 no,10:24-26 0 133, (KW 9:1)
I .
(Noscow-Blectric industries)

1. VOLODIN, V.
2. uss? (6oo)
T111a Ire
7- Great attention to now cultivation practices, 110, 5, 1953-
9. Monthl List of Russian Accessions, Library of Congress, ADril. 1953, Uncl.

1. VOWDIN, V.
2a UBSR 600
4. Plowing
7. We are plowing deeper, Kolkhp proizv, 13, No- lo 190-
9. Monthly List of Russian Accossiorms Library of Congresal April 1953#'Uncl.

S/029/60/000/009/002/008
B013/B060
AUTHORi Volodin, V., Chief Expert for Welding Production
TITLEt Free Path for Welding
PERIODICALs Tekhnika molodezhi, 1960, No. 9, pp. 8-9, 22
TEXT: The author reports on problems of welding engineering. By way of
introduction he gives a brief historical survey of the development of
this branch in Russia. It is then pointed out that one of the main
problems is connected with high-frequency welding which can be applied
to the production of cable sheathings (Fig. p.8, above) from aluminum,
and to a number of other industrial branches. Another important problem
is the introduction of a new thermal source. It is the so-called plasma
are which attains temperatures of 15,OOOOC and more, and whose technical
properties are controllable within a wide range. In order to minimize
transportation costs in the laying of pipelines, the author suggests
that pipes be manufactured an the spot. The productivity of arc welding
oan be augmented by employing several electrodes instead of the customary
single alectr9de. A. k. Ulasov, twofold Hero of Socialist Work (pig.p.8,
Card 1/3

?roe Path for Welding B/029/60/000/009/002/008
B013/B060
below left) has worked out a multiple-electrode welding device. Largo
Investments aro hardly ever required for conversion to this new procedure.
Cold-prese welding, which is still in its initial stage of development,
is believed to have great possibilities of application in the electro-
technict-LI and radio industry, in the production of aluminum table-plate,
ship and airplane furniture, and also in the packing technique,
A. N. Chudikov, turner and innovator, worked out a welding method using
friction in 1956. This method is a variant of press welding and differs
from other techniques by the fact that the heat produced by friction is
utilized for metal beating. Metal cutting equipment, which is often used
for welding by friction is modernized from time to time. Special equipment
is required to augment the productivity of this method and to achieve
better joints. One of the main tasks of the welding branch is the com-
pliance with directions adopted by the Plenum of the TsK KPSS (June, 1959),
which provide for an overall mechanization and automation of production.
There are 3 figures.
Card 2/3

Free Path for Welding S10291601000100910021008
B013/Bo6o
ASSOCIATIO11i Gosudarstvennyy komitet Soveta Ministrov SSR po
avtomatizatsii i mashinostroyeniyu (State Committee on
Automation and Machine Construction of the Council of
Ministers USSR)

VOLODINX V.
Another world record. Sov.shakht. 11 no.61l6-17 JO '62. (MRA 15.'6)
(Kuznetsk Basin.-,Coal mines and mining)
T ~.7 5 5,77.7; 1 i tT

VOWD.I,N,,-V,,,-kand, tekhn, nauk
Building-up by welding should be used In production, NM 5
no.8t43-" Ag 163. (KMA 16 3 10)
1. Glavnyy spetsialist po avarocbnomu proizvodstvu. Gosudarstvennogo
komiteta. po mashinostroyeniyu pri Gosplane SSSR.

VO V,
AID P - 1154
Subject USSR/Electricity
Card 1/1 Pub. 29 - 7/31
Authors Volodin, V. A., foreman and Markovskiy, V. V., Eng.
Title Improvement of performance of condensate pumps
Periodical Energetik, 11, 16-17, N 1954
,Abstract, The authors briefly describe faults occuring in the KD-76
type pumps, and the improvements they introduced by a
better method of-hydraulically compacting the pump gaskets.
In6titution : None
Submitted : No date

ANTONOV~T.A., icand.takhn.nauk; AITOSHIN, Te.Y., insh.; ASINOVSKAYA, G.A..
inzh.; vAsrL'YEV, K.V., kand.tekhn.nauk; GUZOV, S.G., inzh.; DRM,
V.r., inzh.; ZATTSEVA, V.P., inzh.; KAZEZKOV, P.P., inth.; KARA 0
Yu.B.j inzh.; KOLTUKOV, P.S., kand.tekhn.nauk; KOROVIN, A.Z., inzh.;
EMMCHKOVSKIT, A.K., in'zh.; KEJZNBTSOVA, Ye.l., inzh.; MATy313V,N.X.,
tekhnik; MCROZOV, M.Te., insh., NEKWOV, Tu.I., inzh.; NECHATET,
V.D.. kand.tekhn.nauk; NINBURG, A.K., kand.tekhn.nauk; SPERTOR,O.Sh.,
inzh.; STRIZMSKIT, I.I., kand.khim.nauk; TESMITSKIT, D.I., inzh.;
KIMCKOVA, TS.S., inzh.; TSNMLI, A.K., Inzh.; SHASHKOV, A.U., knnd.
tekhn.nauk. dots.; SHBLOCHNIII, M.M., inzh.; SHUKHKAN, D.Ta., inzh.;
IMLISON, A.M., inzh.; VOLODIN, V.A., red.; UVAROVA, A.F., tekhn.red,
[Machines and auoaratuses designed by the All-Union Institute of
Autogenous Working of Xetals] Mashiny i apparty konstruktaii
YNIIAvtogen. Moskva, Gos.nauchno-tekhn.12d-vo mashinostroltallnoi
lit-rY, 1957. 173 p. (Moscow. Ysesoiuznvi nauchno-isoledovatelinkii
institut avtogennoi obrabotki metallov, no.9)
(Gas welding and cutting--Equipment and supplies)

