SCIENTIFIC ABSTRACT YEGOROV, M. M. - YEGOROV, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962430008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5M SOV/70'-33-1-11/45
AUTHORS: Yel,rorov, M. M., 'Kiseley, V. F., K.
TITLE: The Effect of the Surface Nature of Silica Gel and quartz on
Their Adsorption Properties-(Vliyaniye prirody poverkhnosti
silikagelya i kvartsa na ikh ads*btsionnyye svoystva) III.
Heats of Wetting of Silicon Dioxide With Various Liquids
(III. Teploty smachivaniya kremnezema razlichnymi zLdkost-
yami)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, lir 1, pp-65-73 (USSR)
ABSTRACT: In connection with previous papers the effect of the hydration
of the surface of silicon dioxide on the adsorption energy of
water and methanol in the form of heat of wetting (HVI) is in-
ve5tigated. M1 was determined in several SiO 2 samples with
water, methanol, n-propanoll and n-heptane in dependence on tile
hydration degree of the surface. Data on the HW of the silica
gels KSK with water were taken from Y. M. Yegorov's thesis
(Aef 18). The M1 was measured by means of a calorimeter with a
temperature sensitivity of 5.1o-50c. A table of the investigatE:d
silica gels with the HV obtained for water is given. An in-
Card 1/3 vestigation of the effect of the glowing temperature on the HW

SOV/76-33-1-11/45
The Effect of the Surfacelfature of Silica Gel and quartz on Tillei_- Ad-
,sorption Properties. III. Heats of Wetting of Silicon Dioxide With Various
Liquids (Fig 1) showed that a glowing temperature of 200-3000C the
function curves pass through a maximum. An increase in the
glowing temperature up to 10000C resulted in a surface de-
creaso4 ej g. in silica gel K-2, of several m2/g. A treatmont
at 300 C a considered the standard. Here, the dependence of
the R71 on the hydration of the suxface is expressed by a---.-
straight line. A wetting of thermally dehydrated samples with
water results in the formation of hydration he~Lt. A hydrated
quartz surface differs qualitatively fror. a corresponding
silica gel surface which can be explained by the closer
packing of the hydroxyl groups (in quartz); however, investi-
gations have still to be carried out in this respect (e. g.
according to the method of the core-paramagnetic resonance).
The IN of methanol does not dependon the porosity of the
silica gels, which is the case with n-propanol and n-heptane.
In the case of partly dehydrated surfaces a greater HW is ob-
tained by the use of methanol than by that of water which car,
be explained by the effect of the methyl group in the ad-
Card 2/3 sorption. The results of the investigations show that the MY

SOV/76-33-1-11/45
The Effect of the Surface Nature. of Silica Gel and Quartz cr- 'Their L,!-
sorption Properties. 111. Heats of Wetting of Silicon Dioxide Tilth Various-
Liquids
of the silica grel-with water and methanol depends essentially
on the hydration.degree of the surface which is not the cace
with n-heptane. The authors thank B 0 V. Illin and G. 1.
Aleksandrova.. There are 3 figures,.1 tabled and 22 references,
14,0f which are Soviet.
ASSOCIATION: Iloskdvskiy gosudars'tvennyy universitetv �m. M. V. Lomonogove.
(Moscow State University imeni M. V. Lomonoscv)
Card 3/3

05806
5W SOV/76-35~40-4/45
AUTHORS: Yegorov, M. M.,, Kiaelev, V. F., Krasillnikov, K. G.
~ -A.
TITLE: 'On'the Probleii'of the Adeorptive Power of a Unit of the
Quartz Surface,
PERIODICAL: Zhurnal fizicheskoy khimii, 1959P Vol 33, Kr 10, pp 2141-2144
(USSR)
ABSTRACT: Since the quantity of adsorbed OH groups.dependa on the number
of free corners of the SiO 4 tetrahedron which project into the
surface of the silica-gal skeleton, it was assumed (Refs 2-4)
that differences in the degree of hydration-of-idlica gels
(Refs 1-4) is connected with the manner in-which the tetrahedron
is packed(in dependence on the conditions of silica-gel pre-
paration). The adsorptive properties of samples of amorphous
silicon dioxide of various origin (silica gels and quartz
glass') were therefore compar.ad with those of quartz samples
'since the latter has the densest packing of SiO 4 tetrahedrons.
The authors investigated powder samples obtained by grinding
.(carried out by L. A. Feygin), crystalline quartz and trans-
parent quartz glass. The samples were ground in dry state as
well as under the addition of water. The adsorptive-proper-
ties of the samples are listed (Table: quartz, Kv-1, -2, -3
Card 1/2 samples, quartz glass, sample KS-1 and the silica gels KSK-1

05806
SOV/76-33-10-4/45
On the Problem of the Adsorptive Power of a Unit of -the quartz Surface
and K-2). Comparison of the adsorption Isothermal lines (Fig)
shows that the adsorptive power of quariz depends on the con-
ditions under which the samples were pulverized. The adsorp-
tion isothermal lines of the samples which were ground in dry
state or with-a small addition of water attain considerably
higher values than those of samples ground in wet state. The
isothermal lines of water vapor adsorption of samples (ground
under the same conditions) obtained from crystalline quartz
Kv-3 and quartz glass KS-1 (Fig 1) indicate that the isothermal
line of ilsotropic quartz glass attains higher values than that
of crystalline quartz. Accordingly, results do not confirm the
view of A. V. Kisele7 (Refs 11, 12) as to the same adsorptive
proper-ties of crystalline and amorphous silicon dioxide. In
conclusion, the au~hois thank K. V. Chmutov. There are 2 fig-
ure sp 'I table, and 12 references,, 9 of which are Soviet.
ASSOCIATION: MOSkOV13kiy gosudarstliennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUBMITTED: February 26, 1958
Card 2/2

YEGOROV, M,M.; KUMM., V.F.; YaA.SILINIKOV, K.G.
Efl,ect of the nature of silica gel and quartz cn their ad-
sorptive capacities. Part. 5: Structure of the surface of
crystalline and amorphous modifications of silica. Zhur.
fiz.Ir-him. 35 no.9:2031-2038 161. (MMA 14:10)
1. Moskovakiy gosudarstvennyy universitet imeni 14.V. Lomonosova.
(Silica) (Adsorption)
777777=

KRASILININOV, K.G. (Moscow)
Effect of the nature of silica gel and quartz surfaces on their
adsorption properties. Part 5: Adsorption of water vapor on the
surface of crystalline and amorphous modifications of silica.
Zhur.fiz.khim. 35 no.10:2234-2240 0 161. (MIRA 14:11)
1. Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova.
(Adsorption) (Silica)

YEGOROVO M.111.
";,aracteri sties of the surface of catalytically active aluminum oxide.
Dokl. A11' SSSR 140 no.2:401-404 S '61. (1Uift 14:9)
1. Moskov~;kly posudnrstvannyy vniversitot Im. M.Lomonosova.
Predstavleno akademIkom M.M.Dubininym.
(Aluminum oxide) (Surface chemistry)

IGGNATIYEVA, L.A.; KIS)ELEV, V.F.; KRASILINIKOV, K.G.;
)LE
TOPCHIYEVA, X.V.
Surface properties of catalytically active alumirum oxide.
Zhur. fiz. khim. 36 no.9:1882-1889 S 162, (MIRA 17:6)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova.,
fizicheskiy fakulltet i khimicheskiy fakulltet.

