SCIENTIFIC ABSTRACT VOROBYEV, V.M. - VOROBYEV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860830001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

B/1222541(61/000/001/01 4/016
Two-are welding improves the quality of butt ... A16i/AI33
electrode produces a better shaped second seam. Process parameters in the
table may be recommended for metal of 40 mm thiokneses
Cap Space Elec-
between between Arc trode Weld. Electrodt
edges eleotrodeB arm speed feed Current Voltage
MM MM mm m/hour m/hour amp. volt
1st 60 38 192 ~575_1625 44-46
9 40
2nd 60 38 192 1575-1,625 50-52
The electrode wire diameter is mm.
Card 2/N

LEECDOp D*P,LVOF~fyE~ - SIDORU]Kg V.S.
- .1. oKARA, r.o.;
Semiautomatic welding with powder virs. Avtom. over. 18
no.804-55. Ag-1,65. (MIRA 18ill)
1. Dnepropetrovskiy savod Imeni Babushkina.

vom,rEy. v.m., inzb.
Straw barvesting in the Virgin Territorko TraU, i selIkkez-Anh.
no,9217-19 S 165, (W RA IS: 10)
1, TSelinnaya masbinoispyUtelina-ya stentaiya.

~~PANKINA, L.S.t inzh,; VOROBIYEV, V.M,,, inzh,
Testing conveyor-type pick-:up mechanisms, Trakt, i o4l1khoz=8h,
3 no.8123-24 A9 163, (MIRA 161n)
la TSelimaya mashinoispytatel~oaya stantsiyao

TATARINOV, A.P.; SHCHEKAYEVp N.SO; VOROBITEV, V.M.
Drying of sheet carboard in the CUR-4 roller dryer. Bum.prom.
['391 no.7s2O JI 163. (KIRA 1618)
1. Kartonnaya fabrika "Krasnaya polyana."
(Paperboard-Drying)

VOROB IYLFVS,_ V~JnZh.
Testing nev vide-*utting machines for grain harvesting.
Mokh, i elako sots, sellkhoz, 21 no.1:53-56 163,,
(miRA 1637)
1. TSelinnaya mashindopytatelInaya stanteip.
(Combines(Agrioultural machinery))

VOROBIYEV V.M.,, kand. takhn. nauk, dots.; SEMENCHENKO, I.I.,, doktor
naukJ, prof..,' red.
(Profiling cuttem for-parts with helical grooves]-Profili-
rovanis frez dlia izdelii a vintovymi kanavkamil uchabno-
metodicheakala, instruktsiia po-proaktiroyaniiu fres. Pod
red. I.I.Semethchenko. Moskvap Hook, stankoinstrumentallnyi
in-t, 1962. 41 p, (MIRA 16:4)
(Metal-cutting tools)

VOROBIYEVP V.M.,.inzh.
Results of testing a series of new grain harvesters in the Virgin
Territory. Trakt. i sellkhozzaah. 32 no.5s22-25 Yv 162,
(WRA 15s 5)
1. TSelinnaya mashinoispytateltnava stantsiya.
(Virgin Territory-Harveating machinery-Testing)

IZBEDIj D.P:, kand.tekhn.nauk; VQ~ ~)W~ V.M.0 insh.; OUTNIKOVA, B.P.j
SHATAYID, D.V.,, inzh.
inzh
Use of rimaing steel for steel e3aments. Prom. stroi. 39 notn:5o-
5-9 161,- (MM 3.012)
1, Dri6propetrovskiy xavod notanokonstruktoiy im. 1.V.
Babashkinai
(Steal,,'Structural)

LEBED 1.9 D.P.; VOROBIYEV, V.14.; SIDORUK* V.S.
----------------
Automatic butt welding with suspended split electrodes and without
manual backup welding. Avtomoovar. 15 no,4:7&81 Ap( 162.
14IRA 15:3)
1. Dnepropetrovskiy ordena Trudovogo Krasnogo Znameni zavod
metallokonstruktsiy imeni Babuahkina.
(Electric welding)

VOROB&P V. U.
Prisposoblenlis, slosaria-novatara I. Po Kartasheva (Vestn, Mmsh.P 1951P n0@ 6p p. 30-37)
DLC: TN4.
(Appliances of the fitter and innovator 1. Po Kartashev.)
SOt Manufacturing and Mischanical Engineering in the Soviet Unionp Library of
Congressj, 1953.

VGRW IYXV, Y.H., laureat Stalinakoy premli, Inthener.
Unit for pressure babbiting of turbine bushings. Energomashinc-
stroenie no.1:23-24 0 155. (HLHA 9:5)
(Babbitt metal) (Bearings (Machinery))

VCROBOYNY.Vol.. Inshener
. ,
1
A*P. Ivanov s core drills. Vest.magh.r no.8:34-38 Ag'55-
(Drilling and boring (KIRA 8:10)

IYANOT, YGOIltv Vasillyevich; MOK, V.N., inshenerp rateenzent; YOROBITIT,
t,N.&p#Anzhener, redaktor; TIIMWOV, A.Ye., tekhnicheskiy reda de
(Mechantoal milling of parts for steam turbines] Mekbanichesksia
obrabotka detalei parovykh turbin. Moskva, Goo, nauchno-tekhn,
izd-vo mashincetroit. lit-r7, 1956, 392 p. (MLPA 10:1)
(Steam turbines)

V4.e_o,(
v - V, A/,
89-3-101310
AUTHORSs Zavoyskiyj V. K. , Vorobi 7e vj- V!JI-I , Serdyuk, R. L.
TITLEs The Density of a Steam-Water Mixture Formed on Reducing the
Pressure in a Vessel Containing Heated Water (Plotnost'
parovodyanoy emesi, obrazuyushcheysya pri umen'shenii dav-
leni,ya v soaudo s nagretoy vodoy)
PERIODICALt Atomnaya Energiya, 1958, Vol- 4 o Nr 3s pp. 205 - 206 (USSR)
ABSTRACTt The dependence of the density mentioned in the title was de-
tormined experimentally.
The density of the steam-water mixture was measured by means
of th-e change of intensity of a- T-ray which pasned the
experimental apparatus (a ateel balloon). Radioactive silver
served as radiator. A 3 ~ terphenyl solution in xylene con-
nected with a counter (resolving time 1t4 JAB) was used as
counting device.
2/3 of the height of the balloon were filled with water and
then heated. As soon as the steam pressure within the balloon
reached about 50 atme excess pressure the heating was inter-
Card 1/2 rupted for some time until all parts had an equilibrium te'm-

89-3-10130
The Density of a Steam-Water Mixture Formed on Reducing the Pressure in a
Vessel Containing Heated Water
perature. When the valve was then opened the counting device
was automatically switched on. Each experiment lasted for
I to 2,5 minutes. Within this time the pressure dropped to
5 atm- excess pressure.
The found dependence between the share of the steam cross
section in the vessel T and the volume velocity of the
steam in relation to the total cross section of the vessel
with various velocities of steam pressure drop is linear.
There are 2 figures.
SUBMITTEDi October 28,~ 1957
AVAILABLEz Library of Congress
18 Water vapor-Density-Measurement
Card 2/2

GIOUN, Avraam Llvovich; lnzh.,# WOBLIN, Ivan Nikoloyeivich.' inoh.; TORCBIYBV,.
.1- ~
VeNet.,inzho, ratoonzent; WWX,,V*7ae#.inzh*j red.; DUGINA, N.A.,
takhn.red*
[Installation, operation, and repair of the equipment of small and
medium-sized hydraulic turbines) Montath, ekepluatatelia i remont
oborudovaniia malykh I orednikh gidroturbin. Moskva, Gos.nauchno-
-takhn.izd-vo mashincetroit.lit-ry, 1959- 260 -P. (MIRA 13:3)
(Hydraulic turbines

