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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962510006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOBOLEM, N.D.; YEGOROV,, V.I.
The strength criterion In ther=1 fatigue. Dokl. Ali 55-SR
147 no.2:350-352 N 162. (MIRA 15:11)
1. Moskovskiy inzhenorno-fizicheokiy institilts
Predstavieno akademikom G.V. Kurdyumovym.
(Strength of materials)
(Metals-Fatigue)
4 -10

YEGOROV, Vj., kand.tekhn.nauk; SOBOLEV, N,D., kand.tekhn.nauk
Studying thermal-fatigue strength of heat-resistant materials under
variable stressed conditions. Izv.vys.uaheb.zav.; mashinostr. no.63
29-39 163. (min 16,io)
1. Moskovskly inzhenerno-fizicheskiy institut.

YEGOROV V.1.1 SOBOLEV., N.D.
-
Relative evaluation or -the reolotance of satarials to therzal
fatigue. Zav. lab. 29 no,6t739-742 163, (MIRA 16:6)
1, Mookovskiy inshenerno-fisichaskiy institut.
(Metals, Effect of temperature on)
M

Pruit <lre
Results of a disciission on problems of pruning and tri=,-Ang fr-At T)1,,nts.
Sad i o,-,., no. 7, 1952.
9. Monthl List of Russian Accessions, Library of Congress, Ontnbnr 1;52, Uncl.

Y&")Aov, V.
Rukovodr,tvo lo kollektivnozu 1. individual'no=a ced-~,vodetwi rab-)ci][Vh i !!Illzk;Dryi
Te.,
Aeference book on fru;t ;~ardcnirl er. I -d. ~,orlrvp- frnfizdat,
(54-19027)
sB45x. E42 1953

rodalctor.- BEIMS011, A.N.,radektor;
GINZBURG, Y.S.; P
YNIAGIN, ITC91beekiy reclaktor
[More fruit. berries, and grapes; annotated bibliograp~ql
Bol'she plodov, lagod i vinograda; annotirovinnyl'ukazatell
literatury. Moskva, Goo. izd-vo kullturno-proev. lit-ry, 1956.
63 p. (MLRA 10:4)
1. Moscow. TSentrallnaya nauchnaya sallskokhozyaistvannaya
bibliotaka.
(Bibliography--Yruit culture)

FROLOV-BAGRMV. A.M., professor, otyetetyennyT redaktor; NEGRULI, A.M.
professor, zameatitel'otvetetvennogo rodaktora; BLAGONRAVOV#P.1',t
kandiclat sellskokhozyay-stvannrkh nauk, samestitell ot~etstvanuo.go
redaktora; 41WINOV, N.A. ;-professor, redaktor;4~QCROl- I t.re-
daktor; KARTAVOREM. P.I., kandidat'sol'ikokhoxyay-styannykh neakg
redaktor; KATAROYAN,' TQ#, kandidat biologicheakikh nauk, redak.tor;
POTAPXIIKO. Ya.I.; kandidat seltskokhozyaystvannykh nauk, redaktor;
PROSTOSE-Mv.- R.N. )~rofessbr, raclh,ktorl TABIDZZ, D.I., doktor uill-
skokhozyaystyannykh nauk, redaktor; KWITONOY, A.F., redaktorj~
KRUGLOVA, G.I., redaktor; KISINA, Ye.I., tekhnicheskiy redaktor..
L-Ampelography of the U.S,S.It.]Ampelografiia SSSR. Red.kollegilp';
A.M.Frolov-Bagre)wv i dr. Moskva,Gos.nauchno-tekhn~i%d-vo M-va'
promyshl.prodov4lotvenn.vkh tovarov SSSR. Vol.6. 1956. 432 p,
WaA 10: 6)
l.Moscow. Vsescbmzny)r nauchno-issledovateNkV institut vinodeliya
i vinogradaretva "Magarach."
(Grapes-Varieties)
1~_, ~M_
77

TZGOROV, V.I.; WARYAN, Ye-A.
(Hanual of fruit culture; a guide to fruit culture for group and
personal orchards] Spravochnik po sadovodstvu; rukoyodstvo po
kollektivnomu. i priusadobnomu sadovodstvu. rabochikh i sluzhashchikh;*.
izd. Moskva, Profizdat, 1957. 261 p. (MIRA 10:5)
(PrAt culture)

YSVTUS"W0, A.F., kand.sellskokhozyaystvonnykh nsuk, red. ;_,._YSG0RQV, , V.I.
red.; YHIIIKNYHV. Kh.K,, kand.biol.nauk; red.; ZA191AMICH, N.I.,
kand.sellskokhozyaystvannykh nauk, red.; KOLWSIIIKOV, V.A.. doktor.
sol'skokhoz7aystvanafth nauk,red.: METLITSMY, Z.A., doktor Bel,S!.:O-
khozynystvennykh nauk, red.; NEGRULI, A.H., doktor rellskokhozyay,.
stvonnykh nauk, red.; YAKOVIXV, P.N., akademik, red.; SAVZDARG, T7-S.,
red.; VESKOVA, Ye.I., tekhn.red.
(Progress in fruit culture: papero read at a Jubilee aession of tlie
All-Union Academy of Agricultural Scienes, commemorating the ceat.-inary
of the birth of I.V.Michurin] I)ostizheniiS DO sadovodetyu; materVily
iubileinoi sessii Vaekhnil, posviashchennoi 100-letiiu so dnia ro';bde-
niia I.V.Michurina. Moskva, GOG.izd-vo sellkhoz. lit-ry, 1957. 4!)3 p.
(MIRA 1.1-2)
1. Voesoyuznaya Akademiya sellskokhozyaystvannykh neuk imeni V.I.!
Lonina.
(Fruit culture)

KAMSHILOV' R.A. ANTONOV M.Y.; BAKHMV, N. ,
A.D.; GAR, K.A.: GARINA, K.P.; GORSHIN, P.F.: GUTIYEV. G.T.:
DBLITSINA, A.Ve; DUMOVA, F.7.; YBVTUSH3MKO, A.F.; X OV, V.I.;
YEREMENKO, L.L.; TKFIEOV, V.A.; ZHILITSKIT, Tn.Z.,-, ZHUCHIDT- 1r..'G.,
prof.; ZAYFTS, V.K.; ISKOLIDSKAYA, R.B.; KOISSNIKOV, V.A., nrof.;
KOIJ,'SUIKOV, Ye.V.; KOSTINA, X.F.; KRUGLOVA, V.A,; IEONTIYEVA, M.N.;
LF-SYUK, Ye.A.; MUKHIN, Ye.N.; NAZARYAN, Ye.A.; UNGRUL', A.M., prof.;
ODITSOV, V.A.; OSTAPMO, V.I.; PETEMEVICK, P.S.; PROSTOSERDOV,
U.N., prof.; RWAVISHNIMV, B.I.; RYABOV, I.N.; SABUROV. N.V.:
SABUROVA, T.N., SAVZDARG, V.'E.; SEMIN, V.S.; SIMONOVA, M.N.;
SMOLYAHINOVA, N.K.; SOBOISVA, V.P.; TARASXNKO, M.T.; FETISOV, G.G;
CHIZHOV, S.T.; CHUGUNIN, Ya.V., prof.; YAZVITSKIY, M.N.;
ROSSOSHCHANSKAYA, V.A., red.; BALWD, A.I., tekhn.red.
(Fruitgrower a dictionary and handbo-)k] Slovarl-spravochnik
sadovoda. Moskva, Gos.izd-vo sallkhoz.lit-ry, 1957. 639 P.
(MIRA 11:1)
(Yruit culture--Dictionaries)

HAZARYAN, Yervant Ambartsumovich; DENISOVA.
~7~p~vich
I.S., red.; B.D., takhn.rad.
[Kanual on fruit culture: advice to workers and employees on
collective and individual fruit growing) Spravochnik po sado
vodstvu; rukovodstvo po kollektivnomu. i priusadebnomu eadovodstyu
rabochikh i aluzhashchikh. Izd.7. M,oskva..Izd-vo VT9SPS, 1958.
284 p. (KIRA 12:9)
(Fruit culture)

YEGORCV,, V.I.., mayor zeditsinskoy sluzhby; OBSKIY.. V.D., kapitan
iieditainskoy sluzhby
Open fracture of the shin combined with chemical burns.
Voen.-mede zhur. no.3:76-77 165o (MIRA 18.11)

YEGCIR()V,,.Ti.I.; MAZURIN, K.F.
Urolithiacis in the North. Voen.-med. zhur. no-3:79-81 165.
(MIRA 18:11)
7F
12

YEGOROV? V.I.
Methodology of quantitative calculations of changes in
the base flow of rivers in connection with the intensifi-
cation of agriculture. Dokl. Akad. nallkhoz. nauk no.10:38--
42 0 165- (NIRA 18:1;1)
1. Moskovokiy gidromeliorativnyy institut.