YEGOROVS M.14,
Introducing auUmatle submerged-arc welding cf le:~v c-c=p-ar~Lsators
for gas-turbina units, Biul.-t,.-.kh,-ek-.no,-nfom,Cos.naucb.-;-a-sloinsto
nauch.i takh,inform, 18 no,5:24-25 My 165o (MIRA 19-:6)

-),)E , Z.
3 5 T 'k.; ,'J. ~
twOrI 1OD(O
ACC NR. AP66-26836-" S-0-U-Rff-tdd9-j -W'00 2 0/66/166~166-2-/6-3-~-5/~0-)-9'.I
AUTIORs Prudnikov, R. ~Uselev V.F.; Yogorov, M.M.
ORGS
Moscow State University (Moskovskiy gosudarstvennyy univeraLtet)
la
jqMKption~properties
TITLE: Investigation of the
of a germanium dioxide surface
SOURCEs AN SSSR. Doklady, v. 166, no. 2, 1966) 395-398
TOPIG TAGS: germanium compound, adsorption, hydrolysis., dehydration, molecular
structure, chemical stability, reaction temperature
ABSTRACTuTho authors studied the adsorption properties of germanium dioxide
"aimons produced by hydrolysis of germanium tetrachloride. Water was used
as the adsorbate since it is highly sensitive to the state of the oxide-surface.
rCurves are given showing the specific surface. content of structural water
Icalculated per gram and per square motor of the surface, and irreversible
!adsorption of water as functions of temperature. The greatest losses of
iwater take place whon the apocimon is heated to 3000* DohyrJration takon place
i.without any noticeable change in the specific surface. Calculation of the
structural water content per unit area shows an unusually high v4uO at low
temperatures, much greater titan that for silicon and titanium oxides.
Apparently a part of the water at low tamporatures is located in structural
-defects in deformed GeO2 particles produced by partial transition from the
Card 1/2 uDcs 541.183.2
10 9XIO --P-qr 4~0

L 35325-66
ACC NR: AF6026133B
deiiae'tetragonal form in -.rhjc~-f~hG'gjr;jaaum atom Is surrounded by six
coordination linked atoms of oxygen to a looser hwzagonal foraW..th tetrahodrallv
lubL
located oxygen atoms, An increaso in tho.an. Uty of the hoxagonal.form
Vould facilitate the introduction of water molecules. This introduotion of
~'wator may be one of the reasons for instability of gormanium devices.
,Measuraments zhow-that the specific primary adsorption of specimens inoreasO3
Iiihen the heat*treatment toaperature is raised from 20 to 3000o, Specimens-
t annaal~d at 3000 show mLdi= adsorption activity. . Adsprpt~on drops sharply
4hen, the heat treatment temperature :is raisodlguit~-ar. Irreversible adsorption,
~"S.nereaoes with temperature up to 400-5000
decreases,' Thei'ark-Ible was
presented by Acadeftician U.M. Dubinin on 4'June 1965. The aut1wra thank L.N.
Kurbatoy for his support of the work and K 0 Krasillrdkov for his VAIIA 1e
discussion of the remilts, CJPM: 36a4vi:~~
SiUB CODEs 07 SUBM DATEs 02jun65 OFaG REFs 010 / OrH FMI 004

KOZIN, Ta.D., TEGOROV, M.N., red.
-
[Problems of karat in the southern part of the laryp"n U.S.S.R.]
Yoprosy karsta na tugs Xvropeiskoi chasti SSSR. rIev,*Izd-vo
Akademii Muk USSR, 1956. V)1 p. (MIRA 11:10)
1. Akedemiya nauk URSR, Kiev. Krymskiy rilial.
(Karat)

o 0 0 0 0 a 0 0 6 0 0 a a 0 94 0
a 00 1 a 0 0 0 0 0 a 6 0 a 6 0 :~S* Ole -0 0 0
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4 L c L ir
so It
00
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, C, :- 4.l`.q,:4 Allin Flimb-11 NP).
In conspAring tile varilms mr1htlil fur 1hr dvill. -00
'IfAahe orki in tilt blixxi, the 1,11thtirs oillaillril j)jc tw,l
froul a modikulkin ul t* of Wit WW .1.1mutili
C. A. 26, 4"gli. , akill"as f"Und in ellwilm mal
alld chnival Alm% in .00
00 r i. ofti'luilwilin", 16.0mmytif
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'Ind %I. N, WIN, Arik, led. A14. W. li, S. U.) 40.
T7111, OU30).-In Aliquots of iml CCISCM11 to
filtrales tfollowing [FACtiorts Were deid.: total Acid.
-:10
lilt", ("ll"'i"o,
II(WIC, 11. ini-luding ortho. And glyroph"kha(C
"' '. 11-11
WItAr V; IRK. it as tile ft~t' Ila Will (if tile pht"Plixtr -00
IRS
e4t. Unit the inv,l. Ilt.,alts-4 the r-terx. Thelplaland
11 frartions were mrWpod after midittion with It 00
1,S4). And It,(,%,. The final colotimt.tric mwtkm is title -4
involving the uw of IN'11,11McA), And a photographic
itAtwing agent (Rikonogmi. Normal vatiations in tile
frAelioll. ill '"I, llcl~pll* air given, It. Fractions of 06
Acid soluble P in various distims Involving disturbsnc*s of
nuineral, carbohydrate and protrin metabolialn, M. S.
1-golov 1411.1 'N. If. Manumms. Aid. tKI Ulf.- (Ally Ill
mie va-e I-( pho-pWoria w4- their found a hylierphus. !'i ~941111
11144(MAUL With inCtCASed 11,1". and the insol. ir.ler IrAc.
11'"I" Ila a rlinarallit advalkVI Case III Fit ki-tv the 11,14),
.4 "1. II.Al-VIVA Ahd VAlloll- f"1111A 01 bVIIAtIll- Hit 014119"
in the P fractions were ob,terved. 'Ilse iol. ester haetiou .00
loo 'r!
w3s found to tm the most conit. in varittim gathol. Coludi- ~111119
4m,. 111. Fractions of acid-soluble p osphorus In
he venous blood in various renal diseases. [bid. Iva 4;0 0
"
f I f'-f(in HrolliAl, I-The mait protiouncril chang". were I
041 f I'milld ill Ilse apotentic and nrphro~ :;0 49
.is locuv~ III nrjihriti~.
It, I" I I I f1v 'Phosphalcon's is a lift- :~O 0
Se If 'e"'Jj was ol"erved rarely.. The Qu4j.
60 the variousfimms. The
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0 0 * 0 a 0 0 is 0 0 a 0 0:41 0 0 ve a 0 0 o so 0000 40 01/4

YZGOROV, H.N.; 1ARIEDVA, V.I.
Complex inflation method of gastric function test in certain gastro-
Intestinal diseases. Tar. arkh., Moskva 24 no.1:22-36 Jan-Feb 52.
(CIML 21:4)
1. Professor for Yegorov. 2. Of the Therapeutic Sanitary Administration.
of the Kremlin (Head-P.I. Yegorov, Corresponding Member of the Academy
of Medical Sciences USSR).

