SCIENTIFIC ABSTRACT KAZAK, S.A. - KAZAKEVICH, F.P.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KAZAK, S.A, ,
Cohesion of running wheels with rails in crane travelling mechanisms
in case of braking. Trudy Ural.poUtekh.inst. no.104i1542 161.
(MIRA 14:6)
(granep, derricks, etc.-Brakes)

KAZAKI S.A.-
F,Uotic vibrating 4oMs of Prane oteohazisms in case of operating
with,a consecutive %catching up-A Trudy Ural.politekh,inst. no.104-.
23-29, 161. . (MM 14:6)
(Cranes., derricks, et4.)

KAZAK S A kand. tekhn. naukp dotment
Modernimiation of metallurgical bridp-type cranes. Trudy Ural%
politakh. inst. no.3-1917"3 162. (MIRA 16:3.)
(Cranes, derricks, etcJ
(Iron and steel planta-Equipment and slipplies)

KAZA.K S.A,$ kand.tekhn.nauk; KIRPICIINIKOV, V.M., kand.tekhn.nauk;
O.A., inzb.
Using mathematical models for the analysis of Knocking in
mechanisms of excavators and cranes taking into account
elasticity ard free play. Izv.vys.uc;heb.zav.:gor.zhur. 7
no. 1:162-Y(31: 164. (MIRA 17:5)
1. Urallskiy politekhnicheskiy institut Imeni S.M.Kirova.
Rekomendovana kafedroy elektroprivoda i avtomatizatsii
promyshlennykh ustanovok.

KAZAK, S,A., kand. tekhn. nauk, dotsent
Relationship between the excavator and crane dynamics of
hoisting ropes and the dynamics of a mine hoist. Vest.
mashinostr. 44 no.9:46-47 S 164.
(MIRA 17:11)

LAZZ ~KjL_T k] W.; NAZARMAS, XOBO
~~q, KRZHIVITSKAYAp r
Clinictizoentgenologiosl and patbxworph,-~Ilogical c~urtmteristicls
of crared caverns. Probl. tub. no.4W-04 164.
(MIRA 18:11)
1. S-mrdlovskiy nauchm-isoletdovatallskiy inst-Itut tuborkule7a,
(direktor - pror. 1.A. SbidUbin).

KAZAK, T.I., Cand Med Sci -- (diss) "Pathohistological
changes in the lungs in the chronic Xx suppurant
lgk=kv~a-
process with ~zl em-on of one of the lobes."
Sverdlovsk, 1958p 12 pp (Sverdlovsk State Med Inst)
200 copies (hL, 29-58, 136)
_ 115 -

VINN.M, M.G.; KA/7-','K, T.J.
Pulmonary letomyorna; two casus. Vop. orik.10 rio..2.118-1-21 164.
(MTiV :L7*.-I)

KIJSHMVSKrl. BoP,,; KAZANg T.I.
Spon+aneous closure of duotua arttrioaus and def9ot of the intez-
i'antrioular eeptim in a patient 69 years of age, Minm9d. *.38
no.6fI36-139 Je t6O. (MIRA 13s12)
(Hura-Aw.10101ITIRS AND DMRMITI&q)

T,AL7ATv Tone: TEEXMMM. Xor. ELLraolenks, Nor.)
.1 -- ----- ------- ~
Unstice of the conewMtlon of the inhibitor In the oxi-
dation of rubber by oxygen. VeRtel AN BSEM.Ser.fiz.-tekh.
nay. no.4t42-M 159. (NIBA 13W
(Rubber) (oxidation)

n2MDLIUKO, N.Y.; KAZA , T.S.
Kinetics of the oxidation of natural rubber in the presence of
the inhibitor oxinone. Dokl.AN BSSR 3 no.11:442-444
N '59. (MIR& 13:4)
(Rubber) (Oxidatton)

WAK9 T.S.: YMOLIM. N.Y.; JOVI]MU, ye.1j.
Kinetics of the oxidation of natural rubber in the presenco of inhibi-
tors according to data on Tariation in the viscosit7 of solutions.
Vestsi AIN BSSR. Ser.fiz.-tekh.riav. noo2:13D-133 160. (MIPA 13:10)
(Rabber) (Oxidation)
iMo~ N

KAZA . T.3,; IIOVIKOVA. YA.M. [Novikava, 1A.M.]
Protective action of phenols and their substitution products in the
oxidation of st7rene rubber by oxygen. Vestsi AN BSSR. Ser.fiz.-tekh.
nav. no.3:45-50 160. (MIRA 13:9)
(Faenol) (Rubber, Artificial)

