SCIENTIFIC ABSTRACT KOPEYKIN, A.A. - KOPEYKINA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824510014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

15(2) SOV/72-59-1-15/16
ATITHOR: Kopeykin,
TITLE: production of Panelling Tiles, Sardtation Products for Technical
Purposes, and Wall Blocks in Italy (Proizvodstvo oblitsovoch-
nyl-h plitok, sanitarno-taklinicheskikh i-,.doliy i stenovykh
blokov v Italii)
PERIODICAL: Steklo i keramika, 1959,P11'r 1, PP 45-48 (USSR)
ABSTRACT: The author visited the following factories working in this
field: Ceramics la Companevid. at gissuolo; Ceramics Yoe at
Milano; the ceramic tile factory at Civitl Castellina; .
a'small factory manufacturine sanitary products for technical
purposes; the china and faienco factory Ceramics Marcantoni
and others. The author states that in the Italian ceramic
industry modern high-grade muffle furnaces and electric
tunnel furnaces are used (Fig 1) vhich secure high quality
of the products. The Pagano Azzi Signorini wall block. factory
produces thin-walled hollowcoating blocks (Pig 2) and roof
tiles. Figure 3 shows the arrangement of the oil-heating
system. The production of the Fornace Visana wall block
factory also includes tiles. The author describes the produc-
Card 1/2 tion, storage and manufacture of raw materials and finished
Card 2/2

-EDPrMll, A.A.: BLYUMV. L.M.
Glazed facing tiles made of local low-melting clays. Stak.
I. ker. 17 no.9:6-10 S 160. (MIRA 13:9)
Mlea)

KOPEYKIN, A.A.
Rapid rate of development. Stek. i ker. 18 n0-10:7-9 0 '61.
(MIRA 14:11)
1. Direktor Nauchno-issledovatel'skogo instituta, stroitel'noy
keramiki.
(Geramic industries)

KOPEYKIN, A.A.
The production of facing tiles needs improved equipment. Stek.
i ker. 19 no.7:1-4 J1 162. (MIRA 15:7)
(Ceramic plants-Equipment and supplies) (Tiles)

REMPELI A.M.; SUKHOV, P.V.; glavnyy red.; ROKHVARGER, Ye. L. p
zamestitell glavnogo red,; VASYUTINSKAYA, A.A.,, red.; GARTSMAN, B.M.,
red,; ZAYONTS, R,M*q red.; LUNDINA, M,G.j red.; NOSOVA, Z,A"j xvda;
PETROVp N.A., red.; RIVKIN, A.M., red.; ROMANOV, P.R., A'd.;
SOKOLOV) P.V., red.; FEYN, Yu.E., red.; KOSYAKINA, Z.K., red.;
KASIMOV, D.Ya., t~ekhn.red.
[Research on clay materials] Issledovanie glinistogo syrfia. Maskyap
Gosstroiizdat, 1963. 119 p. (Kuchino. Gosudarstvennyi nauchno-,"
issledovatel'skii institut stroitellnoi keramiki. Trudy, no.22).
(MIRA 17:3)

I
D
"XEYKINY A.M.
Stri-ri for taking, tho chava~ti-r ~, .~Jj ~ of btij I wv- ITJ boro3i roe nie no. 7:
26 11 164, (MM 17.,21)

1~..3-58-4-13/40
AUTHORS: Petrov, V. K., Kopeykin,, A. P. and Mokh r, Ye. D.,
Engineers
TITLE- Comparison of Methods of Smelting Steel 18KhNVA in
Arc Furnaces (Sravneniye metodov vyplavl-i stali l8KhNVA
v dugov-ykh pechakh)
PERIODICAL: Stall, 1958, Nr 4. pp 326-330 (USSR)
ABSTRACT: In view of the introduction of the application of oxygen
in electrosmelting it was necessary to compare the quality
and economical indices of various methods of production
of structural steel 18KhNVA in 10-ton are furnaces. The
following methods of production were.compared:
1) The usual method. The charge consisted of 45-50% of
scrap of the same steel, soft iron and nickel. Before
charging metal low melting slag consistiAg of equal
amounts of lime, fluorspar and chamotte (1.5% of weight
of the metal) was placed on the bottom of the furnace.
During melting a similar portion of slag was added under
electrodes. After the melt out and checking the chemical
composition the melting slag was removed and refining
slag put on. The latter was treated during the first
Card 1/5 30-40 minutes with coke and then with a powder of 7596

133-58-4-13/40
Comparison of Methods of Smelting Steel l8KhNVA in Arc Furnaces
ferrosilicon. Before tapping ferrotitanium (O.OE% of Ti)
and aluminium (0-3 k9/t) were introduced.
2) Using "boiling" soft iron. The charge consisted of
60-65% of scrap of the same metal, blooms of boiling soft
iron (0.04-0.06C), nickel and ferromanganese. Slag-
lumps of limestone and chamotte (2:1) in the amount of 4%
of weight of the metal. The reducing period as in the
usual practice.
3) Smelting of scrap with blowing Tith oxygen. Charge: 60%
of scrap of the same metal, 5-8% of high alloy scrap and
carbon scrap, if necessary nickel was added. Carbon content
after melt out 0.25-0-35%. After melt out the bath was
blown with oxygen for 10-15 mins, then the melting slag
was removed and refining slag put on. The reducing period
as in the usual practice. Before tapping ferrotitanium
(0.10% Ti) and aluminium (0-5 kg/t) were added.
4) Smelting with oxidation. The charge was made from
scrap of the same steel (up to 15%) pig iron (7-8%), scrap
of carbon steel and necessary amount of nickel. After the
melt out, the oxidation period was carried out during
which, due to ore additions, not less than 0.50% of
Card 2/5 carbon was removed. The carbon content at the end of the

133-58-4-13/440
Comparison of Methods of Smelting Steel 18KhNVA in Arc Furnaces
oxidising period was lowered to 0.09-0.12%. At the
beginning of the reducing period the slag was treated with
coke powder then with-ferrosilicon. In the middle of the
refining period after the introduction of ferrochromium an
addition of allo7 AMS (3kg/t) was made. Before tapping
ferrotitanium (0.01% Ti) and aluminium (0-5 k6/t) were
added. The finished metal in all experimental heats
contained 0.14-0.17% C. The metal was bottom poured in
2.7 ton ingots. Metal from all heats was rolled into
rounds and squares 110-125 mm. In order to evaluate the
quality of the metal from one ingot from each heat three
samples were taken: A, B and X. A and X 400 mm long from
the top and bottom parts respectively and B, 1500 = long
from the middle part of the rolled ingot. The investi-
gation of the macrostructure, fracture and non-metallic
inclusions was carried out on specimens cut out from A, B
and X. For other tests, specimens were cut from B. The
macrostructure of metal from all heats was found to be
satisfactory. Fracture: this was investigated qter two
Card kinds of heat treatment: after hardening from 860 C and
3/5 after the same hardening and annealing at 550. On a number

133-58-4-13/40
Comparison of Methods of Smelting Steel 18KhRVA in Arc Furnaces
of fractures the presence of "platforms" was observed.
These were previously found to be due to the accumulation
of nitrides and oxides of titanium. During the crystallisa-
tion of ingots a part of these non-metallic inclusions,
precipitates in the form of comparatively coarse films
along the grain boundaries. After rolling these films
become elongated along the axis of rolling sectors (in
fracture - "platforms"), which form weak spots in the metal.
The percentage.of heats in which "platforms" were found for
all four types of smelting practices was: 1) 44%; 2) 27.2%;
3) 9.1% and 4) 0%. Mechanical properties were checked on
longitudinal and transverse specimens. The results are
shown in Figs. 11 2 and Table 1. Non-metallic inclusions -
Table 2, Fig-3; mean chemical composition of non-metallic
inclusions - Table 3. Investigation of the tendency to
growth of austenitic grains indicated that in this respect
the smelting practice has no influence. Technico-economical
indices of the individual smelting practices are given in
Table 4. It is concluded that the most economical method
Card of smelting 18KhNVA steel is the melting of alloyed scrap
4/5 with blowing the bath with oxygen. The quality of metal is

133-_58-4-13/40
Comparison of Methods of Smelting Steel 18KhNVA in Are Furnaces
satisfactory and is not worse t'"an when the metal is
produced by other methods.
There are 4 tables and 3 figures.
ASSOCILTION: Zlatoustovskiy metallurgicheskiy zavod
(Zlatoust,,.-.,.-;.-,I:. Metallurgical Works)
1. Steel-Production 2. Electric furnaces--Effectiveness
3. Slags--Propertie8 4. Steel--Mechanical properties
Card 5/5

KOPETKIN, B.A., Inshener.
Braking devices for woodworking machines. Der.i lesokhic.prom. 2 no.10:12-
14 0 '53. (MLHA 6:9)
1. Otdol okhrany truda I tekhuiki bezopasnoeti Minlebyzproma.
(Woodworking machinery) (Brakes)

KOPSM-11, B-orl.s. -Alsksandr*rIch; DJWSOTA, 1. S. radaktor;RaKOV, S. 1.
L
iodaktor.
[Safety measures in the operation of woodworking machines] HM
besopasnosti pri rabote na derevo-obrabstyvatushchikh stauka he
[Moskva] lzd-vo VTsSP5 Profizdat, 1954. 115 0 (HLRA 8:8)
(Woodworking machinery--Safety measurej