TIGOROV. M.N.* professor; L&RIKOVA, V..I. (Koskva)
,is 6 of various auticoagulants in vqocardial infarotion and in
stenocardia. Klin. med. 32 no.3:45-51 Vq 154. (KEBA 7:7)
(ANGINA PrACTORIS, therapy,
*anticoagulants)
(MkDOARDIAL INFARCT. therapy,.
I Oanticoagalants)
(ANTICOAGULANTS, therapeutic use,
*angina pectoris & myocarial Idarct)

YEGOROV, M.N.
[Antibiotics, the new drugs;
and others] Hovye lechebuye
streptomitsin, levomitsetin
(Antibiotics)
penicillin, otreptom7cin, cuorozqcetin,
sredstva - antibiotiki; penitsillin,
i dr. Moskva, Medgiz, 1955. 43 P;
(MLRL 814)

Card 1/1 Pub. 141 - 5/19
Author : Yegorov, M. H.; Levitskiy, L. M.; Prostyakov, K. M.
Title : Therapeutic nutrition for obesity
Periodical : VOP- Pit-, 17-26, Jul/Aug 1955
Abstract : Two basic diets are administered to patients being treated for obesity
at the Clinic of Therapeutic Nutrition, Academy of Medical Sciences USSR.
Diet I, a preliminary diet used to get the system adapted to decreased
caloric intake, consists of the following: proteins - 18%; fats - 28%;
carbohydrates - 54%. The patients are then placed on Diet II, which con-
sists of: proteins-28%; fats - 44%, carbohydrates - 28%. Three varia-
tions of each of the above diets were also used to fit individual cases,
i.e. according to age, weight, sex, etc. In conjunction with the dieting,
special contrast days were used vherein the same low caloric content was
maintained, but the menu consisted almost entirely of either fats, pro-
teins or carbohydrates. Changes in eating schedule were used to break
the stereotype of eating, thus decreasing the appetite. Discusses the
physiological aspects of the above diet which is said to rapidly improve
the regulation of fat metabolism without any harmful side effects. Three
tables; four graphs; no references.
Institution Clinic of Therapeutic Nutrition, Acad Med Sci USSR, Moscow

YNGOROV, M.N..profecoor
Diet in obesity. Zdoravle 1 no-7:30 Tl 055 (Kca 9:5)
(GMML=(;Il) (DIRT IN DIMUM)

TEGOROV, H.H.; PROSTYAKOV. K.M.
"Diseases of the endocrine system and metabolismg by T.G.Baranov.
Reviewed by M.N.3gorov, X.M.Prostiskove Topepito 15 no~6:56-58
N-D 156. (MIRA 9tl2)
(METABOLISM, DISMIDIRS 07) (ANDOGRIHOLOGY)
(BARANOV. V.G.)

YXGCROV, K kolayevich; LUITSKIY, L.K.
aw"
(Obesityl'-,-Ps 7hagOlwliss cliDiCal 88pects, treAtzentl Ozhirenia;
patogens 11 * kliniks, lechanis. Koskva, Nedgis, 1957. 234 p.
(CmpulsNcz) (KMA 10:11)

THGOROV. M.N.; LEVITSKIY, L.11.; PRObTYAKOV, K.H.
Clinical aspects and treatment of obesity. iropopit. 16 no-5:36-44
3-0 157- (HIF4 11:3)
1. Iz kliniki Iechebnogo pitaniya (zav. - prof. F.K.Menlehikov)
Instituta pitaniya AMN SSSR, Moskva.
(OBICSITY,
(RUB))

YBGOROV,~ M.N., prof., MISHCHEHKO, Ye.D., SYCHEVA, A.B., KRASNOVA, A.M.
Chemotherapy of diabetes mellitua end problems of dietotherapy.
Terap. arkh- 30 no.71.18-25 J1158 (MIRA 11;8)
1. 1z kliniki lechebnogo pitaniya (xav. - prof* F.K. Hen'shikov)
Inatituta pitaniya AIR SS~R.
(ANTIDIAEBTICS, therapeutic use,
(RUB))
(DIETS, in var. dis,
diabetes mellitus (Rus))
(DIAIMTES MELLITUS, therapy
diets (Ilus))

YICGOROV, M.N.; YEKISMN&, N.I.
Use of fasting therapy of obesity. Vop.pit. 18 n0-5:8-11 S-0 '59.
(KIRA 13:1)
1. Iz Kliniki lechebnogo pitaniya Instituta pitanlya AMN SSSR, Kosk7a.
(HUNGM ther.)
(0133SITY ther. )

WITSKIT, L.M., doktor med.nauk; YEGOROV, M.N., prof.; KUDINOVA, T.r.;
LIBERM, A.B.; ZIKEMA. V.K. Noskva)-
Associated antibiotic and dietetic therapy in chronic infectious
angiocholacystitis [with ml- in English]. Klin.med- 37 no*2:
79-87 1 '59- (MIRA 12--3)
1. Is kliniki lechebnogo pitaniya (zav. - prof. F.K. Men'shikov)
Instituta pitaniva Mi SSSR (dir. - chlen-korrespondent AMN SSSR
prof. 04F. Molchanova).
(CHOLNCYSTITIS, therapy,
antibiotics & diet ther. in chronic infect. angio-
cholecyotitlB (RUES))
(BILM DUCTS, dis.
chronic infect..angiocholecystitie, antibiotic &
diet ther. (Rua))
(ANTIBIOTICS. ther. use,
chronic infect. angiocholecystitio, with diet ther. (Rug))
(DIETS, in vare dis.
chronic infect. angiocholecystitis, with antibiotics
(Rua))

YZGOAOY,N.-U-,-, prof.1 LEVITSM, L. M., doktor meditainakikh nauk (Xookva)
Curability of some forms of diabetes mellitua. Klin. mad. no.8:
19-25 '61. (MIRA 15:4) -
1. Iz kliniki lechebnogo pitaniya (zav. - doktor meditsinakikh
nauk L. M. Levitakiy) Institute. pitaniya AMN SSSR (dir. - chien-
korrespondent AMN SSSR prof. 0. P. Molchanova)
(DIABETES)

YEGOIWV,
Some metabolism diaorders in diabetes meLlitua and their dynamics
during compound troatment, Vop. pit. 21 no.lt3-9 JA-F ,62.
(MIRA 15-2)
1. Iz kliniki lechabnogo pitaniya (zav. - doktor med.nauk L.M.Levitskiy)
Institu it AM'l SSSR~ Moskva
.U.L~Tal
~,) I ,Ta 11TABOLiSM, DISORDkR-3 OF)

6/076/62/036/009/002/011
B101/B102
AUTHGI(3.- Iunat'veva, L.
:'011) G., and Topchiyeva, K. V.
TITLE: 6tudtr of the surface properties of datalytic aluminum oxide
t"ERIODICAL: Zhurnal'fizicheskoy %h3mii, V. 36', no.. 9, 1962,1682 1889
h; *,*. T :The ,,vecific beat of -~,tetting of commercial.Al 0 by water, methanol,
2 3
ethanol, -Md ti-hoptane, and the content of structural water Al U were
2 3.
measured, tho phase composition of A1.0 viris determined by x-ray analysis,
3
and t1he int'rared s-,)ectrum of leuterated Al 0 was taken. Whereas with
2 3
n-hoptane i,h,:. heat of v;ettin[- is ihdopendent of the content of structural
water in A).2039 it incre-iscr;, in the caze of water and alcohols, vith in-
creasing. thci-mal dehyration of Al 2() 3' zince, h&ievur, the opecific Bur-
face of Al 0, beco%;os s;;;,illvr at hiEh annealing temperatures, the heat of
2
Card 1/3