CC N" AP5028527 SOURCE COIES U11/02P,6/65/000/020j'i)llg/OU-8
AUTHORSt Y G.-A.; PolVanchik, P. G.1 Fayginp Z,
epr V J.; Avlanonko.
So
Abramov, Yu. me -_7
Offit none
TITLE: Apparatus for ultrasonic clonni ~tf Porto. Clang 49, No. 175806
SOURCES Byullotent izobreteniy i tovarnvkh znakov, no. 20, 1965, 118
TOPIC TAGS: ultrasonic equJLpment,, pneumatic device
ABSTRACTt This Author Certificate presents an ultrasonic cleaning apparatus vM
a periodically Indexing carousel with radial spokes which carry holding fix-tures for
the parts. The spokes are located above perimetrically placed baths with !u2trasonic
transducers in their bottom sides. To provide universal application,,.the indexing
mechanism of the carousel contains a pneumatic cylinder with a loose-fitt:L,,,g top
which supports the spokes and a set of rollers (see Fig. 1). The latter kitaract
with stationary inclined pawls.
Lqwd
1/2
UDCz 621.9.048,6.9.06

JACC NRs AP5028527
OrIg# art6 hass I figure,
SUB'COrE, 131 SUBM DATE: 20Fob63
Fig* I* I Pneumatic cylinder; 2 4-~-eod;
3 cover; 4 opokes;
5 - rollers; pavis;
7 - Inclines.
rd 2/2
x -6 P-M-0- - M-
_75
IT
KE ~~i

DUNAYEV, F.F.; DOMOVOL'SKIY, M.B.; YFGOROV, V.I.; PAVLINICH, E.A.
Fcononic efficiency of oil prospecting and some ways for
increasing it. Trudy MIhKIJICP no.49:3-22 165. (MIRk 1M)

YEGOROT, Y.K.
Oar procecures in the repair of transmitters. ATtoM.9
telem.i sviaz' 4 no.6:34 Js 160. (MM 13:7)
1. Starshiy elektromekbanik kontrollno-iispytatalinogo
punkta Pushkinekoy distanteii signELlizataii i evyazi Moskovskay
dorogi. (Railroads--Electric equipmenO
(Electric motors)

YEGOROV, V.K.
Automatic system for mbdng components of tba~batch and feeding
it into the furnace. Stek. i ker. 18 no.12:25-28 D 161.
(MIRA 16:8)
1. Llvovskiy makhanizirovannyy stekollnyy zavod.
(GlaBs manufacture)

YEGOROV, V.K.
Border markers between Furope and Asia in the Ural Ybuntains.
Geog. v shkole 26 no*4:20-22 Jl-Ag 163. (MMA 17il)
1. Miasskaya arednyaya, shkola Chelyabinskoy oblasti.
V

KARMAZIN, V.I.; YEGOROV, V.L.; MUSH, A.A.
Effect on the magnetic separation of rare
metal containing minerala. TSvo;,, met. 38 no-5:14 My 165.
(14IRA 18:6)

AD
141101 30) MLSK I BOOK LXPLOIT&TXON SOT,-4jq

Soveahahanlie Po ravelonal'am sposobam rundamontostmenlYa me
VochnafterzUkh gruntakft
Trudy... (Transactions of the Conference on ZffiClsftt *Qtb,*ds-*f
Zulldinj& Foundations an Permafrost Soils) Moscow. Ooastronzdat.
1959. 131 V. Arrata sUp Inserted. 1.200 copies printed.
Zd. of Publishing Housex X. M. PorshabevskaYal Tech. Zd.9 Ye.
Teakins..
PUM2053a This book Is Intended for construction opsinesrs. Indna-
trial planners and builders.
COVIRAUs -ZhL* book ocotsins reports ag-jrAnIaly, read In Vorkuta to
19% an experience gained In planning and building foundstlo"
In pormarrost r*giona or the own. The reports were prepared
for publication in the NUOSP (Scientific Research Institute
tar the 3twly or Foundations and Underground Structures). -.4o
introduction was written by Professor v. a. Baly4z*v. vo
references are given.
Construction Conditions and the XXVIGL_

t
tatLOO-Qr-XEOLn6 Zot4rVrls** In the Pechora Coal Basin 47
DY-A-1- ConstMotlon Of IndUatrIja plant& on

r
rain, ItaY Frozen Ground With Subsequent Settling
D*916MIng P116 YQUod&tIcQs Under Permarros%
= -
I
1J. 55 1
Pch*l1nt&sv. A. M- Special ChareatOrlstIcS Of Foundation
-
BulldIn4 In the City Of I&Rrka 64
5akzjAT--3--A" and Y_g_Y2jQlazkja. X*thOd& of Restorlmg
-We-Diformed Principal Building* in Torkuta
9L2Z!AV-JL--T&-AnA1Y418 or Work end Computing the Reln.
OrOod Concrete Frame Foundations and Frame Worits.Teking
Into Account Uneven Settling of the Bg&nng around
v.--&. and V. X. Sokolov&. New Data On Frost
100
Decreasing the Depth or Pound.tlon
Laying OT Keeping the Ground in a Proton state log

X- -Proat Heaving of Ground and Foundation&
X(~dCm
#&,on
Z13
M- Xon-Soviet ZzVorl*nce in Wilding
Poundatlons on f*r*=vnt1Y Frozen Ground a9
.Zz=kus&x.-a.T-
Paxi- ~h"jng of perennially Press"
t
Ground Under Has od Buildings (twodjmn,&onAj solujon) X214
J101kQ--1-V- Settling or t.-%* Foundation$ of lmdus.. .1s,
structures or the vorkuteugol- combine
AVAXURMt Library or congses
Card 4/1,

I Mj, PYTUYEV, V.I.
SINITSYN, V.A.; POLUDNINOV, V.N.; GURVICH# V.B.; YEG QV
1--N &.
Design defects and Improvement of PPM-10 drivea. Rrou. enaarg.
20 no.704-19 JI 165. (WRA M12)
1. Permakiy neftepererabaty-vayuslichly zavod (for Sinitsyn).
2. Mariyskiy tsellyuloznc-bumazhnyy kombinat (for Poludnikov).
3. Zavod "Elektroapparat'3 (for Gurvich, Yegorov$ Retuyev).

ACCESSION NR: AT4031063 8/2535/63/000/254/0070/0080
Swirmwa, A# Pe (Ingfwr);
Au=R. starik, D. 2. (Caodidate of Technical sciewes).
Yegorav I V. X. ocasiseer)
TI=: The planning of work according to the experimental-s true tural theme
SOURCM Moscows Aviatelowy0y Institut. ftAy*g no. 154, 1963. Bkonaafthealaya
effektivnost' avLatsionnoy tekhaikL (economic efficiency in aeronautical angiatievLag),
70-80
TOPIC TAGS: economic efficiency, expenditure, sitperimental structural then*,
operation pl&=Lngg calendar planning
ABSTWT Zia authors shad light on some questions of preliminary determination of
the expenditures on an experimantal-s true tuval theme and associated problems of
operation-calendar planning for experimental production. 7he basis for the LrAtia-
tion of the experimental-structural work Includess the naming of products, thik
object fvi~, vhLch the product is Lntendcd, the product customer, the naighborLul
organizations. the amount of products sent to the customer vA the complecLon W-
iods, and sawces of financing (state budget or self-support). 7be results vvre
Card 1/2
T~
R

A=SSION IM AT403MG3
presented In gra&s &W tables. 7h# authors also determined the work capacLeir of
fulfilling the Stag" md subStagess and shoved the co"Wom of thoe planned cal-
culation* Ocig. axt. bass 3 figures and 3 tables.
;ASSOCIAT=s Mosew AvUtaloaoy*y InstItut Obscow UstLtute of Aeconauticjj)
DATE ACQz 16Apr64 rjl(%: 00
SUMT=t 00
SUB CODE 'AD 140 R" SM: 000 OTM:11: 000
~r, 4 M --- ~q

YEGOROVO V.M.j STAROSTENKO, V.I.
. Application of the second vertical gravity derivative in inter-
preting the gravitational field of the northwestern part of the
Ukrainian Crystalline Shield. Geofiz. sbor. no.7:3.26-132 164.
(MIRA :17:11)
1. Kiyevskaya ekspeditsiya Ukrainskogo nauohno-issledovatellsko~o
geologo-razvedochnogo instituta i Institut geofiziki AN Ukz-SSR.

L.B.j.YV-,GOF.Olyq V.M.
Introducing current suIPI:,IY' cir;`uit-a for 'he FS-1CM electromer-etic
drives of the TMG-133 bjeh-vo:tage lo-w-oll switchc-a" Blul,~-Y-h.-
u
okon.l.nfor-m.Gc,s.nauch.-I.t3s2.inst.nauch.1 teldi.inform. 18 nc.4t3S,-
41 Ap 165. (Ml PA IF t 6)

DOVZHIK, L,B., inzh.; YEGOROV, VA, inzh.
Choice of selenium devices for supplying power to switch drives.
Elek. Bta 36 no.4153-55 Ap 165o (MUU 18:6)

AUTHORSs Krylov, N.,111. and Yegorov, Y.N.
TITLE: A Hydraulic Core Splitter (Gidravlichiskiy kernokol)
PERIODICAL: Razvedka i okhrana nedr, 19581-~-Ilr 9, pp 45-47 (USSR)
ABSTRACTi The Tsentrallnoye konstruktorskoye byuro - TsKB (The C:?ntral
Designing?Bureau-TsKB) of the Ministry of Geology and -,on-
servation of Mineral Resources of USSR, designed and cDn-
structed a hydraulic core splitter, which already has 'been
industrially tested. It is used to split the core sariple
lengthwise and crosswise. The characteristics and de-ails
of the device are given.
There are 2 diagrams and 1 photo.
ASSOCIATION: TsKB 111inisterstva geologii i okhrany nedr S33R (TsKB of the
1,11inistry of Geology and Conservation of Mineral Resources
of the USSR)
1. Minerals--Sampling 2. Machines--Design
Card 1/1

YNGOROV, V.Y.
Modifleatip of DT-54 tractors for vineyards. Trakt.1 noll-
khozmaoh. no.8:9-10 Ag '59. (HIRA 12:11)
(Tractors) (Viticulture)

KONOVALOV., G.M.., inzh.; YEGOROVt V.N.,.-Inzbo
Ptmp for obtaim* water samples for chemical testh. Energetik
10 no.1:11-14 Ta 162. (KM 14:12)
;Pvmpimg machinery)
Mater-Analysis)