KAPMIN, Yu.V.; TESLYUK, Ye.V.
4
Studying the vertical profile of theoutput. and flow rates of fluids
in producing and injection wells. Nauch.-tokh. abor. po dob. neftl
no.20s66-71 163. 4MIRA 17s6)

L i845o-66----ETc(m)!..6----mV1 ... .. ..
ACC latt AP6002559 SOURCE CODEt UR/0286/65/000/023/0056/0056
I:-
AUTHOMS1 jWoyanj A* A~j MAkSiMM) V. I.1 Hatil's Zhe Pq Volodinj,Vo As
ORGt none
TITLEs Device for measuring flow rate, Class 42p No. 176709
.,SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no., 23, 1965s 56
I-TOPIC TAGS.- flow meter, pressure measurement
I'ABSTRAGT: This Author Certificate presents a device for measuring flow rates
The apparatus contains a detector for wnpling the dynamic and the static
pressure and a measuring device. To exclude the effect of dust content of the
medium on the instrument reading, the detector is in the forn of a nozzle placed
along the current and two pneumometric-tubes placed at an angle to the nozzle
and concentric with each other (see Fig. 1)o The inner tube for sampling the
static pressure is connected to a hole in the nozzle perpendicular to the moving
current. The outer tube for sampling the dynamic pressure is made with an expanded
Car
d-1/2 uDc: 681.121,843

Figs lo 1 nozzle; 2 - inner
tube; 3 - hole for sampling
3 outer
static presourej 4
tube; dwt collectarj
hole for sampling dynamic
.PresaUree
Otige art.

ACC-NRt - - AP-7001932 S-OU-RICE CODE: W0120166100010061002210025--
AUTHOR: Vagin, V.A.; Volodin,V. D.; Plyashkevich, N. N.; Sayenko, A. P.;
Semenyushkin, 1. N. ; 8~_tej_ar;_y~_k,_V_.L.
ORG: Joint Institute of Nuclear Research, Dubna (Ob"yedinennyy institut yadernykh
issledovaniy)
TITLE: System for multiple acceleration of an electradynamic separator of high-
energy particles
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1966, 22-25
TOPIC TAGS: particle beam, proton accelerator
ABSTRACT: A system for multiple acceleration of high-energy particles is described.
The system recaptures protons in multiple frequency (q - 100) accelera-
tion conditions previously accelerated to maximal energy and continues
their acceleration for 15-20 psec. The system consists of a coaxial
resonator, hf units, a pulse modulator, and ~ sinchronizer. The fre-
quenc7 of the multiple acceleration is 149.520 me and the pulse duration
'is 15-20 psec. A 70% coefficient of proton recapture.at beam energy
E - 10 Gev, energetic spread AB t 1.7 Mev, and amplitude of the accel-
erating-voltage in the resonator Vr - 70 kv was obtained during testing
Card 1/2 UDC: 539.1-076:621.384.6
- - - - - - - - - - - - - - -

of the system on a proton synchrotron at the Joint Institute of
Nuclear Research. Orig. art. has; 4 figures and 2 formulas,
SUB CODE: 20/ SUBM DATE: 12Nov65/ ORIG REF: 005/ ATD PRESS: 5111.

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VOLODINA V. G.
VOLODINP V. G.: "A study of the biological properties of the blossoming and
pollenation of %teat". Minsk, 1955. Belorussian State U imeni, V. I. IAnin.
(Dissertations for thecbgres of Candidate of Biological Sciences.)
SOt Knishnaya Letovis' No. 50 10 December 1955. YABCOW.

?MIN, N.V.-, VOLODIN, Y.G.
On the biology of vheat flowering. Dokl.AN SSSR 107 no.4:60i-03
AP 156, (MIRA 9:7)
l.Akademik AN BSSR (for Tarbin).Z.Inatitut biologii Akademii
nauk BSSR.
(Wheat) (Plants, Plowering of)

TJSSR/Cultivat(-,d Plants. Grains.
Abs Jour Ruf ,~'hur-Biol., !To 15, 19507 68096
Author Turbin, N, V.,,Yolodi..n, V. G.
Inst AS Bel SSR Insfi~~~7eof Biolo,r-,,y.
Titlo Suppl6montary ILrtificial. Pollimtion of Ryo
vith an 1,,irplanc.
Orig Pub : Byul. In-t-. biol. A? BSSRI 1.956 (1957), No 2,
190/-202
Abstract : In 1956, in a kolld-ioz of Einsk Oblastt an arca-
-J h Part iz,-x--s kaya
of 50 hectare vias plrinted , -t
vinto5~ rye and --iven suppl6riontary pollination
by usin,-,, a PO-2 type -Arp1;-.nc. The yield on
t1iosc :-~rcas was hif~har than on control areas.
-- 0. 1.. Gorbunova
Car 0. 1/1

VOLUDIN, V.G.; QX=MW, S-S-,kand.biol.nauk
Intensity of flowering in wheat and rye in the day-by6-day course
of flowering and during a 24-hour period. Uch.sap BGU no.37:
isi-i6o 157. igrRA 32:1)
(Plants. Ylowering of) (wheat) (Rye)

U ~SR/Genaral BioloZ~y-. G'-'-nutics B
Ab5 Jour .-A 1',o 15, 195", 571C8
-,,ut.hor _Ya~~.
Inst : Institute of Piolo6y, Acadamy of ')*ci.(.ncos i3olo-
L
russian S23A
Title : Inv~ztig tion of the Activity of Cnwiot-ise in
t
ho Ovaries of ."hz!at in Diff--rent Variants of
,
--ollination
Orig Pub Byul. In-ta biol. t All Brr"'31R, 1~351S-, (Y-~57), VYP
22 226-229
Abstract The activity of invcrtas,,: in tvo-d-iv old owt-
ries of T,yut,~~sc-,ns 052 sprins~* vrioit in diffQ-
rant uetbods cf -.)o?.I.ination uas studied. It vas
dot.-)rmin:,,d t'iat the castration of tie floa,r
ccnsid.:~rably lovi.-wrs tli-a ictivity of the
No d,)finito diff-~renc--s -:ar3 foiind :-~t tha sanle
Card 112