SOV/68-59-3-15/23
AUTHORS: Kolodyazhnyyl I.V.; and Voroblyev, V.1T.
TIT13': From the Bxperience of ~)eraf=-Df-Pyridine Plant on
the Moscow Coke Gas Works (Opyt rabotypiridinovoy
ustAnovki Moskovskogo koksogazovogo, z.avoda)
M,RIODICAL:Koks i Khimiyaj 1959, Nr 3t PP 55-57 (USSR)
ABSTRACT: 'Changes in the design of the neutraliser, namely a
decrease in the space between the bubbler for steam-
ammonia mixture and the bottom of the neutraliser and
introduction of the feed of the mother liquor directly
under the bubbler improved the operation of the
neutraliser and the yield-of pyridine bases from 4 kg
to 13-14 kg/ton of ammonia sulphate. There is 1 figure.
ASSOCIATION: Moskovskiy koksogazovy-j zavod (Moscow Coke Gas Works)
Card 1/1

XOMUN, F*Ye.; ZALOGIN, N.G.; VOROBIM# T#N,; AMSHINA, 0#4.
Kedhanism of the free effl= of loons caterialzi Insh--fis- Shur-
no.3:69-73 Rr 16o. (HM 13:10)
1. 3hergeticheskir institat im.GAKrzhizhanovskogo, Moskva&
(Granular materials)

AUTHORS:
TITLE:
80283
S/170,/60/003/04/03/027
Bb07/BI02
Zaloginj NoG.,leneman, F.Yeoo Vorobtysvp V.N*
2. On the Mechanism of the Free Efflux of Oranular Materials
PERIODICAL: I,nzhenerno-fisicheakiy zhurnal, 19600 Vol. 3, No. 4, PP. 18-22
.,TEXT: The efflUx quantity of various sands and other granular materials was
measured for the purpose of explaining the influence of the Inclination of the
containerwalls. The process was a free efflux from conical funnels with an
opening angle of 301 45t 60, 90 and 1200 (which corresponds to an angle a of
.wall Inclination of 759 67.5p 601 45 and 300). The results shown in Fig. I
were obtained and they agree well with one another. They show that when con-
tinuously 'proceeding from a container with flat bottom to a funnelp the efflux
quantity even decreases, reaches a minimum at a - 450o and increases again when
a is further increased. Only with a >55-600 does the efflux quantity become as
high as in the efflux from a container with flat bottom -Thus, this angle is
considerably wider than the angle of repose which Is 35-400 in the case of
the materials investigated. The efflux quantity is the greater the lower is the
ratio d 0 / dT' d0 denotes the diameter of the outlet, dT the mean diameter of
Card 1/3

80283
2. On-the Mechanism of the Free FStlux of 3/170/60/003/04/03/027
Granular Materials DOOT/B102
the partiolesi The efflux quantity rises especially at a - 65-700. This seems
to be the moment when the new way of efflux begins to actv i.9. the efflux with
gliding of the partioles along the wall. The experiments showed (proceeding from
the conceptions on the dynamic camber (Ref. M that the dependence of the
efflux quantity on.the angle of inclination, a,- of the-container wall is
determined only by the change of the form at the entrance to the outlet. This
entrance part corresponds to the height of a truncated cone of about 0-5 d .
-The shape of the bottom of the container has no effect upon the efflux quaRtity.
Vurther experiments showed that the change in efflux quantity is caused by a
velocity change or a change of the particle quantity in the layers flowing
out to the periphery. On this occasion the relative increase in efflux: quantity
in the layers on the.periphery of the jet is the greater the lower the ratio
do / dT* Finally also the influence of a variation of the distance between the
container walls and the outlet margins upon the efflux quantity in the case of
a oylindrio container with flat bottom was investigated. It has been found that
the walls of a cylindric container influence the efflux quantity only when the
distance between walls and outlet margin is shorter than the diameter of the out-
let opening. The experiments showed that the height of the column above the
Card 2/3

80283
2. On the Mechanism of the Free Efflux of 6/170J60/003/04/03/027
Granular Materials B007/B1O2
opening.does not influence the outlet quantity, not even when the efflux is
accompanied by a gliding of the partiolee along the wall. There are 4 figures
and 7-referenoss, 5 of which are Soviet.
ASSOCIATION: Smergeticheskiy institut AN SSSR im. 0.M. Krshishanovskogo, g. Moskva
(Institute of Power Engineering of the AS USSR imeni G.M.
Xrzhizhanovskiyp City of Moscow)

VOROBIMV V.N.
Selecting indiceis of maintenance systems for motortrucks in
agriculture. Sbor. rab. GOSNITI no.16M-33 (061). (KRA 16il2)

h4293
S 19/62/000/012/006/009
D201/D308
j1HOR; Voroblyev. V.N.
TITLE: Performance of volumetric flow meters for small
flow rates
PERIODICAL: I-Iriborostroyeni-ye, no. 12, 1962, 23-24
~TPLXT:.
The author considers a meter con,sistin~ of two com
partments divided by a diaphr~ign, deflected by the liquid admitted
.-alternately into each of the compartments and actuating a valve and*
a counter. The operation analysis of this meter shows two sources
of mensuremcnt error: one is the clearance between the fixed and
moving parts of the meter and the othera much more important factor,
'is the finite time of valve closing. Foi, a compartment volume of
22 cm.3, the time of closing of the -alve should be less than 0.02
sec for meter accuracy o2 1% or less. The effect of the clearance
I b c'comes noticeable only if it -is grchter than 0.05 rui. Approximate
formulas are given which make it possible.to determine one error
~factor from the other. Since'all types of meters have both valves
Card 1/2,

SA19 62/ooo/012/006/009
Performance Of volumetric. D201 D308
and clearances, the formul'
as may also be applied to,other types of
me.ters. There is 1 figure.
Card 2/2

VOROB IYEV p V.N. # inzh.; TURLAKOV, A.S. p Inzh.
Studying the intercoil pulsaticm. ir- single-pass marlne boile,-se
Sudostroonie 30 no.7:28-30 JI f64. 011-i:lu 18;9)

~T .7 qlu~.
ACC Nks AT602S296 SOURCE CODE: -UR/U7(4/65/000/M/0033/0039
AUTHOR:
(Aspirant) Gindysh. B. V (Aspirant)
ORG: Leningrad Higher Maritime Engineering School im. Admiral Makaroy Usnlngrad-~6//
skoye vyasheye inzhenernoye morskoye uchilishche)
TITLE: Magnitude of water and beat flow through the Drake Pass. a
SOURCE.,- Sovetskaya antarkticheakaya ekspeditsiya, 1955-9 Informationnyy byulleten'.
no. 54, 19656 33-39
TOPIC TAGS: ocean dynamics, temperature gradient, heat balance, temperature measure-
ment
ABSTRAM This paper attempts to settle the controversial question of the heat and
water balance in the Drake Passage. The authors used data from 85 hydrological sta-
tions located along the Passage. To average the data obtained at different stations
under different meteorologic conditions and in different years, they subdivided the
Passage into rectangles coataining approximately the same number of stations. The read.
ings of temperature and salinity were then averaged for each rectangle. While there
is no satisfactory method for selecting the zero-surface, perhaps the most acceptable
of those Is that of A. Defant, which is based on the comparison of differences of dy-
namic depths. The authors used this method and checked the results by the method of
tard