YEGOROV, V.N SUKHkNOVA., Ye.N.
"Talnakhskiy* ore-bearing instusive in the northwestern comer ofithel
SibPrian Platform. Razved.16, okhe nedr 29 no.l.-17-21 ja 163. WIA 16:2)
1. Norillska-ya komplekenaya geologorazvedochnaya ekspedit-Jiya.
(Norillsk region-Copper ores) (NorJL1!ok region-gic~el rlres)
A,

YEGOROV. V.N
Hyperfine structure of, the atomic spectrum and nuclear mcments
in the thorlum-229 Isotope. Opt. i spektr. 16 4; 51.9- 15 14
Ap \,"(WRA 17:5)
UT

ACCESSI", NR: AP4032360 S/0052/64/016/004/0549/0554
Atrr,IOR-. Yogorov, V. X.
TITXX-; Hyporfine structure of the atomic spectrum and the nuclear momontd of Th229
SOURCE-. Or
,)tilca i spolctroslcopiya, v.16, n~.4' 1964, 540-364
TOPIC TAGS: spectroscopy, spectrum. line, nuclear momont,,nucloar spin, quadrupole
moment, nuclear magnetic moment, thorium
ADSTRACT: The hyporfine structure of soma atomic lines of thorium 229 in the vis-
ible region was studied by moans of a rabry-Parot intorforomotor with diolcatric and
silver coated plates. The monochromator was an ISP-51 spoctrograph. Hyporfl-le struc-
turo was detected in about 60 lines in the first and second spectra, but wits well
resolved only Tor oight-lines. Careful measurements of the hyporfine struc.:Bro were
carried out only for give lines (4116.7, 4752.4, 5707.1, S231.1 and 6207.2 A), as-
sociated with transitions that are convonient for calculating the nuclear,.Tomants.
Conpononts of the said lines wore not completely resolved in the spactrogvlms, and
accordingly, the line contours wore resolved analytically by the procedure doser kd
by N.I.Kalitayevskiy, M.P.Chayka, r.Kh.Pachova and H.Yej.Fradkin (Opt.i spalctro.8,13,
Card 1/2

ACCESSION NR: AP4032360
10GO). Two of the listed lines belong to Th 1; three to Th rr. The results of rose-
Jution for four of the lines are shown in figures. On the basis of the swctroscor.44
data there were determined the spin (I = 5/2) the magnetic moment (g = 0.41 t 0.10
lin) , and the quadrupole moment (Q = 4.6 x 10-14 cm2) of the 71,229 nucleus. Approxi-
mato ovaluation of the deformation of the Th nucleus yielded CC = 0.21. The dcduccd
-values for I are consistent, but there is appreciable variation in the values of
inferred from different lines. "In conclusion, the authors take this opportunity to
express their deep gratitude to L.V.Lipis for his interest in the work and help in
.carrying it out, X.I.Kaliteyevskill, and M.P.Chailta for making available the dielec-
tric coated interforometer plates and detailed discussion of the results, and E.Yo.,
Fradkin for valuable advico.on calculation of the nuclear moments." Orig.art.has:
4 formulas, 4 figures and 2 tables.
ASSOCIATION: none
SUBMITTED: 2911ayG3 DATIC ACQ: O7May64 RXCL: 00
SUB CODP; OP,NP,, NR PXF SM 007 CrnltR: 010
Card 2/2
F~
3

L 14840-66 EW(m)/MT(n)-2/NP(t)/W(b) IJP(c) JDIWWIJG
ACC NR#. AP5025293 SOURCE CODE: UR/0051/65/019/004/051110514
N.
Runkov, 0. V.
AUTHOR:
ORG: None
TITIZ: Excitation of the spectrum of-thorium,in electrodeless discharge tubes
and its characteristics
SOURCE: Optika i spektroskopiya, v. 19, no. 4, 1965, 511-514
TOPIC TAGS: spectral line, hyperfine structure, thorium, discharge tube, line
width, line intensity
ABSTRACT: The object of the work was to develop a reliable source for exciting
the spectrum of microgram quantities of thorium, which was used to study the hyper-
fine structure of the lines of the thorium-229 isotope. At the same time, spectra
of thorium excited in electromagnetic fields at frequencies of 6 Mc and 3000 Mc
were compared. Electrodeless discharge tubes filled with thorium iodide (con-
taining 0.1-0.3 mg of thorium) were employed. The study of the hyperfine
structure- Included -the-sneasurement-of- line -wift.-Si--which -were -determined. under
various excitation conditions. It was found that as.the intensity of thorium
inrMcreased by a factor of 15, the line width remained pra ctically unchanged.,
Uri
L

L 14840-66
ACC NPz AP5025295.
Uctwever, a 25-fold increase in line intensity caused an appreciable line broaden-
ing (up to 0.20 ca-1). The line widths of many lines of thorLum pertaining to
various electron configurations and differing markedly in intensity were'peasured.
It was found that the fundament5l wtdtH'is approximately constant for the various
lines, does not depend on the frequency of the electroma net field, and ia approx-
imately three times smaller than the width in an altern ting current are. An
interpretation of these,fLadings is given. Authors thank Ye. A. Vernyy f3r
participating in a discussion ofthe results. Orig.'art. has: I figure and 1
table.
SUB CODE; 20 SUBM DAM. 203u664 oRiG REP.. ool GTH REP: 008
Card 2/2 4

W
YEGOROV, V. N.
Ensilage
Preparation of fodder for feeding. Kom. baza, 110. 11, 1951
Monthl List of Russian Accessions, Library of Congress, March 1952. UXUA53IFI.D.

YmOROV, V'. )r.
Feeding and Feeding 4uffs.
Stock of feed for each coUective fam. Korm. baza 3, no 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, September 19-1 Uncl.
q,

MORN) V. N.
m
uCorrect Use of Feed is Necessary for Successful Wintering of Livestock.," Sots.
shiv. 14, No 2. 1952
1-=, June 1952

v r-_ I - r
Dis.,,ortation: "Investigaticn of 11'eti.cd-. of ~,xmtcvinf,- T-I lectrostatic Cliam-e- ;ith
Lubricating Machines in the ~.ubler Indiustry." Cnnrl Tech Sci, ".'o,-,co-..: Inst of (,her-dcnl
Machine Hulding) 20 -'ay 54. VecherrVaya Ir'osk-ra, '-'o-cow, 11 "SbY r,
.4.
SO: SINA, 2840 26 Nov 1954
'gg-m SON il~
N
7g,

M M

-12

---- '0 kOv, V., -jeal gaseD and
IC(3 C,,ieiii fna cavits
eb"Ojor"'i attapat 0 LO V 1
'al Te -Tre lie! S -
t1on- tor I r
'C'hn'1310 1.4'Ca
Y)etro"ei'Lla 3, 3-9')
a
ZrJur- Of the 140
llfet'y 4
4a1 5 'jCjj'nS &LIctlo'n
T -1-ae BU nro
'CellIstr '~ac'h the I
Goro of al I
r "- e*o. r-In- - Sed In()y
rt~. C'n - i-,U jdLj7,eT5
Pot'hor veova-OT~'( OtIler
E:Pa te f or --A-),.,-,en j
ts for aild 53-19551
--i'% 'ti 19
ic n C' Sao D 159-111
9561
,yitle of be7-OP
telcllnil~ t1r.
edV)f
Sb. tr t 1CLIAIft. t,.jcre51'
OrIg 2 x1b 14051~ n of Fr
. .,A Zatio Ifir- -
C "hate
SQe hosp ,,, A~rie
of the I ns 0 ~ . XIM P
t"r I t3- a551 t 115e
t
,Sib-I L3- ' , sOIX -,~ pO j
T'lle PO 0~-asil t'.1t Taer
P v
Ct, b te) ar. I (N 1~ -vt Ila;, e6 Ota
OL
p,b Stra Pbo 5P LL a"1 1eS 0 pte. Jbsti-tuft Steel,
[1-1. , - 5v'-
ts for Xim 0 U -Ion 0
ons f
of 0 S 1110. 5 corros
Q3. 13 Iola
Pj?odX1ctjon - I
se
aLbl-1511pa t
est! ,,_Iospba
5 'VII
U'j.01~~IC hemi Cal TechijDlc)r,,./. C:iemical
Applical- ctS and Their Y;
,,100- -Trea tj:jerj 4,
Petroleum. Moto,, of' natural gal"03 and
-CUOI!3 Lubricants.
Ab3 JOUr: Raf Zhur-Khimiya, NC, 3, .1957, 9365
Abstract: cast Iron babbitt r1jetal, aad bronze and there-
fore cannojt be r2'cohllrended for the lubrication of
Such eilt1-4palent, 1.1i'll trieneayl Phosphate and pot-
ash 5011ition the coi6rosioll 01" the materials tested
(40es !lot exceed the tolerance level t3 The lubri-
catinr, prope.-ties of tricresyl phospliate, Potash
sOlutiOlls, aiid of jubricatilIg Lr a
,1 . re
tric"OsYl Phosphate I k)r. . ses prepared from
potanh solutions
and talcum k2 : 3) a~e corl,I)lete-ly satisfactory
~tn View of the fact that the tested lubricanto'con-
tain-Ligr po,--a,-~h I-
Proof, thes 301111-iOas aro absolutely expicq;1011-
r 4 e materials can be recommended fOr !L!b-
~cation applicatlions in which the possibility of
contact I
Y 00"'assium chlorate exists; liquici
and disper-s~oCTW-iricanto prepared from tricresyl
Phosphate can be 118ed only In aiDDlient-in- 4-
direct --t- - .

