SCIENTIFIC ABSTRACT YEGOROV, L. B. - YEGOROV, M. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962430007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEGOROV, L.B.; ZHURAVLEVI G.V.; IGHATENKO) A.Ye.; LI SyUN-44IN;
FZTgOMj M.G.; r_HULT.U4, Do
agnetism of ~L-mesonic atoms. Zhur.
investigating the param ..2091-399 F 161. (MIRA 14:7)
okep. i toore fiz. 1*0 no
1. -Ob"yedinennyY institut yadernykh iseledovaniyo
(mesons)

IGNATENKOP A.Ye.j KUMOV, A-'-;
~UpAVLEV, G.V. p
jiGOROV, I
Sna_,,O; MTRASHKU, M.G* weak interaction in the
Irqestigating the spin dependence O'f 41 n6.3:684-
+ p -*), n 4-Y . Zhur.ekspqj, teor,fiz- (Km 14210)
process
691 s 161. 3nyy institut dernykh isoledovanLY-
v"
1, Ob"yedinei (Mesons)
(Nuclear reactions) (protons)

S/056/62/043/003/022/063
B102/B104
AUTHORS: Yegorov, L.'B., Ignatenko, A. Ye.f KuptBovt A. V.,
ras u,
TITLE: Search for it decay anomalies in paramagnetic metals
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 43,
no. 3(9), 1962, 873-876
TEXT: The observation of nontrivial effects in jx decays caused in mesic
atoms by unpaired electrons would be of freat use for inveBtigating the
magAetic properties of atoms and of hydrides of transition metals. The
authors measured the relative L, decay probabilities at differ6nt numbers
of unpaired electrons in mesic atoms of the systems Pd-H and Ti-H. Under
id6ntical erperimental conditions the following yield ratios were obtained:
Y (TIHI.,) / Y (Ti) = 1,00 � 0,02,
Y (PdH,.O) / Y (PdHo.,) = 1.02 � 0,02,
Y (PdHo.#) / Y (Pd) = 0,99 � 0,02,
Y (PdH,.q) / Y (PdHo,,) = 1.01 � 0,02.
Card 1

gearch ~for ~Z" decay anomalies...
5/05 62/043/003/022/06'3
B102YB104
The equality of the results stre 'ngthens the supposition that no effects
caused by unpaired electrons are responsible for the incroase of the )k--
decay probability in mesic atoms of transition metals of the iron group
(Phys. Rev., 113, 661, 1959; 119, 365, 1960). It indicates also a shift
of the X-ray fre uency emitted in the 2p-1s transitions of the mesic atoms
of these metals ?C. Scott et al. Chicago, Preprint EMS-61-69). There
is I figure.
ASSOCIATION:' Ob"yedinennyy institut yadernykh issledovaniy (Joint Institute
of Nuclear Research)
SUBLUT,TED: April 23, 1962
Figure[ Block diagram of.apparatus.
Legends 1-5 Scintillation counterst 6 - target, 7 - magnetizing coil,
8 - cop'per filter, 9 - aluminum filter, 10 - anticoincidence circuit,
11 - coincidence circuit, 12, 13 - am5lifiers, 14, 15 - shaper, 16 - delay
line (0. Vitsec), 17-delay (;,, 1. 1 Vsec 18 - triEger, f9, 20 - transmission,
21, 22 _"'discrimijiators,.23.y 24, 25 - counting devices.
Card 2/6

YEGCROV; L.B.; IGNMNXO, A.Ye.; KUPTSOV, A.V.; FETRASHKU, M.G.
Artomaly in A:-Pxkeson decay in mewic atoms of transition
metals of the iron poup. Zhu~. eksp. i teor. fiz.
43 no.4:1149-2.153 0 162. (MIRA 15:11)
1. Ob"yedinennyy institut yedernykh iaBledovaniy.
(Mesons-Decay) (Transition metals)
(Iron group)

YEGOROV L.B..; IGNATRNKO, A.Ye.; KUPISOV, A.V.; PETRASHKU, X.G.
Search for anomalies of meson decay in paramagnetic metals.
- MRA 15:10)
Zhur. eksp. i teor. fiz 43 no.3:873-876 162.
1. Obuyedinennyy institut yadernykh isaledovaniy.
(Meson&--Decay) . (Paramagnetism)
Sw --I- ~-

------- -- - --
U122
$/056/62/043/004/005/06!
B102/BldO
AUTHORS t 'fgZgrnv,_,k. J3. Ighatenko,. A. Ye. , I~uptsov; A. V. , Petrashku,
14. G.
TITLE: Tbe nnomaly prablont in tbe/A. mooon ifecay in mesic Iatomr. of
trannition metals of the iron group
PERIODICALt Zhurnal eksperiment6llnoy i teoreticheskoy fiziki, V. 43,
no- 400), 1962, 1149 - 1153
TE,AT: U s i n (f, scintillation counters with a 128-channol puloo-height ana-
lyvQr, the ratio betwoen the decay probability of mesons in mesic atoms
and of free 1A iiiesons -Was measured. for mesic Fe, r'n' Ni and Cu to verify
p4blished experimental results and predictions. The Fe nnd Zn tarEets
were in the form of oandlwichc:3 con-cistinc, of ten 15-15 c~2 plaico, s6parat-
ea by Al sheets 0.7 mm thick. The Ni nnd Cu targets viere 15-15 cm2 plates,
5e',/cn2
thick. From the time distributions of the jA decay electrons,
5~1. zti n i/Z'i was determined, rihere n i is the number of pulses'in time t
For Fc+A1 6 0-40510-009 oc and for Zn+Al,-3 - 0.463+o.ooe /11~i ec.' Then
'eard 1/3-

6/056/62/043/004/005/061
The' anomaly problow 3102/iiijo
wi th, S (Fe + AI) = njS (Fe) + n.S (AI),
S (Zn + AI) - nI S (Zn). + n; S (AI). and
(5
I(Fe)*= 0,201�0,004. S (Zn) 0, 161�0,004, (M) 0,707Z6,'O*- 6 i
Av,(Fe) LIL2A(Fe) k1k2l
n, X(zn)
(6) - vins calculated. is thwp decay probabili
ty ratio, k 1,2 nre correction factors.
Ap (re) Ap Zi~ 6,T41
Ap (M) Ap (Cu) 0,98�0.05. ... as obtained; '.7it -hin the error limits the'
values tire equal - which indicfttcs the absence of anomalies such as
were obtserved e. g. in Phys. Rev *Lett. 1, 102, 1958; Phys. Rev. 113, 6061,
1959; PhYs. Rev-'117, 1560, lc'60~ and that the inetrument effect mentioned
by Huff (ANIN. Physics, 16, 266, 1961) and Chilton (?hys. Rev. Lett. 7, 31,
1961) cannot be the cause of the anomalies observed by those writers.
There are 4 figures.
Card 2/3

3/056j62/043/004/005/061
The anomalv, problem 131021BIBO
ASSOCIAT'fG,ts Ob"yodinonnyy inatitut,yndernykh isaledovaniy (Joint-Inatitut
of Nuclenr Itcaearch)
8U81MITTED April 23, 1962'
C'nrd 3/3

t 1 .1
12GOROV) L.B. IGNATEM, A.E., KUPTGOV) AN, PETRASUKU, M.
< -------
"Search for Anomalies in Mu-Wson Decay in Yesonic Atoms of the
FE Group TTansition Yetals"
report presented at the Intl. Conference on High Energy Physics, Geneva,
4-il July 1962
Joint Institute for Nuclear Research
Laboratoryoof Nuclear Problems

'UOM . L. IGNASMI, A. 1. and EDMOV, A. V.
_PTO
Inyestigation of )k Meson Capture by Protons from the
States of Byperflne Structure in Woonic Atom of Phosphorus.
report present*& at the Intl, Conference on Nigh Inergy Physics, Geneva.,
4_11. July 1962.
Joint Insto Nuclear Research,, Iab of Nuclear Problem
: '~ ;! , ~" -~:'~ - . , ~ -7
_77

I
JEGOROV3 Ijj4-IGIIATENKO, A.Ye.j- KUPTSOV, A.V.; PETRASHKU, M.G.;
SARMSEVA, V.R.., tekhn. red.
[Search for anomalies inAf,---meson decay in paramagnetic metals]
Poiski anamalii pri, raspade 4J,7-rezonov v paran:agnitnykh metallakh.
Dubna, Obnedinennyi in-t iadernykh isal., 1962. 5 P. (MIRA 15:6)
(Mesona-Decay) (Magnetic materials)

