SCIENTIFIC ABSTRACT YERMILOV, H.K. - YERMILOVA, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810014-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/076/62/036/001/011/017
New thermal setup for phase... B120110
parts are insulated with a thick asbestos cord layer. Test sample 10 and
standard 11 are contained in a sealed quartz plug connected to the
measuring quartz tubes. Temperature control and programming are
schematically illustrated in Fig. 3. Phase transitions in Hit 4NO 3 and
NH4Cl were dilatometrically studied uaing this device; the respective
dilatograms are shown in Fige- 4 and 5. The results agree woll with tiiost,
obtained by other methods. Ye. V. Mashintsev and V. hl, Neymark are
thanked for assistance. There are 5 figures and 10 references:
6 Soviet, and 4 non-Soviet. The reference to the English-language
publication reads as follows: P. W. Bridgman, Phys. Rev., a, 132, 1931,
ASSOCIATION: 'Tsentrallnoye konatruktorskoye byuro TaVS AN SSSR (Central
Design Office TsUS AS USSR). Institut obshchey i
neorganicheskoy khimii im, N. S. Kurnakova Akademli nauic
SSSR (Institute of General and Inorganic Chemistry imeni
N. S, Kurnakov of the Academy of Sciences USSR)
SUBMITTED; MAY 31, 19150
Card 2/,P--2-

ACC w, ia)6029939 (;01)1;,:
Noymark, V. N.; 1. 1141.; yormilov, N. 4.; Y0110CGV, 1~.
01W: Iloilo
TITLE: A linear mis.,rodilatometar. Class LI2, No. IM466 Zannouncod i~y Contra!
Construction Burc~_au c~.;___
Unique Equipmont AN SSSR (Tsortrallnoyo Icons truktorskoyo____
1byuro unikalinogo priborostroyoniya AN S
ssu)7
SOURCE: Izobrot prom.obraz tov zn,, no. 15, 1966, 100
'TOPIG TAGS: thermal expansion., phase transition, measuring instrument
ABSMACT; This Author Certificate presents a linear microdilatometer for measuring
therinal expansion anti for stuckiring phase trazn:;itions ducLi.1-ity
materials. The microdilatometer contains a quartz tubo witn a quartz push-rod
mounted upon it. Ono and of the quartz push-rod adjoins the surface of the specimen
and the other and adjoins the deformation detector or mochanotron. The microdilatom-
ietor also has a qaar4w-z tube with a calibrated specimen for the difforential-thormal
I analysis, a thermal unit with a programed temperature regulation, a system '&Or
establishing a va=um for the specimen, and a recording instrumnt. The design
provides automatic and remote adjustment of the push-rod on the specimen and for
seTting of the measurement system to zero before the start of the measuromont and
I Ccrd 1/2 UDG: $31.71:082.6

F ACC NR; API
~39
during the measurement procoss. A micrometer screw mochanion which udjuats the push-
rod to the spociman is connected with a reversible electric wtor. Tho =,otor is
connected to the output of the mechanotron which it; included an the zero-unit in the
following system, 'To compensate for the pressure eaused by the measurement force of
the linear motion diatector and the weight of the push rod, the push-rod is fastened
to a link when a specimen is used for studying high ductility materials. This link
is suspended on two flat springs with an eccentric regalator.
SUB CCDE: 14, 2G/ SUM DATE: 29Dsc64

XLEMENTIYEV, N.M.
Bevel.-Ilear cam michanimo Mashinontroltall no. 5j27 Jtr 164.
(MIRA 170)

YIMIIDVI 1,"SLX- Otv,. Is Typask
[Selmdule of suburban trslno,- Moscow loyaroslavets. Moscow-
Xtelf xailroad~ "Amer 19591 mospisminle drishenlis prigorodnykh
poesdaw Koskva-Kalolaroslaysts X~sk*-XlLevskot sh.d.*, leto 1959
godm. Moskva. Tranasholdorlsdat, 1939o 43 p., (KIRA 12:8)
(Moscow region-Rallroads-Timetablos)

ynmwv, P. -
%%M~ wgmAw1mwww41wvww,~
Constructive Industrial
JS '59-
toome. Bove profooluxy 7 nv.12:45-J~6
(XIU 12:9)
I.Prodsodatell sawkem -vapnostroltellnogo %Avoda imeni Tegorova,
leningrad. . (Inventions. Moloyses I

- YERKMOVO. P.I.
Investigation of the din raity oflead oxides. Lakokrar,. mat. i
ikh prim. no.5:43-46 'go Wu 15:3)
1. Yarool&vBkiy tekhnologicheekiy institut.
(Lead oxide)

MnLOV., INL
Vlwdstry and technology of pigmonta" by E.F.Belenlkil [deceased],
1.11.1tiakin. Reviewed by P.LEraUov., IAkokraa.mat.i ikh prim.
no,#2 it$7-~-88 162. WIM 15 15)
(Pigments) (Balenikii, E.F.) (Riskin, Is.)

YFMILOV 0 P416
Ydj,.e:Lle stracttme in aolutions of the po4ethylane gjzn,-Ol ethers
of tri-tert-butylphenole Koll. zhur. 27 no.l.'42-45 Jta-F 165.
(MIRA 18:3)
I., YiLroslavskiy tekhnologichaskiy institut.

bSSR/Cheastry - darbon black F-D-971
Cexd 1/1 Pull., 50 - i4/j.9
Authors Yertailov, P. L, Polyakov, Z. N'.o Syshchikov,!'L. 1.~
Title The temperature of,spontaneous Ignition of c4bon black
Periodical Kbim. prom., 110 7, 435-436 (51-52) 'Oct.-Nov l~54
Abstract Delu!rmined the, temperature of spontaneous ignition of 8 grades of
cewbon black in dry air, moist air,~and dry oxygen,and list the data
obtained. Five references, all USSR, all since 19110. One table.

SOV/137-57-1-528
Translation from: Referat;ivnyy zhurnal. Metalturgiya, 1957, Nr 1, p 69 (USSR)
AUTHOR: Yermilov, P. 1.
TITLE: On the Pickup of Lead Dust From the Air Flow by the Wet Method
(Ob ulavlivanii svintsovoy pyli iz vozdushnogo potoka makrym
sDosobom)
PERIODICAL: Uch. zap. Yaroslavsk. tekhnol. in-ta, 1956, Vol 1, pp 111-128
ABSTRACT: The authors established that gases purified in electrostatic precipi-
tators contain I - 2.2 g/m3 dust, mainly Pb oxides. When dust is
being picked up in wet chambers by heavy spra/yinf th,. gases dis-
charged into the atmosphere contain 0. 1 - 0. 38 ~PbO. The wet
pickup of Pb dust is incomplete because the very small particle
size of the latter leads to adsorption of gases, mainly 02, which
impedes the wetting of dust particles. The use of foaming wetting
agents of the DB and OP-10 types in concentrations 100% in excess
of the concentrations corresponding to a minimum surface tension
(0.15 and 0.3()/o, respectively) brings about an instantaneous expul-
sion of adsorbed"gas, a complete wetting of the dust particles, and
Card l/? the retention of 99.7 - 99.99/o of the dust. The addition of a small

f~If
SOV/1 37-57-1-528
On the Pickup of Lead Dust From thpr Air Flow by the Wet Method
amount of Pb(CH3COO)2 to the wettlhg-agent solutions affords a 50 - 750/0 reduction
in their consuraption while retainin~'the same efficiency. For dust pickup with the
use of wetting agents, the author r~,commends film-type apparatus, When the sur-
face tension of the spraying liquid i~ V - 30 erg/cmZ the velocity of the flowing gas
should not exceed the value corresp'onding to a Reynolds number of 4800 - 4900;
otherwise the movement of gases becomes turbulent causing the rupture of the film
and a foaming up of the solution.
B. Z.
Card 2/2

q~ Ye- ~- MI, / 0 -v,- Pll-. ____ - - __
USSR/Thermodynamics. Thermochemistry. Equil-ibria. B-8
Fhysical-Chemical Analysis. Phase Transitions.
Abs Jour : Referat Zhur - Khimiya, No 6, 1957, 18480
Author : P.I. Yerrailov.
Inst : Ta-r_o_s_1a_7_rT-TMhno1ogica1 Institute.
Title : lafluerce of Superficially Active Substances on
Dissolution Speed of Lead Oxide.
Orig Pub : Uch. zap. Yaroslavsk. tekhnolog. in-ta, 1956, 1, 131-134
Abstract : Thc- ki.netics o:C 'Alissolution of polydispersed PbO -
(3,trtun'3 lithr.11ge) in 20% CH COOK and in tbe solution
of Fb(C-q 1) In prisence of 0.05 and 0.1%
30002 (50 g/ i
of the non-iongenetic wetting agent "DB" or 0.5% sulfite-
alcohol slope was studied. It is shown that the appli-
cation of these superficially active subutances accelera-
tes the process of dissolution several times.
Card 1/1 . 166 -

nammyo P. 1.
AiWIlomtia "Wilft appamtus IwIvAl" a fllter~, Zov,28b. 22 so.3i
61:11.-612 056. (KLIA 9g8)
1. Yaroolavokly ttkbaologlob*Wy Institalk.
(ch"lea appmtun)

A S; p,
Ell
ad
ilt,
Lla "
tj

(0) PHASE I BOOK EXPLOITATION SOV/2122
Yermiloy, Petr Ivanovich
r-
Kh1mlya v narWLnom khozyaystve SSSR (Chemistry in the National
Economy or the U*SR) Hoscowq Isd-volZrAnlys'k 1959. 31 P.
(Seriest Vsesoyuzt2oy* obshohestyo po ramprootranoniyu
olitichenkikh I nauchnykh ananly. Sorlya IVg 1959# no . 11)
t
7q'500 copies printed.
Sponsoring'Agency: Vaesoyuznoye obphchostvo po raspr ostraneniyu
politichaskikh I nauchnykh znaniy.
Ed.s I. B. Faynboym; Tech. Ed.s L. Ye, Atroshahenko
PURPOSE: The book Is Intended for the general reader interested in
the role chemistry plays In the national ocono1w.
COVERAGE: The author discusses the increased use of chemical processes
in various branahes'of the national economy. He claims that the
present chemical production In the USSR Is 112 times greater than
Card 113

Chemistry (Cont.) SOV/2122
that of 1913- It is expected that the volum of chemical
production In the USSR will Increase threefold In the period
1939-1963. No personalities are mentioned. No reforences are
given.
TABLE OF CONTENTS:
Chemical Processing of Fuel
Chemistry Economizes on Foodstuffs
High Molecular Weight Compounds
Plastic Materials
Chemical (man-made) Fibers
Crude and Vulcanized Rubber
Lacquers and Paints
Chemical Processing In Agriculture
Card 2/3
3
7
9
11
18
20
22
23

Chemistry (Cont.)
Chemistry In Forestry
Chemistry In Construction
Chemistry in Atomic Technology
AMIABLE: Library of Congress
Card 3/3
SOV/2122
28
29
30
TN/dfh
8-24-59

YERV=V) ps- I#
"Studies bito the Dependence of the Efficiency of AI)W~phen*). Polyethylencg4col
Ether Solutions on their Structure."
report presented[ at the Section on Colloid Chemistry, VIII )Ondelt-yev Conference of
General and Ap1plied Chemistry, Moscow) 16-23 March 1959.
(Koll. Zhur. v.,21, No. 4) PP- 509-511)

.50) ,
kUTHORt Termilovg P. 1. 507/153-2-1-24/25
TITLEs Application of Non-ionic Wetting Bubstances for
Cleaning ;mot Frost Gasee - - . (Prineasniye noionogennykh
smachivaj,ushchikh veshchestv dlys cohimtki gazov ot
pyli)
PERIODICAL# Izventlyn vysshikh uch*bnykh savedoniy. thimiya i
khimichookays tekhnologiya, 1959t Vol 2, Nr 1, PY 134-140 (USSR)
ABSTALM Wet dust removal is cheap and efficient. Particles of a size
of less than 5 micra are easily collected, irrespective of
their capability of being wetted, Particles of loss than 2
micra offer some difficulties which rapidly increase with
decreasing size (Ref 1). The abovo-moAtioned surface-active
substancon of the type of polyethylene glycol other of alkyl
phenols ILre successfully used in the-mining- and coal industry
as an addition to spray water. (Ref 3). In this article the
author studied the depeAdence of the structure of the
afore-melitioned wetting substances on the efficiency of air
purification from highly disperse lead oxide dust (particle
size 0.6 micronp Ref 4 . Thp authors tested solutions of
Card 1/4 oxyethylated octyl-phenols and tertiary butyl phenols of

Application of Non-ionic Wetting Substances for SOT/153-2-1-24/25
alsliziiig Duit PIM Gases,
different structure. Besides the industrially produced
wetting agents OP-7P OP-10, and DB from the same technical
alkyl phenol a series of preparations was produced which were
oxyethylat*d in different degroest OP-15, OP-25, and OP-45-8.
A second series of synthesized wetting agents-posseaged a
different number of tertiary butyl groups in the hydrophobic
part of the molecule. For the oxyethylstion the author used
p-tert-butyl phenol and 2,4,6-tert-butyl phenol." The -
oxyethyle.tion itself was performed with 98,5 % ethyl'~'ne oxide
(containing 0.8 % acetaldehyde and 0-4 % humidity). 3% NaOH
was introduced as a catalyst and not neutralized after the
reaction. Volatile products were distilled off for four
hours at 150' 0, Table I shows the characteristic features of
the wetting substances enumerated in the title* The surface
activity of oxyethylated octyl phenols is reduced with
increasing number of the.polyether gro,upop in the case of
tertiary butyl phenols it is intensified with Increasing
number of tertiary butyl groups. Table 2 shows the affect
Card 2/4 of hydrodynamic conditions in dust removal exercised by

Application of Non-ionic Wetting Substances for -107/153-2-1-24/25
Clea-4- -Dubt; PrCE G"09
0,15% solution of the wetting substance at 200 under
various conditions of phase contact. The oxperimontal
apparatus is illustrated in figure It On the basis of
the results (Table 3 1 Figs 2, 3) the author arrives at the
following ooncluoionas (1) The amount of surface tension of
the wotting solutions is not charaoterlotlo of their effect of
dust removals (2) It is determined bw the formation kinetics
of the adsorption layerp by their stability under dynamic
conditions as well an by the structure of the hydrophobic
part of the molecule. (3) The afore-mentIoned kinetics of
formation depends on the structurs of the hydrophobic and
bydrophilic part of the molecule, on the concentration of the
surfaco-active substance in the solutiong as well as on the
degree of its hydration. (4) The successful application of
surface-active substances to dust removal depends also on
the *drodynamic conditions. (5) On the strength of this
assumption concerning the mechsninx of dust removal the
author !ug~ested a now highly sffioiont qrsparation - T3
(Ref 17 , 6) By use of non-ionio prepardtions a higher
Card 3/4 degree of the purification of gas from highly disperse dust

Application Of N *on-ionic Wetting Substances for SOT/153-2-1-24/25
Cleaning Dus-t Tram Gazes
in attained with a smaller amount of onergy consumption.
Thor* are 3 figures, 3 tables, and 17 references, 11 of which
are Soviet.
ASSOCIATIONI Yaroslavskiy takhaologichookiy institut; ftfedrs. obahchey
khimicheskoy tokhnalogii (Yaroslavl' Institute of Technology,
Chair of' General Chosical.Technology)
SUBMITUDs November 289 1957
Card 4/4

YERMILOV, P. I., Cand Tech Sci -- (diss) "Application rif solutiojis of
polyethyleneglycol esterJ3 of alkylphenols for the i~ontrol of lead oxide
powder." Moscoiw-Yaroslav:L 1, 1960., 16 pp; (Ministry of Hifrber Education
RSFSR, Moscow Order of Lenin Chemical Technology Inst im D. I. Mendel-
eyev); 120 copies; price not given; bibliography at end of text (10
entries); (KL, 23-60, 121~)

3
SOLOVIYATO Nikolay Vaellyevich, jjjNMT-*-WX IT"gT TwM I CM,
Nikol-ay Antonovichi PrW=l uchastlys ITAN01r, 16.A. ANZO
Aelfb,, red,; WAK, Te.G,q tobwored,
Ei~-iriciplss of safety and fire-prevention toomlows in the
oboxical Industry] Onnovy tokhnUd besopenostl I protivo-
paigheirnot tekhniki v khImichaskol prong blennostl, Moskva,
Goisoxisuchno-tekhaeled-wo khim*lIt-ry# 1960* 393 Pi"I" 13.al)
(Chemical Industries-5slety wasuren)

YERKIL4)V,, Peitr Ivanovich; SHUSTOVA, I.B., red.; NAZAROVA,, A.S.,, teldm.
red,
tGresit chm1wh7l cbemlstry in the cm6tkon of the material base
of c-camunism] Bollsbaia kbizalia; khlmiia v sozdwi ii materiallno-
tekhmicheskoi, bag7 kommunizma. Moskva, Izd-vo 02vaniepw 1962. 47 p.
(Nar-ednyi universitet kullturyt Este stvenno-nauchn7y faIndItet
no,5) (MIRA 15:6~
(Chemical industries)

MMUUNO ]~.I.
Dust collection in scrubbers with flAt pal"4ul packing.
19-lim. i khim. tekh. 1:363-370 062. (MIRA 17:2)

. I XIIDV II.I.
-
Wetting of.,pigmntse lAkWmso sat, i ikh prim. no*4t23-26 063.
(MM 16: 10)
1,, Yaroolavokly tekhnologichookiy inatitut.