M
"am
YEGOROV, V. N. Cand Tech Sci -- (dies) ".Study of Methods of
Z.
Removing; Electrostatic Charges From Lubricati MachinemWiin the
Rubber~ iidiistry." 16 pp 22 cm. (Min of Higher
Mos, 1957
Education USSR, Mos Order of Labor Red Banner Petroleum Inst im
Academician I. M..Gubkin), 100 copies (KL, 27-57, lo6)
31

AUTHOR: Yegorov, V. IT., Engineer! S 07/105 5 12/3
-----------
TITLE: Generation of Electric Clarges and blethods of Their
Heutralization (Obrazova'jiye zaryadov staticheskogo
elektrichestva i sposob .1.kh neytralizataii)
PERIODICAL: Elektricheqtvo, 1958, 11r. 9, pp 55 - 58 (ussR)
ABSTRACT: This is an investigation~ofthe influence of various
factors upon the charge generation on dielectric belts
in conveyer-belt type equipment. These factors are: the
velocity of the belt, the relative humidity in the
surrounding atmosphere, the contact pressure between
the friction surfaces, the temperature of the material,
and the degree of contamination of the contacting surfaces.
A special laboratory equipment was constructed which
exactly reproduced actual working conditions. It con-
sisted of three driving and of three loose calenders 1hrough
which a band of dielectric material was kept in motion. When
steel calanders were used the electrostatic charge dropped
by one order of magnitude as compared to that generat!?d
by rubber calenders under otherwise equal conditions.
Card 1/3 The experience gained shows that among external influences

Generation of Electric Char~;ea and Methods of Their S-07/705-58-5-12/314
Neutralization
governing the degree of charging mainly the belt
velocity and the relative humidity stand out, whereas the
mechanical tension in the belt, the belt- and calender
temperature exert a lesser influence. Laboratory &-ta i.nd
information gained in actual production showed good
accordance. In order to neutralize the electrostatic charoes
the friction surfaces of the guiding and driving calent,ers
whiob are in contact with the belt or the band were
composed alternatively of materialn with differing di-
electric constants. Thus homogeneous calendern were
replaced by such with a surface consisting alternative-Y
of strips of rubber or steel and of plexiglass. Experi,.'.enta
chowed that the belt velocity, tho relative humidity a-A
the specific mechanical tension of the bolt have only
a small influence upon the neutralization of electrostatic
charbes. It further appeared that variations of temper-
ature frorh 13 - 200 which are usual in plant operation
exert no noticeable influence upon the charge abolitioa
process in products. Even the contamination of contact:;ng
Card 2/3 parts which occurs under normal operation conditions ecerts

Generation of Electric C.iarE;es and Mlethods of Their SOV/105-58-9-12/-54
Neutralization
only a small influence. There are 7 figures and 3 tibles.
ASSOCIATION: Moskovskiy neftyanoy institut im. Gubkina (Moscow X-atroleum
In,;titute imeni Gubkin)
SUBMITTED: September.19, 1957
Card 3/3

240)
AUTHORS: Yegorov esnikov, V. N., S011/20-121-_A-12/4,~
Sobolev, N. 11,
TITLEs Concerning the Problem of the Nature of the Arc Discharge in
an Atmosphere of Inert Gases (K voprosu o prirode dugovoj!o
zaryada v atmosfere inertnykh gazov)
PERIODICAL% Doklady Akad6mii nauk 33SR, 1958, Vol 121, Nr 3, pp 440-442,
(USSR)
ABSTRACT; The authors began their investigations with a direct current
arc which burned between 2 pure carbon electrodes at a current
of 4 amperes in atmospheres of helium and argon with an ad-
mixture of hydrogen and neon. The pressure of those gas
atmospheres was equal to normal atmospheric pressure. The authors
measured the absolute and relative intensities of 3 hydrogen
lines (H a, HP , H7), 8 helium lines, and 14 neon lines for
which the transition probabilities are known. Also the distri-
bution of the intensities of these lines with respect to the
radius of the aro column were investigated. A diagram shclws
the values of lg(Ni/g i) found for a mixture of 95 % He; ',, % Ne,
0'0-' % H ; for,pure,helium with an admixture of -0,01 % 11 2
Card 1/4 and for technical helium 98 He' -I % H 2 N denotes the
R~
EA~

Concerning the ProbIlem of the Nature of the Aro "JOV120-1 21 -1-1214')
Discharge in an Atmosphere of Inert Gases
Card 2/4
degree of occupation of the level and g i.ts statistic weight.
In all these casea, the degree of occupation of the hydrogen
and helium leve18 was practically not changed. The experimental-
ly found points agree well with straight lines. These straight
lines intersect the ordinate at a point whi8h correspPnds to
a pressure of the order of magnitude of 101 atmospheres.
xhe inclination of the obtained straight lines (for excited leveli
coincide for all the investigated atoms and correspond to a
temperature of -3~5-10 3 0K. Naturally, there is practically
no thermal excitation of the inert gases and of hydrogen.
Therefore, the distribution of the atoms H, He, and Ne with re-
spect to the excited levels does not satialfy the Boltzmana
(Bolltsman) law, and the mechanism of the atom excitation is
not a thermal one. The second diagram demonstrates the di3jri-
bution of the hydrogen lines, of the helium line A - 5876 A,
and of the C2 band A - 5165 A. A characteristic peculiarity
of these phenomena 4*9 the simultaneous excitation of the
helium lines (excitation energy -,23 eV) and of the C 2 ba.-ids
`V1
!h

o SOY/20-1211-3-12/47
Concerning.the Problem of the Nature of the Arc Discharge in an
Atmosphere of Inert Gases
(dissociation energy 5,6 eV) in the center of the arc. In the
center of the arc also the molecular bands CN, CH, and H 2
are excited in a rather intensive manner. According to all the
above-mentioned measurements, the half-width of the hydrogen
lines was less than 2 - 3 A. This is an arrment in favor of
a low concentration of the ions (electrons in the discharge
and? therefore2 of a low temperature of the gas. All the
above-mentioned facts lead to the following conclusiori
In a low-current column burning between carbon electrcdes at
a normal pressure Jn an atmosphere of inert gases, thore is
no thermal equilibriVm. Metal atoms introducedinto tht.. dis-
charge may lead nearer towards the equilibrium. There are 2
figures and 6 references, 2 of which are Soviet.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk'SSSR
(Physics Institute imeni P. N. Lebedev IAS USSR)
PRESENTEDi April 2, by D. V. Skobelftsyn, Academician
Card 3/4

S (71/51 - 6 - 2 -3 ~/W
AUTHORS t Vernyy, Yo.A. and Yegorov, V.N.
TI TLE s Isotopic Shiffi ~nhe 7Spec'trum O~fThorium Th232-Th229 (Izotopiche.,ikiye
advigi v spektre toriya Th2-32-Th229)
PERIOOCALi Optika, i Spektroskopiya, 1959, Vol 6, 11r 2, pp 262-265 (USSR)
ABSTRACT; Isotopic shifts in the spectrum of thorium were measured in a samr1o
containing Th229 and Th2Z2 in the ratio 1s1. The thoriun spectr-= -mas
excited in an alternating current are at 6 A. To suppress eyanoge.-i bands
the thorium. sample was excited in an atmosphere of carbon dioxi3e. A
two-metro spectrograph with a diffraction &rating in the Paschen mijunting
was employed. The linear dispersion of the instrument -was 3.4 I/rm in
the first order. Isotopic shifts were observed in over 250 lines I.n the
region 2600-4400 4. The results of measurements on 76 lines, in -which
the shift could be observed most clearly, are given in a table on ;) 263.
This table gives also the ratio of the shifts A6(232-229)/A6(232-&JO)
which are related to the ovan-unevon offoct. Valuos of the iaoto-.tic
shifts between Th232 and Tk.230 lines were taken from a paper by
Stukenbrooker and McNally (Rat 1). For the majority of the lines 44iis
ratio lies between the limit3 of 1.6 and 1.8, which agrees with tht,
Card 1/2 general nature of even-aneven shifts in heavy elements (Refs 2-1). For

isotopic Shifts in the Spectrum of Thorium Th232-5229
certain lines this ValUO ifS 3cmewhat higher and the difference ii.
greater tAan the oxporlmvAtal error; the reasons for such departarss
are not clear. Spectra of samvle,,3 with Th229 and Th,232 in the
ratios lil and D20 were also photographed by means of a diffraction
autocollimating apectrograph in the fifth order. Linear di%prf5m
of this spectrograph ivas about I A/W"' Broadealus of 4012.136"
4273.363, 4282.044 and. 46:)1.114 1 V229 lines, because of hyperf~.na
atructure, rao observed. Thia Btricture could not be resolved by meang
of the diffraction spectrograph used. The width of the hyperfin,.s
structure was 0.3-0.4 cm-2-- Invastigations of the isotopic enif-174 and
the hyperfine structure of V1229 lines are being continued.
mento are made to V.K. Mark-.-,r aM M.P. Korinfalaya for s*puratio:o Itne.
purification of Th"9- There are I table and 4 Engliah reforoni~;.s.
SUEMITTEDs August 30, 1958
Cqrd 2/2
01-~

8(2) SOV/105-59-10..12/25
AUTHORS: Drozdov, N.G., Doctor of Technical Sciences,
V.N., Candidate of Technical Sciences
TITLE: On the Problem of Neutralizing the Charge of Static Electricity
by Radioactive Radiation
PERIODICALs
ABSTRACT:
Elektrichestvot 1959t Nr 10t pp 63-67 (USSR)
The authors investigated here some problems connected with the
selection of radiation oources and present some data obtiLined from
experiments on the neutralization of electric charges.
Accordingly, the following was found: (1) For the purposc. of
neutralizing charges of static electricity with the help Df air
ionization by radioactive radiation the following natural. and
transuranium o/.-aources are the most suitable ones: plutonium 2389
plutonium 239, plutonium 240t Polonium 200# Polonium 2101 (2) the
following &,-omittore are aooessiblo at presents radium, jolonium
210, plutonium 239. Radium contains high-energy r-rays cad is
therefore useless for neutralization, Folonium 210 is the most
accessible and inexpensive 0(,-source, but cannot be used In
industry since no stable polonium foils (which prevent "cutflow"
of the radioactive substance) are produced. Besides, its half-life
is too short. Plutonium 239 is too expensive. (3) Alpha sources