ACC NRj AT6026296
0. 1. Hamayev. The investigations indicate that the depth of the zero-surface is con-
trolled by the vertical stratification of water. The greater the vertical gradient of
Aensityv the closier is the zero-surface to the surface. Conversely, the more homoge-
nous the water Is,, the deeper is the zero-surface. The stability of the density stra-
ta In the sea is.influenced by temperature changes. In summer, for example, the maxi-
mum stability gradient Is observed in 2000-2400 m and 200-500 m. In winter, the Maxi-
mum rises to 1000-1500 m at the station (rectangle) I and to 1300-1600 m at the sta-
tion (rectangle) MI.- -In other words, the zero-surface in the Drake Passage rises
from the center to-both south and north. It Is higher in the south in summer and in
the north in winter. In the central portion of the Passage, where the bulk of water
comes from the Eastern Circumpolar current, the zero-surface remains at 4000 m depth
.the year round. Obviously, this flow is not a surface current but occurs at lower
.depths* The axis of this flow lies between 580 S and 590 S. Velocity may reach 22
cm/seo. In the north, the water velocity averages 17 cm/sec in summer and 7 cm/sec
1! in the winter. In the south, summer velocities are 3.0 cm/sec and the winter veloci-
ties are about 5.5 cm/sec. The water flows from west to east; transfer in the oppo-
site direction is slight. The volume of water going through the Passage in summer is
0about 30% greater than in winter. The beat balance is proportional to the balance of
water. The temperature remains fairly constant through the year, being +2.280C in
t
summ eir and t2.020C In winter. The authors conclude that the Defeat method appears to
be the best In existence. Orig. art. has: 3 figures, 1 table.
CODE:- 08,04/ SUBM DATE: 26Mar65/ ORIG REF: OOS/ OTH REF: 003
Capj 2/2

L i1187-~67 EWT(d)/P1T(1j)/
ACC Nri-AR6o2822T Santa CODE: UR/02T3/66/ooo/oo5/OO27/0O2T
,~AUTHOR: Voroblyov,__V. N.
TITLE: A method for determining effective power and effective performance of an
automotive carburetor engine 1)21
SOURCE: Ref. zh. Dvigateli vnutrennego sgoraniya, Abe. 5.39-159
REF SOURCE: Tr. Vaes. s.-kh. in-ta zaochn. obrgo
jAniya, vyp. 21, ch. 1965, 67-7
TOPIC TAGS; internal combustion, vehicle engine fuel system, engine performance
characteristic
ABSTRACT: In-automobile tests of short and long duration, it is often necessary to.
measure the effective power of the engine during motion of the automobile and to cal-
culate the effective performance of the engine for a certain time interval. It is
shown that the power of the engine may be determined from its rotational velocity and
rarefaction in the intake manifold. An instrument developed for this purpose is de-
scribed and test results are given. [Translation of abstract]
SUB CODE: 21
Card I/ljAji__
.434.018.7.001.

'USSR Human and Animal Physiology. The Effect of T
:_P"sical Factors. Ionizing Irradiations,
Abs Jour: Ref~Zhur-Biol,~ No,122 1958i 102365.
Author
Inst
Title .:,On the 'Second Blow' in Radiation-Siokness.
Orig Pub.,Vestn.'rentgenol, i-radiol,.,.1957,.N0 3, 3-5.
Abstract: ~G'uinea pige.ware sub jected to a: '5ingle general Ro-
intensity of dose 26.2 r
ppr:min.),~as aresult of which they developed
acute radiation sickness of-the 11 and,111 degree
which led to the loss of 18 animals out of 360 9-
14 days after irradiation At the end of 40 days
and the disappearance of hinical signs of the
disease - a trauma was inflicted to the surviving
guinea pigs - as a f1second blow" according to A,
Card 1/2
131

Yo 013 " Y,~~5 V,
YORGBIYJIVO Y.N.
-Worr-011-~;;1apse in radiation sickness [with on-wry in Bnglisbb Testaw. i
red. 32 no.3:3-5 Vq-Jo 1576 (MIRA 10:10)
1. Is 3-7 khtrurgichookoy kliniki (say. - prof. N.I.Blinov) I
kaf edry radiologii (say. - prof. X.N.,Fobedinskiy) 14ningradskogo
ordena lenina gosudaretvannogo institute usovershenstvovaniya
vrachey imeni S.M.Kirova.
(RCINTORK RAYS'S inj. off.
exper. radiation sickness, prod. of relapse In guinea
Pigs ,y

t)o Po
VCaCBIYBYO V.N. (Ioningred, Mytninskaya uloo d. 9--a, kv. 56)
3urgical treatment of Dupuytren's contracture [with summary in
ringlish P-1371'. Vest.khir. 79 no.12:41-46 D 157. (HIR& 11:1)
I. 1z 3-7 kIhirurgicheskoy kafedry (zave - prof. N.I.Blinov)
loningradskogo ordena Lonina institute.usaverehonstvovaniya vrachey
im. B.H.Kirovs.
(DUPYUTERNIS CONTRACTURS. surg.
technic)

VOIR 0 BY YV V..'As, Dupuytren's contracturo a.,-.d it.-; curClo!~l trc,:tmallt.1,
Lcn, 1953- 16 pp, Ostate Ordor of Lonin Inst for the Advanced TrairdnC
of rhyzicians ir. S 1!. Ki rov) 200 copiun (1:7,145-581 152)

-1 VOROBI y ' W.
W."adjam,
0,; -?.. k.~O~
Third munic1pnl conference of young ffurgeons, devoted to the 250th
anniverenry of Leningrad, Yest.khir. 8a no.51140-143 My 158
(Smma) (MIRA 11:7)

voRoB')MV, V.I;.., q1MRWT, Z.I.-, R&USHNIMI. H.O., prof.
Hffect of ionizing radiations on preserved blood and plasm.
med.rad. 4 no.6:65-73 Je 159. 1 (MIRA 12:8)
1. Is TSentrallnogo ordena Lenina, instituta gematologii i
porelivant7u krovi.
(BLOOD, PRESHRUD,
offs of x-ra." (Run))
(ROSMON RUS, off.
on preserved blood (Rue))

VOROB TH, V. M.
Dupuytrents contracture vith nmltiple localization. Vest.khir
83 no.7:141-142 J1 159. wu 32:n;
lo Is 3-y khirurgichookojr kafedry (save - prof,N.I.Blinov)
Leningradekogo ordem Lenina inatituta ueoverehenatvoyaniya
vrachey im. S.M.Kirova. Adres avtora: Leningrad, ;1.Sa1tykova-
Shchedrina, d.41, 3-yu khirurgichee)mya klinika'GIDUV.
(YASCIAN (AUTOlff)--DISIIASMS)

KAMOSKAYA, V.V.; BORODIN.. Yu.I.; MYSH, G.D.; KULIKOVA, L.A.; VOROB'YEV,-Xjl.
Methodology of determining the transport function of the blood
vessels and lymphatic system under experimental conditions.
Biul. eksp. biol. i med. 57 no.1:120-122 Ja 164.
(MIRA 17:10)
1. Kafedra fiziki (ispolnyayushchiy obyazannosti zaveduyushchego
V.V. Kamenskaya) nornallnoy anatomii (zav. - prof. K.V. Romodanov-
skiy), fiziologii (zav. - dotsent Ya.D. Finkinahteyn)) gospitall-
noy khirurgii (zav. - dotsent B.A. Vitsin) Novosibirskogo meditsin-
skogo instituta. Predstavlena deystvitelinym chlenom AMIJ SSSR V.N.
Ternovskim.

