SCIENTIFIC ABSTRACT YEREMEYEV, V.P. - YEREMEYEVA, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962720008-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEIMYEVP V.po
jong, &Swciated with it, ~
Danite of easterri Tuva and MiMUM1 fOrmgLt: (MM 16s2) 1
Trudy IGEM no.717191-114 162.
(Tuva A.S,S,R,-Ihmite)

,-,rM=EV,,,V..P. (Moskva)
Tuff, pumice and basalt. Priroda 53 no.202-74 '64-
(MIRA 17t2)
I

ANDREYEV
Yu.N.; VOLCHEK, I.I.; XMIEKEYEV V.P
j PETROV, V.P.;
TODUKOVj, P. F.
Asbestos potential 6f,tin U.S.S.R. 2akonom. raxz. poleza.
iskop. 6: n3-152 162. 1 (MIRA 3.6; 6)
1. Institut geologii rudnykh mostoroshdoniy, petrogr&fii,,
mineralogii i gookhimii AN SSSR i Ministerstvo geologii i
okhrany nedr SSBR.
(AsbeBton)

ACCESSION NR: AT4005964
5/2755/63/000/004/0122/0129
AUTHOR: Beskorovayny*y, N.M.; Zuyev, M.T.; Yeremyev, VeSs
TITLE: Reaction of austenitic chromium-nickel alloy steel with liquid lithium
SOURCE: Moscow. Inzhenerno-fLzicheskiy inRtitut. Metallu.rgiya i metallov-
edeniye chistykkh metallov, no. 4, 1963, 122-129
TOPIC TAGS: chromium nickel steel corrosion, austenitic steel, lKhl8N9T steel,
lithium corrosion, lKhl8N9T weld corrosion, steel corrosion, lithium induced
corrosions lithium attack
ABSTRACT: In continuation of earlier work by the authors.on lKhl8N9T austenitic
stainless steel, corrosion resittance and room temperature mechanical proper-
ties were determined following 100 and 500 hours exposure to liquid lithium
or argon at 1000 and 1200C. Test specimens were rolled sheet, lx3xl4mm, both
unwelded and welded. The test conditions did not significantly affect either
velded.or unvelded specimens. Intergranular corrosion occurred during exposure
to liquid lithium, vhich was found to diffuse deeply into the steel surface
(see FLg..l of the Enclosure). In liquid lithium, the stee.1 corroded at a rate
Card 1/3

ACCESSION NRI AT4005964
of 0.034 g/m2 /hr. at IOOOC and 0.388 g/m2/hr. at 1200C. orig. art. has: 2
metallographic sections, 6 tables and I graph.
ASSOCIATION; Inzhenerno-fixicheakiy institut, Mog*
Institute) cow (Engineering Physics
SUBMITTED: 00
DATE ACQ: 17Jan64
ENCJ,: 01
SUB CODE: M M NO REF SOV: 004 OTHER: 000
Card 2/3

ACCESSION-- NR: AT4005964 ENCLOSURE: 01
a
0
Aj
Card 3/3
Fig. 1 Concentration curves showing
the distribution of lithium in the
surface layer of IKhlBN9T steel
after exposure in an iron vessel
at IDOOC. Ordinate - Li concen-
tration In.%; abscissa depth
in mm.
depth mm

KOK 1:0.
,kuthor: TIC;H, D. , Dr. of Techn. 3-z-1. , Ed.
Full Title; t3R.L,L Or- "ITUS CITI
Tr~-,nslitcratr.,J Title: Aarolotos"yenLka -:1-orolav. i -Iorodskikl-i po3cl!:ov
Pifolishin- Data
Orl~;imtin.- A~cacy: 'Nona
Publishin~ 11ou3e: PXbllshin~; House of th-3 ~:Lriisstxy of Co.-z.=al of
the 11U~ SR
Date: 1953 111'a. pp.: 355 No. of conics: 5,0C0
w1itorl.al Staf f
Editor: Bonch-3ruyev--ich. 11. D. loch. None
E,11tor-~.n-Oh1cf; 11one Appra-lonr: 'None
Othorot. ~.,'oparaEe Chapters Ywrrittan by: De~iiol,o, V. F, (Intro,l-u7. t, Ion,
Chapters U. III, 7i, 7111 and Sarantsev, N. ",.Oh. I) ; Purla"w, A. Ye.
(Ch. r!) ; Tol:~s%ciy, V. S. and 3etler, S (Ch . V --, nd DO ~v 77 S
(Ch. Vill); 50'mlova' Of th'~' St..-lin Pri-.~e r1,
Tqyt RAn
Oovi)ra~e: ThJr, ij n hamlbool~ In vhl.ch I,hO T.T-~~19~nnoa of r2nr.Lal
Photo,!rap1'jy arr! o-atllnr~-], partlcul-rj"- thoir ajplic'ltion in vl:~p:,!.ri'~ -,i-A
city :3--tt1rnncntv fro::,. ac.-ria-1 photoL~rap-Y inow-1-ativo3. The nair, -Lz Or,
roc-nduror, in trd,,L-,~,, acrial photo~~rap~s, nrocnn-.-Ln~ the no nrvl lnf.erpr-tln~
.1 :71.oun-t--i
~Tlle positives. Equipmunt for ne:;aAiver, 1--,ns~i:l -n- '.. N

AID
.11 as for roc--~3~lnz an-I
f
multiolex) is outlinc-, V,:~ry briefly ~,.-ithoul~ ~,ivin~ nny J-1for-
j-'ation. Uany tableo are of practical help for thoce vho en--a~c in picture
talflnZ- and m.-iL.-Ucal prozessin-, of However, no ne-17 or rpecial
nothods could 'oe found in this m!iritml. Tiblon, dia -raii-z.
U

DMM), Viktor Filippovich; YMLV=Iff, V.S, 7adaktor; KUZIMIN.
G.M. , takhnicheskiy r~~o
(Aerial photography In geodesy] Aerofotocoodesii&. Moskva.
Isd-vo oodezicheekoi lit-ry, 1955. 422 P. (KLRA 8:9)
~Pflhotographyv Aerial) (Photographic surveying)

BESKOROVAYNYYO N.M.; YEREMEYEV,, V.S.; TOMASHPOLISKIY, Yu.Ya.
Diffusion mobility of lithium in iron and steels. Met. i metalloved.
chist. =t. no.3t233-248 161. (?URA 15t6)
(Steel-Me+Allurgy) (Lithium) (Diffusion)

OVECHKIII, Ye..K.; DROZIN, KUTSYZLI, M.I.; SHES"TAKOVA, L.A.;
E NY
GERASDC .0, Ye.I.; PrinirAli uchastiye: YEREMEYEV, V.S.;
KATx0II,'CHEIsKO,, V.A.4 VORDIOUILIL,, L.A.
Scale formation in distillation columns of the soda manufacture.
Zhur.prikl.khim. 34 no.9:1987-1995 S 16L (MIRA 14:9)
(Distillation apparatus)

FANOV, V-LI MITKEVICHj N,D,j MTYUNNIKOVAt T.L; YEREMEVt V-5-
0--~
Effect of the conditions of mass crystanization process on the
quality of ammonium chloride suspensions and crystals- Zhur.prikl.
khim. 35 no.4:705-717 Ap 162. (MIRL 15:4)
(Mmonium chloride) (Crystallization)