On the Problem of Neutralizing the Charge of Static SOV/105-59-10..12/25
Eleotricity by Radioactive Radiation
should beusecl for the neutralization of charges where no other
sources are available# (4) since C~c-sourceB are badly accassible,
sources of "Soft" P-radiation can also be usedp e.g. the isotopes
promethium 147 or sulphur 35. The use of sulphur 35 is re3tricted
by its short half-life. Some automatic production plants may also
use such isotopes as thallium 204, for example, provided bhe
personnel is sufficiently shielded. (5) In some cases in ihich
radiation sources are used, the personnel must be shieldel
correspondingly, (6) The permissible limits of radiation -'lux for
personnel employed in plants with ionization installatiods are
one-tenth of the standards specified hero. Air contaminafl~on must
not exceed the following valuess
-contamination.(except Sr 90 ), 5.10-13
curies/1; cy,-conta,12ination
except Rn) 5*10-15 curies/1 (for Rn contamination equale 10- 12
ou.ries/l)-17) A dosimeter service is to be established in all
Card 2/3
~-4 -k
M~;;
j

Oj~_, tl,c- ?roblu-~ of Neutralizing the Charge of Static SOV/105-59-IO...12/25
2adioactive -Radiation
plants using radioactive ,ourcos. There are 4 figures, 2 tables,
aild 6 references, 5 of which are Soviet.
ASSOCIATIOU: Moskovskiy energeticheskiy institut (Moscow Institute of Power
Engineering), Moskovskiy inatitut neftekhimicheskoy i gazovoy
promyshlonnosti im. Gubkina (Moscow Institute of the Pot:~oloum_
chanical and Gas Induotry imeni Gubkin)
SUBMITTED: May 7, 1959
Card 3/3
-Ream
20E0
4

TAGOROV, V.N.
Xeasures for the elimination of electrostatic charges during the
process of rubberizing fibers* Eauch.1 rez. 19 no-4:4&53 AP 160,
(XIRA 13s12)
1. Hookovski3r institut neftekhtmichookov i gazovoy proxVshlennostlo
(Rubberized fabrics) (3160~rostatics)

YEGOROV, Y.N*_, kand.tokhn.rAuk
Prevention of accidents caused by static electricity in the
petroleum sod natural gas industryo Besop.truds. Y prom. 4
no.2,:14-17 7 160. (MMA IND
1, Moskovskly Institut neftekhoichookoy I gazovoy prorjV-
shlennosti im, LM.Gubkinap
(petioleum Industry-Safety measures)
(Gas, Natural--SafetyLMeasures)
NK

J
s/o5l/6o/oo9/oo6/oO2/O18
E201/E191
AUTHORS: Vernyy, Ye.A., and Yegarov, VN.
TITLE; The Isotopic Ef ~q~R-Eh,- Thorium Spectrum
Iq
PERIODICAL: Optika i spektroskopiyal 1960, Vol.9, No.6, pp 692-702
1
TEXT: The isotopic shift in the thorium spectrum was studied
by Stlikenbroeker and McNally*(Ref.1); they used Th232 and Th230.
The present paper deals with the Th232__.Th229 isotopic Rift.
A sample had equal proportions of Th232 and Th2,29. The speotrwa
was excited in an a.c. arch using currents of 4-6 A. A solutio.,l of
thorium chloride was deposited by evaporation on a carbon electrode .
To avoid interference from cyanogen bands in the 26oo-44oo A
regions the thorium spectrum was excited in carbon dioxide. The
spectium. was recorded with a two-metre diffraction spectrograph.
using Paschen's mounting. Individual lines were studied with a.
self-collimating diffraction spectrograph ISAC (DAB). The isotopin
shift was recorded for 21+7 thorium lines$ 178 of them were
asrjribed to Th 11) 20 lines were due to Th 1, and 4.9 were not
identified. The shifts of the Th I lines are given in Table 1 -and
those of the Th 11 lines are given in Tables 2A, and 26. The
Card 1/2

The Isotopic Effect in the Thorium, Spect*rum
S1051,16010091006100C2101.3
R201/E191
ThI3 I
_rn229 shift was 1.2- 1
r-._ - times greater in the Th II lines thwi In
the Th I lines,, It was always poslti-ve~ I.e. the Th229 lines Nrere
displaced towards shorter wavelengths. Table 3 lists the mean
isr,topic shifts of uranium lines, taken from Striganov and
Ko*.rostylevals work (Ref.9). Table 4 gives the maximum and minlu:Am
shifts for various electronic.configurations of Th I and Th II.
The results given in Table )+ were used to derive the most probatle
Identification of some thorium lines (Table 5). The relative
Isotopic shifts of individual Th II lines are listed In Tables 6A
and 6Bi Table 7 gives the relative shifts of the Th I lines.
From the results obtained the even--odd effect was deduced and the
d,.,formatlon of the Th229 nuUeus was calculated. Acknowledgemen'.;S
arg made to V.K. Mdrkov and K,F. KOTinfskaya or separation and
p-ailfication of ThLe) and to Yu,P. Dontsov for his advice.
There al'e 7 tables.and 22 references$ 7 Noviet, 12 English,
1. German, I Dutoh and 1 Dan1sh.
BUBMITTED: March 7, 1960
C4Td. 212

5 .5 --')10 777)13'
SOIV'(5-15 -I -5/2D
AUTHORS: Vernyy, Yr--. A.~, Yegol-ov, V. 14.
T IT 1,F,: Spectral Dcter-mAnat ton of Aluminium Ln Uranium
PERIODICAL: Z11LIPM-L.I. an-a-11t1che-okoy 1(hirrill, 1960, Vol 15, NP 1,
j.9 P.
pp (up
AMTRACT: A de3cr-lpblon of a new method of spectral determinatlon
of aluminlum In uranium (from I x 10-j t-0 3 x .10-2% -',l)
based on fractional dist1liation with'a carrier, is
given. Conotruction of the elet.-trode usf~d it; Importint.
The electrode, shown In Fig, 1, wav found to be most
suitable for the, dotermInatlon.
Fig. 1.
Card 1/11
..........

Spectral Determination of Aluminium in Uranium 777113
'SOV/75-15-;
The electrode shown in Fig. 2 was used for the inves-
tigation of the effect of barlum on the Intensity of
aluminium lines.
Card' 2111
Fig. 2.
AgCI, SrCO 3' and RiCO3were tented an carriers.
Ba-CO3was finally selected and used. Spectra were
taken on the ISP-51 spectrograph with a UF-85 A
camera. EXPOSUre tIme, 30 1jec, current, 18 amp; a
mixture conuistlng of I g U,O 8, 100 mg of BaCO,, and
50 file of carbon powder was uocd. The sample placed o:j
the carbon electrode (see Fig. 1) weighed 25 mg. -3%
Calibration graphs were tised, Sen3itivity: I X 10
Al. ReGUItS Of the Investigation are, glvon In

Speptral Determination of Aluminium in Uranium 77743
3011/75 -15-1-5/29
Tables 1 and 2.
Comparison of the r eoults of Al detlevini nationTOle
spectral and chemical methods
MetOod Method
Sample Chemical Spectral Sa trip I C Chf"rril ca I
1 5 x jo-3 6 x 10-3 3.8 x 10- 3 10-2
2 1.1 x 10-2 1.3 x 10-2 5 2-*3 X 10-2 2.2 X 10-2
3 4 x 10-3 11.5 x 10-3 6* 9 x 10-3 1x 10-2
Sample contained 1.3% MO
There are 2 figures; 2 tables; and 6 references, 1
U.S., 5 Soviet, The U.S. reference is: Sribner,
B. F., Mullin, H. R., J. Res. Nat. BuP. Stand., 37,
Card 3/11 379 (1946).
SUBMITTED: JanuarY 5, 1959

Spe v t -ral Det-r.wridnation of Aluminium in Uranium 777113
S 0,1/,(5 -
Influence of third elements on the Al SOue'eimination
(.1) Elementi;(2~ not introduced; (3) admixtures Int:,'o-
(in % Na -in form of Na CO, (5) R, In
2 .3
form of Fe'O,,; (6) Mo in form of MoO
Card 4/4
9.10-3
Cat-, OAO-3
(s,,v 9.10-1
e(O) to-S
0.1 0.3 1.0 1.3 7 10
1.3 10- 9.5-10-3 9,1 - tO` - 0,5.10-2
), 7 - If)-' 8, 6 - 10-1 9.2 - 10-1 - 9,8. io-j
1,7-tO-q 940-3 6.5. W-1 -
9, 1 10-1 818-10-31 8,3-10-.11 8.2-10-1 6,4-10--~,
J

PIME I BOOK MLOITATION SOV/:5460
Iocnineradakly motallichookiy zavod. Otdel tokhnichookoy 1nformatoll.
Nekotoryyo voprony tokhnologii proLvodntva turbIn (Certain Problems
in the Nanufactura of Turbines) Moscow, NanhgIz, 1960. 398 P.
(Soriant Itat Trudy, vyp. 7) Errata allp incerted. 2,100 copies
printed.
Sponsoring Agencyt WPM Sovot narodnoeo khozyayatva Leningrad-
altogo ekonomicheakogo adminictrativnogo rayons, Upravlaniya
tyazhologo machinontroyenlya, and Loningradakiy dvazhdy ordena
Lenina. motallichonkiy zavod. Otdol tokhniohookoy Informatoll.
Ed. (Title paca)t 0. A. Drobilko; Editorial Boards Roap.' Ed.t a. A.
Drobilk'o, B. A. Glabov, A. M. Kayzell, and M. Kh. flornikj Tech.
Ed.: A. 1. Kontorovich; Managing Ed. for Uterature on Machine-
Building Technology; Ye. P. Naumov, Engineer, 'UnIngrad Depart-
ment, 1-11aahSiz.
PURPME: . Thin collection of articles Ia intended for technical
personnel in turbine plants, Inatitute5, planning organizations,
an V7011 an for production innovators.
Card's
M4