3/076/62/036/009/002/011
Study of the surrnce ... B1 -A /-8102
-.,et.tin!7 e-al~2ul;j_ted per F, of Al 0reaches a maximum for Al 0heated at
2 3 2 3
P 'u n c1-g,1cM3) versus structural water
50SPC - 'fhv f01' ilt-C!" (d' ti, _- N,
follovii.nr :-,ection 1) Increase of Q alter thermal
(eole/m2) shrews t1j.- S
troatmo-rit of )11 010, ?(j - 1560C owing to rerioial of the adsorbed R 0; (2)
2 3 2
unchanjt-O Ct .A 1'10 - 2600C Ln upite of dehydration of the bnyerit in the
0,
bulk of Al')O (3) :t incre;isui; at -;"jo - j6O . o-ainr, to dehjdration of the
Al 0 surfar.0-- (4) -harp increase of Q between 500 and 7000C, although the
2 3 Ott
content of 's'T'ructural ~;,ater only little in this ranee owing to for-
0
mation of4'--AI,.O (5) irier(,-,,,i- e of 1.1 at 600-900 C waing to formation of
G "0"1 (c,orundiirn). 'J.hle infrared spectrun of douter--ted 111 3
I '2 3 -1 0 2 3
showed a broad 2630 cm bnnd %hich disappeared at 400 C (interacting %',j
groups), a narrov; band at 2755 cm-1 (free, non-interacting UD groups), and
a narrow 2710 cm- 1 bnnd (-.:eakly bound C-1) grouips). For gibbsite, maximum
2
hydratic!n w~i:; calinlated to he -,?~,Lmole/m ; for the .(0001 fare of corundiun,
the hydrai ion aii.-ot,ilts to 12.7 -1he coordination sphere of the it!
Card 2/3

I J'10761621036100~10021011
atudy 0t, the Stt?%j'-.tCe ... B1011BI02
wirl'I'lce V,ovr, -,-;hic;i in not fully occupied %f'tcr the thermal,dohy'dra.tion is
filled up 'u), water or alcohols %,.,ith formation of hydrate or.alcohola,',cs,
re~,.-wctivelv. The irreversible 3orp,tion of alcohols increases after ther-
ME11 tr*,..!t;;Ient of AlIO3at high tamperature. There are 4 fiLaures and 2
tables.
ASJOCIMON- i,"oskovq'IJy (.,103udarstvennyy unIversitet im. M. V. Lomonosova,
Fizichezi.iy i khimichoskiy fdkulltety Noacow State Univorai-
ty imoni M. V. Lomonotiov, Phyoionl and Chamical DepartmeAts)
SUBLINT2,1): November 1, 196o
MIR
Card 3/~

YEGOROV M
Graduation in the solenoidal field of "Aldan" and
MT-1 microvoltmeters. Razved. i okh.nedr 31 no-4:
56-57 Ap 165. (MIRA 19t1)
1. Yakutskoye geologicheskoye upravleniye.

ylwofio~i' m~u.
Mcd,~ of eiiidnating the effpct of relief -'n tke alt-ernating
charge method. Vast, IGU 20*.64-72 165. (W RA 18 114)

GRASIVIENKOV, N.I., otv. red., YEGOROV, prof., Imucl-al.
konsulltant, otv. red.------'-'-"'-
(Cardiovascular diseases and metabolic diseases; works
by the physicians of the Central Fospital and of the
Polyclinic of the Academy of Sciences of the U.S.S.R.]
Sordechno-sosudistye zabolevaniia i bolezaii obmena ve-
shchos-tv; raboty vrachoi TF)entral'noL bollnit-oy n 1'~o-
liklinikol AN SSSR. Moskva, Nauka, 1()64. 205 1j.
(1,111RA 18:1.)
1. Akademiya nauk SSSR. Otdelenlye biologicbeskikh naulk.
2. Chlon-korrespondent All MIR (for Grasbehenkov).

YEGOROV, Mikhall 141kolayevich, prof.; LEVITSK17., 1,eonid Markovich,
"Fa- TOV, V.P.) red.
(Obesity] Ozhirenie. lzd.2.) poror. i dop. Vonkvfl, Mc-
ditsina) 1904. 305 P. (141RA 18:1)

YEGO~OV_j_ M.P.; MYRTS, I.S.; OBLOKUIDV,, S.,, rod.; SAIAKIIUTDINOVA, A#)
tekhn. red.
(Organizing the working area of a machine-tool operator] Sta-
nokchining ish urnini tashkil etish. Toshkent, Uzbokiston SSR
davlat nashrioti, 1961. 69 p. (In Uzbek) (MIRA 15;1)
(Machine-shop practice)

BORISOV., V.V.; DUBIANSM, M.A.; STOIBOV, V.S.,- TUROV,, A.& ; SHUTKIN,
L.N.; YEGOROV M.P. d.; KUROCHKIN, V.D., red.; BERDNIKOVA,
D
N.D.,-r-ed-.-Aeksikograf; SAVIN., B.V.., red.-leksikograf;
KRUPENNIKOVAp I.A., red.-leksikograf; DANILOVAI Z,S... red.-
leksikograf; BUKOVSKAYA, N.A.., tekbn. red.
[Dictionary of foreign military abbreviations] Slovarl ino-
strannykh voennykh sokrashchenii. Pod red. M.P.Egorova. Moskva
Voen. izd-vo M-va oborony SSSR, 1961. 891 p. (MIRA 15:2~
(Abbreviations) (Military art and science-Dictibraries)

MUSIN, M.M.; YEGORGV, M.P.
----
Bov to reduce labor conzumption7 Iftshinostroitell no.1005-36 0
165. (MIRA 18:10)

0
a
TMCHUK, Anatoliy Artamtyevich; TITOV, Petr Saw t1yevich; Y
.,~QORIPII.,
khail Aar eyevich; ORLOV. Lev Hikolayevich; MIDVXW, 0
a W~h; BUBNOV,Ye.S., redaktor; MGXMA,11.A., rodaktor;
WROVAgO.A.g takhuicheskiy redaktor
DIF-300 core drilling unit] Burovoi agregat ZIV-300- Moskva.
Goa. nauchno-t ekhn. izd-vo lit-ry po geolA okhraLin nedr, 1955. 197 p.
[Microfilm] (Boring machinery) (KLRL 9:3)

TAGOROV, H.S.
Vibmtion dayuping chucks. Kashinostroitall no,1:19-20 Ja 158.
(Chucks) (Damping (Mechanics)) (MIRA 11:1)
mx ~-r

PHASE I BOOK EXFWITATION 737
Bykov., Leo,.,Id V-khomovich; Yegorov., MikWI Spiridonovich, and Twasov., ?avel
Vasillywrich -----------
Vysotaoye oborudovanlye samoletov (High-altitude Aircr-Xt Equipment) 1-bocov,
Oborongiz., 1958. 392 P, 7.,000 copies printed,
Revieuver: Mishanov., N. G.., Engineer-Colonal.. Candidate of Technical Sciences;
Rd,; Petr(rrap I. A.; Te,2h. Ed.: Rozhin, V. P.; Managing Ed.: sokolov., A, 1,
rMP30: This is a textbook approved by the Vdalsti"j of of Higher FAucation of the
USSR for the course "High-altitude AL-caraft Equipment at vtu-.ea, It May aloo
be useful to engineers and scientific workers specializing in that field..
COVFaAGE: The book describes the principles of construction., basic theorles., awl
ezz-'neering design methods for the apparatus used in pressurized aircra::1-1. cabins
tmd for ozygen equipment and presents also brief data on the of
hi&-altitude fUght. The book mentJons designers who made :LmZpo~t con-',-Xi-
butions to the development of presow.*izecl cabins and owlgea equilx=t., including
V- A- chizhev&LY (1931)j, A- YA- M02erbakov (1934-36). V. K. G-ribovskiy (1956).,
Card 1/13

