SCIENTIFIC ABSTRACT MERENKOV, A. P. - MERENKOV, N. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033530010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 33
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MERENKOV, A. P.; NFAaASO'l, A. S.; NEKRASOVA, 0. A.
Determining the efficient sorting and utilization of fuel by
the method of linear programing with an electronic computer.
U9011 37 no.10:42-/+6 0 162. (MIRA 15-10)
1. &ergeticheskiy institut Sibirskogo otdaleniya AN SSM.
(Electron digital ccmputere-Programming)
(Coal-Classification)

I I% .I- y
,~tLci,ilation of
ror"p.lars.
163.
i. .n3 .I tt. t Sibi rslk,,).,~o tloe en i v a Trk--:,sk.
LY

KUZITETSOV, Yu.A.; I-IAKAROV, A.A.; MELINTIYTEV, L.A.;
A. ~-. E K: -LA S 0 V , A . S . ; T S-,.!'EET.',I', C V N. I .KU ZI i ET 30 V , Y u . A.
i,!AKA?OVA, A.S.; KA~tFCV, V.G.; Yu."".,-
Yu. P. ; KH.-JUEV, L. S. ; T-SVIL.-KOVA, L. A. ; ~,'CYT SEIC'F'CVSK~A
G.V.; YEFIMOV, N.T.; , G.:'~.; ','.IiAIX):EV, %'.A.;
JELYAYEV, L.S.; GAI-I., D.G.; L.A.;
LIOPO, T.N.; SVITHKU:;G'~, L:.N.; DRUZIIII:IN, I.F.;
KONOVALENKO, Z.F.; KHAI~'YAdi'OVA, N.V.; 3F~ARTS-ERG, A.I.;
NIKONOV, A.F.; STARIKOV, L.A.; POF-YRIN, L.S.; 'SI:~94ICIE,:OV,
N.N.; TROSHINA, G.M.; CHEL"ISOV, N.b.; SVETLOV, K.J.;
SURAROKOV, S.V.; TAKAISHVIL1, M.K.; TOLRACHEVA, N.I.;
KHASILEV, V.Ya.; KOSHELEV, A.A.; ObINOVA, L.I., red.
[Methods for uainl- electronic corquters in the optimiza-
tion of power en,~,-ineerinC calculations] Metody prireneniia
elektronno-vychisli~ellnykh mash-n pri opr.imiza-usii energe-
ticheskikh raschetov. Iv'oskva, Nauka, 1964. 318 P.
(MIRA 17:11)
1. Akademiya nauk SSSR. Sibirskaye otdeieniye. Energetiche-
skiy institut. 2. Chlen-kovrespon.-ient AI,'. SSSR (for Melentlyev).

1, . F,~. -J, A. -,- 11
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so.. I.- oil-: 2:1-U-,.-! .- 17-1~ - Vo-. e, ,.oskva, 1040,
- -T " I .

SOMITSEV, Y.G., inchenar; GRITSEVETS, I.I.: KMMKOT, A.S.
Some problems of Producing excavators and cranes in
y,ear plan. Stroi. I dorl mmhinostr. 1 no.12:3-7 D
(ftcavating machinery) 10ranas, derricks,
the sixth five-
'56.
WaA io:1)
etc)

ME~ENI~,C)V tA '-) .
SOKOLOV. K.H.; 'fF.VSTA72.YNV, ROSTOTSKIY, V.K.; GRECHIN, H.K.; STANKOVSKIY,
A.P., BA(4M, V.A.; IIYJiKWJI. I.L.; BORODAG"V, I.P.; BOYKO, A.G.;
VALaTmay, 1. 1.; VA23SLAVSKAYA, L.Ya.; VOL'ISON. A.T.; DOMBROVITUY,
N.G.; YNGHUS. M.Ya.; YEFREM11KO, V.P.; ZIMIN, P.A.;. ITANOT, 7.A.;
KOZIOVSKIY, A.A.; KOSTIN, M.I.; KRIMERMAN, M.N.; LINEVA, M.S.;
MORE=, A'S'.MIROPOL'SXATA, N.K.; PETROV, G.D.; RXBROV. A.S.;
ROGOVSKIY. L.V.-. SMIRNOV. G.Ya.; SHAFRANSKIY, V.N.-, SHIMA14OVICH. S.7.;
SHNBMM, V.A.
ftenii Richardovich Peters; obituary; Mekh. strol. 15 no.1:3 of cover
Ja '58. (MIRA 11:1)
(Peters, Rvgenii Richardovich. 1892-195?)

