SCIENTIFIC ABSTRACT MALIKOV, D.I. -

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031810008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Country : USSR
CATMORY : paxm Animals. Sheep
A3'3. JOUR. RZBiol-, .--'0- 13, 1958, INTO- 59556
AUTHOR
INST.
TITLE
ORIG. PUB.
A33TRACT medium and by 6% compared with undiluted se-
conttd. men. The output of lambs decreased by 14 and
8, respectively. With the reduction of the
number of spermatozoa by half, the use of an
egg yolk-citrated medium produced a higher
percentage of fertilization (by 13/of) and a
higher output of lambs (by 6 heads) coi-,ipared
with the use of milk for semen dilution. The
increase of the resistance of semen when di-
luted with an egg yolk-citrated mediun and
C
C
ARD: 213

C OU'N' T ~ y : USSR
CATLGORY : Farm Animals. Sheep
.,12,3. JOITR. RZB:Lol., "40, 13, 1958, No. 59,556
AUTHOR
I'173T.
ORIG. iU B. :
A -P, 3 T -. I A C T:the absence of the increase of resistance
cont'd. when milk was used were noted. Tho milk does
not protect the speinatozoa from cold stroke.
-- I. I. Sokolovskaya
CA.ID: 3/3

USSR/Farm. Animals - Sheep and Goats.
Aba Jour: 49f Zhur-Diol., No 17, 1958, 78r6.
Author Malikov, D. I.
Inst
Title Electro-Ejaculator for Obtaining Semen from Raw.
Orig Pub: Ovtsevodstvo, 1958, No 1, 17-18-
Abstract: The new electro-ejaculator (E) for rams is a
modernization of the existing E. The part of
E with rings Is soaked with a physiological solu-
tion and introduced into the rectum for 15-M cm.
Current pulses are given for 2-5 seconds with a
voltage of 2-3 v, with the same currentless
intervals. Ejaculation of the sperm occurred in
0.5-1 min. The sperm did not differ from sperm
obtained in an artificial vagina. The construction
Card :1/2
Q
47

KALIKOV, D.I.
Changisinthe breading value of fine-wool sheep caused b7 growth
and aging. Trudy Inst.morf.zhiv. no.31:147-148 160. (MIRA 13:6)
1. Vassoywkvy nauchno-iseledovatellskiy institut ovtoevodstva
i kozovodatva.
(Sheep)

NLALLKOV, D. I.
"Ecological factors cf spermatogenesis :In ram ."
report submitted for 5th Intl Cong, knimal Reproduction ?Y. Artificial Insemination,
Trent, Italy, 6-13 Sep 64.

ALABU2MV, P-M-; ALIMOV, O-D.; RODIONOV. I.V.; MAIINDV. D.N.
Investigating screw gears of an liutomatic feeder for electro-
pneumatic bore-hamers. Izv. TPI 106:93-111 158. (MYRA 11:3-1)
(Gearing, Spiral) (Boring machinery-Electric driving)

ALIMT'-', O.D.; MALINDV, D.N.; RODIONOV. I-V-
Some results of the experimental investigetion of screw gears
for the feed mechanism of bore-ha=ers. Izv. TPI 106:112-121 158.
(MIRA 11:11)
(Gearing, Spiral) (Boring machiner7--Testing)

ALIMOV. O.D.; USHAKOV. I.A.; MALIKOV. D.N.
,
Upraise mining in Prokeplyevok-KiBelevsk
Basin.. Izv. TPI 106:165-176 '58,
(Kuznetsk Basin-Coal mines and
area mines of the Kuznetsk
(141RA 11:11)
mining)

ALDIOV. O.De; RODIONOV, I.V.; HALIKOV, D.N.; XWIINSYIY. V.17.
Machines for upraise hole boring. Izv. TPI 106:17$1-192 '58.
(MIRA U.- 11)
(Boring machinery)

PHASE I BOOK E)GWITATION SOV/5156
Alimov, Oleg Dmitriyevich, Ivan Grigorlyevich Basov, Valeriy Fedorovich Gorbunov,
and Dmitriy Nikiforovich Malikov
Burillnyye mashiny (Boring Machinery) Moscow, Gosgortekhizdat, 1960. 256 p.
Errata slip inserted- 5,300 copies printed.
Resp. Ed.: L.M. Feygin; Tech. Ed.: S.Ya. Shklyar; Ed. of Publishing House:
F.I. Abarbarchak.
PURPOSE: This book is intended for technical parsonnel concerned with the
design and operation of boring machinery. It may also be used as a textbook
by students at mining and civil-engineering schools of higher education.
COVERAGE- The authors describe modern mining equipment and discuss methods and
results of investigating the operation and performance of pneumatic hammer
drills, electric and pneumatic drills, rotary-percussive machines, and cross-
cutting machines. New.. highly efficient models of machines used for drillAng
blastholes and large-diameter wells are described and methods for their proper
utilization are considered. The book is based on the results of investigations
CAr"_/4_

'Boring Machinery
SOV/5156
coad=ted by the authors in the Department of Mining Machinery and Ore Tr&ns-
poitation of the Toatskiy politekhnicheskiy institut (TPI) (The Tonsk Poly-
technical Institute). Someof this work was e-ccomplished in cooperation with
the technical personnel of the Tomskiy electrcmekhanicheskiy zavod im.
Vakbrusheva (TEZ-) (The Tomsk Electromechanical Plant imeni Vakhrushev), the
mines of the ka-Abinat Kuzbassugoll (KUznetsk Basin Coal Combine), and the
Kuznetskiy nat(chno-ifisledovatellskiy ugollnyy institut (KuzNM) (The
Kuznetsk Scientific Research Coal Institute). The authors thank Ya.A. Serov
and N.P. Ryashentsev, Candidates of Technical Sciences, L.T. Dvornikov, N.S.
Kolodyazhnyy, and P.A. Samoylaw, Teachers; A.R. Ayzenshteyn and A.P. Grishin,
Engineers at the Tomsk Electromechanical Plant imeni Vakhrushev, and A.N. Volkcrv
and N.A. Belan, Scientific Workers of the Kuznetsk Scientific Research Coal In-
stitute. The authors also thank E.I. Lisavskiy, G.F. Van'shin, and V.V.
Vasillyevy Technicians of the Tomsk Polytechnical Institute, and Ye.I. Volodina,
Ye.A. Okunev, fLnd P.A. Tolstikav. There are 183 references: 169 Soviet 7 English,
6 German., and 1 Fiench.
TABLE OF CONTENTS:
Introduction

M&LIKOV, D.N., inzh.
ALIMOV,
Experiment in raising without the presence of people in the stope.
Izv.idA~ucheb.zav.; gor.zhur. no.2:23-26 f6O. (MIRA 14:5)
Itf
1, Tomskiy politakhAtcheskiy institu"t.
(qcal minin machinery)

ALD40V, 0. D.; BASOV, I. G.; MALIKOV,_D. N.; LISOVSKIY, E. I.
Results of trials performed b3r a test crew on the RUP,) coal
chute widener. Ugol'.38 no-4:41-43 Ap '63. (MIRA 16.4)
(Coal mining machiner3r-Testing)