039/lo4i
A'P6 2~18 SOURCE CODB: UR/0020/66~167~0(5/1
AU"MOR: Voroblyev, V. N.
ORG: Leningrad Institute of 11arine Engineering Im. S. 0. Makarov (1/iningradskoyo
vyssheye Inzhenernoye morskoye uchilishcho)
TITLE: Uinar-solar semimonthly and monthly tides in the seas.of the Soviet Arctic
SOURCE: AN SSSR. Doklady, v. 167, no. 5, 1066, 1039-1041
TOPIC TAGS: f"011thl.. juaa-r~~de-,- er!i-- -- n- de-
amm4i-twte'~ ti'k "Voil"Mr. -Pq rein,*
ABST11ACT: The author compares the theoretically expected and the actually treasured
average magnitudes of the harmonic constants (amplitude; phase) of the Icng period ti-
L'
des at various points of the Arctic. Ovcr1OO yearly cycles of water level observati-I
ons made at 22 points were utilized. The results confirmed the general expectation
that the actual amplitudes of the long period tides exceed those theoretically expec-1
ted. The avera-e ratio of the evaluated to theoretically expected amplitudes was 2.061~
A study of the distribution of amplitudes and phase shifts for various (4) seas of thd ;-
Soviet Arctic showed the largest amplitudes (33 ~lm for the semimonthly, and 48 mm forr
the monthly period tides) and phase shifts ( 230, 1250) to occur in the 5ea of Chukho~
tsk. The large amplitude ratio and phase shift of the,waves relative to tile acting
force point to the free wave nature of the long period tides. Therefore, these anpli!,
UDC: 551.44

ACC NRs AP6012918
tudes cannot be described by the conventional equations of the long perioA tides. 7-his
conclusion is confirmed by theoretical considerations published before by J. Proudnan~
,(Geophys. J. Astr. Soc., 3, no. 2, 1960) who showed that on the continental shelf of . 2
-the,ocean the main tidal long period waves must develop as free and not as forced ones.
;"One should therefore direct the orientation toward the experimental measurements of
he average sea level. The significance of the long period tides to the hydrological
J., ind glaciological regimes in the Soviet Arctic seas-remains unclear. Orig. art. has
2'
tables.
t
SUB CODE: 08/ SUBM DATE. 02jul65/ ORIG REP: 004/ OTH REP: 005

VOROBIYEV, V.H., iuzh.
#ppl7ing differentiated train veight norms with the coupling of
additionadl car groups to the tratrA, Zhol.dor.tranop. 42
no#2:77-79 Ir 160. 04IRA 13:5)
1. Zamestitall naohallnika Khabarovskogo otdoleniya
Nllnevoutoohnoy zheloznoy dorogio g*Khabarovsk,
(Railroade--Ma)dLg PP trains)

ZAVOYSIIY, SZBDYUK, R.L.
Density of a water-steam mixture formsd upon lowering pressure in a
vessel containing hot water.,Atom. energ. 4 uo.3:285-286 Kr '58.
(KIRA 12:3)
(Density) (Steam)

IOIDDYAZHNffl IeVo; VOROBIYZV, VoN,,
Operational'experience of the pvrIdIne section of the Moscow Coke-
Oven Gas Plant. Koko I khIm. nc.3:55-57 159.
(MIRA 12:3)
l.Moskovskiy kokoogazoVy zavade
(Moscow-Coke industr7-Equipment and supplies)
(Pyridine)

V0R0BIYEV.,-.:V.ff,) ERSUER, B.V. (MOSCOW)
Passivity of the AT-3 titanium alIry -,*ri sulfuric acid solution. Zhuro
fiz.khim. 38 Po.8.-1973-1977 Ag t(,4. (".11RA 2~8.-I)

~M,
1U.
VOROBIYIV, T.N.
Iffiel6nt cutting tools. StanA instr. 26 no.9S22-25 3 155.
(Cutting tools)
1. -

VOROB'TEV, V-N.. inshener.
W-,fo
. -
rmPrOY8 the production of power equipment, Knahlinostroltel' no.1-
1-13 A 157. (Machine tools) NM 10t4)

MAMIMOV mladshiy
I.V.., doktor geograficheskikh nauk; VOROBIYEVP V.N.
nauchnyy sotrudnik
Deop'sea*currents in the Antarctic Ocean- Inform.biul.Savo
antark.eksp. no.31:35-39 161. OMU 15 W
1. Vyosheye inzhonemoye morskoye uchilishche imoni admirala
Mikarova.
(Antarctie'regions-Ocean currents)

VOROBIMY.Y.H.; FAMN, Yu.,,Iz.; DOBROKilOlt)'W'p U.".
HeN data on the ornithofauna of the nor'.hk?astern Ailti-I..
O.-nitOlOgiid no.6$140-145 163. (YI FLA- 17 x 6 ~
I ,

MR.
1i7 1.
go I
IN "Pio"~l
~V- tP,
W

VOROBIDITO VIOI[Vorobiov, V.0.)
Ways to increase the yield and improve the quaiit.T of long nax
ftbers. Loh. prom. ho.3:27-29 JI-S t64. (MIRA 17:10)

VOROBIYHVs V.0. (Voroblovp VoO. ]I 14ARCH121KO,, M.K.
Experience of the Rapki Flax Mills in the manufacture of flax
atraw boards. Leh* prom. no.4&53-56 O-D 164 (HIRA 18tl)

ZHUCHKOV, V.I.;-,VO,R,OBI,.YE.V,,V,.P.;.MIKIILINSKlYp A.S.
3i.mult&np-is measurement of temperature, electrical resistance
~)f the charge, and position of electrodes as a =ethcd for stud7ing
the operation of charge-resistance furnaces. Izv. vys. ucheb. zav.;
chorn. met. 8 no.2:73 165. (MIRA 18:2)
1. Sverdlovskiy metallurgicheaki-! institut.

PAX
's
u z
Wr ~
(m I Fa is-.S)

BORO Mikhail 2akharovich, Prinimali uchastlye-, USPXY6KATA# Te.P.; BRASHOTAO
A.A.; ABRTUTIILA, K.S.; ZOKOV, V.I.; TAKUNINA. 9.1.1 'YORWITST", , ~
,j,P,., STWKILIN, S.G., akadamik, red*; LISOT, V,Te., red.; KHOLIS,
Li.0 red.; GMASIKOVA. U.S., takha.red.
(Planned balance of the national economy of the U,S.S.R*; practice
in vorking out the balance] Planovyi balans narodnogo khozioistva
SSSR; opyt razrabotki. Pod red. B.G.Stramilina. Moskva, Gosplan-
isdat, 1959o 158 P. (MIRA 13:6)
14 Fodotdal balanoa narodnogo khosyayetva Gosplana SSSR (for
Uspanskaya, Balashova, Abryutina, Zhukoy, Takunina, Yoroblyev).
(Russia-sconomic policy)

OUR IYAMVp Aleksandr V3.adimirovicb; V*P*, redo; PAIBRATOVp
A*I*p tokbn.red*
Arifzetika
(AriUmotiq of eocialism lz-tbe Savinoyst bowel
_
sotatalisma v doma SavivoVkh. JvaAovQj Ivanovskoo knizbnoe
iza.-ovo# 1961* 95 P. MIA 1515)
(Collective farms)
(Home economics, Rural)

L01266-66 M.T(1) /EWT(m) /EPF (c) /~-,Wj IJr(c) P14
ACCESSION NR: kP5020788 ~4 UR/0048/65/029/008/1307/1308
Y-7: 4 Y
AUTHOR: Voroblyev, Vo P ; SolovIyerv, As V.; Shpak, He To
T
TLV-:') Luminuscence of the products of photolysis of crystallino tr ftenyll-
I A ip_
"at 20"K jReport, 13th Conference an Luminescence he'd in Kharlkov 25"~une
to 1 July 196t,/
SOURM AN SSZR. Izvestiya. Seriya fizicheskayap vo 29p no* Elp 1965, 1307-1308
TOPIC TAGSi photolysisp organic crystal, free radical, luminescence analysis,
electron pamnagnotic resonance
ABSTRACT: Two of the authors and collaborators have previously found that ir-
radiation of tripheny1methane crystals at 20o'K with unfiltered ~Ir" a Mer-
-P ,I I M-0
cury are Flve3 ri;3e to f1ve ne. bands in the I-umi gRgr't M& they
have cal IF-jr4 tic Ap 9, C~ D, and Z bands, In order of Lnereasing wavelength ("'Vr.
fiz. tn., '~, 122, 1962). 7he pmient packer T--T-rts rusu-Its of an exami-nati-)n ~f
Initiat'y very pire tripnenylirxAliare cr-ysstals which have been furtrier purifiee ~y
rf~'inlln~. After Irrad"ation irl',ri inerc,,jr7f art light these cmtals showee~
jr'! 'i "~"- A -~A ricl, the &n.1 F h.-L-cls ~e Irg absent .The A, I=Inesconce bs-rl"
of the purifled irradiated cr7utals tras 1dantiml vith the lumInescence spectrum
(Ort' 1/2