Certain Problems (Cont.) SOV/546o
COVERAGE: "Abe experience of the VIZ (Ten-ningradakly metallichankly
zavod LaninSrad Natalworlcin3- Plant) In the manufacture of modern
large-c.opacity turbinC3 is pro3onted. Uathoda for the rationali-
zaUon of bazio manufacturing processes and for the: =,chanizatiori and
aut,"omation of manual operations are given. Descriptions of attach-
mento and tools dooigned by IZIZ for improving labor productivity
and product quality are provided, and advanced incpoetion methods
discuaacd. References accompany come articles. No personalities
are mentioned. There are 26 rofe'r onceni 25 Soviet.and 1 Eng2lah.
TABLE. OF dONM- ITS i
Foreword 3
1. HMI PROCE333210 IIETHODS IN MACIMTINa
JUID ABBERBLY
Gamze, Z. X. [Engineer]. The Orkanization, Mothods,and Trends In
Efforts for Improving the Easy Manufaaturability of Designs for
Large Hydraulic Turbines 5

Certain Problems (Cont.) SOV/5460
aurakilr, A. N. [Engineer], S. N. Kupershtok (Engineer], V. N.
Yegorov (Engineer], and A. M. Filippov. The Improvement'-o-r-As.:.
semb-TY-Frocess of Steam Turbines 85
Dolgov, V. A. [Engineer], and S. D. Kuzinets (Engineer]. The
Manufacture of Rims and Blades.for Radial-Flow Turbines
Gallperin, M. I. (Engineer], and Ya. F. Fitexmian [Engineer]..
Characteristic Features in the Restoration of Hydraulic Turbinc:s
at the Supung GES [Hydroelectric Station]
Aristov, A. V. (Engineer]. The Manufacture of High-Pressure
Screw Pumps
Shklovskiy M. M. [Engineer], and M. L. Vakhter (Engineer].
The [Ball-1 Burnishing of Stdr&m- and Austenitic -Steel Wire
11. THE MECHANIZATION AND AUTOMATION
OF LABOR-CONSUMINO OPERATIONS
98
10-8-
117
125
Card4/42

AUTHOR: Yegorov, V. N.
TITLE: Substitution oC
polyamides and
PERIODICAL: Plasticheskiye
4
S/191 E7~0200/007/010/0 10
B 10 1/32! 15
antifriction, nonferrous metals by
their graphite compositions
masoy, no. 7, 1961, 71-72
TEXT: The author reports on the experience collected in the works of the
Krasnodarskiy sovnarkhoz in using waste caprone, caprone compounds, and
2
-25 0 -20 p)for slide bearings. In the
a graphite (grain size: 5
kamwollno-eukonnTj kombinat (Combing Wool Cloth Combine), all bronze
bearings of textile machines were replaced by caprone bearinp.s. The
optimum temperattire for caorone-prnphite bearin[f.9 hith lubricsitJon ia
30-600C (maximum: 90-950C). Admissible rubbing opeed: with 2-5';..j of
graphite: 2 m/seo for 250 kg/CM2; 4 m/sec for 50 kg/=24 with 25-30 % of
graphite: 52m/sec for 50 kg/OM2; 7-5 m/sec for 25 kg/cm ; and 12 m/sec,
for 15 kg/cm . Without lubrication. the admissible maximum velocity ie
3.6 m/bec, and the pressure at 101-1200C must not exased 20 kg/OM2. Ir
this case, compositions with a high content of graphite are more durabl.).
Card 1/3
E-

24752
s/igi/61/000/007/010/010
Substitution of antifriotion ... B101/B215
The static coefficient of friction of pure polyamide is 0.15, and the
dynamical coefficient with semidry friction is 0-04-0.2. On the basis c-If
results obtained by tho zavod "Kommunar" (Plant "Kommunar") the followDig
dimensions are recommended:
diameter of the pint mm wall thickness cf the bearing
UP to 30 0-5-1-5
30-120 2-5-4
120-250 4-5
The author tested steel bearing bushes of rA3-51 (GAZ-51) and 3A4-150
(ZIL-150) bearings lined with caprone 0.5-0.6 mm thick, Shrinkage of tI '9
polyamide hns to be taken into consideration when canting such bearings
(Pig.). The metal surface of the bearing bush wan cleaned rith acetone
or benzine, heated to 2200C, and covered with filamentous caprone 7inste.
The surface of the molten caprone was then finished with a gas burner or a
soldering lamp. in more than 20 works of the Krasnodarskly kray, poly-
amide-~graphite bearings are used. Over 300 types of nonferrous metal
bearin a have been replaced by such compositions. These bearings cost
only 1N as much as bronze bearings, an-d their durability is 1.5 to 2 tjImes
Card 2/1)
'Y I,
Or.

24752
IS/191/61/OCO/007/010/010I
Substitution of antifrialvion... B101/B215
an high. There are 1 figure and.2 tables#
Fig.: Graph for calculating'the
ohrinkage of polyamidea.
Legendi., 1) Length or diameterp
3) external
mml 2) shrinkage,
diameterl 4).internal diameterl
5) length.
tw V/w ~vq-'7
P,7 sh
EP513"y"'A. .01k
:-pg~~~qqgwENm

JEGOROV, V.N.t kand.tekhn.nauk
Evaluating the danger of electrification of petroleum products
under operating conditions. Dozopotruda v prom- 5 no-4:20-2~
Ap 161. (1,MIA 14:3)
1. YAoskovskiy institut neftekhimichookoy i gazovoy promyshlennostl
ime I*M*Gubkinas
(Petroleum produots.-Mectric properties)
M

YEGOROV, V.N.
Preventing a buildup of electrical charges in petroleum producl,.s
while pumping into tanks. Neft. khoz, 39 no.9:50-55 S '61,
(Petroleum products--Storage) (Electrostatics)

S/o8lj62/000/005/073/112
/,Z). 7 / 0 0 (e. Xt 0 4"5-19) B160IB138
AUTHORs Yegorov, V. 11.
TITLEs Preventing the accumulation of electrical charges in
petroleum products during pumping into storage tanks
PERIODICALs Referativnyy zhurnal. Khimiya, no- 5, 1962, 5219 abstract
. 5,11137 (Neft. kh-vo, no. 9, 19619 50 - 55)
TEXT: Laboratory experiments show that most charges are formed in
petroleum products having a conductivity of 10-14 to 10- 12 ohm- 1/cm-1,
It is advisable to use relaxation capacitances to prevent dangerous a(.cu-
pulation of char&es when pumping petroleum products with a specific ci.n-
ductivity of 10- 11 to 10-14 ohm-1/cm-1 into storage tanks. The use of
relaxation capacitances is particularly important if pumping directs -:he
petroleum products through a short pipe or a pipe made of insulating
materials. The use of relaxation capacitances is recommended when lcaling
tankers and oil barges; capacitances made of synthetic film materialsiare
also recommended. [Abstracter-s notes Complete tranalation-3
Card 1/1
?

GRIGORYANI Grigoriy Makarovichs prof., doktor tokhn. nauk; YEGOROVp
Valerian Ilikolayevich dots,p kand, tekhn.nauk; -
&;~ ~~ Artamonovich., inzb.-polk,;
KOROLIKOVAI Vera Ivanovnaj, kand. tekhn. nauk; POWZKOV,
Vladimir Tikhonovich,, dots.p kand. tekht. nauk;
SARKISIYA14TS', Gayk Arkadlyevich, prof. Prinimal uchastiyal
SHIPMOV, V.M., Jazh.-podpolk.; KUSHELEV, Vladimir Favlovicbj
red.; ROY111AN, Miron Yakoylevich) red.; YEFMIOVA,, T.Do., veds
red.; KUMOVA, K.F., ved. red.; VOROBIYEVA, L.V.p takhnered,
(Fundamentals of safety engineering and fire prevention in the
petroleum and gas industries] Osnovy tekhniki bezopasnosti i
protivo zharnoi tekhniki v neftianoi i gazovoi prorqshlen-
nosti. rBy] G.M.Grigorian i dr. Moskva, Cos. nauchno-tekhn.
izd-vo neft. i gorno-toplivnoi lit-ry, 1962. 222 p.
(KM 15:2)
(Gas industry-Fires and fire prevention)
(Petroleum induBtry-Fires and fire prevention)
(Industrial bygiene)
-JO

ZX-
74MC11 'J'-

'N
_

;'TO

L 24864-66 EINP (e)/PJT,(m)/FNP W4 _ IJP(e)' WW/bJ/GSAM/WH
0- SOURCE CODS: UR/0000/65/000/000/0(:34/0041
AGG NR: AT6008942
AUTHOR~ Yt
jr, N.
none
ORGI
tTITLEi A stuc~y of the properties of capron -grajehit compositions for
__SOUICE: Moscow, Institut- mashinovedeniya.- Plastmassy v podshipnikakh skoll'zhsniya~.
-in friction bearings; research and
issledovaniya) opyt primeneriya (Plastics
experiment in application)# Moscow, Izd-vo Hauka, 1965, 34-41
TOFIG TAGS.- antifriction bearing, antifriction mteriall polyamidej frimlfion
coefficient, tensile strength, compressive strength/ P-68 polyamide
of
ABSTRACT: Apparatus and a method for studying tho antifriction propertieii
polyamides and of their graphite compositions are presented (see Fig. 1)* A
-,--,,--,-----caprone"vaph:V.----composi-ti-on--containing---5%--Vaphite-wa "-eated--for--dry-friction
against a steel-surface ---These-, tests_ showed a- dependeric e of-the-friction
-coefficient upon slip speed and normal pressure.- Considerable-electric-oi,,arge---
was observed during the friction of polywaides against steel. Its amount was
-Card 1/3

Figs 1e Friction maohinet
I polyamide spocimon;
2 - rotating metal disk;
3 - woightj 4 - ele~~bric
t
motorj 5 - elastic heam
with gluod-on tempiniture
pickupal 6 - pointex-type
indicatori 7 elecixic
equipment.

