SCIENTIFIC ABSTRACT MATVEYEVA, YE.P. - MATVEYTSEV, P.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033010011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

)UTVNMAI YOOF* .
Fhytocoemoti,,. classification of berbaceow vagetatiom and its
arrangement in types according to agricultural use in the bay-
landis and pa4stures of the Soviet Baltic area. Trudy Bot. imst.
Sere 3 no. 1;!%229-252 160, (KM 14t1)
(Baltic Sea region-Paetures and meadows)

MLTVBMA, Te.P.
Scientific session on problems In the establishment and use
of cultiTated pastures. BDt.shur. 45 no.6:931-935
Je 160. (MM 3.3 -' 7)
I* Botanicheekly Inetitut In. T.L.Kowrova A)mdemli nank
SSSR, Leningrsd.
(Pasture reeserch--Congresses)

MkTVEY&TA,, Ye.P.
_nciples amd fragzapts of the olassification
and typology of tht
_~,*-egqtauon-, of MeSIM4,
opd pab~uvm as exampUfied by the Soviet
area. Trucir list. biol. UIP AN SWR rsb.270-15-122 061.
(MRA 17:2)

,*~ ~Aqle~.Po
Sigbth InternatioW. GrasolmA CaWsmo. Bat. sbur. 46 w. 2s306-
3n P 261, (KM 3Js2)
I* Botazichookiy insititut imo V.L. Kmarova Akademil mauk
SSSR# Loninpad.
qKs

HATVEYEVAV Yeg
Sixth excursion of Soviet Baltic Bot&nists. Bot.zhur. 47
no,3090 11119 Hr 162, (MIRA 15-0)
1. Botanicheakly institut imeni Romarova AN SSSR, Leningrad.
(Ealtic States--Botany)

14ATVEYEVA . YO.P.
Scientific conference on experimental geobotany. Bot. zbur. 47
no.7.-:LO6:L-:LO67 il 162. (MM .15:9)
1. Botanicheskiy institut imeni V.L.-Komarova AN SSSR,
Ieningrad.
(Botanical research-Congresses)

MATWVAP Ye. P., kand. blolog. nauk
Goobotanical Conrerence In Ruawda. Vent. AN SSSR 33 w.l:
87-ft Ja 163. (MM 2611)
(PbyW;,vograpby-CoWeais9m)

NORCHAGIN, A. A.; MATVM.'EVA, Ye. P.
"Forest types of the FOOP19119 Republic of Rumanial tv S. Pascovski
and V. Leandru. Reviewed by I. A. Norchagin 1. P. Matveeva.
Bet. 2hur. 48 no..3t455-456 'Ar 163. (MIRA 16W
1. Botanicheskiy institut imeni V. L. Kmarova AN SSSRj
Leningrad.
(Raman1a.-Forest ecolo ) (Pascovski, S.)
(I*..mdru, V1.

EROGIS, K.; MATVEYEVA., Te.P.p red.
fperennial cultivated pasturea In Lithuania; their fertiliza-
tion and use) M4,,Oletnie kulltuMe pastbishcha Litvy; ikh
Udobrenie i ispoll'zo~anie. Pod red. E.P.MaUsevoie Villniusp
AN Lltovskoi SSR, 1964. 501 p. (MIRA 17:4)
1. Botanicheskiy !mdtitut AN SSSR (for Matveyeva).

MATVH'17,~ , Y e. I- .! 1: K AY
f
J,~
1. Botanlche-,k~y inatitut ~monl V.11 . Komarovn AN

"Innovations In thr J:~p.ovenent of the une of rpeadcrws and
materials of the Fighth Trit,3rrat-lonil ~'ongre.95 on Fasturec 1n,11
Meadows." Bot.zhur. 49 no.6:903-904 Jo 164.
2. DotanlcbesUy ini:t1tai. inieri-' V.1-Kcmarova AN SSSR, J,cninCr,,4,-1,
(MIRA 17vIC)

MATVF,Y;,IVA, Y
~-'ergei Petrovl,~','l
49 no.8:122~--t226

MATRYEVA, Ye.F.
Sev-enth botemlaal excursion W the Baatle states. B-.t~zhur~ 49 no.llt
1684-1687 N 16.1,. (M" ~ '41.8 F 1)
1. Botanicheski:r institut Imeni V.'L.Kcmarova AN SSSR, Leningrad,

MATVL-MA Ye. P.
En2arged plemm of the section '~Hayfielda and Pa.3tures" of the
Department of AEriculture of the 1-111-Union Academy of AgriculLural
Sciences. Bot. 2hur. 50 no.2.:156-159 Ja 165.
(MIRA lgz3l"
1. Botanicheskiy institut imeni Komarova AN SS3R, Leningrad.

HATVEYEVA., Ye.Ye. (Hoakva)
I -Rale -'of women's bealth centers in the prevention of rupture of
the uterus, Sov. med, 24 no. 7:137-140 JI 160o (MIRA 13t8)
(UTERUS-RUTURE)

HATWWA, 76.7e., knid.med.nauk
Ruptures of the uterus. Me& sastra Z2
1
(UTZRDS-RuPTURES)
-.- 4~-
- .~t
m6j~123:45, W263
(HIRA 16:6)

IIATVEYEVA, Z. F.: Master Agric Sci (diss) -- "Biological aspects and certain
Nommow
0 '
fr-oobl`eoms of the agrotechnology of potatoes under the conditions of the southern
Balkhash area". Alma-itta, 1958. 19 pp (Min A.-ric USSR, Kazakh Agric Inst)
(K%, No 10, 1959, 127)

COUNMY USM
CATW= ,Cultivated Plants. Potatoes,# Vegetables i- Cucurbltm . 14
i. JOM. -Famd.. P 23* 195A. Nns 104667
Fi
'Al
S

MR.
T] scientl c Research Bass, ACmd*MW Of SCIODCOSIX"ekh 81%.
e
The.Influ9nee of the Planting Deptb of Tubers on the Growth,
Develolment'and Yield of Motatose in Southern Pribalkhashlye
ORIC;, MB. KazBM Byly& Akad. khobarlary, Imy6'AN. Kaz55H. Ser. botan.
pophi-oved.. 1958, vyp. I. 1l8-121
STRACT
In 195~j and 1956, Planting depth of potato varieties
cWaloirskiy, Ketadin and Bull b& on medium lomW sierozem
.

- -t areh Bam
led- jlJ:L
A 6eientiti
iid
c Reie
h ihe and

-of -tM
;'P an Ag
iiii: -"Wx Ia_-~%-t e
-Usubl- pl,
~'Mvsr M_t tUr W b * -the-abi during
-~dsFith!i~r 13 ~Cme -'Thi. swore 6
it'.;the',,ajP' ~f- 25m,30' cm we
t1i ~o

aiwar, -thih t iis aiioth 10-
the lilt-
aitUrew- roe c br, 10-~1 140 -tth* -bol'a drti 16

Card: 1/2
51

NLWWWAO 2.1.
Growth and developmental characteristics of potato
varleties.differing In the earliness of maturity as
observed in the southern D&Ucash Uke region. Isy.
AT MuMik. 391. Ser, bot. I pochy. no.li22-35 159-
(M 13:6)
(ftlkwb Iske region--Potatoes)

HMSS., Yu,S;- MArVMVA., Z.I.
Motto-plaut testing of various methods of parifying a"
clectrolyt-es from.cobalt. TSvet. met. 34 no..11:29-34 11 161.
WW, .. . / (MM 14:11)
(Nonferrous
I (CementaUcz (Mei;iiU--rw)Tww

1842' /017'W/ AYFTC
L
C SION NR: AP36056)1 8/0136/63/000/000/0069/0071
~Matveyevaj Z. I.; Pregaj Yuo,So
AUTHORS.
7
TITLE:. Application of modified norbente ford the selective
extraction of Serman
SOURCE: Tavetny*ye motally*, no,180 1963s 69-71
MPMTADS: gormaniuns tannic acid oluent,, hydrochloric acids zinc
sulfatej Zn, Fe., Cu., Ods As, sulfuric acids silicon dioxides GO, zinc.,
iron, copper, cadmium, arsenic
ABSTRACT: The method of extraction of germanium using sorbents
MDdified with tannic acid has been examined In solutions containing
Zns Go., Fe, Fe++s Cu, Cds 3102.9 As and R SO4, Several types of sor-
2
bents were examined, they include: Vofatite E. AK-ls and activated
carbon of the cationic type. The results showed that the absorption
of germanium on the Ah-1 sorbent is almost quantitative from a solu-
tion of zinc sulfate, The capacity of sorbent for germanium abso.rp
tion-depends upon the nature of sorbent, Its capacity Increases
Card 112