SOTLOIOV, K.M. YEVSTAFMV, S.V.; ROSTOTSKIY, V.K.-, STANKOVSKIT, A.P.;
TARBOX, Ye.I.; OTWMYRV, I.A.; MSHNIKOV, I.P.; MMOV, B.S.;
BAUMAN. V.A.; BARSOV, I.P.; BASHINSKIT, S.V.-, BOYED, A.G.; VALM-SKIT,
I.I.; ZAPOLISKIT, V.P.; ZOTOV, V.P.; IVAMV, V.A.; MARIMV. V.M.;
LEVI. S.S.; KAWLMMV. Ye.K. -, ~lflmglppy, A.S.. MIROPOLISKATA, N.K.;
OSIPOV. L.G.; PEMIMAN, L.M.; PETROVO G.'ji,.','-'P9MOV, N.M.; POLYAKDV.
V.I.; VATSSLAVSKATA, L.Th.-. VAKEWAMV, S.A.; VWHITSKIT, A.M.;
VIASOV. P.A.; VOLIPSON, A.V.; VOSHCHININ. A.I.; DZHUPKOVSKIT, N.Y.;
))OMBROVMT, N.G.; TEPIFANOV, S.P.; YETRFJONKO, V.P.; ZZLICHZWK, G.G.;
ZIHIN, P.A.; POPOVA, N.T.; ROGOVSKIY. L.V.; MROV, A.S.; SAPRYKIN, V.A.;
SOVALOV. I.G.; SOSHIN, A.V.; STARUKRIN. N.M.$ SURENTAN. G.So; TOIMYA.
L.P.; TROITSKrT. Kh.L.; TUSHIrfAKOV, M.D.; FROIOV. P.T.; TSIRKUlW, I.P.
Andrei Vladimirovich Konorov; obituary. Makh. stroi. 16 no.1,32 Ja
159. (MIRA 12: 1)
(Konorov, Andrei Vladimirovich, 1890-1958)

1. A STAPOVICH, G. Kh. - I'ERTENKOV, A. T.
1
2. USSR (600)
4. Electric Locomotives
7. Experience in operating boilers of electric locomotives M-2-5- F.ngs. k'~. Kh. Astapovich,
A.T. Merankov, Elek.sta. 24 no. 3, 1953.
g. Monthl List of Russian Accessions, Library of Congress, APRIL 1-953, Uncl..

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UM19KIY. B*P.-. HEnNx()Vl redaktor; RO330VA0 S.M., redaktor:
POPOV, N.D., tekffn-jcKeskijr redaktor.
[Talo and tal'cose rock.] Tal'k i -..&I lkovyi kamen'. Moskva,
u,is.nauchn-tekhn.izd--vo lit~ry po geologil i okhrane nedr.
1954. 18 p. (MIJU 8.- 3)
(Talc) (soapstone)

15-57-7-9416
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
pp 97-98 (USL;R)
AUTHOR: Merenkov, B. Ya.
- -----------
TITLE: Relict Colloidal Banded 5tructures in Chrysotile-
Asbestos Veins (Reliktovyye kolloidnyye lentochnyye
struktury zhil khrizotil-asbesta)
PERIODICAL: Tr. Mosk. geo'll. razved. in-ta, 1956, Nr 29, Pp lb4-
ill
ABSTRACT: A study of chrysotile-asbestos veins has shown that,
in addition to the well-known fine fibrous vertical
structures, there also appear horizontal banded
structures. These reflect the initial composition
of the chrysotile-asbestos substance and are there-
fore relict structures. The relict banded structure
of the chrysotile-asbestos is commonly expressed in
Card 1/2 separate relict layers of different colors. Inasmuch

15-57-7-9416
Relict Colloidal Banded Structures (Cont.)
as the banded structure is not associated with any tectonic or other
orientation, it is believed that this structure clearly indicates
the primary (up to recrystallization) layered constitution of the
initial silica-magnesian gel. It is noted that the fibers of chrys-
otile-asbestos in the alternating "bands" have different inter-
ArenceDolors, and slightly different indices of refraction. The
relict banded structures in the different specimens of the chry5o-
tile-asbestos have different appearances: as irregular groups of
bands throughout the entire width of the vein, or as groups of bands
confined to one wall or to the central part of the vein, or, finally,
as individual seams with banded structure separated by structureless
seams. The gradual transition of structured asbestos gel into
structureless material indicates the high sensitivity of the thick-
ening colloids to slight changes in the physicochemical environment;
but the interlayering of structured with structureless seams indi-
cates a possible rhythmic process of formation. The mechanism of
formation of the layered gels is not clear.
Card 2/2 0. V. Bryzgalin