High-altitude Aircraft Equipment
757
No No Polikarpovo M. No Petrovp V. M. PetlYakoy (1939P 1942)p V- 14. Itraniahchav
(1939-45) P etc- The authors express Their *gratitude to Engineer P. I. Zhit-w(rr
fcr.- his aid with section 5,4 to Chaptor V, There are 10 Soviet references,
TABLE OF CONTWS:
Preface 3
Symbols 5
Introduction 8
Ch. 1. Atmospheric., ftsiologLcalp and Hygianic Conciltions of High-
altitude Flight 13
1.1. General information regarding t4e earth's atmosphere 13
1. Structure of the atimosphere 13
position of the air rf
2. Com
3- StAwAard atmosphere i9
Card 2/ 13

~igh-altitade Al.-c-raIN; EqLtill=t
1.2.,
2,
3,,
6.
Effect of Ugh-altitude conditiow on the blumm orgazdam
Brief infommtion on the physiology of human respiration
Pmtia.1 puatis"are of oxygen
MUM= of Oxygen starvation
MLIM-MtS in the h.1-An 03.*gSniSM caused by
ebangea in :Might. altitude
Erploolve deconpression
Rtfee,4.- of caszAa xwjs on the htmu organism
Effect of rediwed air tmT~--at---e and blmddlty on
Orgauism
Airplane noises
sudden
a
24
25
2-1
29
311
the humn
Ch* II. Te-.12mical Waty of High-altitudla Flight
2.1. MiVwds of :tmzring technical aafA7 in high-altitude flight
1. oxygen allparatus
2, Pneamwe malts
3., P-rcriaurized cabins
2,2, General information on presourizei cabins
1. and bygistdo reqmtrewmto for preswirized cabins
Card 3113
32
36
37
37
39
40
40
40

High-altit,;Ae Air-e--raft Equipmeat
T57
2, D-,~.aa of airr-pressure regulation in Ixressurized aircraft.cabins 1;4
'A, Schanatic layo-ats of pressurized cabins 4T
2.3 ETW1.1punt of prenourized cabins 54
1. ClEzolVication of high-eatitude equipment 54
2, Rt-.q.,.!-rmmtrj for high-altitude eq~uipnent 55
Cho III,
3o1,
1.
P.
3.
3.2.
la
2.
3.
aearimariza;tdon of Sealed Cabins 57
Cor2.itloaa of pressurization and ventilation of sealed cabins 57
Ven:1WIlwbion of cabins at low altitudes 57
Air siU,"Ly rnaessary for preasurization and ventilation at
~0
high altitades
AvaUeble Wr supply
Sou=acs of pz-asourization of cabins
of cabins by means of aircraft-emsdne compressors
of cabins by nepawate squerchoxgers
of cabins by commwessed (or liquefied) ai-- or
o;iZ,rg-P- in al=age tanks
CEWn eL,.-mrpLi1Ly jrrat=s
3,3,
I. Mr d",-ta
lqo-~
12. -
Card 4/13
58
59
a,
6~3
68
T9
80
81
6T

tigh-altitude Aircr=,t Eau Iment
3. Air humidifiers 90
Ch. IV. Pressurization of Cabins 93
4.1. General information 93
1. Leakage from pressurized cabins 93
2. Basic laws of gas outflow 9L
3. Approximate formula for determining the discharge of gas in
the subcritical case of outflow from a vessel 95
4.2. Determining the magnitude of air leakage.- from the cabin 103
1. Leakage characteristics of the cabin 103
2. Calculation of the aIr leakage from the cabin for the super-
critical case of outflow 1o6
3. Calculation of the air leakage from the cabin for the super-
critical case of outflow JCI"17
4. Determining the necessary input to compensate for the leakage
of air from the pressurized cabin 1~'O
4.3. Methods of pressurization of cabins 112
1. Sealing the seams 112
2. Sea3ing the movable part of the canopy, escape hatches, and
dt)ors of cabins 11-13
Card 5/13

High-altitude Aircraft Equipment 757,
3. Sea.Ling the glassvork
4. Sealing the cabin outlets for airplane control system linkages
4.4. CheckIng airtightness of cabin 11.9
1. Che.:!king air-tightness of cabin by the method of ccmipensating
for the escape of air 2~- 9
2. Checking alrtigbtness of cabin by the method of meLsuring the
rate of pressure drop 121
3. Cmperative evaluation of the different methods of checking the
atitightness of a cabin 123
Ch. V. Temperature Range of' Pressurized Cabins 127
5.1. General information 127
1 Lq
1. Temperature field within a pressurized cabin
2. Heating source for warming the air in the cabin 128
3- Heat losses in pressurized cabins 13-0
4. Methods of stabili.zation of air temperature in the cabin 132
5.2. Heating pressurized cabins 133
1. Systems for heating cabins 133
2. Airplane heating equipment 135
Card 6/13

-iiet-altitude Aircraft Equipment '157
3. Meant; of preventing moisture condensation and icing of the glass-
work of the cabin 137
5.3. Cooling pressurized cabins 142
1. Methods of cooling 142
2. Air-cooled heat exchangers 143
3. Compression-evaporation cooling system 153
4. Cooling system with a turbo-condenser 154
5. Evaporative cooling systems 16o
5.4. Thermal analysis of -pressurized cabins 161
1. Heat balance of a cabin 1( :)i
2. Sequence of thermal analysis for a cabin under atew1y-state
conditions 11-3
Ch, VI. Purifying end Regenerating the Air in Pressurized Cabins 1 5
6.1. Ventilation calculations for pressurized cabins 1~5
1. Determining the necessary air supply from the permissible con-
centration of toxic components 175
2. Increase in concentration of gaseous admixtures in a closed
unventilated space 179
Card 7/13

High-altitude Aircraft Equipmc...nt 757
6.2. Apparatus for purifying and regenerating the air
1. Filters IP,2
2. Absorbing elements for regenerators 187
3. Ventilators 191
4. Injectors 194
Ch. W.I. Regulation of the Preanurized Cabin P-01
7.1. Regulation of the pressure In a presourl2cd cabin ~~'J 2
1. Differential equation of the cabin 202
2. Determining the coefficients of the cabin equation 206
3. Estimating the properties of a cabin for the purpose of pressure
regulation 208
7.2. Estimating the properties of a cabin for the purpose of temperature
regulation 212
1. Differential equation of the ctxbln 212
2. Estimating the properties of a edbin iror -the purpose of tempern-
t;ure regulation 215
Card 8/13
F FIR, ~ MR, I

,figh-altitudR Aircraft EqiAlxnent
757
Ch. VIII. Reguation of the Pir Supply 219
8,1. General information 2i9
1. General rdquirements of regulators for pressurized aircraft
cabIns 220
2. Variation of air supply vith altitude 223
3. Metbods of regulating the air supply 222
8.2. Dc.-scxlptian of cabin air-supply automatic controls 224
1. Direct-antion mir-supply automatic controls 224
2. IndIrect- action air-supply automatic controls 228
8.3. Analysis of the dynmic stability of air-supply regulation
systems P-34
1. Stability analysis of a system vith a &Lrect-action regulator 234
2. Stability analysis of a system vith an -indirect-action
. regulator 241
Ch. IX. Preasure Regulation ih Pressurized Cabira 251
9.1. General information on pressure regulators 251
Layouts of pressure regulators 25a
9.2. Determining the basic parameters of the pressure regulator 264
1. Determining the flov-passage cross-sectional area of the
pressure'regalator valve 26L
Card 9/13