ACCESSION NR*. AP3005601
with an Increase of gazzanium concentration, The desorption
(elution) in made with 10% ECI and the total elution capaci* i's
85 t o 9.5% of the total germnium absorbed, During the elution of
gammlimp the sorbent containing tannic acid -1e regenerated to
approximately 80% of its capacity. Orig. art. has.- I table and
I figure.
ASSOCIATION: none
SUBMT78D: 00 ME ACQ: 06Sap63 ENCL: 00
SUB CODE: M1 NO REF SOV: 000 OTBER: 000

IfATVEMA, Z.I.
agglomeration
163-b

Fms, Tu.S*; ]a.AIVM".A -I-
164.
Usirig owptlcm promomm In tbo WnmUUwW or
noeorrms motalso. Sbor. nauch. trude GInUvatlwta
no-23sZ3-M 965. (mrpA mm)

SCSIMKOVA, L.A.; MAMMA.
BoM-#iap of corUdn teUurlub-o3Wgen cOlOmWD dwl"g
Noting and fflntorlOg with *DO" Sbor. hamb. tr4d.
mntvvei~mta nD.23s.W-334 965.
ChMIC83L asp=U Of thO UteructIOD b*UFDM 90149 DUverf
md mmoor toUwlclos vltb tufts , Sbar. nmm", tTW
Gintmaimota no.23035-340 965. jMIPA W:12)

SERGEMA., Z.1,; HLTVMIITAY Z.M.;, VORONKOV,, M.G.
l0riganosilicon fitheris of ketoximeo and of benuldehyde and
o-bYdrOWbezml,lebyde oxi a. ZhurobAbim. 32 no.6aov-
2023 is 161. (MMA 3.4:6)
1- 1,SniMradsJL'LY gosudarstvennyy uni'versitet i Institut kbi-ii
silika AN WSR.
(SMcou orgAnic compouuds) (Ketones) (Benza3Aehyde)
ft

SOEROVA,
0 ------ - -
rolarographic determination of ultrIles. *hur. elbe khim. 28
me.11:2929-293*? N 158. (MIRA 12:1)
I.Laningradaki:r inshaperna-skenamicheskly ~nstitut.
1,Felaregraphy) (Nitriles)

'UTHORSt
Bobrova, LA, I., Xa!veYeva-KudB0hevf1, A- N, SOV/79-~6-12-31/41

TITLE: Polarography of the Thermal Decomposition of 2,21-Azobisisobutyro
Nitrile in V:.ayl Buty! and Methyl Viethacrylic Ether Medium
(,.Polyarograf:.ya termicheskogc razlozheniya d,21-azobisizabutiro-
nitrila v vinilbutilovom i metilmetakrilovom efirakh)
PERIODICAL; Zhurnal obsh.-hey khimii, 1956, Vol 28, Rr 12, PP 3297-3302 (USSR)
ABSTRACT: A large numb.-r of papers published deal with the decomposition of
aliphatic az) compounds which are initiators of the radical poly-
merization (Refs 1-3); in these papers colcrimetric methods were
employed and the rate of decomposition was classified also according
to the qaaantit,~ of the separated nitrogen. The authors were in-
terested in employing the pollarographi-_ method also to the de-
composition process of the szo compounds, especially 2,2'-azobisiso-
butyro nitri-Le (ABN). Besides the direct determination of the de-
composing aZD compound in each stage of polymerization the authors
intended to determine at the same time the nitriles as products of
T,iie dtitic;tivation of the radicals of the azo compound, as well as
the monowar in which the decomposition of the initiator takes place.
The poliirographic~ duta obtained in this way can also characterize
Card 1/2 the state of the medium to be investigated (in oxidized or reduced

SOV/79-28-12-31/41
Polarography of the Thermal Decomposition of 2,21-Azobisisobutyro Witrile in
Vinyl Butyl and ldetbyl kethacrylic Ether Medium
state) accordin& to the course of the polymerization process. The
,JeCOMDOSition eff the aitrile (ABN was carried out in two media
which diffe-red considerably with respect to the inclination to
form chains of the polymer. These two media were; vinyl butyl and
methyl methacrylie etliez. The former is in a lower degree subject-
frd to the radical pol.11merization with the initiator mentioned. In
contraast with it methacrylic t3ther is polymerized most completely
u.nder -the samo ~.oaditicns. Thus, the polarographic method of in-
vestigating the process of rad:Lcal polymerization was made possible
and the conditions for this mei;hod in the case of 2,21-azobisiso-
butyro nitrile = its thermal decomposition in the above mentioned
tovo ethers were ft)aad; this led to the determination of the velocity
sonztant af it-R th-ezwal-deaompaaitinn~ There are 6 figures, 1 table,
and 11 references, 4 of which s.re Soviet.
ASSOCIATION; Leningradskiy inzhenerno-skonomicheskiy institut
(Leningrad and,
SUBMITTED: November 12, 1957
Card 212

Dr-mmv-v uvi~., k=d- tawm, muk; U'%TVLIZVV*Glmvp A*Pev
Imh*
-
- .. -
Uos ior 6naloG coVaters in oodellMr the vertical dynamics of
the mot-4w cura of M electric traInse Trud7 kMT rw*P.07.-
i1i ~i~f 965. ("mu, 1%:L)

77~,
MATUTAra-UU, A.L.
btructurs of the Taleozoic foundation In the Wysk-Barnaul doprassion.
Trukv Gbr.-geol. Inst. Zap.-Sib. fil. All SSSR no.15:57-63 '56,
(Altai Territory--Geolqa. Structural) (MM 11.01)

MA-T,VEYF_vSKAYR, )0j,-,_#
KkTv3YAVSYAYA, A.L.
Structure and devolopment of the Kolyvan'-Tomsk are w9ar Its Junction
with the Salair ILAge. Trudy Obr.-geol. lust. Zap.-Sib. fil. AS SSSR
nn,15.,77-92 156. (min 11:1)
(Vbl Valltoy-tUology, Structural) (Salair Wee)

14-7'14 7_,/,I:~- A--d //I, //I. L/.
MATVJffBVMYA, A.L. _
~ ~_ ~'; W. W, -
.. Structure of the present surface and loose ground cover In the
northwestern Salair BlOge region. Trudy Gor.-geol. Inst. Zap.-Sib.
fil. AN SSSR no.14,:129-144 156. (MIRA 11:1)
(Salair
Ridge-Geology, Structural)

fo P r IJ C L/ S KI Y-) 111IL4:11
..' '4+5~7 -
KATVMVSKAYA,
.~t,
Tectonicu of. the buried Paleozoic. bedrock ft the southern part of
the Vest Siberian Plain. Izv.voist.fjj.A# SSSR no.4/5:52-61 157.
1. Zapedno-Sibirskly filiml Akadomit nauk SSSR.
(Siberia, Westorn--Geology, Structural)

A UTHOR: Matveyev8kjx&'..4.j.'._, SOV/11-58-11-7/14
.... am-
TITLE: On the Position of the Rudnyy Altay in the Strictural System
of the Sayany-Altay area (0 polozhenii Rudnogo Altaya v
strukturnom plane Sayano-Altayskoy oblasti)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geologicbeskaya, 1958,
Nr 11, PP 84 - 96 (USSR)
ABSTRACT: The author describen the structure of different parts of the
SayarW- Alta,~* areaq and compares them with the structure
of tne nuunyy 4itay,, According to the findings of numerous
goologists,the Rudn;ry Altay is a region of the development
of small block struetures of the zone of junction of the
Variscian synclinal syetem with the bordering Epi-Caledont-
an plateau of the G.)rnyy Altay. There are 4 sets of dia-
grams, I chart, and 20 Soviet references -
ASSOCIATIONt Zapadno-Sibirskiy filial AN SSSR, g. Novosibirsk (The West-
Siberitin Branch of the AS USSR, Novosibirsk)
SUBMITTED: May 17, 1957
GeoLogy 2. Mountains--Structural analysis
Card 1/1

HATISTEVSKATA, A.L.;_ IVANOVA, Te.F.; VAKEIMTRY, V.A., oty.red.; ZATTM.
.; KUIKOV, N.Y.. red.imd-va; KRUGLIKOVA, B.A..
takhn.red.
[Geology of the southern part of the West Siberian Plain in
connection with Its oil and FaB potentials) Geologicheskoe
stroanis iushno:L chasti Zopadmo-Sibirskol nizmennosti Y eviazi
0 voprosami nefi;egazoncenosti. Moskva. lid-vo Akad.nauk SSSR,
196o. 263 p. (MIRA 13:7)
1. Zapadno-Sibirakiy filial AR SBSR (for Matva vskaya, Ivanova).
(West Siberlan Plain--Petroleum geolog_r
(West Siberian Plain--Gas, Natural-Geology)

M&TVETEVSUYA- A-L-
Geology of the surroundings of the Novosibirsk Reoearch
Center, Geol. i geofim. no.10:347-153 162. (MMA 15:12)
1, Institut goologii, i geofitsiki, Sibirskogo otdeleniya AN SSSR,
Novosibirsk,
(Novo2ibirsk Rrovincv.~ology, Structural)