YEGOROV; L.B.; IGNATENKO, A.Ye.; KUPTSOV, A.V.; PETRASHhU, M.G.;
A) V.R., tekhn. red.
[Anomaly in A,'~-meson decay in mesic atoms of transition
metals of the iron group] K voprosu ob anoiralii pri raspade
/J~L--mezonov v mezoatomakh perekhodriykh metallov gruppy zhe-
leza. Dubna, Ob"edinennyi in-t iadernykh issledovanii, 1962. 9 p.
(MIRA 15:6)
(1-lesons-Decay) (Transition metals) (Iron group)

," YEGOROV, L.G., inzh.
- .
Lxp rove the ore.2nization of mawmilling. Rech. transp. 17 no. 6:36-
37 Jo '58. (MMA 11-7)
(Sawmills)

YEGOROV,L.I.
Organize socialist competition for continued growth of labor
productivity and higher quality in highway maintenance work.
Avt.dor-17 n0-3:4-5 N-D'54. (KLRA.8:10)
1. Predstnvitall Tat profsoyuza rabochikh nvtomobillnogo tran
sports. i shosseynkh dorog.
(Roads--Maintenance and repair)

YEGOROV,.Ieonti.r.lvanovich, SHMSOVI I.B., redaktor; D4ITRIISVA# P-V-,
[Drivern who maiie improvements in the automobile transportation
system] Shofery-novatory avtomobillnogo transport&. Moskva,
Izd-vo OZnanie," 1955, 21 Pe (Vaeas ob-vo po rasproatrananiiu
polite i nauchn. xnanii, sere 4# nos 40). NWA 8:3)
1. Predsedatell Tel profsoyusa rabochikh avtomobillnogo trans-
porta i shosseynykh dorog (for Yegorov).
(Automobile drivers)(Transportation, Automotive (Road))

YXGOROV, L.I.
.1 -
Thermal conditions of light Sierozems of the northwestern Part of
the Golodnaya Steppe. Trudy' Pochv. inst. 29:181-194 148.
(Goloduaya Steppe-Sieroxem solle) (KM 10:8)
(Soil temperature)

I YEGOROV, L. 1.
Water pbrmeability of soils and parent materials of the north-
western part of the Golodnaya Steppe. T~ru4 Pochv. inst. 29:
195-200 148. (MLRA 10:8)
(Golodnaya Steppe--Soil moisture)

TJSSR/Soil Science - Diysical and Chemical 11roperties of Soils. J.
Abs Jour : Hof Zhur - Biol., No 15, 1958, 67894
Author : Yegorov, L.I.
Inst
Title Aqueous-1-bysical Properties of Several Soils and Subsoils
of the Part of the Shirvan Steppe Near the Kura River.
Orig Pub i~ochvovcdeniye, 1957, Ito 2) 90-104.
Abstract The aqueous-physical properties of soils were studied in
two rc(;Lons of the Shirvan steppe (AzerbSSR), tile coastal
n1luvial-dolta plain and the Kura alluvial plain. In the
former there are meadow, litfit-Lp-ey oolonoto and solonchak
soils as well no solonchako with ground water at n OopLh
of 2-8 motors. These soils are formed on layered deposits
with a heavy nechanical composition and consist fron
to 901% of particles of physical clay. The madow soils are
fresh to a depth of 12-15 cm., and below that salination
reaches 2.03%- On the areas under cultivation the salts
Card 1/3
14
.0o,

USSR/Soil Science - Illysical and ChmJcal rTopcrties of Soils. J.
Abs Jour Ref Zhur - Biol., No 15, 1958, 678,04
have been washed out to a depth of lvl.5 meters, The vo-
lumetric weight of these Soils was 164-1.40 uarcis/=3.,
and in compressed horizons 1.45-1.48 grams/cO. Soil po-
rosity varies from 48-52~p' and in corrpresued horizons talls
to 44-450. The outside field misture capacity (FI4C) is
28-29% in the meadow soil. In cultivated soils the cort-
pact horizons under the tilled stratum have an FM as
high as 45%. These soils can be washed by usinf; a collec-
tor-drainage network not at a minimum depth of 3 rietorn.
To improve the physical properties of those soils It Is
necessary to plant acclimatizing grass for 2-3 years , to
q,pply mineral and organic fertilizers, as well as aps-LL3..
and plcni it deeply at reGular intervals. On the Kura
I'lain the nost comon soils are: meadow soils on a laye-
red argillaceous base, imadow soils transforminC; into
steppe soils, and dark meadow (chalInyye) soils in the'
aepressions. The soils are saline; the dark meadow soils
Card 2/3

USSR/Soil Science - Physical and Chemical Properties of Soils. J.
Abs Jour Ref Zhur - Biol., Ho 15, 1958, 67894
have more huraus in their profile, a heavier mechanical
compisition, and heightened filtering ability. Calcula-
tion of optimal irrir,,ation norns for these soils must be
based upon the half-reserves of productive moisture in
tlicm when moisture corresponds to the FMC. -- S.A.
Ilikitin
Card 3/3
- 15 -

.-YEGOROY, L. I., Cand Agr Sci -- (dies) "Wator-physical properties
of the ~i~incipal soils at and grounds of the Shirvan Steppe~of the
44
Kure,-Arake-~In connection with their irrigation.* Hoe, 1958.
so; 1
15 pp (Acad Sci USSR* 1=6 Inst im V. V. Dolcuchayev), 150 copies
(KL, 15-58, 1170

YEGOROV, L.1.~ PUSTOVOYTOV, N.D.
"Moisture conditions of deep Chernozems in the Central Rusmfiam
Upland" by A.F.Bollshakov. Pochvovedenie no.5:134-135 My
'62. (MIRA 15:6)
(Central black earth region-Soil moiuture)
(Bollshakov, A,F.)

BOROVSKIKII, Yu.I.; MAYZENBERG, Yu.I.; YEGOROV, L.K.
Investigating voltage drops in the starter circuit of a motor ve-
hicle. Avt.prom. 27 no.12:22-24 D '61. (MIRA 15:1)
1. Nauchno-issledovatel'skiy eksperimentallnyy institut avtotrak-
tornogo elektrooborudovaniya i priborov.
(Motor vehicles--Starting devices)

lyi~~2 ~9w-,- ~kand.yurid.nauk
Legal regulation of pilotage in the U.S.S.R. Inform.sbor.
TSNIIMF no.34:53-W 158. 041RA 14:3)
(Pilots and pilotage)

WUM
YEGOROV, L.M.,Aand. yuridicheskikh nauk
Errors in navigation and management unde- foreign law.
Inform. abor. TSNIIMF no.110 Mor. pravo Iprak. no.23sl7-23 163.
(MM 18:9)

YEGOROVv L.Mop_kandoyuridenauk; RYU14INAl L.A,,
From the practice of the-Maritive Arbitration Commission. Inform.
sbor.TSNIIW no,.34:?2--158.. . (141RA 14:3)
(Arbitration and a ward) (Freight and freightage--Claims)

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a It r 4 Ar a it V a CC 0 it .4-4 f a It j I P 0 1 1-1
fit 1" $4. -vok,
00
Investigation of the Induc fill* Pot lod th tht fitot fk~11111'1 (11 gol"-
, . FGueov., Physik. Z. Svicitimmiam 1, kit 141t"t-'), "1' 4 14 11 #00
44 WAN_
,4
vtmiltAtions %asstartcd to ckt. how the caurw td a reaction 1112Y IM' COM1111ted b)' C11,1134-
Illit tile induction 1wriod. Tile inductioli period varies iisvrmly %ith tile tellip. arld
re.,fillro. pse - Y/ r - Const. (wlwre P, T. r, if avid -I are. re,tt,. tile pre,mov. tcuip.,
!doction period and corritt.) Is the tinpitical relation expre4,ing thc%c rrs"ItA. -, i-
~
CtlarActrristic of tile typr Q( g&--& ill tile elpic"Ive Inixt, milli IndclN.1111rill Off the sin
Of tilt! CMItAiftCf atilt I?lJtCtigl Of tilt w~sfls. as well as the jcrcrntAxC COMPfl. of the 94W0-11% move,
00 luilt T varies jilverwly with the diam. of th- Container, T111% VJUAtioll is WV116CAI
with tital throtrilrally sh-rind Ily Kovallikii (I)rmtlill% Atmtraf!O.
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e ga% into a quarts tube heated to72
. The Induction perkwis ofespkolon were
nteguaired its relation to the total presauto and to the temp. The induction pr6A
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const was used. F. If. RArHKAxx
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I %a I'll aCtALLURGICAL LITIRATWE Ct&IIWKATIC*

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YEGOROV,
A-mhaped rig with a 200-ton-loM capacitY. 10ft-khOz- 34 no.10:
15-16 0 '56. (XLRA 9:11)
(Oil well drilling--Xquipment and supplies)

YEGOROV, L.N.; GOLOVKO, V.N.
Hoisting A-sbaped derricks. Neft. khoz. 39 no.9:12-18 S '61.
(YIRA 15:1)
(Cranes, derricks, etc.)