KOPZYXIN. B.A.; PMO, K.I.; IWIN, I.F.
Textbook on safety techniques ("Principles of safety techniques
In the woodworking industry" K.H.Boader. Reviewed by B.A.Zopoikin,
M.I. Pokle and I.F. Khants.) Der.prom.4 zo.4:30-31 AP '55
(Baader N.M.) (K= 8:6)
(Woodworking ladastries-Saf9ty measures)

MMYZINO BeA, inshemor.
I
5triving for qmallty In firalturse Dsroprome 5 319,3:16 Yhr '56*
. (KLRA 9:7)
l.Pr*Isvodstvennoye upravlowlys Kimbindrsvprom SSM.
(Ftwalture Industry)

NOPSYKINO B.A., Inshoser,
iom- , she-rtcoming of a mmusl on safety technique
safety.tochnl4uow by.L.~. !!Ikitin, Rovieved by B
pros. 6 ne.5:26 IV 057.
(Woodvorking industAss-Safety
(Nikitia, L.L.)
. "Principles of
A. Kopeikia. Der.
(MLIA6 10:6)
measures)

RGEMN, Ye.Ye.
_ qf7t~KIN,,B.A.~ SF
Textbook on the organization and planning of production. Der. prom,
14 no.4s29 AP 165. (FJRA 1825)
1. Belorusskiy tekhnologichesk'Ly insLiLut im. S.M.Kirova.

.-KOPMDi, Fedor Filippovich; ROTENBARG, A.B., red.izd-va; PULIKINA,
7:.. .1.--- m'.
X- raw&.
.v
(Collective building of private homes] Kollektivnoe
stroltelletvo Individualtnykh domov. Leningrad, Goa.izd-vo
lit-ry po strolt., arkhit. i stroit.materialam, 1958.' 42 p.
(MIRI 12:8)
1. Nachallnik stroitalinogo tsekha fabriki *Skorokhodu (for
lopeykin).
(Building)

AIABUZHEVY P.M.,prof.; KOPEYKIN G.F.S. inzh.
Electropneumatic hammer with a striker restraining mechanism.
Izv, vys, ucheb. zavo; goro zhur. no.9:76-86 159. (MM 3.4:6)
1. Novoeibirskiy elektrotekhnicheskiy institut. Rekomendovana
kafedroy teoreticheskoy i prikladnoy mekhaniki.
(Pneumatic tools)
I

ALABUZHKVI P.M., prof.; KOPIUKIN, G.F., inzh.
WWWW---~
Electr~awcbanical hamner drill with a head having a lock
mechanism. Izv. vyso uchebe zave; gor. zhur. no.5s94-100
161. (MIRA 16:7)
1. Navonibirskiy elektrotekhnichaskiy institut. Rakontndovana
kafedroy makK%nIki. (Boring machinery)

ALAHUZHEV, P.M.; KCPEYKIN,,G.F.; SHEKHOVTSOV, B.A.
The NETI-1-13M electric driJI. Biul.tokh.-ekon.inform.Gois.nauch.-
isal.inst.nauch*i tokh.inform. 17 no.1:25 164. (KRA 17:2)

ALABUZHEV9 P.Mp prof.; VILINIT, L.N., starshiy prepodavatelf;
KOPEYKIN, G.F., starshiy prepodavatell; TSIVINSXIYI Yu.p.0 itzh.
Movement of the striker and body of an electromechanical
h=wr drill with a atriker-restraining mechanism. Izv. vys.
ucheb. zav.; gor, zhur. no.6:74-80 161, (MIRA .16:7)
1. Novosibirskiy alektrotekhnicheskiy institut. Rekomendovana.
kafedroy mekhaniki.
(Boring machinery)

it N N R:
kP5007 936 S /0 2,q-q,'64/'riOO,/Q03;/00r3 1 /0066J
-h(~shov, V. F.
Al')W~w~ P M K2~Jn~,(; Kuz'menk~ , Yu, 11.
TITLF: A study of torque meters
S(irRcr,': 2''~14 SSSR. Sibirskoye otdolenive. Izvestlya. Sertyii tokhnicheskikh nauk,
0 3 1964. 61-66
sprin, potentiometer. torque meter. capac-itanct, torf-,i!o tensometric
ete r
Modem technology usually eunploys three incthi-xis for th,, m~~asurenii--nt of
--c mom(,nts t,, thf, ciintor A .h- and
h. i acti,
i- ~7--nations of links whJch transmit the moment, manv pr-,'I(-UL:,i: 06
1 ~ -T) rn ts The authorq conrentrat(-d thoir -.4tufiv rin 'he t~-nsornofrir arJ capacit-
I, r
x,ith 'ippr-)prJALj-- iMphfJPIS!
M-Iprq rfid not supply sadafactory records of either the actIve. Or Ult, 1
(Lhe -~brauions af the electric motor, hammer recoil, ind the paseage shock wa,e23
tnrough Lhe ahaft cause distortions in the osciUom,-aTns) Capacitative meters yield poor
Ccrd 1/2

L 35487-65
ACCESSION UR: AP5007836
frtr the namp reasons. However, R_ four-contact sprtng-"tentiometric meter
1: hn rq M the fabor-ttnriva teoredchrskoy m4hanlk! (LaMr-;ttory of
m.9titutel -ind de!w -aril,: Z I
K;,rnifof po del,,Lm izobrpttnly I owryTiv pri iuvmu
i n,', Discoveries, Coun,-:2 tgf -tc!fIrv
'I of the impar- ipot -inr! r 4) Ln P. pa ck
it-Ja'1v reacts to the revcif CA sho
ffir tho
T, is met(-i
1nd m~,ik-hin-
-ill, ~r)rmulas and 3 figures.
'4ovoq1hfr,,3kiy eleh-trotekhnicho9kiy institat k-Ncl~osibir,.Ak Flectrical
i-r![W Institute)
ENCL: 00 SUB CODE: F"E
ED:
:"I-)V: 013 OTHFR: 001
Card

ALABRH4';:,'711, P."., prof.; BONDAREV, V.V., inzh.; ZIJYE-V, I.K., inzh.; KOP
lnzh.; TRUSI, A.M., inzll.; YARUNOV, 2'.M., lnzh.
Dynamii strength of springs in impant action machines. Izv.vyso
ach9b.zav.; gor.zhur. 7 no.12:58-64 164. (MIRA 18:2)
1. Novosibirskiy elektrotekhnicheskiy ins"itut. Rekomendovana
kafedroy teoreticheskoy mekhaniki.

L 02511-67, EWT(d )/ENT (m)/EWP(w )/EiqP(c )/EWP(v )/T/EWP(t)/ET1/EWP(k)/EWP(1) 13p(c)
ACC NRt AR6015964 SOURCE CODE: UR/0277/65/000/al2/0059/0059
JD
AUTHOR: Alabuzhev, P. M.; Bondarev, V. V.; Kopeykin, G. F.; Trus', A. M4yal-aft".
A.M.
TITLE: Calculating the durability of cylindrical coil springs in impact-action
machines
SOURCE: Ref. zh. MashinostroitelInyye materialy, konstruktaii i raschet detaley
mashin. Gidroprivod, Abe.. 12.48.486
REF SOURCE: Sb. dokl. k Novosib. nauchno-tekhn. konferentsii po mashinostr. Ch. 2.
Novosibirsk,
TOPIC TAGS: helical spring, impact strength, durability
ABSTRACT: A method is proposed for calculAng the durability of cylindrical Poil
springs. The method is based on the energy theory for loss of work capacity of a
spring under rotating loading. A formula is given for preliminary determination of
the service life to destruction of a spring in impact-action machines. [Translation
of abstract)
SUB CODE: 13
Card 1/1 uDc: 621-272.2.001.24

Formation of the C' Phases in the Rhenium-manganese SOV/20-125-1-22/67
-and Rhenium-iron System
a = 9.92 4.69 1 and o/!'. = 0.52. Miorc~hardnesa
1234 kg/mm Publications zontain no data on the following
production of the rhenium-manganese alloy. It may be seen from
roentgenographic results that the annealed (for 360 hours in.
vacuum at 10000) anoy in homogeneous and has a lattice of the
phase. Parameter: a = 9-14 1, 0 = 4.75 R, c/a - 0-52
kTable 1). The 6 phase fc~rma from enamel (Fig 1). The
observation of 6 phases in the systems mentioned in the title
leads to additional difficulties in the theoretical explanation
of the conditions of formation of these compounds of transition
metals. If these phases are regarded as a type of electron
compounds (Ref 3)9 it strikes that rhenium similar to manganese
shows an anomalous behavior as compared to metals of other
grcups. There are 1 figure, 1 table, and 4 references, I of
which is Soviet.
ASSOCIATION: Ir-st:,.tut metallurgii im. A.A. Baykova Akademii nauk SSSR
(Institiite of Mietallurgy imeni A. A. Baykov of the Academy of
Sciences, USSR)
SUBMITTED: November 17, 1958
Card 2/2