USHAKOV, I.A.; ALIKIN, Yu.K.-, ALIIIDV, O.D., MALIKOV, -1 D.-N.;
SOKOLOV, I.A.; NEYANIN, S.D.
Way of erecting supports in upraise shafts. Ugoll 38
no.1203-54 163. (MIRA 17:5)

KOSTRIN, K.V.; KREYMER, M.L.; MALIKOV, F.Kh.; GALTERIN, B.M.;
NAFALKOVA, S.A.
Refining sour oils in the units and plants of Bashkiria.
Trudy BashNII UP no.7:19-29 164. (MIRA 17:9)

- - 6e -,,(
I-
r;Waa -& ~
Is
mid of CW smkm m Caw= ftm ta xc=ftx
IF. p. m.lik V_, (stanki i t"mmmml. 1949, Mo. 2. 17-18).
[tn Rumw~l-

HALIKOVO P,P.; EWHOV, A.I., inzhoner, rateenzent; RAVEWO, V.A., inzhener,
'a~~nzent.- GOREWT, V.14.. inchaner, redaktor; DUGIYA, M.A., teklml-
chaskiy radaktor
(Resistance of metals to cutting] Soprotivlenia metallov rezanUu.
Pod red. T.M.Gorelova. 2-e ird. Moskva, Go@. nauchno-takhn. izd-vo
mashinostroit. I sudoetrolt. lit-r7, 1954. 39 P. (Hauchno-populiar-
naia biblioteka rabochago stanochnika. no.3) (MM 8:3)
(Metal cutting)

Ko u 6
HASE
I B K ~XhOi
TA(_TMN 491
.Malikov, Fedor Pavlovich
Soprotivleniye metallov rezaniyu (Resistance of Metals to Cutting)
3rd ed. Moscow, Mashgiz, 1957. 45 p. (Nauchno-populyarnaya
biblioteka rabachego stanochnika, vyp. 3) 10,000 copies printed.
Ed.: Gorelov, V.M., Engineer; Tech. Ed.: Sarafannikova, G.A.;
Managing Ed. of Ural-Siberian Branch of Mashgiz: Bezukladnikov,M.A.
PU OSE: This booklet was published by the "Popular Science Library
of the Machine Tool Operator" to raise the technical level of
workers and to broaden their theoretical and practical knowledge.
COVEYAGE: This booklet discusses the forces acting on the tool during
r
cutting and explains the changes in forces which depend on the
propeXties of the machined metal, the size of the chip, the
Card 1/3

Resistance of Metals to Cutting 491
geometry of the tool, etc. Among Soviet scientists st-A-ying metal
cutting processes are V.D4 Kuznetsov, Corresponding Member of the
Academy of Sciences, USSR, and professors G.I. Granovskiy,
A.M. Rozenberg, M.N. Larin. There are no references.
TABLE OF
CONTENTS:
Intrddilction
Work of Cutting
Forces at Work. During
Me tals Which are Easy
Cutting Tool Material
How to.Sharpen-Cuttiqg
-Card 2/3
3
7
the Metal Cutting Process 9
to Cut 16
2
and Cutting Forces
Tools For Easier Cutting

PHASE I BOOK EXPLOITATIall SOV/4998
Malikov, Fedor Pavlovich__
Novoye v teldmologii mashinostroyeniya (Nev Developments in the Machine Industry)
(ChelyOinsk] Chelyabinskoare knizhnoye izd-vo, 1958- 133 P- 3,000 copies- printed.
Ed.: Ye. B. Svet; Tech. Ed.: V.I. Kolbichev.
PURPOSE- This book is intended for technical personnel in machine plants; it may
also be useful to students at schools of higher technical education.
COVEME: The author discusses the latest achievements and improvements ia tech-
niques for processing ma hine parts. The following are described briefly: the
chemical processing of metals, electrical methods of machining metals and car-
bide alloys, ultrasonic machining, and fine mechanical finishing of parts, etc.
Fbwmples are given of comparative characteristics and economic indices of vari-
ous methods which may be helpful to factory workers responsible for selecting
the technique required. No personalities are mentioned. There are 53 references,
all Soviet.
da~

--- ;. SHLEYMOVICH, M.A., inzh., retsenzent; ILINITSKIY,
MALIKOV, F.P
I.I., kand. tekhn. nauk, red.; DUGINA, N.A., tekhn. red.
G*'ka for metal-cutting tools] Patrony dlia rezhushchikh
ins*umentov; spravochnik. Moskva, Maahgiz, 1963. 103 P.
(MIRA 160)
(Chucks)

MALIKOVS, F.P.; IAZAREV, G.S.; PAKHOMOV, V.V.
Now units for cooling metal-cutting tools. Masbinostroitell
no.9:33-34 S 163. (MIRA 16tlO)
(Metal-cutting tools-Cooling)

124-58-9-10353
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 136 (USSR)
AUTHOR: Malikov,G-F-----
TITLE: Calculation of Highly Curved Girders According to the Method of
Limit Equilibrium (Raschet brus'yev boll shoy krivizny po metodu
predel'nogo ravnovesiya)
PERIODICAL: Tr. Mosk. energ. in-ta, 1957, Nr 29, pp 5-18
ABSTRACT: Calculation of a highly curved girder with rectilinear cross
section by means of the method of limit equilibrium; a number
of examples of the calculation of rings with concurrent action of
M and N, anci M and Q, respectively, are presented.
A. A. Popov
1. Girders--Design 2. Girders--Analysis
Card 1/1

SOV/124-58-7-8003 D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 101 (USSR)
AUTHOR: Malikov,
TITLE: Elastic-plastic Deformation of a Strongly Curved Bar (Uprugo-
plasticheskaya deformatsiya brusa bol'shoy krivizny)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the Mosk.
energ. in-t. (Moscow Power Institute), Moscow, 1958
ASSOCIATION: Mosk. energ. ir.-t (Moscow Power Institute), Moscow
1. Szeel--Deforination
Card 1 /1

25(2) SOV/119-59-6--4/18
AUTHOR: Malikov, G. F., Engineer
TITLE: "Uotn'Fuira_'V1Z_'of the Quadrant of a Figure-dial Balance With
Uniform Graduation (Raschet kvadranta tsiferblatnykh vesov
a ravnomernoy shkaloy)
PERIODICAL: P.riborostroyeniye, 1959, Nr 6, PP 10-13 (USSR)
ABSTRACT: When assuming the weight of the pendulum and the distance
between center of gravity and that. of rotation to be known,
t-he task is that of determining ro (radius of the pendulum),
e and a (polar coordinates of the point of rotation), and
P (angle of the band fastened onto the pendulum , supporting
tRe scalepan) by maintaining the condition P - kz (P = load
to be weighed, k - constant, z - sinking of the scalepan).
Since the nonlinear conditions of this task lead to complicated
computations with the method of the Tschernysheff approximation,
a simplified procedure is applied for the derivation of the
first form. The variation of P is neglected. The are of the
scale beam is then computed 10 0
from a guiding curve (Fig 4) by
means of a system of linear algebraic equations. The error
distribution curve is depicted in figure 5. The maximum error
never exceeds 1/6 of the scale graduation. There are 5 figures
Card 1/1 and 7 references, 5 of which are Soviet.