Y3RMOIXNKO, N.F.;, KAZAK, T.S.
Kin sties of the oxidation of artificial rubber in the presence
of amino phenolso -Dokl.AN BSSR 4 no. 5:203-205 My 160.
(MIRA 13:10)
1. Institut obahchey i neorganizhookoy khimii AN BSSR.
(Phenole) (Rubber, Artificial)

'K.AZAR, V.,- ~ILD,:-.N,~LAT, J.
Calculation of the size of valley reservoirs for indilstritil wRter supply with
regard to the permanancy of siip.ply. 11. 130
Vol- 4, no. 5, ERY 1954
VODNI HOSFO.*,-kR3TVI
PrahR, Czechoslovakia
Source; L-st Euronean Accessi6n List. Library of Congress
Vol. 5, 'i'o. ~':, AuFmst 1956-

YaZAK' GILD21;BLIU, J.
C-ilculation of the vallay reservoirs for indastri-91 witar surply with
regard to the perimnency of supply. p. 165.
Vol. 4, no. 5, Ysy 1954-
VUDIJI PIOSPODAMTVI
Praha, Czechoslova"f1a
Source: East European Accession List. Library of Congress
Vol. -;, No. 8, August 1956

VA7 L~V, X,
KAZAMICH, - 7 L. ~ -'r.,
Machine Tools
Making cutters and stencils with straight Looth design on a cutting and grinding riachine.
vest. mash., 32, no. 2, 1952.
Monthl List of Russian ftceess "ons Library of Congress, October 1952. Unclassified.

BELEVTSEV, Y-11.N.; FOMENKO, V.Yu.1 NOTAROV, V.D.; MOLYAVKO, QI.;
NELINIK, Yu.P.; SIROSHTAN, R.I.; DOVGANI, M.N.; CHERNOVSKIY,
M.I.; SHCHERBAKOVAO K.F.; ZAG0RUYK0, L.G.j GOROS)INIKOV, B.I.;
AKIMENKO, N.M.; SEMRGEYEVA., Ye.A.,- KUCHER, V.N.~ TAKHTUYEVp G.V.;
KALYA'YEV, G.I.; ZARUBAp V.M.9- NAZAROV, P.P.; MAKSIMOV.01, V.L.,-
STRUYEVAq G.M.; KARSHF.NBkUMp A.P.; SKARZHINSKAYA, T.A.;
CHEREDNICHENKOp A.I.; GERSHON, Yu.G.; PITADE, A.A.; RADUTSKAYA,
P.D.; ZHILKIN$KIY, S.I.; W, V_m_; KACHAN, V.G.; POLOVKO,N.I.,
red.; LADMVA, V.D., re .; ZPUKOV, G.V., red.; YEPATKO, Yu.M.,
red.; SLENZAI,O.I., red. izd-va; KULICHENKO, V.G., red.;
RAKHLINA, N.P., takhn. red.; MATVEYCHUK, A.A.,.tekhn. red.
(Geology of the Krivoy Rog iron ore deposits) Geologila Krivo_
rozhakikh zhelezorudnykh mestorozhdenii. Kiev, Izd-vo Akad. nauk
USSR. Vol.l.[General problems of the geology of tha.Krivoy Rog
Basin. Geology and iron ores of the "Ingalets," Rakhmanovskiy,
and Illich ore depoeits] Obshchie voprosy geologii Krivbassa.
Geologieheskoe stroenie i zheleznys rudy mestoroshdariii rudnikov
*Ingulats," Rakhmanovskogo i im. Illicha. 1962. 479 p.,Vol.2.[Ge-
ology and iron ores of the Dzerzhinskiy, Kirov, Liabknecht, October
Revolution, "Bollahavik, " Frunze, 22d Partslazd, Red Guard, and
Lenin deposits]Geologicheskoe stroanie i zheleznye rady mestorozhdanii
im. Derzhinskogo, im.Kirova, im.K.Linkenkhta, im.XX parts"ezda, im.
Krasnoi Gvardii i im.Lenina. 1962. 564 P. (MIRA 16:5)
(Krivoy Rog Basin--Iron ores)

KAZAK V
Estimation of the structure complexity of the central surface of ore
fields in the Krivoy Rog Basin. Sov.geol. 6 no.l2tl1&-l23 D 163.
(MIRA 16s12)
1. Nauchno-issladovatellskiv gornorudW instituts

.I NATAROTV V.D.p,]~p-LM,-
I
Method of determining intersticial water renources in the Krivo
Rog Basin. Sbor. nauch. trud. NIGRI no.2:62- 159. (MIRA 1413T
(Krivoy Rog Bauin-Vaterp Undergroun,741