YEGOROV, Lo He -
Device for making the derrick man8a work easier in the drilling
of deep wells. Mash, i. neft. obor. no.2:31-33 163.
(MIRA 17:8)
1. Gosudarstvvenny7 nauchno-issledovateltakiy i proyekt"Iyy
inatitut neftyanogo mashinostroyeniya.

YEGOROVp LoN.
New derricks for deep drilling. Mash. i neft. obor. no.9:3-6
163. (MIRA 17:2)
1. Gosudaretvannyy nauchno-isaledovatellskiy i proyektnyy
institut neftyanago mashinostroyeniya.

IVANOV, Vitaliy Fedorovich; TICGOROV, L.P., rodaktor; OZIMIN, G.M.,
tekhatcheskiy
[Accounting and technical record keeping in cartographic and
geodetic work] Uchet i tekhnicheakaia otchetnost? kart~jrafo-
gnodazicheakogo proizvodstva. Hoskva. izd-vo goodezichaskoi
'it-1-i, 1955. 119 p. [Microfilm) (14LRA 8-9)
. (Accounting) (surveying)

RO
6-1-16/16
AUTHOR: None Given
TITLEs Chronicles (Khronika)
PERIODICALt Geodeziya i Kartografiya, 1956, Nr 1, pp. 79 - 00 (USSR)
ABSTRACTt A conference of the directors of the cartographical printing-
-offices and of the scientific divisions for map-composition
took place in the Central Office for Geodesy and Cartography th
at the Ministq of the Interior of the USSR from December 16
to December 20 h , 1957. This conference was devoted to the
problems concerning the state of the cartgraphical printing-
-offices GUGK and to the measures required to fulfil the
plan for 1958- The representatives of the military-topographi-
cal office, the TsN1IGA i K and the MIIGA i K attended this
conference. The conference was opened by the director of the
GUGK (Central Office fo4Geodesy and Cartography), A. ff. Bara-
nov. Lectures were hold bys 1) The head of the division GUGK -
G. V. Artamonov oni "On the performance of the plan by the
Card 1/2 cartographic printing-offices GUGK within 11 months of the
7

Chronicles
6-1-16116
year 1957. 2) A. B. Kazakov, Engineer-in-chief of the plan-
ning-diviBion GUGK "On the project of the plan for 1958".
3) The chief of the division for work and wages GUGK L. P.
Y-110n standardizing and tariffs for cartgraphical
,tapro I
Y
works". 4) P. H. Novozhilova, Engineer-in-chief of the di-
vision GUGK "On Measures for improving the organization of
poduction in the cartographical, factories and in the NRK-
Cbast' GUGK"- 5) S. I. Shurov, editor of the division GUGK:
"On the editorial- and composition works". The military-histo-
rical maps of the third volume of the sea-atlas are already
printed in the printing-offic of Minsk. The maps for the great
Soviet encyclopedia are already completed. There comprise
2500 maps altogether. The lay-out of the building of the print-
ing-office in Novosibirsk was changed. The printing-offices
in Omsk and Tbilissi (Tiflis) worked unrhythmically. The car-
tographic industry has no scientific research station. The
young experts are insufficiently promoted.
AVAILABLEt Library of Congress
Card 2/2

YEGOROY, L.1?.._red.; SHAMROVA, T.A. , red.izd-va; ROKANOVA, V.7.,
~,--A-'te`k'h'n. red.
(Job description manual for workers employed in geological
prospecting, topographia-geodetic, and research departmental
Tarifno-kvalifikatsionnyi spravochnik rabochikh; geologo-
razvodochnye, topogrefo-goodezicheakie i izyakatellskie raboty.
Koskva, Izd-vo geode%.Iit-ryg 1959v 49 p. (miRA 13:4)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye goodezii i
kartografii.
(Prospecting-Job descriptions)

ONUFRIYEV, Timofey Grigorlyevich, dots.; SHATNEV, Boris Nikolayevich,
dots.; IVANIKO., Timofey Yakovlevich, inzh.; GEROLISKAYA, Lyudmila
Sergeyevna, dots.; SARYCHEVA, Nina Petrama, dots.; KC-5117AYEV,
Sergey Petrovich, inzh.[deceased); YEGO L(ff,",dots., retsenzent;
ZA'YCHEIROYI.R.Idots.,retsenzent; ffALYIIITSKIY,V.A.,inzh.,retsenzent;
CilEitKASIIIN,N.A.,inzh.,reteenzent; DYIIER,1.1.,inzh.,retsOnzent; PAUL,
V.P.,inzh.,red.; IIEKLEPAYEVA, Z.A.,inzh.,red.; MEDVEDEVA, I.I.A.,
tekhn. red.
(Buildings in railroad transportation] Zdaniia na zheleznodorozh-
nom transporte. tloskva, Transzholdorizdat, 1962. 408 P. (MIRA 15:6)
(Railroads--Buildings and structures)

YEGOROV~ L.P.
Shook workers nf communist labor in the polygraphic enterprises of
the Main Admiristration for Geodesy and Cartography. Good i kart.
no.1023-8 0 164. WRA 1891)

YEGOROV, L.P.
Preliminary results of the transfer of worlers of the topographc-
geodetic and cartographic service to the shortened workday and
new wage conditions. Geod. i kart. no.7:5-9 JI 161,
(MIRA 14:7)
(Surveying) (Cartography) (wages)

YXMROV, L.S.; STRINA, N.P.
First find of carbonatite bodies in sedimentar7 carbonate rocks.
Inform. biul. NIIGA no-Z:31-34 158. (MI;U 12: 10)
(Maymacha VA1197--Carbonates (Geoloa))

ANIKMVA, L,I.;,_YEGORO,V. L.S.; SMIRNOV, L.P.; TSYVIYAN, L.K.
Preliminary reBults of the field work of the Yla~mechp- Eyp-editicn,
1959. Inform,biul.11110A no.16:42-45 159. (!-~RAI 15-:31)
(*Aymocha Valley-Goology)

YEGOROV. L.S.;GOLIDBURT, T.L.;SHIKHORINA, K.M.
Form and mechanism of the formation of the Gulya intrusion.
Trudy NIIGA 107:3-12 '59 (MIRA 13:3)
(Kotuy Valley--Geology, Structural)
(Maymecha Valley-Geology, Structural)

-YEGOROV, L.S.
Type of carbonate deposits and their association with ultrabasic-
alkali rocks. Izv.AH SSSR.Ser.geol. 25 no.1:108-111 A '60.
(MIRA 13:8)
(Rocks, Carbonate)

YEGOROV, L.S.
------- :.-
Nepbelinization and iron-magnesian-calciuo Metauonatism ix.
intrusions of alkali and ultrabasic rocks. Trudy NIIGA 114:102-
118 160. OAIRA 13: 11)
(Siberian Platform--Petrology)

Y!~O~qv_,',L,.S.; SURINA, N.P.
Carbonatites in the Changit intrusion region of the northern
Siberian Platform. Trudy NIIGA no.125.'160-178 161. _(KRA 16:7)
(Maymecha, Valley--Carbonatite)
(Kotuy Valley-Carbonatite)

.YEGOROV) L. S,
Origin of carbonatites. Izv.AH SSSR. Ser.geol. 29 no. 1:
63-74 ja 164. (MIRA 17-5)
1. Nauchno-isgledovateltakiy institut gdologii Arktiki,
Leningrad. -

YEGOROV, L.S.
Mechanism of the formation of carbonatites. Trudy Len. ob-va
est. 74 no. 1:23-26 163. (MIRA 17:9)

YMOROV) L.S.
1-1
--
Origin of phogonitc-olivinc ard rock:i related tG then in concdex
21 k,
alkali-ultrabasic massifs. Geol. rud. mestorozh. 6 '1o-4:33-44 Jl-
Ag 16/,. 0-mlu 17: 10)
1. Ilauelmo-issledovatellskiy institut geologil Arktiki, Laainggrad.

i YICGOROY~ _)
t, _ _J.,teekhovoy vrach,
'dhen the figureq are disclosed. Okhr. truda i sots. otrakh.
no.3:48-52 S '58. (MIRA 12:1)
l.Sobinakays pryadillno-tkats1myu fabrikEL "Kommunisticheakiy avan-
ard."
Pobinka (Vladimir Province--Textile workers--Diseases and hygiene)
?