MALI 9
Designing a quadrant with a supporting band. Priborostorenie
no. 12:7-8 D 160. (MIRA 14:1)
(Weighing machines)

M&MOV, Gore
Deeign of a quadrant with a supporting prian. -'Imtakh.
no.9:9-12 S 161. (MIRA .14:8)
(Quadrant)

MALIKOV, G.F.; SHNEYDERMAN, A.L.
Design of a ring-shaped dynamometer with a~varleblee cross
section, Priborostroenie no.80~10 Ag 162. (MIRA 15:9)
(Dynamometer)

fit rai
vii

_77
-ra iri- 9d& ansometer~
ornent i-t
T 4
FURII-~A -001; h__ inte -engiticers, esigners, am
WD FERAM 2z bookva5, nded: for I cien.
d
t-LE, c -pe~r.~ionnel 6-an-cernod with pr oblems of the.application-of inne 'W'ethods-
in nmAcuring for cis -it may be of use. also~ to students #cc!zd!,Ang in SEAI~r
wur_-,, The d e 2s ipm aof-Gontempor eUptb~ - atratn-kage-fflamenttr are-Aesciib6d
amill vititho&a ll~'or their iTivestigat-lon are prxesented.,- Probl6mB of determining thea
Of-~-Qrt in zliSti-_ 81mants Are amalyTed alan -CA
A rdith tiort~- of
'Itl G-Intlon Is paid to- irwhib application o'~
wthods experlwnta) do in~
I in jor Aerir -~tlon of a rrapaber of parametera
Card

V- , - -
I ~-Card Z/2
4 ',-

r-
r- SAMLqW, A. P.; AffrIMM, V. A.; KALIM, 0. K. I / 7
. . I - - ~ -------
"Thc mechmi$m Of 'OxtO-Al' h6at transfer In IL fluidized bed sod the .1.
factors affecting the hest-transfer ")efficient.-
report aubzdtted for 2nd All-Union CW on Rest A Hui Trumfer, Mask, 4-12
my 1964.
Urall Branch, AS USM.

ZLTBOV, V.Ya.; BASKAKOV, A.P.; GRACIEV, S.V.;_AALIKoV G.K.; ZAVARCV, A.S.
Pateiiting in a fluidized bed with pffdt plant equipment. Stall 25
no.7;664-665 Jl 165. - (MIRA 18:7)
1. Ural*skiy politekhnicheskiy institut.

ZUBOV. V.Ya.; BASKAKOV., A.P.; GRACHEV, S.V.; ZAVLROV, A.S.;,M&LI.KGV# G.K.
Characteristics of wirr patenting in a fluidized bed. Izv.
vys. ucheb. zav.; cheill. met. 8 no.M116-119 165. (MIRA 18:9)
1. Ura-I'skiy politekhnicheskiy Institut.

KHITRIKY S.I.Jv dok-tor takhm-. uauk; KADINOV, Ye.I., inzh.; BORODULIN,
G.M., inzh.; TREGUNMO, A.F., inzh.; YATSKJMCH, I.S., inzh.;
DEMOV P.V., insh.; FRWITSOV, V.P., inzh.; SMOLYAKOVj V.F.,
inzh AALiKOV G.P., inzh.-- DOVGIr, M.K,'- inzh.; MOSHKEVICH,
Ye.l:, Inzh.; ftfiiRIGH, A.V., invh.
Reducing chrmium losses in the manufacture of acid-reBistant
and stainless steels in electric are furnaces, Met. i gornorud.
prom. no.1:17-20 Ja-F 162. (MIRA 16:6)
(Steel, Stainless-glectrometallurgy-)

S12 33/62/OCO/&03/&C3/CC
A051VA 127
AUTHORS: Frantsov, V. P., Malikov, G. P., Ratner, Z. M., Moshkevich, Ye. I.,
Engineers
TITLE: Casting stainless steel with magnesium-alloy chips
PIMIODICAL: Stall, no. 3, 1962, 23P) - 2'))9
Magnesium has a hi-rh affinity to oxygen and nitrogen. hen mar-nez' _17i
is added during pouring, it binds the oxygen and nitrogen of the ingot-mold Z~t-
mosphere which has a favorable effect on the metal quality . Tests were carried
out with bottom-cast 2.85-ton ingots of 1 X i8H 9 T (MIEN19T) stainless steel.
Prior to casting, the ingot molds were cleaned, blown through with air, covered,
but not coated. The amount of magnesium necessary to bind the o;cyGen of the in-
got mold atmosphere is 65 g/ton of ingot, while an additional 10 &/ton is re-
quired for binding nitrogen. When Mn (ML), M. J1 1 NMI), M,9 3 (r-U'3),:"1 J-I 5 012,5),
1M.97 (ML7) magnesium alloy chips are used, 80 S/ton is the required quantity.
The magnesium must be Introduced into the aerated dry molds either by a spoon or
in paper packs. The temperature of the ingot mold can be raised considerably
when magnesium chips are used in pouring. Prior to the inflammation of the chips
C ard 1/3

S11 33/6 2/CCO/OC33/GO3/"
Casting stainless steel with magnesium-alloy chips A054/Ai27
(5 - 7 see. after pouring started), pouring must be slow. After in'fiam:ratllon,
the'chips flare up. The lo-wer the metal level in the in~-;ot mold, the smal-er t-'.r"
part of the lower ingot surface which is affected by the splashing particles.
After flaring up, pouring should be as quick as possible to maintain a thin film
on the rising metal surface up to the end of casting. This method improves the
ingot surface considerably. Only the lower part of the ingot (about 2C% of the
.4rGot height) has superficial defects; the other parts are completely clean.
The steels cast with magnesium chips were tested according to rC -_ 7 %'~2
0 -51. Their mechanical properties .,,rere better than tihose
(GOST.5632) and GOST 5949
of conventional heats. Spectral analysis did not reveal any magnesium in t"re
metal. No difference was found az to the corrosion-resistance of the test Met-11;
the service life of the ingot molds used in this method is longer than that Gf
conventional ones. The yield of flawless product was raised by an average Of
for various kinds of rolled products. The ingots cast with magnesium chips were
ground or roughened. As in general only the lower part of the ingot has to be
finished, the output in this production sector rose from 0.7 - 1.2 ingot per mnn-
shift to 2 - 3 ingots. In roughing the ingots two variants were applied: In thle
first, the ingot was machined only at 200 - 250 mm from the bottom (to 10 - 12 MM
Car~d 2,13

s/ 13 -,1 6,;-~ I rx,,t" I rz,31~,-,
CastinG stainless steel -alth ch, ps A05 4/A 127
-n one direc'ion); in the second version the lower pa-:-t
first variant, but the other paits ,,iere also roughened to 4 mn.
cording to variant I decreased the metal losses fror.-- 6~,I'j tc - '.::-
,)utnut was raised 1.5
2 times. As, on account of technoicl-ical
there m3y be surf ace def ects on tl-.e upper part of the fng~)ts,
nethod is no-;.r applied: if 'here a~2e scattered defects in t,-.e mj*ddl(--~ -.nd
part ofir' the 4ngots, not deeper th.-n 2 mm, they are roughened :Icccrd-'~-Z
1. If defects appear in the lower part of the ingot, 4 nri decj~, -j-.--t
also be roughened according to variant 1, while defects in the middle
part are being removed by grinding. I f the middle and upper parts C-f tne iaCot
show many defects, caused by faulty technology, the ingots have to be
according to variant 2. This combined finishing method greatly reduced metal-
ses, which usually occur in roughing. Similar results were obtained
ingots of 35 >"I (35KhYuA) steel. To reduce defects in macrostructure, 1.,ridene'l
nozzles were applied and the amount of lunkerite filled in the riser was increized
from 1.5 to 3 kg/ton. The flashing and spattering of magnesium is not dangerouz
for the workers.
Card 3/3