BESKOROVAYNYY, N.M.; ZUYEV, M.T.; YERE14EYEV V.S.
interaction of austenitic chromium-nickel steel with liqu'i
lithium. Met. i metalloved. chist. met. no. 4:122-229 16)o
(MIRA 17:5)

BESKOROVAYNYY, N.M.;~- RrLIE~YEV?'j'.~.; ZUYEV, M.T.; IVANOV, V.K.;
jy~
. y
TOMASHPOLISKIYJ, Yu. ~.
Corrosion resistance of.iron in lithium. Met. i metalloved.
chist, met, noo 4:130-IL43 163# (MIRA 17:5)

SPONLOVICH, Georgly Goorglyevich, prof. PrJnijrall uchastiye:
KUDAITSKIY, D.Icl.; ZEEVIL, F.I.; BAKH, M.K.;
-tIOI0KC',,, V.P.; G,7F.TSaIOVA, X.N.; HAYES, F.L.; Z A KI ~'-PL V ,
P.M.; DRYNEK01 V.F., doktor tekhn. nauk, prof., retsenzent;
ZAKHAROV, V.K.., prof.p retsenzent; MIROSIRIIKOV ' V.S., dots.,
retsenzent; BELOV, S.V., doktor sellkhoz. nauko red.
[Use of aerial photognphic surveying and airplanes in
forestry; aerial photography of forestu and forest aviation]
Primenenic aerofotoollemki i aviatsii v lesnom khozinistva;
aerofotos'ler,ka lesov i lesnaia aviato-iia. lzd.2., dop. i
ispr. Moskva, Lesnaia promyshl., 1964. 485 p jMlaA 17:10)
1, Kafedra lonnoy taksatuJi i lououstroyatva 531orusnkogo
tekhnologicheekogo!fnatituta (for Zakharov, Miroshnikov).

YMUMEYEV9 V. Th.
"Determination of the Limits of Mitogen6tic Activity of the Ultra-Violet Part of the
Spectrum,," Doke AN., 27., No. 8, 1940o

TIMOFZYEV~ P.P.j,_WWAM) V.V.
Main terrigenous and mineral associations in the rocks of the
Jurassic coaJ-bearing formations in the southwestern and central
parts of the Angara-Chalym trough. Litl i pol. iskop no.2:106-126
iMMA l7t6)
1. Geologicheskiy institut AN SSSR,

ItA.-66 (
VT IJP(c) JD/G6
ALL NRt AP5028-713 SOURCE COM UR/0363/65/001/OU/186W/1072
vidakly. M. Teremeyev, V.
AUTHORt Mil G.#, GTIshina_LS. P.; V.
ORG: Giredmet
TITLE: Distribution of impurities in silicon siUle crysta!9 in growing by the
-Czochralski method
j SOURCEt AN SSSR. Izvest.1ya. Reorganichaskiy materialy, v. 1, no. 11, 1965,
1864-1872
TOPIC TAGS: silicon single crystal, phosphorus, arsenic, antimony, aluminum, boron,
C -single crystal growing, crystal impurity
ABSTRACT: The study was carried out an silicon single crystals doped with various
concehtrations of phosphorus, arsenic, antimony, aluminum, and boron and grown in
the direction by the Czochralski method. The distribution of impurities in
various cross sections of the crystals was investigated by selective anodic and chem-
ical etching, and the single-probe method of resistivity measurement was used for
quantitative determinations. Several systems of growth bands were observed In the
ingots, and possible causes of the formation of periodic Inhomogeneitles are examin-
ad. The affect of the nature and concentration of the doping Impurity and the growth
conditions on the manifestation of the "face effect" In single crystals In discussed.
UDCs 546.28t549oSS
Card 1/2

L[ HW - ~
&;4 ---.-2/2

VLQ
AVri(O,q'. Kroll, L. Ya; Ponomarov, N. M.; Rakovj V. V.; Yoremoyovo Ve Vo
ORG.' Gireckot
TITLE*. Datormination of the diffusion coefficients of arsenic vapor in argon and
helium
SOURCE: AN SSSR. Izvestiya. Neorganichaskiye.materialy, v. 39 no. 29 1967, 275-279
TOPIC TAGS: arsoniev gas diffusion# argon, helium
ABSTMCT .6 The diffusion coefficients of arsenic vapor in argon and helium wero delor-
minod in the 1.8-5.5 abs. atm. range by Stefans stationary method. Ba3ed on experi-
-mental data, the diffusion coefficients reduced to standard conditions were calculated
to be: in Ar3, DOABI~ = (o.nnoxOQ cm2/soct and in Hos DOA54 = (0.04t0.009) cv?-/soc.
The absolute experimental error did not oxcood 554. In the invostiRatod range of tom-
poraturos and prossuroal t6 diffusion coefficients of arsenic vapor wore inversely
proportional to the total pressuro of the nixturs, at constant tomDorature; this be-
havior confirms Loschmidt's law. It is shwm that a good approximation of the ton-
porature, dependence of the diffusion coefficient at constant prossure is the Mmlel-
lian m6dol of intermolecular interaction., which oxeressos the parabolicity of this
dependence. Orige art* hasl 2 figurosi I table and' 3 formulas.
9UB COD;-",,t 0?/ SUBM DATE: 28Dec65/ ORIG REF1 002
Cord _I UDC: 5331.151546.19

Soma CODE: uR/o4l3/67/000/003/0018/06-18
INVENTOR: Abayev, B. I.; Hillyidakiy, M. G.; Yeremeyev, Y, V.; Mityukhinj N. F.;
Petrov, Yu. A.; Ofitserov, K. D. ------
: None
LE, A device for growing single crystals. Class 12, No. 190864
'ISOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, no. 3, 1967, 18
TOPIC TAGS: single crystal growing, quartz, electromagnet
STRACT: This Author's Certificate introduces a device for growing single crystals
,decomposable compounds by pulling from a melt in a crucible. The unit contains a I
artz chamber of uniform diameter with inspection window and a hollow quartz rod for
tating and moving the seed. To rotate the crucible at a controllable rate and to
ntrol. the rate of rotation and motion of the seed, the unit is equipped with statiozi-
y electromagnets consisting of water-cooled copper tubesand rotatable pole pieces.
quartz needle bearing is used for amooth rotation of the crucible containing the
UDC: 542.65:548-55
1/2

sm
F
^%-%- T"I , A137009052., 1.
I. I
I ,
I
I
1'. 1

TXF3KMW, Ye.; HAKSIHOV, Av; RUBINSKIY, Yu.
Zvprove theiraining of personnel engaged in the setting of work
standards for the mining Indnst27. Bots.trud 4 no.1:99-101 Ja 159.
(MIRA 12:2)
(Mining engineering-Study and teaching)
(Production standards)

TMMP
Working dicuments of the chief ph7sician in the district hospital.
Zdrav.Roo.Yeder. 3 n0-7:13-17 Jrl 159. (KM 13:1)
1. Is Turnarskogo bollnichno-poliklinichoskogo ob"yedineniya Chuvash-
dkor ASSR. (KIDICAL RECORDS)

YERMunly
IL
Organisation and carr7ing out of meetings and conferences in the
district. Zdrav.ltos.7*dor. 4 no.2t23-27 F 160. (MIRA 130)
1. Is Burnarekogo bollnichno-pollklinlebeftogo obeyedineniya,
Chuyambakoy ASSR. (PUBLIC Muint RUJIAL) \14"

GUSEV, V.V.; KHEM.- Yu.A.; SAMOKHVALOV.. G.N.; KHOLODILIN., A.M.
Mathematical model of a ship. Trudy IZI no.31:11-14 160.
(MM 15:2)
1, Kafe4ra teorii korable Leningradakogo korablestroitellnogo
instituta.
(Mathematical models) (Stability of ships)

POPOV9 A.D., inzh.,* YEREE~M-V, Yu.A., inzh.
Experimeatal automated cold storage warehouse built with vibro-
cast panelB. Khol.tekh. 40 no-5:4~45 S-0 163. (MIn 16:11)
1. Giprokholod.