66456
AMORS: 141SM91. To, Corresponding KemberAS USSR, SOT/20-129-3-24/70
-Yo. X.p
14~hskhtmw4 V. She
On the Interaction of the Elements of the VIIA Subgroup With
Transition Wale
PMODICAL: Doklady kkadeali nauk SSSR, 1959# Vol 129# Nr 3v pp 559 - 562
(USSR)
.AMBACT: In is known to be an anomalous metal with regard to combining
forces between the stons, the crystalline structurep *too
(Refs 192). Active interaction with the elements of the sub-
groups IVA, VA, &n& VIA is typical of rheniuae-In-connection
herewith# 6--w and 'Arphases are formed In binary systems
(Refs 3,4)e Nn and Re are anal0gous with regard to the forma-
tion of oxides, soids, oto. It is, however, unknown whether
they are analogous with regard to interaction with metals.
Table I chows distinct differences of the physical properties
of Un. Rep and To. Great similarity of Nn and Re as to the for-
mation of metallic phases can be seen in analyzing tke Interac-
tion of Na and Re with transition metals. Figure 1:~shows the do-
Card 1/3 pendence of the value of the dimension factor (raskernyy Ifaktor) P
66456
On the Interaction of the Moments Of the VIIA Subgroup SOT/20-129-3-24/70
With Transition Metals-,
phase of Nn is formed as an-independ*nt compound in systems an
Re basis. Since there are-no,papars available on To alloys, the
binary~*Yftsmo can not-~be completely classified on the basis of
subgroup-VIIA. It nay be-Gloused that To reacts in alloys In a
similar waY-as-Re,.Ths comparatively d4stinct classification of
the,binary systeng-of-trmoition aetals-with Nn'and Re " Well
&S-4, restricted got of phases'existing in these eystoseL&re ob-
ViOuNly related to the key-position of subgroup VjU among tran_
BitiOn-astals. There ar*.I-.figure,.l table, and Treferencos,
of which.are Soviet,
ASS"IATION: Inmt'tut no"liurgii i2, A. A. Baykova Akad*aii nauir SSSR
(Inatituis Of Notallurgy Imoni A. A. BGYkoV of the Aced
Sciences, USSR)
SUIRITTED: August 12,, 1959
Card 3/3

69059
AUTHORS: Savitskiyq Y*o No#, lopotskiy, Ch. V0 S/078J60/005/03/04T/048
B004/BO05
TITLE: Physloochenic Ial Interaction Between Manganese and lobius
PERIODICAL: Zhurnal neorganichoskoy khImll, 1960, Vol 5, Nr 3, PV 755-757
(USSR)
ABSTRACT: It was the object of this paper to draw the phase diagram En - Nb
UP to a content of 100 by weight of n . Alloy-F-wliT -aniobium
dontent of 2m269 2o979 5.69 5.64p 16.651 17-56l and 29*85%
~y weight were investigated, The niobium was introduced into the
alloys an 40-50% ligature with Kn- An investigation OUth~
microstractur*s(Fig 1) proves the formation of a eutectia at about
5064% of lb by veight. The X-ray analysis confirmed the results
of the investigation of the microstructures. Beginning with
5064% of Nb, the Deby* patterm show lines of a now phase which
belong to the coupound MANb with a struaturo of the NaZu 2 type.
.ihe lattice constants of this ocapound are indicated. The micro-
.hardness of the compound Kn2lb checked by a TP-apparatme amounts
to 768 kg/=2,and is lower than the microhardnons of the solid
niobium solution In manganese (1020 kg/a&2). An increasing niobius
Card 1/2 content reduces steadily the microhar4ness down to 650 - 700 kg/zm2

88595
S/078/60/005/011/005/025
B015/BO60
AUTHORS: Savitskiy, Ye. M., Kopetskiy, Ch. V.
TITLE: Constitution Diagrams of Systems of Manganese With Titanium
and Zirconium
PERIODICAL: Zhurnal neorganicheskoy khimiip 1960, Vol- 5, No- 11,
pp. 2422-2434
TEXT: The constitution diagram for manganese-zirconium (up to 30 wt%
Zr) and for manganese-titanium (up to 30 wt% Ti) was set up by the
methods of microstructural phase analysis, X-ray phase analysis, thermal
analysis, and measurement of hardness and microhardness. The alloys were
prepared by repeated remelting in a vacuum high-frequency furnace of
the type NBQ -4 (MVP-4) with generator of the type arn -30 (LGP-30).
The alloys (Table 1, composition) were examined both in the cast and in
the annealed state. A Tn (TP) apparatus served for the hardness
determination, a nM7-3 (PMT-3) apparatus for the microhardness, an
PK,L~(RKD) camera served for the X-ray phase analysis of the powder
Card 1/4

88595
Constitution Diagrams of Systems of S/078/60/005/011/005/025
Manganese With Titanium and Zirconium B015/BO60
samples, and, finally, Kurnakov's pyrometer and a device worked out by
I. I. Tyurin (Fig. 1) served for the differential thermal analysis. The
pictures of microstructure (Fig. 2), of the Mn-Zr alloy show that already
at a content of 4.5 wt~ Zr a second phase is formed, identified as ZrMn2
compound by the X-ray analysis (Table 2, data of X-ray analysis) and
having the following lattice parameters: a - 5-029 M, c = 8.234 kX,
c/a = 1.637. The X-ray pictures show furthermore that in cast specimens,
Mn always occurs in the P-modification, whereas only a-Mn is observed with
annealed specimens. The results of X-ray phase analysis (Table 3) further
show that the ZrMn2 compound apparently exhibits no region of
homogeneity. Data obtained from the investigation of hardness and micro-
hardness of bIn-Zr alloys (Table 4) are in good agreement with results
yielded by other methods. Microstructural examinations of the Mn-Ti
system (Fig. 4, pictures) as well as the X-ray structural pictures
indicate the existence of two intermetallic compounds in the concentra-
tion range from 0 to 30 wt% Ti. One is TiMn2 and has a hexagonal lattice
with a - 4.812 U, c = 7-817 U, c/a = 1.624 (Table 5, data obtained from
the X-ray picture of TiMn2). The second compound, which exists at
Card 2/4

Constitution Diagrams of Systems of S/078/60/005/011/005/025
Manganese With Titanium and Zirconium B015/BO60
concentrations from 6.?5 to 22-5 wt%,Titprobabl:~ has the formula T'Mn4
and results frog a perit ect'ic 'r'eaction a 123dOC (Table 6, data obtained
from the powder X-ray picture of the new compound). Results yielded by
the phase X-ray'anal'ysis of the system Mn-Ti are given in Table 7, the
values from hardness tests in Table 8, values relating to microhardness
in Fig. 6, and the constitution diagram in Fig. 8. Table 9 shows the
results of'hardness- and microhardness tests for the Mri-Zr syitem, and
Fig. 7 shows th~ respective constitution diagram. Additions of zirconium
and titanium to manganese have little effect on the a go transition, which
taken place at 7300C in both cases. In the Mn-Zr system, the
transition runs according to a peritectoid reaction at 1125C, and the
same holds for the Mn-Ti system at 1160oc.-In both systems the alloys
arehardened according to a eutectic reaction, and, more precisely, at
11600C~ far the Mn-Zr system and at 11950C for Mn-Ti. The transition
takes place at 12250C for both systems according to a peritectic reaction.
Hardness tests showed that the intermetallic compounds ZrMn2, TiMn , and
have a consid'erably lower hardness degree than a- or p-AL-i. T ere
TiMn4
Card 3/4

Constituti'on Diagrams of Systoms of 3/078/60/005/011/0015/025
Manganese With Titanium and Zirconium B015/BO60
are 8 figurea, 9 tables, and 10 references: 1 Soviet and 5 US-
ASSOCIATION: Institut metallurgii im. A. A. Baykova Akademii nauk SSSR
(Institute of Metallurgy imeni A. A. Baykov of the Academy
of Sciences USSR)
SUBMITTED:, August 19t '1959
Card 4/4

kUTHORSi
TITLE&
3/078/60/005/011/017/025
B015/Bo6o
Savitskiyf Ye. M#9 Kopetskiy_! 1h. V.
Constitution Diagram of the Manganese - Tantalum System
PERIODICALt Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 11,
pp. 2638 - 2640
TEXT: The Mn - Ta system was studied up to 24.68 at% Ta by the methods
of microstructural and X-ray structural phase analysis, thermal analysis,
as well as the microhardness method. The alloys were melted in a high-
frequency vacuum furnace of the type HBTT-4 (MVP-4) and alloys with 0 093,
1.0, 2.86, 3.64, 6.o, e.o, 12.22, 27-58, and 51.90 wt% of tantalum were
prepared. The alloys were vory brittle, especially those containing
6-12% Ta. The miorostructural analysis (Fig. 1) shoved that alloys with
0.93 and 1.0 wt% Ta constitute a solid solution on the basis of manganese.
In the alloy with 2.86 wt% Ta a second phase, which increases with in-
creasing tantalum content, begins separating. It separates in a form which
is characteristic of a eutectic reaction of the components. In alloys with
8.0 wt% Ta and over, coarse, overeutectic separations of an intermetallic
Card 1/2
Constitution Diagram of the Manganese S/078/60/005/011/017/025
Tantalum System B015/BO60
compound were observeds X-ray analysis confirmed the last-mentioned
results and it was noted that the new phase was Mn2Ta with a crystal
lattice a - 4.842 kX, c - 7-895 kX, c/a - 1.630. Thermal analysis of the
alloys was carried out with an apparatus described in Ref- 3, using
tungsten/rheniua thermoelements of the type Bf 5/20 (VR 5/20). Addition$
of tantalum to manganese cause a reduction of the meltigg point of the
alloys down to the eutectic horizontal running at 1175 C. Tantalum has
little effect on the temperature of the a Z2P transformation taking place
at 7500C. The microhardness was Measured by a FMT-3 (PMT-3~ instrument,
and the microhardness of the compound Mn2T& with 730 kg/mm was found to
be considerably lower than that Of the solid solution on the basis of
a-Mn (1100 - 1180 kgl.e). The.Mn - Ta constitution diagram was con-
structed on the strength of results obtained (Fig. 2). There are
2 figures and 4 referencess 2 Soviet, I German, and I TA.
SUBMITTED$ May 18, 1960
Card 2/2