MM
NKOV, B. Ya.; TOLSTIKHINA, K.I.; ALEKSANDRDV, A.L.
-.
Tubular structure of serpophite. Dok.-I. All SSSR 112 ao-3:
516-518 Ja '57. (MLRA 10:4)
1. Institut geologii rudnylch mostorozhdeni7, petrografti.
mineralogit i gookhimit Akadamft nauk SSSR. Prodstavlano
akademikom D.S. Korzhinakim.
(mineralogy)

I I .
I -
- , . I

V, Boris Takovlevich:. 0V, B.P., otvetstvonW red.; SLUTSM. A.S.;
-RTLI]TA; u.7. , -tekhn.red.,
(Genesis of chrysottle-asbestos] Genesis khrizotil asbesta.. Moskva,
Idz-vo Akad, nauk SSSR. 1958. 134 p. (Akadomila nauk SSSR. Institut
geologii rudnykh mestorozhdanii, p6trografii-w-ulueralogil i gsoldiimii.
Trudy no*ZZ) (MIRA 11:7)
(Chry,sotile) (Asbestos)

VIMUMOV, B.Ya.; TOLSTIKHINA, K.I.
r
~- --
Porosity of asbestos-bearin-a ultrabasic rocks and i's eenetic
significance. Trudy IGEM no. 13:6~-751 159. O)AmA 11:7)
(Asbestos)
(Porosity)

TMICTEV, V.P.; MNFMIKOV, B-Ya.: PETROV. V.P.; SOKOLOVA, L.A.
Genesis and distribution of chr7sotile-aabostos deposits as a
form of contact affect exerted by granitolds on ultrabauic rocks.
Trudy IGER no.31:19-35 '59. (MMA 12:7)
(Asbestos)

MERENOV, B.Ta.; TOLSTIKHIRA, K. I.-, ALZKSANDROV, A.L.
Importance of electron microscopy for the study of tb-a genesis
of cbr7sottle-asbastos and sarpophite. Tru4y IGM no-31.36-45
159. (141RA 12:7)
(Elactron microscopy) (Asbestos)

IOUNKOV, B-Ya.
Fibrous vein magnetite fron the Bazhenovo chr7aotile-asbestos
deposit, Trud7 IGXH no.31:46-53 159. (AIRA 12:7)
Sverdlovsk Province-blagnstite)

AMNKOV, B.Ta.; TOTA9TIKHINA, K.I.; SHIJAMINA, I.V.
Dehydration of chrysotile-asbestos and serpophite. Trudy IGSA
no.31:54-67 '59. (MM 12:7)
Wheaton)

MYRMOV, B.Ya.- KONSTANTIMOV, N.F.
Geology and genesis of the Krasnaya-Polyana talcite deposit (Southern
Urals). Izv. vys. ucheb..zav.; geol. i razv. 3 no.8:49-55 Ag 160.
(MIRA 13:10)
1. Moskovskiy geologorazvedochrqy institut im. S.Ordzhonikidze.
(Ural Mountains--Tale)

MR-RRIKOVP B. Ya.; TOWAKOV., P.P.
Obaracteristics of the chryaotile-asbestoo mineralization in the
Pechenga-Nikell area. Trudy IGE24'no.47:53-60 '60. (MIRA 14-5)
(Pechenga flistrict-Af3bestos)

MERENKOV,._B.Ya.
Concerning the genetic classification of talcites ar?d soapst-~)nes of
the Urals. Trudy IGEM no.63:17-25 '61. (Yd?A 14:9)
(Ural Mountains--Talc)

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Cil '-daY.
T bic -rj
on t 64-
.'arkov -~3 6L,
llikolaev"cr' 1() 110.4-
ser~ l'i
, Uri.
140sir.