Card -
2/3
.
_j
INO-
%

L 24864-66
AGO NRs ATOMW
found to be a function of the friction conditions and the duration of the ttst.
The presence of a charge in the polymer surface is thought to involve an in;reaae
in the friction force. Th.'s increase can reach a high valuep as the charge on
caprono reaches 3000 Ve The introduction of this material has led to a saving
i of nonferrous metals* Origo art* hast 1 diagram and 5 graphs.
SUB CODE2 U/ SUBM DATEt -31Ju165
R

IN
quill
9 Ir r
11
us
T`~ -4

28210
S/194/61/000/005/040/*~)78
D201/D303
0~ 10 57, ,119
AUTHOR: Yegorov, V.P.
TITLE: Tracking systems with spherical co-ordinate co-,,Lver-.
ters as applied to problems in astronomy
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,,
no, 5, 1961, 36, abstract 5 V304 (Sb., rabot po vopr-
elektro--mekhan. iIN SSSR9 1960, no. 4, 174-188)
TEXT:. A system of automatic co-ordination between the rotation of
the dome and the displacement of the wind shutter and the movement
of the telescope tube in the equatorial hiountiug is considered,, it
description is given of co-ordinate converters of the electro-TI-2ch,
anical simulators together with the main diagrams of automatic ::0,
ordination between the movements of the instrument and the dome as
designed at the V'-"M (IEM) (Institute of Electro-Mechanics), 16 -JSSI(,
Some qualitative results are given of the operation of the syst,~m
in laboratory conditions and with conmiissiotied telescopes.
stracter7s note: Complete translation-7
Card 1/1

WD
AMMHORS
TITLE:
S103
lyt I/Doo/)0411,':~OP58
AOO A101
Sabinin, )tu.A., Yegorov, V.P.
___Zl~
A system of automatic matching of dome rotation with telescope mo-
tion on an equatorial mounting
PERIODICALl ReferatJvnyy zhurnal. Astronomlya I Oeodeziya, no. 4, 1961, 82-33,
abstract 4A604 ("Izv. Krymsk.astrofiz.observ.11, 1960, v.22, 2T_-2971)
Mr.1 The authors describe a system for synchronization of dome rota,-ion
with telescope motion. The coordinate converter is designed on the principle of
eleotromeohanioal model with a set of servomotors and synchronova coupling lystans.
A distinctive feature of' the system Is the existence of automatic transposli!g of
the dome In zenith. The synchronization system developed was investigated i.lnde-
laboratory conditions and on the MTT4-500 telescope of the Crimean Astraphy i;ca.L
Observatory, AS USSR. The same system with,an improved coordinate convertefl,nK -
-37V (PK_IV) Is applied to the double 400-mm astrograph of the Observatory,
Authors' summary
(Abstracter's note: Complete translation]
Card 1/1

/3,279-10
21 12 ~[ 0 (/Or// /0S-7/ lli4)
AU~HOR: Yelorov,.I.P.-
31022
8/573/61/000/005/014/023
D201/D305
TITLE: Tracking systems with spherical coordinate conversion
using synchro transformers
SOURCEt.. Akademiya nauk SSSR. Institut elektromekhaniki.
bbornik jWbot po voprosam elektromekhaniki. no. 5,
Moscowo'T961. Avtomatizat%ya, telemekhanizateiya
i priborostroyeniye, 162 - 176
TBXTs TItis is a survey of automatic dome guidance systems with
coordinafe conversion (CC) as developed b~ the KAO, AS USSH~The
coordinate converter which is the basic e ement of the system# bas
undergone several development stages. The first automatic dome gui-
dance system was of the electromechanical analogue type (the 0C.'III
with the tellpeope MTM-500 and CC-I* with the twin 1611 tracker of
the Crimean Astrophysical Observatoryp AS USSR). During the next.
stage a guidance system with coordinate conqwrsion (00-V) using
synchro'transformers (ST) was developed, The dome guidance *ptem
Card 1/5

31022
8/573/61/000/005/01*/0;?3
Tracking systems with spherical ... D201/D305
OC-V has passed all lab. tests and was installed in 1959 in the
greatest55" telescope in the USSR at the Crimean Astronomical Ob-
servatory AS USSR. The CO-V system is described in detail. The Voro-
blem of converting equatorial coordinates of the teleecope position
~t: fl into azimuthal coordinates of the slot window of tho domf-.1
A z is achieved in the following manner: The voltage proportio-
nal to the vector-radius r is applied to the input of a multi-sta--
ge synchro-transformer arrangement: In ihe CO-V system the absolu-
te magnitude of the radius-veotor 1~ does not matter# so that a vol-
tage U E r is applied to the input of the arrangement directly
from the mains (U = 110 v, f = 500 c/s). From given angles to and
6 the projection of r.',is determined in the equatorial coordinate
system. By rotating the coordinate system by angle cp around one of
the axes, the protections of the radius-vector r are determined in
the azimuthal coo3~dinate system and again from the given projec-
tionst a vector-radius r is determined together with the required
angles A and Z(h). Pull functional dependencies of all transformer
windings in the ST system are given 10id the mathematical analysis
shows that functions A f(tt b) and z f(tp at tp = const. as
Card 2/5

31022
8/573/61/000/005/014/023
Tracktug systems with spherical D201/11305
aolved by the CO-V system satisfy exactly the theoretical solui;ion.
Thi system is described next of automatic coordination by meann of
CO-V of the movement of the instrument and of the dome. Determina.14
tion of values of A and z is accomplished by the d.oo follow-up
systems in a similar manner. The motor stages are d.c. motors. Two
power amplifiers are used# controlled by two four-stage electron-
tube amplifiers. The first two stages are used as voltage amplifi-
ers, the t1tird stage works as a discrim&dhffiJ~ the last stage a!3 a
push-pull power amplifier. The follow-up syst m is stabilized by
heavy negative voltage feedback and a voriable first derivative
voltage feedback, from the magnetic amplifier output. A and z ar
'IPA
produced by doule-wioing magnetic amplifiers, Since aLfficulties
arise when the Thstrum ,6nt moves within the zenith regiong a special
computer controls the movement of the dome at the zenith points The
analogue of the CC-V was assembled in 1958,-'In it, the movement of
the dome and the telescope was simulated by electro-mechanical ana-
loguea. It has been found that the error introduced by the system
in solving A = f(tv 6) and z = f(tt 8) with cp = 450 = const. does
not exceed A A 101 and 4 z 101. Only within the zenith
Oard 3/5

31022
8/573/60/000/005/014/f23
Tracking systems with spherical ... D201/D305
point A A 301 and z 15 1. The automatic coordination system
of the tel4poope and dome using the 00-7 was installed with the
50" instrument of the Crimean Aotronomical Observatory in 1959. The
results of tests have shown that the CO-V *ystem of automatic dome
guidance control gives adequate accuracy for A = f(tt 8) and z =
f(tj 8). Several advantages of the CC-V system over it% electro-me-
chanical analogue have been proved to exist. These advantages ares
Sim licity of the arrangement, no telemetering required for anlges
t# 9, A, z, no switching of the dome drive at the zenith point,
greater accuracy and also its possible application at all lattitu-
des. At present the development is proceeding at the Institute of
Electromechanics of AS USSR of a system of automatic dome guidance
as applied to excentrically mounted telescopest using the CC-VI
with rotary transformers. It has now passed the laboratory stage
and is ready for izkstallation at one of the operating telescopes of
the Crimean A8tron6mic 1 Observatory AS USSR, for use in long-du:m-
tion observations. A A computer is also being developed which
would automatically evaluate the angular position of the body. The
automatic control system for coordinating the telescope and dome
Card 4/5

S/573 61/000/005/014/C13
Tracking systems with spherical ... D201 D305
ap,erture movement*could be used in other application8p such as
avitomatic aiming and guidance telescopesq optical instruments, ra-
di~b-telescope antennas and other installations, in which conversion
of spherical coordinates is required. There are 7 figures and 3 Ser
viet-bloc references.
Card 5/5

3 Y-
8/035/62/00~j6O~/056/083
Aool/A101
AUTHORS:~ Sabinin, Yu. A., Yegorov, V. P.
TITLE: Automatic control system for telescope dome with a spheric coordinate
converter on rotating transformers
PERIODICAL'- Referativnyy zhurnal, Astronomiya i Geodeziya, no. 7, 1962; 8s'..
abstract Mki ("Izv. Krymsk. astrofiz. observ.", 1961, v. 26,
395 - 414, Engl. summary)
TEXT: The authors consider the design of an automatic system for matching
the dome rotation and displacement of the wind curtain with the movement of the
telescope tube on the equatorial mounting. The principal eleMent of this system
is a converter of spherical coordinates (CC) which converts equatorial coordinateo
of the telescope into azimuthal coordinates of the dome slit window. In the first
stage were developed systems of dome movement with CC on the basis of an electro-
mechanical simulating device (CC-III and CC-IV). A further stage was devising the
system of synchronization of the dome and telescope with the use of CC based on
rotating transformers. Thisvjstem has a number of essential advantages in compari
son with others. The Institute of Eleattomechanica, AS USSR, has designed a coor-
Card 1/2
I Ilia SiNw$00