YA?tff=XIT. N.M. -, BDGATr=V. I.$.; XEMBOBOT, N.M.
~,.- - ~
A Ofour-balln lubricating oil testing apWatus. fkan. I Isn.
sash. no.9:72-83 "54. (HIM ?:9)
(hebricatiom and lubricants-Temt1us)

vsvoy

with 4 to,
rot.floall, velocitho
p UP to vi k at

vresmm
Can
dlux to on
.
=Q"837 lubrimflug fdm, b
a lubetion a
th1v_fdmA"vtcpc
d
-by frictlou~ , whkb s
;Wi
u
d
tions of tli.
er .. "I te3tb7z condidom
A
Mue C
I Por bJbg 0. laueaft
4

4 ark
Oll.tester With fatti,12.7-mM. balls of Is
of re"lutim of, t T-P.ln -, covist- Wid
kt,- olti!- mtOm - for betting thit OU- bath,- &I
owtc
baUx was to"troft
1
Oil was f4ed

.
the tipper fien ]jet in laotla fcw 50 "C'i
d
Produmd mftmtt
. !. Aft" wasbing the app
coaducted with froth on at a hiSher temp. - I
offrtctlonaptnstttmp.pmdumcurynwhfL%
itt 16wtf tif* but NbQW a 811UP b1ciew follow
thL
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;
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SIMON.-,

MATV3YLTSKXY,,,#qpt4 - SHIKIN, S.T.,tekhnicheskiy
I-;. -, "pv Mitrofanovich
- .1
redaktor
[Study of friction in instrument ball bearings] Issledivanle treniia
v pribornvkh sbarikopodsb1pnikAffi. Moskva, Gos. nauchno-takhn.
Izd-vo mambinot-troit. lit-ry, 1957. 33 Pe (NLRA 10:5)
(Ball Ijearings) (Lubrication and lubricants)

A-Z"VC ""C V~ " //'/ j
AU2HMS: Khmehobov, ILIL, N&tveyevskiyR-X-, Bogatyrev,I.S. 32-1i4W6o
TITUS A Machine for Mm-Ining the Wear (of Samples) in Fomrd- and Back-
ward Revolutia:i (Hashins. d1ya ispytwdya nn Unashivanlye pri
vosyratno-vr"adbatell noin avizhenii)
PMODICkU Zavodskikya Laboratoriyas 1957, Vol. 23, Nr li, pp. 1377-1379 (USSR)
ABSTRAM The present paper describes a method of exazdrdng the wear of a
binge-like oorstruotion, for which pur
pose a speoisa machins is used
the oonstructiorAl sob of which In described In the paper. The wa-
chins was =4;bally constructed by MA.Khrushchev and later ooMleted
by I.Se Poj;atj7w; In production it mw known " OX6-6". The main prin-
ciple of the iadAns consists in the fact that 2 pairs or the parts of
a tnotor as , e,g. i bolt and I sleeve are subjected to a hinge-like
friatiaml wromento Alle oareftUy strained sand with a quartz am-
tent of 9% iis conveyea on to the friction surface, The madhine consists
of 2 systava Nbich are oomeoted with each other; aw of them is In a
fixed position, the other Is pivotable on a one-arm axis and can be
woi&tsa by noans of exabuWab2e, weights mg pressed against the other
syvtsm by sons of a lever. The tint pdr of saWles Is telescoped so
that the boli Is able to move freely In the xUave with a suffiolent
Card 1/2 amount of play; It is ftatened Into the tint system of the machine in

32-1i-W6o
A Machine for Imudninst the Wear (of Sazvles) in Porwwr&-sna Back"ard Revolution
such a manner that the sleeve is olanped fast In the maohine and the
bolt fzm the outside. The seoDn8 part of the saMles is alamped fast
In the a&= manner In the second system, with the only aifferenoe that
the bolt Is not in direct oonneotion with the base plate bat by means of
a transmission, so that it in subjeotea to the pressure of the lever
together with the (movable) eyatem. In thin veav the sanples were moved
backwards and rorwarde 12.ODD times, while, as already mentioned, aand
me fed into the epaoe between the bolt ana the Interior of the sleeve.
After having boon moved forwards and backwards )+O.ODO times the samples
were taken out and weighed. By means of the diagrums it we found that
it the metal hLrdness of the pairs (sleeve, bolt) remained the same,
wear me propvrtioral to the number of motions and to the hardness of
the material or the swVles. If degrees of hardness were different, both
o=ponents of iYear had to be taken into account. The experiment say also
be carried out without sand with oil lubrioation, but In that oase it
takes ImSer. There are 4 figures and 4 Slavio referenoes.
ASSOCIATICIR: Xnglnefffts .::nstitute LN USSR (Institut mashinoveasniya Akademii
nauk SS
AVAIMLEs Library of Coqgress
Card 2/2

28(s) plus I BOOK ZXPLUXTMOX SQV/V632
A15ademiya nauk aSSR. Xnetitut wasninovedeelys
TrSftIYW I Ilene V --shl-nakh; Sbornik = (Triat-on am Veer
In Xsehines; Collection 12) Moscow. Zad-wo AN US . 1958-
354 V. arrats, our inderted. 4,000 0491216 printed.
Sd-s cm. nruabehov. Professor; ZS. or Publishing Nou203
N.A. Bablehavo Teah. Ed.s Te.V. Zaleakervej ZdLtCrW
soardirav:6.N. Gotlyar. Professor. A.K. D-yachkov. Professor,
Z.V. I'skly, Professor. A.D. surttayna. Candidate of
Tachnicei Soleness, L.TU. Pruzhanskly. Candidate or Technical
Selenews,, and U.N.Khrushehav, Professor. &
PURPOeZo This book Is Intended for scientists, engineers. and
technicians lit the field or machine asnuracture and operation,
and for Instructors In schools of higher education (vuxos),
Covowgi mda collection or articles presents the results
Of 04V Investigations In the field of. wear, friction, and
lubrication. 2he subjects discussed locluds structural
oba"ges In the surface layer of metals In rrictlon,
d.valopmout or ftletion-brake a4rerla2s, and theoretical
Investisst;Lone in the neid or dry friction ano rr%czzon
with boundary and complete friction. For the abstract of
Saab article so* the Table or Contents. A bibliography of
Soviet and non-Soviet materials on friction, wear and lubrL-
~Catlcegojt_4954-55 prepared ". U.0. V11 Idt Is in luded.
Zrffdt of Beat on Fluid Friction in the, Men-
?-U-OM.Mhatins Film lei
Ths, author Prfdsnt" the results or an everiment
to determine the lubricating rIlm-bourAlary temperature
In 9 GO&zIa1lY arranged shift and bushing at various
Clearances and using two types or lubr2catLng 612.
2h&8& results am Compared with theory allowing for
the relationship of temperature and viscosity.
Golubevo ". Place Steady Flow of a Viscous Xnaompressibl*
Fluid With a Variable Coefficient of Viscosity in a Bearing 205
The aut1wr presents a hydrodynamic theory of the
lubrication or Lnrlnit*ly -long bearLng:s taking into
account the hyperbolic relationship between temperature
and viscosity.
Calculating Temperature Distribution Through-
.W."; -aring Plate or a Hydrogenerator 224
Th. author presents a method for calculating
temperature distribution throughout the thrust-b*arlng
plate. According Lo %h# author, this method a
based -on a numerical method or transient heat-condItlan
calculation Which makes It possible to determine quickly
temperature distribution in bodies of Intricate Shape
and With Complex boundW7 conditions. The method Insures
a sufficient degree of accuracy.
Korcychl"sklY. X.V. Possible Boundary Conditions or
Nydrodynasla Motion in a Four-ball Lu~rlcant Testing
Machine 242
The author presents results of theoretical inves-
ugetlw%or hydrodynamic lubrication regines,
gorcychlnekly, N.V. Corrections for the Article 'Stability
or the ZqulM-F`fu-= rosition or a Fin an L"bricating Film"
lftbllshed In the issue xi or *Trenlyo I I=** v zaashinakn%
PD. 264-323) 286
.;PL&J,V.V;kLYL_R&j6. Friction Conditions to Testing ons
a u -Ba4 Machine 288
The author pre:ents results lor #Xperi&ects
conduc tOd to 4 t*Mln* the ubrLcuting conditions
and type of friction existing between ball contacts
In four-ball testing-machines.
Lyubarskiy, I.K., A-a? _c
,~b lanko, and V.0. x* on
, L - -10"SA renko
the Pe.go-s-ew-of a zed Lubricants .195
Results Of an investigation of the perfomence of a
lubricant containing n1g.r all with a
2-3 percent suirur content are presented.