YERMILOV, P.I.; GALKHAV, Z.V.; KISELEVAp T.A.; INDEYKIMp Ye-,A.
JPhysiocochemical basis for the intensification of Iron c"cide
dispersion in ball mills& Lakokras. mat. I ikh pr1m. no.5t
!57-.62 163. (MIRA 16ill)

MIKHAYLOV,, V.A.; CHIZBOVO Va.; ANLgimovp V.A.; YEMWVO ~,L; CHUPEYEV, M.A.
~
Intensification of the grinding.of,pigmento in birAders.
Lakokras . mat. i ikh p no*5t64-65 163o (MIRA 16:11)
. t**.

I - .
4
23967
S/113
,/00/000/611/002/007
2,4 1-0 0 7'511 D257/D304
AUTHORS: Bazylenko, G.I., Candidate of Teclinical Sciences;
Yermilov. S Candidate of Technical Sciences;
-,S.
707r_eyev, A.S-. and Makarovskly, O.D.
TITLE: Some results of studies of automobile trains with
powered trailers
PERIODICAL: Avtomobillnaya promyshlennost', no. 11, 1960, 13-17
TEXT: The article gives the results of a study of a powered motor
vehicle train with mechanical power transmission to a single-axle
trailer and a train with electrical power transmission to a twin-
axle trailer. In the fi--st instance a rA3-63 (GAZ-63) truck was
used, specially fitted with a 3MA -151 (ZIL-15L) distribution box
from which torque was applied via a Cardan shaft to the trailer's
axle. In the second instance a ZIL-151 truck with a RA.3-204B
(YaAZ-204V) motor and trolley bus electrical equipment (electric
motor, shunt rheostats, controllers, etc.) was used. Tests were
made to determine: The roadability of trains with normal or with
Card 1/3 fi

23967
S/113/60/000/011/002/007
Some results of studies... D257/D304
powered trailers; the traction properties of trains with normal or
with powered. trailers; the effects of power distribution between
the truck tractor and the trailer on the traiaa total tractive
force; comparative fuel comsumption in trains operating with rormal
or with powered trailers. The roadability tests were carried out
over sand and over snow, while the other tests were held over a
concrete road, on meadow ground, on sand and over plowed ground.
It was found that the use of powered-trailers greatly increases
the train's tractive force and roadability., When the powered
axles are engaged, the tractive force increases more than does the
train's coupling weight. Over rough terrain, a train with powered
trailers is more economical and has a higher speed than a train with
normal trailers. Disparity in the peripheral speed of the wheels
on the truck tractor and the trailer causes the wheels to slip and
slide, theraby reducing the train's tractive force. These losses
vary directly with the kinematic disparity and the wheels/ground
coupling factor. On curves a further fall in tractive force occurs
if the trailer wheels follow a track other than that described by
the truck tractor. This can be avoided by fitting steerable wheels
Card 2/3
v,4

Some results of studies ...
23967
S/113/60/000/011/002/007
D257/ Th304
to the trailer with a turning mechanism that regulates their turn
to the correct angle in rotation to the coupling. The trailer
wheels then track with the truck tractorls. To increase the average
speed of movement over earth roads and roadless terrain, thed rive
to the powered trailer should be adjusted so that the train's rate
of movement is approximately 30-40% the maximum speed of the truck
tractor alone. There are 9 figures and 4 tables.
Card 3/3

4and.t9khn.naukj ANDRSM, A.S.; BRILLING, A.16.; M"AROVSM, O.D.
Inv6stigating tragtion properties of an operating triet-or train
with a boosLer drive of the semitrailer arloo: Ayt,sprou 28 no's:
23v-26 Ag iM'IRA 16;.3)
(Tractor trains-Tooting)

f
F: J
ACC INK, AP`6OV96,50 L
CODEi W/1 W ~i=/004/0~1T/
0 0019
AUTWR: KbJLpd:ov'j_ A. P.; Yormiloy, S. S. (C ences)
andidl leal alell
ORO: None
TITM: Canber of1the rubber tires on a steer4ble semi,trail~~r
SOURCE: Avtomobillnaya provWihlennosV,, no* 14, 19660 17
TOPIC TAGS: tire, industriiLl truck, vehicl 'togiaeariva
ABSTRACT: The authors conalder the effect, of tire:canberlo t1olturning kinomatics of
an articulated track with a steerable double-'axle'semitrali w. 0 trailer i(eight Is
conditionally assUmed to be concentrated at ~-wo points: ~nl the PutbL wheel twd at the
center of the traller frame. A formula Is gl~ (ven for ~he del' xtribigia force of ini!rtia'
away from the center or turning due to the wdight of the tfttle~~ Thlis forct- is bal-
anced by the total lateral force represented"bV the total!0~4=et~il,% Gum of the forces
resulting from' contact of the tires with tho:supporting s4ktme.i These forces diepend
on the camber of each wheel and are defined da the produci~ir Mili e.-oofficient of re-
sistance to conber by the magle of camber, f0 each wh~ojb,~ 11jjeoj,,jft:Lc&l foruiu~Lao are de-
rived for caleaUting the cimber and rwtius 6f turn fOr th(i~ 6=4,~ir of the trailer frame
as functions of the rate of motion for a steerable aemitra~ler. 1 It in found that the
turning radius Increases considerably vIth speed, Erperi*wptal llaita show that camber
Vn%^J Knil 11 n11A C AA1 c

I.XZIUAILOV-# V.*
2. USM (600)
4. Marine Engines - Testing
7. Results of testing a sixty horse-pover engine. Mor. flot 13, Ild. 2, 1953.
9. Month Lint of Russian Accessions, Library of Congress, MW 1953, Uncl.

YMMILOV, V. inah.
INC- . .-)
Saving one zMion rubles. Takh.mol. 29 no.9:18 161.
(MMA 14:10)
(Coqpressoro--Design and ocnotruation)

wjj&W,U~mMldat tW&alchofklkh asuk, dotoonto
4,V!r 7
TosUM dits on d1lut!siatiag stem food puiWi,, Ner.flat,16 ns.8:
gl.Z3 Ag 156. 1 (Km 9 Ila)
I'llIns,
(BUys-ftipmeat =A suppll~) (Amping rAchinwy-Testing)

WE UWAR alladd-deh; VOYNNAMSKIY, Th.A., redaktor; DIZEM, I.M.
ww- riUldfo-r-rz-"-M.WIWI,"IIMONCVA. TO.A., takhnidbeekly redaktor
(Regulating steam distribution In marine stesor powered aschloory)
Regultrovanie paroresprodeloniis sudovykh parovykh mushin. Moskva.
Iscl-vo ONorskol tronsport.0 1956. 129 P, (KLU 10:4)
(Steam engineering) (Narlas engines)

TMMIIA)V, V., kand.tokhn.nauk.
Stems leakage in the play of piston valve bushirigs in steam
engines. Nor.flot 17 no.8:16-18 Ag '37. (MIRA 10:10)
1.,14ningradekaye Tyasheye lashes ruoye morskeye uchilishcho.
(Nerine omens:)

TJRMILOV. Tsl#4tin Georgiyerich; -MINj V-1-o red.; MMIIZHINA,, I.P., takhn. red,
~~ [Cor4susers ~e'nd boat exchargers on ships
e- ~_ I Sudove kondensatmiowe
ustanovkl I toploobsennys apparsty. Uningrad. lad-v* OKorskoi
transport," 1958. 237 P, (MIRA 11:11)
(Condensors(Itesm))
(Best exchangers)

YZUC= V L"Up GoqpjLly"lcbj DDUIOPMISMg AoYaop spotorod.;
MurAwAt Mot tokburod.
[Cnkc*21ing steam distribution of marine 0ow ongiraol
loplimanie lareraspodoloolla odowykit pw"ykh Mobit.
Isdo2st doPo 1 perero Loologred.9 IsAwwo n%rokol tzmapportgO
1961. 202 p. (MIU 3.4 s 6)
Narlas ougims) (SUMM)

YERMILOV V.G.,, doteent; LEVIN, V.M., storohiy nauchnyy sotrudnik
Coatrol of the operating conditions of condemserimstanations on
"Lininskii KomsomolXand "Sergei Botk~n* -type ships. Biul.takh.i..
ekon. inform. Tekh.upr.Min.mor.flota 7 no.10:45-54 162.
(MBA 160)
1. lAningradi3koye vyssheye inzhenernoye mors1roye uchilishche Im.
admirala Makarova (for Yermilov). 2. TSsntr4llnyy nauchno-isfiledo-
vatel'skiy iinstitut morakogo flote. (for Wviii).
(Condensers (Steam)) (Steam turbines, Marine)

YF.RMIIDV.- Valentin Q-1-04--jib -'SK=, A.P., dots., ratsenzent;
- VVLAjurvLIDh.LI, A.1a... nauchn. red.; GOWMKIY, Ytt-V.,
red.; KOTLYAICOVA# O.Ly t*khn. red.
(Operation and testing of marine stow power~plantsj Tekh-
nichaskals e)capluatatsila I Ispytanile sudovykh parosill-
nykh ustanovok. lAningrad,, lsd-vo "Morskai transport,"
1963. 279 p. (MIRA 16:10)
(Boilers, Marine) :;!
(Steam turbines, Marine)

AGAMNOV, Vladimir Andre3revich (deceased];
,glyo,vich; PAFKOVq Yevgenly Vasillyevich; TASILITEV,
V.K.p doktor tekhn. naukf profol retsenzontj PTATEWZE,
S.S.., doktor tekhn. nauk, profop retsenzent; SEMUKOV, S.A.,
nauchn. red.; SMMIOV, Yu.I.p red.; CHISTYAKOVA, H.K.j tekhn.
red.
(Marine condenser plants] Sudovye kondensatsionriye ustanovki.
Leningrad, Sudpromgiz, 1963. 489 p. (MIRA 16:12)
(Marine engineering) (CondenserB (Stem))

L 100? A Ps-4/11~-4/VU-4-W
ACCES5105 HR: s/02h9/63/000/(!05/0d26 dc
J!
yermiiw,~! V. G., cejuliftte of te
AUTHCR:
TITIE. The estim~; iciqni;s~ in the
tion. of ths value of the 1z gik~~ d
coolers of steem- et-eir ejector VrVs.'.
SOWCE*. Sudostr~.0niye, no.N'50 1961 26-27
TOPIC TAGS. stea~i powerpl=ts, cona-ensers, am.;Jet-*Ir: kJ61.'to)~1.F=p3J
heat-transfer coetficient.
ABSTRACT: Thi4i tileoretical p%W 1rxvest4-8mte;;;tbd~'eff6c:t; tb.e 1~~iing s1&faC1!!
and the conditlor~Oi of Vie heat ex6bang~,~ in co~lerli ford isti! jet eJeCt40(J'
-41 nf the JAtt4A_'1 JJV i0 i the he at
C n

d
1
I T. TIM 'WI"V I MI III
s
*
Card

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, 1
TP-1 FMTFM:~Ji

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phw I,!
I
t Card , 2/2 __ , .
M~l ,
mviw~~~ im
.
.
ism

-1. 1., En;,7r. band. Tech. Sci.
.f I
Dissertation: "On r~ertnln of Ve!cI~rr.4.zed Control. cf thV
, -I -r cf be n-4 r: ' 'f - r~ !:;:j' 1--~- I -- -, - - , f - - - r.
of Lirplane Armnalenl%-_21 ~'oaccct; C-71c r C '_ - - - .--. -2
28 kr 47.
SO: Vechernvaya flo ikv,, Ant-, 1947 (Project 1/17F36)

MIFXIXX.
GUZIN, N.A.;
V.I.; KHEM, A.L.
MethDd-for optimm drilling of gu wells* Gas,prom a*,1:9-12 JT& 156,
(KmA
(Boring) (one, Natural)

DENISOV, G,.G.; YERMLOV, V.I.
Eva:Luating ~he methods used in hydrochloric-aeld treatments. Neft.
khois. 43 nool:56-58 Ja 065. (MIRA 18:3)

14~* it ,
LUTOSHKIN,l G.S.; YERMIILV9 V!41.; DEMIN, A.V.; MCGRAMOV,
Fuvlraulic fracturing in CaE we"Is and its future uses. Gaz. pro-!.
5 no.5:1-6 My 160. (MI.U 14:11) -
(Gas wells-Hydraulic fractur1rig)

DENISM, 0;.C,.; !!~IOLV.I.; PEYSAKHOVO R.M.
wwa
DireictlLonal interval hydrochloric well acidizatLon using a hydraulic
perforator. Neftepron. dolo no.lt2O-24 164. (MMA 17:4)
1. Vo34jogradskiy nauchno-iseledovatellskiy institut, nertyanoy i
gazovo3r promyshlennosti.

CHAYKIN J, 8.1. ; i 0~ ;VAI, V.(;.; YEA,1111MV , V.J.
Intrcducticn of now equipment in metallurgical enter~z1z;s--s cf
the Central Ural. Biul. tekh.-ekon. Worm. Goo.
inst. nauch. i tekh. inform. 17 no.6:3-6 Je 16/..
(1-11FLA 17: 11)

YERMILOV, V,,S.; CHAYKIN, B.I.
V-4 ~--
Planning t1je techn1ral and orgarizational devotlopwrit of an ei'p3r-
prime of nonferroua mtallurgy (on t-~A example of ittit.,brprives !n
the Cen-ral Urals EconomIn Caum.11), Tzv.vyB,ucIIeb.I,.av.; chern.rpt,
8 no.8:190-193 165o (MTRA JW)
1. Ural'skiy politekhnicheskly InstAtut.

