SCIENTIFIC ABSTRACT YEGOROV, V. V. - YEGOROV, Y. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962510008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1- Y9G0ROV.'V.'V.
2. USSR (600)
4. Arboriculture
7- Conditions for growing trees along canals in an area generally alkaline.
Fochvovedenie, no. 11, 1952.
9. Honthly List *f Russian Accessions, I&brary of Congress, Harch 1953, Unclassified.

Y]WROV, V-Vo. samestitall direktora.
Improvement if land. Vok-rug, eveta no.12:28-22 D 153. (KL.RA 6:12)
1, Pochwennyy institut Ak&dAodi nuak SSSR.
(*igan a iiji~ e~-A;6lizat ion of land) (Reclamation of land
--Ikgan ateppe)
g~

.OMOV, V
Y-
Zasolennyye pochvy i ikh Osvoyeniye (Soils with excessive salt and how
to cope with them) llojkva, lzd-vo AN SSSR$ 1954-
110 p. illus.., diagrs., map, tables.
"Literaturall t P. (3-11) Nauk SSSR. Nauchno-PopulyarnaYa Seriya.
At head of title: Akademiya

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disetaq the rift of the brine waters frvm the 011-hearim.- tyres
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of fortnation, vvhkh contain Ptimadly chmdes with PM(
e2ity no *a1fates--Ttlese hr(%N give r6c toquify Wfm~:~k,
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They -zhaw t6t the owdoental type of wilt tallow Into
thm " cm(ritaltrs to their high sulfate mstvit. Ire the
%ft0on cm the rolt of Oc plant covet on thL acturnultiticla of
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amoeg. It with the. tnineralizatkya cA the ground WMM in
file tecAgic ptnille, Pgkmril by 4 review of the (mlot,; In.
volved hi IlAs m1neralizatian "d g' sitalliq of 11111
(1corraloti. Ftnin that tin. the rafts In OW "I Cover Arc

dMimed. tbel.- smwmal
and mthods ri! coveting vie (fifffirlit
-in the prricc~.-; of t;aIltil.-Ition, -wl,inchak. vAorictir. and
N,iWl. In all nctiwis roti-Jilvrabic rhrtn~ data ot., prE--
d to illustrate the pamN iwitle, Vi rc("vnc(4.
s.

iewct9 n tbo w4vern CA4 4. -altt*
A A, "tway OF III). ios, 0 MOW,
~,mb S.S, Ojv WA~f, tile,
cj~))Ltn FAn, Itij I~441 to the 10r.
i'litiGn 4 s1 a n, lit', witt t,~ryvuh* _,_- ok jAt vc,&w-
r~ t t!i. C,,,S4D. tf!t~ firit, tu opt. owipetA)". htcr thA-
Na~SO~ and 0:,, Nlg wi!l &crvuv qmcwhat, and 11) 1,12
intlitremAl-
bm ... I u, cl~, 1,.r 0)
sf I'll.

YIGOROV,V.V.
Common regularities in the formation of coastal delta plains.
1xv. AN SSSR. Ser.geog. no.4:35-45 Jl-19'55- (KIRA 8:10)
1. Pochvennyy Institut imeni V.Y.Dokuchayeva Akademii nauk SSSR
(Deltas) (Coast changes)

YEDOROV, V*
nSalinizatioil of'Delta Soils in Ymritime Regions ond Conditiono of Their-
Improvement.," a paperIpresented at the 6th International OSloil Science Congress,,
Paris, 28 Aug to 8 Sep 56.
In Libmry Branch #5

iwl

YBGCRCV, T.T.; ZAMHAROINA, G.T.
The degree of salinity of upper soil strata as a function of depth of
ground waters. Dokl. AN SSSR. 109 no.4-.851-853 Ag 1956.
(mm 9:10)
1.1 Pochvennvy inatitut imani Y.T. Dokuchmyeva Alrademii nauk SSSR.
Predotavleno akademikon I*V. Tyurinym.
(Soil chemistry) (AlkAli lands) (Water, Underground)

MSR/Soil Sciance. Suil Genesis =0, GvtjL7,raphy J-2
Aba Jour Ref Zhur - Biol.,, Hr, 20, 1958, 11a gl,;K&
Author
Inst USSR
Titla Soils'of the Snry1mL-,yshs1;iy Deproscion
Ori~ Pub Tr..~ tanlo-Kasplyak. rloksn- okop9dits'Li. -'.N SSSII)- 1957,
-20
8, 176- 6.
Abstract 111be soil fonmtic,*,i coaCitimc ancl tho soils of th, x
44
slink-tVa dopressiun -.r., PrQvn1ca' . i7i t',c northern
part of the Lle~pvus,ilxi --,rkj t~c dun-colorck~ thla, f,:obly-
aeveloi,oa eoilz on lcrjas and ti),yr-like sr.lty soils.
Dotritus soilz wh'Lc',) ~O.turrvtc with V~~r-for-,ccl ooils ca.d
salt :~rtrohcs are Lliotrl'jutcd in the w,--Gt,,rn ,Lzrt of the d,~-
pression at the foa-VIA11- slidos of Unntyturt ,
platec.u. In the
southern -,)-nrt of the .1opression simll-mound and thin duzi-colorcd
soils, strown with lizicstonas arc pr,.-vc~lent. StronGly i---kyr-
fomed soils P-ml t,,.kylc in stratifiel miciont-alluvial
cox-1 1/2
9

G'
LOPATIN, G.V.; MIGINA, R.S.; YNGOROV, V.V.; KOVDA, V.A., otvetetvenny7
red.; TS71NOT, N.Y., ied. A.7s, tekhn. re4
[Dalta ofthe Aim Du-yi] Dellta Awi-Darli. Moskva, Ids-vo Akad.
nauk sm, 19580' 156 p. (MIRA 1117)
1. Chlext-korrespondent Akademii mau SSSR (for lrovda)
(Amm Darya Delta)

KOM, V.A,, 0tvaetvennyy red.; TZGOROV# Vjo, kand, gool.-minoral. muk.'
1- ---- -K --
otyetetvenw red.: ANIMMH N~Ye~.' red. izd-va; GUSNA, A.P.
tekhn. red,
[Drainage in the utilization of saline iollul Primenente drenazha
pri osvoenii zaoolennykh zemell. Xoekva,, Izd-vo Akad. nauk SSSR,
1958. 173 po WPA n to
1. Akademiya nauk SSSR. Pochveunyy institut Ims' Y.T. Dokuohaeva,
2. Chlen-korreopon&snt Akademii-zauk SSSR (for Zovda).
(Drainage) (Reolamation of land)