TO L.LV.LMVG V. (Tokhtuiev., H.V.1; KAM., V.M.: ZHILKINSKIY, S.I. [Zhylkinslkyi,,
S:Ij
Principles of effective raethodo of detailed prospecting for iron
ores in the Krivoy Rog deposito. Geol.zhur. 22 nb.1:14,-29 162.
(NM 15:2)
1. Krivorozhakiy nauchno-issladovateliskiy gornorudnyy institut.
(Krivoy Rog-Prospecting)(Krivoy Rog-Tron ores)

TOKHTUYEV, G.V.; KAUK, V.M.
Morphological study of ore deposits in the Krivoy Rog Basin.
Geol.rud.mestorozh. no.3:8M8 MY-Je 162. (MIRA 15:6)
1. Nauchno-issledovateltakiy gornorudnyy instituts g. Krivoy
Rog.
(Ya-ivoy Rog Basin--.Oee deposits)

S/169/63/000/001/041/062.-,.~-~,~1--.",-'
D218/D307
G.V., ZhilkinBkiy, S.I.,_A4z_akj_V-M~'
P.D. and Dzhedzalovj A.T.
A method of detailed prospecting for dpposits in
the Saksaganskiy region of Krivoy Rog
Referativnyy zhurnal, Geofizika, noz
abstract JD57 (Sb. nauchn. tr. N.-i.
(USSR), 1962, no. S. 201-217)
1, 1963, 10-11p
gornorudn. in-t
TEXT: Studies were carried out with the aim of developing
a rationalized method for detailed prospecting for deposits in the
1kr3.VO'y Rog. The method is based on the following geological, pros-
pecting and analytical data: 1) ore-bearing capacity of rocks in the
ctors which govern
Krivoy Rog.metamorphic series and geological fa
mineralization (structural, stratigraphic, lithologicall metamorpho-
enic, hypergenic); 2) form, dimensions and quality of the ore
g
eposits and their'change with depth; 35 complexity of the morphol-
ogy of ore.,deposits and the expoeure of,ore-deposit profiles which...

S/16!),/63/000//001/041/062
of detailed D218/D307
A method
are characterized by: the quantity variation coefficient, form com-
ation coefficient-
lexity modulus and the continuity of mineraliz
degree of exploration of the basin and ore potential of existing
mines; 5) density of existing prospecting network and its analysis
by comparison of prospecting and mining data, artificial exhaustion
and variational statistics. As a result of these studies, a new
classification of ore deposits in the Saksagan belt, based on natur-i~
al factors, was developed for prospecting purposes. An optimum pros-,-
pecting-network density has been established for each group of depo
sits. This density is considerably lower than both the currently
employed density and that recomended by the rK3 (GKZ) but ensure
-satisfactory accuracy of determination of reserves and reliable des
cription of their quality (cf. table). An increase in the reserves
of rich ores is to be expected mainly at large depths. Because of
this, and also in view of the desirability of reconstruction of
mines, it is necessary-to solve the following main problems of de-
tailed prospecting: 1) constant replacement in the process exhaust-
ion of class B reserves in order to ensure a regular planned develop-
ment of major deep-mining operations; 2) sufficient geological
Card 2/5

S/169/63/000/001/041/062
A method of detailed D218/D307
studies of 1000-1500 m horizons, ensuring rational distribution of
capital investiment in reconstruction and sinking of new mines. A
rsion
existing working depths, prospecting operations aimed at conve
of the reserves to class B, can best be carried out from wells sunk
from newly prepared or exhausted mining horizons. The well depth
will then be less than 250-300 m. It is possible that a proportion;,..
uf the wells will best be sunk from the surface. In order to decide.'
n
-.-:.1-,on the optimum conditions, special preliminary analysis of the eco
mical, time and technological factors is necessary. The followingi
data should be determined.in deep-horizon studies (1000-1500 m):
the presence of ore-deposits should be confirmed, a preliminary es-
timate should be made of the size and quality of the mineralizationll
the form and deposit elements of ores, and the details of the gener-_t.l~
al geological structure. It ts also desirable to have even prelim-
.-.3.nary estimates of hydrogeological and mining-technological working
conditions. For Krivoy Ro deposits, this degree of exploration
s. Deep horizon prospect
...would correspond to class 1 reserve -ing,
using -wells sunk from the surface a hould in future be confined to
Card 3/5