It
YEGOROV, M.
- I
Crane operator Tereshchanko is on duty. Kor.flot 17 no.11:26-27
N 157. (KIRA 10:12)
l.Starshi7 tekhnolog Zhdanovskogo porta Chernomorskogo parokhodetva.
(Tereshchanko Vasilii Ivaeovich)
(longmhoremen~

YEGOROV M.
Tranushipping large;..diameter pipes in thn Zhdanov Harbor. Yor.
flot,20 no-1:27-28 Ja 160. (MIRA 13:5)
1. Starshiy tekhuolog Zhdanovskogo porta.
(Zhdanov--Cargo hanhing)

o WC, * /,,'/
DZMIYANKO, M.; YHGOROV, M.
New duplicating method of accounting for goods and materials with
the aid of billing machines. Bukhg.uchet 14 no.7:48-53 JI '57.
(91RA 10:7)
1. Nachallnik mashinoschetnoy stantaii Gosudaretvennogo universal'-
nogo magazina, Moskva (for Demlyanko).
(Retail trade--Accounting) (Machine accounting)

USSRAadio - Recorders, Magnetic May. 50
"Magnetic Tape Recorders, " M. ',-'egorov,. 2 pp
"Radio" No 5
Describes tvo semiportable magnetic tape re-
corders, MZ-1 and MEZ-2 (in serial produc-,
ti:on) and statiohary recorder, NDS-1, for
stenography, developed'at experimental plant
of Committee for Radio Info, Council of Min-
isters. MEZ-1 operates on dynamic microphone.
4=-2 records and reproduces voice~or music;
t4ape length 1,000 meters (time-22 min). NDS-1
can be remotely controlled by operator 20
IMN& 15nlOO
USSR/Radio Recorders Magnetic, May 50.
(Contd)
meters from cabinet. Operates on microphone,
radio (1.5-5 v output)y automatic or central
telephone lines. Portable MEZ-3 in design
stage.
'i1w 159T100

USSR/R~~djo - Rccordors, Magruatic Nov 51
"New Sov let Magnetic Recorders," M. Yegorov
"Radio'- No 11, pp 61, 62
Description of the MEZ-6 stationary hilgh-quality
magnetic recorder and the MDS-2 magnetic recorder
(for recording telephone conversations, reports,
dispatchers, orders, etc.), both produced by the
FxPt1 Plant of the Committee for Radio Information'
Council of Ministers USSR. The lst unit was de-
signed by V. G. Kdrol,kov, M. V. Tsukasov, Ye. G.
Yefimov, and V. 1. Pereverzev and the 2d by V. L.
!MSR/Radio - Re*corders, Magnetic
(Contd)
Nov 51
Braginskiy and M. 1. Demidova. The 3 electric
motors used in the MEZ-6 were developed by the
All-Union Sci Res Inst of Sound Recording (D. P.
Vasilevskiy and V. R. Rybin).
208P76

NRs AP6014736 SOURCIE, COM'. UR/0229/65/000/011/0003/00-0
AUTHOR: Yegorov , M. (Deputy liTinister)
ORG: Ministry of shipbuilding indtistry of SSSR (l.rinisterstvo
sudosYr-FaMe-Pnoy promyshlennosty s-oyuza--- T
TITLE: Aspirations of Soviet shipbuilding industry
SOURCE: Sudostroyeniye, no. 11, 1965, 3-6
TOPIC TAGS: shipbuilding angineeringp marine engineering
ABSTRACT: A general review of progress made by the Soviet shipbuilding
industry'in the postwar period is Presented and plans for the future
are discussed. Modern tankers of "Sofiya" series are cited as an
example. They can transport five times more oil at a speed of 17 knots
than old 10000-ton, 12-knot tankers constructed at the end of the war.
The series construction of 16-ton, 18-knot steam turbine ships of
"Leninskiy Komsomol" type was completed in 1964. Diesel ships of
"Bezhizall type designed for transportation of dry-goods are also built
in series. Large ships were built for fisheries such as trawlers of
11~..`ayakovskyll refrigerator type, fish cannery ships of "Andrey ZakharoN
series or big whale ships "Sovetskaya Ukrainall and "Sovetskaya Rossiyi
Card 1/2

'Phe building of railway ferry-boats for crossing, Caspian Sea is also
mentioned, as well as the construction of hydrofoil boats "Raketall,
111,'eteorll, Sputnik", "Cheyka", "Belorus' 11 , "Burevestnik" and "Strela". Th,
icebreaker "Lenin" is cited as the first merchant marine craft in the
world using nuclear propulsion. At present, many new series of 7000,
12000 and 16000 ton dry-goods cargo ships and of 15000,20000, 50000 ton
oil tankers are in the state of research and development as well as
special craft designed for the fishing industry. In connection with
newdevelopments a systematic research is carried out in order to im-
prove the performance of engines and various equipment. Special atten-
tion is given to the development of automatic equipment and to the use
of new synthetic and plastic materials. Computing machines are used fo
calculations and new methods of ~roduotion are introduced in shipyards.
Further studies and application of hydroplanes and hydrofoildl s stress
ed. A more distant goal is the application of nuefe-ar energy to the
ship propulsion. It is anticipated that in the future nuclear energy
will be widely used for propulsion of large seagoing ships.
SUB CODE: 13/ SMM DATE: None
d

IMODSKIY, H.S.; YUG ROV
starahly elaktromakhanik
Cable-finder arTlifier. Avtom., telem, i Sviaz' 3 no.4:44-45 Ap
'59. (MIR& 12:5)
I.Zameatitell nachallnika Leningrad-BaltiVskoy distantsil
signalizatoit i avyazi Oktyabrlakoy dorogi (for f)rodukiy).
kTrnnnIstor hmpliflors) (Slootrie cables)

MARINCHENKO, P.) inzhenen-polkovnik; VIGANT, V., inzhener-podpolkovnik;
YEGOROV, M, G. podpolkovnik teldmicheskoy aluzyby; KOGHKIW, P. .9
-IMIYe-ner-mayor
Mechaniving the cleaning of revervoira and oil tankern. Tyl
i. smtb. Sov. Voor. 311 ?1 fio.~:92-94 S 161. (MIRA 14:12)
. (Tank *easels---Cleaning)

ROZHKOVI Igor' Vladimirovich; MARINCHENKO, Petr Kharitonovich;
Georglyevich,- CHMHUXOV., Taygenly
w
'kd9dibT6V*,` 7't "V.- Inzh. -polkovnik zapasa.,
Sergeyevichj
red.; SOKOLOVA, G.F., tekhn. red.
(Protection from corrosion and the cleaning of tanks and
containers In fuel storehouses) Zashchita ot korrozii I
zachistka rezervuaroy I tar7 na skladakh I bazakh goriu-
chego. Moskva, Voenizdat, 1963. 117 p. (MIRA 16:6)
(Petroleum products--Storage)
(Corrosion and anticorrosives)

AKSENOV, Ya.V.; YEGOROV, M.G.; KOCHKIN, P.I.
~,~ - -:~,
Newly designed steam heaters for trinks. Mash. i neft. obor. no.7:11-
12 163. (MIRA 171l)

YZ7- 6 6 "e~
AUTHOR: Yegorov, M.A. 133-1-24/24
TITLE: Conference on the Co-ordination of Scientific-Research
Works in the Iron and Steel Industry for 1958 (Soveshchaniye
po koordinatsii nauchno-issledovatellskikh rabot na 1958 g.
v chernoy metallurgii)
PERIODICAL: Stall, 1958, No.1, pp. 94 - 95 (USSR).
ABSTRACT: The conference took place in the Central Scientific
Research Institute of the Iron and Steel Industry in Moscow
on October 21 - 261 1957. 200 representatives of works,
scientific-research organisations, design institutes, universities
and other organisations participated in the conference. The
most important scientific-research tasks were explained by
Academician I.P. Bardin. The conference was divided into 4
sections. The section on ore preparation and pig iron produ-
ction chose the following problems, work on which should begin
in 1958:
Ore beneficiation. Production of ore concentrates containing
above 60016 of iron and less than 8-1(r/o silica on the operating
ore beneficiation factories YuGOK Olenogorsk ind KMA; the
development and choice of rationai schemes for beneficiation
of brown ironstones from Lisakovskoy and ores from Orsko-
Cardl/8 Khalilovskiy deposits and oxidised iron quartzites from Krivoy