USSR / Cultivated Plants. Cereal Crops - H-3
Abs Jour Ref Zhur - Riologlya, 110 13, 1958) No- 58~28
Author Volodin V. 0
last Acd. Isti.-MR
Title Contributioii to the Peoblem, of Increasing the Intensity
of Wheat Blossoming
0-rig Pub Byul. Ih-ta biol.* AN twtj 19~6 (1957). vyp 2, 203-207
Abstract The spraying of ears of who at with vater showed the
dependence of the blossoming lwocois on the change of
temperature and on the humidity of the hir. Frequent
sprayings of oars of wheat with water increase the intensity
of the blooooming and create bettor conditions for
conducting artificial aupplomontary pollimtion of wheat
(the presence of a great number of opened flowers).
They also shorten the blossoming period of the sprayed
Card 1/2

~ . bWR / Cultivated Plants. Cereal Crops. M-3
Abs'JOVr S Rof Zhur - BiologiYa, No 13) 1958) No- 58528
variety. Flowers, vhioh opon during spraying, are roady
for fertilization..- 0. V. Yakushkina

USSR/Cultivated Plants - Grains. M-2
Abs Jour Ref Zhur - Biol., No 20, 1956, 91620
The hot period (from 10 to 13 hours) in characterized by
alm.st complete absence of open blooming. Rye usually has
only one morning peak (fron 7 to 10) with a bTadual decrea-
se in the rate of flowering during the following hours of
the day. With wheat as well as with rye the mxi,-= nimber
of flowers blossom on. the second day after the beCinning of
florescence. Flowering in both crops practically ends af-
ter 3 days. Yu. L. Guzhev.
Card 2/2 28 -

TURBIN) II.V. ) akavlerdk, otv. red.;_VOLODIV) Y.G.) kaild. blol.
.1 1. 1-- 1, ~. -
nauk, red.; PALILOVA, A.N., red.; X110111LEVA, L.Y.)
red.
[Genetics of heterosis) Gonetika geterozisa. 1,11insk, lzd-
vo "Nauka i tekhnika.." 19U.. 74 p. (MIRA 18:12)
1. Akademiya navuk B-OW, Minsk. Otdal genetiki i tsitologii.
2. Akademiya nauk Belorusskoy Mt (for Turbln).
M71

VOLOLD~jl, V..G_.,.,.
Effect of the enzyme diastase on the germination of corn
seeds. Bot.; issl.Bel.otd.VBO no.7:5-10 165-
OaRA 18:12-)

VOWDIN, V. I-
germination of some farm crops. Bot.
fect of gibberellin on seed
zhur. 45 no.12:1787-1791 D 160. (KM 13.12)
le Laboratorii V9esoyuznogo Inatituta rasteniyevodetva, g. Pdehkin.
(Gibberallins) (Germination)

ZELENINA, Ye.V.; VOLODl!':, V.I.; AMOISOV, ib.l., red.
(11"achinevi for the coal industry] Mashiny dlia ugollnol
prou7shlennooti. Mosk-va, Nedra, 1964. 299 p.
(MIRA 17:12)

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go .00
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by -ifflAtict-a (slag and CO)
and of th"It Iftwu fit-V),
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KINNOSOV, VIndimir Ivgnovich; YANOVSKIY, 111ya Instfovicli; XTURVISHTRY11.
Ye.L.. Inzhener, rot3enzent: GLUSHKOV. G.S., profe-laor, doktor
tekhnl~hi3kikh nauk, redaktor; -VOTJMTV V-T- rAaAe-~tlr it4s"elletv-9;
3LIKIND, V.D.. tekhnicheskiy red-ektor
[11achines and inctr=ents for tenting materiAls) Ha3hiny I oribory
Me 13nYtenlia materialov. HoRkve, Ocia.rkpnehnn-tekhri. 12d-vo
-ia slit rinstrott. lit-r.-,, 1957. 300 p.
kTostirr,

TOODIN, V.K.
~V=lopment a2A oxygen consumption of fall-spawning Baltic he"ing
embryos. Top.ikht. no-7tl23-133 156. (XLRA 10:3
1. Isfedra ikhtiologii Moskovskogo gosudarstvannogo universitsta
iffi. May, Lomonosovg*
(Paltio Sea-Serrind (ImbryAloiff--lishes)
(Respiration)

vor,ODIN. V.M.
Phrthenogenstic development of burbot eggs. UP. itht. no.13:130-133
'59. (MIRA 13:3)
l.Inatitut biologli vodokhrontlishch AN SSSR.
(Parthenogenesis (Anisals)) (Imbryology-Fishes) (Burbot)
1717-7~

VOLODINO V.M.
Iffect of tosperature on the embryonio development of the piket-the
.20PO.(Abramin ballerus L.)v and the whIte bream (BIlcon bjoerkna L.)
Trudy Inst. biol. vodQkhran. no,3:231-237 1.60. (MIRA 140)
(&bryolcgy-Fio'hes) (Temperature-Phyniological effect)
R, -!MI

VOLODIN# V.M.p student 6 kursa
Mechanical suture of the soft tissues carried out experimentally
with tantalum clamps. Zdrav. Dolor. 6 no. 7:45-47 Te 160.
(KIRA 13:8)
1. Rukovoditell nauchnogo otudencheskago kruzhka kafedry
operativnoy khirurgii, professor - V.V. Babukt rukovoditell
teay - A.A. Chevlytkol Minskiy modinstitut.
(SUTUFM) (WITALUM)