SOV/24-58-4-29/39
AUTHORS: Matveyevskiy, R. M. and Khrushchov, M. M. (Moscow)
-------------
TITLE: Importance of the Temperature Method of Evaluating the
Lubricating Properties of Oils (Znacheniye
temperatarnogo metoda otsenki smazochnoy sposobnos-bi
masel)
PERIODICAL: Izvesti-ra Akademii Nauk SSSR Otdeleniye Tekhnicheskikh
Nauk, 19-28, Nr 4, pp 141-143 NSSR)
ABSTRACT: Reply to the comments of G. V. Vinogradov "On the
TemperatiLre Method of Evaluating the Lubrication
Properties of Oils". The authors deal Individually
with the thirteen points raised by Professor G. V.
Vinogradov. At the end they summarize their reply thus:
Dealing Eieparately with each of the points raised by
Professor Vinogradov it can be seen clearly that the
doubts raised by him are not justified. The new
method was not developed as a competition to the methods
based on the 4-ball machine and, therefore, there is no
danger that this method will exclude other test
variants at relatively high sliding speeds, methods
which are known as well as methods which still have to
Cardl/2 be developed. The purpose of the new method was to

SOV/a4-58-4-29/39
Importance of the T-amperatuxe Method of Evaluating the Lubricating
Properties of Oils
fill an Lmportant gap in evaluating the anti-friction
properti,Bs of oils under conditions of boundary
friction which could not be carried out by any other
method. It is necessa:cy to accumulate data in various
laboratories on the critical temperatures and other
characteristics of the anti-friction properties of
lubricating oils and only after such da-Ga are available
will it be possible to evaluate the importance and the
practical value of the new method. Quite apart from
such work it will be necessary to continue work on
extending the fields of application of the new method
for elucidating certain problems raised by Vinogradov
as well as various problems which have not been raised
in his remarks.
Card 2/2

SOV/122-58-5-7/26
AUTHOR: Wa4yevskiy R
6.-.,t'1-.,',Pandidate of Technical Sciences
TITLE: ,-'rrasive Wear of Steels in Rotary Reciprocating Motion
(Abrazivn, iznos staley pri vozvratno-vrashchatellnom
dviz enii yy
PERIODICAL: Vestnil: Mashinostroyeniya, 1958, Br 5,
pp 31 - 35 (USSR),
ABSTRACT: Laboratory and field tests were carried out at the
Institut mashinovedeniya All SSSR (Mechanical Engineering
Institute of the Ac.Sc.USSR) to study the abrasive wear of
steels used in the hinge components of tractor track chains.
The results of laboratory tests carried out on a machine
designed by Professor M.M. Khrushchov (described in "Zavods-
kaya Laboratoriya", 195?, nr 11) are reported. Sleeves of
different steels are pressed against a standard pin (0.71o'
carbon steel of 550-640 Brinell hardness) nith a pressure of
32.1 kg/cM2- The pin diameter is 30 mm, the sleeve clearance
is 1.1 mm. Sand containing 961/6 quartz was fed continuously
through the clearance. The sleeve was oscillated about the
pin at the ratia of 260 C.p.m. A total of 20 000 cycleswas
applied. The wear was measured by the loss of weight of the
sleeve and the Din. Parallel tests were carried out witb and
Cardl/2

SOV/122-58-5-7/26
Abrasive Wear of Steels in Rotary ReCiDrOCCtin,6 Vilotion
without abrasive. The results for 10 steels are shown in
Figure 2. With abrasive, sleeve and pin wear are nearly
equal; without abrasive, the pin wear is much smaller. In
both types of -uear, the best steel is the 12% chromiun Khl2
steel (Brinell hardness 606-E43). The much-used r,,anganese
steel (type LG13) with about 1.03% carbon, about 11.69o'
manganese and 0-75% silicon, treated to a Brinell hardness of
260-308 is leai3t satisfactory amon the steels tested under
abrasive wear oonditions. It has feen stated that the hardness
of the manganese steel increases with specific pressure.
Tests at different pressures up to 200 kg/cM2, both with and
without abrasive, show an almost proportional growth of wear
with pressure. The same is true of chromium steel (Figure 4).
In all tests, e4r-cooling prevented,a rise in temperatures. At
all pressures, the chromium steel has about 1/4 of the wear of
the manganese EUel. There are 4 figures, 2 tables and
2 Soviet references.
Card2/2 1. Steel--Mechanical properties 2. Abrasion--Test results 3. Vehie'Le
tracks--Materials

KffMzvSxm--R-tH.
Yriation coatItione during oil tests to four-ball machines. Tren.
t i5ne mashe 3oo 129288-294 138, (MIRA 11;8)
(Imbrication and Nbricants-Testing)

XATFAINISHY, R,M* -, bmd. tekhn. nauk.
I
Abrasive wear of steels caused by reciprocating rotary motion.
V'est. mash. 313 no* 5:31-35 W 158. (Knk 11: 5)
(Steel-Testing) (Mechanical wearY

f6.&Z 0D 14 rL')
AUTHOR: _.PjalveyevskL,~,
TITLE: Comparative
coatings on
stresses
33718
L;/686/61/000/000/011/012
D207/D303
R~_ M.
estimates of antifriction properties of some
steel during dry friction at high contact
SOURJES; Soveshchaniye po voprosam teorii sukhogo treniya i obra-
zovaniya 1-hastits iznosa pri sukhom trenii. Riga, 1959,
163-175
TEXT: The author reports a study of antifriction properties of
five coatings on steel, obtained by (1) oxidizing, (2) sulphiding,
(3) phosphating, (4) heat treatment in MoS2 paste, and (5) depo-
siting a layer of "Iltorlon" lacquer after phosphating. Oxidation
was carried out by the author: 60 min at 138 - 1420C in a bath ~~on-
taining 800 g/liter NaOH, 50 g/liter NaNO 3 and 200 g/liter NaNO 2 .
Sulphiding was carr-4.ed out at NIIKhIMMASh: 180 min at 200 0C in 75%
Card 1/3

33718
S/686/61/'000/000/011/012
Comparatice estimates of ... D207/D303
KCNS and 25% Na2SgO3* Phosphating was also done at VIIKhIMMASh:
40 min at 96 - 98 C in 22 g/liter 'Matefl salt solution. Coating
with MoS was carried out at TsIAM: 180 min at 3000C using 'Mali-.
kot' pas?e. The lacquer IFtorlon' was prepared according to the
method supplied by the Leningradskiy institut polimerizatsionnykh
materialov (Leningrad Institute of Polymeric Materials). Friction
and wear were studied using a machine XT-a(KT-2) with four balls
of 8 mm diameter made of WX6 (ShKh6) steel of 60 - 61 R c hardness;
more details of the apparatus are given in the author's earlier
communication (Ref. 1: Chetyrekhsharikovaya mashina KT-2 dlya
opredeleniya kriticheiskikh temperatur plenki masla na metalle
(Four Vall Machine U-2 for Determining the Critic~al Temperature
of an Oil Film on Me-~al), Izd. filiala VVITINF, subject class 32, 2
1957, no. P-57-88). '.?ressures applied to the balls were 200 kg/mm
and the upper two balls rotated at 1 rpm. Two series of tests were
carried out on each of the five coatings: (I) At rDom temperature
for 30 min; (H) at 20, 1709 200 and 3500C for 1 min. At room tem-
perature a low rate of wear and a low coefficient of friction were
Card 2/3

33718
S/68 61/000/000/011/072
Comparative estimates of ... D207YI3303
obtained for balls coated with MoS2 while phosphating followed by
coating with 'Ftorlon' gave even better results: There was no mea-
surable wear and the coefficient of friction was loweat. The other
three coatings showed high rates of wear at room temperature and
their friction coefficient rose considerably during tests, but in
each case coating reduced the coefficient of friction relative to
that of bare steel. At higher temperatures the oxidized and phos-
phated coatings were no better than bare steel, but the other three
coatings improved antifriction properties. The best all-round pro-
perties of low wear rate and low friction at room and higher tem-
peratures were given by MoS and phosphated 'Ptorlon' coatings.
There are 6 figures, 1 tablg and 3 Soviet-bloc referen-,,es.
ASSOCIATION: Institut mashinovedeniya AN SSSR (Institute of Ma-
chine Construction, AS USSR)
Card 3/3

(Moscow)
Comparative. Tests of Some Plastics
a Lubricant
SC'V/179-59-4-24/40
in Friction With and Without
PERIODICAL: Izvestiya Lkademii nauk SSSR. Otdeleniye tekhnicheskikh nauk. Me
khanika i niashinostroyeniye, 1959, Nr 4, PP 150 - 152 (USSR)
ABSTRACT:
This paper gives some results of tests of various plastics
according to methods previously developed for judging the
gliding prcperties of metallic bearing materials. The polyamides
AK7, P68 ard polycaprolactam; high- and low-pressure polyethy-
lene and fluoroplast 4 were investigated. The tests were carried
out an the modified machine of type KT-2 (Ref 1), with the steel
ball rabbirg against the plastic sample with and without a lubri-
cant. Figure 1 shows the frictional scheme, and the execution of
experiments is described. The endurance tests at room temperature
are described, and the results are shown in a 'table: the maxi-
mum.value of the friction coefficient, and the sliding character
in the case of friction of steel against the plastics without
a lubricant at t-200. To determine the influeni-,e of the temper-