High-altitude Airpritft Xelutpuent 757
2. Selecting the form and dimensions of the regulating nechanisn,
3. Determining the parameters of the sensitive elements olf the
pressure regulator 270
9.3. Dyntanic stability of pressure -regulation systems 12Y(11~
1. Differential e(lu'ation of the direet-action pressure regulator 272
2. Differential equation of a pressure reEulator vith a pneumatic
se,rvo-drive 273
3. Dynamin stability of the regulation sytitem 275
Ch. X. Temperature Regulation of Air in Pressurized Cabins 279
10.1. General information on -temperature regalators 279
1. Preliminary remarks 279
2. aqauts of temperature regulators 280
10.2. Automatic temperature regulation of the air in pressurized
eftbins 28L
1. Preliminary remarks 284
2. Differential equations of a temperature gauge with a wire-
wund resistor an the heat-sensitive element 2p",-
Card 10113
E~
;1, 1 -Y~M-wR7

Iligh-altitude Aircraft Equilmnent 757
3. Differential equations of a temrerature gauge with a bi-metallic
heat-sensitive element 290)
4. Analysis of the dynamic stability of the regulation system 291
Ch. XI. Safety and Control DeVices 299
11.1. Safety devices of a cabin 29-9
1. Cheqk valve of the pressurization systenn 299
2. Safety valves for tI%e cabin 300
3, Vacuum valve 'for the-cabin 301
4. Emergency valve for reducing pressure 308
11.2.- Control instruments 1 320
1. Altitude and pressure-drop indicator 320
2. Cabin-air thermometers 322
3. Altitude warning devices 32';1
4. Air flow meter 324
Ch. XII, Oxygen Equipment and Pressure Suits 33'~
12.1. General information on aircraft oxygen equipment 331
1. Classification of oxygen systems and oxygen devices 331
2. Comparative evaluation of oxygen devices 335
3. JUtItudes of application of oxygen devices 336
Card 11/13
W-0

High-altitude Aircraft Equipment 757
4, Special considerations in the use of oxygen equipment 533
12.9. Oxygen devices with continuous oxygen mxpply 339
1. Oxygen device KP-22 .339
2, 0).7gen device KP-23 for parachuting 343
12.3, Oxygen devices with periodic oxyg en supply 345
1. Oxygen device KP-18 345
2. Oxygen device KP-16 350
3. Oxygen devices with excess pressure 353
12.4. Liquid-oxygen devices 356
1. Special features of the use of liquid oxygen 356
2. 'Liquid-oxygen device 359
12.5.7 - Selection and calculatibn of basic paremete.re of oxygen devices 3e
1. Calculation of pressure reducer ' 363
2. Calculation of basic parameters of automatic membrane-type
(levice 368
12.6. Determining the amount of oxygen required for the airplane crev

during the flight 'A
37"
1. Oxygen tanks 3U,
2. Determining the amount of oxygen required for a flight 374
Card 12/13

_'igh-altitude Aircraft Equipment 757
12.7. Distribution and mounting of oxygen equipment on the airplane 376
1. Special features of placing and mounting of oxygen-equipment
systems on the airplane W6
2. Standard layouts of oxygen equipment 377
12.8. Pressure suits 379
1. General information 379
2. Pressure suits of ventilated type 380
3. Pressure suits of regeneration type 381
4. Altitude for pressure suits 382
High-altitude pressurized suit 385
References 387
AVAILABIZ: Library of Congress
Card 13/13 is/fie
11-24-58

YEGOROV, 14. ~ S -'-
At h1ith altitudes. Crrazhd.av. 16 no.1:25-26 Ja 139. (MIRA 12:3)
Ofavigatlon (Aeronautics))
.1

YEGOROVJ M. S.
High Altitude Aircraft Equipment, by L.T. Bykov,
M.S. Yegorov and P.V. Tarasov. New York, Londcn, Per-
gamon Press, 1961.
xv) 430 P. illus., diagrs., graphs, tables.
Translated from the original Russian: VyBotnoye
Oborudovaniya Samoletov, Mosclw., 1958.
Referenees, F. 430.

TZ 21-0!&AA-4-49~ okeary).
Bass hiving In cliffs. Priroda 46 no.1:118 J& 137. (MM 10:2)
(Odessa Province--Baes)

YEGOROV, H.V., otvetstvennyy red.; VMHIKOV, Yaj., nauchnyy red.;
L.I., tekha~red.
(Colloction of materials of the International Conference on
Shipbuilding] Sbornik mate'rialoy Xozhdunarodnol konferentaii po
sudoetroentiu. Leningrad, Goo. soiaznoe izd-vo sudontroit. ,
prooWshl., 1957. 262 p. WRA i1:6)
1. Mezhdunarodnaya konferentBiya po sudostroyentyu. Leningrad. 1956.
(Shipbuilding--Congresses)

I
MULF24M. Yu.A.; GABOV, O.A.; YEGOROVp M.V.
Testing the model of a ball mill. Obog. rud 6 no-5-.39-1,2 161.
WRA 15:1)
1. Urallakiy zavod tyazbologo mashinostroyeniya imeni S.
Ordzhonikidze.
(Crushing machinery--Models)

PANMATOV,, S.A.,v daktor tokhn. na-uk; YEGOROV, M.V.p inzh.
z....
Dynamic procenses in cone-shaped machines for coarse-s!ni-shing. StroL.
i dor. maah. 10 no.lOi32-33 0 165. (MIRA 1SUO)

~~?~C~) and V. 1. DE~01TIEV.
Teknolo micheskoi obrabotki metallov. Izd- 3., dopoln. Dop. v kachestva
uchebn. posobiia dlia mashinostroit, vtuzov i tekhnikumov. Moskva, Mashgiz, 19.46.
471 p. illus.
First ed. published under title: Tekhnologicheskie protesessy obrabotki detalei no
wtallorezhushchikh stankakh. (Technological processes of machining machine parts.)
DLC: TJ123O.E3 1946
(Technology of metal machining.)
SOS Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress# 1953.

TIDMOV, M.Ye., doktcr tekhaicheakikh nauk, professor; IVAHOV, A.S.,
I- ~. retsenzent, RASKATOV, V.K., inzhener, redaktor;
TIKHONOV, A.Ya., tekhnichookiy redaktor.
.(principles of design for machine-guilding factories] Canovy
proektirovaniia mashinostroitelinykh savodov. lzd. 4-a, perer.
i dop. Moskva, Goo. nauchno-tekhn. izd-vo mashinostroit. lit-ry,
1954. 588 p. (MLU 7:12)
(7actoriso-Design and construction) (Machinery industry)

T7SHIN, Sergey Dmitriyevich. dotsent. kandidat tekhnichaskikh nauk;, MCM01-
M.Yee, professor, doktor takhnichookikh nauk, retsenzent; UVAROTA,
A.Y., takhaichookiy radDktor
(Formulas for basic machine working time with metal cutting machines]
Formuly oenovnogo tekhnologichaskogo (mashinnogo) v-rameni raboty na
metallorazhushchikh stankakh; opravochnik. Moskva, Goo. usuchno-takhn.
izd-vo mashinostroit. lit-ry. 1956. 109 p. (MLRA 9:12)
(Metal cutting)
:2

YSGOROV, M.Ye.; KHAYLIS, G.A.
Results of testing Czechoslovak flax harvesting machines.
Bellkhozzashina no.2:28-31 F '56, (9M 9:5)
(Chachoolovairia--Harventing machinery) (Ylax--Harventing)