YXRKILOV, Vildor Vasil"yevich, Geroy Sotsialietichaskogo Truds;
L.Ye., tekbin.red.
Evoriter's honor] labochmis chest'. 16iterstummia mapial
L.Nsdos"ova. Moskva. Isd-vo Miamnis.0 1960. 29 p. (Too-
solusuce obeheimstvo po asprostranonilu politIchask1kh I
nauc:hnykh snaniie Ser.10, Molodeshmals, no.9)o (NBA 13:9)
(Moscow-NachIns- tool Industry)

MMIoCVp V,,V.1 TSEFTI, A.L.
lowhing of a collective ccwplax,~mtal valfids conoentrate by nean*
of g. zinc sulfate solution, Izv, AN Kasakh,OR, Ser met. obo
i ogneup. no.,'-10-16 060. A ~Wk 14S41
(L~aqhing)

ABIANOV, A.D.; KABAROVA, L.M.; TKACHENK09 O.B.;-IER141LOVI V.V.
Processing of Nikolayovka deposit area* Trudy Inat. met,i
olopshch. AN Kazakb,SSR 3t9O-lCV# 160 (KMA 14:6)
(Blikolayovka region(Kazakhatan)-i"r1rous mqtalO--MGta3.lurg7)
.0

lmllbvf ev,
r4aching of ;Paid* mcontratos with OinItansous Oolutlon of
slamentar walfur bein procipitatod, truO Ust. ist i
Otopishch. AN r4sah. WR 3tlwl$3 960. IKMA 3.4:6)
t . (usching) *
(BuMdes-44stallurly)

Um- V eleow'. Geror Sotsialisticheekogo, Trudas delegat
-.j V,
j4ff Pyezda Zmammi sticbeokoy psAii Sovetskoo SoMm
in the nme of comurtim I OkhretrWa i voto.mtwmkh*,4
no.12:4 D 161, (KU 14 t 11)
1, MomkovWdy sayod ObaNvy pro2etar78-
Knew Technological Innovatione-Mchinery-tool industry)

IRM UOUIM
M041WV, V.'V., Geroy 'Sotsialisticheskogo Truda., elenar'-sborshchik
nVorkar" is the highest title of man on earth. IUD.tekb. 5
ho,8:24-28 Ag 161. OM 14:12)
1. Mookovskiy zavod "Krasnyy proletariy".
. (labor and laboring classes)

TSM,, A*L.; TARASKMIO D.A.; TIAGHSII~Os O#B.j
vAsn'%EVA, V.A.; SUSHORM" S.H.; DUIMWKL, L.S.
Hydrometallurgioal treatment of copper matte. Trudy Irst.
not. i obl,. AN Kazakh. SSR 5:72-76 162a, (IURA 15;3.1)
M
wopper-met&uurgy) (HY&,OMOt&.UUrg7)

The Second All-Union 6nference on Rhenium, sponsored by the Institute of
Metallurgy imeni A. A. Daykov, Academy of Sciences USSR, and the StAte
Institute of Rare Meta][A%yas held in Moscow 19-21 November 1962, A total
of 335 representatives frc~n 83 iicientific, institutions and IndustrfAl Web-
liahments partitApated, Among the reports presented were the 161lowingi
autoclave extraction of Re from Cu, concentrates (A. P. Zeukman and
iA. A. Peredercyov); Re extraction from the gas ecrus p h a a 6 .(V. P.
iSavrayev and N. " Paysakhov), recovery of Re by sorption and ton in-
terchange (V. 1. Bibikova, V. V. l1lichenko.' M D. Lobedey, g,_Shj
T rokhcdzhay *M, V. V. Yerm ilov. Ye. S. Raimbekov. and M. 1.
Filimonov); product f carbonyl Re (A. A. Ginzbt4rg); electrolytic
13 m a
produqt1o of high-purity Re anei electroplating with Be (&' M S I ks
I--
'c~
and gp
u
_A,kUhM jW; Re coatings on refractory metals pr y t erina
1; plas-
dissociation of Re chlorides'(A. N. Zelikman andX.,_ ~.B&MahaLkqv
tic deformation and thermom-O'C-KanTc-art-r-o-alment of Re (YjJ%rap s~v
and Yu. A. Sokolov), growth of Re single crystals and effect of Os on thirr
proj;r- Savitskiy antl G. Ye. Chu ov); Re-bb, Re-W, and
Re-preclous -metal. Ye. M. a t-akfy-. M. and K. D.
A.
.202110-Mab synthesis of Be nUricks,'pilicides, phosphides, ppd -xielanides
A V. S
ov, It. A. Obolono ik, &r Ngftor); weldability of
a R4.1W. alloys M YL _D'Pch9qkO, #LTA_M__G_MX_0v, &rA.Q,_If,
!R!ODQY ; IDOW fts-U14 Of APPHOWOU for We OW Re alloys CAL A, Tylkina
PW R*-A(O allay for A h e rvA a qou-51-0-sm--it,
Panimbovskiy, Yu. A. KochershiN a [WWI
2mtwp mULIY, ao6 4, Asw 103 pp'9243

LEREDEV, K.B.; AGEY-EV, S.A.; YEfiI4ILov:)-V.V.
~ .::.,-I.- ...
Rkjon,'~um raccriery from alkali oolutiono irl rct,'!v;,,J3 of Jor,
and sidgorption. Trudy fnst6 met& I obogs " Xuakh, MIA 9; '134-13 f
114, (Iuu 17:9)

IPATOVI S.S:;, YRRMT,& red.; TINHONOV, V.I., red.; GLADKIKH,
N zolaur. I
[41#; boring machinos U004 in the precision manufacturo of
instrummatel loord1natno-rustochnys stanki v tochnom pri-
borantroonti. Fod red. Z.F.Zndlova. Wookft Ob6rongls,,
1954. 195 P. IMU 160)
(Drining and boring machinery)
(Instrument awWacturs)

FAVLOV., Ivan Petrovich# profe Primina" uchantiyet TATABIRTSEV, A.S,,,
profs; VIDININ, K.F.,, dotes$ RUBTSOV,, M.I.1, dotm.; YEWLOVA
A.A., dote.; HUOVA, M.G.# reds.
(Brooding and mied production of vegstablo crops] Soloktaila i
semenovodstvo moshchafth kullture Hoskvap Sellkhosisdotl
1963,, 279 p. (Km 17:31)
20 r1Dd"mbckmWy institut. la. LV.14lcbirlW (for Tatwintmov,
Videnln,, Rubtaoir,, Yermilava).

RUBTSOVI M.I.1, dote.1 YERM4gU,-", dots.1 CHFMPOVAO O.K., kand.
9111ims.naui-FURIPHINOV, ru.G.0 dots.1 DOROIatOV, A.A., kand.
:
ellkhos.nauk; LITMOVA, N.L , assistant; XMTAFIN, AAs pro-
podant*11; PESHKOV, V.P.g red.; kPOV9 VA.,tokbne red.
(Growing vegetables In the Central Chernosem IW~41on of the
U.S.S.R.]Vyrashchivanis ovoshchei v TSentraltnoi chorno2emnoi
zone.SWR. Tamb:)v, Tambovskoe knishnoo izd-vog .1962. .110 p.
Ob"m 16 , ?) . hch-
1. Sotrudniki kafedry ovoshchevodstva Mi * 'go P.LOGOOVOB
nogo instituta Im,I.V.Miohurina (for all except Peshkov, Popov).
(Central Cheimozem..Region-Vagetable gardening)

A
is. TOW
S/19
B101 y61lOO0101210021007
B110
AUTHOR: Yermilova, G,, A.
TITLE: Effect of fractional composition of polypropylene on its
phy,sicomechanical properties
PERIODICAL: Plaoticheskiye massy, no. 12, 1961, 7-10
TEXT: The author determined the dependence of physicomechanical properties
of polypropylene (PP) on its content of crystallinep atactic, and stereobloo
fractions. A new method was developed for the production of PP on the
basis of the propane-propylene fraction (3q- C3 H6$ 70~* C3 H.) obtained in
petroleum refining. A Hatta catalyst, TiCl 3 + Al(C2 El 0331 is used. The
propane-propylene fraction and, toward the end of the reactionp propane
were used as solvents. This method is much more economical than that
suggested by Natta. The reaction rate is proportional to the concentration
of the solid satalyst and olefin pressurep and does not depend on the
aluminum alkyl concentration. The Moskovskiy neftepererabatyvayushiy zavod
(Moscow Petroleum Refinery) produces a PP with up to 95-96% of crystalline,
Card 1/4.
.;;p

23.418
3/191/61/000/012/002/007
Effect of fractional composition ... BIOI/BIIO
stereoreguilar fraction and. a melting point of 165-170 OC or 170-1720C
depending on the content of isotactic polymer. Products of -this PP are of
high dimensional stability up to 1500C (unloaded) and '135 OG (loaded). At
60 C, PP is soluble in aromatic hydrocarbons. This solubility, however,
decreases as the content of crystalline fraction increaues. The author
used a stabilized PP film containing 6-16% of atactic fraction (determln:,_
tion according to Natta b;f dissolution in n-heptane) . During heat treatm t,
the bulk polymer fraction undergoes thermal destruction of maximum intensi-
ty by which the content of atactic fraction increases. Fig.. I shows deform%-
tion versus stress for PP with different percentages of atactic fraction.
The curve inflection is d-ue to partial melting and oriented recrystalliza-
tion of the crystallites. The stiffness increases and the resistance to
abrasion decreases as the content of isotactic fraction increases. The
mechanical strength decreases (by approximately 12.5~) with increasing
content-of atactic fraction, and0the rupturing elongation increases from
730 to 650%- Botween 20 and 100 C an increase of elongation to 1050% was
observed with 61(o of atactic fraction, to 13006 with 9.8% and to > 1500%
with 16.3% of atactic fraction. The atactic f:raction thus acts as
plasticizer. It raises elaBticityp elongation, and resistance to abrasion,
but reduces the mechan4-c&l strength and stiffness. The physicomechanical
Card 2/4

21416
S11911611000101210021007
Effect of fractional composition B10IM10,
properties of,PP are also affected by the temperature at'which deformation
and processing take place. There are 2 figureal 2 tablest and 6 refer-
ences: 4 Soviet and 2 no?t-Soviet. The two references to English-language
publications read as follows: W. L. Dunkel, K. A. Weetlund, SPEJ., no. 9,
1039 (1960); J. Hatta, Plastics, no. 241 (1958)1 Polymer Scidl no# 16,
143 (1955)-
Fig. 1. Curve: deformation versus stress for PP films with different
Tercentages of &tactic polymer. 2
Legend: (a) Relative elongation, %; (b) stress, kg/cm
Card 3/4

IZRKUWAV,'G A.
Vropylonew (in EngU$hj by T6,.0.J.Kromper. Reviewed Go A*
truilova. Plast.mamy no.808 162. ~MRA 150)
(propruns)

-I---
Card 1/2
Efftat of processinO mathoda on..,. 86
properties were aho!'ra by fil= with salaximu~ of ~'IOA'~mta~t~p fr~6tion and.
high intrinsio visclPsity. Highly vinootau ';oiymerm arfe tidrk OaAly procesned
but the tem'peratuXe~must be higher. - Then :: tho' extruded 0 10 hlo~a up with
cc IleJ4111xiporties..
--illeipd and this improvod the a h :,I i

YEMILOVA, G.Am; ARAY-M-YAN, R.P.
Propertiao of polyproprlene fiims. fla3t. masy nc.2s4i--~O
16.1. (KrRA 27s8)

I -41t) !111,T1 In I t r W ~' i I IP ~1
AC 'Wrt
AP60OU198 SOURCE COMI g[R/ol.911/65/i)OD/012/00!1,/6026
AUTHORS: Yormilova, Go A*$ Hogovaya, so mos ~t~qy, Ydjo
ORG: none
THLE: Investigatl5n of cryst43.1inity and orientation durlli& proodooing of poly-
propyle a M~la by extrusion and pneumatic stretching
SOURCE: Flasticheolklye massy, no* 32., 19651 24-26
TOPIC TAGS: polyM)pylene plastic, polycrystalline film, cryotal 6rientation
I-ZO-tk-61 method, W-30 meumtie stretching machine,,
ABSTRACT: Results Xrom the investigation of th.4 changes in, stailinity and orien-
tation in polypropylene during the process of film gormatiozi ime ptenented. This
work is a continuat:Lon of a series of roports on factors a1te4ting!the polypropylene
film processing and. its mechanical properties (Go A. Yerm:uoviL, 1. 1a. .Slonim, and
Ya. M. Urman* Plastl massy, No. 3-1,, 28, 1964, V. Ye. Gull,:.V.!V. Kqn-lga, E. M.
Rogovaya, and No Fe Grozovaj Vookomolek, soa do$ 110. 10P :LdC#j 19W. The following
methods were used in this stuxly; 1) nuclear magastAc resonan~*Jf to determine the
dynamic degree of cv7stallinity; 2) x-ra7 study of cz7atallimttyl 3) atructure study
under a polarizing iticrosaope with crossed nicola ; 4) datermibiation' of the fuoion
index, using method ISO/tk-.61 at 2300 and load of 10 kg soot 4)) the. "napkin"' method
lr-.A 1/2 UDCs 6~eg.742.3:548JZ

------------------ -
ACC NRs Ap6oo3.49s
and "warping of a cylindee method were used to; low
Aetormirbb thlb! iresial;ance to
temperatures. Film were prepared b7 oxtrusionlrith pne=U6 strstiching on a TIP-30
machine. It was established that wider such coti4itions 4 pai~iRUY;oriented arrital-
line structure is formed. By varying the strot~hing~, in.MatlOav amil cooling roto,
fine-crystalline films with good mechanical properties and h14dh res.1stalace to low
temperatures can be produced. The authors express their gratitude to I. Ya. $10nLaj
Ya, M, Urmanp Go al
m. rahevsk and A V, Xgrr for their help ij~
Orig, art, bass 3 figures and 2 tables,
SUB CODEs 07/ SUBMDATEs none/ ORIG MWt oil
jr 2/2
.1, Mikid WWWWWW"n-1-

L 20377-66 W W/000) /.I' RM
ACC NR: APW)O6543 (A) SOUICE CODEt ljflle)1911651000101110028100~~
AUTHORSt Dontisov, A. A barks qp_t__B. A.
OhG: none
TITLEi Inve3tigation of reaction products f on tho re ion or atactic po
r Ay.Rrq2y4,-
ene with sulfur and dibenzothiazy1disul-ficte an potenti:~ poly~ier stabilizers
SOURCE! Plasticheskiye massyp no* Up 1969y 28-31
TOPIC TAGSi polypropylene, polymers oxidition inhibition, mU'ur chem-10al
stability,
ABSTRACTs It was the object of this investigation to sTntheeslize high-molecular-
weight stabilizers by the interacti,on of 41motic pol (APP) with adfur
or dibenzothinzydisulfide (DBTD) ard to altudy their -JJ~If~ abJ11by An tho
themaoxidative destruction of polymers# : The kineti addition of' vulfur
cs
and (DBM) to (APP) were studied (see Fig. 1). and the ~)Ii"h-'tibh~qtlng action of Lhe
syrithealml cf~mpoundis on tho th-amooxidative deatructivil of ~OP) lias determined.
The inductioit perioda for oxidatimi wom detelrainod attior Ail- d,,, Shlyajimikov, V,
D. Miller, Me Be Heymang Ye. S. Torsuyevap evo Be A, 011~wwv JV:Iyaokonolaks imyc4s
Card 1/2 UN I ; 676.048