IVANOV, Ps, prof*; YZGOROV, V., aeflistOnts
Maintain the high fertility of virgin lanAx. Nauka i pared. opt r
selikhos 8 no.12:17-19 D 158. OURL 12: 1)
(Reclamation of land)
(Soil f ertilitir)

YEGORGV, V.V.
Classification system for delta soile in the arid regions of
the U,S,S,R, Fochvovedenia no.11:19,-26 H '58. (MIRA 11:12)
1. Pochvennyy institut imeni V.V.Dokuchayeva AN SM.
(Boils-Classification) (Alluvial lands)
W"
4i

.N.ROV Valentin VasiLlptic-h- KOVDA, V.A., otv.red.; AHTSELOVICH, M.Ye.,
z ~Xva--,- to J red.
[Sail forwition and conditions for establishing irrigation systems
for the improvement of deltas in the Aral-Caspian Lowland] Pochvo-
obrazovanie i unloviia provedeniia oronitellnykh moliorataii v
dol'takh Aralo-Kaspiiskoi nizmannosti. Moskva, Izd-vo Akad.nauk
SSSR, 1959. 294 p. (MIRA 12:12)
1. Chlon-korrespondent AN SSSR (for Kovda).
(Caspian Sea region--Irrigntion)
(Caspian Sea region--Soils)

YMOROV) V. V.) Doe Blol Sci (diss) -- "Soil formation and the conditions for
performing irrigation soil-improvement In the deltas of the Aral-Displan lad-
land". Moscow, 1960. 38 PP (I~Wcow Order of Lenin State TJ im M. V. lomonosov,
Soil Blol FacitIty), 130 Copies (K7,, No 14, 1960, 120)

KOVDk, V.A.; THGOROV. V.V.; WJUTOVk, V.S.; STROGONOV. B.P.
Classification of soils by the degree and t7pe of
salinity with reference to the salt resistance of
plants. Bot.zbur. 45 no.8:1123-1131 Ag 160.
(MIU 13: 8)
1. Fochvennyy Institut im. V.V.Dokmch&7eYa AN SSSR i
Institut fisiologil rasteuI7 im. X.A.Timiryaseva AN SSSR,
Moskva.
(Plants. Iffect of salts on)
(Soils--GlaBaificatiou)

YEGOROV, V.V.
Sodium carbonate salinization in southern Sinkiang, Pochvo7edenie
no. 5t1-12 My #61. (MIRA 14 15)
11 Fochvennyv institut imeni V.V. Dokuchayevaj, AN S~SR,
(Sinkiang-44ine and alkali soils)

BIRYUKOVA, A. P. ; ffQgBQV V Y
,, , prof,, doktor biol, nauk; oty. red.;
MDRDZOV, A.T., prof., retsenzent; PAVIDV, A.H., red. lzd-va;
TIKHOMIROVA, S.G., tekhn. red.; GUSEVA, A.P., tekhn. red.
(Effect of irrigation on the water and salt balance of soils in
the southern part of the trans-Volga region]Vliianie orosheniia
na vodnyl i 3olevoi rezhim pochv IUzhnogo Zavolzhlia. Moskva#
Izd-vo Akad. nauk SSSR, 1962. 266 p. (MIRA 16:1)
(Volga Valley-Saline and alkali soils)
(Volga Valley--Irrigation)

71"GOROV, V.V,; POPOV., A.A.; XONOVALOV., N.N.
Consolidated zoning of the Volga-Akhtuba Flood Plain for ioil improve-
ment purposes. Pochvovedenie no*3:16-29 Mr 162. (MIRA 15:7)
1. Pochvennyy institut Imeni V,V,Dokuchaova i Yuzhnyy gosudarBtvennyy
institut, po, proyektirovaniyu vodnogo khozyaystva.
(Volga-Akhtuba Flood Plain-Reclamation of land)

YEGOROVI V.V.; POPOVI A.A.; K.ONOVALOVy N.N.
Schematic zoning of the Volga Delta for soil improvement purposeB.
Pochvovedenie no-9:4-13 S 162. (KRA 16;1)
1. Pochven-,iyy institut imeni V.V.Dokuchayeva.
(Volga Delta-Saline and ILUali soils)

ROZANOV9 A.K., doktor geol.-m~ner. nauk, otv. red.(deceased]j_=.R3,V,
V,_Y,,, doktor b1ol, nauk., otv.red.; PAVIDV, A.N.,, red. izd-va;
YRGORDVAI X.F., tekhn. red.
[Effect of irrigation on soils in the oaaes of Central Asia)
Vliianie oroshenlia na pochvy oazieov Srednei Azii. Moskva,
12d-vo AN SSSR,, 1963. 105 P. (MIRA 160)
1. AN SSSR. Pochvennyy institut imeni V.V.Dokuchayeva.
(Soviet Central Asia-Soils)
(Soviet Central Asia-Irrigation)

BOLISHAKOV, A.F.; YEGOROV., V.V.; RODE, A.A.
Possibility of irrigation organization in I~bs trans-Volga region.
Pochvovedenie no.2:1-9 F 164. (MIRA 17:3)
1. Pochvennyy institut imeni v.v.Dokuchayeva AN SSSR.

YEGOROVI V.V,, doktor sel'skokhoz. nauk
Characteristics of bringing lands under irrigation in the Volga
Valley part of the Caspian Sea Region. Cidr. i mel. 16 no.3:
9-16 Mr 164. (MIRA l7t4)
1. Pochvennyy institut imoni V.V.Dokuchayevs.

YFEGOROVI V.Vl
Taoke of 90.1 !ioionco In The drivelolment of J"Jgatlon farming,
ll-)-~hvovuclonlp no.40-11 Ap 164. (MIRA 17:10)

-IFNROV,-.-V,V.; ZIMOVETS, B.A.; DONDAREV, A.G.; SIAVNYY, Yu.A.; ORLOVA,
Ye.M.; KAUR1CHEVA, Z.N.
Effect of the complex of soil cover on the effectiveness of
saturation irrigation on large checks. Pochvovedenie no.10i
6-15 0 '65. (MIRA 18:11)
1. Pochvennyy Institut imeni Dokuchayeva.