62
Sllra9Z6310001001104 1/0
A method of detailed D218/L)307
this category of reserves.
Table: 1) Group of deposits; 2) Subgroup- 3) Natural characterist-
ics; 4) Distance between prospecting sections (in the plane of the I z*,'!~~-,'
deposit) m, as recommended by NIGRI; 5) Class B; 6) Class c1;
7) Density of prospecting network; 8) Compared with the recommended,
by GKZ; 9) Compared with currently employed; 10) Class B; ll)ClaqS
C 12) Class B; 13) Class C 14) Major stratified deposits of con
slani thickness and*topologi~al structure, slightly discontinuoust
more than 40G m; 15) Major stratified deposits of variable thick-
~,ness and complex topological structure; discontinuous mine rali zat ior
more than 400 m; 16) Average in size deposits of various topological-
rphologically simple, 400-150 m; 17) Average in size depo-,--
types, mo -.-
sits of various morphological types but morphologically complex,
400-150 m; 18) Minor'deposits-of;various forms, 130 m; *19) Frospe.-
tin
g inexpedient; 20) 75-100 (or single intersections
CALstracter's note: Complete tranalation2
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S1169
/63/000/001/042/062
D218/D307
AUTHORS:
Tokhtuyev, G.V.t K4Lak
----,and Zhilkinslkiy, S.I.
TITLE: Scientific foundations of rationalized prospecting
for iron deposits of Krivoy Rog
PERIODICAL: Referativnyy zhurnal, Geofizilta', no. 1, 1963 11-12
abstract 1D58 (Geologichniy zh., 1962, v. 22: 14-29
Mr.: summary in Rusj))
TM(T: In order to ensure the borrect development of geolog.
ical prospecting-operations in the Krivoy Rog basin, it is necessary
to take into account lithological-stratigraphic,,~tructuralI meta-
morphic, hydrogeological, and geomorphological factors governing the
mineralization. The development of a rationalized method for detail,--
ed prospecting for rich ore deposits in the Saksaganskiy and Ingulet
skiy ore fields is largely determined by the dimensions and the
structural complexity of ore-bodies in the central Krivoy Rog depos-
its, e.g. variability in the occurrence'of'-f-erivginous quartzites?.",
and the complexity of,,the geological and'internal'structure. In
Card 1/3

S/169/63/000/001/042/062
_Scientific foundations ... D218/0307
choosing the rationalized method of detailed prospecting, the author,'
suggests the use of a new classification of deposits which was devel6-"._1,-'_
oped with allowance for the main factors which characterize the prosk.
pecting procedure. Currently used prospecting-network density is 1--
considerably louer than that recommended by rK3 (GKZ), but is overt.;
estimated by a factor of about 2 for the major ore rich deposits in
the Saksaganskiy and Inguletskiy fialds which belong to group 1.
Average-size deposits of this type, which belong to the second gro
UP
and also deposits in the central Krivoy Rog field, are at present
being investigated with a network whose density is nearly optimal,
and it is recommended that this density be retained. Ferruginous
quartzite deposits belonging to the first subgroup (deposits with
simple internal structure), which belong to all the prospecting t. . ...
groups, are being investigated with a network density which is near-
-ly optimal. The second subgroup of all groups (deposits which have
complex internal structure) are being investigated with insufficient,'
well-network density. In order to determine the extent of the oxi-
dation zone of these deposits with depth, the prospecting-network
density should be higher by a factor of roughly 4. The prospecting-
C ard 2/3

sA691631000100110421062
Scientif ic foundations. 4. 0 D218/0307
network density should not be chosen for individual deposits but for
the ore site as a whole. The density of prospecting wells should
ensure normal exploration of most of the rqserves. The degree of
exploration of rich ores should be estimated not from the reserve
categories but-from prospecting data which.olight to be obtained
prior to the mining data. The degree of exploration of rich ores
should be regarded as normal when most of the reserves at 280-320 m
below the working horizon can be described-As class B. At the maxi-
mum depth of mine reconstruction (1200-150Q_m) most of the reserves
should belong to class Cl. In-order to reduce Class 0 deposits to
Class B, it is generally expedient to work-through exibting mine
pits.
Z-Abstracter's note: Complete translatilon2
Card 3/3~'