S/193/62/000/010/001/007
A004/A101
AUTHOR: Malikov, G. P.
TITLE: The electroslag method of smelting steel
PERIODICAL. Byulleten' tekhniko-ekonomicheskoy informatsii, no. 10, 1962, 8 -
13
TEXT: The article is a survey on the development of the electroslag steel-
smelting process which had been workid out and introduced by the Institut elek-
trosvarki im. Ye. 0. Patona AN UkrSS11 (Electric I.-lelding Institute Im. Ye. 0, Pa-
ton AS UkrSSR) on the basis of the ciectroslag welding process. The author dc-
scribes the equipment used, e.g. a-c power tran3former, short network, electrode
holders with pneumatic or mechanical clamping.;, aatter-cooled crystallizer, etc.
He comments on the quality and requi.-ements i,f' the electrodes and flux- uned in
the electroslag smelting process and points )ut that two types of flux are used
- one for developing the process, an electrically conductive flux of FTAY (PAM)
aluminum powder, and the working flu:f, in most cases the AHT 6 (ANF6) grade
containing approximately 60% CaF2, 30 - 38% A'9)3, 3 - 6% CaO, up to 2% S'02 and
Card 1/2

S/193/62/000/010/001/007
The electroslag method of smelting steel A004/A101
not more than 1% MgO and Fe203, In contrast to all other metal-smelting pro-
cesses, in electroslag smelting the iietal is sm2l_~.ed in the 7one c,' Lhe super-
heated working slag, the temperature of which is considerably higher than in
other steel-smelting processes. The main aim of electroslag smelting is the
refining of the metal drops while, at the same time, the izigot is formed in the
water-cooled crystallizer. As a result ingots are produced which are free from
shrinkage cavities, axial porousness, liquation, nonmetallic inclusions and
gases. The metal produced by the electroslag smelting process possesses an ex-
ceptionally high density and homogeneity, while the reduced contamination of
the metal by gases and nonmetallic inclusions and the decrease in chemical non-
homogeneity results in a considerable reduction of anisotropy of mechanical pro-
perties and increased ductility. It is pointed out that, although electrosidg
steel is still expensive, great savings can be realized in the end, since the
output of serviceable products in mechanical engineering plants runs up to IOCq/.
There are 2 figures'and 2 tables.
Card 2/2

KOCHO, V.S., doktor tekhn. nauk; KOROEKO, I.M.; MALIKOV, G.P.
Device for -.ontinuous control of metal temperature in an elemtric
arc steel furnace. Avt. i prib. no.448-1,9 O-D 164
(MIRA 18s2)

GALITSKIY, Yu.P.; CHUYKO, N.M.; GASIK, 14.1.; YEMLIN, B.I.; PEREVYAZKO,
A.T.; BOGDANCHENKO, A.G.; 14ALIKOV, G.P.
Using a thermoelectric silicometer in the making of transformer
steel. Stall 23 no. 3:231-232 Rr 164. (MIRA 17:5)
1. Dnepropetrovskiy metallurgicheskiy institut i zavod "Dneprosp ts-
sta.1111,

GRACHEV, L. (Nizhniy Tagil); ILI N, V. (Nizhniy Tagil);- MAMMON , IA-
(Nizhniy Tagil); RAKHKOVSKIY, M. (Nizhniy Tagill; SIBGATULLIV,
H. fNJ Wmiy Tagil)
Electronic bridge circuit for fire prevention systems. Pozh.delo
7 no.8:26 Ag 161. (MIRA 14:8)
. (Fire alarms) (Bridge circuits)

ZIZEMKIY, Yefim Illich; SOLOVIYEV, V.N., kand. tekhn. nauk,
retsenzent; SHCHEDRINSKIY, L.S., inzh., retsenzent;
MALIKOV, I.M..,~nd.tekhn. nauk, nauchn. red.; LESKOVA.
L.R., red.; CHISTYAKOVA, R.K., tekhn.redv-----
(Reliability of radio and electronic apparatus] Nadezh~
nost' radioelektronnoi apparatury. Leningrad, Sudpromgiz,
1963. 101 P. (MIRA 16:7)
(Electronic industries--Wality control)

MALIKOV, 1.2,11.; FIDKI-NISTIA(71, A.N.
Coefficients of "repairability." Trudy LIEI no.55:41-45 165,
Calculation of the reliability of electronic computers.
lbid.:79-84 (I-a7tA 18:11)

A

MALIKOVO IOM.
Terminology of the theory of reliability. Izv. vys. ucheb. zav.;
prib. 8 no.2:142-145 165. (mlw, 18. C)
1. Komitet nadezhnosti i kontrolya kachestva Leningradakogo oblast-
nogo noveta Nauchno-tekhnicheakogo cbshcheBtva radiotekhniki i
elektrosvyazi imeni A.S. Popova i Sektsiya nadezhnosti Leningradskogo
oblastnogo Nauchno-tekhnicheskogo obshchestva radiotekhniki i elektro-
svyazi imeni A.S. Popova.

KALIKOV, Ivan Vasillyevich; OULOBLIN, G.A., red.; LUMA, OOKOO
rea-.' "z::v~-,-T RIFT ~--Yej., takhn.red.
(Modern marine steam turbines; principles of design and
Operation] Sovremannya parovye turbiny morskilch sudov;
oanovy rabochago, protneses, konstruktoil i ekspluatatail.
Koskva, Izd-vo 'Morskoi transport," 1960. 375 p.
(miRA 14:4)
1. Pirektor TSentrallnogo kotloturbinnogo instituta (for
Ogloblin).
(Steam turbines, Marine)

K. A.
MALIKOV,
"Investigallion of Balancers Used in Positioning Bells Duri-ng
Blast-Furnace Charginge" Cand Tech Sci, Chair for the 7-Techanical
Equipping of Metallurgical Plants, Ural Polytechnical Inst imeni
S. ,f..Kirov, Min of Higher Zducation USSR, Sverdlovsk, 15c'55. IKL,
No 8, Feb 55)
SO: Sum. No. 631, 26 Aug 55-Survey of Scienti-fic and Technical
Dissertations Defended at USSR Higher 6duca,ional Institutions
(14)

MALIKOV, K.A.
Investigating reciprocating levers used for handling cones in
charging blast furnaces. Sbor.st.Ural.politekh.inot. no.65:
189-197 '58. (MIRA 12:4)
(Blast furnaces)

GRIGORIIEV, G.G.; MAMKOV, K.A.; L&BUTINY B.D.; RUINOVICH, A.B.
Experimental-data on the useful life of main parts of a
blast furnace cbarging arrangement. Izv. vys. ucheb. zav.;
chern. met. 5 no.10:180-188 162. (MIRA 15:11)
1. Urallskiy politokhnicheakiy institut.
(Blast furnaces-Equipment and supplies)