-s H.S., isdatellskly red*;
.441? Ovich. AIIIKnl
rMMOV Vgg?4
AX N, f-H.,
Nk~ilheokiy red.
[Water hammer in pipeol K voprosu o gldravlicheskon. udare v trubakh*
Moskva, Goo. izd-vo obore promynhlop 1958 7 P- (Moscow. TSentrallnyl
aerogidrodinemicheakii institut. Trudy no. 712) (MIRk 11:11)
(Water hammer)

YEGOROV, V. V.
"Remark on the New Tnstruction for the Editing of a New Map on
1:1,000,,000 Scale",, Trudy Novosibirskogo Inst. Inzh. Geod., Aerofotoslenki
i Kartogr., 6, pp 77-85, 1954.
The wealth of detail on the new map in the 1:1,000.,000 scale should
be ascribed to the use of the "Instruction 1951-11 The main advantage
of this "Instruction" is securing the maximum reproduction of cartographic
pictures.
SO: Sum. No. 443, 5 Apr 55

SOV/154-5;',-' _1~ 71/22
AUTHOR; Yogorov, V. V., Docent, Candidato of Technical iciences
TITLE: The Requests of Administrative Organizatione for Small-Scale
Topographic Maps (0 trebovaniyakh vadomotvennykh organizat9ii
k melkomasshtabnym topograficheakim kartan)
PERIODICAL: Izvestiya vyeshikh uchebnykh zavedeniy. Geodn-,,iya i aero-
fotoollyemka, 195B, Ur 1, PP 133-135 (USSR)
ABSTRACT: A team of scientific workers of the HIIGAiK (Novosibirsk
Engineering Institute of Geodesy, Aerophotography and Carto-
graphy) made an investigation of the requests of various ad-,
ministrative orLtanizations of Sibirl fo4now maps of their
administrative districts on smaller scales. The followinc
results were obtained: The maps in use until now (scale:
I : 100 000) are obsolAe in many respects and therefore not
as useful as they should be. A list of exanples in eiven.
Among other things, the Gidromotoooluzliba (Office of Hydro-
Meteorology) also noted that the maps used so far do not
show the difference in the stream flow (urez). The workers
of the Biologicheskiy institut ZSFAIT (Institute of Biolomr,
Card 113 ZSFAIT) noted the lack of so-called "relief-ribs" (rebrovniki)

SOV/154-56-'-'7,'22
The Requests of Administrative Organizations for S=a!2-Scale To-~cjra~h_J~-
Maps
up to a height of one meter on mapa (scale: I : 100 000). Other
inatitutions again demand that the pasnability of parta of
Sibir? during, the rainy season should be indicated more pr,--.
cisely on topographic and other mapa. It is Jntended, there-
fore, in the near futnre to isaue now topo(~,raphie maps of
a scale of 1 : 100 000 of sueh regions which are thinly
popula,ted, but of greatest importance with respest to econe=i--,
and industrial development. The new maps of various thinly
populated regions of Sibirt which are, however, of great
geographic importance have to meet the new requirements.
Because of the comparatively long lapse of time between the
topoeraphic survey and the commercial production of new i:iaps-,
it is intended to issue maps and at the same time also aei-o-
photogrammetrip plans of the respective areas, The acjr~phot~-
grammetric plans and air photographs can more ouoily solve
some of the problems so far unsolved.There are 2 referencec,
2 of which are Soviet.
Card 2/3
-':':~'~_'_T' ~T

SOV/1 54-5,0-1-17, 22
The Requentwof Administrative Organizationa for Small-Scale Topojrmphic
Maps
ASSOCIATION: Ifovosibirskiy institut inzhenerov goodezii, acrofotosKyemki i
kartografii .
(Ilovosibirok Engineering Inatitute of Goodeay, Aerophotoilraphy
and Cartography)
Card 3/3

YEGOROV V. V.-
"Modern Large-Scale Topographical Maps and Ways and Means of Attaining
their further improvement."
-~( I
report presented at theAScientific and Technical Conference, Novosibirsk Inst.
of Engineers of Geodesy, Aerial. Photography, and Cartography, 15-22 Feb f3.
(Geodeziya i Kartografiya, 158, 4, 79:80)

m
~ M-=O VI arl iml V-ull!yovichj SOKOLOV I Olog Viktorovich; TATTUVSKIY I
Lev Fedorovich; ROGOV, -A.B., red.; SILWAROVA, T.A., red. izd.-
va; SDIMU-tOV, V.S., tekhn. red.
[Compiling and editing maps]Sootavlenie i reduktirovanie kart.
14ockvap Geodezizdat, 1962. 238 p. (MIRA 15:10)
(Maps, Topographie) (Cartography)

DRAGUNOV, V.I.; WOMV, Me.; SlITLYN, L.F.
Pre-Upper Pjaleozolc reefs and reef formepe as Indicatdrd of the tectonic
ak'+A-Aty iii the northwestern marLin of the' Conlral SiberW Plateau.
Geol.i geofiz. no.l.-72-84 163. OURA 1614)
1. Vaesoyuzriyy nauchno-issladovatellskiy geologicheakiy institut,
Leningrad.
(Central Siberian Plateau-Geology, Structural)
(Central Siberian Plateaw."Reefs)
-7T7

YEGOROV V Ye inzh,
ii
-&-Concerning the principal components of a chromatograph for
~nil~zing combastion.products. Elek.sta. 33 no.12322-26 D 2,
(KMA 16:9)
(Boilers-Equipment and supplies)
7777~~

YEGOROV, L..V!-j_YOROVKOV, V.S.; LUKOVTSEV, P.D.
Electroph7sileal properties of an oxidized niobi= electrode
during cathodic ard anodic polarization. Elektrokhimila I
no.5017-523 My 165. 041RA 18: 6)
1. Institut elektrokhimli AN SSSR.