133-1-24/24
Conference on the Co-ordination of Scientific-Research Works in the
Iron and Steel Industry for 1958.
Rog. The design of high output economical aggregates for
magnetising roasting of iron ores. The development of the
technology of production of rich concentrates for smelting
ferro-manganese from ores of III and IV quality and slurries
from Chiaturd- and Nikopol' 7orks; from carbonate ores from
Folunochnoye and Usinskoye deposits and from oxidised ores of
the Atasuyskaya-roup of deposits. Complex automation of
benef iciation works.
Agglomeration of Ores. The production of high-quality fluxed
sinters of a basi-cliTy' not lower than 1.2. Intensification of
sint ering of fluxed fine concentrates on the YuGOK and KMAruda
sinter plants. The development of the technology of pelletising
of fine iron concentrates and the design and construction of
experimental equipment. The development of a rational method
of calcining limestone and its feeding to sinter strands.
Blast Furnaces. Smelting of basic and foundry iron using
oxygen-enriche2l blast. Operation of blast furnaces on assorted
burden. Blowing into blast furnaces of natural and coke oven
gas. Work on automation of the blast furnace process. Design
and scientific research work on the development of charging
(;ard2/gpparatus, suitable for hightop pressure operation.

13~-1-24/24
Conference on the Co-ordination of Scientific-Research Works in the
Iron and Steel Industry for 1958.
Utilisation of Complex Iron Ores: The development of a
rational technology of prodU-c-tir-oin of metal on OKbhff(. Work
connected with a wide utilisation of Kerchl iron ores.
Direct Production of Iron: An industrial tust of the production
71-sponge iron in rotaTy'-kilns.
The steel-making and ferro-alloy section.
Omen -hearth Production. Intensification of the pro,3ess by a
wider application of oRygen, improvement in methods uf utilis-
ation of oxygen and further improvement in the durability of
furnaces. Improvement in the charge preparation by preliminary
treatment of liquid pig, agglomeration of ore and lime,ete.
Increase in the capacity of open-hearth furnaces and improvements
in their design.
The use of natural gas for firing open-hearth furnaces and
improvements in their thermal efficiency. Complex automation
of the open-hearth process.
Converter Smelting. Further improvement on mastering of the
oxygen-converter process for treatment of basic pig irons.
Development of the technology of converter treatment of phos-
phorus-containing pig iron with the application of oxygen. The
Card3/8 use of bottom blowing with oxygen-steam and oxygen-carbon dioxide

133-1-24/24
Conference on the Co-ordination of Scientific-research Works in the
Iron and Steel Industry for 1958.
mixtures, etc. Automation of the smelting process. Improvement
in the durability of lining. Development and improvement of
methods of purification of waste gases from dust.
Blectro-amelting. Intensification of the smelting process in
electric arc aces. The use of electro-magnetic stirring
of steel. Automation of the smelting process.
Improvement of Ingot Quality and the Use of Vacuo. A decrease
in the non-uniformity of ingots. Increase in the proportion of
good mctal by decreasing head crops. The use of vacuo during
smelting and teeming of steel. Increase in the throughput of
ingot casting pits by using large ingots and top teeming.
Continuous Castin~ of Steel. Improvement in the design of
equipment and technology of continuous casting and mastering
of this technique, on the Novo-Lipetskiy and Stalinskiy Works
where the appropriate equipment is at present under construction.
Automation of all stages of the process.
Ferro-alloy Production. The production of ferro-chromium with
a carbon content below 0.03%. The production of ferro-
manganese and manganese from poor ores in order to widen the
supply of raw materials and the formation of manganese metall-
Card4Xgical works in the east of the USSR. Development of new

133-1-24/24
Conference on the Co-ordination of Scientific-research Works in the
Iron and Steel Industry for 1958.
methods of production of metallic chromium and rare metals for
the production of heat-resistant and precision alloys.
In the Field of Physico-chemical Investigations. Thermo-
dynamic and kinetic studies of reactions p(rtinent to steel-
making process. Preparation of design data on continuous pro-
duction of steel.
Rolling and Tube Rolling Section -recommended: Theoretical and
experimental investigations of rolling including the estab-
lishment of general lavis of continuous rolling, transverse-
screwlike rolling and some problems of the theory of some new
processes of rolling tub-es. The development of technological
processes of rolling economical profiles (wide flange beams,
thin-walled Drofiles, etc., in particular from low alloy steels),
as well as pressing processes and mastering of production of
cold bent profiles. The development of the technology of
production of insoluble emulsions and lubricants for cold-
rolling: development of the technology of production of
polished sheets from stainless steel; improvement in the
accuracy of rolling, etc. Development in the technology of
production of tin sheets; continuous hot tinning of strip (up
Card5/8 to 1 000 mm wide) with two and one side coating; rapid

Conference on the Co-ordinatioa of Scientific-research Works in the
Iron and Steel Industry for 1958.
electrolytic tinning; rapid processes of lacquer coating, and
hot zinc coating. The development of the technolo of rolling
very thin strip (2 - 5 10, thin-walled tubes (25 ItFand drawing
of thin wire (20-30 11) from precision alloys. The development
and mastering of rolling of some new types of tubes from alloy,
high alloy steels and alloys on a non-iron base, thin-walled
tubes, large-dimension tubes, soldered tubes, tubes with various
coatin B. etc. DeveloDment of the new production methods for
tubes Messing, centrifugal casting, semi-continuous casting
of cast iron tubes, welding of tubes: argon atomic hydrogen,
induction, high frequency, etc.). Development of some new types
of rolling equipment for tubes - new continuous mills for hot
and cold rolling and drawing of tubes. Automation of rolling
mills including the complex automation of blooming mills and
reversing plate mills, automation of continuous thin sheet and
merchant hot rolling mills, automation of cold rolling mills
and tube rolling mills. Development of more efficient heating
furnaces, mastering of non-oxidising heating preparation of
furnaces for heating with natural gas, development of preventive
methods against the oxidation of metal and other problems.
Card6/8

13-3-1-24/24
(jonforance on tho Co-ordination of Scientific-research Works in the
Iron and Steel Indus-try for 1958.
Metallography and Heat Treatment Section reconunended the
investigation of the following problems: studies of crystall-
isation and phase transformation processes. The development
of the bases for the theory of strength and heat-resistance of
steels and alloys. The development, industrial tosting and
mastering of the technology of production of new types of low-
alloy steels of increased strength, new structural and tool
steels and alloys. The development of the technology of pro-
duction of some new types of electro-technical steels (trans-
former and dynamo) and precision alloys. The development,
industrial testing and mastering of the technology of production
of some new types of stainless and acid-resistant steels (with
a lower nickel content). The development and introduction into
industrial practice of progressive methods of thermal treatment
(including thermal treatment of rails, wheels, sheets, profile
and quality metal from carbon and low-alloy steels.
In the final plenary session, the deputy chairman of Gosplan SSSR,
V.B. Khlebnikov, agreed with the choice of subjects, stressing
the particular importance of some of the problems. A committee
was chosen to draw a plan of scientific-research work based on
Card?/Sthe above recommendations.

-Conference on the Co-ordination of
Iron and Steel Industry for 1958.
ASSOCIATION: TsNIIChM
AVAILABLE: Library of Congress
Card 8/8
133-1-24/24
Scientific-research Works in the

Yi.1,GC MV, 1% A... Prof., i ,
. ~ , - - I~ - I I...
Carotid Canal - Cancer
Surgical thera-py of cancer in the region of the carotid canal Khirurgiia no. 2, 1952.
2
9. Monthly List of Russian Accessions, Library of Congress, August -190. Unclassified.