L.~Ildk~Oi4 S.A. ; SYPCHENKO, O.A.; YMMYEV, Yu.11.; YAKSANOVA.
AM RUBINSKIY, S.I.
Outdoor day naps during the cold season In the treatment of night
sleep disorders. Vop.kur., fizioter. i lach.fit.kullt. 22 no.3:
17-21 MY-Je 157. (MIRA 11:1)
1. 1z Pvatigorokogo klinicheakogo otdoloniya (zav. - profs YeeYse
Stavokeya) Ballnoologichaokogo institute no Knvkazakikh Minerall-
nVkh Vodakh (dir. - doteent I.S.Sevoshchanko) I klinichookogo
sonatoriya Pyatigorskogo kurorta (glavW vroch O.N.Smolenskaya)
(INSOMNIA) (SLEEP)

ASSOROV, V*Vo; 7ERM(ETEVA* A-I-
. Y.G. zhimankov, 1881-1949;
79-81 151. Wimenkov,
obituary. Biul. XOIP Otd. geol. 26 no.Z:
WRA U:5)
Viktor Gavrilovich, 1881-1949)

RABINOVICH. 5.D.; YHREHUMA, A.,L.
Cretaceous and Tertlary deposits m the @intern slope of the Urals
nnd in the tranaLOral region. fr~* Oere-gool.inst.ne.24:187-2o6f56.
(Ural Hountnin tpgion-Ooolog, StrAtigraphic) (mm 10:1)

,-Y2AZMSY4VA, A.I.
Now species of Yoraminifera from Cretaceous and Terti*ry sediments
in the Aastern slope of the Urals, Trudy Oor,-geol. In'st. no. 28:9-
15 '57. (MIRA 11:10)
(Ural Mountains--Yoraminifera. Fossil)

YEP&MMAp A.I.j BEIDUSDVAq N.A.
Stratigraphy and faum of Foraminifera of Cretaceous and Paleogene
sediments in northern Kazakhstan.. the trans-Ural regionp and the
eastern slope of the Urals* Mat.po geol. i pol Iskop. Urals, no.9t
3-3-12 161* (MIFLA 15:3)
(Ural Mountain region-ForaminiferalFoBsil)
(Kazakhstan--Foraminifera,FoiisU)

I A. S.
'A Case of Spontaneous Rupture of the Stationary Aorta," Arkhiv Patol,P 119 No. 11
1949.
Mbras Pathologico-Anatcmic Dept.., Ryazan' Oblast Hosp. im. N. A. Semashko, 1947.

GIFOOLID, A.I*;_ 2202mm&k
Problem of megaduodenum. Vast. rent. i rado no.6:22-27 IF-D 154
J4 (MIU all)
. Irentgenologichaskogo otdalenl7a, (zav. A.I.Gingolld) J.
patologoanatomicheakogo otdolenlys, (zave X.LSoboleva) detskc7
klinicheekoy bollnitm7 imeni N.F.Pilatova (gl&vAY7 vrach M.N.
xail~tina) I kliatki detako7 khirargii 11 Xoskovskogo meditain-
skoto ifistituta imeni I.V.Stalina (way. kafedro7 prof. S.D.Ternovskiy)
(DUCiMNUM, abnormalities
megaduodenum)
(ABNMALITINSO
uegad~odenum?

SOBOIAVA. H-L; YMMYRYA, A.S.
Pathogenesis of persistent fistulas appearing in the soft tissue in
children following Injection of penicillint anatoxin, and other
drugs. Arkhopst. 18 no~7:126-131 056., (MIRA 10:1)
1. 1z patologoanstomichaskogo otdoleniya (zav. N.I.Soboleva. naurhny7
rukovoditall - daystvitalinyy chlen AMN SSSR prof. M.A.Skvortsov)
Detskoy klinichaskoy bolinitay iment Yilatova (glavnyy vrach M.N.
Kslugina)
(INJBCTIONS, complications,
fistulae of soft tissue on site of inject. in child. (Bus))
(YISTUIA, etiology and pathogenesis,
Inject. causing fistulas of soft tissue In child. (RUM

SOBOIXVA, H.I., YMUMMAt A.S. (Hoskya)
Case of generalized smallpox vacciuntion Evith euwmr7 in Inglishle
Arkhopat, 20 no,787844 158 (MIRA 11:9)
1. Ix prosektury (nnuohnyy rukovoditall - daystvitellnyy chlen-
ANN SSSR prof. U*A. Skvortnov) Detakoy klinichaskoy bolinitey iment
Filatova ( lavWy vrRah X.No XMIA181na).
VAGOINIAt In Info & ohild.
fetal generalized (Rue))

*A"R'.,~W
SOBOL&VAt N.101 MMXMMVAg A.S.
Noblem of Joetterer-4iwo disease@ Arkhopat, 22 no*3364-69
t6o. (UffTMM68IW3 DISEASS) (KMA 13112)

SOBOLEVA, N.I.; MUMMA, A.S.; VOIXOV,, M.V.,, dr. med.tauk
Pathcmorphological characteristics of ontooblastoclastcmas in
children. Ortop,ptravmA protew. ro.1002-18 161*' (KIRA 14:10)
lo Iz patologoanatomicheakogo otdeleniya (zav. - N.I. Soboleva)
Detskoy klinicbeskoy bollnitay im. N*F* Filatova (glavvvy vrach -
L.A. 7orokhobov) i iz kliniki detakoy khirurgii 2-go Moskovskogo
meditsinokogo institute. im. N.I. Pirogova (zar. kafedroy - chlen-
kor. AMN SSSR prof. S.D. Toz-novskiy Edecaaaed]),
(BONES-TUMORS)

YEREKEYEVA, A. S.; AKHKE7.'YBV, N. M. (MoBkva)
Carcinoid of the bronchus in a child. Irkh. pat. no.4:68-70 162.
. 1. Iz patologoamtomicheskogo .otdeleniya Nav. ff. I. Soboleva)
bolinitay imeni Filatcnra (glavny7 vrach L. A. Vorokhobov) i
otolaringologicheBko7 kliniki (zav - prof. I. I. Sboherbatov)
pediatricheakogo fakullteta II Mos;ovskogo-meditsinakogo inatituta.
(BRONCU-CANCER)