YEGOROY,jj~j doktor sallskokhoz. nauk (Moskva)
Characteristics of the operations of horizontal desalinization
drainage. Gidr. i mel, 17 no.11:1-7 N 165. (MIRA 18:11)

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twowYkk 7~11939. M-50. Kilim. Nfftrat. ZA%,. 194o.
So, 7,39-10-The ft-quirements (if cultivatel "I, Ate
bipth abuldrption capacity In reprd to (-atkms, a vi'mV
002 -00
large ami. of org. *ub4tanre andl a favwable ditructitre.
is 0 The Analytical incl"es of the tictree of cultivation (4 Or .00
004 sdirils are the content of moldile PtCh, afmwption capacity, .00
if ritial. et'"llin. (dif the art. IlubMance, relative editille"tdi of
0
0 %4111 JVI% still the ap. gr. of the wil. Virgin "Is and) The see
0.9 litstil"13 are numt Ifultraviril fly otc. lCmIlirt, .00
Ittlariltre. pent. lupine, ete.). petenniAl grasdi, little mu-1
0 -3 mineral (eflilizers. W. R. licnio a**
00
so isoo
eel
'!coo
us*
20
C,
111TALLUNIGICAL W9016TWI woo
too", 1-1011,19
Mail i;411
rw 0 A a 1 it al 9 a
U to SO d
* 0 0 0 0
0 0 0 0 0 *
9 0 0 * 0 0 * 0 0 0 0 0 0 oil
40 0 0 00 0 0 0 0 0 0410 0 0 0i 0.0. 0.-

YEGOROV, Vasiliy Yegorovich
Academic degree of Doctor of Agricultural Sciences, based on his
defense, 27 June 1955, in the Council of Moscow Order of Lenin
Agricultural Acad imeni Timiryazev, of his dissertation entitled:
"The Role of Extended Application of Fertilizers, Crop Rotation,
and Repeated Sowings in the Development of the Fertility of the
Soils of the Non-Chernozem Belt."
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 1, 7 Jan 56, Byulleten' MVO SSSR, Uncl.
JPRS/NY-548

i
YJCRBIN. Akin Akimovich, professorl LWSNIKOV, T.V.. profossorl XtUHITOV,
A.Y., professor; CHIZOVSKIT, M.G., professor; GRACIWA, V.S.,
redektor-, . a wr~e , -spatoredaktor; PXVZM, V.I., takhaichs-
skiy redaktor
[Agricultural Zemledalis. Moskva, Goa. tid-yo salkhoz. lit-ry,
1956. 27o p. (MIRA 10:1)
(Agriculture)

VOROBIYIV, Sargey Andrayevich; TYrAWOV,,V.Ta.; XISILXV. A.N.; CHIZHZYSXIY.
M.G., professor, redaktor';'~GRiCMA,'i.'h., radaktor; VISKOVA, TOOLO
takhoichaskiy redaktor
[Manual for laboratory work on problems in agricultural Rukovodstvo
k laboratorno-praktichaskim zaniattiam po zemladaliiu. Izd. 2-os,
parer. Pod red. H.O.Chizhavokogo. Moskva, Oos. izd-vo salkhoz. lit-
ry, 1956. 326 p. (KIRA 9-9)
(Agriculture-Study and teaching)

GHIZHNVSKIY, Mikhail Grigorlyevich, prof.; KISBIAV, A.U.. dote.; VCROBIYNV,
S.A., dote.; YNGGR L.,V.Ye., prof.; BALICV, P.M., dote.; TIMNIKOV.
A#H., asslstent-~-UHUWWHIXIII, Yu.G., red.; GORIXOVA, Z,D., togkhn.
rod.
[General agriculture] Obahchee zemladelia. Pod red. X.G.Chitheyokogo.
Moskva, Gos.izd-vo sellkhoz. lit-ry, 1957- 357 P. (MIRA 11:2)
(Agriculture)

M33R / Soil Soiwico. A A J_A
nor,41 Fortilizura.
"Ibs Jour: Ref Zhur-B~ol., No 8, 1958, 34386.
Author : _Ye&Qz2y,_Y__-YiT-.
Inst : Depart.i.,ent of Field Cultivation of' the Mo3cow
AGricultural Academy imeni Tifairyazov.
Title : Effect iveness of Fertilizers and Re.ojated Sow-
ings in Lasting Application.
Orig Pub: Udobreiiiye i urozhay, 1957, No 5, 10-21.
Ab3tract: Experiiaonts of imny years in field vogetation
cultivations by the DoDartmont of Fiold Cultiva-
tion of the Koscow Agricultural Acedomy iaeni
Timiryazev, have shown that contont of humus in
soil of the permanont cultivation (ch_-nr:~eless)
was not difforiint from the contont of it in crop
rotation cultivation; on the othor hand, tho
amount of soliite phosphatas in culti-
Card 1/2

Uj'32 / soil Scianco. Fortilizoro,.
Abs Xour: Ref Zhur-Biol., No 8, 1958, 34386.
J-4
Abstruct: vation of potatous - wa3 even ~,roator. Fotatou3
incroase the yiold of the crop rou"altion by 1 p,
rye by 100%. Prolonged application of -,-,,-inure
and NIT, with oiniultanoous raising of -the aF;ro-
technical level, increased the coeLficicnt of
utilization of 'LI.KP, increased the ronuixzation
per unit of fertilization, increased the content
of huaic acids$ which were richor in C, contained
more N, and had tan increased cubic content of ab-
sorption. Specific importance of fulvoacids drop-
pod. Cultivation of the same soil by fieans of
annual and perennial qlants and with zp-chanical
troatiaont, but without application of fertilizers
and -.;dthout raising the standard of afxo-technique,
did not show similar shifts in the content of or-
ganic matters. V. L. Astaflyova.
Card 2/2
26

TJWROV, T.Te., doktor sellskokhosysystvonarkh wk, prof.
Results obtained from long-run experiments,"*1th fortilizer.uxago
A,nd with.growing crops in monoculture and in rotation. Isy. TSW
no. 3:29-58 158. (MIRA 11:7)
Ofertilizers and manures
(Rotat.ion of crops)

YEGOROV, V.Ye., prof., doktor sel'skokhozyaystvennykh nauk
Scientific basis of the row crop system in agriculture. B."ol. v
shkole no.2:71-77 Mr-AP 162. (YIRA 15:2)
1. Moskovskaya sel'skokhozyaystvennaya akademiya. imeni K. A.
Timiryazeva.
(Rotation of crops)
J

YEGOROV V.Ye., doktor sel'skokhozyaystvennykh na"Ic, Prof.;
DOSPMGV? B*Aty kand. eel I skokhozyaystvennykh nauk
Effectiveness of liming old soils fertilized for a long
time. Izv, TSKHA no.3:7-24 162* (MIRA 15:9)
(Liming of soils)
(Fertilizers and manures)

V.Ye , doktor ael'skokhozyayotvennykh nauk,, prof.;
LYKOV, A.M., aspirant
Content and composition of humus in continuously fertilized
soils, in crop rotation and monoculture. Izv. TSKIIA no.3:66-77
162. (MIRA 15:9)
(Podzol) (Fertilizers and manures) (Humus)

YEGOROV.-Me prof.
Results of half a century's practice in applying fertilizars
in crop rotations and to monooulturoo. Zemledelie 4 no.32i
51-55 N 162, (KIRA 16i1)
1. Moskovskaya selliskokhozMatvennaya akademiya imeni. N.A.
Timiryazova. (Fertilizers and manures) (Rotation of crops)

LYKCV, A.M.., aspirant; YEGOROV, V.Ye., prof.., nauchnyy rulModitell
Characteristics of organic substances in soils deterTlink by
Springerts method in a ContinUOUB axpori:,nent of the Tiattlazov
Agricultural Academy& Izv. TSIUIA no-32224-227 163. (MIRA 16:9)
(Humus)

YEGOROV, V Ye.; LYXOV, A.M.
Change of the organic matter in turf-Pod20UC BOU3 after 50 years
of farming. Pcchvovedenle no.1007-48 0 163. (WRA 16:12)
1. Moskovskaya ordena Lenina Bellskokhozyaystvennaya akadomiya
iment K.A.Timiryazova.