L 20377-66!
ACC NRS AP6006,A3'. FA Kinlotica of the 0.
addg.,-- ti". dbB'ID to APP at
40- 2COG 1) sntd sulfur to APP
0 T
Ibk0 at 23 in linixtures containing;
-!I - 6 wt Lrts ~ojt sulfur (2) and
0 Y
110- 10 WV ]Parta of aulfur
6V IM W 240 4W ~W
reaction
2) Aog, 196o). The addition of (ionol) to the
product of the interaction of (APPI with sulfur was:alao jloterOdned,, and
experimental results are presented graphicealy, It was f~ltnd ibat the inhibiting
activity of the interaction products of (APP) with wASur and ~DBTD) depends on
the extent of reactiont the initial products being more: npUva': than the fitial
products, The Anhibitors are equal in tho:L- inhibiting, niPUvAj,y to the inhibiWr
phosphite P-24*~ Addition of ional to tho alIxture of iOdWitctliio.n~productn of (APP)L
with sulfur yidIds an inhibitor of ealwncad antioxidant:1,11,H)PeAlIlis (correlated
action)* Orig, art. hass 1 table and 8 graphs#
SUB CODEW;II/ SUBM DATEt none/ ORIG Wo, 065/ OTH RM W2
Card 2/2
vmb
JimWiNd9i "M P.M. IPIWIII

6 - SOURCE COD& URIOI05[66/000/007/008210083
AUTHOR,: YSEQ&a. 0. A (Candidate of technical sciences), N20m, X. B.(ProfosBor)
MG: Moscow Institute of Fine Chemical Engineering ino' Lomonosoy (Noskovskir
tennologn)
TITLE -. Effect of stabilizers an dielectric propertie of pj:gglene film
SOUIWE: 11ektrichestyop no- 7P 1966, 13"3
TOPIC TAGS: electric insulator, electric insulation, propylene
ABSTRACT: To inhibit thermo-oxidizing destruction, stabilizers have been introduced
into propylens Insulationj howevert theie stabilizers may seriously affect physico- -j-,
mechanical and d1electria prperties o~ propylene film Wulatlon~~ence, the
effect of stabilizers
Santonox) on volume resiBtM-ty, anical strength,
and electric strength of aged (at_100-150C) propylene film was experimentally
determined. It iras found that: (1) Propylene films have high dielectric properties ~.,.4.I
practically independent of hamidity, electric-field strength, and frequency;
~2) Stabilized propylene film have much higher volume resistivity than nonstabilized
3) Stabilized films have constant mechanical strength up to 1250 while the strength'
of nonstabilizel film falls off abruptly at 80C; (4) The electric strength, at
20-130C,, of stabilized films is considerably higher than that of nonstabilized
films. " data presented. Orig. art. has% 3 figures. UDCt 621-315.616.5---e.

L 10336-67 W'(J)/EK(M) IJP(C)- RX
ACC M AF6021'109 (A) SOURCE 0001 VR10413166100010151008610066~
AUTHORS: D ritnisys As Is 1 Farkat Ps Is I LQffijaffat He -A,; XeMilova, G. A. I
Lo
LDopdkinq B. A.-
ORO: none
TITL]Bt A mailb-A for ~rotoctinc polyolefine spinet sonal hQat and light,
1~ class 399 Noo ,!?-M28e -~nounoed by 90 cow Xnatitute- or jr-Ane mical TochnoloZZ
iiM- M V, '91MCMD80V Mookovgkiy inatitut tonkoy khimichookay tawmologiil/
4i
--fidiagd-valmmkonelis
SOURCE: Izobrctprom obraz tov znp no. 15, 1966, 86
TOPIC TAGS: c-:trbon black, polyolefin, light aging, polypropylene plastic
ABSTRACT: *Thi:! Author Certificate presents a method for protecting polyolefine
against zonal Fw_2mg by heat and light as described in Author Certificate No._172033,
To increase the stabilizing activity in the case of aging by heat and light, oul-
applied together with carbon black.
SUB CODEt 11/ sumftmr i6jul65
Pard. 1/1 nct 67044-040,0670.742.316.o46.2

-7-7
NR: Ap6o2gc)i;,
SOURCE CODE: UR/Oa3/66/000/015/0087/0087
AUTHORS: Dontijon- A. A.; Farka,_ Czech, Soo. Rop.)j Ksen, Oi 14.j Yermilova,, 0.
A..j_Dogadk1_n_,17,k,
------- S17-
ORG: none
TITLE-1 A mothad ,~f protecting polyolofina against d Wt and acidso
Class 39, No. lb,.433\Munnounced by Moscow Institute of Fine ChMical ZechnologX im.
M, V, LomoFo-sw7,'M&6kovsk1y inatitut toiNoy kbimicheakoy teklinologli)j
SOURCE: Izobrot prom obraz tov zn,, no. 15, 1966) 87
TOPIC TAGS: pAyolefin, heat re3istance, antioxidant.additive
ABSTRACT: This .1uthor Certificate presents a method for protecting polyolefins
against destruct.Lon by geat and acids by introducing into them a polymor oulfur-I
containing qntio~d ant.V To increase -the offectivonoss of tho stabilization, a sulfi-
~1_
dized polystyro.Llis-employed as the sulfur-containing antioxidant.
SUB CODE: 07/ S'ijDM DATE: 16,Tu165
Card
UDC: 678.71,.W.4-678.746.2216-

SMIRNOV, M.I.; PETROVA, Ye.V.; PUSHKIVAI L.A.j-_)KR_qLl!~YAL
Effect of cortisone on the concentration, of vitamins BI, B2
andl C in the tissues of rats. Probl, andok., i gorin, 11 rio.l-.
78-81 Ta-F 165. (141PA 18: 5)
1. laboratoriya biokhi.mii vitaminov Nauchno-issledovatellskogo
inutituta vitaminologii Minsiterstva zdravookhraneniya SSSR,
Monkva.

KALUGINj N.V,,; YETQ41L(NA) I.A.
7-,
AAbDd for -the protection of textiled against Oar6bluilagiml
dostruction. Izv. vys. ucheb. zav.; tekh.' teksts prdmo, no#4:
30-46 165. (MIRA 18:9)
L Voyemaya akademiya tyla i transportao

I
,YERMILOVA, I.A., aapirantka; KOTETSKIY, M., nauchnyy acta-Ildnik; VOL,"F, A'A',
16ihiG'CAkhn.n&uk, dotsent.
Microbiological resietance of disinfecting polyvinyl alcohol
fibers. Takstoprom. 25 no.11t14-17 N 065.
(HIRA 18.-12)
1. Leningradskiy institut tekstillnoy i legkoy promyshlennosti
imerd Kirova (for Yermilovaj, Kotatokiy).

Ki-jz V. F.; YE RM;
-:et--oxy wid
tojpAher. Lhar. anall. kh1m. -'0 no -el:
lifladimirsk'y
cha,sklkh smol.

ACC GOURCS =tisl V 1/034 14,15AM/0111,0011IM01
V
AUTHOR: Uer~mi As i t);
A t tokiv. I . &MM44rch juioaclate);
A A cent# 'Candidate of ti6lfh1cal scle'Wes)
mont S. Mi. Kirov
ORG: /YerMt1oV,,Mj'Kotetakz7 LITLP '
fee-tent fibers
TITLE- Microbiological resis disin
SOURCE, Teksti.10naya promyahlennoatt
no. nj 1965, 14_iT~ 1
TOPIC TAGS: a athetic fiber, polyvinyl alcoh6l,41ainkectw~~fiWiro microbiology,
T!
microorganism oDntamination
ABSTRACT: A stiady has been made of the resistanceof dlsij~ ptazlt poly(yinyl alcohol)
[PVAJ fibers to microorge-niams which attack fibersi~pro~erf'li ~111esa=tcroorganisms are
more renistant to toutside effects than pathogq~u'ic microorgen~'Lama 01-Tecting hwamin. The
experiments w cluiling the dislnfec-
,Fe conducted with Varioua brandd PVA fib(b. v~,4n
t
tent Iodin-ff/ and R (containing iodine), Let-114fi and Bi land j): th~., latter containing
silverT fibers and the following microorganisms: B . Mi" 2800;i-ricila, Ps. fluoreacens,
and Pa. herbicola. The experimental procedure is a ac~ibod gn th4 oource.' It- waa
shown that diaijifel.-tant PVA fibers are highly resistant to 31 6roo~ganlsms which attack
natural and nondiw:Lnfectant synthetic fibers. ~In other expe-Amen-fin, disinfectant fi-
bers were twisted with natural fibers damaged by microorganimms uz~der natural condi-
tions. Disinfectant fibers Biolan-SS, Letilan:and Iodin-N "eihibited no signs of dam-
age for periods of up to four months. A final series Of e4+rimen~ts conducted with

ACC M AP502E631,
W~xtures of synthetic and fresh natural fibers~
~showed that ~jl~,;Inf~itmnt Riolon and
Letilan fibers trotect fresh natural fibers agmlnst~ miciobe i aittack 10, r at least four
maths. The use of' d1sinfectant PVA fibers In:icombination with natural fibers is
recommended to Limpart protective properties to,fabrics.,* Orig. art bas: 2 figures
and 1 table. (BO)
SUB CODE: //j.0 BUBM DATE: none/ OHIO W 006/ ATD PR:
Card -712

FULOYER., Yuliy* Mironovich; CHISTYAKOVp N.I.v dolctor tokbno naukp
prof.j, retsenzent; AW='Tp M.Yu,,, kand. tsklM-'OaUkP
do'UB.p red.) YIWIWVA, L.P.# red.iSd-vaj SKOTII'MVAt
N.N.J. tekhn. ria'-
[Inductive eloctrmechanical components of comp!2ting.and
dintance-type aervo systwo] IrAuktalowWo eliktrozekha-
nicheskie elemonty vychinlitellrVkh I dletantoi6iftno-
slediashchikh sistem. Moskva, Isd-vo "Mashinostkoenies"
-1964. 293 p. (MIRA 17:4)

PA 249T66
te of Kazakbatan F'o
Erallows wA V A,.
MUI OSSR 0Vol 880 No 50 py go,.gW
O"te that ajnffajogie&l~ StUdies of deposits in
Xibakhatma under . guld=ce of F., V.-
ftuidwov! 0*441:-
A
.-iiiidite to be present 6"S d"Imery
*~.bwring In lwg* q%matitles in tjw 20io
116 amber of d*Wslts ftvse~nted by Aced b~~ S.
Si~'Mvklu 16 Doc 52.
It

C41
-COs It
!lk qva,
40.1
Ir 141
t Cyr,

l ium

15-57-4-4590
Translation from: Referativnyy zhurnall Geologiyar 1957, Nr 4,
p 84 (US3R)
AUTHORS: Chukhrov, F. V., Yermilovap L. P.
TITLE: New Data on the Kerchenitea (Novyya dannyye o kerefteni-
takh)
PERIODICAL: V sb: Vopr, geakhimii i mineralogii. Moscow, 1956,
pp 158-175.
ABSTRACT: A study has been made, using various methods of
investigation, on the Kerchl and Taman' Fe phosphates
in order to refine the existing concepts concerning
their nature. From chemical, optlaal, X-ray, and
thermal analyses of vivianite the authors conclude
that oxidation, during the process of vivianite for-
mation, leads to the accumulation or phosphates of
ferric oxide derived from material which initially forms
,solid solutions of ferrous oxide In phosphates (gamma
ikerchenite, beta kerchenitet and al-pha kerchenite),
Card 1/3 after which it becomes dominant or enters completely

15-57-4-4590
New Date on the Kerchenites (Cont.)
into the formation of minerals (oxykarchenits, bosphorite). The
phosphate of ferric oxide, having formed by the complete oxidation
of ferrous-oxide vivianite, shows no crystalline features even under
the electroi:i microscope. The lines on the debyeograms of different
kerchenitas belong to vivianite, the quantity of which is least In
oxykerchenite. Egueiite should be considered similar to oxyker-
chenite in its formation. Tinticite is similar to bosphorite, but
differs in having a lower content of weakly bound water. The for-
mation of tinticite may be associated both with direct precipitation
from solution and with crystallization of amorphous (to X-rays)
bosphorite. Distinctive solid solutions form in the early stages of
oxidation of vivianite. In these the solvent has a crystalline
structure and the dissolved substance is amorphQus, Hydrolysis during
oxidation of vivianite does not lead to the rormation of free iron
oxides and 113 not accompanied by a marked removal of P. In sub-
sequent stages there probably occurs a gradual hydrolytic splitting
of the amorphous ferriphosphate with removal of part of the ptios-
phoric acid 1'rom it, Picite may be considered an earlier product of
this procensp having been discovered in the Kerch' iron ores.
Card 2/3

Now Data on the Kerchenites (Cont.)
15-57 -4 -4590
Further products of hydrolysis may be azovskite, which has been
recognized in the iron ores of the Taman' peninsula. Limonite, with
a variable P content, may possibly represent the final product of
hydrolysis of ferriphosphates, obtained by complete or almost
complete oxidation of the iron in vivianite.
Card 3/3 G. A. G.

SOV-11-58-8-2/14
AUTHORSs Chukhrov, F.V.# Moleva, V.A. and Yermilove, L.P.
TITLE: New Data on Mitridatite (Novyye fa-77Y~eo ~Ltp)

PERIODICALs 1U
Izveatiya kkademii nauk 333R, Beriya Goologichoskaya, 1956j-1-3
Nr 8, pp 16-26 (USSR)
ABSTRACTs The name "mitridatitell was given by P.A. Dvoycbenko to a liGht-
green earthy substance discovered by S.P. Popov in 1911 among
the iron ores of the Kerch' Peninaula. Atuch lator jilmllar nub-
otancea were described by F.V Chukhrov ind A.V, Sidorenko.
This article is a detailed report on the results of laboratory
studies of these'substances with the applicntion of most modern
means of science. Following scientists took part in these
studies: F.V. Chukhrov, V.I. Stepanov, A.V. Moleva, V.S. Ame-
lina, M.T. Yanchenko, A.A. Voronova and A.I. Tsvetkov. C. Fron-
del (USA) also took part in diSCUS13ion and propounded the theory
that the results of the analysis oi' all these products could
positibly concern different minerals. The iv-~sults of all thc,3e
researches could be summed up as follows. The aiitridatit~? 4-2
a basic ferro-calcium phosphate in which some quaRtity of (FOj
Card 1/2 was presumable replaced by the groups of (0H)4 . Tt2 formula

New bata on Mitridatite
BOV-11-56-8-2/14
is CA FE . f-(PO thr-
2 3 4)3(OH)4-7nff20 , whersi on
equals 2. Its syngony is mono- or threeclinic. Aggregates
of the mineral are cryptocrystallic, earthy - loose or ~cr.~P.
It can be decomposed by acids. Index of refraction - J.-J71.
Some number of particles have colloid dimension and ap~ivar
laminar under the microscope. The geneqis of the mitrjdatitc~
is connected with the alteration of oxykerschenite (addltion
of calcium) or of anapaite (losa of part of calcitirp). It !an
be considered as a metacolloidt containing colloid
There are 5 tables# 2 photo3, 3 graphs and 9 roferencea, 6
of which are Soviet and 3 non-Soviet.
SUBMITTEDt J111Y 18, 1957
ASSOCIATIONs Institut Geologii rudnykh mestorozhdeniy., petro-rafii, minera-
ri
logii i geokhimii All SSSR, Moskvu (In3titute of' Goology -if O:e
Deposital Petrography, Mineralog,( and GeochemiLzitry of th--, AS
USSR, Moscow)
L Mitridatite--Chemical analysis
Card 2/2

GEMOV, F.T..; SINMOVA, V.M.; YIMMILOTA, L,P.,
Mindraloa of bleauth in this widation soneo, Kom Oyvotr.
no. 36-25 160. (MIRA 13:12)
1. lastitut geologii rudnykh mestoroxhdanty, witneralogii t
gookhImit AN SSSR. (Usakhatan-Dismath ores)