VOIDDIN i V.N-,
Fabryovic development of the burbot. Trudy Inst.,biol. Yodokhran.
I
no.3:227-230 160. (MIRA 14:3)
lbjxbot) (Embryology-Fiehes)

VOLODII'll V.M.''
Heterogeneity of eggs and sperm of the bream In Rybinsk Reservoir.
Biul.Inst.biol.vodokhran. no.11:28-32 161. (KRA 15:8)
1. Inatitut blologii vodokhranillebeh AN SSSR.
(RYBINSX RESERVOIR-MEAM) (REPRODUCTION)

VOLODIN, VA
Fecundity of roach (Rutilus rutilus (L.)) in Rybinsk Reemloir.
Top. ikht./3 no.2:264-274 163, (KRA 16:7)
1. Inatitut, biologii vnutrannikh vod All SM, pochtovoye
otdolenlya Borok, ffl6kouzskogo rayona,, Yaroslavskoy oblasti.
(Rybinsk Reservoir-Roach (Fish))

ACCESSION NR: AP4003131 S/0241/63/008/011/0050/0055
AU7AOR: Volodin, V. M.
TITLE: Characteristics of the course of aou~jocoronary insufficienoy.
in radiation sickness caused by polonium (Fo x-irradiation# or
local irradiation of the heart region
SOURCE: Moditsinakaya radiologiyas v. 8# no, 11, 1963,, 50-55
TOPIC TAGS: acute coronary insufficiencyp radiation sickness,,
irradiated heart rogionp x irradiation, radioactive poloniump
myo3ardium, Itypoxiap pituitrin,, irradiation induced coranary insuffi-
cioney., heart irradiation, radiation heart damage
ABSTRACT: Male chinchilla iabbits irradiated under different
conditions wore investigated to determine the characteristics of acute
coronary insufficiency induced by pituitrin, 22 rabbits wore exposed
to total X-irRgiation of 800 r. 12 rabbits wore Injected suboutano-
ously with Po (0.1 and 0.05 microauries/kg), and 7 rabbits wore
exposed to local irradiation of the heart with 3000 r dose, Pituitrin
(1-1.5 active units/kg) was injected intravenously'at different
Card

ACCESSION NR: AP4003131
periods depending on radiation conditions, Electrocardiograms were
recorded by 11 4-PDP-7 unit. In rabbits X-irradiated with an 800 r
dose, coronary insufficiendy induced by pituitrin is intensified 24
hra after irradiation and at the height of radiation siolmoss. In
several oases gnimals died after pituitrin was injected. In rabbits
with larger Po 10 doses (0,1 microcurio/kg) myocardial hypoxia
increases at the height of radiation nicknose and with small Po2lO
doses (.0 microcurie/kg) coronary insufficiency increases slightly
betwoon 14-25th days of radiation sickness. In rabbits with local
irradiation (3000 r) of the heart# EKG inchomio changes inordaso 3-7
dayn after irradiation and compensation appears in the following ii
nos, In the terminal phase of radiation sieknossq the reactions of.
'%0he cardiovascular system to.pituitrin decreases regardless of radia-
tion type. Coronary insufficiency changes induced by pituitrin may
be attributed to myocardial metabolic disorders and hemodynamio
.shifts caused by irradiation. Orig. art. has: I figure.
ASSOCIATIONs None
SUBMITTED: 24Apr63 DATE ACq: 20Dec63 ENCL: 00
SUB CODE**. AM NO REP SOV: 034 OTHER: 003
Card 2/2

SMFqIIOVAJ, N.P.; I.PD 11, NJVYI.1-4.
Characteristics of the hypothalamic region in th- cf
venous blood circulation in irradiated animals. Fladlcbiologiia
4 no.4:521-527 164. (MIRA 17:11)

ACC i4R.__A~66l9__8_0_2_'_
SOURCE COM lin/02-i~/6/0-5,1/001k/0~87/Olk9l4!
ALMHORt "Avdrnova, No Pe'(Moscow); Volodin, Ve Ho (floscow)
CRGi none
TITIB: Study of hypothaLudo influences on ooronaryblood culation
SOURM Fitiologichaskiy thurnalSSSR, vs 51, no. 4, 1965, 487-494
TOPIC TAGS: cat, electrophysiolor
j, hormone, brain, pharmacoloFff, vasopressin
ABST,UCT: 'Ihc hYPOthal-'rus of arientlictized catn wm5 Irritated by means of
an electric currelit; Lhe tonus of coronary blood ver-nols was then determined
by the realatography method. Tie reaction to the Irritation most frequently
consisted of contriction of the vensclq, but vanodlintion and two-phase
reactions were also obnerved. Reactions of different types were obtained
on Irritation of the rnme poInta In the hypothalin-in. Increasing the Inten-
laity of the Irritatioii or Intravenous admininLrntlon of dihydracrpotoxin,
hexoniumt or aminazine often changed the nature of the reaction upon IrrIta-
tion of the amie point* After appliention of a-minazine or hexonium, a pre-
dominance of pre5nor reactions was observed. 'Die effect of the hypothala-
nun on coronary vessels won not eliminated after exclusion of the influence
:of vascular Innervation by section of the spinal cord or of the midbrain or
.application of pharmacological agents, 7his Indicated that the effect Of
Card 1/2 UDC: 612.826+612017211