S/0,W62/000/007/656/083
Automatic control system for- A001/AIOI
dinate converter based on rotating transformers for a telescope,with central
mounting (CC-V) and a universal coordinate converter (CC-VI) applicable to -,.e-
lescopeswith any mounting z;ystem for any observation seat. At the present t1me,
the system with CC-V and CC-VI have been installed in the Crimean Astrophyalcal
Observatory, AS USSR, and arein the extended experimental service on operal;Ing
telescopes.
Authors' summary
[Abstracter's note: Complete translation]
Card 2/2
7~11 tT

S/573/62/000/007/002/015
D201/D308
POTHIORS: Sabinin, Yu.A. and Yegorov, V.P.
TITIZ: %nalo- computers in combined position angle and
C?
velocity control of azimuthal astronomical inst,.:u-
ments
SOUICE: A%adcmiya navik SSSR. Institut elektromckhaniki.
""bornih. rabot T)o voprosam elektromeldianiki, no. 7,
1962. .vtomati~atsiya, telemekhanizatsiya i pri!)oro-
stroyeniye, 158-171
TE~U: From the analysis of dynamic operation of astrcaomi-
cal instruments, detcrminin- the azimuthal coordinates (A, Z) i-nd
the position angle p as functions of thc equatorial coordinate.sys-
tem (t, the authors show that the automatic guidance of suc'h
instruments may be achieved by combined velocity and cngle con, rol,
the former being tht! fundamental one. They further describe tl-:c
principle of operation and construction of the azimuthal and p6si-
tion clocks with non-uniform motion, which determine the tcles'-'Ope~~
Card 1/2

S/573/62/000/007/002/OLt_
Analog computers D201/ 303
velocities along the respective telescope axes. The clocks are
develoPed by the institut clektromckhaniki M SS.-;R (Institute of
Electrical Engineering of the A; and are designed in the
form of special purpose analog computers on the.basis of transfor-aer
resolvers. The angle guid-nce is achieved by coordinate trz,,nsforla-
ing arrangements nK -V UK-V) and nK_VIj (VIC-VII), also 1xised on;
resolvers. It is shoxni that velocity guidance with angular corrci-,-
tion considerably improves the conditions of the following-up of
the telescope, making the tracking more accurate. Further improv-
ment of the azimuthal. instruments is possible with the addition o':-'
acceleration control, which again could be developed on the basis
of resolver analog computers. ""everal types of azimuthal and pos:.-
tion clocks are possible, depending on the available input data,
conditions of operation and on the most suitable conditions of
matching of dynamic oper"-tion of separate circuit assemblies.- A(:
combined angle and velocity control is for use with both the exist.-
ing and future azimuthal astronomical and other installations.
There are 6 figures.
Card 2/2

S/573/62/000/007/003/01
D201/D308
AUTHORS: Yegorov V V Ivanova, M.A. and Sabinin, Yu.A.
TITLE: Coordinate transformation systems for automatic :poo-
ition angle determination,,baaed on transformer rc-
solvers
SOURCE:. d%kademiya nauk 33SR, Institut elektromekha*niki.
Sbornik rabot po voprosm, clektromekhaniki. no. 7,
1962. jwtomatizatoiya, telenielchanizatniya i pritioro-
stroyeniye, 171-180
MXT: The authors describe the circuits and analyze th2
operation of coordinate.transformation'devices nK-VII (1?1' V11) ised
with.systems of automatic determination of the position angle p Ln
astronomical instruments and discuss the results of their investLga-
tion on laboratory analogs. There are two versions of these devices:
model PK-VII A operates with equatorial coordinates t, 6, the other,
PK-VII B, with azimuthal coordinates A, Z. Both are based on trans-
former resolvers, operating as coordinators, coordinate transformers
or references. The results of laboratory investigations of the per-
Card 1/2

S/573
/62/000/007/003/01.5
Coordinate transformation ... D201/D308
formance carried out on an analog of automatic synchronization o:~*
the movement of a telescope and its dome, show that the error in
solving problems p - f(t,6), p = f(j~,Z) at q) a 450 a const does
not exceed 6p . t 10 to 151 of arc. It was also found that tl-v-:
PK-VI1 systems have dead zones, in which the error signal decreazies
sharply and the solution error increases. Since, however, it v7aB
determined that the cosine i-Tinding voltage of the coordinate resol-
ver had a simple functional dependence, it was possible to apply
feedback, which in turn resulted in increased accuracy uf'the syt-
tem when working in 'danger' zones (near zenith for PK-V11 A and
near the pole for 1)1%'-VII B). It is also suggested that whenever a
PK-VII system is used in conjunction with a 111(-V system (which det-
ermines the values of A . fft,b), Z . f(t,S) at (p a const and
therefore-has a dead zone near the azimuth, a PK_VII 3 device
should be employed. There are 5 figures.
Card 2/2

YEGOROV. V.P.t IVANOVA, M.A.; SABININ, Yu.A.
~'Systezw for AzutomBatic derivation of positional angle vith
coordinate converter based-on rotating transformers, Sbor.
rab.po vop. elektromekh. no.7tI71480 162. (MHA 16s1)
(Automatic control) (Astronomical instruments)

'MGOR07, V.P.; SABININ, YUSAO
Analysis of errors in spherical coordinato.converters na1w revolving
transformars. Sbor. rab. po vop. elak~romekh. no.9:197-219 163.
(MIRA 2!4': 2)

1JUDELIMI, G.E.; YEGOROV, V.P.; YATS, I.G.; RYSII, A.P.; MIACHIKIIINI,
S.A.;
[Continuous line for the production of'halvah] Potochnaia
linila proizvodstva khaIvy. Moskva, TSontr. in-t naucluio-
tekhn. infonmatsii pishchevoi pronrlshl.f 1964. 16 p.
(MIRA 18:5)
R

Coxmtry USSR
Catcr,sry: soil Scicncv - s-,,.,.l
Abs Jcur: RZhDic-,l., N. 14, 15r-8, Nu 63039
i7mthor Dumrsov, :..M ; Yur_:~rcv. V-P ; Yc6i.;r-~;va, I.I.
Inst
Title A Group Co,.rl) -sition of the 11W.-ma'of Multi-HuLms
(Fertile) Murnczens of Northern Kazakhstan
OriG Nb: PochvcvWui-,,ye, 1957, No 7, 57-62
Abstrnct: The hunus content in the upper horizons ~.f weakly
solonizcd, s~,Lnizod and 8010diZOd LlUlti-hmua
chemoze;'is varics between 10-09 ana 12-2511.- Cher-
nozen hu:,,.us is ckaracterized by its hioi cuitent
of hunic, acids twid relatively s,-.nll content of
fulvic ac'ias. ThQ weakly solonizod and the Bolonized
chernmus diff...;r little ii-, the aLvjui-.t ef butdc acids
Card 1/3 ze~

Country : USSR
Cate., -C.*Y: Soil Scleacu. S,;*A. D)iolou
Abs jour: MDiol., 11.-, 14. 1958, No 63039
in the ujj,,cr lli~,rizcms; tlicsr- cccur in luost q%mn-
tity in th(, sz.1,dized cher-.i--zL--,-. ', cnsidorr~ble
differeac,~ in th,:;ir distribution al,DnC, ~;Ilw A-~rofilc
is observad bcLween wcaP-ly solon..zed and sclonized
chernoza;.,.s, Yi4 all tho rralti-hmius CIIQIIICZL-LZ
describod, thu llm.dc acids prodo,.Linatu .;vc:r the
fulvic acids. Tlic C cmtent in the irisAublu re-
sidue of su) hiz -,us is from 24 to 34~', -W.! in the
horizon of s;1--mized chernozeris it incri-:,.sQs tr-
52-54~,',- 7im- m-lationship betwoon b=tc acids and
fulvic acids ii-i less hunified chernozc*is is rLirrower.
The reasms for %",he Creanter content -.f IhAx-iic ncids
in chera;zu:.1 hu:.rus of Northern Kazaldist"n'i, in con-
Card 2/3
J-17

Country : USSR
CatcL;ory: Soil Scicacc. ScAl Biolo(nr.
Abs Jcur: WhDiol-, N 14, 1958, No 63039
parison wAlh cvcraCc-hurms chernozQrw, are; the
fonntion .1 ~';itw a(Als under coaditic.11s uf a sonc-
what -avAuttx cj.);ntc and of a fav6r--ble-. tit-malopimnt
Of veLct."ti-)II -mia h1w.Aficatim of or~;mic residues;
on the ~)thcr hal2d, the grent quantity ! f insoluble
residue in "L*,Iv- averaGe-hums chernoZL.-IS is conditioned
upon the L;roatQr dryness of the climte. -- D-V. Khcui
card 3/3

YZGP
Soil comvlexes of the left bAnk of Irtysh In the subzone of dn.,-k
Chestnut soils [with sunmnry in English]. Pochvovedenic no-3:.'09-114
Hr '58. (HIRA 11,:4)
1. Knznl:hslriy goaudAretvannyy univarcitet im. S.M. Kirovo.
(Irtyah Vnlley--Soils)

YFWROV. V P.
Degree of solonization in carbonaceouo soilo of the Chautnut
zone In Kasakhatun, Pochvovndenio ro.12!78-85 D 159.
(MIRA lliQ
1. Institut geologichoakikh nault AN KaxSSR.
(Kazal:hetan--Soils)
ti---
7',