VLASOVA, A.N., kand.med.nauk; YERE24EYEVA, A.S.; LANDA, N.M.
Erythromyelosis (Di Ouglielmols disease) in a IC-month-old
girl, Pediatriia no.7:76-77 161. 1 (MIRA 14:9)
1, Iz kafedry gospitallnoy pediatrii (zav. - prof. K.F Popov),
.kafedry propedevtiki detskikh bolezney (zav. - prof, V:A. Vlasov)
II Moskovskogo meditsinakogo instituta imeni N.I. Pirogova,
dizenteriynogo otdeleniya kzav* - zasluzhennyy vrach SSSR P.I.
Bogomolova) i patologoanatanichookogo otdelenlya (zav. N.I.
Sob-oleva) na. baze Detakoy bollnitsy imeni N.p. Filatova (glav-
nyy vrach M.N. Kalugina).
(LEUKEMIA)

50) SOV/69-21-3-1/25
AUTHORS: Bartenev, G.M. and,_X~~~
TITLE: The Structure and Structural-Mechanical Properties of
Inorganic Glasses
PERIODICAL: Kolloidnyy zhurnal, 1959, Vol XXI, Nr 3, pp 249-256
(USSR)
ABSTRACT: The author reports on some experiments intended to de-
termine the structuro-mochanical properties of inorganic
glasses. According to the Zoviot scientist P.A. Rebin-
der, diffractional methods which,prove so useful for
the investigation of crystalline matter, are of little
value for the study of disperse phases, high polymers,
organic and inorganic glasses. The study of the struc-
tuml-mechanical properties of inorganic glasseii, i.o.
particularly of silicate glasaes,-is, therefore, of
great importance for the.ascertainment of the struct-
ure of these very compli6ated materials. The author's
experiments have shown that at certain temperatures the
Card 1/3 structural frame of inorganic glasses is little re-

I
SOV169-21-3-112-
The Structure and Structural -Yiechanical Properties of Inorganic
Glasses .1 .
sistent and easily disintegrates under light loads, but
that it is partially restored after their removal. The
main reason for the solidification of viscous glass,
when cooled, is the process of vitrification. The ag-
gregation process and the thermal history, he,'.,ever'
play an important role in the formation of the glass
structure, whiCh appears in the change of mechanical
behavior of samples of the same glass sort. The author
maintains that inorganic glasses (massive glasses and
glas3 fibers) occupy a position intermediate between
thixotropic colloidal systems lomd high polymers. This
assumption is based on the behavior of inorganic glas-
ses above the softening temperature and requires 1) the
presence of a temperature region of deformation of the
elastic typet differing from the high elastic deforma-
tions observed beloW the softeftinG temperature, and 2)
the presence of thixotropic properties. The structu-
ration processes above the vitrification tempera-
Card 2/3 ture lead to the formation of a network,

SOV/69-21-3-1/25
The Structure and Structural-Mlechanical Properties of Inorganic
Glasses
the elements of which are evidently chains. In addi-
tion to the above-mentioned Soviet scientist the fol-
lowing names, which are all covored by references, are
mentioned in the article: V.V. Tarasov, G.M. Bartenev,
A.I. Bovkunenko, A.F. Zak and Yu.P. Man1ko. The ar-
ticle was delivered as a report at the Fourth All-
Union Conference for Colloidal Chemistry, Tbilisi,
1958. There are 10 graphs, 1 table and 16 references,
13 of which are Soviet, 2 English and 1 French.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatellskiy institut
stekla, Moskva (State Scientific Research Glass In-
stitute, Moscow)
SUBMITTED: 19 April, 1958
Card 3/3

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84505
I.S721 21D 1109, S/190/60/002/004/005/020
3004/BO56
AUTHORS: Bartenev, G. M., Yeremeyeva, A. S.
TITLE: Mechanical Propertiesiv of Inorganic GlasseB Within the Range
of Anomality, and Their Structure
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, 110. 4,
pp. 500-513
TEXT: The authors investigated the behavior of glass rods in the
temperature range 0 - 9000C. The samples were subjected to torsional
or bending stress. A Table gives the mechanical characteristic values
of the following kinps of glass: marblite, 'BB/ (VV, vertically dralm
glass), T~P -5 (TF-5,'Prich in lead), K-3 LK-L.~borosilicate glass), 13-6
ass poor in alkali), I NTo-18, glass rich in zirconium),
(13-Vt 91 4 -18
barium-1 thium glass, 3C-5V (ZS-5K, orosilicate glaus), 3r,-511a
(ZB-5Na,N~borosilicate glass), I r116 (P-116Vphosphate glass), optical
glasses of the topes ~)-l (F-1)\'~Lnd K-8 (K--8), and, for comparison, the
organic glasses\YCVC,-30 (S-K5---370, ebonite, and plexiglas. As the authors
Card 113

84505
Mechanical Properties of Inorganic Glasses 3/190/60/002/004/005/020
Within the Range of Anomality, and Their B004/BO56
Structure
observed an arbitrary and spontaneous deformation in a previous work
(Ref. 5), the samples were heated before being stressed, in order to
bring about relaxation. Fig. I shows the data for the toroion (torsion
angle T - f(toC)); Fig. 2 the data for the banding streas (ang in
relative units as a function of temperature). Fig. .3 shows the kinetic
deformation curves at various temperatures, and Fig. 4 the arbitrary
deformation of glass during heating. From these experimental data the
authors arrive at the following conclusions: The mechanical properties
of inorganic-glasses in the, imperature range of the anomaly (between
vitrification- and flow te.t..,.erature) are different for large and for
small~streases. In the case ",.a low atress,-highly elastic deformations
like inpolymers, Here: .^om, conclusions are drawn as.to,a chain-
like - structure. As the plas-tic- ra-ng-e- -. depending an the-steric structure
is very narrow, glass behaves like a highly viscous liquid under high
stress (of more than I kg/cm2). The glass contains two kinds of residual
stress: elastic stresses as a consequence of quenching, and "frozen"
highly elastic stresses which manifest themselves by arbitrary deformation
Card 2/3

84505
Mechanical Properties of Inorganic Glasses S/190/60/002/004/005/020
Within the Range of Anomality, and Their B004/BO56
Structure
during heating. The thermal pretreatment influences the structure and the
mechanical properties of glass within the range of the anomaly. In this
range, the glasses exhibit also weak thixotropy. These reversible
processes of structural re-formation have as yet not been explained. On
the basio of their highly elastic and thioxotropic properties, the glasses
are similar in their mechanical behavior with polymers, on the one hand,
and thixotropic colloids, on the other, and therefore have a complex
structure. According to their composition and pretreatment, both chain-
like and colloidal structures with distinct microheterogeneity were
observed. The authors mention papers by P. A. Rebinder (Refs. 1,2), P. P.
Kobeko et al. (Ref. 4), Keler and Kozlovskaya, V. A. Kargin and T. 1.
Sogolova (Ref. 6), and V. V. Tarasov (Ref. 8). There are 4 figures, I
table, and 9 references: 7 Soviet, 1 British, and I French.
ASSOCIATION: Gosudarstvennyy institut stekla, Moskva (State Institute of
Glass, Moscow).
SUBMITTED: December 24, 1959
Card 3/3

gill 2203 BOII/BO78
AUTHORSt Bartenev, G. M.p Yeremeyevap A. S.
TITLEt Is Boric Anhydride a Polymer?
PERIODICALI Vyso komolekulyarnyye soyedineniya, 1960, Vol. 2, No..12,
pp. 1845 - 1849
TEXT% The mechanical properties of vitreous boric anhydride have been
studied above and below the temperature of vitrification and have been
found to be similar to those of organic polymers and dispersed systems.
Softened vitreous B 203 is in a highly elastic state like organic poly-
mers. The velocity of the irreversible flow is a function of stress. The
rheologic curve of vitreous boric anhydride at 32200 is shown in Fig. 5.
Above the yield point, Newtonian flow was observed. The 3heologic curve
of boric anhydride resembles the rheologic curves of dispersed systems.
Vitreous boric anhydride is a linear inorganic polymer with short
chains. V. V. Tarasov is thanked for a discussion. There are 6 figures
and'q references: 4 Soviet, 3 US, 1 British, and 1 German.
86328
811901601002101210151019
Card 1/2