Comparative Tests of Some Plastics in Friction With and SOV/179-59-4-24/4o
Without a Lubricant
ature on the strength of the oil boundary layer in the friction
of steel against plastics, the plastics mentio.ned were examined
by the temperature method (Refs 2.3), Dl-oil, with an additlon
of 0.1% stearic acid, was used as a lubricant. The test results
are illustrated in diagrams in figures 4 and 5. Finally it is
stated: 1) A difference was ascertained in the behavior of the
plastics, vhioh differed by their composition and physico-chemi-
cal properties, in friction against steel with and without a
lubricant. The occurrence of friction jumps is characteristic
of the friction of polyamides and polycaprolactam on steel with-
out a lubricant, and in the case of lubricating with a nonpolar
oil. :n th(. friction of' polyethylenes and of f-Luoroplast 4, the
gradual gliding and the absence of jumps is characteristic of
the work without a lubricant, and of lubrication with vario,.s
oils. Fluoroplast 4 yielded the lowest friction coefficient in
all cases. 2) An influence of a polar addition to the oil on
the character of gliding and the amount of the friction coeffi-
cient in friction of steel on polyamides and polycaprolactam,
as well as an absence of such influence in friction of steel on
Card 2/3 polyethyley.es and fluoroplast 4, were ascertained. 3) In the

comparative Tests of S:)me Plastics in Friction With and SOV/179-59-4-24/40
Without a Lubricant
temperatu:re tests of the plastics with the lubricant D1, with
a stearic-acid addition, critical temperatures for the destruc-
tion of Vie oil boundary layer were obtained for the case of
friction ~)f steel on polyamides and polycaprolactam (for each
of the ma-erials tested). No critical temperatures were obtained
for the f:~iction of steel on polyethylenes and fluoroplast 4.
In heating up to the maximum test temperatures, almost equal to
the softening point of the plastics, a quiet gliding and rela-
tively loir friction coefficients were observed. There are
figures, 'I table, and 3 Soviet references.
SUBMITTED: February 27, 1959
i
Card, 3/3

PSM I Wn 1XILOITATION SOT/9*3

xMla lWararentIlya po traftlyu I Isnolu v mashinakh.
3d#
;
I
D
Ionait 1 lsaosesto3ftstl. Antirrlktslonnyyo materialy (Wear and
Wear Rosletanee. AntIrrIetion Materials) Moscow, l9d-vo AN
3&U, 1960. 273 p. zrrata slip inserted. 3,500 copies Printed.
(Saftoot Itas Trudy, V. 1)
sponsorinLAgeneys Akademlys naulc 333R. Institut aashlnovodonlya.
F
Z
P
b
i
l
X
P
ASP. .3
O. of
u
sh
. W. Khrushebov.
rofessor;
l
ng
M. To. 12sbanov, and 3. L. Orplk; Tech. Zd. i
T. V. Pol7akova.
1WOOSst This aanoetiQn or articles 19 intended for practicing
angineare and research scientists.

COVIRAUI "a colloatIM published by the Inatitut mashinovedonlys,
AN 3331 (institute or Scionae of Machines, Academy of Soleness
WSR) contains pavers presented at the III Vassoyuxnaya ton-
fore Wye pa trenlyu I Izaosu v nashinakh (Third All-Union
--
:
Cmr
raneo an Friction and Wear In Machines) which was hold
rU 9-15, 1958. Probleas discussed were In 5 main areass
All X
namle ?hoary of Lubrication and 3aarinam
drod
.
y
y
tunairmans To. W. Outlyar, Doctor or T*cMlcal Sciences, and
A. 1. Dlysehkov, Doctor or Technical Sciences); 2) Lubrication
and Lubricant Materials (Chalzmans 0. V. VLnogradoys Doctor of
Chemical Selene*&); 3) Dr7. and Boundary Friction (Chairman:
S. V. Deryagin, Corresponding Member of the Academy or Soleness
OW, and 1. V. Xragellskly, Doctor of Technical Sciences);
. M. Krushchov,
4) Veer and Vear Resistance, (Chalroam M
Doeter of Technical Soleness); and 5) Friction and Antlfrla-
tlan Platerlals (Ch"rmant 1. V. Kragellakly, Doctor of Tech-
algal 8:10ness, and X. X. Zmvhchov, Doctor of Technical
Selene@ . Chalzuan of general assembly (an the first end
last day er this e"fareathl was Aeademiclan A. A. Blegonravav.
I. Va. Imakenakly, Candidate of Technical Sciences, was $at-
astIrle seers". The transactions at the conference were
published In 3 volumes. of wMeh the present volume Is the
~..-rlrst. articles concerning the wear and-...-
V81P "816tanes of antlfrletlan materials. Among the topics
covered ares modern developments In the theory and experi-
smastal science of wear resistance of materials, specific data
an the wear resists-c as- Tarims eomb~*tinna of naterl-I . I
WthOdN for Increasing the wear resistance of certain materials.
too streets or friction and wear an the structure at materials.
the "Ohniss Of the solzing of not&%$. the affeet of various
typas of lubricating watersais on saising, abrasive wear of a
wide forIft of asterials and couponeiits under many different
sanditlons, modem developments In antifrIction materials, and
the effects of finish maeftlaing an wear resistance. Many par-
WOMIltles or* mentioned In the text. -References accompany most
vz;~ let.,. of. 1.1 coatings
Ila. 2, 1W. under the title
ti. I. At A -Moo
assistance of zaaawl Coatings of machine Parts 271
tile
A il~ And iarliva6larb
M.HiHae-e of Drill ft hinostr.', No. 7.
1959) 2TI
Laboratory Investigation of the
surtavieflV90-ketaft-h. iteele in the Cage, of Alternating
jkOtKr7 Notion ('Vestri.mashinostr.". No. 7. 1959) 2TI
Laboratory Investigation or Contact
Paffg.M.1--f "R-11-Ing Surfaces ('Trenire I l9nof v
sambinake, Bb. XV. led. AN SSSR) 2TI
WN. Lu-R-Aj--C us;& f'D-gq to Crankshaft B..ri.g-
1959) avily ad:4 .:. a ('Vdstn.maohInastr.*, go. T. 2T1
Card 12/13

LlatilD OW 2500
83459
311221601000100610061012
A161/AO26
AUTHORt -Matveyevskiy, R. M.t Candidate of Technical Soiezxes
TITLE: Investigation into the Friction of Plastics on Steel Without
and With Lubxicanto 70
PERIODICAL: Vestnik mash'.nostroyeniya, 19601%o. 6t PP* 36-41
TEXT# Information Ls given on friction test results obtained at the
Laboratoriya imnooostoykosti Institute, mashinovedeniya AD SSSR (Wear Resist-
ance Laboratory at the Institute of Machines AS USSR), with methods develcpDd
previously for frictiozi tests on metallic bearing materials. No speoial
test techniques Are yet established for plastics. Three groups of plastics
were testeds W'p2olamideeAK-7 (AK-7)pn-68 (P-68) and pA1.yqa]?rolactam;7
2) low-pressure 01 ethyl`eneXa~d ftoroglast-4 3) plastics with thermo-
reactive resin baBee Fr T-2 Qg:2&Ztest machine previously described
(Ref. 1) was adapted for testing plastics* The test consists in a hardened
steel ball rotating unde:~ pressure on annular plastic specirien (Figure 1).
Details of test techniquits are given., Oil~ oil with 0.1% stearic acid,
distilled water, and tap water were tried for lubricants. Different
Card 1/3

83459
S11221601000100610061012
A161/AO26
Investigation into the Friction of Plastics on Steel Without and With
Lubricants
behavior was observed with different plastics, i.e. the additive mentioned
effected the friction of polyamides and thermoreactive plastics at low
speed, but did not effect the friction of polyethylene and ftoroplast;
in tests with heated polyethylene and ftoroplast smooth sliding and a low
friction coefficient were Cletermined up to the maximum test temperature
nearing the point of softerting or destruction of these materials. Thermo-
reactive plastics -Ar4 (M-4), M7 M) and P49 (R49) in friction with steel,
withAl (1D1) oil containinE, 0.1% stearic acid had a critical temperature
limit at.1009 150 and 2000C respectively, and all of them became dark and
brittle at more than 2500C- Polycaprolactam maintained smooth sliding up
to 1056, the AK-7 to 12009 the P-68 to 1300. At 0-17 M/sec friction speed
with oil as lubricant, the lowest and constant friction (0-045) was obtained
with low-tressure polyet lene% Polyamides developed comparatively low
friciion (0-07-0-09). Fta-6pllast-4 developed destructive wear under these
conditions. In general it was concluded that the test methods used are
applicable for determining the behavior of plastics with boundary lubri-
cation'%Nand the effect of lubricants, but they do not provide aufficient
Card 2/3