YEGOROV$ V,Ye,) dok-tor sel'skokhoz. nauk, prof.; DOSPEXHOV, B.A.,,
kand. sellakokhoz. nauk, dotsent,
Liming of continuously fertilized soils in crop rotation and
monoculture. Izv. TSKHA no.6sl25-137 163, (MIRA l7t8)

YEGOROV, V,Ye,, doktor neI'skrzP-'zy~y-ztveanykb rrcf.
Results of bilf a ^_er,'Wt:-yIz fte2d expe7lmenta of tho
Timirlazer Agricultural ''cudea7 with rerrilizerv, crop rota-
tion, and monocultura~,,. Jzv. TSIXH4 ncj.&~30-56 163.
(M7RA 17.78)
'C; Z
091-
14-i

-,,of.# doktor 0011sicokhoz. nauk; KIIRWH~YF,
assistant
Evaluating the effectiveness of the liming of
fertilized soils. Izy. TSKHA no.40-16 165. (MIRA
1. Kafedra zemledel:ya i matodiki opytnege dela
Sellskokhoz"yotyennoy ordena Lc-.n-lrft akndemii brani T12aIryazeva.

V.%, Y,"GOROV. Me., pra,
Ing faming level Is the min probcm. Zemledelle 27 ro*9!5-11
(M.,PA 3.8.10)
zj. E

Y'--T-43~-'OV9 V.Ya.P in zh.
"'t0y W* Fit I Orl And h6at (-x--ihange in th- furnice of 4h6
b-)I-ter n,T-,sitlr,7, Gn antlhr~clto culm and natural gne.
~eploenerg,~tlka 1161 no..1~6-12 Mr 164, KIIIIA 17:6)
A,. Yixikaya tepinelakt-ot3entrall go.!,

YEGOROV Y. S.
Measuring the temperatpre Of electron gas and the concentration
oftharged particlea in pulsed neon discharge. Zhur teM. fiz. 31
no.3:352-356 Mr 1614 41IRA 14:3)
1. Leningradakiy osudaretvennyy universitet im. A. A. Zbdanova,
N01"ectria discharges through gases)
Mectron gas)

YIDGQROV,, Ya,
Tiaportant aspect of the State Bank's work. Don. i kred. 21 no.5:
61-~-63 MY 163* . (MRA 16:5)
1, Upravjyaquohchiy Roginskim otdoleniyam Gostankao
(Noginak-Banks and bw*ing)

YEGOROV), Ya*A*.. aspirant
Determining the performance of a piston during gas-exchange pro-
cesses in a two-stroke engine. Izv.vys.ucheb.2av.; manhinostr,
no.8:192-196 163, WIRA 16:11)
1. Moskovskoye vyssileye tekhnicheskoye uchilishche imeni Baumana.

KRUGLOV,7M.G.J. kand.tekhn.nauk; PMITRIY-.V, V.P.., aBpir&nt; YknOtwV Y A.,,.
aspirant
Improving the economic efficiency of an engine with a power-driven
supercharger operating with partial loads. Izv.vys.ucheb.zav.; ma-
shinootr. no.8:205-211 16,3. (MIRA 16:11)
le Wskovskoye vyssheye tekhnicheskoye uchilishche imeni Baumana.
-t4

YEGOROV, Ya.A., inzh.
Optimum wiper6harging pi-essures for engines with p-ower-operated
superchargers. Izv.vys.ucheb.zav.; mashinostr. no. 12:150-157
163. (KRA DO)
1. Moskovskoye vyssheye takhnichookoye uchilishche Imeni Baumana.

KRUGLOV, M.G., kand.tekhn.nauk; YEGOROV, Ya.A., inzh.; DMITRIYEV, V.P., In-4h.
Improving the apparatus for testing engJnes. Trakt. i Bellkhozmash.
33 no.5tl&20 I-V 163. (MIRA 16tlO)
1. Monkovskoye vyssheye tekhnicheskoye uchillshche Im. Baumana.

KRUGLOV,, M.G., doktor tekhns nauk;,YEGOROV, Ya.As. inzh.
.-I ....I....I........ .I...................,
Determining available energy of exhaust gases by the diagram
of pressure changes in the outlet pipe. Vast. maehinostr. 43
no.12il7-21 D 163. (MIRA 17:8)

27104-66 EWT(d 'I /EWT(1 )/EWT Om~)/&-TP( f )/T-2 W-9
- - 7"___-__ I . 100WOOR
ACC SOURCE CODE
NR, Ap6017405 t ' UR 0122 0 00
AUTHOR: rxu~lov, M. G. (Doctor of technical sciences)i didate"
of technical sciences) Yegorov Ta. Ae_~Far,
ORG: .: none
TITLF% Effect of the exhaust system on the operation of a high-speed two-cycle
diesel eng1n2 with loop scavenging f the case of combination supercharging
SOURCE: Vestnik mashinostroyeniyat of 8, 1965, 33-37
TOPIC TAGS: diesel enging, supercharged engine, engine exhaust system, engine
turbine system, turbine compressor, turbine
ABSTRACT: ThO,-authors propose a theoretical.and exper1mehtal',-..1
method - f or.'- selecting the optimum 'dimensions f or',- the exhaust sys-'
tem of a diesel engine with a combination supercharging system*'
An equation jo-given for power balance.on the turbocowvreqqor~_.__'
ghaft,pand formulas are derIved'for calculatIng,the coefficients
whloh.appear In this equation for the available power of the' 'ex'
haust,gases, the power transmitted-to-the piston by the eihaust-b
gases during gas exchange, the available power of the scavenging
air, losses In the exhaust system; turbine efficiency and com-
pressor power demand. The proposed theoretical method Is expe-
.y,.;studyIng the operation of a two-cycle
rimentally oheoked.b V-4
Card 1/2 UDC: 621.436.13.001.5
P,

ts~
5MM

-1o4
-66
2
ACC NRi AP6017405
'diesel engine with loop sewrenging (D hs'"130 mm# 140. Mm'T- under
'
oombination superchargi oonditions. The data'show-that-a pulee"',
ng
~
turbine with an
efflolency-of. 0.82-0.'84.*and a 6ompres'sor' with an
*
efflolency of 0,72-0,74
may be used;to produce a mean cuperoha~gdl
In a high-i3peed.two-cyole-engine-with loop soavenging'and In
orease
-
,
the.power by 45 50% &t.9 .:i'0.175-0-180 kg/e fhp -hr-,,* Orig. art, has t
5 fig&os and-- 12 _fozimla6. 3FIST