86328
Is Boric Anhydride a Polymer? 8 19 60/002/012/015/019
B01 7YT3078
ASSOCIATIONt Gosudarstvennyy inatitut stekla Moskva (State Institute
of Glass, Moscow)
SUBMITTEDt May 25, 1960
Card 2/2

IZ67
3/190J61/003/005/010/014
I!F,.Z 12,0 B110/B220
AUTHORS: Bartenev, Go M., Yeremeyevap A. So
TITLE., The rheological qualities of inorganic glasses above
vitrification temperature and their structure
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v.3, no. 5, 1961, 740-747
TEXT: The viscosity, characteristic of the glass structure, is of particular
technological interest in the anomalous temperature interval Just above the
vitrification temperature. In the anomalous viscosity range (10 13- 10 a
poises) the viscosity decreases down to equilibrium. Glass specimens of
bar form having 30 mm long and 8 mm thick necks were tested by means of
torsional stress above the vitrification temperature Tv (Table 1). The
shearing stress T and the shearing deformation I depends on the distance
r from the bar axis: T w Mr/n01 y a ar/l (2), where M - torque p R - neck
radius of the specimen; a -twisting anglel I -length of nook. The
velocity of the irreversible flow and the character of deformation depend
on the stress. Fig. 1 shove the deformation-time curves for "1TpoKQ1r"
Card 1/10

'-*5,67
S/190/917003/005/010/014
The rheologioal.. B11O/B220
(Prokat) glass at a stress of 0.1 kg/cm 2, which Is below the yield point
2
Tm 441 kg am The flow shove not much viscosityO but reversible deforma-
tion prevails which is highly elastic in the beginning. The curve of
Fig. 2 shows viscous Newtonian flow following -r -Idy/dt (4) for a stress
above the yield point. Figs. 4 and 5 show rheological curves of tested
glasses, consisting normally of 3 partsi 1) According to P. Rehbinder,
flow occurs under small stresses at practically undestroyed structure with
constant Newtonian viscosity. 2) 'With increasing stress, the restoration
of structure does not compensate the destruction and, thus, the viscosity
deareasee. 3) Under heavy stresses the steric structure is completely
destroyed and the viscosity reaches the lowest constant valueilm which
corresponds In order of magnitude to that of the pure dispersion medium
(solvent). It remains constant for further inurease of stress,
corresponding to the Newtonian flow. In this rectilinear part of the
rheological curves which have the form of an S, similar to those of
disperse systems, there occurred, in the case of further stress increase,
destruction of structure and gradual transition of the total mass of the
glass bar to viscous flow. For 'rm < 'To (go 0 yield point), the whole glass
.Card 2/10

The rheological ...
22567
8/19bj6l/003/005/010/014
B11O/B220
bar is elastic, for i m> To, the glass bar is divided into 2 sections;
1) the external concentric section between the radii r and R is a highly
viscous liquid, 2) the internal section with radius r deforms itself still
as elastic body like the polymers. ~Thus, r -Rr 0/-tma If T m is a multiple
of -ro,.the elastic section is negligible. At all points of the glass bar
is: 7 -7 elaet. +7 'gisc. I T - -Telast. + 'r Viso.0The use of (2) and (4)
results in: % -Up/nR4da/d t. In anomalous state, inorganic glasses are
highly elastic! like polymers, however only for small stresses below the
2
yield point obtained thermomeohanically between O.i.and 0.5 k9/CM . The
viscosities indicated in Table 2 coincided with the values found by
M. V. Okhotin, based on the chemical composition of the glass. With regard
to the great dependence of the rheological glass properties on temperature
the following particularities were stated: 1) the viscosity ilm increases
-quickly with decreasing temperature (for an increase of temperature from
60000 to 7100C -the viscosity of "Prokat" glass decreases from 2.40 10 11 to
Card 3/10

S/1 /003/005/010/014
The rheological... B I I Off, 0
8
2.6-1o poises); 2) the higher~the temperature, the lower the yield point
'(Fig. 6), The activation energy of the viscous flow was determined for the
same glass (Fig, 7), whereby a linear dependence was found. For "Prokat"
glass, it was obtained as being 1014cal/mole. For a similar type of
glass M. V. Okhotin and Andryukhina, laboratoriya silikatnykh splavov
Instituta atekla (Laboratory for S 1
I icate Melts of the Institute for Glass)
found an activation energy'of 100.15Rcal/mole based on the chemical composi-
tion. According to R. L. Myuller 'the actual values are 2 to 3 times less
because of the incomplete rupture of the chemical binding forces. The
effective viscosity is a function of the stress: I -T /Vmj for small
stresses q _T6 .1013poises it is' con!stant in a certainmrange of stress.
The thermomechanical 'curves of inorganic glasses are similar to those of
LA polymers. In both cases, the moduli of elasticity in the highly elastic
range are lower by some powers of ten than those in the gaseous state.
Since inorganic glasses in anomalous state show properties of polymers
and dispersed systems with steric lattice structure, the existence of a
loose steric lattice in the glass is assumed. Probably, the chains are
formed by weak (silicon-oxygen etc.) primary valence bonds, which explains
Card 4/10

14
S/190/61 003/005/010/0
,
The rheologioal.... B110/B220
the lop stability of the lattice. There are-8 figures, 2 tables, and
12 references: 9 Soviet-bloc and 3 non-Soviet-bloc. The reference to
the English-language publication reads as follows: Ref. 10: ?.,Rehbinde~r ,
Faraday Society Discussion, 1954, No- 13, 151-i6o.
ASSOCIATION: Gosudaistvennyy institut stekla (State Institute for Class)
Gosudarstvennyy pedagogicheskiy institut im. V. 1. Lenina
(state Pedagogical Inatituto imoni V. 1. Lonin)
SUBMITTED:. September 1, 1960
Legend to Table 1:- 1
Type anct number of glass; 2) qoftening temperatu3re,
0
T
9 C; 3) denominations of the princibal-oxides; 4) not; 5) sheet of
V
industrial "Proka-9,11. no. I ; 6) electrovacuum glass 3C-5 (Z3-5) 11K11, no. 2;
eloctrovacuum 91tt
e 3C-5 ZS-5) "Ila", no. 3; optical glass T~-5 (TF-5)?
R t4-

temperature at which the
a
no. 4; optical g1 a ip -1
-1) ,no. 5- 1T
O
l
highly elastic de rmation begins to develop (30C/min.
!velocity).
I

Card 5/10.