KASATKIN, A.G.; RIZAyEV, N.U.; NIYAZOV, M.I.; WRENKOV, K.V.
Application Of the Principle cif fj Uidization ill the recovery of
tfftarja Raid from diffunion J"ic19,9 bY means of ion exchangers.
12',V-VYS-Ucheb.ZP7.; Pishch. tekh. no-3:104-107 163. (KRA 16:8)
I- Tashkentskiy Politekhnicheskiy institu problemnaya laboratoriya
Polimerov. 4.
(Ion exchange) (Sugar indust"Y-AY-products) (Tartaric acid)

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621.3j2:62.-.--'--

ANTONOV, U.F., takhaik; JQMKGV, N.P., inshener; YUROVSKIY, G.bh.
inzhenar.
Uhaust fan casinge from the boron-containing 01-1 alloy.
Energatik 4 no.2:13-14 F '56. (MBA 9:5)
(Boron alloys) (Fans. Mechanical)

ANTONOV, N.Y.. tekhnik; MMMMOV. N.P.,
Increasing the wear resistance
conveyor apparatus. Energetik
(Boilers)
inzhener; YUROVSKIY, G.Sh., inzhener.
of parts of the Moskal,kov jet ash
no.4:19 Ap '57. (MIRA 10:6)
(Alloys)

AUTEDES: Skachko, V.A. and NIterenkov, N.P. (Engineers) 133-6-13/33
TITLE: A neV method of deoxidation and desulphurizaticr. of steel
with an improvement in its quality. (Novyy sposob raskis-
leniya i desullfuratsii stali s uluchLsheniyem yeye
kachestva).
PERIODICAL: "Stall', (Steel), 1957, No.6, pp.521-522 (USSR).
ABSTRACT: A method of deoxidation. of steel in iadle using steel
tubes filled with aluminium ("Stahl U. Eisen.191 1954, No.5)
was tested and compared with the usual mettod of intro-
duciDg aluminium on rods, Steel made in a 3 ton basic
electric arc furnace by a scrap-carburising process wittiout
oxidation under a white slag was preliminary deoxidised
with ferromanganese (calculated on 0.5-0.8% Mn) and tapled
i4to two ladles. In one ladle deoxidatior was carried out
with 45% ferrosilicon which was placed on the bottom of
the ladle and with aluminium introduced on a rod. The
addition of ferrosilicon to the other ladle was made siL-i-
larly, but aluminium was introduced in 2-3 tubes, 15-18 mm
in diameter and 1000 mm long, made from sheet steel 1.2 to
2 mm thick (Fig.1). The proportion of aluminium introduced
with two tubes was 250-300 g/ton and with thxee tubes from
300 to 600 g/ton. The holder used for the immersion of
Card 1/3 tubes into the ladle is shown in Fig.2. After retaining

A new method of deoxidation and derml-phurization of steel
with an improvement in its quality. (tont.) 133-6-13/33
in the ladle for 2-3 min tlie steel was teemed into moulds.
From each ladle 5 experimental specimens were cut for the
macroinvestigation. The degree of desulphurisation with
aluminium introduced in tubes was higher than with alum-
inium introduced in rods: 35.Sr-/o as against 14.2%. With
increasing additions of aluminium (in tubes) the degree of
desulphurisation increases and sulph~ide segregation de-
creases with an improvement of the microstructure of in-
gots. An increase in slag basicity has a positive influence
on the desulphurisation of metal in the ladle (Fig-3). In
order to study the influence of the new method of deoxidat-
ion (alumiiium in tubes) on the mechanical properties of
carbon steel, similar experiments were carried out when
smelting Steel 50. Ingots made (dia.BO mm, length 200 mm)
were forged into rods 14 x 14 mm from which specimens for
tensile and impact tests were made. Chemical composition
amd mechanical properties :,f heats investigated with deoxi-
dation. with aluminium in tubes (mmerator) and in rods
(denominator) are given in Table 1. An improvement in the
properties of steel obtained by deoxidation with aluminium
in tubes is explained by the solution of a part of alumin-
Card 2/3 jum in steel and its interaction with. nitrogen with the

A new method of deoxidation and desulphurization of steel
with an imprpvement in its quality. (Cont. ) 133-6-13/33
formation of nitrides, which leads to obtaining a fine
grain metal. In all experimental melts the content of
oxygen in steel from ladles deoxidised with Al in tubes,
was approximately twice smaller than in those deomidised
with aluminium in rods. The sulplaur content was also
sinaller by 0.007 - 0.025%. The modifying influence of
aluminium introduced in tubes was also confirmed by the
microstructure of steel - non-metallic inclusions were of
a globular form and situated inside tile grains. Mechani-
cal properties of Steel 5 by the new method were superior
to similar carbon and low alloy steels (Table 2). There
&re 2 tables, 3 figures and 8 references including 7
Slavic.
ASSOCIATION: Central Repair-Meclianical Works of the Donbassenergo.
(Tsentrallniy Remonto-Meklianicheskiy Zavod Donbassenergo).
AVAILABLE: Library of Congress
Card 3/3