SUB CODE% SUBM DATEI none ORIG REF1 004

Card

t
P
M

E: - -----
ACC NRt AP7605229 (A SOURCE COD' * URI/0145/~6/ooo/ooq/0087/0091
xuviola: Kruglov, M.' G. (Doctor of technical sciences, Professor); _LegHq~,, Ya. A.
,(Candidate of technical sciences)
bRG: MVTU im, N. E. Bauman
TITLE: Energy distribution in the exhaust stroke of atwo-cycle -nginn
SOURCE: IVUZ. Mashinostroyeniye, no. 9, 1966, 87-91
TOPIC TAGS: diesel engine, gas turbine, kinetic energy, exhaust gas dynamics
A13STRACT: The article is a report on experimental research done at -the Moscow
Technical College on the effect which the cross sectional area of the exhaust manifolds.
in the 4D 13/14 two-cycle loop-scavenged diesel has on the energy distribut4on in the
exhaust stroke with regard to losses. The length of the manifold was held lonstant at
600 mm and diameters of 80, 67 and 50 mm were tAudied. The engine had two exhaust
manifolds, each joining two cylinders. A stroboscopic MAI-2 indicator was used for
measuring the static and overall pressures of the exhaust gases in two cross sections
of the manifold. The results show that up to 40% of the total available power is in
ihe form of kinetic energy when the exhaust gases are moving at high velocities. 7his
fact should be taken into account when evaluating the energy potentialities of a gas
turbine. The time relationship of the gas velocity should be taken into account when
Card 1/2 UDC: 621.4-12

ACC NR: AP7005229
calculatinp, the kinetic energy since considerable errors are introduced if the average
velocity is used (the results miy ~e more than 30% lower than the true values). Feat
losses through the walls of the exhaust manifolds are insignificant, reaching no more
than 4% of the total available energy of the gases in the cases considered IVY the
authors. On the other hand, hydraulic losses reach 20% of the available energy.
Methods are given for determining the energy components, and it is sbown that hydraulics'
losses may be determined with sufficient accuracy for practical purposes from the
average flow parameters as in the case of steady-state motion of an incompressible
fluid. Orig. art. has: 1; figures, 2 formulas.
SUB CODE: 13, 21/ SUBM DATE: IO.Tan66
lu_
'Z7

m)/-EWP-(-J)-/T--- IJP (c WW/6WW_~___7_
ACC NRiAP6022016 SOURCE CODE: UR 012OT667ooo iZ_3F0 f~ 6-16 15 77
AUTHOR: Tomashevskiy,.E. Ye.1 Yegoro Ye. A. Savostin, A. Ya.
ORG: Msigo-Technical Instituib AN SSSR,_Leningrad (Fiziko-telthnichaskly in3titnt
AN SSSR)
TITLE: Using magnetic-field pulse modulation for rgcording the original form of
14MR and EPR spectra 2-1
L I
SOURCE: Pribory i tekhnika eksperimenta, no. 3, 1966, 156-157
TOPIC TAGS: NMR, EPR, magnetic field pulse modulation
ABSTRACT: Modulation of magnetic field by high-amplitude pulses (exceeding the
absorption'range) is suggested for the purposes of recording original NMR and EPR
spectra. The method results in a 100% modulation of the absorption signal and
ensures, without line-shape distortion, a higher sensitivity as compared to the
method of "small" sinusoidal modulation. The direct record of the original spectrum
enhances accuracy in calculating absorption-line momenta. The method, first
suggested by B. E. Holder et.al. (Phys. Rev., 1955, 98, 1, 265), involves the
signals modulated by trapezoid pulses having a repetition rate of a few dozen
pulses per second and a duty factor of 0-5; simultaneously, a slow linear sweep of
the maGnetic field is performed. NMR spectra of polymethylmethacrLLatejand an M
spectrum of DFPG are shown. The method is applicable to standa-.:d NMR wide-line
spectrometers as well as to superheterodyne-type EPR spectrometers. Orig. art. as.'
4 figures. SUB CODE: 20,.09/ SUBM DATE: 29Apr65/ ORIG PZF:_ M1 5-
UDC: 539.28.0 gOl/ OTH REF: 002
1 5

A;F
YEGOROV, Ya.B.
Continuouo mechanized production line of sewage pipes. Stroi.
i dor. mash. 8 no.11:29-30 N 163. (MIRA 17t1)
t,

BOCHAAROV) Y11.P.1 kand.arkh1tektor; YEGOROV, Ya.L., lnzh.
Some problems in the water supply of tho citlea of the R.S.F.S.R.
Vod. i can. tekh, no.20:25-27 0 164. (MIRA 18:3)

YEGOROVp U.N.
Experience In improving the qualificatioas of technological
information experts, Opyt. rab. po tekh. inform. I prop.
no.309-41: 163. ''(HnA 16~12'
1. Zamestitell nachallnika TSentrallnogo byuro tekhnieheskoy
informataii Kemerovskogo sovets. narodnogo khozyaystva.
7

Iluxt -jK1 J Vin.
"Conversions of Ethyl Cyclopentane in the Presence of Ru and Pd Catalysts =Aer
Hydrogen Pressure in a Circulating System," Doklady Akad Nauk, 95 (6), 1211-4 (1954).
Evaluation B-85325, 14 Jun 55

.1 L 7A A-T
I-z-Ij
Crciative coor*,,ration b.:itween wurkei-3 of the institute and railroad workrrs. 'i rjcyt).
proraktivu 13 no. 16, 1952.
2
9. Monthly List of Russian Accessions, Library of Congress, October 1956. Unclassified.