834C9
S/12 ~07000/006/006/012
A16i/AO26
Investigation into the Friction of Plastics on Steel Without and With
Lubricants
data for choeing the proper working conditions for plastics in plain bear-
ings, bushings or other machine parts (i.e. which speeds are permissible un-
der what load). Two metal 'bearing alloys were tested along with the
plastics for compariaonz-01~4:-4-4 (GTsS 4-4) consisting of 89.12% cu, 3,85%
Zn, 3.1% Pb, and 3.93%'Sn, and 4AH-lo-5 (TsAM-10-5), 85% Zfi, 5% Cu, and
10% Al. As can be seen fron Table (page 40), the critical temperature of
some plastics vas also--th6 critical point for the TsAM-10-5, but the
plastics are considerably less heat conductive than metals, so that their
surface will heat faster thtn the surface of metal. The heat conductivity
and mechanical strength of plastics can be increased by using them in
combination with metal, e.g. in a thin layer on metal (glued on, sprayed
or impregnated), or with a metal filler in the plastic. Candidate of
Technical Sciences I. Y&. Allshits (Ref- 4) at TeNIITMASh is experimenting
with bearing bushings having-W -thin nylon film applied to.the metal by
glueing or by whirl sprayi;ig. Success with impregnated bearirLg materials
is reported from England (Re.r. 5). There are 9 figures, 3 tables and 5 re-
ferences: 4 Soviet and I English.
Card 3/3

AUTHOR: R.M.
33009
S/66 3/61/00~/00C/00z//000
D04O/D112
TITLE: Friction of some -?lastics investigated in a KT-2 machine with, and
without the use of lubrication
SOURCEt Plastmassy kak ar,tifriktsionnyye materialy. Inst. mashinoved.
AN SSSR. Moscow.. Izd-vo AN SSSR, 1961, 22-42
TEXT: The article presents the data of friction tests of eight different
plastics carried out at the laboratoriya iznosostoykosti (wear-Resistance
Laboratory) of IMASh AN BSSR (IMASh AS USSR), where the behavior of plastics
as bearing materials is being studied. The article contains a detailed de-
scription of the test techniques and observations, and the data arc, presented,
in graphs and tables. The modified KT-2 (KT-2) test machine used in. the ex-
periments has been descrIbed (Ref. 1: R.M. Matveyevskiy, Chetyrekhsharikova~a
mashina KT-2 dlya opredeLeniya kriticheskikh temperatur plienki masla na
metalle ERT-2 four-ball machine for determination of the critical temperatiire
of oil films on meta ill Izd. Filiala VNITINF, tema 32, no. P-57-88, 1957),
Card 1/4

009
S ~66'y 6 1 / c c o / o -1 c. /,--, o:3 / c c
Friction of some plastics ... D040 ,112
In the tests, ring specimens of the plastics -were subjected to friction by
means of balls of hardened steel and balls of the same plastic as the speci-
men. The test temperatures varied between 20 and 3500C (depending on the
heat resistance of different plastics). Tho lubricants used were nonpolar
(D-1) oil, D-1 oil with 0.1% stearic acid, distilled water, and tap
A-'
water. The tested plasti,:s belong to three groupas 1) Polyamides - AK 7
(AK7), rl 68 (P68) and polfcaprolactam; (2)HA(ND) polyethylene and teflon;
(3) Plastics on a base of thermoreactive resins with sulfite pulp for filler
-Pr4 (AG4) with a phenol-formaldehyde resin base, M 7 W) with a phenol--
melamine-formaldehyde re.,iin base, and P 49 (R49) with a polyepoxy-polyamide
resin base. Conclusionzi (1) In dry friction the plastics may be divided
into two groups: (a) Polyamides and thermosetting plastics with high maximum
friction-factor values (up to 0.4-0.6) and irregular variations of these
values; (b) teflon and ND polyethylene with low and constant friction fac-
tors. However, in the cuse of friction betvicen similar specimens of 1TD poly-
ethylene, the friction factor was relatively high (0.3-0.4) and its variatien
irregular, which is due to the adhesive property of this 11astic. (2) The
frictional behavior of' plastics with different chemical cc-)m-Yositions and
Card 2/4

33009
S/66 611COO/0001CO311009
Friction of some plastics D040YD112
physicomechan--*cal properties is different according to whethor polar or nnn-
polar oil is used for lubrication. In friction between polyamides nnd steel..
polar oil results in smoDth sliding and a low and constant friction factor,
but the polarity of the oil has no effect on friction between similar poly-
amides. This difference may be due to the absence of an oriented boundary
layer on polyamides. In the case of friction between similar therm03etting
plastics and friction b,atween such plastics and steel, the polarity of oil
has an effect. In friction between ND polyethylene and teflon and between
these Dlastics and steel-, the friction is low and the sliding 9mooth. The
addition of a fatty nc:.d to nonrolar oil does not reduce the friction factor
value in friction between these nlastics and steel. In friction between
similar specimens of TID polyethylene or teflon, the polarity of the oil
slightly reduces the friction fRctor. (3) Hot toots with -D-1 oil containing
0-1'~2 stearic acid revcajed the existence of critical tcnT-crvtiif_-' for the
oil* ia frction botwc.~-_-. steel anc' th~,rmosettinj.- -)lastico
there weve no such critical tel- ,-cratures i!z friction -.n-I ITD
polyethylene and teflon. These critical temperature vali-:~; fr,~ in a
table. Smooth slidir.g with a low friction factor w-s obqnrv-,! in t-- casr-
Card 3/4

3_31009
S/663/6 I/ c C;c I OOG1orj'-'j/r-
Friction of some plasticE ... D040/Dll.,-.
of polyamides and thermoEettinL -plastics at temperatures Ithe c--r--'*,ica.,
but at temperatures IiiE;h(r than the critical, the nature an.' -,f
friction were the same aE. in friction between these plastic.,j and steel -iben
oil without the additive was used. In the case of ND polycth,, r1ene anC.
teflon,the sliding was smooth and the friction factor remain,."' 10-:; an'~ con-
stant at temceratures uD to the maximum, i.e. to the softeni:~.~-- -,oin' cf
polyethylene or the destruction point of teflon. There are
tables, and 4 Soviet reforences.
Card 4/4

S/883/62/000/000/017/020
E194/E155
AUTHORS: Aftty"evokiyt R.M.,_ and Lazovakaya, O.Vo
TlTLE: A procedure for determining the critical temperature of
the lubricant film during friction of steel con a plastic
material in Pachine type KT-2
SOURCE: Metody ispytaniya nn iznashivaniye; trudy moveshchaniyal
sootoyaveheganya 7-10 dek. 1960. Ed by
14.11. Khrusbehov. Moscow, Yzd-Vo AN S;S-,Rt i962. 1769-161
TEXTs Machine type KT-9 was developed in the Inatitut
mashinovedeniya AN SSSR (Institute of Science of Machines. AS USSR).
It in generally used with four-ball s1tecimens to assess the
lubricating properties of oils at high contact pressures by the
temperature criterion. In testing plastic materials$ strain of the
contactihk surfaces may distort the results, and an the contact
pressures are very high in a four-ball machine it was decided to
increase the contact surface by causing a ball to rotate against an
annular specimehAn which the inner edge of the ring in previously
shaped by pressIng'Anto it a ball of the name s1p:e an that used In
the test. With the.par-ticular test pieces and machines, the
Cor,d 1/3

A procedure for determining the ... S/883/62/000/000/017/020
E194/EI55
.specific pressure lies between 25 and 600 kg/cm2. the upper bell
ru.no at .1 repame (0.4 mKi per sec) and the temperature in the oil
.bath which surroundatho speca .Lmen can be controlled in the range
20 -- 400 *C. Tels.to are made over the temperat1ire range without
replacing the spe 'cimens, Changes in frictional force and bulk oil
temperature are recorded. The width of the running belt in the
ring is measured before and after test but does not usually alter
in one-minute tests. . The lubricating property of thi! oil in
assessed by the criticaL temperature at which the smooth sliding
first changes-to stick-Silip motion. At this temperature the
coefficient of.friction changes suddenly and approaches the value
characteristic of -dry friction, Cutting slots in the ring to
remove - wear - deb*rls~from the sliding area had fte,offect.. A study
was made of the.critical.teinperature as functiowof specific load
.for rubbing,paire which included relatively so t and hard
materials. it wax,found that ihe critical temperature of the
lubricant film is a .constant over a certain raugo'of specific
-pressures; in the friction of hardened steel eXeinat copper and
copper alloys it remaine.constant up to 250 kj/cm2; and in t~e
Card 2/3