KOPETSKIYj Ch. V.
Cand Tech Sci - (diss) "Study of the physico-chemical reaction
of manganese with rare metals-" Moscow, 1961. 22 pp; (Ministry
of Higher and Secondary Specialist Education RSFSR, Moscow Order
of Labor Red Banner imeni I. V. Stalin); 120 copies; price not
given; (KL, 10-61 sup, 215)

AUTHORSz
TITLE-
101,15
26392
S/032/61/0271/008/047/020
U424/B21
Savitskiy, Ye. M., Kopetskiy, Ch. V., Pekarev, A. 1.9 and
Novosadov, M. I.
Device for zone melting of high-melting me-ta-9 and alloys
by electron bombardment
PERIODICAL: Zavodskaya laboratoriya, v. 27. no. 8, 1961, 1041 - 1042
TEXT: A dev1ce for zone melting (Pig., 1) was desAgned in th~., Laboratoriya
redkikh metallov i splavov Instituta metallurgii All SSSR (Laboratory
of Rare Metals and Alloys of the Institute of Metallurgy, AS USSR) on
the basis of western papers (A. Calverley, M. Davis. R. F- Lever, J. Sci.
Inst., 34o 4, (1957); H. R. Smith, J. of Metals. ',', 2 ~,959)' '1, This
device may be used to obtain single-crystal Toda 150 - 2^00 Mm '.rjng and
3 - 5 mm in diameter for use in radioelectronics, in tho manufacture
of precision instrumentsp and for research purpoaes. In elec-,ron
bombardment, a zone is melted with a width &pProxima,-^.e2y aq,.ial to the
diameter of the specimen serving as anode.. The 1j,3U4d meTal ig k9pt in
the melted zone by means of surface tension. The dbove m9thoa Dermits
Card 1/5

26
S/C'!~(29,~6 1 7/020
Device for... B120215
the purification of rods 12 - 14mm-indi-Lmeter, ThA support 2 for fixing
the specimen 3 is placed on the water-cooled plate I. Tant'al-as springs
which permit free expansion of the specimen during heating, a7e 15ed for
fixing the specimen in perpendicular position between the mollybden-am clamps
4. The support with the fixed specimens is insulated from the plate and
serves as an anode. The cathode is a loop of tungsten filament 0.6 - 0-7
mm. in aiamet~rp or is made of tantalum foil, it is fixei In pos~tl_on
by the holders 5 made of steel. The cathode 4-9 heated by a charged
copper wire connected to the holders. The suppcrt -ith the cathods holders
is adjusted by a guide nut which is driven out of the working 1~hambsr
by a conical, vacuum-tight, mobile device. One I-athvi,~. holder and the
plate are earthed. The electrons emitted from the cathode ar4 focused
by means of two parallel molybdenum plates placed at a distanoe of 4 - 5
mm from each other. The plates have 5 - 7 mm openings. The whole
working chamber is enclosed by a water-cooled steel or glass env-elope 7.
The guide nut is rotated by a d-c electric inotor 8 over a telt. drive
and worm reduction gear 9 at a total transmiseion rat-no of ItI00, The
electric motor is turned off by the limit switches 10 at a distance of
1 - 1.5 cm between focusing plates and specim9n holders. The -,raoulam
Card-2/5

P6392
S/032/61/027/008/0-17,/020
De-vice ior... B124/B215.
system conststs of a BH-2(VN-2) forepump and a BA-05-1 (VA-05-1)
standard unit. The latter consists of um oil Yapor diffusion pump of
type H 5 (Wo a iliaer, and a chamber with ionizqtion and thermoeoupie
manometers. A vacuum of 1110-5
mm Hg at an evacuation rate Pr ~000 I/min
may be attained in the System. A,rectifier consi-sting of a step-up trans-
former.and four KP-110 (KR-110) kenotrons connected in parallel, was.
.used for feeding the anode grid. The rectifier guarantees semiperiod,
rectification with a voltage of 3.6 kv and..a maximum current of
approximately 350 mai The-above-feeding system permits a continuous 4-
regulation of the'me"tal temperature and theelimination of unex-pected
overcharges. Por visual checking of the melting Rrocess, a.lens,was
inserted int~n the glass envelope through which.ealarged images of the
cathode-heaitid to.2000 - 25600C, of the focusing screens, and the zone,
of the melted metal can be projected onto a screen. For the pt~rpose
of degassing the.specimen before zone meltingg the specimen is annealed
in vacuo by means of an bleo'tron beam, 100 - 3000C below the melting
The melting oonditiona for some high-melting
point of the material.
metals are given in a.table. The new device was used for preparing
Card 3/5
Card 4/5'

KOFE Y 1K It Ii If S 0 Pik 46/4-9T31
Aug W
Updtas
Priquetting
"hAustrial Briquetting of Lignites," I. S. Kopeykin,
2W, M. P. Pokrovskiy, Teobuician, 5 pp
"Z& Zkonomiyu, Topliva" Vol V, No 8
Describes results of experiments conducted 1946 - 1948,.
stvidying ligmites from Baabkir and Ukrainian republiag
under laboratory, semi-industrial, and industrial eon-
ditions, obtaining briquettes from these lignites,
andL treating the briquettes chemically.
h6A9r3l

PA 43/49T81
oot 48
Dr:iqmt-tlng
"Prololm of Mquattlag LUMtee FrM the Moscov
coal 7101" o'! 1. - S. KbTe7ldyj lWl M. P.
Pokroveldy,, Tooh.. 2 pp
nz&Mwnanip Tbyl:tVe T01 V., ND 10
Macuses Wlqwttlng of coal obtalzwd frcm m1nes
,arovaa jbwov,,. astan clmaificatim, crush-
Ing., &ylM., pressIM., azA coollug.
43/49261

TSOPIKOT, G.M., Insh.: KOPININ, I.F.. insh.
Using coal from Mdbastus, Blek.sta. 31 no-5:82--85
My 160. (MIRA 13:8)
(Krannogors"lectric power stations)

32
/ -58-5-3130
r
, ,V. I., Yamber of the Sapnm- Soviet of the USWEJ 8;4
Foremen; Kopee - Shtykh, A- P.; Samcr.,lov, V. I.;
Ba-IdIna, Yes A.
TnME: Appeal to All Qperatorv, Specialists and Worllewa of the Most
3k,)ortezt Professions 1:2 Ezr%erprtses of the Petavle= and M*=!cxCL
Madustx-j (Ko voem oVereorw, eoparatcatkam ~ rabom~,~ veduehc.~.Mk~h
profasaiy pred.,7;-jW,,jy naftyenoy J klxtmte!~as?~.toy prm,-,rsUf--=ostj'j
PERIODICAL: Wfi,;3rmik, 1958, Nr 5, P 3 OSSE) .
ABSTRACT: This appeeJ. to eU m_exatows, wpacisO-ist-s and vox3mea of the
and chemical indust-ry eaummtee the achieve:mmls ettelace. "):r
chemice-I ladxist---y workers in 19.'~7 &-id it urges them to mar-a a
afforl. to :L-2cz,--ase the outWv of fa.-LbIll zero, aynthatic i-Soloar, pO.:ats,
-r-lazt.-Ics, etc. It allo urges t;7.em to IMrove processt-ag methods b,.r
taklng eAvezqtege of eAvenced tseb-i1qzes mxtamt-faa. A -~jledge
by varlous team off cba~4czl pleats, shma rad factorlas is Ineb,14ed
IIJ tbIG gr.Aal. , They PlOage to i3Q!'GVe OPerWbI3g C00,1ditiOng Of
processing units,, to obtedn better qA-e:.-MIaaaJ. ree3ultn, to
the eawma pro&ictioa ylan, ead -14-Oo W, nev !?eaks ja t,'.ie mlb:yat a,'
chemicals. The rert'~.e Of ageratJ03S tl~.e ~:Erst
Taricer of 1956 :Lndtc.-.te timb the ebligmt:~Ons unee~~,%k-?n b,.,r VAO c.aeiadce.1
r -kern , ;I
'duotry wo- All be d1schargee. la tim.
Card 1/1 1. Petrolem industry-USSR 2. Chemical industry-USSR. 3. Peravane!
--Pledges