T T
60(1
'4ALIKOV, Ki;.
"CC,
4. Uterus - R-uT,,ture - LaLor, Co::.plicLIt;-d
Histoiceicj.1 examinat!rM of L I. mt; !n ,"!on i:~i ~.,i llw,ui
Akimh. I igl n. no.
Iz Kafe(lxy Ffitodoi~yiche:;koy Anst,-ji 1 L I r.1 Na~;?.
9a. 1-lonthly LiA cf 1~usslan ~'Iccc-,iDrs, Liltrary ~f une

KALIK07. Kh.K. (Leningrad)
Isolated lymphoearcoma of the small intestine combined with tuberculosis@
Arkh.pat. 18 no.3:84-86 156 (KIRA 11:10)
1. Is pntologoanatomicheakogo otdeleniya DetRkogo lachebno-profilAkti-
chaskogo oblyedinenlyd imeni Krupskoy (glevnyy vrnch A.I. Chethina).
(IMSTINNS, SKALL, neoplasms
lyaphoanrcomn with tuberc (Rua))
(LYMPHOSARCOHAO
intestine. small, with tubere. (Rua))
(TUBERCULOSIS, GASTROINTESTMAL,
small intestine. with lymphoeRrcoma (Rue))

J
HALIKOV. Ta.H. (Iisaingrad)
Isolated a cute rqocarditis in infants. Arkh.pat . 19 no.11:77-80 '57.
(MIRA 11:1)
1. Iz kafedry patologicheskoy anatomil Gosudaretveanogo inatituta
dlya spetsializatqii i usovershenstvoveniya vrachey (zav. - prof.
F-V-31povskly) i bolluitay imenj Krupskoy (glavrq7 vrach A.I.
Chyazhina)
(MYOCARDITIS. in infant and child,
isolated allergic case (Rus))

MAL,IKUV# Kh.M., kand.biologicheakikh nauk
Elastic tendons in the heart'of vertebrates and their functional
significance. Mod. shur. Uzb. no.3.*73-74 Mr 160; (bMU 15:2)
1. Iz kafedry gistologii i embriologii Andizhanskogo gosudarstvennogo
maditainskogo instituta.
(UNDOUS) (&LAda)

MALIKOV, Kh. M.
Congenital imperfections in osteogeneals (oateogenesis Imperfecta
I congenita). Pediatriia no.11*55-58 161. (MIRA 14:12)
1. Iz Naucbno-isoledovatellskogo instituta rentgenologii, radio-
logii i onkologii Ministerstva zdravookhrananiya Uzbekskoy SSR.
(BONES,ABNORMITIES AND DEFOEMITIES)

-.-,M,ALIKOV, Kh.14.
Diffraction of a linear polarized wav,~ rel-aLi7e tD P- s--i-, in an
anisotropic medium. lich. zap. Tadzh. un. 26 no~l:,"?--c,3 163-
(Iel,7RA 18:2)

ACC&5=11 Nit: JA014026 S/0049/64/000/00!/0O&/W4
AUTHOR: MaMov, Kh. M.
TITLE: Waves in'anisot~ropic media,, caused by, application of pressure to a apher-
ical and a cylindrical cavity
SOURGE; AN 3=.' Izv, Seriya goofizicheskaya, no. 1, 1964, 82-84
TOFIC'TAGS: waves anibotrolly, anisotropic medium., pressure, spherical cavity,
cylindrical cavitys spherical anisotropys cylindrical anisotropys cylindrical
orthotropys anisotropic axis
ABSTRACT: This paper contains the derivation of two equations, one to express
displacement in a medimm with spherical anisotropy, the second for a medium with
cylindrical anisotropy, The results are., for spherical anisotropy,
(0 ' 4V2 - Ir
LIM
4P as +
alp ba (g
(a. rj A 9
.24
24 1 1 be I
+ +(V+T- r
714 *S + 2N) 11
Card
----------

AGMION NR:1 AF40140~6
and, !for cylIndrical anisotropy,
pope
+
where
f care JIM
X. 1+120. RV 101",
Each 6f these may be considerablymodified for special cases,
The problem
investigated in this paper may be solved InAsind'a way V any ot1wr coordinate
:axis is chosen as the axis ot anisobropys In particularp if the axis of a
cylindrical cross section coincides with the anisotropic. axisj, the resulting
;problem becomes that gor an isotropic medium. For med4s, with cylindrical ortho-
trvZra & aolution is dbta4 cad iA tho oo= way* NZ wWass mr doop thanks to
X. V. Zvolinskly for suggesting the problem and to Le X, Flitm&a for his counseW
ACADEI~[, OF. SCt3Nd�S`MSR~ INSTITUTE OF PHYSICS OF,THE EARM
Card 2

MALIKOV9 K -r-aspirant
Temperature of the mucous membrane of the palate below the bases of
removable laminated prostheses made of materials of varying thermal
condtictivity. Mad. zhur. Uzb. no.8:71-74 Ag 160. (MIRA 13:9)
1. Iz kafedry ortopedicheskoy stomatologii (zav. - prof. V.Yu.Kurlyand-
skiy) i kafedry normallnoy fiziologii (zav. - prof. P.G. Snyakin)
Moskovskogo meditsinskogo stomatologicheakogo instituta.
(PALATE) (MUCOUS MEMBRANE)
(DENTAL PROSTRESIS)

0000000000000000*0000
*all I 1 6 6 1 a 9 u to 6 t& m a f& a m Papla
0*-
00
so
04 r
0 i
00 aV~m I
00
400 4
1*411
00
00
*0 11
Out, mom
T L F E T I QQ
PO 00*000*004000 ;;a,
u 11 unubm"Ampaudi 43 (A 4 EO
k- I
~- a - a i_
The ps(fiaffau d dae coke and of cake -cad aditum.
0. Trolb and K V. Matikov. ( 'ral. Yet MI. No. 2.
-00
it -117; K". R&fe-#-A4WwA4U9, No. R. M --Fiur cukv
44 th- Witt,
t~
i
l
1
k
00
~
in
l
ant an-
itts p
from the Gubalthin to
Rild coal (from the Lenin Cal 'halt, W"v ga%ifird with
41caminapmStar3m.indiam. AircaosumWkmwW%

f
R
.00
t.
ag
mzs~ in the peripheral and central parts of the qha
jrjymnent w" retarded negr the vmU%t and in the center of 0
the aWt slid distribuslaq of fuel was unevvn. TheGuh3-
kbin ftmeoire (6-13mm. I watnot inferior to the %lasnito-
tank sm4di coke (1& 40 Mtn,) for oll"atim of thr 9-cra-
tm. The Itestlas value of the P4 was ON - WN)l cal.
f dw cake and
ti
1
1
zoo
gn o
:
propor
The taixt. (used with a
cod; Qu wam 12114 cal. %tbtWory results -,.. all. 0
tained in the gasification of a mixt. of 7,41170 avall cake mW
- to-i
A'
afficaut; (l
f 0
900

we
it
* rV
a
c
:vl% cad; the (usion o
was 1317 cal. A highs Cimittat of the Kim LiAl CA PCO.
%ihte provj&d amchank-al charlong i. emIguy"t " t1ft
W. R. HM
ke" poratts.