PON IRIM M_
33159
S/120/61/000/006/03o/o4i
E035/E435
AUTHORS: Yegorov, Ye., Sychava, G.
TITLE: D.C. Stabilizer
PERIODICAL: Pribory i tekhnika eksperimenta, no.6, 1961, 130-131
TEXT: The circuit diagram is shown in Fig.l. The main
components of the circuit ares 114 A (P4D) - a powerful
regulating transistor, n201 (P201) - an ampliZying transistor,
A808 (D808) - a zener diode, giving a reference voltage at the'
base of the P201, A7 r(D7G) - a thermo-compenzating germanium
diode, Assume the load resistance R11 becomes smaller: as a
result, current through the load, the regulating transistor and
the resistance (R1 + R3) in the emitter of the circuit increasts,
The negative potential on the P201 bass increases and the
current passing through the emitter-base, reference diode D808
and diode D7G is increased. This causes an increa-je-of tha
amplifying transistor collector current and a reduction of the
base current of the regulating transistor P4D with a corresponding
increase of the voltage drop across the transistor (the emitter-
collector resistance of the P4D increasea), The current through
the load RH and the regulating transistor is reduced,thus
Card' 1/,V
po

33159
S/120/61/000/006/03o/o4i
D.C. Stabilizer E035/E435
leaving it almost unaltered. The operation of the circuit is
similar if there is an increase of the load resistance. By
varying RI a definite current can be established to the base of
the amplifying transistor and also sets the necessary current
passing through the regulating transistor and the stabilized load,
The circuit effectively stabilizes currents up to 400 mA at. a
load resistance RH Of 20SL By varying the load resistance
RH =-20SI by + 19'1, the stabilized current varies by + 0.03 mA
from 300 m.A. The stabilized current as a function of foad
resistance variations for three current values of 200s 300 and
400 mAq is shown in Fig.2. The internal resistance of the
stabilizer is calculated by the approximate formula
Ri =- 4aR Ic/dI by substituting the data taken from the graphs
for stabilized current values of 200, 300 and 400 mA.. The-
internal resistance is respectively 10, 7.9 and 6.6 k..Pl. The
variation of stabilizer supply voltage by + 10% from 32 V causes
variation of the stabilized current by + 25 mA from 300 mA. The
presence of three semiconductor element; makes the circuit
sensitive to ambient temperature variations. For raducing the
Card* 2/0, -7)
12

33159
S/12o/6l/ooo/oo6/03o/o4l
D.C. Stabilizer 9035/E435
influence of temperature.on stabilizer operation', tl~orno-
compensat.ing'elements may be introducod - a germanium diode A 7
(D7) - into the reference diode circuit. The results of
incorporating the compensating diode in the circuit is shown in
Fig-3- Without,temperature compensation, the stabilized current
fall by 3 mA from 300 ntA trhen the ambient temperature was
increased from 20 to 400C, but with the inclusion of the
compensator D7G only by I mA. The described stabilizer is
used for stabilizing the supply voltage of a thernioconductometric
gas analyser. There are 3 figures and 1 Soviet-bloc reference.
(Abstractor'Is note: Abridged translation.]
SU.BMITTED: April 5, 1961
Card 3/0-

GOLIDANSKIT, V.; TEGOROV Ye nauchnyy sotrudnik
C= -I ~-- 0 ~
Neutrons weld and crooslink polymers, Tekh.mol. 31 no.200-31
163. (KIRA A6s6)
1. Chlen-korrespondent AN SSSR (for Golldanakiy). 2. lAboratorlya
yadernoy i radiatsionnoy khimii Institute, khimicheskoy fiziki
AN SSSR (for Yegorov).
(Polyners) Oleutroris)'*

KUZNHTSOV, S.V., dots.; YEGOROV, Yo.A.
Role of the nervous system in passive immunogenesis in paratyphoid
Infedtions of guinea pigs. Hauch. trudy-Samark. Inst. soy. torg.
8-.215-218 157, O(IRA 12:7)
(PARATYrHOID FMR) (IHMUNITY) (NERVOUS SYSTEM)

SOV1120-59-5-19/46
AUTHORS: Slutsicer, A.I. and Yogorov, re
TITLE: An Apparatus for the Measurement of Small-angle X-ray
ScatterIng
PERIODICAL; Pribory i tekhnika eksperimenta, 1959, Nr 5,
pp 89 - 94 (USSR)
ABSTRACT; A description is given of an apparatus which may be
used to measure scattered X-rays down to angles of about
I min. The apparatus is show schematically in Figure 2.
The specimen under investigation is in the form of a
plate land is irradiated by a wide divergent X-ray beam.
The beam has a sharp edge defined by the lead plate 2
Rays scattered by the edge of this plate are received
by the baffle plate 4 which can be adjusted by means
of a screw arrangement so that it just reaches the edge
of the beam. The angular distribution of the radiation
scattered by the specimen is measured by the counter 6
which can be rotated in the plane of the drawing (Figure 2)
about an axis through the specimen 1 . The counter
carries a slit 5 whose width is 80 ji. The height of
Cardl/3 the sl1t Is 20 mm. The stability of the X-ray tube 11 is
controlled.by the subsidiary counter 7 The chamber I
t;--*"

SOV/120-59-5-19/46
An Apparatus for the Measurement of Small-angle X-ray Scattering
evacuated to exclude scattering by air. Both WI and
scintillation counters were used as detectors. The
apparatus may be used to study various phenomena and
processes which take plac in regions having linear
dimensions of 10 - 1 000 1 and uhich SILve weak monotonic
X-ray scattering at small angles. For example, Figure 6
shows the spectrum obtained with organic glass.
Curve 1 in this figure refers to the original glaus specimen
and Curve 2 t the same sp cimen with "bubbles" of the
order of 3-00 1 (% =;1.54 1). The vertical axis gives
the number of counts per see and the horizontal axis the
scattering angle. Figure 8 gives the spectrum for
99-970'a Al, annealed in vacuum (Curve 1) and for the same
specimen (30% terqile deformation) (Curve 2). Acknowledgment
is made to B.N.Zhurkov who directed this work. There are
8 figures, 2 tables and 7 references, of which 2 are S iet,
2 German and 3 English.
Card 2/3
7

SOV/120-5!
,t,5-19/46
An Apparatus for the Measurement of Sma I-angle X-ray Scattering
ASSOCIATION: Fiziko~-tekhnicheskiy,-institut AN SSSR
(Physico-teelinical Institute of the Ac.Sc.USSR) vl',*~
SUBMrrTED.-
August 7, 1958
,.w -
Card 313