NIL:-c- c, p oL), /4, C.
USSR / Cultivated Plants. Mitts for Technical Use. M
Oil Plants. Sugar :Plants.
Abs Jour : Ref zhur - gidi, No 8, 1958, tio 34746
Author : Yegorov, M.E.
Inst *f All-Union ntific Research Institute for Flax.
Title f4schanized side-dressing of Long-Rettod:. Flax
Orig Pub Lyon i konoplya, 1957, No 6, 24-26.
Abstract Crop experiments in co"ective farms of the district of
Kalinin,, conducted by the All-Union Scientific Research
Institute for Flax, for the study of side-dressing methods
on wide-row seed cultivations by means of n cultivator-
fertilizer spreading unit KPH-2.8, have shoim the high
effectiveness of this method and the advantage of over-all
spreading of the fertilizer, as compared to surface fer-
tilization by the brondeast sido-dressing --Smirnov
Card 1/1

KHASHOV, V.N.; YEGOROV, M.Ye
Now disengaging hydraulic clutch designed by fitter F.K. KU21min.
Trakt. I sellkhozmash. 8:43 Ag 158. (MIRA 11:8)
, 1,Vladimir9kiy'traktornY7 zavod It. A,A. Zhdanova.
(Clutches (Machinery))

TSGOHOV Me.- RYABTSBY, Y.N.
-Results of testing flax pullers. Tradd. i sel'khozmash. no.12:20-21
D 158. (MaIA 11: 12)
Olax--Harvestlng) (Harvesting machinery--Testing)

I YNGOROV, HoYs., doktor tekhn. natik, prof.; GOMWAT, L.Ta., inzh.; ZELIBRT.
11.1. - -Domo
I'inmh.
Optim= allowances in grinding antifriction bearing rings. Test.
imsh. 38 no.4.-51-55 Ap 158.
(Bearings (Machinery)) (Grinding and polishing)

YEGOROV., M.,Ye,,.,~.~;,xasluzhennyy daystell nauki i tekhniki, doktor tekhn.
GLINKIN, U.K., dotsent, red.; KUNIN, P.A., red.;
ChMHOVA, Z.I., tekhn.red.; SOKOIA)VA, T.F., takhn.red.
[Fundamentals of designing machinery plants] Oenovy proektiro-
vaniia mashinostroitellnykh zavodov. Izd.3., parer. Moskva,
Goa.nauchno-tekhn.izd-vo mashinontroit.lit-ry, 1959. 480 P.
(MIRA 12:11)
(Machinery industry)

YEGOROV, M. Ye., Cand Agr Sci -- (diss) "Study of new methods of
feed suppleaients_of dolgunetz flax Za variety of flax yielding lonEer
and better fiber/." Gor'kiy, 1960. 16 pp; (Ministry of Agric-L;lture
Belorussian #8`SR-, Belorussian order of Labor Red Banner Agricultural
Academy); 150 copies; price not given; (KL, 27-60, 156)

IEQPRQY,-MJ-e., zasl. deyatell nauki i tekhniki, doktor tekhn. nauk,
Prof.
(Lecture course on technological processes in the manufacture
of machinery]Kure tekhnologii mashinastroeniia. Moskva, Wes.
zaochnyi energ. in-t. Pt.2.(Methods for machining machine-
part elements and the technology of assembling processes]Yieto-
ty makhanicheakoi obrabotki elemontov detalei mashin I telchno-
logiia oborochrqkh protoonoov. 1962 , 223 pe (MIRA 15,12)
(Machinery-Construotion) (Metal cutting) (Asoembly-line methods)

ic doktor tekhn. nauk, prof.; DEPOWYEV,
Vladiialr i~anoviah,' kand. tekhn.viuk, dots.; TISHII, S-rgey
RTV17
Dmitriyevich, kand. tekhn. nauk, dots [deceased'; UMIr .1
Vitaliv Vvovich, ke-nd. tekhn. nauk, dots,; VLADZIYEVSKIY,
A.P.~ doktor tekhn, nauk, prof*, retsonzerit; KUNIN, P.A.~
Inzh., red.
[Technology of ma:7hinary vanufacturel Tekhnologiia mashino-
stroeniia. Vioskva., Vysshaia shkola, 1965. 589 p.
(MIRA 18: 8)

YEGOROVY IM.Ye,; LIVOVA, A.
Paleontological finds in Chuvashia. Izv. 'Ises. geog cb-va
94 no.4:347-349 Jl-Ag 162o iMMA 15:9)
(Chuvashia---Ma=-alsp Foss

1_jl;CpBQV,;,H. ~_,,
Construction and opemtion of the gas system in the city of Ufa.
Zhil.-kom.khoz. 9 no.1:8-10 1 59. - (KIRA 12:3)
l.Upravlya3rushchiy trestom "Ufagorgaz.
,l '(Ufa--Gas distribution;

YEGOROV, N., inzhener-podpolkovnik; CHEPWIKOV, P.,, inzhener-podpolkovnik
Hose of rubber and fabric. Tyl i snab.Sov. Voor.Sil 21 no.2:87-.88
F '161. (~wa 14.- 6)
(Hose)

. YZGOROV, N., kand.tekhn.nauk; TSVMOV, N., inzh.
landing stage superstructures made of lightweight reinforced concrete.
Rbah. transp. 19 no.11:26-28 11 16o. (NIPA 13:11)
(Hydraulic structures)
(Reinforced concrete construction)

-YEGOIIOV. N.
New features in the vegetable trade. Sov.torgo no.12:32.-35
D '58,, (MM 12:2)
1. Direktor torga "Mosovoshch."
(Vegetable trade)

mm
-YEGOROV, N.
Ifev featureo in the vegetable trade. Sov.torg. 34 M.7:57-59
11 161. (MA 14:7)
1. Direktor torga 1114osovoshch".
(Ibscow-ypgetable trade)

YEGOROV,,!~~-,general-leytenant
Party organization and technical training. Tekh* i vooruzh. no.l:
4,8 Ja 164. . (MIRA 1716)
1. Chlen Voyennogo sovetap nachallnik politichookogo upravleniya
Moskovskogo voyennogo olcruga. I

YECOROVo N., gs,neral-leytenant
The CPSU on the tightening of military discipline. Korn.yooruzh.-
Sil 2 no-20:30-38 0 '61. 0,11M 14:9)
1. Chlen Voyennogo 3oveta - nachal'nik politupravleniya Moskovskopo
voyennogo okruga.
(Military discipline)
7,

YEGOROV, N., general-leytenant
Education of teachers. Voen. vast. 42 no.8t7-11 Ig 162.
(MIRA 15:7)
(Russia--Army-Officers)

C

YEGOROV, N.
On the road toward improved organization of cattle feeding. Hias.
ind.SSSR 33 no.2:29-32 162. 15:5)
(Beef cattle-Feeding, and feeds)

'ACC NR1-~07bbj70_______ SOURCE CODE: UR/0310/66/000/012/001',1/0032
AUTHOR: ocent)
ORG: none
TITLE: "Regulations for the building of reinforccd-concrete inland vessels" of the
RSFSR River Registry (1966 edition)
SOURCE: Rechnoy transport, noi 12, 1966, 31-32
TOPIC TAGS: shipbuilding engineering, inland vessel data, reinforced concrete
ABSTRACT: In recent years.great progress has been made in the use of reinforced
-concrete in shipbuilding. The building of and the types of reinforced-concrete
vessels have increased; building techniques and hull design have been radically
improved, and the use of reinforced concrete for superstructures has been introduced.
This has resulted in the publication of new "Regulations for the building of
reinforced-concrete inland vessels." The.last regulations were published in 1959 and
covered all vessels of this type, including seagoing ships. This article briefly
covers various aspects of the regulations and includes two tables: 1) minimum thick-
ness of slabs for various hull sections and types of concrete; 2) safety factors for
given loads and load-carrying structural members. Orig. art. has: 2 tables. [TTI,.