USSR/Humvn and Animal Morphology. Circulator.- Sys~-,. S-2
Abs Jour ; ROf Zhur Biol-P No 7t 19"9 No '1287
Author :KoPGY1Ci"-G----'
Inst :Not Given
Title :On the Anatomy of the Oollrtornl Arterial Vosa6ln of the Mrlo
Ganitnl Glcnd.
Orie Pub sTr. Gorl'Covsk. gos. in-tr, Gor'kiyo Knigo.-:dnt, 1956,
26-29
Abstract ; In 62 propnrod fetuses of children rnd adults, the sources of
the collrterrl blood supply of the beates were cstnblisho,! in
the nror of different comprrtnents of the into.-nrl spermvtia
rrtery. Moroovorp other vessels p-rticip!~to in the blood-our.-
ply of tho tostess in the rbdoninrl cavitys brrnahos of rennl
=d of deep ileoererrl vrturies (A); in the rrar of the in-
guinrl ccnnlg brrnehes of the outer spornntic A rna the A of
the ojc~culvtory duct; in the scrotcl compartment, externnl
spermatic arteries in tho tisaue of tho testicle, +.hero are
Onre, 1/2
47
18

USSR Human and Animal 96zlohblogy, (Normal and
Pat-holo''81661)'i Arterio-Vasoular
System, -Vessels.
Abe Jour Ref. Zhiir - Biologlya, No. 3, 1959; 12322
Author Koveykin N.-Ga-
Inst Gorkly:~ft ifMMedlcal Institute
Title On the Anatomy of Arteries of the Dererent Duct.
orig Pub Tr. Gorikovsk.'gos. med. in-ta. Gorskly,
Knigoizdat, 1956,' 118-121
Abstract After injection of the vessels with colored sub-
stances,, It was shown in 68 sPecimene that the
deferent duct (DD) most fre(_uently receives
arterial branches from two sources, more rarely
from three and In one case from five. The
sources of DD arteries are varied. Topographic
Card 1/2

NOPEYKY-N) N.G. Ocrlkiy)
Device for moasuring the lumen and thickne-im of -7auaular walls.
Izkh. pat. 27 no,nt7.1-73 065o
(MIRA 18t3,2.)
I& Kafedra,matcadi (zav, .. doktor mad.nauk A.S.Obrmov) Corl-
kovokogo meditolmkogo InstiLi0a broni S.M.Kirora. Sulmitted
July 25o 3.964-

WNBRACHWA, Te.F.; KOZZOT, AsNe; KRICMMUT. X.Te.: IAPITSKIT. N.A.;
LISTOVSKIT, N.D.; MrANOV, N.A.; KUM=. N*P.; MICEURM. T.T.;
POLTAOMMO, A.T.; TbWNY*. N.A.; ?SrATKOV, T.S.; CHISTMOV,
T.D.j KOATKIN P.A.V Insh red..
KRIMOT, V.L., red.; X(IBfLTAZW,,
Lem,,* rein.- e.-f-ekhn. red.
[Practices In tractor repair] Offt remonta traktorov. Y~skva, Goe.
izd-vo mellkhos. Ilt-ry. 1958. 301 P. (MM 11:7)
(tractors-Maintenance and repair)

LAPITSKIT, Mikhail Androyevich; ASTVATSATUROV, Gayk Gareginovich;
KOZLOV, A.M., reteensent; LOSU, V.N.. insh., retaenzent;
..P.A.,, inzh., red.; TIKHA OV, A.Ta., tekha.red.
(1quipment for dismounting, asselabling, and adjusting diesel
tractors] Obomdovanis dlia rasborkt, aborki i regalirovki
disellnykh traktorov. Moskva, Go*.nauchno-tekhn.1zd-vo mashi-
nostroit.lit-ry. 1960. 139 p. (MIRA 13:7)
(Tractors--Maintenance and repair)

KOPEYKIN, V., inzb.
Young technicians, do your own instal3ation of automatic control
for water pumps on farms, in workers' settlements, in your school.
IUn-tekh. 5 no.6:6-7 Je '61. (MIRA 14:9)
(Pumping machinery) (Automatic control)

40FEYKINP V.
InotALIlation of radio system in schools. Wn.tekh. 6 no.9.-68-
71 3 161. (MIRA 3.4: 10)
(Radio in education) (Radio-Apparatus and supplies)

KOPEYKIN, V.0 inzho
Homemade li=etern. lUn.tekh. 6 no.:10.-78-80 0 '61.
1 (MIRA 14:11)
(Photometere)

SfIGHIRBAKOV$ V. (~bskovskaya obl.); BOROVKOV, V.; KOZLOV, Yu. (st.
Alabushevo, 1-bakovskoy obl.).; KOF-Mly, V
- _ --~g. PuBhkino);
KOLOSOVY I, (g, Leningrad); RAKCHEM., N. (g. Torzhok); 14ARTYNOV, K.
Repaired by amate=-o. Radio no.8:47-48 Ag 161. (14MA 14.10)
(Television-Repairing)

5(0) SOV/131-59-8-10/14
AUTHOR: Kopeykin, V. A.
TITLE: News in Brief. Mendeleyev Congress on Gencral and Applied
Chemistry
PERIODICAL; Ogneupory,.1959, Nr 8, pp 379-381 (USSR)
ABSTRACT: The VIII Jdendeleyev Congress was held in Moscow in April 1959.
The section of chemistry and technology of silicates was at-
tended by about 500 delegates from Moscow, Leningrad, Kiyev,
Khar1kov, Riga, Novoroasiyak, Kraunoyarsk, Sverdlovsk, Gorlkiy,
Minsk, and Tbilisi as well as from the Hungarian People's
Republic, the EaBt-German and the Czechoslovakian Republic.
Academician P. P. Budnikov of the AS USSR opened the work of
this section. Among others the following subjects were dis-
cussed: syntheais of refractories with increased thermal and
chemical stability; production of new materials from highly
refractory pure metallic oxides, carbides, nitrides, borides,
and cermets. The section was presented more than 60 reports.
P. S. Mamykin and N, V. Zinovlyev reported on research results
Card 1/3 of refractory and cerainic properties of the system chromite

SOV/131-59-8-10/14
News in brief. Mendeleyev Congress on General and Applied Chemistry
alumina. P. P. Budnikov and V. G. Savel'yev referred to the use
of barium monoaluminate (BaO.Al 20 3) as a binding agent for the
production of heatproof concrete. N. 1. Voronin, N. I.
Krasotkina, and V. A. Smirnova reported on refractory car-
borundum products on nitride binding. Ye. Y&. Antonova and
A. A. Appen spoke about a new type of heat-resisting glass-
metallic protective coatings for steel against the action of
air at high temperatures. G. V. Kukolev and K. A. Mikhayloya
dealt with the influence exerted by active additions on the
density of refractories during the process of pressing and on
the properties of burnt samples. Ya. V. Klyucharov, S. A.
Levenshte3rai, and CI~Ien Ti-ahler. -3xplained problems related to
the mechanism of the spinal formation MgO.Al 203 and MgO.Cr 203
K. S. :Utateladze and N. G. Dzhincharadze discussed the produc-.
tion of a new kind of binding agents on the basis of alunite.
N. K. Antonevich reported on electric dehydration of ceramic
suspensions. In the HIIStroykeramika various types of con-
tinuously working electric dehydration machines were designed.
C~ird 2/3 M. K. Gallperina and Ye. X. Zavarzina reported on new investiga-

SOV/131-59-8-10/14
Ners In Brief. Mendeleyev Congress on General and Applied Chemistry
tion methods for drossing properties. M. G. Manvelyan spoke
about an extensive utilization of natural alkali aluminum
silicates. V. V. Myshlyayeva and I. V. Bogdanova lectured on an
economical chemical analysis of Silicates. N. N. Sinellnikov
disputed the theory of recrygtall-Q"6zation of quartz in tridymite
by melting only. S~ M. Shotenberg dealt with the determination
of technological propertiee of kinds of clay by the,thermo-
graphical method. P. V. Sokolov lectured on the dynamics of
charging the mass in gypsum molus, It was noted with satisfac-
tion that many reports were written by young scientists.
Card 3/3

KOP, Y"'I" 11 '--MA-dl-'OV, D.~-,
-2H~~~ --;
Phaso conFo6ition of coranlica i:4vin--.1 - hiih altrana content.
u
0,,,neu,ovy 25 no.12:5L-572 160. (MLA U,:1)
1. institut j--rXendclc:,cva.
(Corar.icn)

L 32046-66 EwP(e)/w(m)/T/w(t)/grI IJP(c) JDIMKIYOTAM
ACC NR: AP6013338 SOURCE CODE: UR/0363/66/002/004/0604/0607
AUTHOR: Meyerson, G. A.; Fekhretdinov, F. A.; Kopeykin, V. A.; Niledvedev, A. A.;
Moiseytseva, Z. K.
ORG: none
TITLE: Thermodiffusive interaction of tantalum and boron carbide powder In a vaciurn
SOURCE: AN SSSR. Izvestiya. Neorganlchoskiye materialy, v. 2, no. 4, 1966, 604-607
TOPIC TAGS: tantalum, boron compound, tantalum compound, carbide, thermal diffusion
ABSTRACT: The object the study was to determine the phase compositiots and
arranirement of dlffuslon~vycrs on tantalurn obtained by thermal diffusloti ina boron
0 ---
carbide charge at P76'0-- 1700C In a vacuum of 3 x 10-4 Inm 11g. The phase composi, -on
and structure of the coatincrs on tantalun
0 'rvere analyzed by x-ray diffraction and micro-
scopic examination. A diffusion coatin&onsisting of the borldes TaB2, TaB, anti Ta2B
and up to 4,u thick was found to be-TEF-m-e-d on the surface of the samples at 1200, 1300,
and 1400C. After treatment at 1500, 1600, and 1700C, the powder patterns show strong
lines of tantalum carbide TaC, and faint lines of TaB2 and Ta3B4, indicating that TaC
is the main phase in the reflecting layer. A faint line corresponding to the strongest
Card 1/2 UDC: 546.683 + 546.2712G1
Card 2/2 0^