S/076/62/036/001/011/017
New thermal setup for phase... B120110
parts are insulated with a thick asbestos cord layer. Test sample 10 and
standard 11 are contained in a sealed quartz plug connected to the
measuring quartz tubes. Temperature control and programming are
schematically illustrated in Fig. 3. Phase transitions in Hit 4NO 3 and
NH4Cl were dilatometrically studied uaing this device; the respective
dilatograms are shown in Fige- 4 and 5. The results agree woll with tiiost,
obtained by other methods. Ye. V. Mashintsev and V. hl, Neymark are
thanked for assistance. There are 5 figures and 10 references:
6 Soviet, and 4 non-Soviet. The reference to the English-language
publication reads as follows: P. W. Bridgman, Phys. Rev., a, 132, 1931,
ASSOCIATION: 'Tsentrallnoye konatruktorskoye byuro TaVS AN SSSR (Central
Design Office TsUS AS USSR). Institut obshchey i
neorganicheskoy khimii im, N. S. Kurnakova Akademli nauic
SSSR (Institute of General and Inorganic Chemistry imeni
N. S, Kurnakov of the Academy of Sciences USSR)
SUBMITTED; MAY 31, 19150
Card 2/,P--2-

ACC w, ia)6029939 (;01)1;,:
Noymark, V. N.; 1. 1141.; yormilov, N. 4.; Y0110CGV, 1~.
01W: Iloilo
TITLE: A linear mis.,rodilatometar. Class LI2, No. IM466 Zannouncod i~y Contra!
Construction Burc~_au c~.;___
Unique Equipmont AN SSSR (Tsortrallnoyo Icons truktorskoyo____
1byuro unikalinogo priborostroyoniya AN S
ssu)7
SOURCE: Izobrot prom.obraz tov zn,, no. 15, 1966, 100
'TOPIG TAGS: thermal expansion., phase transition, measuring instrument
ABSMACT; This Author Certificate presents a linear microdilatometer for measuring
therinal expansion anti for stuckiring phase trazn:;itions ducLi.1-ity
materials. The microdilatometer contains a quartz tubo witn a quartz push-rod
mounted upon it. Ono and of the quartz push-rod adjoins the surface of the specimen
and the other and adjoins the deformation detector or mochanotron. The microdilatom-
ietor also has a qaar4w-z tube with a calibrated specimen for the difforential-thormal
I analysis, a thermal unit with a programed temperature regulation, a system '&Or
establishing a va=um for the specimen, and a recording instrumnt. The design
provides automatic and remote adjustment of the push-rod on the specimen and for
seTting of the measurement system to zero before the start of the measuromont and
I Ccrd 1/2 UDG: $31.71:082.6

F ACC NR; API
~39
during the measurement procoss. A micrometer screw mochanion which udjuats the push-
rod to the spociman is connected with a reversible electric wtor. Tho =,otor is
connected to the output of the mechanotron which it; included an the zero-unit in the
following system, 'To compensate for the pressure eaused by the measurement force of
the linear motion diatector and the weight of the push rod, the push-rod is fastened
to a link when a specimen is used for studying high ductility materials. This link
is suspended on two flat springs with an eccentric regalator.
SUB CCDE: 14, 2G/ SUM DATE: 29Dsc64

XLEMENTIYEV, N.M.
Bevel.-Ilear cam michanimo Mashinontroltall no. 5j27 Jtr 164.
(MIRA 170)

YIMIIDVI 1,"SLX- Otv,. Is Typask
[Selmdule of suburban trslno,- Moscow loyaroslavets. Moscow-
Xtelf xailroad~ "Amer 19591 mospisminle drishenlis prigorodnykh
poesdaw Koskva-Kalolaroslaysts X~sk*-XlLevskot sh.d.*, leto 1959
godm. Moskva. Tranasholdorlsdat, 1939o 43 p., (KIRA 12:8)
(Moscow region-Rallroads-Timetablos)

ynmwv, P. -
%%M~ wgmAw1mwww41wvww,~
Constructive Industrial
JS '59-
toome. Bove profooluxy 7 nv.12:45-J~6
(XIU 12:9)
I.Prodsodatell sawkem -vapnostroltellnogo %Avoda imeni Tegorova,
leningrad. . (Inventions. Moloyses I

- YERKMOVO. P.I.
Investigation of the din raity oflead oxides. Lakokrar,. mat. i
ikh prim. no.5:43-46 'go Wu 15:3)
1. Yarool&vBkiy tekhnologicheekiy institut.
(Lead oxide)

MnLOV., INL
Vlwdstry and technology of pigmonta" by E.F.Belenlkil [deceased],
1.11.1tiakin. Reviewed by P.LEraUov., IAkokraa.mat.i ikh prim.
no,#2 it$7-~-88 162. WIM 15 15)
(Pigments) (Balenikii, E.F.) (Riskin, Is.)

YFMILOV 0 P416
Ydj,.e:Lle stracttme in aolutions of the po4ethylane gjzn,-Ol ethers
of tri-tert-butylphenole Koll. zhur. 27 no.l.'42-45 Jta-F 165.
(MIRA 18:3)
I., YiLroslavskiy tekhnologichaskiy institut.

bSSR/Cheastry - darbon black F-D-971
Cexd 1/1 Pull., 50 - i4/j.9
Authors Yertailov, P. L, Polyakov, Z. N'.o Syshchikov,!'L. 1.~
Title The temperature of,spontaneous Ignition of c4bon black
Periodical Kbim. prom., 110 7, 435-436 (51-52) 'Oct.-Nov l~54
Abstract Delu!rmined the, temperature of spontaneous ignition of 8 grades of
cewbon black in dry air, moist air,~and dry oxygen,and list the data
obtained. Five references, all USSR, all since 19110. One table.

SOV/137-57-1-528
Translation from: Referat;ivnyy zhurnal. Metalturgiya, 1957, Nr 1, p 69 (USSR)
AUTHOR: Yermilov, P. 1.
TITLE: On the Pickup of Lead Dust From the Air Flow by the Wet Method
(Ob ulavlivanii svintsovoy pyli iz vozdushnogo potoka makrym
sDosobom)
PERIODICAL: Uch. zap. Yaroslavsk. tekhnol. in-ta, 1956, Vol 1, pp 111-128
ABSTRACT: The authors established that gases purified in electrostatic precipi-
tators contain I - 2.2 g/m3 dust, mainly Pb oxides. When dust is
being picked up in wet chambers by heavy spra/yinf th,. gases dis-
charged into the atmosphere contain 0. 1 - 0. 38 ~PbO. The wet
pickup of Pb dust is incomplete because the very small particle
size of the latter leads to adsorption of gases, mainly 02, which
impedes the wetting of dust particles. The use of foaming wetting
agents of the DB and OP-10 types in concentrations 100% in excess
of the concentrations corresponding to a minimum surface tension
(0.15 and 0.3()/o, respectively) brings about an instantaneous expul-
sion of adsorbed"gas, a complete wetting of the dust particles, and
Card l/? the retention of 99.7 - 99.99/o of the dust. The addition of a small

f~If
SOV/1 37-57-1-528
On the Pickup of Lead Dust From thpr Air Flow by the Wet Method
amount of Pb(CH3COO)2 to the wettlhg-agent solutions affords a 50 - 750/0 reduction
in their consuraption while retainin~'the same efficiency. For dust pickup with the
use of wetting agents, the author r~,commends film-type apparatus, When the sur-
face tension of the spraying liquid i~ V - 30 erg/cmZ the velocity of the flowing gas
should not exceed the value corresp'onding to a Reynolds number of 4800 - 4900;
otherwise the movement of gases becomes turbulent causing the rupture of the film
and a foaming up of the solution.
B. Z.
Card 2/2

q~ Ye- ~- MI, / 0 -v,- Pll-. ____ - - __
USSR/Thermodynamics. Thermochemistry. Equil-ibria. B-8
Fhysical-Chemical Analysis. Phase Transitions.
Abs Jour : Referat Zhur - Khimiya, No 6, 1957, 18480
Author : P.I. Yerrailov.
Inst : Ta-r_o_s_1a_7_rT-TMhno1ogica1 Institute.
Title : lafluerce of Superficially Active Substances on
Dissolution Speed of Lead Oxide.
Orig Pub : Uch. zap. Yaroslavsk. tekhnolog. in-ta, 1956, 1, 131-134
Abstract : Thc- ki.netics o:C 'Alissolution of polydispersed PbO -
(3,trtun'3 lithr.11ge) in 20% CH COOK and in tbe solution
of Fb(C-q 1) In prisence of 0.05 and 0.1%
30002 (50 g/ i
of the non-iongenetic wetting agent "DB" or 0.5% sulfite-
alcohol slope was studied. It is shown that the appli-
cation of these superficially active subutances accelera-
tes the process of dissolution several times.
Card 1/1 . 166 -

nammyo P. 1.
AiWIlomtia "Wilft appamtus IwIvAl" a fllter~, Zov,28b. 22 so.3i
61:11.-612 056. (KLIA 9g8)
1. Yaroolavokly ttkbaologlob*Wy Institalk.
(ch"lea appmtun)

A S; p,
Ell
ad
ilt,
Lla "
tj

(0) PHASE I BOOK EXPLOITATION SOV/2122
Yermiloy, Petr Ivanovich
r-
Kh1mlya v narWLnom khozyaystve SSSR (Chemistry in the National
Economy or the U*SR) Hoscowq Isd-volZrAnlys'k 1959. 31 P.
(Seriest Vsesoyuzt2oy* obshohestyo po ramprootranoniyu
olitichenkikh I nauchnykh ananly. Sorlya IVg 1959# no . 11)
t
7q'500 copies printed.
Sponsoring'Agency: Vaesoyuznoye obphchostvo po raspr ostraneniyu
politichaskikh I nauchnykh znaniy.
Ed.s I. B. Faynboym; Tech. Ed.s L. Ye, Atroshahenko
PURPOSE: The book Is Intended for the general reader interested in
the role chemistry plays In the national ocono1w.
COVERAGE: The author discusses the increased use of chemical processes
in various branahes'of the national economy. He claims that the
present chemical production In the USSR Is 112 times greater than
Card 113

Chemistry (Cont.) SOV/2122
that of 1913- It is expected that the volum of chemical
production In the USSR will Increase threefold In the period
1939-1963. No personalities are mentioned. No reforences are
given.
TABLE OF CONTENTS:
Chemical Processing of Fuel
Chemistry Economizes on Foodstuffs
High Molecular Weight Compounds
Plastic Materials
Chemical (man-made) Fibers
Crude and Vulcanized Rubber
Lacquers and Paints
Chemical Processing In Agriculture
Card 2/3
3
7
9
11
18
20
22
23

Chemistry (Cont.)
Chemistry In Forestry
Chemistry In Construction
Chemistry in Atomic Technology
AMIABLE: Library of Congress
Card 3/3
SOV/2122
28
29
30
TN/dfh
8-24-59

YERV=V) ps- I#
"Studies bito the Dependence of the Efficiency of AI)W~phen*). Polyethylencg4col
Ether Solutions on their Structure."
report presented[ at the Section on Colloid Chemistry, VIII )Ondelt-yev Conference of
General and Ap1plied Chemistry, Moscow) 16-23 March 1959.
(Koll. Zhur. v.,21, No. 4) PP- 509-511)

.50) ,
kUTHORt Termilovg P. 1. 507/153-2-1-24/25
TITLEs Application of Non-ionic Wetting Bubstances for
Cleaning ;mot Frost Gasee - - . (Prineasniye noionogennykh
smachivaj,ushchikh veshchestv dlys cohimtki gazov ot
pyli)
PERIODICAL# Izventlyn vysshikh uch*bnykh savedoniy. thimiya i
khimichookays tekhnologiya, 1959t Vol 2, Nr 1, PY 134-140 (USSR)
ABSTALM Wet dust removal is cheap and efficient. Particles of a size
of less than 5 micra are easily collected, irrespective of
their capability of being wetted, Particles of loss than 2
micra offer some difficulties which rapidly increase with
decreasing size (Ref 1). The abovo-moAtioned surface-active
substancon of the type of polyethylene glycol other of alkyl
phenols ILre successfully used in the-mining- and coal industry
as an addition to spray water. (Ref 3). In this article the
author studied the depeAdence of the structure of the
afore-melitioned wetting substances on the efficiency of air
purification from highly disperse lead oxide dust (particle
size 0.6 micronp Ref 4 . Thp authors tested solutions of
Card 1/4 oxyethylated octyl-phenols and tertiary butyl phenols of

Application of Non-ionic Wetting Substances for SOT/153-2-1-24/25
alsliziiig Duit PIM Gases,
different structure. Besides the industrially produced
wetting agents OP-7P OP-10, and DB from the same technical
alkyl phenol a series of preparations was produced which were
oxyethylat*d in different degroest OP-15, OP-25, and OP-45-8.
A second series of synthesized wetting agents-posseaged a
different number of tertiary butyl groups in the hydrophobic
part of the molecule. For the oxyethylstion the author used
p-tert-butyl phenol and 2,4,6-tert-butyl phenol." The -
oxyethyle.tion itself was performed with 98,5 % ethyl'~'ne oxide
(containing 0.8 % acetaldehyde and 0-4 % humidity). 3% NaOH
was introduced as a catalyst and not neutralized after the
reaction. Volatile products were distilled off for four
hours at 150' 0, Table I shows the characteristic features of
the wetting substances enumerated in the title* The surface
activity of oxyethylated octyl phenols is reduced with
increasing number of the.polyether gro,upop in the case of
tertiary butyl phenols it is intensified with Increasing
number of tertiary butyl groups. Table 2 shows the affect
Card 2/4 of hydrodynamic conditions in dust removal exercised by

Application of Non-ionic Wetting Substances for -107/153-2-1-24/25
Clea-4- -Dubt; PrCE G"09
0,15% solution of the wetting substance at 200 under
various conditions of phase contact. The oxperimontal
apparatus is illustrated in figure It On the basis of
the results (Table 3 1 Figs 2, 3) the author arrives at the
following ooncluoionas (1) The amount of surface tension of
the wotting solutions is not charaoterlotlo of their effect of
dust removals (2) It is determined bw the formation kinetics
of the adsorption layerp by their stability under dynamic
conditions as well an by the structure of the hydrophobic
part of the molecule. (3) The afore-mentIoned kinetics of
formation depends on the structurs of the hydrophobic and
bydrophilic part of the molecule, on the concentration of the
surfaco-active substance in the solutiong as well as on the
degree of its hydration. (4) The successful application of
surface-active substances to dust removal depends also on
the *drodynamic conditions. (5) On the strength of this
assumption concerning the mechsninx of dust removal the
author !ug~ested a now highly sffioiont qrsparation - T3
(Ref 17 , 6) By use of non-ionio prepardtions a higher
Card 3/4 degree of the purification of gas from highly disperse dust

Application Of N *on-ionic Wetting Substances for SOT/153-2-1-24/25
Cleaning Dus-t Tram Gazes
in attained with a smaller amount of onergy consumption.
Thor* are 3 figures, 3 tables, and 17 references, 11 of which
are Soviet.
ASSOCIATIONI Yaroslavskiy takhaologichookiy institut; ftfedrs. obahchey
khimicheskoy tokhnalogii (Yaroslavl' Institute of Technology,
Chair of' General Chosical.Technology)
SUBMITUDs November 289 1957
Card 4/4

YERMILOV, P. I., Cand Tech Sci -- (diss) "Application rif solutiojis of
polyethyleneglycol esterJ3 of alkylphenols for the i~ontrol of lead oxide
powder." Moscoiw-Yaroslav:L 1, 1960., 16 pp; (Ministry of Hifrber Education
RSFSR, Moscow Order of Lenin Chemical Technology Inst im D. I. Mendel-
eyev); 120 copies; price not given; bibliography at end of text (10
entries); (KL, 23-60, 121~)

3
SOLOVIYATO Nikolay Vaellyevich, jjjNMT-*-WX IT"gT TwM I CM,
Nikol-ay Antonovichi PrW=l uchastlys ITAN01r, 16.A. ANZO
Aelfb,, red,; WAK, Te.G,q tobwored,
Ei~-iriciplss of safety and fire-prevention toomlows in the
oboxical Industry] Onnovy tokhnUd besopenostl I protivo-
paigheirnot tekhniki v khImichaskol prong blennostl, Moskva,
Goisoxisuchno-tekhaeled-wo khim*lIt-ry# 1960* 393 Pi"I" 13.al)
(Chemical Industries-5slety wasuren)

YERKIL4)V,, Peitr Ivanovich; SHUSTOVA, I.B., red.; NAZAROVA,, A.S.,, teldm.
red,
tGresit chm1wh7l cbemlstry in the cm6tkon of the material base
of c-camunism] Bollsbaia kbizalia; khlmiia v sozdwi ii materiallno-
tekhmicheskoi, bag7 kommunizma. Moskva, Izd-vo 02vaniepw 1962. 47 p.
(Nar-ednyi universitet kullturyt Este stvenno-nauchn7y faIndItet
no,5) (MIRA 15:6~
(Chemical industries)

MMUUNO ]~.I.
Dust collection in scrubbers with flAt pal"4ul packing.
19-lim. i khim. tekh. 1:363-370 062. (MIRA 17:2)

. I XIIDV II.I.
-
Wetting of.,pigmntse lAkWmso sat, i ikh prim. no*4t23-26 063.
(MM 16: 10)
1,, Yaroolavokly tekhnologichookiy inatitut.