o*
149494C Ll Reatuat CLA114FOCAMN
tv to on *Sots statt mot
p 16 0 0 00 0 0 0 0 0 0 0 0 0 0 0 KW n I
0 000 1
006001001DO0041004 0 0 0 4 0 0 0 0
0
40 0
boo
so
af - CIO 0
goo
An L i a ad 0 of a I a a 3 v
00000004000090000
0*0**000000000 00,11

Alla
0 3
so ,
40
Gdadcadmol X10914LAtoutu Coal
V. Maliku . I Pal. el. 194
9*
RFfm(r.-Z%W.-I9s9. No. V. 83- The
40;~r. patticles) contained m4stute
.1 ,e, volatile substances 16-20%.
Mcratus equipped with a Clualmm"
C-Olls Weir ObtAlu"I with XIMICv
$nist. with zhurb) Cool. The T
218.9. 1f# 14.0. and Of. L:Icv
with Zhurin COW produce caw$ at (2-1460cal,
cal.. fv.p. The dAp are line avid tkuse.
CLASM"CAY"
U 0 At No w
9. a 4, or a a it a
9"J , a 0
v A .4 all 91.1 MIS MY U10441 Q044
~'%-
Ix
N~.
KIWIVv 1~41&
a ?;.~. 4sbY4
in a 6&h-Rcttj~, coo
rake odlislaclary
tval Ahaw w la 1;1 --00
u1slam C(h J.H. Cto LO 0
coal 4ad Ito uslac.
WW q-l&ju
W. R. lican
i LA 0
4M4
0 06 Ov 0 0 0 0 0 0 0 0 0 0
of 0 iisee 0

61900000*00*90000040
o o * 4 0000*40 -
Is"
11.11417

f is it is is w is a it is w a ,
.
na a all a aa a m 0
it u a u a a 0 a w a 41 a 0 a a
I A-J--A-jL-r 1
-Q, , ',
1 2 M M X CR-
lit Aoc~ IND coots*
PIOCIL1,11 .-D
'ov de-
ka
t d (h
P
d
e
m
coa
&Padmeutd vwdc4d"
p -00

Ural. Md
ts. S. G. TvoQj and K. V. Malikov. -
y-
12
h
ir
fir. t939, No.
z
,
so. No. 0. 35-7; Khm. Rifwc
Pot, I'llfe wu- obtaincif 4A ell. tit. fief kit. of mil of C.14
brollog valm. C.41. ol, Ill. W, u Willi
00
00
.00

_0 it

0 41

ao e

so

t A

4, 1

u s Lv .0 a
go
tol-tv 064 CIA 4 0 ts A it of
a 0 0 6 0 or o, j
KW 4 1 to *Mo.
0.0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 oi
0 0 0 0 0 0 0 0 a 0 0 0 0 69 0'

00
00 A
Isis.
.00
00
00
00 4
00
00
00
0 1110
00 %1
so
00
A il 6 1 4 9 10 It 0 It 14 It M It 111 19 0
fit& .0f.
Uzi UU m" Alp
Gja&jtlM of wo0d 6CMPS 12 th4f CiDdl Cfaff2tol'
K. Ural. Met. 9,.Vo. Ciew.
ZtVrWW, 11, 2M4,-DAMP Wood MUHIP4 (wattf cOnte'll,
up to 50%. knob tip to 250 nim. ~ 1113cal in - layer 2 V P -
deep were cubjected to c"fication In a ( itnerifor.
The ga obtained was definitely suptricir tio .. vroduml
by gadfietitioti in the umal wiriod, grnct-stoc
A
L TE*4?UNZ CLaISWKATIGIO
'Rd,, aomv
-IF
0
U 5 UN
0 0 0 0 0 0 0 4, 0 0 0 0 0, 0 0 0 0 0 0
161O.-O's, 0 00 0 0 0.0 0 0 0 0 0 0 0 0 * 0
Is.
if
9
on 'I",
00000000000000000000
96;*90000*4600060.04000
111"441 alive 11*
-00
.00
-06
-40
-00
too
_-0O
ISO
coo
P'. I**
coo
-to
A 0
Joe
too
I
I too

USBR/Fuel -Zov 48
CO&I
Gasification
"Tndust~-ial Gasification for Ghelyabl~ask Coal,"
K. V . M&likov, P. F, Moyseyera, 2 pp
"Za Ekon Top" Iqo 11
lxamina,c.ion of the Sukholoznsk factory gae generators
established certain conditions for gasify-ing
Chelyabinsk 60al. EK or BR type coal =_Pt be pre-
viously ground and sorted$ but this does not
guarantee uniformity and continuity, Generators
,,z'T/49T43
USE~/ftel (Contd) Nov 48,~
=at have: good ash-removal facilities, a central
draft supply (Koller type grid) and proper fuel
delivery for the cross section of the abaft.. Shaft
Should be water-jacketed.
57/49T43

V_WWWWWWWWW we WWWWWWWIN WWW-W-Irg-Wripprip flip er fjP1
A-" X
1sT
00
0
A LAB04ATURY K=TRIC FILTER. K.
.L. Malik" and N.A. Gruzdava. (Zav-
1; odskaya Laboratoriya, 1949, vol. 15, Apr., pp. 482-484). (in Russian).
:: A
Two types of electrostatic filter are described which have been satls-
00,3 factorily used in laboratory-scals investigations on coking procosseso
:0
0
0
5 1 Igo
00
00
:90
00
-so
i ee~
roe
00
'00
00
'00
'00
I've*
00
"00
00
us-0-00- Ali N i AM A 1 W
j 0 (f I-P or $t 01 a q a K cc a
0 0 i0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 a 0 0 0 0
0 0 0 0 0,0 0 0 0 a 0 0 0 0 W 0 0 0 0 0 0 0 0 a 0 0

F.A Fe
216, GASIFICATION OF PECHORA BMIN COAL. Mialikov, K.V.
and Moiseeva, F.F. (%a Zko;. Topliva (Flue! Ec6n')'. 'X~i.--1951,
16-201 abstr. In Chem. Abstr. , 1952, voi. 1,6, 031b.
Samples for this inve3tigation were taken from variats mines
and various beds within each nine. The moisture content or
coal fed into the -as generator (air-dry) was 7.3h-8.h5,
anh (dry basis) 20.h-31*6,, S (dry basis) 1.79-3.989 and
volatile mitter (cont-untible-b-gain), 32.6-39ofte The coal
cont4l,ned (sulphur-free combustible bas1s) tt.h.88-5.38,
C 73.7-76.h, N 1.90-2.3h, 0 16.32-18.9". The calorific
value of air-drycoal was 7168-7617 kcal./kg. The coal yielded
(dry-basts) semicoke 18.841.7, tar 1.32-10.7. moisture 3.0-5-72%,
And gas h5*06-61.36 1. /kg, The compo.9ition of the iras was
C0221.66-30.45t C Hm 2*75-3*54 CO 9*25-12*71p H lO.L6-11.45t
CH 37.51,40.71,, 8211 6 49-828, wid 14 (X21-3.59%.. its
caorine value um 5139:5712 kcal./kg. CA