2536(j
A
Y
T'i 'e
C"i -1 ~,'A 1

A

a I t 0 J r t
:jc- i n t
"k UOVI
Lc-,h ao d a Th

Parts I , J
TI
Tr

o t e t,

.
'
t
1
~,
A
a
a u t. om a ta 11 y Q c.
u

Tekhn i cl,,~
r t va

t t s 0 i;

ap pa ra u
a-Ithor in t!
.
do,t
-
,

Card

5 1-1-1
3/032/61/027/006/011/010,
A method for the torsion tent ... B1241B203
teMperatures above vitrification point (Fig. 3) show that the lever
indicating instrument is unsuitable for such purposes. Fig. 4 shows the
results of.tests of nonloaded specimens at temperatures above vitrificati
point; the reveal that on"heat'ing the glass specimen without a load in a
carefully compensated device above vitrification point a spontaneous
torsion of specimens occurs in positive and negative direction. This
effect occurs in all glass types and cannot be observed with the device
described in Ref. 3. This phenomenon is due to the presence of "frozen"
elastic stresses whlose relaxation sets in at temperatures above vitrifi--
cation point. With the apparatus described, it is'possible to study ela
and~highly elastic deformations, irreversible flowin plastics, inorgani
6--lasses, and various vitrifiers as dependent on various factors. There,
are 4 figures, 1 table, and 6 Soviet-bloc references.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatellskiy institut stekla
(State Scientific Research Institute of Glass)
Card,3A

TARASOV, V. V.; BAFCMI G. M.; YEREMEYEVAI A. S.; RATOBYUKAYAp V. A.
"On polymeric nature of vitreous arsenic trisulfide."
report submitted for 4th All-Union Coaf on Structure of Glaosp Igningradj
16-21 mar 64.

YEREMEMA .,.A-. S.; BARTENEV., G. M.
''. I
"Highly elastic properties of organic and inorganic glasses In connection with
their structure."
report submitted for 4th All-Union Conf on Structure of Glass, Leningrad,
16-p1 mar 64.

--~Qy: -A: A P 1 iti 9i-
T 4 13E, '0"

L 12889-616 EWP(e)/EfiT(m)/EWP(b) W11
J'ACC--NR, AT6000486-- SOURCE CODE: UR/0000/65/000/000/0167/0171
AUTHOR: Tarasov, V. V.; Bartenev, G. M., Yeremeyeva, A. S.; Ritobyllskaya, V. A.
ORG: None
TITLE: Polymeric character of y1trc%
~karsenic trtqulfide
SOURCE: Vsesoyuzp2Le soveshchanlye po stekloobraznomu sost~yanlyu. 4th, LenfnEprad,
,1964. Stekl raznoye sostoyanlye (Vitreous state); trudy soveshchaniya. Leningrad, lzd-vo
Nauka, 1965, 167-171
TOPIC TAGS: arsenic compound, sulfide, glass property, thermomechanical property,
polymer
~ABSTRACT, Specially heat- treated vitreous arsenic tr (sulfide was stud led by the resonance
method, in which the value of the resonance frequency characterizes the elastic properties,
and the width of the resonance peak shows the magnitude of the dissipative forces. The
measurements were taken at 136.6 kc at room temperature. All the samples were
characterized by an exceptionally high compressibility (av. 6. 2 x 10- 12 cm2/dyne), and the
effect of the thermal past on the volume compressibility was Insignificant, This high com-
pressibility is attributed to a pronounced heterodynamism, 'which to apparently due to the
fact that the basic structure of vitreous As283consists of chain formations bound by re-
latively weak forces, and the compression takes place primarily at the site of weak bonds,
I Card 112

L 12889-66
ACC NRt AT6000486
The dependence of the Internal friction on the thermal past of the glass was determined, 0-
thermomechanical curves for As 2 83were plotted, and the temperature dependence of the
elongation and coefficient of thermal expanstIon was studied. The data show vitreous As2 53
to be a genuine polymeric material. Orig. art. has: 6 ftgures$
.SUB CODE: 11/~JBM DATE: 22May65/ ORIG REF: 002
2/2'~
Card

Y-PREMEYEVA S. (Moskva)
I
CmgOnjt&j Ift&ligrarit tumor of the leg. Arkh. pat. 26 rc.".76-F1
I U. (MIPA 1822)
1. PatologoanatmIcheskoye otdolen3ye N-%v. N-1. Sobolev!i) DO,-
skoy klinicheskoy bollnitsy imemi. prof. N.F. FJI.atova (glRv---y7
v-rE*c:h L.A.. Vorokhobor).

AUTHORS: _Yeremeyeva,_G_.,and Berdyshev, A. SOV/126-6-5-26/43
TITLE: Collective Electron Model of Anti-Ferromagnetism of
Transition Metals (Antiferromagneti= perekhodnykh
metallov po modeli kollektivizirovannykh elektronov)
PERIODICAL: Fizika Metallov i Metallovedeniye, 1958, V01.6, Nr 5,
pp 929-930 (USSR)
ABSTRACT: Lidiard (Ref 1) applied the collective electron model
to explain antiferromagnetism. of transition metals.
He assumed the d-band to be in the form of a parabola.
In some cases the parabolic form is not a good
approximation to the real band. The present authors
assume a rectangular band suggested by Wohlfarth (Ref 2),
i.e. they assume
-j (G) - CON129
where N is the number of electrons and 6 is the
Fermi energy. Magnetization of sub-lat~ices in the
absence of an external field J now given by Eq.(2a).
The authors ,expression yielded better agreement than Lid-
iard's results (Ref'l) With the experim6ntal data of Shull
Cardl/2 and Wilkinson (Ref 4) on the relative intensity of

SOV/126-6-5-26/43
Collective Electron Model of Anti-Ferromagnetism of Transition
Metals
the antiferromagnetic superlattice -peutron diffraction
lines, which are proportional to El. Paramagnetic
susceptibilities % and -k wbre also calculated.
Heat capacity was fAnd to ha4 a discontinuity at the
Neel temperature. This discontinuity was greater by two
orders of magnitude than that obtained by Lidiard (Ref 1).
The problem of this discontinuity cannot yet be settled
by an appeal to experiment, since empirical results are
contradictory (Refs 1,7). Comparison of the expressions
obtained by the authors with those of Lidiard shows that
the form of the d-band is*of little importance in the
temperature dependence of antiferromagnetic order and
in paramagnetic susceptibility but it gives different
results for heat capacity. There are 8 English references.
ASSOCIATION: Urallskiy gosudarstvennyy universitet imeni A.M.Gorlkogo
(Ural State University imeni A. M. Gorlkiy)
SUBMITTED: June 26, 1957
Card 2/2

MIROSHCHENKO, Stepan Makarovichi TUR9 Viktor Aleksandrovichj YEUKJKMA.G.p
red.; ISBEDEV, A., tekbn, red,
.[Procedure for cozputing and paying the turnover tax] Poriadok is-
chioleniia i uplaty naloga a oborota. Moskva, flefinizdatt 1961.
13U P. (MIRA 1418)
(Sales tax-Accountind
I

VINOKUR, R.; YEREK9YEVAj 0.
OThe otate budget of the U.S.S.R.0 IV A. M. Alsksandray.
Reviewed by R. Vinokur,, G. Eremseva. Fin. SSSR 23 no.121
84-86 D 162. OMIRA 16: 3.)
(Budget)
(Alokeandrovp A. M.)