_XBGCROV, N&A,; LITVINMMO, Yu.A.
Devices used in assembling and dismounting of the ZIL-150 notortrucks
(experience of the Moscow Automobile Plant). Obm.tdU.op7t.na amt.
tranep. no.4:45-57 160. NMA 13:12)
(MotortfuckB-Maintenance and repair)
t

A:C'Oeo i~ /V
14(6) SOV/98-59-4-1/1--i
AUTHOR; Aleksandrov B.K.0 Professor, CvrrejspocdingYAenber
of the AS UASR Yegorov, N.A., and Oboro-vova, 114.
G., Engineers
TITLE.- Ways to Improve the Design of River-Bed-Type Hydro-
electric Power Plants (Puti uluchsheniya konstruk-
tsiy ruslovykh gidroelektrostantsiy For Discus-
sion
PERIODICAL: Gidrotekhnicheskoye stroitel'stvo, 1959, Nr 4, pp
1-7 (USSR)
ABSTRACT: The authors are of the opinion that Soviet river-
bed type hydroelectric power plants are too bulky
to justify their high construction costs. Their
design can be easily made lighter to bring about
substantial savings in concrete, reinforced concrete,
and metal for power-generating equipment. Lighter
construction methods will also result in quicker
construction. Plans have been worked out to create
a power plant the dam and powerhouse of which con-
Card 1/4 sist of a single unit. The principle of this com-

SOV/98-59-4-1/17
Ways to Improve the Design of Ri-ver-Bed Type Hydroelectris
Plants; For Discussion
bined-type power plant was applied in the Kamskiy,
Irkutskiy, and Kayrak-Kumskiy gidrouzly (Kama,
Irkutsk, Kayrak-Ku-w Hydroelectric Power Pisnts)
and will be realized in the planned Cheboksarskiy
and Plyavinskiy gidrouzly (Cheboknary and Plyavinyas
Hydroelectric Power Plants). An additional method
to save metal is to build smaller generators2 as
proposed by Profe~sor B.K. Aleksandrov in 1955, for
the Cheboksary GES-project. A smaller generato 'r
results in a larger spillway opening, which, in '
turn, effects a greater flow-through capacity. The
I'multiplicator" - a toothed transmission between zhe
turbine shaft and that of the generator - serves
also for scaling down the generator. A new gearing
developed by Doctor of Technical Sciences M.L. Novi-
kov is able to transmit power of up to several tens
of thousands of kw at a rather high efficiency rate.
Professor G.N. Petrov and Docent V.L. Lipkovskiy
Card 2/4 have developed a new combined generator-transfqrmer

SOV/98-59-4-1/17
Ways to Improve the Design of River Bed-Type Hydroelectric Power
Plants; For Discussion
for a voltage as high as 110 and even 220 kv. Profes-
sor B.K. Aleksandrov is working on lessening the
weight of hydroelectric power plant bodies at the
Moskovskoyeotdeleniye instituta Gidroenergoproyekt
or Mosgidep (Moscow Department of the Gidroenergo-
proyekt Institute) in which the above-mentioned
principles are being taken into consideration. The
authors present four diagrams of proposed power plant
p6rrangements for the Cheboksary Hydroelectric
Power Plant. They show that both the equipment
weight and the volume of construction work can be
considerably reduced. The new principles also hold
true for the construction of locks for shipping.
Diagram Nr 5 shows a cribwork wall consisting of
two hollow reinforced concrete elements, the volume
of which amounts to only 15-20% of n. solid concrete
Card 3/4 wall. Diagram Nr 6 shows the cross section `6f lock-chamber valls

I SOV/98-59-4-1/17
Ways to Improve the Design of River Bed-Type Hydroelectric Power
Plants; For Discussion
developed according to the so-called "honeycomb"
principle at the Mosgidep. Set up on the lock ebBm-
ber's bottom and filled with sand, the new "honey-
comb" structure brings an economy of 470% in con-
crete per running m in 2-way locks. There
are 6 sets of diagrams.
Card 4/4

Ymopov, if. ~'.
MCGROV, 11. A.: "The workin.-- of thick deposit_9 of hard ores us-
ing systems with Imagazining'". Kiev, 1955. Min Higher Educa-
tion USSR. Kiev Order of Lenin Polytechnic Inst. (Dissertations
for the Degree of Candidate of Technical Sciences)
SO: gnizbnava letools', No. 52, 24 December, 1955. Moscow.

YEGCROVO N.A.
Working thick deposits of hard ores with shrinkage systems.
Sbor.trud.Inst.gor.dela All UFM no-5tlOO-108 158. (MIRA, 15:5)
(Mining enigineering)

YEGOROV, N.A.
Getting ore out of a stope area. Sbar.trud.last.gor.dela All URSR
no.5xl0c~-113 '58. OMA 15:5)
(Ore handling)

YWOROVI._IT.A.
Floating chute for loading skips.Efrom "Hine,and Quarry Engineering,*
December 1959 "Mining Magazine, no.1, 1959, 1141ning Xquipoent,"
nos. 8-9, 195~j Ugol 44 Ag 160. (MIRA 13:9)
(Mine hoisting)

YEGOROVY N.A.
Ranid shaft sink-ing by means of borirz in the Germ-an Federal
Republic. Ugol'Ukr. no.6:43 Je 161. (MIRA 14:7)
(Germany', West--Sh&ft sinking)
- j - I ~: :. b.:~, - ~ ~, :
- .- ': - -

~ -YEGOROV, N.A.
Pillar drawing in sbrinkage stoping. Sbor.trud.Inst.gor.dela M
URSR no.8:11-2-1 161-* (MMA 15 -.2)
(Stopi~ng(Minihg))

YEGOROVs, N.A.
Drawing ora with an inclined contact. Sbor.trud.Inst.gor.dela Ali
URSR no.8.-22-27 161. (MIRA 15s2)
(Mining engineering)

~IYEGOL=j 1.~t; BORISOVA, G.A., red.; GR(VOVj A.S., tokhn. red.
[New types of vegetable markets"; from the experience of the Hloa-
cow vegetable market]-Novye tipy ovoshchWkh bazarov; iz opyta
raboty torga Mosovoshch. Moskva, Gos.izd-vo torg.lit-ry, 1961. 44 p.
(MIRA 14:11)
(Moscow-Vegetable trade)

YEGCROV., N.A.
4
Bar thread connections in long-hole drilling. Ugoll Ukr.
6 no.6:41-42 Jo 162. (MIRA 15:7)
(Rock drills)
v,

YEGOROVp N.A.. kand okhn.nauk
------------
Merdury industry in foreign countries. liet. i gornorud. prom.
no.202-94 Mr-Ap, 162. OURA 15:11)
(Mercury industry)

STARIKOV., N.A., akademik Deceased]; YEGOROV, N.A., kand.tekhn.nauk
Development of open-pit operations in the Ukraine. Gor.
zhur. no.6:12-14 Je 162. (IMU 15:1-1)
1. Institut gornogo, dela All UkrSSR, Kiyevo
(Ukraine-Strip mining)

YEGOROV, N.A.
Basic means of lowering rock pressure in workings of the draw
horizon. Trudy Inst.gor.dela AN URSR no.11:82-88 162.
(MIRA 16:2)
(Rock pressurp) (Mining engineering)
;I