S/883/62/000/000/017/020
A procedure for determining the ... EIL94/EI55
friction of copper allo,
y against copper alloy, up to 40 kg/cm2.
The critical temperature falls somewhat at higher specific
pressures, presumably bocause of plastic strain in the surface
layer of the softer of the two materials in contact, causing
local breakdown of the Aubricant film.
There are 6 figures.
Card 3/3

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S/711/62/015/1000/002/004
Effect of the temper i;emperature D207/D308
sleeve. Both the Vi^kers hardness H , and the resistance to wear
1/u (reciprocal of 1he loss of weigXt u due to abrasion), varied in
the same way with the temper temperature T. As T was raised from
1800C, both HV and 1/u feil to a shallow minimum at about T = 4000C.
Then both quantities rcse to a maximum at T -c6 55000 where their va-
lues were the same as at T = 18000. Finally there wad a rapid fall
of both HV and 1/u as T was raised to 65000:'at the Idtter tempera-
ture 1/u dropped nearly to half its value at T = 18000. There are 2
figures and 2 tables,
Card 2/2

KMSIICHOV, M.M.; SEZIENOV, A.P , 1;,kTVLYEVSKIY, LAZOIISFJ,,-Y.,',, D.V,;
p . ; KOIXIZ..
BELOUSOV N.N ~'.
Inveatigating lubricated and nonlubricated friction of anti-
friction bronzas and braoses. Tren. i -izn. v mai3h. nool.7:36-
70 162. (MII:Vi. 17 -. 10)

MANEYEVSKY, R.M.
. ~ -- -1 -
Investigatini, t~e friction of somti ellic~-Organic IlastIcE5. Tren.
i izn. v mash. no.17:112--120 1621. (ICIP-A 17: 10,

SEMENOV, A.P.; MATVEYEVSKII, R.M.; POZDhYAROV, V.V.; KHRUSHCHOV,
M.M., prof., diAtor tekhn. nauk, otv. red.; LETNEV, B.Ya.,
red.izd-va; MA'.MMINA, L.I., tekhn. red.
(Production technology and properties of fluoroplast-
containing antifriction materials; basic principles of
their manufacture] Tekhnologiia izgotovlenlia i evoistva
soderzhashchikt-ftoroplast antifriktsionnykh materialov;
osnovnye printsipy proizvodstva. Moskva, Izd-vo AN SSSR,
1963. 62 p. (MIRA 16:10)
(Friction materials) (Plastics)

Y-47qpT~~,?- R.- M.
"The critical temPerature of oil with point and line Contact munchines."
report presented at the Intl Lubrication Conf, Washington, D.C., 13-16 Oct 64.
Sr Sci, Lab Of Wear Resistance, List for the Study of machines, Mscow.

1~
~ 1 ", ~ " . - - , ,
--

777777771~
".1 .-j
s.
Z,
OW
A

F~4T(m)/T DJ
Acc, NR, Ap6oi92-19 SOURCE CODE: un/o38o/66/000/002/0086/0090
AUTHOR; Matvzevsh~". M. JMoscow); Lazovskaya, 0. V. (Moscow)
ORG: None
TITLE; InvestiSation of the effect of varioun technological factors and temperature
on the antifriction propertitts of solid lubrication coatings based on molybdenum di-
sulfide l1 // 1,
SOURCE: Mashinovedeniye, no, 2, 1966, 86-90
TAGS: antifriction material, solid lubricant, molybdenum disulfide, urea resin,
friction, formaldehyde,, /aAa 4,_c 44,v-.do 011~
ABSTRACT: A report is given on tests of a solid lubricant baued on molybdenum disul-
fide with a binder of ureaformaldehyde resin (VNII NP-2l2).JJ This study was undertaked
at the Laborat, Of Wear Resistance if the State Scientific Research Institute of Ma-
cbine Science7/7The coatings were tested on ShXh-6 steel subjected to various types of
surface pretreatment. Lubricant coatings of various thicknesses with various ratios
of binder to lubricant were studied. The experiments were done at room temperature
with 8 mm bull specimens rotating at a rate of I rpm with an axial load of 11 kg which
corresponds to an initial speAfic load of 200 kg/mm2. Changes in the force of fiic-
tion were recorded during testing. Four spherical specimens were rotated against each
0

L 0377D-67
ACC NR, AIP6019219
other in tetrahedral formation under three types of conditions: 1. solid lubricant
only on the upper sphere vit]2 uncoated lower spheres; 2. a lubricating layer on the
lower spheres with an uncoated upper sphere; 3. all four spheres coated. The proposed
method may be used for detenaining the effect of various technological factors on the
antifriction properties of solid lubricant coatings under conditions of high contact
pressures at various temperw;ures. It was found that the most effective surface treat-
ment for steel operating under friction conditions in air is parkerizing or sandblast-
ing followed by parkerizing ')efore coating with lubricant. Sandblasting is the prefer-
able surface treatment for steel to be used under vacuum friction conditions. Parker-
izing after sandblasting in these conditions impairs the strength of the lubricant
coating at temperatures abov,~ 4000C. Variations in coating thickness betueen 5 and 15
microns has practically no effect on the coefficient of friction. Minimum binder-con-
centration gives a minimum caefficient of friction for coatings of this type at room
temperature. A coating basel on mol-vbdenum disulfide with silicone binder gives a low
(3.0-4 mm Hg)
coefficient of friction in vacuum up to 6000C Orig. art-.-Has: 6 fi-
AolsuBm'DATE: 29jun65/ ORIG REF: 003
WB CODE: n

SOURCE CODE: IM/0380/67/000/001/0108/0115
,!jatveyerkiy,_,~._,j[,. (Moscow); Lazovskaya, 0.
TITLE: Temperature stability of antispalling coatings and protective layers in
friction in various gas media
Mashinovedeniye,
TOPIC TAGS: metal friction, antifriction material,. iftti= antifriction
coating, ==d:e~ friction coefficient, contact stress,
protective co.ating, silver, cadmi~i, copper-, thermal stability
AMTRACT: The Wear Resistance Laboratory at the Institute of the Science of
Machines has investigated the antifriction properties and behavior of
various protective and antispalling coatings in friction under high
contact loads at a sliding velocity of 0 01 cm/sec and temperatures
ranging from 20 to 700C in a vacuum of 1;-4-10-5 mm Hg or in an inert
gas under a press.ure of 1.1 atm. The friction was produced by rotating
a ball of ShKh-6 ball-bearing steel 8 um in diameter on top of three
fixed identical balls. The rotating ball had a coating from various
antifriction and antispalling materials, while the fixed balls had none;
the contact load between the rotating ball and each fixed ball was
1.43 kg. Silver coating was found to have the lowest friction coefficient
:ard _1/3 UDC: 620.162.4

ACC NR, AP7003636.
in the widest temperature range: from a value of 0.25 at 20C, it gradually~
decreased to 0.08 at 500-550C and then sharply increased again to 0.-25
at 700C. Cadmium coating had a constant friction coefficient of 0.22 in
the 20-200C range, but it increased sharply to 0.32 at 250C. The tempera-I
ture-induced chaages in the friction coefficient of the copper coating
were analogous to those of the silver: a gradual increase from 0.4 at
20C to 0.12 at 550C followed by an increase to 0.14 at 700C. The nickel
coating had a friction coefficient of 0.4-0.6 and enhibited intermittent
sliding in the entire investigated temperature range., The friction
coefficients of ixolybdenum disulfide film over silver, copper and nickel
coatings decreased to 0.07-0.1 in the 20-500C range, and that of cad-
mium coating to 0.1 at temperatures up to 200C. An PloS2-base VNII UP-229
coating (sodium fjilicate film-forming agent) and a VDIII NP-213 coating
(silicoorganic fUm-forming agent) had a friction coefficient of about
0.012 at 20C, which slowly decreased to about 0.005 at 500C; the coatings
failed at temperittu 'res above 500C and 600C, respectively. Soft protective
coatings on stee,. formed by parkerizing or sulfiding ensure friction
coefficients of the order of 0.15-0.25 in vacuum at temperatures up to
500C; at higher temperatures, the coatings decompose. Electroless nickel
plating of steel ensures in vacuum a friction coefficient of 0.3-0.4 at
-temperatures up i:o 300C; at higher temperatures the friction coefficients
increase sharply.. Borided layers on hardened steel had part:6cularly stable
friction coefficl.ants (about 0-2) in vacuum in the entire 20:--700C range.
Card- 2/3

ACC NRv AP700306
A borided layer on annealed steel had higher but significantly more tem-
perature-dependeat friction coefficients.IOrig. art. has: 8 figqres and
I table. [HS)
SUB CODE: 11, 13/ SUBM DATE: 27Nov66/ ORIG REF: 010/ OTH REF: 008/
ATD ?RESS* 5115
Card 3/ 3

RAMMSOY, V.I.
I
Utilizing thin wnste heat of steam engines for drying grAir-
11nukn i -pered.op. v sellkhoz. 7 no.8:44-45 057. (Yiju 1C.: c))
1. Starably prenodrvatell Altayekogo Bellckokho2ymystvennogo
institute.
(Grnin-Drying)