L o1266-66
ACCESSION NR.- ILP5020788
of triphenyl=.-,thyl radicals produced in other samples by chemical neansp and the
electmn pare~--aMetic resonance spectra of the purified Irradiated crTatals and
trie ontaining &4-mically tripheny1nethyl ru~ilcals were also
nr~ -nn:-,eire-re 1,a~i,4 Indliced in tripheny'wetr~&r;fy
q 'or w. % r~ -n~ F-r .,-r ra:~'ca'.
- ipher. y -31
-3,5 ~'f'
4 r.,~ r-"t,3,
K'~," '1r 4e!- W')03t- 'I,! eCt' R
P 0 Ph S 1 6 M.'
-"N -ist ! tut ft 71 k-1 k~, gv~emi tu t f v A-ade
of a -Pnce*, v rr a a Ail
TIRM TTTTD-l! RiCL t '-1C SUR COM 5s, OP
\1 f Irr. . , ~
- 1~ - (Mi FR z a)2
Card 2/2

KOTELININOV,, I.A.; Prinirrol
HIKULINSKIYP A,,$. VQHQALI2L& V
uchastiye LLUTIN,, G.M.
Use of tubular electrodes in industrial electric-furnaces for
steel smelting. Stall 22 ao,WlS-219 Ap 162, (KMA 15:5)
(Steel-Electrometallurgy) (Electric furnaceto)

S/133/62/000/004/005/008
A054/A127
AUTHORS., Mikulinskiy, A.S.- Voroblyev, V.P.; Xotel'nikov, I.A.
TITIE: Tubular electrodes used in industrial-scale electric steel smelters
PERIODICAL: Stal', no. 4, 1962, 318 - 319
TEXT: The authors, togethAr with G.M. Laletin, carried out tests with tu-
bular electrodes to investigate the electric conditions of the furnace operation
for different smelting periods, the duration of smelting, the total and reactive
electric power consumption, the quantity of molten steel, electrode consumption,
the external condition of the electrodes, (working end) after each smelting, the
nature of cracks and the degree of oxidation of nipple-joints when these elec-
trodes were used. Tubular electrodes, 400/80 mm were tested and compared to con~-
ventional 400-mm diameter electrodes, In 27 - 29-ton furnaces with a three-phase,
8,000 kw transformer. The furnace crown was made of dinas bricks, the walls of
chrome-magnesite bricks and the bottom of magnesite. The transformer operated in
j five stages; 260, 229, 208, 150 and 118 v, the rated phase current on the up-
side being 780 amp, that of the down-side 17.7-amp. The behavior of the electric
aro when operating with conventional and tubular electrodes was determined. by
Card 1/3

3/133/62/000/004/005/008
Tubular electrodes used in ... A054/AI27
high-speed filming (900 - 1,000 frames per second) with an CKC-IM (SKs-im) camera.
The current intennity was recorded with a aelf-recording H-376 (N-376) ammeter.
The following-furnace operation parameters were obtained using tubular and con-
ventional electrodes:
Tubular Conventional
eleotrode electrode'
Electrode consumption, kg/ton steel 6.98 6-31
Idem,vdth deduction of the burning losses 6-51 6.11
Electric power consumption, kwh/ton steel 718 708
r Average periodicity of electrode build-up,
heats/electrode 4.1 4.4
Furnace runs (calculated by the crown condi-
tion) smelts 92 85
Average number of cut-offs of the oil switch
per heat 2.2 3.1
Power coefficient per heat, cos cp 0-831 0.827
The tests did not reveal any economic effect of using tubular electrodes; they
have certain advantages, however. Tubular electrodes, as compared to conventional
ones, are capable of focusing the electrie'aro below the operating end; the per-
Card 2/3

SI/133/62/000/004/005/OCS-
Tubular electrodes used in .... A054/A127
iodical flashes of the arc of tubular electrodes are less intensive and less con-
centrated and, therefore, they are less harmful to the furnace lining. The cur-
rent load per phase is more stable, and depending on the phase conditions of the
furnace, increases by an average of 20 - 30%. This can be explaine7a by the are
burning conditions being improved, due to factors affecting the are-discharge
stability, which, as time progresses, shows less change than when using conven-
tional electrodes. The number of automatic cut-outs of the oil switch is reduced
by 30%, on account of a stable current load of the transformer rendered possible
by a physical contact between the electrode and the charge. 11view of the re-
sults, tubular electrudes are most expediently used in smelting carbon-free ferro- V/
chrome in refining furnaces. They are expected to contribute to a prolonged ser-
vice life of the furnace lining and due to their electric load siabilizing effect
they will make possible higher voltages in electric steel smelters and ore-smelt-
ers. There are 3 figures.
3/3

MIKULINSKIY, A.S.j NAKHABIN, V.P.; SHIRER, G.B.; NEVSKIY,, R.A.; STEBLYANKO,
N.V,; XEFREWINq ZHUCHKOV, V.I.;
KURNUSHKO, O.V.
Change in the position of the electrodes and the capacity coefficient
in obtaining manganese alloys. Trudy Inst. met. UFAN SSSR no.7i
147-151 161. (MIRA 16z6)
(Manganese alloyrs) (Sintering)

KKnINSKIY, A.S.; ZHUCHKOV, V.I.; VOROBIYEV9 V.P.; SHOLOKHOV, V.F.
Obtaining manganese-silicon from Northern Ural ores. Trudy inst.
met. UFAN SSSR no.7:177-181 161. (MIU 16t6)
(manganese alloys) (Sintering)

STEDLYARKOP N.V.; VOROBIYO1,J.~j; MKULINSKIYp A.S.
Nature of the electric load in are-type thermal ore furnaces.
Trudy Inst, met. UFAN SSSR no.7:153-156 16i. OGRA 16:6)
(Electric furnaegs)

VORCBIYFV, V.S.; RUSANOV, A.K.
Quantometric and spectrographic aralysis of silicate rocks.
Zav. lab, 30 noogt945-949 '64. (MIPA 18t3)
1. Vuesoyuznyy nauchno-issledovatellskiy inatitut mineralinogo
syr Iya.

TOROBITNT, T.S.
INw9bMUnnnon bitding lumber by grab cranes. Isch. tr*m*,
16 no.6*,28-29 Ja 157. (XLVA' jGrt8)
1. Kranovshchit Gortkovskogo portas
(Lumber-2'rausportation) (Grwwwo'dorriabs.-sto.)

OR,~GORtrW*14,1 PANNUTI-MV, L.A.; KUPRIIIA, V,V,; VOROB#nff, V.8,
Study of the system gold - silver - cobalt. Zhur neorg.l.-him. 3
no.11:2532-2536 N 158. iWRA 11.012)
(Gold-silver-ei)balt alloys)
I

BOY/78-3-11-17/23
AUTHORS: Grigorlyev, A. T.9 Panteleymonov, L. A., Kuprina, V. V.,
_*"objLev,, V.
b N The Investigation of the System Gold-Silver-Cobalt (Inaledovaniye
sistemy 2oloto-serebro-kobalit)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol 3, Nr 11, pp 2532-2536
(USSR)
ABSTRACT: The phase diagram of the syste,in gold-silver-cobalt was construct-
ed and investigated. The investigations covered the thermal
analysis, microstructure, Brinell hardness, electric resistance,
and its temperature coefficients. The purest metals with im-
purities of a maximum of 0,01% were the source material. The
alloys were treated in krypton furnaces under a barium chloride
layer.
The fusion and hardness diagrams of the system Ag-Co in the case
of a varying Au-content are given in the figures 2 and 3. The
determination of the electric resistance was carried out by
means of a potentiometer at 250 and 1000C. The electric re-
sistance of the system Ag-Co in the case of a varying Au-content
Card 1/2 is given in figure 4. The electric resistance reaches a maximum