VINOXURP R.;. lq~j G.; MKHEMI F.
Lenin's principles of control are put into operation. Fin.SSSR
37 no,015-25 Ap 163. (MIRA 1624)
(Lenin# Vladim1r I1110h, 1870-1924)
(Auditing and inspection)

MIM)LINY N.,, inzh.; VAKULENKO, T.,, inzh,; YEREMYEVA. G,,, inzh,
. ''.
The 6F4F triode-pentode. Radio no,9s54-55 S 163o (WRA 16:12)

YLW4-9X9VA G. V.
Woulation of currents In the North Atlantle., Okeanologila 4
no-5013-914 164 (MIRA 18al)

Ir
ACC NR. AT6016539
Cff)
AUTHOR: Yeremeyeva. G. V.
ORG: None
SOURCE CODE: UR/2634/65/000/085/0045/0052
TITLE: The calculation of baroclinic layer flow in the North
SOURCE: Moscow. Gosudaretvennyy okeanoRraficheskiy instit t. Trudy, no. 85,
1965. Teoriya i metody raschetov techeniy i neperiodicheskikh kolebaniy urovnya
prilivov (Theory and methods of calculating currents and acyclic fluctuations of
water level and tides), 45-52
TOPIC TAGS: ocean current, ocean dynamics, boundary layer theory
ABSTRACT: Applying methods in boundary-layer theory, P. S. Lineykin (Izv. AN
SSSR, ser. gqofiz., no. 6, 1962) studied ocean currents within the baroclinic
flow and showed the dependence of the circulation of the ocean on the shape of
the zero surface. The present author uses Lineykin's method, equations of
mdtion, equations of continuity, and the nonlinear equation of turbulent mass
diffusion (in cylindrical coordinates), and the chart of Defant, based on
experimental observations (Wisnenschaftliche Ergebnisse der deutschen atlantis-
cher Expedition. Meteor. Band VI. Zweiter teil, Berlin, 1941), to calculate
Card .1/2..

L 35093-66
ACC NK: AT6016539
the deep sea.circulatLon of North Atlantic regions for the sumer months as a
function'of the shape of the zero surface. Data on the tangential wind intensity
were borrowed from K. Hidaka (Computation of the Wind Stress over the Oceans,
Reprinted from Oceanographic works in Japan, vol. 4, no. 2. 1958). The
gradient of sea water density used is from the paper by A. M. Muromtsev (Basic
Traits of the Hydrology of the Atlantic Ocean, Gidrometeoizdat, M., 1963). The
results, presented in the form of maps, are in good agreement with experimental 1
observations. Orig. art. has: 17 for-11as and 3 figures.
SUB CODE: 08/ S.UEM DATE: 00/ ORIG REP: 005/ OTH REP: 002

XAjtDjgXP~A,,,'Pa1ina Fedorovnap- ILIVICH, Anna YakovIevnar TKACmfKO,
Geora-~tiWavibbi *ZVKUN, A.G.,, Frof.,, red,; EHJZX'iDu'.LTe.,
red.
[Principles of savings management]'Osnovy -sberegateltnogo
dela. Moskva, Finansy, 1965. 107.r. (MIRA 18:5)

MEM, rEIVA Y r:-,- 11
I ~Y
CalculAtion of the c-urrents of the baroclinic layer of thr-,
North Atlantic. Trudy GOIN no-85:45-52 165.
WIPA 19: 1)

YEfOMEVA, G,V,
1-1z, - W-aa"~. ~- "
Calcul=04-~i-of drift currents In the North Atlantic. Tra.Tjr Golli
no.75149-57 164. (MIRA 17Q0)

YEREMEMAs K. 14.
YEREMEYEVAj K. M. - "Growth Changes in the Skin and Itair CoveringE of
Fur-Bearing Animals.n Sub 29 Dec 152, lbscair Fur and Felt Inzt.
(Dissertation for the Degree of Candidate in Biological Sciences).
SOt Vechernay kva
,a Moo January- December 1952

USSR / Farm Animals. Wild Animals. q-4
Abs Jour : Ref Zhur - Blol., No 10, 1958, Io 45236
Author i-,Yeremeyeva, K. M.
Inst Not-glvmr--
Title The Development of the Cutaneous Glands in Fur Animals.
Orig Pub Tr. Moak. vat. akad., 1957, 16, 55-63
Abstract The sebaceous glands exist in silver-black foxes, blue Arctic
foxes, and rabbits; the sweat glands are absent in rabbits.
The incipient sebaceous glands in silver-black and in blue
Arctic foxes appear first on the nape, on the 33rd day of the
development of the foetus, when the incipient hair is
already present, The newborn pups of foxes have fully devel-
oped aebaccous glands which, however, have not yet reached
the size of the glands of the adult animals. 7ho r
size and activity of the glands is attained in the fall and
in winter. This is connected with the processes of therno-
regulation. In rabbits, the incipient sebaceous glands first
Card 1/2

USSR / Farm Animala, Wild Animals. q_4
Abs Jour : Ref Zhur - Biol.) No 10, 1958, No 45236
Abstract : appear in the form of single Glandular colls on the 20th day
of embryonic development. In the 20-day old r-abbit, the
glands are fully developed. In foxes, the incipient sveat
glands appear on the 37th - 38th day of the development of
the foctus. The sweat glands in foxes and blue Arctic foxes
have similar structure., but in the latter they are much less
numerous, and less developed. The development of the sweat
glands reaches its peak in summer (July-August); in winter,
their number decreases. In furanimals, -the sweet glands
are considerably less developed than in domestic animals.
Card 2/2

YEMEYEVA, K.11~ I roforent
Determining the strength of blast furnace burden rAterials at
high temperatures (from "Blast Furnace and Steel Plantpl, no.5,
19601. BiuL TSI1C11M no.1:50-52 261. (MIRA 14:9)
(United States-Blast furnaces)

Production of low-phosphorua foundry ;rcm [from "Iron and Coal
Trades Review," no, 4795p 1960]. Diul. TSIIC194 no.2sO_-1,1)
,61. (MIRA 14:9)
(Great Britain--Cast 'iron)

YEREMEYEVA, K.N.
r
,- - ' * lirI-colling of blast furnace hearth bottoms [from "Journal of
Iron and Stool Institute,," n0-4 M :54-55
., 19601. BiuleTSHCH, Do,,4-
161. MU 14:10)
(Great Britain.-Blast furnaces)

Collective Farms
Affairs and the pecple of the "Bolshevik" Collective Farm. Krestlianka 31 No. 7. 1952
Monthly List of Russian Accessions. Library of Congress. September 1952. Unclas3ified.