L -29369-66 - -- - I
AILL NKi Artuivouz
0
the hypothaloirun Involved a vasopressor mechanism, ufilch was presumably
activated by the release of hormones following Irritation of the hypothalamus.
flexonium and aminnzina npparcntly sensitized the walls of the blood vessels
to endogen6us vasopresain. The changes In systemic blood pressure usually
corresponded to the reactions of the coronary vessels; Le.) the blood
.i'vessols of the BenernI system of circulation reacted to irritations of the
.hypothalamus In the same manner as the coronary vaa,8618* 'Orige arte hass 4 figures&
LTPRS7
SUB COCjE% 06 SUEN DATEs 08Aug63 ORIG REFt. 009 OM REFt 015
Card 2L2

VOWDIN.-Y,Mje PSTROMNAp YO,N*
Role of Catechol asims; 1z the macbanion of pituitrInic coronary
deftoisnoy in normal aud irrediatod rabbits. As&abiologila 4
no&5#703-707 164* (WRA 1894)

01VINO l.k.p prol'.1- VOLODIN, V.M.
3hwartzman phenomenon aml U5 importame in rAthology. Nt. flZiol.
i okup. terap. 9 no.4:14-26 JI-Ag -165. (MIRA 180)
.1, 04.-dol radiatsionnoy patofiziologii Instituta meditsinskoy radio-
logil AMN SSSR, Obnlrwk.

ACC NR, AT6029238 SOURCE CODE: UR/0000/66/000/000/0255/02~8
.AUTHOR: Volodin, V# M.
IORG: nono
TITIX% Use of an analog-digital computer system in investigating an adaptive algorithm,
of a close to optimal control system
ISOURCE: Vsesoyuznaya konforentsiya-seminar po teorii i metodam.matematicheskojo model-i
irovaniya. 4th, Kiev, 1964. Vychislitellnaya tekhnika v upravlanii (Computer tecanolo-
,gy in control engineering); trudy konferentsii. Moscow, Izd-vo Nauka, 1966, 255-258
TOPIC TAGS: self adaptive control, analog digital computer, algorithm, second order
differential equation / MN7 analog computer
,ABSTRACT: An adapti-ve algorithm is defined as an algorithm for obtaining a change-ovex~.
circuit for optimum speed control. This method is used in second-order systems t.~.cre
the object to be controlled is defined by a system of differential equations of the
type
ku (1) - ax, (1) - bx, (1),
Here, xl(t) and x2(t) are system coordinates; u(t) is the manipulated variable with them_
[Card 1/2

~restriction it (1)
;and k, a, and b are both positive and variable, with a2 > 4b. Several approximatio.1s
! ized form result in Chebyshev's polynomials, which can be calculated. A
in a general
'detailed analysis of an adaptive system is best performed on an analog-digital canpu-
I
,ter; the manipulated variable defined by a second-order differential equation is model-'
on the analog and the digital components are used for modeling the controlling ele-
ents of the system. In the investigation, a combination of the Ural digital commputer
,and the M-7 analog computer with analog-to-Aigital converters was used. Orig. art.
has: 1 figure.
SUB CODE: 09,9/ SUBM DATE: 12reb66/ ORIG REF: 003
Card 2/2

VOLODIN, V. P.
VOLODIN, V. P. -- "Measuring the Dynamic k-echanical Fropertie.,A of
Rubber (within) a Range of Sound Freqt;ency." Min Higher Education Ussi.
Leningrad Foly-technical Institute imeni M. U. Kalinin, Laningrad, 1956.
(Dissertation for the Degive of Candidate of Physicomathematical Sciences)
SO: Knizhnaya J&tools' No 44, October 1956, i,~oscow

SOV/1 Z4-58-4-4920D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr4, p 170(USSR)
AUTHOR:r Volodin, V. P.
TITLE: Measurement of Dynamic-inechanical Characteristics of
Various Types of Rubber in the Audio-frequency Range
(Izmereniye dinamicheskikh mekhanicheskikh kharakteristik
rezin v zvukovom diapazone chastot)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree
of Candidate of Physical-Mathematical Sciences, presented to
the Leningr. politekhn. in-t (Leningrad Polytechnic Institute),
Leningrad, 1957
ASSOCIATION: Leningr. politekhn. in-t (Leningrad Polytechnic Institute),
Leningrad
1. Rubber--Mechanical properties 2. Measurement 3. Sound
--Application
Card 1/1

V6"
AUTHOR: Volodin, V. P., and Kuvshinskiy, Ye. V. 120-2-26/37
TITLE: Measurement of the Mechanical Dynamic Characteristics olf
Rubbers. (Izmereniye Mekhanicheskdkh Dinamicheskikh
Kharakteristikliezin.)
PERIODIC&L: Pribory i Tekhnika -Eksperimenta, 195?, No.2
pp. 94 - 98 (USSR).
ABSTRACT: The authors give the description of an instrument similar
to that proposed by Marvin, Fitzgerald and Ferry (Ref. 4),
but more simple in construction and operation. It can
be used to determine, in three independent ways, the
dynamic modulus of elasticity and the angle of mechanical
losses of rubbers in the frequency 6ange 20-30OC/s and
in the temperature range -20 to 150 C under the conditions
of deformation in a3dal compression and~decompression.
The instrument, a cross-section of which is g~.ven in
Figure 1, uses a vibration generator tyre GMY,1 (ria-1),
the necessary temperature being obtained by forcing
either water or ethyl alcohol through the envelope 'I
for temperature range _100 0 to 1000 C. An electrical oven
vras used for temperatures above 1000 C aEd the instrument
was cooled by liquid nitrogen below -10 0. The tempera-
ture of the sample was measured bg a constantan copper
Card 1/2 thermocouple with accuiacy of 0 5 C. Differing from the