The Investigation of the System Gold-Bilver-Cobalt SOY/78-3-11-17/23
approximately at a ratio of Ag : Co - I : 1. The results of the
calculation of the temperature coefficients of the electric
resistance in the temperature range 25 - 1000C are given in the
tables I and 5. The diagrams of the temperature coefficients
analogous to the diagrams mentioned above have a maximum and a
minimum.
The microstruoture of the alloys was investigated after the
determination of the hardness of the latter. Dark phases in the
alloys are rich in cobalt, lightphases are rich in gold.
The limits of the individual ranges in the phase diagram were
determined by means of the microstruature investigations. The
investigations showed that the separation zone in the binary
system silver-gold exists at room temperature and is reduced by
the addition of gold. It vanishes completely in the range of
about 67% gold.,
There are 6 figures, 2 tables, and 10 references, 4 of which
are Soviet.
SUBMITTED: October 21# 1957
Card 2/2

BIB&Mlip L.M.; VO,ROBIYEV V,S.; NURM,, G.B,
Energy emitted by an equiUbrium plasma in spectral lines Opt. i spektr.
14 no-3:330-335 Mr 163. iMM 16:4)
(Plasma (Ionized gases)) (Hydrogon-Spectra)

W'W)B'YEV V S - NORWI, G.L.
-4 ~~~
&,ergy emission in the spe~-tral lines
;Opt. I spektr. 17 no,2tl8o-188 Aga64 of an equ:UIbrj= pUs=..
(MIRA 17j8)

RUSANOV, A.K.; VOROBIYEV, V.S.
Even injection of powders in a highly dispersed state into the
flame of the are during the spectrallanalysis of substances. Zav.
lab. 30 no.lt4.1-43 164. (14IRA 17:9)
1. Vaesoyuznyy,-nauchno-isaledovatellskiy inatitut minerallnogo
syrtya.

VOROBfYbVf V.S.; RGANOV, A.K.
Spectrographic and quantometric analysis of solutions and
silicate rocks after the solubilization of samples. Zhur.
anal. khIm. 19 no.3z286-292 164. (MPJ% 17:9)
1. Vsosoyuznyy nauchno-issledovatellskiy institut minerallnogo
syrIya, MoBkva.

ACCESSIOIN NR; AP4041567 S/0293/64/002/003/0441/0454
AUTHOR: B ibc rman , L, M.; Vorob'yev V, S.; N orman, G, E. Yakub ov, 1. T.
TITLE: Radiation heating in the case of hypersonic flow
SOURCE: Xosmicheskiya inaledovaniya, v. 2, no. 3, 1964, 441-454
TOPIC TAGS: radiation heating, hypersonLe flow, shock wave, aero-
.dynamic heating, blunt bodyo, boundary layer
-ABSTRACT: The problem of the heating of a blunt body by shock-wave
radiation in the case of hypersonic flow (velocities> 8 km/sec) is
examined with particular attention given to the case of heating
caused by flow under conditions where the gas is almost completely
dissociated following a density jump. General expressions are given
to compute the radiant fluxes. The main elementary radiation proc-
~esses involved in the determination of the plasiaa formed after the
density jump are analyzed. Methods of computing the contribution
of the individual radiation processes to the radiating capacity of
the air are presented. The radiation in the continuous spectrum
and in the entire, aggregate of spectral line's is considered. Compu-
Cwd

-A
.ACCESSION NR: AP4041567
tations indicate that: 1) there is a broad interval of temperatures,
pressures, and thicknesses of the radiating layer in which the lines
make the major contribution to the energy emitted by the plasma, 2)
the total energy of a large numb'er of weak lines, computed integrally,
with a growth of optical-density may noticeably increase the contribu-
tion of the individually computed strong lines, and 3) in addition to
the visible lines, the lines in the ultraviolet may also play an im-
portant role. Computations were also made of the coefficients of
absorption and the degree of air darkening in the pressure interval
p - 0.001-100 atm and for temperatures to 20,OOOK. The values of
.-..the flow parameters at which the radiant heat flux may exceed the
convective flow and cause aerodynamic heating are found. The state
of the gas behind the shock wave ftont is discussed. The causes
for the departure from a state of equilibrium and the regions of
relaxation and quasi-stationary iuequilibrium are analyzed. The
main processes determining the structure of the inequilibrium zone
at high flow velocities are explained., Orig. 'art. has: 5 formulas
and 3 figures.
ASSOCIATION: none

ACCESSION NR: AP4043003 S/0051/64/017/092/0180/0188
AUTHORS: Vorob'yev, V. S.; Norman, G. E*
TITLE: Energy radiated by an equilibrium plasma in spectral lines#,
SOURCE: Optika i spektroskopiya, v. 17, no. 2, 1964, 180-188
TOPIC TAGSt plasma radiationp plasma spectral line, nitrogen#
oscillator strength, line broadening, continuous spectrum, line
spectrum
ABSTRACT: The method developed by the authors previously (with L. M.:
Biberman, Opt. i spektr. v. 14, 330, 1963) for the calculation of
gy is extended from a hydrogen plasma to include
line radiation ener
a plasma of arbitrary composition. Account is taken of the specific
difficulties arising in connection with individual complex atoms#
such as differences in oscillator atrangtba, in the broadening
Card

ACCESSION NRs AP4043003
mechanism and in the values of the line half-widths, in the multi-
plet level structures, and in the overlap of certain series. The
specific broadening mechanisms of different lines of complex atoms
and ions are-'taken into account, and dxpressions are derived for
the integral'contributions of aggregates of weak lines. The influ-
ence of the continuous spectrum is estimated. The calculation
method is illustrated with nitrogen plasma as an example for which
energy balances are calculated for several pressures and optical
thieknesses. it is shown that the results obtained.for nitrogen
are general enough to cast light on the relative role of ij4dividual
processes. "in conclusion we thank L.,M. Biberman for interest in
the work and for a discussion of the results. We are alea cjrateful
.tto 1. T. Yakubov for useful remarks." Orig. art. hass 1 fiUure, 10
formulas, and ~2 tables*
~ASSOCIATION: None
,Card

ACC NRs A _9C.URCE-CODR.- - WIW11651OW1003103261
Diber~an,' is -M. Vorok;'Ye'v, V.
A.
N. /_1/
S. - War mw,
AUTHOR.,
ORO. none
TITIZ: Radiation transfer in an ionization continuum
SOURCE: Optika i spektroskopirp ve 19, nos 3, 19651 326-.3N
TOPIC TAGS: ionization, radiation spectrums continuous spectrum# spectral lines
photon emission
ABSTRACT: This 13 9, continuation of w9rk M~fi the authors (Biberman, ZhLTF v.
17, 416, 1947), where a theory of radiatiorenzier In spectral lines vas proposed.
In the present article this theory to extended to lude certain cases of radiation
transfer in m continuous spectrum, and in partleul&r to the case of radiation transfer
In an Ionization continuum. It is shown that such radiation transfer should be con-
sidered as a combination of re-emission acts, durir;g which the photon n-equencies vary
within the limits imposed by the width of the conti-nuum. An Integral equation for the
concentration of the electrons is obtained, and Mi approximate solution is given. A
system of equations which describes the processes of radiation transfer both within
the continuum and in the discrete spectrum Is formLlated. The tnrtent to which the
beam of photona emitted by the elementary domains deviates rrom an exponential depen-
dence on the distance traversed to axislyzed amd it is shown that for this very c. n
case when the abcorption coefficient Is Inversely proportional to the cube of the fre-

NRI AM2859
quency the deviation from exponential In considamble. The theory can be easily
generalized to radiation transfer in continuous ffpeatre of other types, such as
rmUstion transfer In the continuum of negative icm3. Orig. art. bast 1 figure wA
20 formul".
$US C(MZI Id?o/ Sm DATE: 26weAl mw mw: 1 006