KUNAKOV, N.Ye., kandidat tekhnichaskikh nauk; BOKOV, X.I., retsenzent;
HALIKOV. KPV., retsenzent.
(Running automobiles on compressed coke gas] Habota avtotransporta
na schatom koksovom gaze. MosIcva, Goo. nauchno-takhn. Izd-vo lit-r7
po chernoi i tavetnot metallurgii, 1953. 123 P. (KLRA 7:5)
(Coke) (Gas and oil engines) (Automobiles)

-1958-1-155
1 37
Translation from- Referativnyy zhurnal, Metallurgiya, 1958: Nr I p ?4 (USSR)
AUTHORS- Suntsov. G. N., Malkkov, K. V
TITLE- Incre-Ft,,ing the Calorific Value of Producer Ga.,, by Heating the
Blast (Povysheniye teplrtvorney -,posobnosti generatornogo gaza
putem podogreva dutya)
PERIODICAL- Vr,,nsOyuznr-j Naucihno-issledovatellskiy institut metallurg. teplcLtekhn.
Bvul- nauchno-tekhri. infom., 1957, Nr 2, pp 5-12
ABSTRACT: By heating the blist, it ;s possible without any outlay of
Capi.t.l to employ existing producers to increase substantially
the hec&ng value of the gas by decomposing more steam. In, the
laboratories of VNIIMT, -i producer of 300 min diameter with an
electrical blast heater --and a scrubber wa~ used in experiments
in Sa5if,cation of fine coke i5-20 rnm in particle size and with
type D Zhurinsk coal Bl,:sts of various moisture contents were
heated to 50-840-'. An optirnum stearn admixture (irl 9/nm3)
was found for e-,ch temper:iture in the gaEification of fine coke:
171.2 for 4 200' blast temperature; ~--'14 for 4000; 513 for 700"
The COZ content changed from 4 to 9 percent. the CO from 32
Card 1/3 to 29 percent. And the H, from 9 to 26 percent as the blast

117-1958-1-155
Increasing the Caiorifc Value of Prodiscer G;j, (ront. .)
temperature was increased from 50 to 8400 and the stem ad-
3
mixture was augmented from 112 to 648 g/nm , The heating
value of dry cas increased from 1204 to 1537, and that of moist
gas from 11 0 al/nm3
97 to 1366 kc . The percentage of the steam
decomposed f = H 2/(H, + H z0) dropped from 94 to 76.7 percent.
The coefficient of ccnv,~r3ion of the physic-il heat content of the
blast into potentta" heor content in the gas (coefficient of trans-
c V ) _Q V
formation) 6 - IQ c ' ' ~3 /(qblast .1 .St (,c , Qc'
H' H c"L H H
9 9
being the heating value of dry gas with and without heating the
blast, V 9 and V 9' being the gas yield per kg fuel, and qbl st
q'blast being the physical heat of heated and unheated blasts was
1 0 This mecins that the physictil heat content of the bl~Lst is
almost ertirely converted into the chemical heat content of the
g Ci s !n 1952 an industrial installation was built at the Nizhne-
Sergin_~Idy '~~rks, the blast being heated in a two-stage stack-type
recuperator 51 mm in diameter and 3 m high by the combustion
products of an open-hearth furnace On heating to 200-2300, the
gasification process runs smoothly, the heating value of the dry
gas rising from 1490 to 1580 0 kcal/nm3, The results were such
Card 2/3 as to cause the pL:int to decide to convert all generators to

1 17- lq~8-1- 155
Increasing the Calorific V~lue of Producer Gas (cont )
operation with hot blast Designs of the laboratory and industrial
inst,Alai.;ons tor hlast heating are adduced
G G
1. Coal gas-Combustion-Test results 2. Coal gas-Texperature,
factors-Tast results
Card 3/3

VALIM, X.V.; AMM, V.T.
l_."'Or.--.1~01~0-asing the capacity of the feed machanism of a gas generator.
Gaz. prom. no.4t-23-26 Ap 158. (KM 11:4)
(aas producers)

SUBTSOV, G.N.; MALIKOV.., K.V.; SAVOSTIN, D.Z.
Operation of mechanized gas generators with stirring bars.
v
Gaz. prom. no-8:13-17 Ag 158. (MIRA, 11:8)
(Gas producers)

MALIKOT, K.Y.; WISEMA. P.F.; STMTSOV, G.11,
Gasification of Karaganda coal. Gaz. prom. no.9:27-29 S 158.
(KRA 11:10)
(Karaganda Basin--Coal gasification)

..IMALIKOV, K.T.; SMMOV, G.N.; KOISICTAVA, P.P.
1~.
~.aP~WFA2A,,;Pp
Operation of hot gas generators with enriched air blast. Gaz. prom.
no.10:22-26 0 158, (MIRA 11:11)
(Gas -oroducers)

r-~! ,
MLIKOV, K.V_,-_L4)ISffZVA. P.F.
Gasification of coals of the Turguy Basin. Gaz.prom. no.12:17-19
D 158. (MM 11: 12)
(Kustanar Province--Coal gasification)

HALIKOV, K.V.; MOISMVA, P.P.; SUNTSOV, G.N.
Gasification of Karaganda coals. Vest. AN Kazakh. SSR 14
no.11:83-87 H 158.' (14IRA 11:12)
(Karaganda--Coal gasification)

KALIKOV, K.-
-
Gasification of brown coals of the Kansk-Achinsk Basin. Gaz.
prom. 4 no.9:17-18 S 159. (kIRA 12*.Il)
(Kansk--Achinsk Basin--Coal gasification)

7(0) SOV/32-25-2-43/78
AUTHORS: Malikov, K. V., Suntsov, G. N.
TITLE: Apparatus for the Determination of the Dust, Resin, and
Moisture Contents of Hot Gas (Ustarovka dlya opredeleniya
soderzhaniya pyli, smoly i vlagi v goryachem gaze)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 2,
pp 218 - 219 (USSR)
ABSTRACT: The article describes an apparatus designed to remove
separately from hot gas dust particle3, reci n, and moisture
(Fig 1). The bleeder tube protrudes into the gas pipe of the
VTI and the gas can be taken out at a rate c orrespondin~ to
the rate of flow of the gas in the pipe. The dust is separated
in a cyclone. Resin and moisture are removed in in electrical
precipitator with a water-cooled casing. The inside diameter
of the bleeder tube is 16 mm in the case of a suction rate
of 2-5 N cu.m of gas per hour and a rate of flow of the t5aq
in the pipe of 9-10 m per second. A schemati c drawine of the
cyclone with dimensions suitable for this op eration is given
(Fig 2). To prevent the condensation of the resin in the
Card 112 cyclone the latter is heated by an elt~ctric heater. The jas

Apparatus for the Determination of the Dust, Resin, and SOVi32-25-2-43/78
Moisture Contents of Hot Gas
suction is done by an ejector. The resistance of the apparatus
is 70 mm water column. When the apparatus was tested with hot
(550-6500) producer gas it was proved that a continuous
operation over 2-2.5 hours is possible. The dust sediment
was entirely free from resin and contained, apart from larEe
particles, very fine particles of less than 50 4. On the
other hand, only some traces of dust rere found in the resin
obtained in the electrical precipitator. There are 2 fif~ureB.
ASSOCIATION: Vsesoyuznyy institut metallur6icheskoy teplotekhniki
(All-Union Institute of Metallurgical Heat Engineerinj)
Card 2/2