120-2-26/37
Measurement of the 1viechanical Dynamic Characteristics of Rubbers.
installation proposed by Marvin, Fitzgerald arA Ferry,
two sim
)!ler bridge configurations were used (Figures 2
and 3 The determination of the mechanical properties of
the material as based on the Kelvin-Votgt model is also
discussed. The cross sections of the instrument, two
circuit diagrams of the two bridges, three graphs, two
tables of numerical results and the equivalent electrical
circuit diagram of the Kelvin-Voigt model are F,~Iven.
There are five references, two of which are Slavic.
SUBMITTED: November, 23, 1956.
ASSOCIATION: Leningrad Polyttechnic Institute imeni M.I- Kalinin.
(leningradskiy Politekhnicheskiy Institut im. M.I.Yalinina)
.AVA,IIABIE; Library of Congress.
Card 2/2

15(6) SOVI 112-59-?-?382
Translation from: Referativnyy zhurnal~ Elektrotekhnika, 1959, Nr 2. p 14 (USSR)
AUTHOR: Volodin, V. P.
TITLE: Measuring Mechanical Dynamic Characteristics of Rubber at Audio
Frequencies (Izmereniye mekhanicheskikh dinamicheskikh kharakteristik
rezin v zvukovom diapazone chastot)
PERIODICAL: Nauchno-tekhn. inform. byul. Leningr. politekhn. in-ta, 1957,
Nr 4, pp 3-20
ABSTRACT: Schemes of 3 outfits for measuring mechanical dynamic
characteristics of rubbers are considered. The best and most convenient out-
fit allows testing the rubbers within the widest frequency band, 80-4,000 cps.
The upper frequency limit depends primarily on the toughness of samples; the
lower frequency limit is determined by the phasemeter operating frequency.
Bibliography: 19 items.
1. M. M.
Card 1/ 1

/V) V
.AUTHORS: Volodin, V.P.)and Kuvzhinzkiy, Ye.V. 120-5-21/35
TITLE: Determination of the Dynamic Mechanical Characteristics of
Rubbers at Acoustic Frequencies (Opredeleniye melchaniches-
kikh dinamicheskikh kharakteristik rezin v zvukovom diapazone
chastot)
PERIODICAL: Pribory i Te'r-Ilinika Eksperirrenta, 195? 140.5
pp- 66 - 91 (USSR).
ABSTRACT: An installation has been developed for measuring the
dynamic modulus of elasticity and mechanical loss angle within
the frequencg range 80 - 4 000 c.p.s. at temperatures from
-20 to +120 C under conditions of small displacerent. Fig. 1
shows the main features in a block dia6ram, viz., tl:e use of a
capacitive pickoff for measurinG displacement, the measurement
of current in the moving coil as an indicT...tion of force, the
use of a phasemeter to measure the anL~-le between force and dis-
placement. Fig. 2 is a croSS-3ection through the complete
assembly. The material to be tested is bbricated as a number
of isolators supporV~ng a former made from walrus ivory (s.g.,
1-95; E = 1.3 x 10" dynes/cm. ) in the gap of a larSe electuro-
magnet. The former carries an exciting coil fed from an audio-
oscillator type 3r-lo. A micrometer enables a capacitive pick-
Cardl/4 off to be positioned under the moving system. The circuit which

120-5-21/35
.Determination of the Dynamic 11.1echanical Characteristics of Rubbers
at Acoustic Frequencies.
converts the changes in capacitance into volt&Le has been des-
cribed in principle (Ref-5) and also a oractical version of Vhe
same (Ref .6). The conversion is linear with an error of less
than 3% and gives a sensitivity (includinr- the pre-amplifier)
C,
of 105 V/mnk when the gap between the plates of the capacitor
is 0.1 mm. The hasemeter is of the switchinG type described
by Borman (Ref-95. It viorks Les'. with an input in each channel
of 30 V, a deviation of + 3 V producing an error of less than
0.1 . The use of voltmeTers at the appropriate points in the
circuit guarantees a deviation of less than + 1 V. The supply
voltages are stabilized by ferro-resonant an7d electronic stab-
ilizers. The main electro-magnet supply is separately stabilized
at 76 + 0.1 mA. It is shown from the theory of the measurenent
.that u7nles.9 the size of the sample is chosen appropriately to
the frequency and material constants, appreciable corrections
are required. Fo example, when the maGnitude of the elastic
modulus is 5 x 10~ dynes/cm2, the frequency is 4 kc/s and the
thickness of the sample is 0.1 cm, the correction is almost 15Po".
The experimentally determined relation between phase (force-
e4 displacement) and frequency differs from theory as noted by

120-5-21/35
Determination of the Dynamic Mechanical Charactc-ristics of Rubbers
at Acoustic Frequencies.
nearly all other authors using electro-dynanic methods. This
topic is to be the subject of a separate article. Measurements
were discontinued whenever the error exceeded 10,clo. Fig.4
shows the variation of modulus and angle of loss (tan ~) with
freguency for a natural rubber at teviperatures of -10 C and
75 0. The shape factor of the saziplj, D (thickness divided
by cross-sectional area) was 1/40 cm- . The error in measuring
the modulus and loss angle reached 25% at twice the frequency
of mechanical resonance. Measurements were made on UKC-30A
sulphur-vulcanized rubber by the present method and by two
other methods; the "travelling-wavell and "force and velocity"
methods. The table and Big- 5 show that the agreement is
quite sati5factory. 'The maximum force exerted by the vibrator
was 5 x 10 dynes at a coil current of 0.5 A. The flux density
in the gap was 11 000 gauss and the moving mass was 13.8 g.
The minimum recorded displacement was 10_a1 em and the minimum
angle between force and displacement 1 . The least measured
tan 6 was 0.02. The UPDer limit of hardness was 2 x 109 dynes/
cm. The lower limit of bequency was set by the phasemeter and
uard 3/4could be reduced to 0.01 c.p.s. by using an H~-2 in conjunction