YERMILOV, P.I.; GALKHAV, Z.V.; KISELEVAp T.A.; INDEYKIMp Ye-,A.
JPhysiocochemical basis for the intensification of Iron c"cide
dispersion in ball mills& Lakokras. mat. I ikh pr1m. no.5t
!57-.62 163. (MIRA 16ill)

MIKHAYLOV,, V.A.; CHIZBOVO Va.; ANLgimovp V.A.; YEMWVO ~,L; CHUPEYEV, M.A.
~
Intensification of the grinding.of,pigmento in birAders.
Lakokras . mat. i ikh p no*5t64-65 163o (MIRA 16:11)
. t**.

I - .
4
23967
S/113
,/00/000/611/002/007
2,4 1-0 0 7'511 D257/D304
AUTHORS: Bazylenko, G.I., Candidate of Teclinical Sciences;
Yermilov. S Candidate of Technical Sciences;
-,S.
707r_eyev, A.S-. and Makarovskly, O.D.
TITLE: Some results of studies of automobile trains with
powered trailers
PERIODICAL: Avtomobillnaya promyshlennost', no. 11, 1960, 13-17
TEXT: The article gives the results of a study of a powered motor
vehicle train with mechanical power transmission to a single-axle
trailer and a train with electrical power transmission to a twin-
axle trailer. In the fi--st instance a rA3-63 (GAZ-63) truck was
used, specially fitted with a 3MA -151 (ZIL-15L) distribution box
from which torque was applied via a Cardan shaft to the trailer's
axle. In the second instance a ZIL-151 truck with a RA.3-204B
(YaAZ-204V) motor and trolley bus electrical equipment (electric
motor, shunt rheostats, controllers, etc.) was used. Tests were
made to determine: The roadability of trains with normal or with
Card 1/3 fi

23967
S/113/60/000/011/002/007
Some results of studies... D257/D304
powered trailers; the traction properties of trains with normal or
with powered. trailers; the effects of power distribution between
the truck tractor and the trailer on the traiaa total tractive
force; comparative fuel comsumption in trains operating with rormal
or with powered trailers. The roadability tests were carried out
over sand and over snow, while the other tests were held over a
concrete road, on meadow ground, on sand and over plowed ground.
It was found that the use of powered-trailers greatly increases
the train's tractive force and roadability., When the powered
axles are engaged, the tractive force increases more than does the
train's coupling weight. Over rough terrain, a train with powered
trailers is more economical and has a higher speed than a train with
normal trailers. Disparity in the peripheral speed of the wheels
on the truck tractor and the trailer causes the wheels to slip and
slide, theraby reducing the train's tractive force. These losses
vary directly with the kinematic disparity and the wheels/ground
coupling factor. On curves a further fall in tractive force occurs
if the trailer wheels follow a track other than that described by
the truck tractor. This can be avoided by fitting steerable wheels
Card 2/3
v,4

Some results of studies ...
23967
S/113/60/000/011/002/007
D257/ Th304
to the trailer with a turning mechanism that regulates their turn
to the correct angle in rotation to the coupling. The trailer
wheels then track with the truck tractorls. To increase the average
speed of movement over earth roads and roadless terrain, thed rive
to the powered trailer should be adjusted so that the train's rate
of movement is approximately 30-40% the maximum speed of the truck
tractor alone. There are 9 figures and 4 tables.
Card 3/3

4and.t9khn.naukj ANDRSM, A.S.; BRILLING, A.16.; M"AROVSM, O.D.
Inv6stigating tragtion properties of an operating triet-or train
with a boosLer drive of the semitrailer arloo: Ayt,sprou 28 no's:
23v-26 Ag iM'IRA 16;.3)
(Tractor trains-Tooting)

f
F: J
ACC INK, AP`6OV96,50 L
CODEi W/1 W ~i=/004/0~1T/
0 0019
AUTWR: KbJLpd:ov'j_ A. P.; Yormiloy, S. S. (C ences)
andidl leal alell
ORO: None
TITM: Canber of1the rubber tires on a steer4ble semi,trail~~r
SOURCE: Avtomobillnaya provWihlennosV,, no* 14, 19660 17
TOPIC TAGS: tire, industriiLl truck, vehicl 'togiaeariva
ABSTRACT: The authors conalder the effect, of tire:canberlo t1olturning kinomatics of
an articulated track with a steerable double-'axle'semitrali w. 0 trailer i(eight Is
conditionally assUmed to be concentrated at ~-wo points: ~nl the PutbL wheel twd at the
center of the traller frame. A formula Is gl~ (ven for ~he del' xtribigia force of ini!rtia'
away from the center or turning due to the wdight of the tfttle~~ Thlis forct- is bal-
anced by the total lateral force represented"bV the total!0~4=et~il,% Gum of the forces
resulting from' contact of the tires with tho:supporting s4ktme.i These forces diepend
on the camber of each wheel and are defined da the produci~ir Mili e.-oofficient of re-
sistance to conber by the magle of camber, f0 each wh~ojb,~ 11jjeoj,,jft:Lc&l foruiu~Lao are de-
rived for caleaUting the cimber and rwtius 6f turn fOr th(i~ 6=4,~ir of the trailer frame
as functions of the rate of motion for a steerable aemitra~ler. 1 It in found that the
turning radius Increases considerably vIth speed, Erperi*wptal llaita show that camber
Vn%^J Knil 11 n11A C AA1 c

I.XZIUAILOV-# V.*
2. USM (600)
4. Marine Engines - Testing
7. Results of testing a sixty horse-pover engine. Mor. flot 13, Ild. 2, 1953.
9. Month Lint of Russian Accessions, Library of Congress, MW 1953, Uncl.

YMMILOV, V. inah.
INC- . .-)
Saving one zMion rubles. Takh.mol. 29 no.9:18 161.
(MMA 14:10)
(Coqpressoro--Design and ocnotruation)

wjj&W,U~mMldat tW&alchofklkh asuk, dotoonto
4,V!r 7
TosUM dits on d1lut!siatiag stem food puiWi,, Ner.flat,16 ns.8:
gl.Z3 Ag 156. 1 (Km 9 Ila)
I'llIns,
(BUys-ftipmeat =A suppll~) (Amping rAchinwy-Testing)

WE UWAR alladd-deh; VOYNNAMSKIY, Th.A., redaktor; DIZEM, I.M.
ww- riUldfo-r-rz-"-M.WIWI,"IIMONCVA. TO.A., takhnidbeekly redaktor
(Regulating steam distribution In marine stesor powered aschloory)
Regultrovanie paroresprodeloniis sudovykh parovykh mushin. Moskva.
Iscl-vo ONorskol tronsport.0 1956. 129 P, (KLU 10:4)
(Steam engineering) (Narlas engines)

TMMIIA)V, V., kand.tokhn.nauk.
Stems leakage in the play of piston valve bushirigs in steam
engines. Nor.flot 17 no.8:16-18 Ag '37. (MIRA 10:10)
1.,14ningradekaye Tyasheye lashes ruoye morskeye uchilishcho.
(Nerine omens:)

TJRMILOV. Tsl#4tin Georgiyerich; -MINj V-1-o red.; MMIIZHINA,, I.P., takhn. red,
~~ [Cor4susers ~e'nd boat exchargers on ships
e- ~_ I Sudove kondensatmiowe
ustanovkl I toploobsennys apparsty. Uningrad. lad-v* OKorskoi
transport," 1958. 237 P, (MIRA 11:11)
(Condensors(Itesm))
(Best exchangers)

YZUC= V L"Up GoqpjLly"lcbj DDUIOPMISMg AoYaop spotorod.;
MurAwAt Mot tokburod.
[Cnkc*21ing steam distribution of marine 0ow ongiraol
loplimanie lareraspodoloolla odowykit pw"ykh Mobit.
Isdo2st doPo 1 perero Loologred.9 IsAwwo n%rokol tzmapportgO
1961. 202 p. (MIU 3.4 s 6)
Narlas ougims) (SUMM)

YERMILOV V.G.,, doteent; LEVIN, V.M., storohiy nauchnyy sotrudnik
Coatrol of the operating conditions of condemserimstanations on
"Lininskii KomsomolXand "Sergei Botk~n* -type ships. Biul.takh.i..
ekon. inform. Tekh.upr.Min.mor.flota 7 no.10:45-54 162.
(MBA 160)
1. lAningradi3koye vyssheye inzhenernoye mors1roye uchilishche Im.
admirala Makarova (for Yermilov). 2. TSsntr4llnyy nauchno-isfiledo-
vatel'skiy iinstitut morakogo flote. (for Wviii).
(Condensers (Steam)) (Steam turbines, Marine)

YF.RMIIDV.- Valentin Q-1-04--jib -'SK=, A.P., dots., ratsenzent;
- VVLAjurvLIDh.LI, A.1a... nauchn. red.; GOWMKIY, Ytt-V.,
red.; KOTLYAICOVA# O.Ly t*khn. red.
(Operation and testing of marine stow power~plantsj Tekh-
nichaskals e)capluatatsila I Ispytanile sudovykh parosill-
nykh ustanovok. lAningrad,, lsd-vo "Morskai transport,"
1963. 279 p. (MIRA 16:10)
(Boilers, Marine) :;!
(Steam turbines, Marine)

AGAMNOV, Vladimir Andre3revich (deceased];
,glyo,vich; PAFKOVq Yevgenly Vasillyevich; TASILITEV,
V.K.p doktor tekhn. naukf profol retsenzontj PTATEWZE,
S.S.., doktor tekhn. nauk, profop retsenzent; SEMUKOV, S.A.,
nauchn. red.; SMMIOV, Yu.I.p red.; CHISTYAKOVA, H.K.j tekhn.
red.
(Marine condenser plants] Sudovye kondensatsionriye ustanovki.
Leningrad, Sudpromgiz, 1963. 489 p. (MIRA 16:12)
(Marine engineering) (CondenserB (Stem))

L 100? A Ps-4/11~-4/VU-4-W
ACCES5105 HR: s/02h9/63/000/(!05/0d26 dc
J!
yermiiw,~! V. G., cejuliftte of te
AUTHCR:
TITIE. The estim~; iciqni;s~ in the
tion. of ths value of the 1z gik~~ d
coolers of steem- et-eir ejector VrVs.'.
SOWCE*. Sudostr~.0niye, no.N'50 1961 26-27
TOPIC TAGS. stea~i powerpl=ts, cona-ensers, am.;Jet-*Ir: kJ61.'to)~1.F=p3J
heat-transfer coetficient.
ABSTRACT: Thi4i tileoretical p%W 1rxvest4-8mte;;;tbd~'eff6c:t; tb.e 1~~iing s1&faC1!!
and the conditlor~Oi of Vie heat ex6bang~,~ in co~lerli ford isti! jet eJeCt40(J'
-41 nf the JAtt4A_'1 JJV i0 i the he at
C n

d
1
I T. TIM 'WI"V I MI III
s
*
Card

I-V !9
1
I
7

1
1
~ ~~
i
N
4,
,
1
, 1
TP-1 FMTFM:~Ji

!I
phw I,!
I
t Card , 2/2 __ , .
M~l ,
mviw~~~ im
.
.
ism

-1. 1., En;,7r. band. Tech. Sci.
.f I
Dissertation: "On r~ertnln of Ve!cI~rr.4.zed Control. cf thV
, -I -r cf be n-4 r: ' 'f - r~ !:;:j' 1--~- I -- -, - - , f - - - r.
of Lirplane Armnalenl%-_21 ~'oaccct; C-71c r C '_ - - - .--. -2
28 kr 47.
SO: Vechernvaya flo ikv,, Ant-, 1947 (Project 1/17F36)

MIFXIXX.
GUZIN, N.A.;
V.I.; KHEM, A.L.
MethDd-for optimm drilling of gu wells* Gas,prom a*,1:9-12 JT& 156,
(KmA
(Boring) (one, Natural)

DENISOV, G,.G.; YERMLOV, V.I.
Eva:Luating ~he methods used in hydrochloric-aeld treatments. Neft.
khois. 43 nool:56-58 Ja 065. (MIRA 18:3)

14~* it ,
LUTOSHKIN,l G.S.; YERMIILV9 V!41.; DEMIN, A.V.; MCGRAMOV,
Fuvlraulic fracturing in CaE we"Is and its future uses. Gaz. pro-!.
5 no.5:1-6 My 160. (MI.U 14:11) -
(Gas wells-Hydraulic fractur1rig)

DENISM, 0;.C,.; !!~IOLV.I.; PEYSAKHOVO R.M.
wwa
DireictlLonal interval hydrochloric well acidizatLon using a hydraulic
perforator. Neftepron. dolo no.lt2O-24 164. (MMA 17:4)
1. Vo34jogradskiy nauchno-iseledovatellskiy institut, nertyanoy i
gazovo3r promyshlennosti.

CHAYKIN J, 8.1. ; i 0~ ;VAI, V.(;.; YEA,1111MV , V.J.
Intrcducticn of now equipment in metallurgical enter~z1z;s--s cf
the Central Ural. Biul. tekh.-ekon. Worm. Goo.
inst. nauch. i tekh. inform. 17 no.6:3-6 Je 16/..
(1-11FLA 17: 11)

YERMILOV, V,,S.; CHAYKIN, B.I.
V-4 ~--
Planning t1je techn1ral and orgarizational devotlopwrit of an ei'p3r-
prime of nonferroua mtallurgy (on t-~A example of ittit.,brprives !n
the Cen-ral Urals EconomIn Caum.11), Tzv.vyB,ucIIeb.I,.av.; chern.rpt,
8 no.8:190-193 165o (MTRA JW)
1. Ural'skiy politekhnicheskly InstAtut.