-9 o
fill
ZE
I P A.H
V.81;
_4.r .
El '- *
ra ":
Q tj . .
lol
In
I Eli 8 1
00
Et
EV
g,3
f

SUNTSOV, G. M. ; MLIKOV, K. T.
Experience in using Bashkir brown coal briquets in a fuelbed
gas producer. Gaz.prcm- 5 no.6:14-15 Je '60.
(HIRA 13:6)
(Coal gasification)

HAUKOV# K.V.; SUNTSOV, G.N.; PISHVANOV, V.L.
Use of fuel oi-1. In blast furnace practice. Metallurg.6 no-5:3-7
My 161. (MIRA 14*-5)
1. Vaesoyuznvy nauchno-Issledovatel Iskiy institut meta1lurgicheakoy
toplotekhniki.
(Blast furnaces-Equipment and supplies)
(Petroleum as fuel)

MALIKOV,_)~,,Yt; KANOVA, R.A.; KARASIK, G.S.; IINETSM, N.S.;
PASTUMOV, G.M.; PUSHKINA, G.A.
Simultaneous gasification of peat and peat tar. Gaz. prom. 8
no.2:15-17 163. (MIRA 17:8)

MALIKOV) K.V.; PISHMNOV, V.L.; ANDREAV, Ye.I.; RYN'KOV, V.I.; SEMAVIN, P.I.
Two-years of experience in the operation of blast furnaces Ath
the blowing-in of highly sulfurous mazut. Metallurg 8 no.12t
5-8 D 163. (MIRA 17:4)

AGASHIN) A.A.; BABARYKIN, N.N.; VOLKOV, Yu.P.; GALAIDNOV, A.L.; KRYUKOV, N.M.;
MALIKOV, K.V.: OSTROUKHOV, M.Ya.; PISHVANOV, V.L.; CHERNYATIN, A.N.;
YU6-~Jv
Experimental opf-ration of blest furnac(-s on mazut and netural
gas. Stall 25 no.5:393-400 My 165. (MIRA 18:6)
1. Magnitagorskiy metallurgicheskiy kombinat; Vsesoyuznyy nauchno-
issledovatel'skiy institut metallurg,'.cheskoy teplotekhniki i
Chelyabinskiy neuchno-issledovatellskiy institut metallurgii.

MALIKOV,, L. M.
Osnovy konstruirovanils izmeritellnykh priborov. Moskva, Mashgiz, 1950. 269 p. diagrs.
Bibliograohy: p. (268)
Fundamentals of designing measuring instruments.
DLC: TJ1313.M32
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

IOLLIKOV) L. NM.
'IFundam-entals of the Con.-truction o.~5' '-',c-a-curir4 linstm-erits,"(0zm1r; ~onztr-iiro-
vaniya izmeritellnykh priborov), 'MiaahFiz.. 1953
Fomard, Introduction, and Taiiin of Contents translated - U 34510, 6 !.'ay 5'5

MALIKOV, M.
4~ ,
. ~. 4 V~r- -
Df e-cts of polyamide sausage casings. Miam. ind. SSSR 29
no.5:q3 158. (14IR& 11:10)
1. Kabardino-Balkantskiy sovnarkhoz.
(Sausage camings)

MALIKOV, M19 CAND BIG Scip "BIOLOGY OF THE POISON WEED
TRICHODESMA INCANUNI (BGE) OC AND MEASURES FOR CONTROLLING
IT." TASHKENT, 1960. (STATE COM FOR HIGHER AND -SEC SPEC
ED OF THE COUNCIL OF MINISTERS UzSSR, SAMARKAND STATE UNIV
lm ALISHER HAVOI). (KL, 3-61t 210).
141

OV, IM, , s tar shi y pre pcrl a -- r,'
rf
'Iff RA I
'alkA~ Np-u-- ',nadly

KUZNETSOV, A.P. 0 otv. red.;_MALIKOV, AJ,,--zasIuzhe-,myy dayatell nauki I
tekhniki, prof., red.; BARINOV, V.A., doktor tekhn. nauk, prof.,
red.; LWITOV, B.M.9 red.; 14ALIKOV, S.F., kand. t--k-bn. n-auk, red.
KOLICHENK09 G.N., red.
[Hundred years of the state weights and measures service in the
U.S.S.R.] Sto let gosudarstvennoi sluzhby rer i vesov v SSSR.
Moskva, Gos. izd-vo tekhniko-teoret. lit-ry, 1945- 376 p. (SSSR.
GosudarstvenrWe standarty) (MIRA 14:7)
1. Russia(1923- U.S.S.R.) Komitet standartovo mer i izmeritell-
nykh prj;borov. 2. Predsedatell Komiteta po delam mier i i=eritell-
rqkh priborov pri Sovete Narodnykh Komissarov SSSR (for Kuznetsov)
3. Cblen Komiteta po delam mer i imeritelinykh priborov pri Sovete
Narodrqkh Komissarov SSSR (for loeonov)
(Weights and measures)

TIKHODYNEV, P.M., prof.; YUDIII. M.F., kand.tekhn.nauk, otv.red.;
MLIVY, M.F., prof., retsenzent; KkMOVSKIY. T.G., prof.,
reI`oiR-ze`:X'-,-MI4KIN, P.S-, Aekhn.red.
[Essays on standard (metrological) meanurnmental Ocherki ob
iakhadrqkh ~fttrologicheskikh) Izmeraniiakh. Moskva, Goo.
nauchn.-tekhu.izd-vo mashinostroit.i sudostroit.lit-ry 1954.
215 P. (Leuir)grad. Vaesoiuznyi nauchno-iseledovatellskii
institut metrologli, no.21) NIRA 13:3)
1. Direktor Voesoyuznogo nauchno-isslodovatel'skogo instituta
metrologii imeni D.I.Mendeleyeva (for Yudin).
(Mensuration)

MaKOV, M. F... PROF PA 4/49T35

KF. PROF.
MSE I Treasure IsInd Bibliographlo Report
BOOK: Call No.: A756LI06
:Author: :UALIKOV, M.P. PROF., Honored Soientlat
FILU Title -... FUNbAMWITALS or, m&TROJOGY - PART 1. MDAMUTALS OF WASURLMENT
Transliterated Title: Osnovy matrologly - Chast' I. Uchenie ob Lzmerenli
Publishibg Data:
Originating Agency: Committee on Measures and Measuring Instruments of the
Council of Ministers of the U.S.S.R.
-Publishing House: Not given*
Datei 1949
No- PP-: 477 No. copies: 5s200
Editorial Staff
Editor: None Technical Editor: LH. PWr~son
FAitdr-in-Chief -. None Appraiser: gone
Other: Gratitude is expressed to I.Me and LHe Nalilwv and to P*P. _Arapov
Text Data
..Coisrags: The author systematizes a part of the abundant material which has been
accumulating during the past century from the time (1849) when
Fli. Fatrushevskiy wrote his General Netrologr in Russian. The present
volume forms the first part of the Fundamentals j2 Ketrolo and treats
the science and methods of obtaining proper measurements. The second
part (a separate volume) will describe the units of measure and their
standards. The author pays special attention to the theory of systema-
tical errors, which is touched upon only slightly by contemporary
authors, although they give in detail the theories of accidental errors*
.1/2