XOPEYKIN, V. A. Cand Tech Sci -- "Study of the phase composition of high-alumina
ceramics." Moat 1961 (Min of Higher and Secondary Specialized Education RSFSR.
Len Order of lAbor Red Banner Technological Inat im Lensovet). (KL, 4-61, 197)
OKOLOV) F.S.; FIKOLOV, S-Kh-; jvAj,,OV, R.F.; KoFryKn;) V_I_; pODDU3jAyAV.A.
Pasnodar)
Effect of ultrasonic WaVeS and the temperature on the colloidal
characteristics of the blood serum in man* Biul. eksp. biol. 1.
mod. 55 no.2:53-55 F163. (MIRA 16t6)
1. Iz kafedry obahchey gigiyeny (zav. - prof. FeSeCkolov) Ku-
banskogo meditsinskogo institutae
(ULTRASONIC WAVES-PHYSIOLOGICAL MTECT)
(HEAT-PHYSIOLOGICAL, MECT)
(SERUM)

i:~ C~b 01
ACC NR, AP7002672 fill 11 3210136
AUTHOR: Kopeykin, V. I.
ORG: none
TITLE: Calculating the directive gain of a rectangular aperture in the Fresnel region
SOURCE: Radiotekhnika i elektronika, v. 12, no. 1, 1967, 132-136
TOPIC TAGS: SHF antenna, antenna directivity
ABSTRACT: C. Polk suggested a formula for the directive gain of a rectangular
cophasal aperture in the Fresnel region, for a unlform'~amplitude field distribution
over the aperture (IRE Trans., AF-4, 1956, 1, 65). As in most practical cases the
wnplitude distribution falls off toward the aperture edgesp a modified approach to
calculating the directive gain is needed; such an approach is offered in the
present article. Integral formulas for the directive gain in Fresnel and Fraunhofter
regions are written, and their ratio is presented as- D /D~- B.B., where each
coefficient B, and B- is determined by a function of amplitude distribution along a
corresponding side o1 the aperture. By using approximation techniques, a set of
auxiliary curves is plotted which permit determining B-coefficients. Orig. art. hasi
3 figures,, 20 formulas,, mid I table.
SUB CODE: 09 / SUBM DILTSt 29Jan66 / ORM REF: 001 / OTH REF: 002

OKOLOVI F.S.; NIKOLOV, S.Kh.; IVANOVP H.F.; KOFEYXI,11, V.I.;
PODDUBTIAYA, V. A.
Effect of ultrasonic waves on the colloidal properties of
the human blood serum. Nauch. trudy Kub. go-.. med. inst. 19:
111-119 162. (MIRA 17-.8)
1. Iz kafedx-y obshchey gigiyeny (zaveduyushchiy - sasluzhennyy
deyatell nauki Kirgizskoy SSR prof. F.S. Okolov) Kubanvkogo
gosudarstvennogo meditsinskogo instituta.

KOPE'YKIN. V.N. awsistent
Yathod of preparing removable dental prosthesis for toothless jaws
from quick-hardening plastic material. Stomatologita 38 no.5t6g-
71 8-0 159. (MIRA 13:3)
1. Iz kafedry ortopedichaskoy stouRtalogii (saveduyashchiy - prof.
T.Yu. Kurl;andskiy) Koskovskogo meditsinskogo stomatologicheakogo
Instituta %direktor - dotsent G.F. Beletakly).
(D=AL PROSTUSIS)

KOPsYKIN. V.N.. ansintent
Use of quick-hardenIng, plastic -aterial in the preparation of
removable prosthesis. Stomatologiia. 38 no.2:61-62 Ap 159 (MINA 12:7)
1. Iz kafedry ortopedichaskoy stomatologii (zav. - prof. V.Tu.
Kurlyandakiy) Mookovskogo medit~ninskogo stomtologicheakogo in-
stituta (dir. - dotsent G. 1. Beletskly)
(DOUL PRMTWIS) (PWTICS)

-KOPEYKIN, V.N.* assistent
New plastic and an apparatus for preparing dental prostheses b7
molding under pressure. Stomatologiia 40 no-3:94-100 1,,y-Je 161.
(MIRA 14:12)
1 1 kaf dr prtopedicheskoy stomatologii (zav. - prof. V.Yu.
Krl;a=2y~ Moskovskogo meditsinskogo stomatologicheskogo,
instituta dir. - dotsent G.N.Beletskiy).
iDENTAL PROSTHESIS) (DVITAL INSTRLMEM AND APPARATUS)
(PLASMS)

RASKIN, Iosif Aleksandrovich; KkLISH,.Samuil Ionovich; MATVEYEV,
Vladimir Ivanovich. PrIni-Ii uchantiye; DUBROVSKIY, V.I.;
KQffY-KP-,__y.N, DIYAKOVA, G.B., red. izd-va; IL'INSKAYA,
G.M., tekhn. red.
(Installation, adjustment and operation of fans in mines]Mon-
tazh, naladka i ekspluatataiia shakhtnylch ventiliatorov. Mo-
skva, Goagortekhizdat, 1962. 296 p. (MIRA 16:2)
(Mine ventilation)

ILOnYRIN.,--Vadim,-Niko2ay~-eirtc
-,h; KNUBOVETS, Yakov Samuilovich;
KURLYANDSKIY Veniamin Yurlyevicb; OKa!AN, Isaal--
Mikhaylovich; KALONTAROV, D.Ye.,kand. med. nauk, red.;
KOROLEV, A.V., tekhn. red.
[Technique of prosthodontics] Zuboproteznaia tekhnika. [By]
V.N.Kopeikin i dr. Moskva, lzd-vo "Meditsina," 1964. 343 P.
(MIRA 17:4)

S/b-q8/63/000/0Q3/M/104
A062/AIOI
AUMOR: Kopeykin, P.
TITLE:' Novel and modernized devices of UMI for color sensitometry
P
RR ODICAL% -Fizika, no.
.1 Referativnyy zhurnal 3, 1963, 87, abstract 3D59
("UspekU nauchn, -fotogr. 1962,-v. 8, 2:25 - 234)
T The author describes novel and modernized devices, produced by
ftfr color sensitometry, and,sets of senaltometric apparatus for testing color
mUltilayer materials an transparent and opaque backings, and also a small-Size
ng machine for processing 35-mm
developL films freequipped 60171 (60P1)). The
color sensitameter 110 --2 M (TaS-2-M) Is destined for color multilayer materials
on a transparent backing and,for black-and-whito films. The sensitometer has
stepped.sdale'of illuminations (30-pole aensitometric wedge with a constant O.L,-') 1
three exposures -.0.05, 0.018 and 0.012 seo* The source of light is an in-
candescent lamp K-33 with a plane helical wire and a color temperature of P,85ft
~~-.The illumination in the plane of the wedge Is,20 - 25 thousand lux without
light:
i filters and 3 thouiand .-luxmith a light filter of artifioial solar light. i!4/i
-~Card 1/ 3

8/0
-3/000/003/
3/05 0501104' 1
Novel and modernized devices of... A062/A101
J. The optical'system includes a three'-lens condenser (instead of the 6 lens), thus
illumination level in the wedge plane.
providing a considerably highei
color paper sqnsitometer ~ 110B -3 (TsSB-3) has a sensitometric wedge with a con-
stant 0-15 and three durations o:e illumination - 1, Sand 64 see. A manual re- I
please of the shutter diaphragm is foreseen. kxposure is effected by the 11
Sht
of incande of 2,8500K. The illumination
an scent lamp with a color temperature
in the plane of the WedP is 150 - 200 lux. color densitometer U -7 (TsD-7)
is destined for measuring,.in transmitted light, the density of either positive
negative sensitograms on a transparent backing. Applying the attachment
ITAA -4 (,-DD-4), which is an -illumination device complementary to the color den-
sitometer, permits to measure on it the densities of color and black-and-white
photographic papers in the reflected light. The so ale of the galvanometer of
:~,:,.the device is calibrated in units VES? (MI) in the range of densities 0- 3.0j.
+
he 1:1-ack-white fields on the tran3parent backing are measured in the range 0 1
5.0, and the color and black-white fields on the opaque backing - In the ranget..
of densities 0 2.5.' able
The densitometerls provided with a set of,change
scales for every film form," andthe reading,is made directly in density units*
-the ldd~ ioe~ Is effected by tuning the radio
The correction of,the Indications of Y
Card 2/~

.KOPEYKIN, V.P., insh.1 NIKHAYLOV, G.D., inzh.
Mechanized stabilization of soils of roadbeds. Trans stroi.
P,
14 no.Ilt7-8 N 164. (MM 180)

TIMM11N.N.A.; KUPBMN,V.S.
- W..W'
Unhalrl~g by a solution under pressure. Leg.prom. 15 no.6:41-
44 Je 155. (KMk 8: 8)
(Rides and skins)

NOPEYK111, V.S.
2quipment used for depilation of skina. Orbm.tekh.opyt. DWI
no.26:3-22 156. (MMA 11:11)
(Tanning)

XOPEYKIN,
Now t9chniques used in removing and conveying flesh sides and haIrse
ObMotekheopyto CXWI U062612,1-28 136. (MMA 11:11)
(Tanning)