. - -),-- 11 1 ~ ~ 1 7 /11, - -- - -- -- - -- - - ---- - - --- -- -- -- ---- - - --
/4- / Izz - -- - '
MAWS I H.; D AO H*L., red*; GORIKOYA, Z.D., takhn.rod.
[A great force] Bol'shais eila. Hoskva, Goo.izd-vo a .allkhot. lit-rys
1957. 47 Pe (MM 11:3)
(Agriculture)

LAGMIOV. L.L., kand.tekhn-nauk.; TEGOROVA, L,11., kand.tokhn.nauk.;
FSKRINA, N-L, kand.tekhnonauk.,- YLROOR WIA, M.N., mladshI7
, -
4P7 W~v
nauchr sotradnik.
Studying acid preservation of fish and fish offal. Trudy VNIRO
35:115-130 158- (MIRA 11:11)
le Laboratoriya novoy teltuologii Vi;esoyusnogo nauchno-isaledo7at ell -
sko 0 Instituta morskago rybnogo khozyFqotva i okennografii.
f7ishery products-Presorvation) (Acids)

YEGOROVA., L.N., kand.takhn.nadkj YERE KXEL,~~ mladshiy nauchnyy sotru"
Various method of food meal preparation from fresh and acid
preservation fish off.alo Trudy VNIIRU 45S134-138 162o
(MIRA 16-5)
(heds) (Fish moal)

YEREWMA M.Y. (Kaliningrad)
Arithmetical preparation for the study of exponential functions,
Mat.v Wcole no.603-34 N-D 162. (KMA 1611)
,(Functions, Exponential)
(Mathematics.-Study and teaching)

Yerev,.yeva, IN.
IIT~,p Effect of Stivilption of the Jrnln on tj-,,j Functional Activitv
of Min Ukmininri :33R. Dnepropetrovsk
State Medical inst. Kursk, IQSI~ (Dissertation for the degr'De of
Candidate in Medical Science)
SO: KnizImAyi latonis' 14-0. 27, 2 J111Y 1955

YERMILYEVAs
XX5DUQ(Mt,N. M.p Cand Mod Sci -- (diss) "Ef feet of stimulation
of the cerebrum upon JOtR functional activity of the reticuloendo-
tholium." Rostov-oh-Don, 1957- 13 PP (Rostov-on-Don Stnte Med
Inst), 200 copies (KL, 52-57, 111)
- ill -

YEREMEYENA. N. M. Cand Tech Sci - (dies) "Mathods of 4*-+owwri=c or
"YI-IU LMA-
basie toohnologioal time and improv*L~~ the quality of
L-V% )0(4
the boring, oounterboring,and unrolling of gray 4ha* iron." Mosl 1958
16 pp (Min of Higher Eduoatkon USSR. Mos Automeohnnioal Inst), 100 copies
(KL, 13-58, 96)
-52-

~ovna,* GALET, M.T., kond.tekhn.3tauk, red.;
r II VVA lei 0 VAA 4., 4U.. A". , ' Vre =da; SHIJUTOTA, G.V., takhn.rod.
(Drills] Svorla. Pod red. M.T.GaleiA. Konkva, Goo.nauchno-
tokhn.izd-vo mashinostroit.lit-ry, 1959. 103 P. (MIRA 12:10)
(Twist drills)

PHASE I BOOK EXPLOITATION SOV/5598
Yeremeyevap N. M.
Obrabotka otverstiy v detalyakh iz serogo chuguna; puti snizh-
eniya osnovnogo tekhnologicheskogo vremeni I uluchsheniya
kachestva otverstiy pri sverlenii, zenkerovanii I razver-
tyvanii serogo chuguna (machining Holes in Gray Cast-Iron
Parts; Ways to Reduce the Cycle Time and Improve the Quality
of Drilled and Reamed Holes) Moscow, Mashgiz, 1961. 126 p.
Errata slip inserted, 4,000 copies printed.,
Sponsoring Agency: Vaesoyuznyy nauchno-issledovatellskiy instru-
mentalInyy institut VNII.
Ed. of Publishing House: 1. 1. Lesnichenko; Tech. Ed.: L. P.
Gordeyeva; Managing Ed. for Literature on Metalworking and
Machine-Tool Making: V. V. Rzhavinakiy.
PURPOSE : This book is intended for technical personnel in the
metalworking Industry.
CaNtnIA

Machining Holes in Gray Cast-Iron (Cont.) SOV/5598
COVERAGE: Xnformation is given concerning the machining of holes
with hard-alloy-tipped drills and rough and finishing reamers.
Tool wearp the built-up edge, and metal-sticking phenomena are
discussed. The practicability of decreasing the cycle time for
rou6- and finish-reaming operations'is considered. Investi-
gated,are the surface accuracy and roughness of drilled, and
rough- and finish-reamed holes as they depend on cutting, wear,
and cooling parameters. Recommendations are made relative to
the improvement of tool design; the selection of optimum tool
geometry, cutting regimes, and type of hard alloy; the appli-
cation of cooling; and criteria fbr dullness and other conditions
for efficient tool utilization, Methods'for increasing labor
productivity and decreasing the cost of machining holes in gray
cast-iron parts are presented. No personalities are mentioned.
There are 28 references, all Soviet.
TABLE OF CONTENTS:
Ch. I. Machining Holes in Gray Cast Iron
Improving the design of drills, rough reamers, and finishing
dard-,;~2/6

PHASE I BOOK EXPLOITATION SOV/5581
Moscow. Dom nauchno-tekhnicheskoy propagandy.
Vy-wokoproizvoditellnyy rezhushchiy instrument (sbornik] (Highly
Productive Cutting Tools; Collection of Articles) Moscow,
Mashgiz, 1961. 3511 p. Errata slip inserted. 10,000 copies
printed.
Sponsoring Agency: Obshchestvo po rasprostraneniyu politicheskikh
I nauchnykh znaniy RSFSR. Moskovskiy dom nauchno-tekhnicheskoy
propagandy imen! F. E, Dzerzhinskogo,
Ed. (Title page): 11. S. Degtyarenko, Candidate of Technical
Sciences; Ed. of Publishing House: I. I. Leanichenko; Tech.
Ed.: Z. 1. Chernova; Managing Ed. for Literature on Cold
Treatment of Metals and MachIne-Tool Making: V. V. Rzhavlnskiy,
Engineer.
PURPOSE : Thin collection of articles is Intended for technical
personnel of machine, Instrument, and tool plants.
Card-::-l./--6-

Highly Productive Cutting Tools (Cont.) SOV/5581
COVERAGE: The collection ctontains information on the following:
new brands of high-speed steels and hard alloys; designs of
built-up tools and tools for the machining of holes; tools
for machining heat-rzesisting and light-metal alloys and plastics;
tools for unit-Irzad machinea and automatic production lines;
and methods for the sharpening and maintenance of carbide-
tipped tools. No personalities are mentioned. There are 56
references, mostly Soviet. References accompany some of the
articles.
TABLE OF CONTENTS:
Foreword
1. NEW 'PIRANDS OF HIGH-SPEED STEELS AND HEAD ALLOYS
3
Geller, Yu. A. [Doctor of Technical Sciences, Professor]. Highly
Productive Hlgh-Sp~-ed Steels 7
C a r d -__ ---/- 6

Highly Productive Cutting Tools (cont.) SOV/5581
Smirnov, F. F. (Candidate of Technical Sciences]. New Types of
Carbide Alloys for Cutting Tools 22
II BUILT-UP TOOLS AND TOOLS FOR MACHINING HOLES
Akimov, A. V. [Candidate of Technical Sciences]. Advanced Designs
of Single-Point Tools 43
Morozov, F. 1. (From the Experience of the Zavod imeni Kalinina--
Plant imeni Kalinin). Application of Ceramij Materials 65
Yerameyeva, N. M. Geometry of Tools for the Machining of Holes 79
Fadyushin, I. L. Carbide-Tipped Boring Tools for Machining-1b2as
in Frame-Type Parts go
Erenkrantsp L. G. Tool Designs for Machining Precision Holes ill
Markov, R. I. New Design of a Broach With Carbide Blades 128
Car-d--3/6

IFMMYEVA2 N.M.1 FEDYAYEVA, V.M.
Device for grinding drills with a diameter up to I =. Stan.
i instra 36 no,8:23-24 Ag 165, OIM' 18:9)