YXRKILOV, Vildor Vasil"yevich, Geroy Sotsialietichaskogo Truds;
L.Ye., tekbin.red.
Evoriter's honor] labochmis chest'. 16iterstummia mapial
L.Nsdos"ova. Moskva. Isd-vo Miamnis.0 1960. 29 p. (Too-
solusuce obeheimstvo po asprostranonilu politIchask1kh I
nauc:hnykh snaniie Ser.10, Molodeshmals, no.9)o (NBA 13:9)
(Moscow-NachIns- tool Industry)

MMIoCVp V,,V.1 TSEFTI, A.L.
lowhing of a collective ccwplax,~mtal valfids conoentrate by nean*
of g. zinc sulfate solution, Izv, AN Kasakh,OR, Ser met. obo
i ogneup. no.,'-10-16 060. A ~Wk 14S41
(L~aqhing)

ABIANOV, A.D.; KABAROVA, L.M.; TKACHENK09 O.B.;-IER141LOVI V.V.
Processing of Nikolayovka deposit area* Trudy Inat. met,i
olopshch. AN Kazakb,SSR 3t9O-lCV# 160 (KMA 14:6)
(Blikolayovka region(Kazakhatan)-i"r1rous mqtalO--MGta3.lurg7)
.0

lmllbvf ev,
r4aching of ;Paid* mcontratos with OinItansous Oolutlon of
slamentar walfur bein procipitatod, truO Ust. ist i
Otopishch. AN r4sah. WR 3tlwl$3 960. IKMA 3.4:6)
t . (usching) *
(BuMdes-44stallurly)

Um- V eleow'. Geror Sotsialisticheekogo, Trudas delegat
-.j V,
j4ff Pyezda Zmammi sticbeokoy psAii Sovetskoo SoMm
in the nme of comurtim I OkhretrWa i voto.mtwmkh*,4
no.12:4 D 161, (KU 14 t 11)
1, MomkovWdy sayod ObaNvy pro2etar78-
Knew Technological Innovatione-Mchinery-tool industry)

IRM UOUIM
M041WV, V.'V., Geroy 'Sotsialisticheskogo Truda., elenar'-sborshchik
nVorkar" is the highest title of man on earth. IUD.tekb. 5
ho,8:24-28 Ag 161. OM 14:12)
1. Mookovskiy zavod "Krasnyy proletariy".
. (labor and laboring classes)

TSM,, A*L.; TARASKMIO D.A.; TIAGHSII~Os O#B.j
vAsn'%EVA, V.A.; SUSHORM" S.H.; DUIMWKL, L.S.
Hydrometallurgioal treatment of copper matte. Trudy Irst.
not. i obl,. AN Kazakh. SSR 5:72-76 162a, (IURA 15;3.1)
M
wopper-met&uurgy) (HY&,OMOt&.UUrg7)

The Second All-Union 6nference on Rhenium, sponsored by the Institute of
Metallurgy imeni A. A. Daykov, Academy of Sciences USSR, and the StAte
Institute of Rare Meta][A%yas held in Moscow 19-21 November 1962, A total
of 335 representatives frc~n 83 iicientific, institutions and IndustrfAl Web-
liahments partitApated, Among the reports presented were the 161lowingi
autoclave extraction of Re from Cu, concentrates (A. P. Zeukman and
iA. A. Peredercyov); Re extraction from the gas ecrus p h a a 6 .(V. P.
iSavrayev and N. " Paysakhov), recovery of Re by sorption and ton in-
terchange (V. 1. Bibikova, V. V. l1lichenko.' M D. Lobedey, g,_Shj
T rokhcdzhay *M, V. V. Yerm ilov. Ye. S. Raimbekov. and M. 1.
Filimonov); product f carbonyl Re (A. A. Ginzbt4rg); electrolytic
13 m a
produqt1o of high-purity Re anei electroplating with Be (&' M S I ks
I--
'c~
and gp
u
_A,kUhM jW; Re coatings on refractory metals pr y t erina
1; plas-
dissociation of Re chlorides'(A. N. Zelikman andX.,_ ~.B&MahaLkqv
tic deformation and thermom-O'C-KanTc-art-r-o-alment of Re (YjJ%rap s~v
and Yu. A. Sokolov), growth of Re single crystals and effect of Os on thirr
proj;r- Savitskiy antl G. Ye. Chu ov); Re-bb, Re-W, and
Re-preclous -metal. Ye. M. a t-akfy-. M. and K. D.
A.
.202110-Mab synthesis of Be nUricks,'pilicides, phosphides, ppd -xielanides
A V. S
ov, It. A. Obolono ik, &r Ngftor); weldability of
a R4.1W. alloys M YL _D'Pch9qkO, #LTA_M__G_MX_0v, &rA.Q,_If,
!R!ODQY ; IDOW fts-U14 Of APPHOWOU for We OW Re alloys CAL A, Tylkina
PW R*-A(O allay for A h e rvA a qou-51-0-sm--it,
Panimbovskiy, Yu. A. KochershiN a [WWI
2mtwp mULIY, ao6 4, Asw 103 pp'9243

LEREDEV, K.B.; AGEY-EV, S.A.; YEfiI4ILov:)-V.V.
~ .::.,-I.- ...
Rkjon,'~um raccriery from alkali oolutiono irl rct,'!v;,,J3 of Jor,
and sidgorption. Trudy fnst6 met& I obogs " Xuakh, MIA 9; '134-13 f
114, (Iuu 17:9)

IPATOVI S.S:;, YRRMT,& red.; TINHONOV, V.I., red.; GLADKIKH,
N zolaur. I
[41#; boring machinos U004 in the precision manufacturo of
instrummatel loord1natno-rustochnys stanki v tochnom pri-
borantroonti. Fod red. Z.F.Zndlova. Wookft Ob6rongls,,
1954. 195 P. IMU 160)
(Drining and boring machinery)
(Instrument awWacturs)

FAVLOV., Ivan Petrovich# profe Primina" uchantiyet TATABIRTSEV, A.S,,,
profs; VIDININ, K.F.,, dotes$ RUBTSOV,, M.I.1, dotm.; YEWLOVA
A.A., dote.; HUOVA, M.G.# reds.
(Brooding and mied production of vegstablo crops] Soloktaila i
semenovodstvo moshchafth kullture Hoskvap Sellkhosisdotl
1963,, 279 p. (Km 17:31)
20 r1Dd"mbckmWy institut. la. LV.14lcbirlW (for Tatwintmov,
Videnln,, Rubtaoir,, Yermilava).

RUBTSOVI M.I.1, dote.1 YERM4gU,-", dots.1 CHFMPOVAO O.K., kand.
9111ims.naui-FURIPHINOV, ru.G.0 dots.1 DOROIatOV, A.A., kand.
:
ellkhos.nauk; LITMOVA, N.L , assistant; XMTAFIN, AAs pro-
podant*11; PESHKOV, V.P.g red.; kPOV9 VA.,tokbne red.
(Growing vegetables In the Central Chernosem IW~41on of the
U.S.S.R.]Vyrashchivanis ovoshchei v TSentraltnoi chorno2emnoi
zone.SWR. Tamb:)v, Tambovskoe knishnoo izd-vog .1962. .110 p.
Ob"m 16 , ?) . hch-
1. Sotrudniki kafedry ovoshchevodstva Mi * 'go P.LOGOOVOB
nogo instituta Im,I.V.Miohurina (for all except Peshkov, Popov).
(Central Cheimozem..Region-Vagetable gardening)

A
is. TOW
S/19
B101 y61lOO0101210021007
B110
AUTHOR: Yermilova, G,, A.
TITLE: Effect of fractional composition of polypropylene on its
phy,sicomechanical properties
PERIODICAL: Plaoticheskiye massy, no. 12, 1961, 7-10
TEXT: The author determined the dependence of physicomechanical properties
of polypropylene (PP) on its content of crystallinep atactic, and stereobloo
fractions. A new method was developed for the production of PP on the
basis of the propane-propylene fraction (3q- C3 H6$ 70~* C3 H.) obtained in
petroleum refining. A Hatta catalyst, TiCl 3 + Al(C2 El 0331 is used. The
propane-propylene fraction and, toward the end of the reactionp propane
were used as solvents. This method is much more economical than that
suggested by Natta. The reaction rate is proportional to the concentration
of the solid satalyst and olefin pressurep and does not depend on the
aluminum alkyl concentration. The Moskovskiy neftepererabatyvayushiy zavod
(Moscow Petroleum Refinery) produces a PP with up to 95-96% of crystalline,
Card 1/4.
.;;p

23.418
3/191/61/000/012/002/007
Effect of fractional composition ... BIOI/BIIO
stereoreguilar fraction and. a melting point of 165-170 OC or 170-1720C
depending on the content of isotactic polymer. Products of -this PP are of
high dimensional stability up to 1500C (unloaded) and '135 OG (loaded). At
60 C, PP is soluble in aromatic hydrocarbons. This solubility, however,
decreases as the content of crystalline fraction increaues. The author
used a stabilized PP film containing 6-16% of atactic fraction (determln:,_
tion according to Natta b;f dissolution in n-heptane) . During heat treatm t,
the bulk polymer fraction undergoes thermal destruction of maximum intensi-
ty by which the content of atactic fraction increases. Fig.. I shows deform%-
tion versus stress for PP with different percentages of atactic fraction.
The curve inflection is d-ue to partial melting and oriented recrystalliza-
tion of the crystallites. The stiffness increases and the resistance to
abrasion decreases as the content of isotactic fraction increases. The
mechanical strength decreases (by approximately 12.5~) with increasing
content-of atactic fraction, and0the rupturing elongation increases from
730 to 650%- Botween 20 and 100 C an increase of elongation to 1050% was
observed with 61(o of atactic fraction, to 13006 with 9.8% and to > 1500%
with 16.3% of atactic fraction. The atactic f:raction thus acts as
plasticizer. It raises elaBticityp elongation, and resistance to abrasion,
but reduces the mechan4-c&l strength and stiffness. The physicomechanical
Card 2/4

21416
S11911611000101210021007
Effect of fractional composition B10IM10,
properties of,PP are also affected by the temperature at'which deformation
and processing take place. There are 2 figureal 2 tablest and 6 refer-
ences: 4 Soviet and 2 no?t-Soviet. The two references to English-language
publications read as follows: W. L. Dunkel, K. A. Weetlund, SPEJ., no. 9,
1039 (1960); J. Hatta, Plastics, no. 241 (1958)1 Polymer Scidl no# 16,
143 (1955)-
Fig. 1. Curve: deformation versus stress for PP films with different
Tercentages of &tactic polymer. 2
Legend: (a) Relative elongation, %; (b) stress, kg/cm
Card 3/4

IZRKUWAV,'G A.
Vropylonew (in EngU$hj by T6,.0.J.Kromper. Reviewed Go A*
truilova. Plast.mamy no.808 162. ~MRA 150)
(propruns)

-I---
Card 1/2
Efftat of processinO mathoda on..,. 86
properties were aho!'ra by fil= with salaximu~ of ~'IOA'~mta~t~p fr~6tion and.
high intrinsio visclPsity. Highly vinootau ';oiymerm arfe tidrk OaAly procesned
but the tem'peratuXe~must be higher. - Then :: tho' extruded 0 10 hlo~a up with
cc IleJ4111xiporties..
--illeipd and this improvod the a h :,I i

YEMILOVA, G.Am; ARAY-M-YAN, R.P.
Propertiao of polyproprlene fiims. fla3t. masy nc.2s4i--~O
16.1. (KrRA 27s8)

I -41t) !111,T1 In I t r W ~' i I IP ~1
AC 'Wrt
AP60OU198 SOURCE COMI g[R/ol.911/65/i)OD/012/00!1,/6026
AUTHORS: Yormilova, Go A*$ Hogovaya, so mos ~t~qy, Ydjo
ORG: none
THLE: Investigatl5n of cryst43.1inity and orientation durlli& proodooing of poly-
propyle a M~la by extrusion and pneumatic stretching
SOURCE: Flasticheolklye massy, no* 32., 19651 24-26
TOPIC TAGS: polyM)pylene plastic, polycrystalline film, cryotal 6rientation
I-ZO-tk-61 method, W-30 meumtie stretching machine,,
ABSTRACT: Results Xrom the investigation of th.4 changes in, stailinity and orien-
tation in polypropylene during the process of film gormatiozi ime ptenented. This
work is a continuat:Lon of a series of roports on factors a1te4ting!the polypropylene
film processing and. its mechanical properties (Go A. Yerm:uoviL, 1. 1a. .Slonim, and
Ya. M. Urman* Plastl massy, No. 3-1,, 28, 1964, V. Ye. Gull,:.V.!V. Kqn-lga, E. M.
Rogovaya, and No Fe Grozovaj Vookomolek, soa do$ 110. 10P :LdC#j 19W. The following
methods were used in this stuxly; 1) nuclear magastAc resonan~*Jf to determine the
dynamic degree of cv7stallinity; 2) x-ra7 study of cz7atallimttyl 3) atructure study
under a polarizing iticrosaope with crossed nicola ; 4) datermibiation' of the fuoion
index, using method ISO/tk-.61 at 2300 and load of 10 kg soot 4)) the. "napkin"' method
lr-.A 1/2 UDCs 6~eg.742.3:548JZ

------------------ -
ACC NRs Ap6oo3.49s
and "warping of a cylindee method were used to; low
Aetormirbb thlb! iresial;ance to
temperatures. Film were prepared b7 oxtrusionlrith pne=U6 strstiching on a TIP-30
machine. It was established that wider such coti4itions 4 pai~iRUY;oriented arrital-
line structure is formed. By varying the strot~hing~, in.MatlOav amil cooling roto,
fine-crystalline films with good mechanical properties and h14dh res.1stalace to low
temperatures can be produced. The authors express their gratitude to I. Ya. $10nLaj
Ya, M, Urmanp Go al
m. rahevsk and A V, Xgrr for their help ij~
Orig, art, bass 3 figures and 2 tables,
SUB CODEs 07/ SUBMDATEs none/ ORIG MWt oil
jr 2/2
.1, Mikid WWWWWW"n-1-

L 20377-66 W W/000) /.I' RM
ACC NR: APW)O6543 (A) SOUICE CODEt ljflle)1911651000101110028100~~
AUTHORSt Dontisov, A. A barks qp_t__B. A.
OhG: none
TITLEi Inve3tigation of reaction products f on tho re ion or atactic po
r Ay.Rrq2y4,-
ene with sulfur and dibenzothiazy1disul-ficte an potenti:~ poly~ier stabilizers
SOURCE! Plasticheskiye massyp no* Up 1969y 28-31
TOPIC TAGSi polypropylene, polymers oxidition inhibition, mU'ur chem-10al
stability,
ABSTRACTs It was the object of this investigation to sTntheeslize high-molecular-
weight stabilizers by the interacti,on of 41motic pol (APP) with adfur
or dibenzothinzydisulfide (DBTD) ard to altudy their -JJ~If~ abJ11by An tho
themaoxidative destruction of polymers# : The kineti addition of' vulfur
cs
and (DBM) to (APP) were studied (see Fig. 1). and the ~)Ii"h-'tibh~qtlng action of Lhe
syrithealml cf~mpoundis on tho th-amooxidative deatructivil of ~OP) lias determined.
The inductioit perioda for oxidatimi wom detelrainod attior Ail- d,,, Shlyajimikov, V,
D. Miller, Me Be Heymang Ye. S. Torsuyevap evo Be A, 011~wwv JV:Iyaokonolaks imyc4s
Card 1/2 UN I ; 676.048