32010T. -A.1.; aN.-y..s.
Xgob&nlxod bolsto uped for TworJU unbalred hides frm line VILtso
Obvi.tokhopit. CWI W.26128-30 156. (MMAnt 3.1)
(TannIU)

B.N.; SMUSSKry, L.V.; MMIKIN, V.$.
KochanIsIM the cle&nW of lime vats and the delivez7 of limW
residue to customers* Obm.takh*opyt. CHWI no,26:46-50 156.
N33tA ll:n)
(TannW) (Waste products)

- KOPETKIN, V.S., inzh.
Automation of the stacking up of skins. Mekh. i avtom.proizv.
16 no.1:16-18 J~ 062. 041RA 15:1)
(Leather induotry~--Equipment and supplies)
(Automation)

5(4)
AUTHORS: Chesnokov, 0. F., Kopeykin, Yu. A. SOV/32-24-12-26/45
TITLE: An ImDrovement lir ~he Miethod ~ofSample Dispersion in
Spectral Analysis (Usovershenstvovaniye metoda prosypki
prob v spektrallnom analize)
PERIODICAL: havodskaya Laboratoriyal 1958, Vol 24, Rr 12,
PP 1407 - 1489 (USSR)
ABSTRACT: In order to improve the method mentioned in the title
(Refs 1-4) an electromagnetic vibrator was used which
iransforms the spread-out, pulverized nample to dust
and blows it into the electric arc (Fig 1). The combustion
of equal amounts of sample and a uniform addition of the
sample to the vibrator are carried out by a special
apparatus) so that with a time of expooure of 30 seconds
the duration of the addition of equal amounts of sample
varies only by � 1 second. The addition of the sample
by the vibrator produces air currents, thus hindering
an agglomeration of the sample, which can ta%e place
by the ordinary method involving air blowing. Two
Card 1/2 series of standards prepared with a silicon-calcium

An Improvement in the Method of Sample DisperBion in SOV/32-24-12-26/45
Spectral Analysis
and containing molybdenum, tin, lead, tungsten, and
nickel in the concentrationa of 0.003, 0.01, 0.03
and 0.17~ were analyzed by the normal method and by
the method~described here. The calibration curves for the
same spectral lines lie considerably closer to one
another in the method described here. To determine the
effect of buffers the data of T. N. Zhigalovskaya
(Ref 5) were used, and it was found that the introduction
of buffers does not increase the sensitivity of the
analysis (Pig 3). There are 3 figures and 5 Soviet
references.
ASSOCIATION: Komplaksnaya geofizicheskaya ek-speditsiya Sibgeofiztresta
(Combined Geophysical Expedition Sibgeofiztrest)
Card 2/2

I Fj
UdM/Ays' ic's, - Uris LAI'e" equilibrium FD-3093
Card 1/1 Pub- 85 - 8/16
Author : Kopeykin, Yu. D.; Leonov, M. Ya. (L'vov)
-now -a
Title : A speci:1 cmawsmem*oAf loss of stability of equilibrium of a compressed rod
Periodical : Prikl- mat. I mekh., 19, Nov-Dec 1955, 736-737
Abstract : In the determination of loads causing loss of stability of definite
forms of equilibrium of elastic systems one ordinarily finds those
loads for which there exist along with the investigated one other
forms of equilibrium. In the present note the author presents an
example for which the method of Euler cannot give the solution of
the problem. He considers a rod held fast at one end and centrally
loaded at the free end by a longitudinal force which remains normal
to the terminal cross-section during bending of the rod. The author
claims that V. I. Fedoslyev's book (Izbrannyye zadachi i voprosy po
soprotivleniyu materialov (Collected tasks and problems on resistance
of materials), GTrI. p. 165) gives an erroneous derivation of stability
of a rod under any magnitude of the compressional force.
Institution
Submitted September 15, 1954

KOPEYKIII, Yu.D. (LIviv).
Designing eccentrically compressed thin-walled rodR using the
theory of V.Z. Vl;.nsov [with summAries in Russisn And Englishl.
Prykl.-,nekh. 3 no.2:160,-178 '57. (itim. 10:9)
1. Livivskiy politeki-nichnty institut.
(7,IP;tic rods And wires)

A
LF05OV, M.Ta.; KOPMUM
Stability of centrally compreotA thin-walled rods. Naunh.zap.
IMA AN URSR. Ser.mashinoved. 6 no.5:126-129 157. (WAA 10: 7)
(Elastic rods and wires)

SOV/ 124-58-8-9219 D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, P 127 (USSR)
AUTHOR: Kopeykin, Yu.D.
TITLE: On the Calculation of Thin-walled Beams Subjected to Eccentric
Compressive Stresses in Accordance With the V.Z. Vlasov
Theory (K raschetu vnetsentrenno szhatykh tonkostennykh
sterzhney po teorii V.Z. Vlasova)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the In-t
stroit. mekhan. AN UkrSSR (Institute of Structural Mechanics,
Academy of Sciences, Ukrainian SSR), Kiyev, 1958
ASSOCIATION: In-t stroit. mekhan. AN UkrSSR (Institute of Structural
Mechanics, Academy of Sciences, Ukrainian SSR), Kiyev
Card I/ I

__~O-PEYKIN., Yu.D. (LIvav)
Formation of problems on the search of stress functions by
means of biharmonic potentials. Prikl. m~kh. 1 no.2:104-109
165. (MIRA 18:6)
1. Livovskiy politekhnicheskiy institut.

I F,
A,-,CE&3ION NRt AP5014823 UR/0198/65/001/005/0029/0035
ATP-rHOR- Kopeykin, Yu. D. (LIvov)
TTT-L.7-- Integral equations Kor the spatial problem of elastic body statica
~Irikladnaya mekhanika, v. 1, no. 5, 19&~,, 2?-35
'.P -r~ PA 03 1 integral equation, potential thoory, b0lindar7 Value problem,
':--uruc flInctiorl, Statics, ela3ticity tnaarlf
A:3S7?~,C-I: Four fundamental boundary value problems are discussed in tl-a statics
bod-las by introducing, new singular int-9gra-I equations, The sWeBs
COIN
-ii- di,
In detail, and the singular I-itorrs- -,,;ati on '-,r the first
as weil as tho internal bourdary Value ;;roblem, 3--9 Viven by
T)
U111 -- ato V affiy'o F 1 4
CCrCj 113

L
.i!,:~;~-,~----I; NR: AP5014823
an tntegral that appears in the utr,)-,3~9 fwict -on eqiA-~ The
is given for the vector der.Bity Y'13 arxi 1,1.4o type-g of stresq fwxtions
are ~-----nsidered
V V d
-L &. -,, ds. a I d3 v, COS
11 ds; a, ds, i=
a, = ~x-
S f !I-
ox,. - ~- 2~; r r
S A.-
for this first case, The-sacond boundary value problem gi7esa biharmonic ftiction
I
2() -P) diV9
for a stress function
V
a 4. i =- 1; 2, 3; a- ds.
r r
;.Is 3amo stress function is used for the third boundary value problem leading
to the integral equation
VIO -4p) + (v, + dy + r,(Dj
4n(l-fL) G 1 2p, 4,tG
i 1, 2~ 3.

L 5 3 718'6 - 6 51
AP5bl4823
Th,' 0-9-s function for the fourti, boundar-/ value prob'lain is giv-9n by
at ds -4- xt cus 1P
r ~ I --T- ds. -
t1 r
corresponding inteGral equation iB obtained as a sat of three equations with
properties as !.hq f-r'-70- "The
eV, aquations,
L vovskiy polJtekh~icheskiy Lnntitut L vcv Fu lytechilic Institute)
ML. A!
003 OTHERt
000
,-Ord
J-2
i5sEt/soil Science Genesis and Geography of Soils-
'Abs jour : Ref zhur Diol., No 3) 1958) 10482
Author : Kopeykin, YU.P.
Tnst : Northern Ossete Agricultural Institute
Title Several Chwwteristics of the Chemical Composition of the
Chernozems of the.Alkhanchurt Valley.
Orig Pub : Tr. Severo-Osetinsk. s.-kh. in-ta, 1956, 17, 65-80.
Abstract : Carbonate and saline chernoZeMS are found throughout the
valley. Tn the carbonate chernOzeMS the A B horizons
are 6o-8o cm. thick; the structure is dUstY-1umPY and
grainy-limpy. The humus of the A horizon contains 5-8%
nitrogen; calcium predominates in the absorbed bases
(80 of the total cations), while there is a heightened
content of magnesium- The saline chernozems have thinner
humus horizons 50-60 cm., a compact profile, coarsely-
Card 1/2

KOPEYMI Yu.VI
Resources and coWovition of humus in the Chernozam "ilar of
the Alkhan-Churt Vaney. Poohvovedenie no.7:99-105 j1 163,
(MIRA 16:8)
1. Severo-osetinskaya gosudarBtvennaya sellskokhozyaystvem2aya
opytnaya stantsiya.
(Alkban-Churt Valley-Humus)
(Alkhan-Churt Valley-Zhernozem soils)