S/12o/63/000/001/043/072
AUTHOR:
TITLE:
PEIZIODICAL:*
Ycgorov,lye.A.
-Itabilization -circuit for the oscillation--~nmplitudc
in regenerative pick-ups
Pribory i telchnika eksperimenta, no. 1, 1963,
167 163
T RXr Th esystem deacribod per-mits stabilization of tho
oscillation-amplitude in various types of regenerative transducers.
The stabilization is based on the fact that the oscillation-
-amplitude is dependent on the anode supply voltagre; tho amnlitudn
increasos with the supply volta,,.,o. The practical circuit i; sh,-.n
in Fig. 1, whero the regenerat iva circuit is controlled by a
pentodo, type 6-.-,5i7 (6Zh5P). The ztabilizing feedback amplifier is
based on a radio noise-measuring device, type on-26 (IP-26), wh:Lch
3.5 coupled to the pick-up by a rod antenna. The output of this
A.
amplifier is proportional to the amplitude of tho oscillations and
this is rectifiod in tho detector circuit and then applied to the
control -rid of the stabilizing tube. The oscillation-amplitude
can be adjusted by varying the bias o;C the grid of the control tube
Card 1/2

6/120/63/000/001/048/072
Stabilization circuit .... E192/L~3'32
by tho potontiomotor R . On tho otoor 1mrid, by vnrying R it
possible to adjust tL w4cillation-amplitudo as vroll as do
dogvee of stabilization. ell 0 t 4 j-
.10 co.-istant" of tho tystem is 1 sec
lore 'igur mv
for- C 10 F. T1 Aro 2
ASSOCIATION: Fizilco-telchnichosldy institut
AN SSS11 (Physic ot ochnical
Institute, AS USSR)
SUMMITT 1-:1); April 28, 1962 smsn
V'Z
CC
n
M04?uff
4 00ft
IM-Ze
" >1qn-la
Card 2/2 Fig.
'11N

YEGOROV, 0A 0
Circuit for stabilizing autodyne generation amplitudes. Prib. i
takh. eksp. 8 no.lil67-168 Ja-F 163. (MIRA
1. Fiziko-tekhaicheskiy institut AN SSSR.
(Electric circuits)
(Electronto apparatus and appliances)

ZHURKOV, S.H.; YEGOROV, Ye.A.
Effect of tensile stress on molecular mobility in oriented polymers.
Dokl. AN SSSR 152 no-5tl-155-1.158 o 163. (KMA 16t12)
1. Fiziko-tekhnicheskiy institut im. A.F.Ioffe AN SSSR.
2. Chlen-korrespondent AN SSSR (for Zhurkov),,

ZHURKOV, S.N.; YEGOROV, Ye.A.
Identification of - and - forms of pol7peptides by the method
of nuclear magnetic resonance. Vy3okomesoods 5 no,5:772-773 My
163* (MIRA 17:3)
1. Fiziko-tokhr-ichoskiy ip3titut imeni. A.F.Ioffe All SSSR.

KOILAIM, h.M., profeesor; YWOR011, Ye.G., in%hener.
...........................I I
Ventilation systema on livestock farms. IiAuks i -iered.op. r
sellkhoz. 7 uo.,9:25-26 '57. (I-ILRA 10:90,
(Farm buildings-Heating nnd ventilation)

y HF3 O"Rov, Y-E, I
Defendekl his Dissertation for Candidate of Technic-1 Sciences in the Leningrad
Polytechnic~tl In3titute, Leainggr&j, 1951
Dissertation: "Effect of Hydrogen on the Structuro and Properties of C;~-st Iron"
SO- ReforativrWy Zhurnal Khimiya, No. 1, Oct- 195i 01/29c75511 Apr 54)
j

SOV/137- 57-1-11536
Translation from: Referativnyy zhurnal . Metallurgi ya, 1957, "-,or 1, p 203 (USSR)
AUTHORS: Yegorov, Ye. I., Romashin, Yu. S.
TITLE: On the Photometry of the Dark Component in the Metallographic
Investigation of Alloys (0 fotometrirovanii temnoy sostavlyayushchey
pri metallograficheskom issledovanii splavov)
PERIODICAL: Tr. Novosibir. inzli,stroit. in-ta, 1955, Vol 5, pp 169-174
ABSTRACT: The authors propose a method for determining the amount of the
dark component in the structure of ferrous alloys by means of
photometric evaluation of the microscope's field of vision. The
photometry was carried out with the aid of a low-resistance F1
galvanometer having a 610 mm/~L a current sensitivity and a type
FESS-4 photoelectric cell with a 6900 ma/mm integral sensitivity
illuminated with light reflected from the metallographic specimen
investigated or from the mirror (zero reading). Through experi-
ments carried out on irons and low-carbon steels it was established
that the per cent content of the dark component is proportional to
the ratio (A --o A) /A where Ais the reading from the mirror and
M . M m
Card 1/2 A from the specimen investigated. The method is convenient for

SOV/137-57- 1- 1536
On the Photometry of the Dark Component in the Metallographic (cont. )
obtaining objective characteristics of alloys with a fine dispersive or a complex
structure of the dark phase when the application of other methods is inconvenient.
A. F,
Card 2/2
j, ~i' -7.7.
r T
N

pplication 'it the methoz! of
"tort of hvdrageg I cg" rrn. cnroy
~May, ic bt~t %amplinq O.ivr
"I ff.r df;~fx, If is nw& "t co. "ith
Irn C, I
11', hingoi; the"- twrudt cooling 0,
!1410 1 1 2 .1 - (h,ly -,~i lvw vot 0- luaL~~l
of v~cumri licating Ix ds del-,cn(Mble a6 It 1-3 fut slrcl. Vol
grav or malb-able Cmt Irall the ltletkoj of varutal) atelting IA
M, Kosolaji44T--~,
4; tIlla',
-it
,k2.

TEGOROV, Ye.I.
radioactive isotopes in foundry practice; reviev of published
materials. Lit.proizv. no-3:28-31 Mr 158. (MIRA 11:4)
(Radioisotopes--Industrial applications)
(Founding)
M
n;m

YXGOROT, Yevgeniy KELrpovich
[Why our collective farm is planting more buckwheat] Fochamu naeh
kolkhox raoshiriaet poeavy- grachikht. [Xuibyehev] KuLbyshevskoe
kn-vo, 1956o 14 pe (MLRA 9:10)
(Buckwheat)