MATVEYEVSKIY, V.I.
.........
Determining the expenditure of fuel during eng'Ln-- testing, Trakt.
i sellkhozmash. no.3:4.1 Mr 165. (MIRA 18:!-))
1. Altayskiy sallekokhozyaystvennyy inatitut,
are

AUTHOR: Hatve:rko, A.P., Engineer SOV-118-56-9-11/19
TITLE: Reduc:.ng the Amount of Labor in Lumber Trailing Operations
by Means of Winches (Snizheniye trudoyemkosti pri trelevke
lesa :!ebedkami)
Mekhanizatsiya trudoyemkikh i tyazhelykh rabot, 1958,
Nr 9, pp 32-34 (USSR)
ABSTRACT: Examining lumber trailing operations in swampy timber cut-
ting itreas of the Belorussian SSR, the author draws atten-
tion to the low labor efficiency. Detailed investigations
have been carried out at the Luninets, Gantsevichi and Tu-
rov litspromkhoz to find out the beat labor saving method
for 'umbering operations. Consequently, the following tech-
nological scheme was recognized to be the best for swampy
timber cutting areas; for the cutting of trees the motor
saw "Druzbba" should be used; the trimming of branches
Card 1/2 should be done by manual labor; trailing should be carried

SOV-118-58-9-11/4,9
Reducing the Amount of Labor in Lumber Trailing Opera-ions by Means of
Winches
ou*; ty applying the semi-suspended method (polupodvesnyy
sposob) by using a supporting cable with dual TL-4 winches;
tho loading on the rolling-stock by means of the saw win-
ches; the carting of lumber out of the forest on a narrow
gaitge railroad. There are: 1 photograph, 1 graph, and 1
table.
1. Lumber industry--USSR 2. Cutting tool.s--Applications
3. Personnel--Performance
Card 2/2

ACCESSION NR-. AP4030381 S/0145/64J60/002/0160/0173
AUTHDR: Balandin, G. F. (Candidate of technical sciences, Docent); Gini, E. Ch.
(Candidate of technical sciences); 1~4~yeyka, Tu. ;N_(Aspirant); Sokolov, Ye. A.
(Engineer); Stepano-v, Yu. A. (Candidate of technical sciences, Docent); Yakovlov,
Yu. P. (Aspirant)
TITI& The role of technological factors in producing.-strength in tbin walled
castings
SOURCE-. IVUZ. Mashinostroyeniye,no. 2, 1964, 160-173
TOPIC T&GS-. mechanLeal property, thin walled casting, aluminum, magnesium alloy,
mold, microstanicturg, nonuniform porosity, hardening process, hexacholroethane,
acetyline
ABSTRACT: The mechanical properties of large-scale thin-walled castings used as
panels were investigated at the MVTU foundry. Sample panels, 370 im by 35 mm
and h to 1.5 mm in thickness,, were cast from various alumirium so magnesium
alloys (e.g. AL2,, AL40 AS15,, MM5, etc.). Before pouring ibe iaterial, the mold
was covered by hexachloroothane (C2C3,6) for aluminum alloysi and with acetylene
carbon black for the Ma5 alloy, The aluminum alloy specimiens had a strength
withIA the GMT 2665-55 standard.
Card 3J2

A== :)N NRs A.P4030381
Lowering the specimen thickness to below 2 mm revealed a definite reduction in
mechnical propeir~ties of the cast. The microstructure of the janels showed no
observable effects calu.sed by minimum or maximum superheat condlitions. Howevers, there
was a noticeagle inercase in nonuniform porosity for very tWt-walled specimens cast
from V15 and AL19 allcys. There was considerable scatter in the measured strength
of various specimens, caused-primarily by a nonuniform temperature distribution in
the casting during the pouring of the alloy in the mold. It is shown that the melt
'temperature distributi3n in the mold, the method of pouring the melt in the mold,
and the method of feed Lng the alloy during the hardedning process are"significant
factors contributing to the nonuniformity between specimens and within the given
specimen itself. A de'Ailed comparison is made between castiNg in sandstone molds
and a pr'essing-out methos to enhance uniform temperature distributions in the
molten alloy. In general, the two methods yield similar data scatter in the
strength of the castix4~. Orig. art. has: 7 figures
ASSOCIATION: none
SbBMITTEDt 04Mar63
SUB CODEr MM NO REF SOV-. 02.2
2/2
Card
ENCLt Ce
OTHE:R- 010

)0293
AW
Steoanon yuriy
AlekseyevAch;
.-Casting of thin-
Slssunostr03
copies printe
Monograph
deb; Gini., Enriko Chelladvicb; Sakolov,, Yevgealy
Yufty Pav1ov1cb
aled stractures (Litlye tonkostennykb konstrukts:Ly) Moscow, Izd-vo
dye",, 1956. 254 p. 111u9,, biblio. Errata.slip inserted. 4500
TOPIC TAGSt panel casting., pressure casting., metal casting
'PLWWE AND COVERW: This book Is intended for engineering and scientific research
workers conceripd with problems of casting. It may also be useful to students of
schools of bioer educt-tion specializing in machine-building. The book presents
resulti of vor4 empleted by the authors at the foundry laboratory of the Moscow
iffigber Technical - School I=. Bex=aa (MVTU) In connection vith casting of thin-
wall structures'. On tle basis of theoretical concepts of the interaction betveen
the casting an -Sov:Lvt studies concendng the
_f the =o3A,, various Soviet and non
the of wodficim Wmi-wan pml castizge are mnnarizeC
ory
"M OF (Abridipd):
Forevord.-3
Part I. rining %be HDIA
~Cwd 2/2 Lw: 6a.74.m

ACC WRt.
ch. :~Oiznme IntokustLon on pawl castings
ch, n.: ceme, aspect of fte problem of fining the sold 28
Ch. me Dete Ion of conditions of casting under pressure 46
0 a - Do I
hrv, teronation ol conditions of casting under low pressure. -- 75
C
Ch*' V, Detendnation of conditions of casting under rising pressure -- 86
part. n. Bat Craoks __ 119
Ch& VI. Formation of hat cracks In pawl castings -- 119
Ch, VII. Inte"etion of forces between the pawl casting and the =old 3645
Ch. V137. Methods -of e2:bmlmting hot cracks in pmel castings -- 169
Paft n1. Tedbmloa of Costing ThIn-Well Pawls
Ch. IX, Mecl~amlwa propbortles, precision., surface smoothness -- 189
Ch!, xe Practides In caslAng parts of tbin-vall pawls -- 223
References 248'
so cm: W smu mm: nrob66/ mm mm W/ an mm o36/
2/2

IKATVMOV, G. P., Candidate Ned Set (diss) -- "The functional state of the liver
In patients with chronic tonsillitis". MImk, 1959. 13 pp (Minsk State Med
7net)p 150 copies (KL., No 24,, 1959,, 151)

~MWEYROY GE-,-kand.med.nsuk,- ERODSKkU, F.P.
Evaluation of a study of uropepsin. Zdrav.Bel. 8 rio.7.-51-53 JI 162.
(MM 15:11)
1. Iz Wedry gospitallnoy terapii (zav. o.%.prof. G.1h.DovgyaUo)
?dnskogo mEditsinekogo instituta i Gomellskoy oblastnoy bollnitsy.
(UROPEFSIN)
.0-10

ZHAVRIDJ- V.M.; K0KC6H, A.A.
- ------
Changes In the cardiocascular system in chronic tonsil-
litis. Wrav. Bal. 8 no.6:10-12 je'62. (140A 16;8)
1. Iz kafedrj gospitallnoy terapii (zav. - prof. G.Kh.
Dovgyallo) ltLnskogo meditainakogo instituta.
(TONSES-DISEASE) (CARDIOVASCULAR SISTEM.-DISEASEZ)

I-- MATVEYKOV, G.P.., kand.ned.nauk
IL -
Mood prothrombin in chronic tonBinitis. Zhur. ush., nos. i gorl.
bol. 22 no.1:33-35 Ja-F 162. (MRA 15: 5-0)
1. Iz kafedry goopitallnoy terapii (mv. - prof. G.Kh,Dovgya3-lo)
Miubkogo maditsinskogo institutai
(P.R(YrHRDMBIN) ' (TONSIM-DISFASES)

PA"MM, P. I. W
Ade%v&te selectim, assigment and training of persormel are an
indigpensable condItion for the fiLlfillment of the seven-year
pUm. Zbelodortransp. 42 no-3:3-9 Kr 160.
(min 13SQ
1. Umestitell ministra patsy soobobcbeniya.
(14d1roads-Imployeem)

HATVL'MEV. P.I.
--,: --l- -
Creators of tec;mlleal progress. Zhel.dcr.t--anap. 46 no.12t3-5 '1 16-1.
(MIRA IS?!)
I* Zmasatitell ininistra putay scobahchaniya SSSR.