KOPEYKIN Yuriy
V~Paarlonoylpfi- RUBILIN, Ye.V., prof., rukovoditell raboty;
K.I.,, dotse'nt, rukovoditell raboty; FILIPFNOK, T.G., red.
(soils of the Alkhanchurt Valley.] Pochvy Alkhan-Churtskoi
doliny. (Groznyi] Checheno-Ingushskae knizhnoe izd-vo, 1963.
141P. (Grozny. Chechern-Ingushskii nauchno-issledovatellskii
inatitut. Izvestiia, V01.7). (MM 17:12)

SOV/177-58-11-12/50
AUTHORS: Ostrovskiy, I.I., Lieutenant-Colonel of the Medical
Corps,.Kopeykina, A.A., Major of the Medical Corps
'o ical
TITLE: The Organization of:. ro--//Investigations in
Influenza in the Laboratory of a Travelling Sanitary-
Epidemiologic Squadron
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 11, pp 43 -
45 (USSR)
ABSTRACT: The authors state that laboratory diaggo]~s the
only reliable method for recognizing., - Influenza.
The studied the local outbreaks of influenza during
the spring-suinmer periud of 1957 -, applying vXrological
diagnosis in the bacteriological laboratory of a
travelling sanitary-epidemiologic squadron. The
investigations included determination of the types
of viruses eliminated by patients and the reactions
of the inhibition of hemagglutination of twin sera
Card 113 of persons who had had influenza. In May, in the

SOV/17 7-58-11-112/50
logical
The Organization of -Viro-/Investigations in Influenza in the Labora-
;tory of a Travelling Sanitary-Epidemiologic Squadron
pharynx rinsing water of patients of three military
units, strains of the influenza virus were found;
the hemagglutination reaction was clearly pronounced
in the titer 1:40 - 1;80. The Institut virusologii
imeni Ivanovskogo'(Institute of Virology imeni Ivanovs-
kiy) classified the virus as type A with certain
immunological distinctions. In Jun;, influenza
viruses A and A1 were.found and identified again, in
September,type A 2 was investigated in the laboratory
of the Department for Diagnosis of Influenza of the
Institut virusologid AMN SSSR (Institute of Virology
of the AMN USSR). With antiserum "Singapur", the
straina were neutralized up to the full titer. In
January/February, the increase of virucidal anti-
bodies was investigated in twin sera of patients who
had been injected against influenza with monovalent
Card 2/3 vaccine A2 and polyvalent vaccine A,A:,,B,C and D and

KOPKMBA,__4jkA._
Prepara#on and preeemation of a thrombocyte masm. Proble
gemat. i perel. krovi 8. no.1238-42 Ja 163. (MIRA 16:5)
1. Iz Llvovskogo naucb3no-issledavatellskogo instituta gemato-
logii i parelivaniya krovi (direktor - dotaent D.Zl Petrov).
(BLOOD FrATELM) (ELOOD-TRAMFUSIM)

- ~ ~ -.. I -.- -.- . I - .1 .- .-
I
I
I-/-

KAPUSTIN, B.N., glav. inzh.; GVOZDEV, T.T., glav. inzh.; GRIGOROVICH,
V.D., inzh.; KONDRASHMO, A.A., inzh.; ABADEYEV, Yu.A., inzho;
HYADITOV., A.A., inzh.; YEGORYCHEV, V.P.,, inzh.; S11MELIKIN, B.A.,
inzh.; MARSHUTIN, S.F., inzh.; 1a1ODZRMMONOV, K.G., inzh.;
FEDOSOVA, YeAl tekbniks- OSIlij V.I., tekhnik; MENOVA, Ye.P.)
tekbnik; AVSARAGOVA, G.A.0 tekhn1k; PASHMEV, D.A.0 inzh,;
KAFUSTINp V.N., inzh.; NAGOROV, L.A., inzh.; IONOV, I.T... inzh.1
KUqKDILr.L.1j,.O, inzh.; TELEMVA,, T.P., tekhnik; CHAKURIN.,
'V.-G., tekbnik
(Album of the mechanization of labor-conasuming procesnes in
stockbreeding] Allbom mekhanizatsii trudoemkikh protsesoov v
zhivotnovodstve. Moskva# Izd-vo Giprosellkhoza. No.4.ri~~P-
ment and supplies for the mechanization of labor-conauming
processes on livestock farms] Oborudovanie i inventarl dlia
mekhanizateii trudoorkikh protsessov na zhivotnovodcheskikh
fermakh. 1959 [cover: 1961. 229] p. (MIRA 15:7)
1. Gosudaretverwqy institut po proyektirovaniyu sellskokho-
zyaystvenr,qkh sooru2heniy (for Kapustin, Grigorovich,
Kondrashenkop Abadeyev.. Ryadnovp Yegor7chev, Shmellkin,,
Marshutin, Khodzhabarono-v, Fedooova, Osin, Semenova, Avsara-
gova). .
(Contirmed on next card)

KAFUSTIN, B.N. - (continued). Card 2.
2. Respublikanskiy gosudarstvenMy institut po proyektirova-
niyu sovkhoznogo stroitel'stva (for Gvozdev,, Pashkeyev.,
Kapustin, V.N.s Vagorov, Ionov, Kopeykinap Telepneva,
Chakurin).
(Agricultural machinery)

HUBASPHIN, A.; TSEYT1,114, R,A.p in-vIi.; MAKAROVP A.S.0
1-nzh.; HOPEYKJNA, L..V.J-rod.
[Methods for adjusting the automatic control systems of
once-through type boi2era] Metodika naladki sistem avto-
maticheskogo regullrovaniia priawotochrWkh kotlov. Mo-
skva, Izd-vo "Energiia," 1964. 110 p. (MIRA 17:6)
1. 011GRES, trust, Moscowo

VAII,TA'XL'0V, S.Ya., kand. tokhn. nauk; KOTIOTKOV, L.I.,, inzh., red.
KOP-EVENA L V. red.
1 1, 3
(Use of radioactive isotopes in oporating electric power
plants] Ispollzovanie radioaktivrilkh izotopov pri eks-
pluatatoii olektvrostantsii. Moskva, Izd-vo "Enargiia,"
1,9(V+.. 101 1). (MI IRA 17: 6)

BELOV, N.V., inzh.; NOYEV, v.N., inzh.; OMAZTSOVA, N.V., inzh.s red.;
YALYSHEV, Z.S. I inzh., red.; red.
Nethoda of industrial thermochemical testing of barrel
boilers] Metodika ekspluatatsionnykh teplokhimicheskikh
ispytanii barabannykh kotlov. Moskva,, Izd-vo "Energiia,"
1964. 126 p. (MIRA 17:6)
1. ORGRES, trust, Moscow.

TIKHONOVP N.F.; KOP=IVA,,LAi, red.; BUL'UfAYEV, N.A., tekbn. red.
[Saving of electrib power at the Chelyabinik Tractor
Factory] Donomila ilektroenergii na Cheliabinakon Trak-
tornom zavode. Moskva, Gosenergoisdat, 1963. 126 p.
(MIRA 16:6)
(Zlectric power)

VASILIYEV, S.V., inzh.0 red KOPEYKINA; L.V,,,-?,~ed.; FRIDK124,
L.M., tekbn. red.
(Present state and measures for the further improvement of
industrial safety and safety engineering on construction
sitesi enterprises,, and in organizations of the State Produc-
tion Committee on Power Engineering and Electrification of
the U.S.S.R.; collection of papers presented at a conference
in Moscow on July 27-30 1962] 0 sostoianii i merakh po dall-
neishemu uluchsheniiu okhrarq truda i tekhniki bazopasnosti
na atrolkakh* predpriiatiiakh i v organizataiiakh Gosudarst-
vennogo proizvodstvannogo, komiteta po energetike i elektri-
fikatsii SSSR; sbornik materialov soveshchan-4ia, 27-30 iiu-
lia 1962 g. Moskyaq Gosenergoizdat,, 1963. 190 p.
(MIRA 17:3)
1. Soveshchaniye po okhrane truda i tekhnike bazopasnosti
na stroykakh i predpriyatiyakh ministerstva stroitellstva
elektrostantsii SSSR, Moscow., 1962e

BARISHFOLOV., V.F., inzh.; SKVORTSOV, A.A., kand. tekhn. nauk,
red.; KOPEYKINA, L.V.,_red.
[Outdoor heating networks; aid for technical inspectors and
foremen of construction and installation organization] va-
ruzhrqe teplovye seti; v pomoshch' tekhnadzoru i masteram
stroitellno-montazhnykh organizataii. Moskva~ Energiia
3.964. 29 p. (MIRA 18:3~
1. Orgesp trustp Moscow.

LOBANOV, 14.M., inzh.; DRABYNA, Ye.Ye., inzh., red.; KOFEYKINA,
L.V., red.
[Problems of the automation of pulverized coal systems
with ball mills] Voprosy avtorntizatsii pylesistem s
sharovymi barabannymi melinitsayrd. Moskva, Energiia,
.1965. 71 p. (MIRA 18:9)

STEMIINSCN, L.D., inzh.,. red.;,-KOPEYKINA, L.V,., red.
[AutorntlQ control. of power transfer through inter-
systrSm lilLks] Avtomaticbeskoe reguliroyania peretokov
moshchnosti po mezhsAotemrVm sviaziam. Moskvaq Energiiap
1965. 299 P. (MIM 18t7)
1. flauchno-tekhnichaskoye soveshchanlye pa m4tomatiehe-
skormi regulirovaniyu peretokov roshchriosti p0 mezhsistem-
zr,fm viyazyam. Lvov, 1963.