L 36226-66 E1,VT(Q/~11P(m) IJP(c) ~IW/AT
F_'ACC NR, APW24510 SOURCE CCM UB16W66/NW/W270~
AUTHOR: Voroblyevp V. S.; Yakubay
1. T.
ORG: Scientific Research Institute of High Temperatures (Nauchno-issledovatellakiy
vysokikh temperatur)
TITLE: Causes of formation of a radiation peak behind a shock wave in a nonequillb-
rium gas
~SOURCE: Zh eksper i teor fiz4 P1s1ma v redaktsiyuo Prilozhenlyep vo 4, no. 2., x9ap
.43-45
TOPIC TAGS: shock wave frontp electron collision,, plasma radiation) plasma shock wave
excitation spectrump spectral distribution
~
ABSTRACT: The authors show that the rise of the radiation from'a nonequilibrium re-
laxing gas above the equilibrium level in generalt and the radiation peak observed be-
hind a shock wave in particular, are caused by the nonequilibrium state distribution
of the radiating atoms and by heating of the~electron gas by inelastic collisions with
molecules. The state of the nonequilibrium Onsma roduced behind a shock wave is de-
scribed with the aid of the conservation equationsp and the equationa for the ioniza-
tion kinetics and the energy balance. The distribution ofthe atoms over the states
in obtained with the aid of the Fokker-Planck equations. The upper and lower limits
of the ratio of the intensity of the radiation in the 3o - 3p lines of nitrogen to
their values at equilibrium are presented in graphic form., Similar results are ex-

A~.- NK; -JU-W4Af>jO
pected for the case of a band spectrum behind strong shock wavesp where the radiation
peak can be attributed to excitation of the molecules by electrons. The authors than]
L. ~L Biberman and 0. N. Norm%n for valuable discussions. Orig. art* has-. 1 figure
and 3 formulase
BUD CODFP: 2D/ em DAn: o7wA/ oRm mw t oo4/ out mw, oo3

b 46140-66 U11(c) JD/JW
ACC NRs AP6029773 SOURCE CODE: UR/0294/66/004/004/
AUTHOR: Voroblyev, V. S.
ORG: Mosc ow Pover-Engineerinx Insti ute (Moakovakiy energeticheskly inatitut)
TITLE: Influence of radlatioK reabs2Ektion on the deviation from tbermoZynamic
equilibrium
-_SOURCE: TeplofiziXa vybokikh temperatur, v. h, no. 4, 1966, 494-498
TOPIC TAGS: thermodynamic equilibrium, radiation effect, radiation spectrum, excited
state, line spectrum, continuous spectrum. light absorption, hydrogen plasma, trans-
port property, ionization
ABSTRACT: The author determines deviations from thermodynamic equilibrium, produced
by,the emission of radiation from a volume of optically dense gas,as a result of t ~e
-,,,reduction of the number of excited electrons and atoms in the gas. Earlier papers
.deb.ling with this subject vere restricted to optically thin layers. It is assumed
that all the excited states and the continuous spectrum are closely related to impact
processes and are in relative equilibrium with one another. Both direct radiative
(spontaneous emission and radiative recombination) and inverse ones (photo-
ionization bnd radiative excitation) are considered. The radiation transport is
treated by an approximate method developed for spectral lines by L. M. Biberman (Dokl
Ax sssR Y. 49, 659, 1958) and subsequently extended by Biberman and the author (with
UDC: 533-932

ACC NRs AP6029773
A. 1.7. Lapar'Kov, Optika i spektroskoplya v. 19, 1965) to include the ionization
continuum. Account is taken of the reabsorption of all the components of the clis-
crete and continuous spectrum, by replacing the true lifetime of the excited or'ion-
ized state by some equivalent lifetime. 'The role played in the deviation from equi-
librium by various radiative transitions is discussed. By way of an exonRle, the
nonequilibrium concentrations are obtained for a plane layer of NL4E2gen~-blesma. The
degree of validity of the appioximations employed is discussed. The author thanks
L. M. Biberman for continuous interest in the work and I. T. Yakuboy for remarks.
Orig. art. has: 2 figures, 3 formulas, and 1 table (02)
S?B ORIG REP: 004 / ATD PRESS:
WODE: 20/ SUBM DATE: l5May65/ 005/ OTH REF:
50

081 ..67 Do (1) iJO(00
SOURCE CODE:
CC NN Ar6o24893 1 ~~166165 00 03 0
-VorobI
Y.M- V.-
11' Te!geratures, Acad!n7 of SciencesS
ORG: institute of His ssR (Institut vysokikh
_SSSR)....
temperiCt-urAkademii nau.k
Excited-atate.distribution of-atoms'in the absence of.equilibrium
SOURCE: Zhurnal,ekspeiimentallnoy. i'teoreticheckoy fizikij, ve 51, not l.. 1966o 327-
336
TOPIC.TAGS.- excited at."e,' e1ectroftcollision,- atomic physics, physical diffusion,
plasma physics, paxticl6: distripution'
ABSTRACT: The author uses'a 'single quantum approximationfLnd the Fokker-Planck equa-
tion to determine the nonequIlibrium distribution of atomr?(rircr the states -for condi-
tions under which the kinetics 'of the creation and annihilAtion of the quanta is de-
termined by 'collisions with.electrons:t~A'simplified approach in used, in which the
concentration of the neutral atoms,,The.clectrons, and the ions are assumed known and
the plasma is assumed quasineutral. The plasma is assumed to be optically dense for
thi lines of the resonance scriesp- i's'o, that the radiation yields of these lines are
not significanto and the electron densities assumed to be sufficiently large to make
the radiative transitions between -the excited states much loan frequent than tranai-
tions due to collisinn. In theoingle-quantum, approximation employed, account is
taken of the discretenesa'of tbe.'Idvel:o of the atoms, but only transitions between*
Card 3/2

AU- NMI A1-0024?J~L5
esults obtained with the aid
neighboring states are cons1dered.--comparing the r
of the single-quantum approximation;" and the )?6kker-P-lanick diffusion equation, an
approximate expression.is derived for 'the concentration of the atoms at any level;-
-the expression takes into account the discreteness of the levels and the different
transitions bet-4een them. The results obtained are compared vith numerical calcula-
tions and are used to explain the n6nequilibrium distributions of the excited states
,of the atoms observed'in arcs, and to, explain the deviations from the Boltzmann dis-
tribution. The author thaWw'Li. M. Biberman,and 1. T.-Yakubmt-for valuable discus-
sions; and help with the.,work. Orig. artq has: 2 figures and 29 formulas.
1~ nATE:: -.;L7FeW/-,,!,;:.'1 okG'. Rw; ow/
M/, o= n1?.- w6
so CCDE:
Card 2/2 n8t

VOWBIYEV, V.T., inzh.
Electric power supply of consumers in conjunction with
railroad electrificationusing commercial frequency &.a.
Izv. vya. ucheb. zav.; energ. 5 no. 8sLI6-317 Ag 162.
(MIRA M7)

tic e6ref'-It- uev, V-
KIMLIKSKir. M;A.; VORCIBIYCV, V.V.
Perforation of the slimentar7 canal by fish bones, Soveiied. 21
'Supplament:22 157. (MIRA 11:2)
1. Is kliniki gospitallnoy khtrargii Khabarovskogo meditainEkogo
iastitute.
(ALINERTARY CANAL-FORRIGH BODIES)

FEDOTOV, 1,sonid Yefimovich; VOROBIYE;V, V.V.j rod.
[Copper welding] Svarka medi. Leningrad.. 1964. 26 p.
(MIRA 17:9)

AGAPOVA, T.I., red.; DORODINOV, Ye.V.., red.; KAS.HCMKO, Ye.I.,
red.; &USHANOV, A.I.,, red.; REYKHBEROt G.Ye,q red.;
VOROBOYEV, V.V., red.,- BORZUNOV, V.F., red.
(Abstracts of papers and reports of the Third Far
Eastern Conference on Historvp archaeology and
Ethnograp~q-$4ctions Socialist building projects in
Siberia and the Far East] Tezisy dokladov i aoobshchenii.
Sektsiiat Sotsiallatichoskio novostroiki'Sibiri i Dall-
nogo Vostoka, Komsomolisk-na-Amire, Komsomoltakii-na
Amure Goopedinatitut., 1962. 76 p. (HIRA l7t9)
1. Dallnevostocbnaya konferentsiya po istorii, arkhoo-
logii i etnografii. 3d, Komsomolsk-on-Amur, 1962.
2. Komsomollskiy-na-A=re Gosudarstvennyy pedagogiche-
skiy inStitut (for Kashchpnict). 3. Dallnevostochnyy
filial Sibirskogo, otdele;iiya AN SSM (for Reykhberg'.
4. Institut geugruixi Sibirskogo otdeleniya AN SSSR
(for Voroblyev). 5. Institut istorii AN SSSR (for
Borzunov).