120-5-21/35
.Determination of the Dynamic Mechanical Characteristics of Rubbers
at Acoustic Frequencies.
with an Hr-2 oscillator. A.P. Rudakov and L.L. Sullzhenko
took part in the viork. There are 5 figures, 1 table and
10 referemes, 5 of which are Slavic.
ASSOCIATION: Leningrad Polytechnical Institute imeni M.I.Kalinin
(Leningradski politekhnicheskiy institut im.
M.I. Kalinina
15
SUBMITTED: March 18, 1957-
AVAILABLE: Library of Congress
Oard 4/4

AUTHORS: Volodin, V. P,., Kuvahinskiy, Ye. V. Z-ofrj-,7 - 2 3 - 7 - 10/3 5
TITLE: The Influence of Vulcanization on the Dielectric Properties
of Rubbers on the Basis of S0-30A Rubber (Vliyaniye vulkanizataii
na dielcktrichookiye ovoystva rezin na osnove kauchuka CKC-30A)
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1950t Vol. 28, 1Tr 7,
PP. 1424 - 1427 (USSR)
ABSTRACT: The variation of the dialectr1c properties on the basis of the
divinyl styrene rubber S~.'3-30A during the sulfur vulcanization
in the presence of the accf.-lerator diphenyl guanidine was ob-
served. For this purpose a ocries of vulcanizers were investi-
gated -mbich differed according to their sulfur content and
-vulcanization time, The amount of the conditional-equilibrium-
-modulus E was assumed to be characteristic for the vulcani-
Y-P
zation depth. It is determined according, to the atrenn which
remains after the relaxation for one hour at 6o0V.The ponsibilit;r
of using this amount for this purpose was proved already earlier
by the authors (Ref 1). The investigation of the dielectric pro-
perties of the vulcanizers was carried out by means of an audio-
Card 1/4 -frequency bridge, It is shown that with the increase of the

I
The Influenc Ieof Vulcanization on the Dielectric 307/57-Z-3-7-10/35
Properties of Rubbers on the Basis of S"S-3oA Rubber
vulcanization depth the vitrification temperature T 9 rises
which is confirmed b:r the immediate measurements of this
quantity carried out at the VITIISK imeni Lebedev. The increase
of the vulcanization depth leads to the increase of the maximum
value for tgo.This effect is explained by the fact that the
number of the adhesion places - of the polar sulfur bridges -
rises with the increase of the vulcanization depth. It is shown
that the "activation energy" of the dielectric relaxation pro-
cess in the investigated temperature range is equal in the case
of all vulcanizers (28 + 2 kcal/mole), i.e. does not depend
on the vulcanization depth. Maxima of tA were detected as well
in the range of high temperatures. These are especially viBible
in the case of rubbers which are to a small extent vulcanized,
and vaniah in the case of rubbers which are to a great extent
vulcanized. There maxima also shift with the frequency alteration
according to th-.- temperature scale. In order to detect this
phenomenon measurements of tA were carried out in the case
Card 2/4 of rubber mixtures with single ingredients which belong to the

The Influence of Vulcanization on the .1it-lectric SOI/ 57- 23- 7- 1 o/35
2ropertiae of Rubbers on the Basin of SKS,-30A Rubber
dispensing of the vulcanizr.-rn (atearic acid, magnesium oxide,
rubberax, diphenyl guanidine, sulfur). On this occasion it
was found that the occurrence of a high maximum value of tg~
in the range of positive teoperatures is caused by the presence
of diphenyl guanidine in rubber. The presence of other ingre-
dients in rubber up to four parts by weight does not influence
considerably the temperature dependence of tgS. The experiments
showed that diphenyl guanidine has a high electric conductivity
which is to a great extent dependent on the temperature. The
presence of such a substanct in the rubber in dispersed state
is bound to lead to the development of the "unusual" temperature
dependence, JL.e. to the "Wagner" losses (Ref 3) which according
to their nature are conduction losses. The vanishing of the
"Wagner" losses with the increase of the vulcanization depth
is connected with the progressive decomposition of the dipheny!
guanidine,, Thus the investigation of the dielectric properties
of rubbers at different vulcanization stages offers the possi-
bility of investigating the kinetics of the sulfur vulcanization
Card 3/4 process and to observe especlally the consumption of the

The Influence of Vulcanization on the Dielectric 3""/57-2,1-7-lo/35
Properties of Rubbers on the Basis of SKS-30A Rubber
accelerator the diphenyl &uanidine. There are 4 figures,
2 tables,and Sovist. referenl:es.
ASSOCIATION: Leningradskiy politekhnichaskiy institut im. M.I~Kalinina
(Lenin,orad Polytechnical Inntititte ireni 11.I.Yalinin)
SUBMITTED: JulY 11, 1957
1. Ru1bber-Dielectric p--..--ope--,1 ties 2. Vulcanizates-Test results
Card 4/4

ATItTECR Z
TITLE:
PERIODICAL:
Vol,.~d"j V. P,, Kuvshinskiy, Ye, V. sc, i1 571 - P-3 -- 7-1613 5
- - - .4
On the Effe~-j-% of "Negati-i;4 Fxltctioall in Plants Using the
"Method ncf Foroe and Velocity" and the Means for Its Elimination
(Ob effekte "otrltsatelln*go treniya" v ustanovkakh$ reali--
suy-aahchikh metod "Bily i. skr,,rogti",. i puti yego ustraneniyu)
ZhurnaltekbMichs-skaY filzikl, 1958, Vol, 26, 1Tr 7: PP-1452-1458
(USSR)
A33STRACT: The range cf working frequenciss in plants using the I'method,
of force and *Yelo,~�tyll is limited at the high--frequency
side by a rj=b~,;r of phenomenas These lead to the fact that
the measxLred affaeti-~-rp. part of impedance adopts an absurd
negati-;-e valur, The authors investigated the rules governing
ouch an effert of negative friction as well as the causes
for its d9T-e1r,,pm,5ixt; viz. the cauees connected with the
eleotric pheDom,~zia in the eleatrodynamic transformer and
with the mar~hani~,.al prepextiee. The following is shown: In
order t.,.) pro,/er,.t the 11ratchirg up" of the phase (T f 0)
Card 1/3 great demards hav6 to bans&-) oy- the c,(~nstructlon n~ the