YEGOROV, Prof. M. A.
14br., Lab. for the Problem of Organizers In the Animal Organism im.N. V. Rasonov
___M
-1939--
"On the Factors of Artificial Osteogenesis,N Dok. AN. 24. No. 6, 1939;

USSR/Soil Science - Mineral Fertilizers. J,
Abs Jour Ref Zhur - Biol., N,-D 15, 1958, 67955
Author Yegorov, MsA)
Inst All-Union ordena Lenin 41ca0cmy of Agricultural Solaices
imeni V.I. Lenin.
Title : The Effect of Phosphate Fertilizer on Lined Turf-Iloftol
Soila and on Turg-Podzol 13oila -which do Not Require Lining
Orig Pub : Dokl. USIOiNIL, 1957, No 9, 37-39-
Abstract : The effectiveness of phospIlato fertilizer was tested in
Estonia from 1952-1956 in field experiments on acid soil
(pH in KC1 extract 3.5, content of assimilable POO, by
Kirsanov's method 3.7 rlr,./100 G. of soil after ifain-r,,
and soil which did not require liming (pH 5.6 and P20 5
8.4 mg.), oil an NK base (in the corn variant 15 tolls
of manure were added to the NK). The doses.--wcre 20
Card 1/2

USSSR/Soil Science - ?-Iineral Fertilizers. J.
Abs JOur Ref Zhiw - Biol-, 1-1.0 15, 1958, 67955
kg./hectare of N and 60 kS./hectore of K20. Li the 60 kg./
hectare of P20 dose. Po was added mixed with acid peat or
Manure in a 1:9 proportion. The liming was done on the
basis of 1/3 of hydrolytic aciditys The experiments du-
mnstrated that the effectiveness of PO on lined coil ac-
pends upon what fertilizer accompanies it -- whether acid
peat or Lmnure. The yields were almst the same in the
PO and the P. variants. On ircakly acid soil when biolo(;i-
cally active, weakly acia) lowland peat was applied toGe-
ther with P0 , it increased the effectiveness of Po very
considerably. The inercase in winter rye yield was 6
centnors per hectare, and the increase in hay harvest in
subsequent grass cuttinC; was ~Dvcr 10 centners/hectare. --
A.M. Shchepetillnikava
Card 2/2
- 44 -

IV. D,
GALANTIONOV. LV.; YJGCROVO.-M.P.,~; GRINEVSKIT, I.A., irmhener. redaktor;
KkTSEYEVSXkYg -1 T'e"'.k.',-"t'ekhnicheskiy redaktor
(Uperience erecting contact system poles and maintenance buildings
In railroad electrification] Opyt soorazhaniia opor kontaktnoi sati
i takhnicheakikh zdanit. pri elaktrifikataii zheleznykh dorog.
Moskva, Goa. transp. zhel.-dor. izd-vo, 1953. 112 p. (MLRA 7:10)
(Railroads-Buildings and structures)
(Railroads-Jlectrification)

j-E2ww*wkIW., inzh.
BMW--
Characteristics of the design of machinery plants abroad.
Opyt, zarub. stroi. no-03-30 162. (MIRA 16--7)
Machinery industry)
actories-Design and construction)
4

YEGOROV, M.D.. inzh.
-
Roofing rvofs, walls and flooro of Industrial buildingse
C.Pyt zarub. stroi. no.8:3-30 t63. (MIU .161g)
A

YEGOROV M P Cand.,Ped Sci -- (diss) practic4
work ;L I anginetring and technological aspezte vf-tk-m
cotton,~-~~ and its role in the solution of i m0u--J,
polytechnical Mos, 1955- 12 pp 21 cm.
(Acad Fed Sci RSPSR. Sci Res Inst of Methods of Teaching)
100 copies. (KL, 22-57, 107).
-38-

YFAOROV. M.P. -NON"10k,
Industrial training in a cotton mill. Politekh.otuch. no.7:29-16
I
J1 '57. (MIR.4 10:7)
1. Srednyaya ,3hkola go. 1 g.Shui lvnnovskoy oblneti.
Crextile factorlea) (Technical education)

KOSHELYUK, Ye.G.,- ITEDUZHKO, N.Ya., dorozhnyy master (stantsiya
ZAchepilovka, Sthlinskoy dorogi); YEGOHOV, M.I., dorozhnyy
master (stantsiya Xakhovka, Stalins-Gco-7--&o-r~gtl; GUZYAA A.M.,
inzh.; KORMII, P.T., putevoy obIchodchik (Villnyus); GRISHANKOV,
V.G., putevoy obkhodchik (Villnyup); KnsHUEvA, M.N., dezhurnaya
po perevezdu (Vill nyus);"BAL&KIIII, B-'U.; - PASECIUTIK, A.I.;
CHERDAITTSEV, A. Ye., dorozhny7 master (stantsiya Verkh-lie7vinak,
Sverdlovskoy dorogi); STROCHKOV, A.A., inzh.
Letters to t4e editor. Put' i pv;t.khoz. 4 no.2:4o-42 F l6o.
(MIRA 13:5)
1. Mekhanik puteizmaritellnoy tele2hki, stantsiya Kovell,
Llvovokoy dorogi (f,or Koshelyuk). 2. Zamestitell nachallnika
distantaii puti, etantuiya Galich, Severnoy dorogi (for
Balakin). 3~ Inzhener ilistantsii, stantsiya Sambor, Llvovskoy
dorogi (for Pasechnik).
(Railroads)

YICGOROV. M.L.; MEGRLYIV, I.I.
r
Tool stpr"s. Stan. i instr. 25 no.12:29-30 D 154. (PIRA 8:1)
(Tools) -

YHGOROV, H.M.; KRASILIHIKOV. X.G.; SYSOYEV, Ye.A.
Water wetting heats of various silica gels with reference to their
degree of hydration. Dokl.AN SSSR 108 no.1:103-106 My '56.
(MLHA 9:8)
.1. Moskovskiy gosudarstvennyy universitat imeni X.Y. Lomonosova.
Predstavleno akademikom M.M. Dubininym.
(Silica) (Heat of wetting)

2001:0-3-~5/60
AUTHORSt Yegorq M. IL, Ye -orova, T. S. , Kiselev, V. F.,
_MsTPn!~_o_v,K_. G.0
.1. 1
TITLEs The Adsorption of Water Vapors on Silica Gels Hydrated to
Varied Degrees (Ad3orbtsiya parov vody na silikagelyakh razlichmu
stepeni gidratataii)
PERIODICALt Doklady Akademii Nauk SSSH,1957,Vol_114,I?r 3,PP,579-582(USSR)
ABSTRACTs As7is known, the adsorption of water vapors on silica Gels is
characteristic by some specific properties. Some previously
published scientific papers have investigated in detail the
irreversible adsorption of water vapors which is connected
with an additional hydration of the silica-gel surface in the
process of adsorption. Other investigations reached the con-
clusion that the isotherm of the adsorption of water vapors,
depending on the degree of the dehydration of the silica-gel
surface and of porous Classes, is transformed from a convex
into a concave line, the latter corresponding to a hydro-
phobic surface. There exist different divergences in computing
the specific surfaces of silica gels from the isothermal lines.
Card 1/4 None of the authors of the above-mentioned scientific papers

20--U4-3-33/60
The Adsorption of Water Vapors on Silica Gels Hydrated to Varied Degrees
conducted the chemical analysis of the surfaces of the silica
gels and of porous glasses. This task was now performed by the
authors of the paper under review. Figure 11r 1 of the paper
under review represents the isotherms of the water vapors on
the initial silica gels and also the curves of distribution -
as computed from the desorption branches - of the pore volume
with respect to their effective diameter taking into account
the thickness of the adsorbed film. Figure lir 2 contains the
initial segments of the primary vapor adsorption on all samples
of silica gels, computed for 1 m2 of the surface. It can be
seen from figure Nr 2kthat the isotherms of the three initial
samples, worked at 300 degrees centigrade, are placed in such
a way that p/ps being the sam , the adsorption decreases
with a decrease in the degree of hyd;ation of the surface,
and this corresponding to the observed reduction in heat of
the water moistening of the samesamples. The state attained
at the watter adsorption at the thermally dehydrated-eurfaces
are not equilibrated, as far as in this case the process of
hydration of the surface can take place. However, in the mono-
molecular range at small P/P this process is vvy slow. There-
fore it is possible to consiaer the isotherms of the figure
Ca.rd 2/4 Nr 2A of the silica gal samples K-2, annealed at high tempera-