L 20377-66!
ACC NRS AP6006,A3'. FA Kinlotica of the 0.
addg.,-- ti". dbB'ID to APP at
40- 2COG 1) sntd sulfur to APP
0 T
Ibk0 at 23 in linixtures containing;
-!I - 6 wt Lrts ~ojt sulfur (2) and
0 Y
110- 10 WV ]Parta of aulfur
6V IM W 240 4W ~W
reaction
2) Aog, 196o). The addition of (ionol) to the
product of the interaction of (APPI with sulfur was:alao jloterOdned,, and
experimental results are presented graphicealy, It was f~ltnd ibat the inhibiting
activity of the interaction products of (APP) with wASur and ~DBTD) depends on
the extent of reactiont the initial products being more: npUva': than the fitial
products, The Anhibitors are equal in tho:L- inhibiting, niPUvAj,y to the inhibiWr
phosphite P-24*~ Addition of ional to tho alIxture of iOdWitctliio.n~productn of (APP)L
with sulfur yidIds an inhibitor of ealwncad antioxidant:1,11,H)PeAlIlis (correlated
action)* Orig, art. hass 1 table and 8 graphs#
SUB CODEW;II/ SUBM DATEt none/ ORIG Wo, 065/ OTH RM W2
Card 2/2
vmb
JimWiNd9i "M P.M. IPIWIII

6 - SOURCE COD& URIOI05[66/000/007/008210083
AUTHOR,: YSEQ&a. 0. A (Candidate of technical sciences), N20m, X. B.(ProfosBor)
MG: Moscow Institute of Fine Chemical Engineering ino' Lomonosoy (Noskovskir
tennologn)
TITLE -. Effect of stabilizers an dielectric propertie of pj:gglene film
SOUIWE: 11ektrichestyop no- 7P 1966, 13"3
TOPIC TAGS: electric insulator, electric insulation, propylene
ABSTRACT: To inhibit thermo-oxidizing destruction, stabilizers have been introduced
into propylens Insulationj howevert theie stabilizers may seriously affect physico- -j-,
mechanical and d1electria prperties o~ propylene film Wulatlon~~ence, the
effect of stabilizers
Santonox) on volume resiBtM-ty, anical strength,
and electric strength of aged (at_100-150C) propylene film was experimentally
determined. It iras found that: (1) Propylene films have high dielectric properties ~.,.4.I
practically independent of hamidity, electric-field strength, and frequency;
~2) Stabilized propylene film have much higher volume resistivity than nonstabilized
3) Stabilized films have constant mechanical strength up to 1250 while the strength'
of nonstabilizel film falls off abruptly at 80C; (4) The electric strength, at
20-130C,, of stabilized films is considerably higher than that of nonstabilized
films. " data presented. Orig. art. has% 3 figures. UDCt 621-315.616.5---e.

L 10336-67 W'(J)/EK(M) IJP(C)- RX
ACC M AF6021'109 (A) SOURCE 0001 VR10413166100010151008610066~
AUTHORS: D ritnisys As Is 1 Farkat Ps Is I LQffijaffat He -A,; XeMilova, G. A. I
Lo
LDopdkinq B. A.-
ORO: none
TITL]Bt A mailb-A for ~rotoctinc polyolefine spinet sonal hQat and light,
1~ class 399 Noo ,!?-M28e -~nounoed by 90 cow Xnatitute- or jr-Ane mical TochnoloZZ
iiM- M V, '91MCMD80V Mookovgkiy inatitut tonkoy khimichookay tawmologiil/
4i
--fidiagd-valmmkonelis
SOURCE: Izobrctprom obraz tov znp no. 15, 1966, 86
TOPIC TAGS: c-:trbon black, polyolefin, light aging, polypropylene plastic
ABSTRACT: *Thi:! Author Certificate presents a method for protecting polyolefine
against zonal Fw_2mg by heat and light as described in Author Certificate No._172033,
To increase the stabilizing activity in the case of aging by heat and light, oul-
applied together with carbon black.
SUB CODEt 11/ sumftmr i6jul65
Pard. 1/1 nct 67044-040,0670.742.316.o46.2

-7-7
NR: Ap6o2gc)i;,
SOURCE CODE: UR/Oa3/66/000/015/0087/0087
AUTHORS: Dontijon- A. A.; Farka,_ Czech, Soo. Rop.)j Ksen, Oi 14.j Yermilova,, 0.
A..j_Dogadk1_n_,17,k,
------- S17-
ORG: none
TITLE-1 A mothad ,~f protecting polyolofina against d Wt and acidso
Class 39, No. lb,.433\Munnounced by Moscow Institute of Fine ChMical ZechnologX im.
M, V, LomoFo-sw7,'M&6kovsk1y inatitut toiNoy kbimicheakoy teklinologli)j
SOURCE: Izobrot prom obraz tov zn,, no. 15, 1966) 87
TOPIC TAGS: pAyolefin, heat re3istance, antioxidant.additive
ABSTRACT: This .1uthor Certificate presents a method for protecting polyolefins
against destruct.Lon by geat and acids by introducing into them a polymor oulfur-I
containing qntio~d ant.V To increase -the offectivonoss of tho stabilization, a sulfi-
~1_
dized polystyro.Llis-employed as the sulfur-containing antioxidant.
SUB CODE: 07/ S'ijDM DATE: 16,Tu165
Card
UDC: 678.71,.W.4-678.746.2216-

SMIRNOV, M.I.; PETROVA, Ye.V.; PUSHKIVAI L.A.j-_)KR_qLl!~YAL
Effect of cortisone on the concentration, of vitamins BI, B2
andl C in the tissues of rats. Probl, andok., i gorin, 11 rio.l-.
78-81 Ta-F 165. (141PA 18: 5)
1. laboratoriya biokhi.mii vitaminov Nauchno-issledovatellskogo
inutituta vitaminologii Minsiterstva zdravookhraneniya SSSR,
Monkva.

KALUGINj N.V,,; YETQ41L(NA) I.A.
7-,
AAbDd for -the protection of textiled against Oar6bluilagiml
dostruction. Izv. vys. ucheb. zav.; tekh.' teksts prdmo, no#4:
30-46 165. (MIRA 18:9)
L Voyemaya akademiya tyla i transportao

I
,YERMILOVA, I.A., aapirantka; KOTETSKIY, M., nauchnyy acta-Ildnik; VOL,"F, A'A',
16ihiG'CAkhn.n&uk, dotsent.
Microbiological resietance of disinfecting polyvinyl alcohol
fibers. Takstoprom. 25 no.11t14-17 N 065.
(HIRA 18.-12)
1. Leningradskiy institut tekstillnoy i legkoy promyshlennosti
imerd Kirova (for Yermilovaj, Kotatokiy).

Ki-jz V. F.; YE RM;
-:et--oxy wid
tojpAher. Lhar. anall. kh1m. -'0 no -el:
lifladimirsk'y
cha,sklkh smol.

ACC GOURCS =tisl V 1/034 14,15AM/0111,0011IM01
V
AUTHOR: Uer~mi As i t);
A t tokiv. I . &MM44rch juioaclate);
A A cent# 'Candidate of ti6lfh1cal scle'Wes)
mont S. Mi. Kirov
ORG: /YerMt1oV,,Mj'Kotetakz7 LITLP '
fee-tent fibers
TITLE- Microbiological resis disin
SOURCE, Teksti.10naya promyahlennoatt
no. nj 1965, 14_iT~ 1
TOPIC TAGS: a athetic fiber, polyvinyl alcoh6l,41ainkectw~~fiWiro microbiology,
T!
microorganism oDntamination
ABSTRACT: A stiady has been made of the resistanceof dlsij~ ptazlt poly(yinyl alcohol)
[PVAJ fibers to microorge-niams which attack fibersi~pro~erf'li ~111esa=tcroorganisms are
more renistant to toutside effects than pathogq~u'ic microorgen~'Lama 01-Tecting hwamin. The
experiments w cluiling the dislnfec-
,Fe conducted with Varioua brandd PVA fib(b. v~,4n
t
tent Iodin-ff/ and R (containing iodine), Let-114fi and Bi land j): th~., latter containing
silverT fibers and the following microorganisms: B . Mi" 2800;i-ricila, Ps. fluoreacens,
and Pa. herbicola. The experimental procedure is a ac~ibod gn th4 oource.' It- waa
shown that diaijifel.-tant PVA fibers are highly resistant to 31 6roo~ganlsms which attack
natural and nondiw:Lnfectant synthetic fibers. ~In other expe-Amen-fin, disinfectant fi-
bers were twisted with natural fibers damaged by microorganimms uz~der natural condi-
tions. Disinfectant fibers Biolan-SS, Letilan:and Iodin-N "eihibited no signs of dam-
age for periods of up to four months. A final series Of e4+rimen~ts conducted with

ACC M AP502E631,
W~xtures of synthetic and fresh natural fibers~
~showed that ~jl~,;Inf~itmnt Riolon and
Letilan fibers trotect fresh natural fibers agmlnst~ miciobe i aittack 10, r at least four
maths. The use of' d1sinfectant PVA fibers In:icombination with natural fibers is
recommended to Limpart protective properties to,fabrics.,* Orig. art bas: 2 figures
and 1 table. (BO)
SUB CODE: //j.0 BUBM DATE: none/ OHIO W 006/ ATD PR:
Card -712

FULOYER., Yuliy* Mironovich; CHISTYAKOVp N.I.v dolctor tokbno naukp
prof.j, retsenzent; AW='Tp M.Yu,,, kand. tsklM-'OaUkP
do'UB.p red.) YIWIWVA, L.P.# red.iSd-vaj SKOTII'MVAt
N.N.J. tekhn. ria'-
[Inductive eloctrmechanical components of comp!2ting.and
dintance-type aervo systwo] IrAuktalowWo eliktrozekha-
nicheskie elemonty vychinlitellrVkh I dletantoi6iftno-
slediashchikh sistem. Moskva, Isd-vo "Mashinostkoenies"
-1964. 293 p. (MIRA 17:4)

PA 249T66
te of Kazakbatan F'o
Erallows wA V A,.
MUI OSSR 0Vol 880 No 50 py go,.gW
O"te that ajnffajogie&l~ StUdies of deposits in
Xibakhatma under . guld=ce of F., V.-
ftuidwov! 0*441:-
A
.-iiiidite to be present 6"S d"Imery
*~.bwring In lwg* q%matitles in tjw 20io
116 amber of d*Wslts ftvse~nted by Aced b~~ S.
Si~'Mvklu 16 Doc 52.
It

C41
-COs It
!lk qva,
40.1
Ir 141
t Cyr,

l ium

15-57-4-4590
Translation from: Referativnyy zhurnall Geologiyar 1957, Nr 4,
p 84 (US3R)
AUTHORS: Chukhrov, F. V., Yermilovap L. P.
TITLE: New Data on the Kerchenitea (Novyya dannyye o kerefteni-
takh)
PERIODICAL: V sb: Vopr, geakhimii i mineralogii. Moscow, 1956,
pp 158-175.
ABSTRACT: A study has been made, using various methods of
investigation, on the Kerchl and Taman' Fe phosphates
in order to refine the existing concepts concerning
their nature. From chemical, optlaal, X-ray, and
thermal analyses of vivianite the authors conclude
that oxidation, during the process of vivianite for-
mation, leads to the accumulation or phosphates of
ferric oxide derived from material which initially forms
,solid solutions of ferrous oxide In phosphates (gamma
ikerchenite, beta kerchenitet and al-pha kerchenite),
Card 1/3 after which it becomes dominant or enters completely

15-57-4-4590
New Date on the Kerchenites (Cont.)
into the formation of minerals (oxykarchenits, bosphorite). The
phosphate of ferric oxide, having formed by the complete oxidation
of ferrous-oxide vivianite, shows no crystalline features even under
the electroi:i microscope. The lines on the debyeograms of different
kerchenitas belong to vivianite, the quantity of which is least In
oxykerchenite. Egueiite should be considered similar to oxyker-
chenite in its formation. Tinticite is similar to bosphorite, but
differs in having a lower content of weakly bound water. The for-
mation of tinticite may be associated both with direct precipitation
from solution and with crystallization of amorphous (to X-rays)
bosphorite. Distinctive solid solutions form in the early stages of
oxidation of vivianite. In these the solvent has a crystalline
structure and the dissolved substance is amorphQus, Hydrolysis during
oxidation of vivianite does not lead to the rormation of free iron
oxides and 113 not accompanied by a marked removal of P. In sub-
sequent stages there probably occurs a gradual hydrolytic splitting
of the amorphous ferriphosphate with removal of part of the ptios-
phoric acid 1'rom it, Picite may be considered an earlier product of
this procensp having been discovered in the Kerch' iron ores.
Card 2/3

Now Data on the Kerchenites (Cont.)
15-57 -4 -4590
Further products of hydrolysis may be azovskite, which has been
recognized in the iron ores of the Taman' peninsula. Limonite, with
a variable P content, may possibly represent the final product of
hydrolysis of ferriphosphates, obtained by complete or almost
complete oxidation of the iron in vivianite.
Card 3/3 G. A. G.

SOV-11-58-8-2/14
AUTHORSs Chukhrov, F.V.# Moleva, V.A. and Yermilove, L.P.
TITLE: New Data on Mitridatite (Novyye fa-77Y~eo ~Ltp)

PERIODICALs 1U
Izveatiya kkademii nauk 333R, Beriya Goologichoskaya, 1956j-1-3
Nr 8, pp 16-26 (USSR)
ABSTRACTs The name "mitridatitell was given by P.A. Dvoycbenko to a liGht-
green earthy substance discovered by S.P. Popov in 1911 among
the iron ores of the Kerch' Peninaula. Atuch lator jilmllar nub-
otancea were described by F.V Chukhrov ind A.V, Sidorenko.
This article is a detailed report on the results of laboratory
studies of these'substances with the applicntion of most modern
means of science. Following scientists took part in these
studies: F.V. Chukhrov, V.I. Stepanov, A.V. Moleva, V.S. Ame-
lina, M.T. Yanchenko, A.A. Voronova and A.I. Tsvetkov. C. Fron-
del (USA) also took part in diSCUS13ion and propounded the theory
that the results of the analysis oi' all these products could
positibly concern different minerals. The iv-~sults of all thc,3e
researches could be summed up as follows. The aiitridatit~? 4-2
a basic ferro-calcium phosphate in which some quaRtity of (FOj
Card 1/2 was presumable replaced by the groups of (0H)4 . Tt2 formula

New bata on Mitridatite
BOV-11-56-8-2/14
is CA FE . f-(PO thr-
2 3 4)3(OH)4-7nff20 , whersi on
equals 2. Its syngony is mono- or threeclinic. Aggregates
of the mineral are cryptocrystallic, earthy - loose or ~cr.~P.
It can be decomposed by acids. Index of refraction - J.-J71.
Some number of particles have colloid dimension and ap~ivar
laminar under the microscope. The geneqis of the mitrjdatitc~
is connected with the alteration of oxykerschenite (addltion
of calcium) or of anapaite (losa of part of calcitirp). It !an
be considered as a metacolloidt containing colloid
There are 5 tables# 2 photo3, 3 graphs and 9 roferencea, 6
of which are Soviet and 3 non-Soviet.
SUBMITTEDt J111Y 18, 1957
ASSOCIATIONs Institut Geologii rudnykh mestorozhdeniy., petro-rafii, minera-
ri
logii i geokhimii All SSSR, Moskvu (In3titute of' Goology -if O:e
Deposital Petrography, Mineralog,( and GeochemiLzitry of th--, AS
USSR, Moscow)
L Mitridatite--Chemical analysis
Card 2/2

GEMOV, F.T..; SINMOVA, V.M.; YIMMILOTA, L,P.,
Mindraloa of bleauth in this widation soneo, Kom Oyvotr.
no. 36-25 160. (MIRA 13:12)
1. lastitut geologii rudnykh mestoroxhdanty, witneralogii t
gookhImit AN SSSR. (Usakhatan-Dismath ores)