307 /57-- 29..7..16/35
On the Effect of "Negative Rri,~tion" ir, Plants Using the "Illeth..f.4, of For-~~e
and Velocity" and the Meang f~~r I+q Elimination
mov' ing system and of the appaxatua itself: With small mass
the coil s-upp,-,r'. muit te very rigid, the material of the
supp~--xt maat b~~ nor.-coaductive. and no parts must exist in
the b,:dy of the txansform;5r that give way. (Pk denotes the
additi.:~nal phase shift dependent an the frequency. Based on
the experimsntal investligation. of tbe phase frequency do..
per.dey,,.te the f~,-".Iowlzng is found: 1) The difference between
the- expprimintal data and the predictions of theory, i.e.
the from formula (14) must mainly be attributed
t,~, the ar,=aloua phass freque-aiy depandence. 2) The anomaly
of the phase freqja&~y dependence consists of the superposi.-
tion of the additJIvnal ~v - f(60) on the basic phase fre-
queL~-.y deprzidir,'!-.~. (0 denokaa the angular frequency.
3) The lineax dspenderioa (3f q7k On the frequeniy makes it
possible to take T into aocount in a simpls way and to
compen6ate; for lt-~ h1a again makes it possible to extend
the working range of the apparatue using the method of for.,e
and vele.-zi-ty.
The f~~rmula (1) zeadi: Z KE.
Card 2/3

S01/57-23-7-16/35
On the Effect of "Negative Friction" in Plants Using the "Method of Force
and Velocity" and the Means for Its Elimination
The direct measurement is based on the electric equivalent
of the mechanical impedance E which by the formula (1) is
connected with the mechanical impedance of the investigate4-
system zMe
K denotes the factor of the electromechanical coupling de--
pending on the construction of the apparatus, which is
experimentally determined. There are 2 figures, 1 table,
and 9 referenoesp 6 of which are Soviets
ASSOCIATIOR: Leningradskiy politekhnicheskiy institut imeni M. I. Kalinina
(Leningrad Polytechnical Institute imeni M. 1. Kalinin)
SUBMITTED: July 11, 1957
1. Electrical networks--AnalysLs 2. Indiistrial plants--Equi~ment
'Card 3/3

1: 00842-67 EWT(l)
ACC NRt AR6014093
U093
-AUTHORSt Belousov, N. As; Bondarenko, V. A.; V~0_10din, V. Pel Shlenskiyj, To. M.
TITLEi Methods of increasing the operational characteristics of ultrasonic genera'wcrp
SOURCEt Refs she Metrologiya i izmeritelinaya. tekhaikas Abse Ils32#608
REF SOURCEt Trs Ne-ij tekhnols in-tj vyp. 8, 19640 23-28
TOPICIAGSt ultrasonic frequencyl high frequency, electric transformert ferrite,,
somiconductor rectifier,*oldctron tube gridp ultrasonic generator/ UZO ultrasonia
generator
ABSTRACTs A modernization of the ultrasonic vacuum-tube generators of the UZG
series is reported. The efficiency of the ultrasonic generators is increased by
-using semiconductor diodes in the circuits of the plate rectifiers, Semiconductor
diodes have 'a longer life than ion rectifiers. Losses in the high-frequency circuits
can be considerably reduced by using transformer winding and ferrite cores* For
the regulation of p(rier, the most promising is a regulation circuit with the uUe
of a power transformer with step regulation of voltage, The use of such a transformer
in conjunction with smooth regulation in the grid circuit permits smooth regulation
of power within the required limits without a substantial change in the efficiency
of the ultrasonic generators. Circuits are given uhich permit reduction of plate
M 0'
I
Card

L 00842-67
ACC NRi AR6014093
losses and a corresponding increase in efficiency. The development of a ciz=it
with automatic tuning of the frequency of the generator to the frequency of mechanica
resonance of the converter is reported. Ultrasonic-generator systems are examined
with the aim of.improving their operational characteristics. 4 illustrations*
lyranslation of abstraeg
SUB CODE: 09j, 14
Card 2/2 pb

L 14038-66 EWT(m)/EWP(b)/E
ACC NRs AH5020045 ~~~~SO~UR~E C~ODE: ~00088l~~~
AUMOR: Volod In, V-k-01 QzeEMgM_a- I.N.; Smirnov. M#V-
ORO: none
gorrosion~t zirconium in a melt of alcaline-metal chloride
55 -;7
SOURCE: Ref. zh- Xhimlya, its. 12X21
FWF SOURCE: Tr- In-ta elekt--okhimii. Urallskiz fil. All SSSR vyp. 6, 1965, 87-91
TOPIC TAGS: zirconium, corrosion, corrosion rate, potassiun chloride, sodim chloride
TRAIISIATIO71: Data is given on studies of Zr corrosion in melted equimolar mixtures of
K and Na chlorides, wbich had been carefully freed of all traces of oyygen and h=i,U-
ty in atmospheric Ar. The temperature dependence of Zr stationary potential war. fouad,
and it wus shown that within the limitations of possible errors the speed of corroaiDn,
as determined by the direct method, is in good agreement with ecimputations made on Vie
basis of stationary potentials and anode polarization curveso M. Drukaxov.
ISUB CODE: 07, 11
I Card I. V0