j 20-114-3-35/60
The Adsorption of Water VQjors on Silica Gels Hydrated to Varied D,~6z jj
tures, as eq~lvalept from the point of view of adsorption.
For this pur-.po3e, however, one has to neglect the slight
modification of the surface hydration during the process of
establishing the adsorption equilibrium. If these isotherms
are compared with the previous ones, it can be seen that, de-
penaing on the surface hydration, they change their form and
become concave. It is furthermore observed that in this con-
text the capacity of adsorption of the silica gel decreases.
Quite a number of assumptions - as found in relevant scienti-
fic literature - on the mechanism of adsorption of vater va-
pors on silica gel and on the hydration of its surface, are
in contradiction to each other; these assumptions are based
on adsorption data and also on the investigation of the infra-
red spectra of the surface layer. In order to clarify these
questions, additional research is necessary, namely study of
adsorption linked with spectroscopic investigations. There
are 2 figures, 1 table, and 20 references, 14 of which are
Slavio.
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2o-m-3-35/6o
The Adsorption of Water Vapors on Silica Gels Hydrated to Varied Daertju
ASSOCIATIONs Moscow State University imeni H. V. Lomonosov
(liloskovskiy gosudarstvennyy universitet im. 11. V. Lomono3ova)
PRESENTED: December 14, 1956, by M. hl. Dubinin, Member of the Academy
SUBMITTED% December 10, 1956
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68031
2 *10 SOV1155-58-6-33136
AUTHORSs Lyubimov, Yu.A , Yegorov, 1.1sMe
TITLE: Infrared Absorption ~_pectral_li__'~rfater Molecules
Adsorbed on a Microporous Glass
PERIODICALs Nauchnyye doklady vysshey shkoly; Fiziko-matematicheskiye nauki,
195891fr 6,pp 208-211 (USSR)
ABSTRACT: A comparison of the papers Z-Hef 1 7 and Z-Ref 2-7 shows that
the conceptions concerning the ads;rption of water molecules
on microporous glass or silica gel are very different. In
order to clear this quIstion the authors consider the ab-
sorption spectra of water adsorbed on the surface of micro-
porous glassi where simultaneously the adsorption isotherm is
measured. These experiments lead among others to the follow-
ing results t Before the adsorption of water vapor a soak?d
glass shows a very intensive absorption band ~> I- 7340 cm-
under increasing adsorption of water i> 1 becomes slowly
smaller (to about 7300 cm-1), simdtaneously there arise the
bands V 2 - 7240 am-' (corresponds to the adsorbed water) and
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68031 31
Infrared Absorption Spectra of Water Molecules SO'1/155-~8-6-33/36
Adsorbed on a 1-i-croporous Glass
9 3 = 7130 am-i (corresponds to the capillary-condensed rater).
From this it is concluded that the character of the surface is
particularly heterogeneous. The irreversible character of the
adsorption kirreversible hycteresis) is proved.
There are 2 fiauresq and 5 Soviet references.
ASSOCIATION: Moskovskiy gosudarstvennyy uriversitet imeni M.V. Lomonosova
(Moscow State University imeni 11.V. Lomonosov)
SUBMITTED: October 21, 1958
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AUTHORSt YMorovLU., YegorovbL,T.S-,Kiselev,V.F., SOV/55-58-1-27/33
Tfid Krasillnikov,K.C.
TITLEt Influence of the Nature of the Silica Gel Surface on the
Adsorption of the Methyl Alcohol Vapors (Vliyaniye prirody poverkh-
noati silikagelya na adsorbtsiyu parov metilovogo spirta)
PERIODICALt Vestnik Moskovskogo unive~sitetaf Seriya fiziko-matematicheskikh i
yestestvennykh nauk, 1958 ~Nr 1, pp 203-2o7 (usn)
'A
ABSTRAM The paper is written under the leading of Professor B.V.Illin
and contains the results of a detailed measuring of methyl
alcohol vapors which in the monomolecular range have been adsorbed
at the surface of the silica gel. Before the -zxperiment, the
surface of the silica gel was submitted to tho influence of
saturated water vapor up to 48 hours. The results are collected
in a table and two figures.
There are 15 Soviet references.
ASSOCIATIONiKafedra obahchey fiziki dlya khimicheakogo fakullteta (Chair of
General Physics of the Department ~Pf Chemistry)
SUBMITTEDs May 3, 1957 OPA-0
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5W
A UT, ~ 011 S
TITLE:
Ye.,~,,orov, M. Kras f I I nillov, F. r, SW/76-32- 1
ev"
The Influence of thc flature of Silica Gel and Quartz
Surfaces on Adsorption Properties (Vliyaniye prirody poverkh,
nooti silikajelya i kvartga nit ikh adsorlbtsionnyye svoystva)
I. InveotiCationo of the Hydration of t'lic Silicon Dioii~le
SLlr4',,.tCe (I. Ioaledov:..niyi~. gidra- t, t 3 4 i poVt,, 0 t i
kremnozema)
PERIODICAL: Zhurnal fiziches'A'oy khimii, 1950, Vol 32, Nr lo,
pp 2448 - 2454 (USSR)
ABSTRACT: Of late the presence of hydroxyl Groups on silicon
dioxide surfaces was found in invest4~a tio:~s (Refs
The present paper deals in detail with investi,.-ation2 of
the degree of hydration in dependence on the nnnealin,~
in 7 different Si,02 samples. The silica Gel KM was
carefully purified; silica jel K-2 was obtained by a
distillation of SiCl according to a method mentioned
(Ref 3), and after sloring under water it was termed
q1lica gel K-3. "White root" and Ground quartz (sample
Card 1/4 Bg'-l)' were used as non-porous sampleo. The determinations

The Influence of t*-.,e Nature of Silica Gel and Q:~~artz 3~--'V ---42-
Surfaces on Adsorption Properties. I. Invecti-r-tiona of t~;e
of the Silicon Dioxide Surface
of the specific surfaces of the samples were carried
out according to the BET method by meano of nitrq;en
vrtpora. All silica .-o1 aample~i ujed belori; to the Lypo
of coarsely porous adoorborto (Rof 16). DiziZra-lis of thie
function of the water content verpus the annealing
temperature of the silica Gels YSIC-1, KSK-2, K-2 a-d
X-3 are given using data by Shapiro and Weiss(veys)
(Ref 14) as well as by Bastick (Bastik)(Ref3 4,17).
The standard temperature for troatin,3 the samples was
chosen to be 3000. Tile resulLo show th~-,t the content-
of the water of constitution as rclatc-d to the sirface
unit is different for various silica Ut,13. In the ca3e
where the samples were treated exactly tile same but
a different specific surface wao present no rjurfaceo
with the same deGree of hydr.tLion could' be olitainod,
which proves the incorrectness of the d:,.ta -.ientioned
in reference 21. On storinU the samples in water it
was found that, the amount of water of constitution On tho
Card 2/4 surface increased sharply. Howe-ier, tho-3o samples trc;ated

The Influence of the Nature of S-J-11ca Gel and Quartz SCV/7~-52- 1. ~-3131/z5
'3:irfaceB on Adsorption Properties. !; Investi6t%tiOris Of t-e Hydra~ion
of the Silicon Dioxide Surface
at 3000 after storing always had smaller amounts than
those without any temperature treatment. The Process
of dehydration and secondary hydration was irreversible
under the conditions prosent. The de~;ren of h,,rdr"tion
depends on the crystal chemical properties of the
surface structure and is determined by the valence
number of the surface atoms that are loosely bound.
The surface hydration of all samples investigated treated
under the same conditions was differe-,it and amounted
to a maximum of 4,78gM/m2. A paper by Eiler (Iler)
(Ref 4) is mentioned; the authors thank B.V.Illin.
There are 3 figures, 1 table, and 23 referenceo, 12
of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy univenitet im.M.V.Lomonosova
(Lioscow State University imeni M.V.Lomono--ov)
Card 3/4

The'Infl-erce of the Nature of Silica Gel and Quartz
Surfaces on Adsorption Propextlie;. I. Investi0-:,tions of the Hydration
of the Silicon Dioxide Surface
SUBMITTED: June 5, 1957
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C0.rj/76-_'2-1 1 -2r: "-72
5W
AUTHORS: yeeor--iv~ ~lf S. , Kra:i.f 1 fr., ikov, 1.,
iselev, V. F.
TITLE: The Effect, of the Nat-ilre of the Silica Gel and Quartz Surfp.c.~_
on Its Adso_~ption Prcperti~-s (Vliyaniye prirody poverkhnos"i
silikagelya 4 kvar'sa na ikh adsorbtsionryye svoys'v,'.I)
U
Arlqo.-Ption of Stpir., Yethyl Alcohol F-ind llitrnEpn on Silica
Gel of Different DeE:rees of Tyr1ration (II. Adsorbtsiya parcv
vody, metilovogo spirts. i azota;-na silikagelyakh raz]-ichnoy
stepeni gidratatsii)
PERIODICAL: Zhurnal fizicheskoy khimil,.1958, Vol 32, Nr 11, pLp 2624-2633
(USSR)
ABSTRACT: Silica gel samples and non-porous "white soot" described in
the previous paper were used. The measurements of the adsorp-
tion were carried out acaording to the gravimetric mlethod. It
was found (Figl) that with samples treated at 3000C the ad-
sorption (at constant p/p. ) decreases with a decrease of the
degree of hydration of the surface. The different adsorbability
Card 1/3 of the investigated silica gels is not due to their structure