VOROBIM VOL,
LuMoved system of organizing car flows in a division. Zhal.,dor.transp.
no.1208-60 D 162e (IOU 15:12)
11 Glavnyy inzh. Khabarovskogo otdeleniya Dallnevostochnoy dorogi,
Khabarovsk,
(Railroads--Making up trains)

PONSHISHEWK31 V.V., doktor googr. nauk, prof.1 VARLAMOV, V.S.; YWOREV,
B.S.; STEPANOVp M.N4 DOTVIM1IKOVp V.I.; KOLOBKOV, M.N.;
VCROM1M,V.Y._,,_kan&. geogr, nauk; KLIMOV, A.I.; STEPANOV.,
rX.; 14YAKUSHKOVI V.A.# red.; BELICUNKO, R.K.p mladshly red.;
MALICHEVSKIY, G,N,$ G.N., red.kartj VILENSKAYA, E.H.j, tekhn. red.
[Yzscow - Vladivostok; railroad guide]Moskva - Vladivostok; pu-
tevoditell po zheleznoi doroge. Moskva, Geografgiz, 1962. 266 p.
(KIRA 15: 1-1)
(Railroads-Guides)

VOROBIYEV, V*V.. ausistent (Kabarovskp ulo F-ekrooovag d*64P kv.74)
................. --- -
Tvo-phace rupture of the liverd, Vcst.khir. no.5tlO4-105 162.*
1 (Km 1521:0
1. Iz gospitallmay -.',*m-gicl,.-eskoy.kliniki (zav. - prof. M.A.
MIOUMAW !Mabardy'skogo meditainakogo instituta (dir. - prof.
S.K. Veabapayev).
(LIVER-RUP Lim)

YAWTOTo LTe.g YZTSTAFlnff, S.G.; VDRGtM. T.T.1 UBPOTo V.S.;
yffsyAN,. I.A.
Welding bus bar compensators. Avtom.sT&ro 13 no-7t87-W
Ji 160, (MM 1327)
1. Treat OGidroolaktromontaxhl (for Veysuan). 2. Lenines4skly
filisa inatituta, 'Orgenergostroym (for all except VeyaiWo
Olus conductore(Blectricity)--Velding)

S/137/62/000/004/168/201
A154/A101
AUTHORS: Fedotov, L.Ye.; Voroblyev, V.V.
TITLE: The effect of the shielding medium on the heat influx into an arti-
cle during welding
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 26, abstract 4E132
("Inform. byul. Vses. in-t po proyektir. organiz. energ. str-va",
1960, no. 4, 14 - 16)
TEXT: The use of N2 as a shielding medium for welding Cu with a W elec-
trode Is of great practical interest, since on the one hand N2 is very cheap,
non-scarce and safe gas, and on the other hand weldIng In N2 permits greatly In-
creasing the heat influx into the article as compared with welding In argon for
the same amount of electric power supplied.
V. Klyuchnikova
[Abstracter's note: Complete translation]
Card 1/1

8/1,35/15,1/000/ot)09/003/006
A006/A101
AUTHORS: Pedotov,, L.Ye., Engineer, Vorob'yev, V.V.
TITLEs On the effective heat efficiency durine arc welding of copper in
.shielding gases
PERIODICAL: Svarochnoye proizvodstvo, no. 9, 1961, 11 - 12
TEXT: For the purpose of replacing argon by nitrogen In gas shielded weld-
ing of copper, experiments were made to determine the effective efficiency of heat-
ing 12 mm thick M2 copper plates, during welding with non-consumable tungsten elec-
trodes of 5 mm in Idiameter, using 400 - 460 amps current, in argon and nitrogen gas
shield. The heating time vafted within 15 to 39 seconds. The effective efficien-
cy ofheating the work by the arc heat was determined by comparing the heat equi-
valent,of-full electric power with heat content of the heated specimen measured in
a calorimeter Q
0 '.~T wUatw
Q Qc + Qcopper where Iw is the welding current in amps; Uarc
Card 1/2 '

S11351611000100910031006
On the.effective-heat efficiency ... A006/A101
is the aro vol" Ze in v, tw is the welding timd' in seo;- Qc - (180 + Gw).(Tfin -Tin),
is,the heat:oontent of the calorimeter in cal. (160.cal/degree is the calorimeter
constant]; 0. Is the water mass in the calorimeter tAnk (12s5OO g),'Tin and T'fin
are the initial and final water temperature in the calorimeter tank after immer-
sion of the specimen, in OCI Qc " (loopporcoopper (Trin - Tin) in the heat
content of the sp'eolmon to be we?speder(Goopper is the plate weight, 1,370 9, Coopper
is,the specific hoat eap~tcity of copper, o.94 cal/g.degree 0). The experiments
showed that the effective effiolency during the welding of copper in.nitrogen at-
mosphere was by 2D higher than In argon. Therefore the use _oi nitrogen as a
shielding gas is of practical interest for the described purDose, since nitrogen
makes It possible to considerably increase the heat supply to the work piece as
compared to argon, at the same values of the electric power supplied. There are
3 tables and 5 Soviet-bloc references.
ASSOCIATION: loeningradakiy filial instituta "Orgenergostroy" (The.Leningrad Branch
of the Orgenergostroy Institute)
Card 2/2

VOROB -. v I -,-
Production Is increasing. MIuAndASSR 28 no.4:7-8 '57.
(HLRA 10: 7)
1. Direktor Moskovskogo ptitookombinata.
(Poultry)

t "T
02516.67
I.. j T.1111F
f -Aee- "M,fi_66~ 3 6-6 0 SOURCE CODE:
UR/Ol85/66/on/oo4/o4i6/o423
AUTHOR: Vorobyaq-v, V. V. Voroblyev, V. V.
ORG. Kharkov State University im. 0. M. Horlkyy (Kharkivalkyy derzhuniveisytet)3 7
TITLE: ion of yttrium 'in air
SOURCE: Ukrayinslkyy fizychfiyy zhurnal, v. 11, no. 4, 1966, 4:L6-423
,TOPIC TAGS: yttrium, oxidation kinetics, high purity metal
ABSTRACT: The author studies the oxidation kinetics of yttrium, with a purity of
.97.2% and 99.8% by weight in air at a relative humidity of 34 and ~7% at I atm.
It is shown that oxidation rate is affected by metal purity. The ate of oxidation
decreases as the purity of the metal is increased. The dif: V oxygen anions
through the oxide into the oxide-metal interface plays a significant role in the
oxidation of yttrium. It was found that two stages of oxidation of metallic
yttrium exist at the same temperature and that oxidation varies with temperature
increase of the metal azid its commercial purit , The rate of yttrium oxidation
is determined as a function of ambient humid . The rate of yttrium oxidation
varies in water vapor. The lower the urityTyf the metal the greater Is the
variance in the rate of oxidation. Or g. art. has: 7 figures, 1 table, I formula.
SUB CODE: OT/ SUBM DATE: 118jun65/ ORIG REF: 002/ OTH REF, 010
Card-