SOV/76-32-11-25/32
The Effect of the Nature of the Sil~ca Gel and quartz Surface on Its
Adsorption Properties. II. Adsorption.of Steam, Methyl Alcohol and Nitrogen
on Silica Gel of Different Degrees of Hydration
but to the-chemi-~&I-nature'of-the',surface (their degree of
hydration). It is assumed.that the hydroxyl groups 'with water
molecules can form hydrogen compounds on the Burfaoe (Ref 12),
and-thus act ds,a'dsorption centers. Contradicting data giVEn
by other authors on the adsorption centers mentioned above
~(Ref8 15,16) are explained by a different technique of in-
vestigation. As the-hydration of the surface of the investi-
gated samples is*different the.adsorption properties of the
surface with respect to the molecules capable of forming
hydrogew compounds with hydroxyl groups are also different.
Measurements carried out of the surface of hydrated XSK-1
samples occupied by water molecules showed that within the
range of P/p from 0.1 to 0.3 the valu
i w.changes from 39 to
22.5 1&7'and tRus is considerably higher than that given in
publications (1,0.6-and 14.8 V) (Refs 20-22). ~s the adsorp-
tion properties.are functions of several facterrs (crys+al-
lography of the sample, chemical composition etc.) they can-
not be called "absolute" properties ( flabsolutell isothermal
Card 2/3 lines). The authors thank M. M. Dubinin and B. V. Illin.

SW176-32-11-251132
The Effect of -the Nature of the Silica Gel and Quartz Surface on Its
Adsorption Properties. II. Adsorption of Steam, Methyl Alcohol and Nitrogen
on Silica Gel of Different Degrees of Hydration
There are a figures and 29 references, 22 of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M, V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SU13MITTED: June 5, 1957
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AUTHORS: -Yerorov. M.
Usele'/' V.
TI TLE: The Ad3orption Properti er o
Depenience Upor Comir,os.1 tlori
katriykh zatorov 1 '.ki'.
PERIODICAL: Doklady Alkado-a-mil nau'r-
pp. 326 - ";n9 (ussRl
C 11 ivro-!jj e C,-It ai
r
a A Mv-1
1913~~, Vol_ 1,20, 11,- 2,
ABSTRACT: In some rrevicus narers (Refs 1-4) it v.. vis shown that thc-
properties Tier un.4 t of surfdcr- wi th rippe--t to an~d
aicohol. moleculen arf- to a coni`derab76~ i*.ztent deP;'-T;d'!rt
delgree of lvdration of the olir!'a,~t~. 'A IC bu- ji' jrltc-r-~-t t~
exterd ouch -4nvestigationo to a, number of allumo-!-_4
vo~ryi ngIcomposit-Jon. in. the fi.rst staj-,-.(! of these stud4er, t-- uuttt-~
invpsti,i7ated the ad9orption of otea-i ani ~:,f methy'll. all!--,hol
and t~e hp--,-.t neceFsary to wet the svnth-~tle u1-uM.:)-S-:icate v):7, r.-, I
The catalysts had % contc-.nt of c.-italyst ~0- --r-i ,f
of Iii2 03* The measuremen"s o4 a~t:-.crntlon w~-re c,:rri~-d ---a: ~r.
Card 1/3 a caiorimetc:--. with conctant heat excharg.-a. A diagran~ thio

Thp Adsorption 'Proo-~rlles of
Ca f -3 end 'I n- i x Dc, r; ""~ 1. C'~- U pc; - Cr :7,F n n
funot ijn rf th~, h;?at ni: b., ..:It L-1.
content of czvf~ta'~ for .111 alirn- in---
Thv.~,c ciii-vun oxbi ',,,It ~i-xLrm %-AA ch
tr#,~alm.wk! j7.1.' the L 2%)0- 'u:`
contfin-, of cryste" r, ; f 3 n f ~- v,~s t i r. ar t i c-~; ' a r r.
!:amp len vi i th a hl t~h Al 1)"), CO n te r. Th;- ht!a t v ~~ f t t fi* - r `,,v
abou t the double betwer-n zil. i cagel and all-v,..-.~ - rt C%2
". I t even
2 con t~---n
?~e same Samples werc. allso uoed for the f
t he rma 1 1 i rte s o r th r- a el n, o rp an a f L- t rl ~t:- a n d
v The d e s c rri t i o n he rma I r. (: s o
are
conside-r.,blo, bo,;Iow the -lisorption -;scthcrr-n1
h 0 W v V ell, d i a no Sho A- :311ch rt 'oul-oM ~-,.V. 74,1, C,~ o
S 3 1 1 ca ', e!7. nj r.1 1 ar tci tha t a f 1 1
more inhomoeencous. Investir-t-or, of the n 2 i; o t ii i i rm
cannot be lim-ited to the local ad~.ovb,~d
centera, and t1eir toocEraphy and th~.Ar concentvatie;n 'U.-
Card 2/3 into account. In conclusion the authors uyprcs,.~. Ueir Lrrst-,*1,,;.-,v

The Af I t 4 on 1-r: Per "i es of kl unn-S' I 1~ Icqt C, S 0 V/ 2 o - 12 c - 2 - 2 8 //63
C a t a I r. a. r. e i r c e. r- n vT P., r, C r- r i,,: ~ s i t J. o r,
to B. I in for the h,~-'r, rendiored by h Lm, in thi s Y.-cork and to
for hi.-,~ unhbr.*;~d interest and for his furniShIng the
Theri~ ire table, and 16 references, 15 of
whI.-,,Y. are Sxviet.
*Lkulltet Mrrkc-vskr_sgo gowidarstvennogo uriversiteta
Loum no so x7a fDept. of Physics of the I'lloscow State University
F FT e~ i., T" Janua_-y ';5, 11958, by 1.11.11,'.ZrAinin, Meribei, Academy of Sciences,
UBM, 1 TTE D: Janua~-y 6, 1958
1. Almainum silicate eatalysts--Adsorptive properties
2. Almninum silicate catalysts--Physical properties
Card 3/3

5W SOV/153-2-3-9/29
AUTHORS: Yegorov, M. M., Kiselevy V. F.- Krasillnikov, K. G.;
--- S1m&_n-&_v-,-TuT.--1 -.-
TITLE: The Influence of the Phase Composition of the Adsorbents
in the System A120 3 - H20 on Their Surface Properties
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya, i khimicheskaya
tekhnologiya, 19599 Vol 2, Nr 3v PP 360-365 (USSR)
ABSTRACT: Cherenkov aluminum oxide from the laboratory of K. V. Topchiyeva
khimicheskiy fakulttet MGU (Chemical Department of Moscow State
University) was used for the investigation. The dehydration at
different temperatures was investigated (Fig 1). Phase investi.
gations were carried out by X-ray methods with cameras of the
type RDK-57 and with X-ray tubes of the type BSV. The samples
were tempered at different temperatures and the wetting heat
was determined (Table). The results are - referred to 1 g
oxide - represented in diagrams (Fig 2). A second representation
is given with respect to the surface unit (Fig 3). A dependence
between the structural water and the wetting heat per surface
unit was found (Fig 4). The phase change and the change of the
Card 1/2 degree of wetting of the surface causes a sharp change of the

The Influence of the Phase Composition of the SOY/153-2-3..9/29
Adsorbents in the System Al 203 H20 on Their Surface Properties
surface properties~ The atAthors thank K. V. Topchiyeva and
B. V. Illin for their assistance in the investigations.
There are 4 figures, 1 table, and 10 references, 7 of which
are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni M. V. Lomonosova
Kafedra fiziki (Moscow State University imeni 11. V. Lomonosov
Chair of Physics)
SUBMITTED: April 24, 1958
Card 2/2