BELEVTSEV, U.N.; FOnNKO, V.Yu.; NOTAROV., V.D.; MOLYAVXO,G.I.;MEL1NIK,
Yu.P.; SIROSHTAN, R.I,~DOVGANF, N.H.; CIZRWVSKIY~ M.I.;
SHCHERBAKOVA, K. F. ;Z1~ RUYKOp L.G.;-GORWHNIKOV, B.I.;
AUMENKOJI N.M.; SEMEMPEYEVA, Ye.A.; RUCEER, V.N.; TAKHTUYEV,
G.V.; KALYAYEV, G.I.; ZARUBA, V.M.; NAZARDV, P.P.; MAKSIMOVICH,
V.L.; STRUYEVA, G.M.; KARSHENBAUM, A.P.1 SKARZHINSKAYA, T.A.;
CHEREDNICHMO, A.I.; GERSHOYG, Yu.G.; PITADE, A.A.; RADUTSKAYA,
P.D.; ZHILKINSKIY, S.I.;-UZAK,-,VM ; KACRAN, V.G.; STRYGIN,
A.I., red.; LADIYEVA, V.D.., red.; ZHUKOV, G.V., red.; YEPATKO,
Tu.M., red.; SHCHERBAROVi B.D., red.; SLENZAK, 0.1., red.izd-va;
RAKHLINA, N.P., ttkhn' red.
[Geology of Krivoy Rog iron-ore-deposits]Geologiia nrivorozhskikh
zholezoradnykh mestorozhdenii. Kiev,, lad-vo Akad. nauk USSR.
Vol.l.[General problems in the geology of the Krivoy Rog Basin.
Geology and iron ores of the deposiu's of the "Ingulets,"
Rakhmanovo, and Illich Mines]Obshchie voprosy geologii KrivbEtesa.
Geologicbeskoe stroenie i zheleznye rudy mestorozhdenii n1dai _v
"Ingulets," Rakhmanovskogo i im, 11licha. 1962. 479 p.
(Krivoy Ng Basin-Mining geology) (MIRA 16:3)
(Kriv6y Rog Basin--Iron ores

BEIEVTSEV, 7a.N.; BEYGULENXO~ I.L.; BETIN, D.I.; BORISENKOy V.G.;
GUBMAq N.N.; DZBEDZALOV, A.T.; ZHILKINSKII, S.I.j, prof.;
ZALATAJ, L.F-;-ZA MALYUTIN, Ye.I.; MOONTSEVA, Z.G.;
NATAROVI V.D., doktor gool.-miner. nauki PANASELIKO, V.N.;
PITADE, A.A.; RADUTSKAYA, P.D.i SLEKTOR p S.M.; SMIRNOV, D.I.:
TOIGITUYEV, G.V., kand, geol.-min. nauk; FOMENKO, V.Yu.;
SLENZAK, 0.1., red.izd-va; MATV&CIIUK, A.A., tekhn. red.
(Methodological guide for the geological servipe for the
prospecting and mining of Krivoy Rog type deposits) Metodiche-
skoe rukovodstvo dlia razvedochnoi i rudnichnoi goologicheqkoi
sluzhb_y mestorozhdonii krivorozhskogo tipa. Pod red. U.N.
Be-levtseva. Kiev, Izd-vo AN USSR, 1963. 395 p.
(MIRA 16:12)
1. Krivoy Rog. Gornorud7 institut. 2. Chlen-korrespondeirt
ev
AN Ukr.SSR (for Bel( ev
(Krivoy Rog Basin-Engineering geoloMr)

UZ AK p V. M.
impow Estination of the forw -zomple3cIty of ore fieldes Ln the Kr.Lvo3r
Rog Basin. Sav. geol. 6 no.5-.104-116 My 163. (MIRA, 16: 6)
1. Nauohno-ismledovAtel'5kiT gornorudnyr institut.
(Irivoy Rog Basin-Ore deposits)

POLYAK, Z.I., kandidat tokhnichaskikh nauk; RLAX,,V 1,.;, inzhener-.
BARYSMA, H. I.
Some problems pertaining to rock displacement in the Moscow Basin.
Trudy VNIMI no.26:119-137 152. (X= 80)
(Moscow Basin-Subsidences (Earth movements)
V,

KAZ AK, V. 11.
Area contour and extent of total gani~ication of a coal seam.
Podzem. gaz. upl. no. 2:12-15 158. (141RA 11:?)
1. VeesopmrVy nanchno-levIcdovatullakiy 111stitut Pod--,OMgAz.
(Coal gaulficsitton, Unaerground)

XAZAKP V.N.
I
Roof control during gasification In an Inclined channel in a
thin coal seam. PodEsm. gaz. ugl. no.3:16-20 '58. (MRk 11:10)
1. Vaenoyuznyy nauchno-issledovatel'skiy inatitut Padzangaz.
(Coal gasification, Underground)

RUSSO, Yu.V.; K&ZAK. V-N-
Changes in the phynicomachanical properties of rocks in coal seam
reefo during the gasification process. Podzem. gas. ugl. no.4:36-40
158. (MIRA 11:32)
l.Veesoy=nyy nauchno-isaledevateliskly institut Podzemgaz.
(Coal gasification, Undergrouad) (Rocks)

AGROSKIN, A.A., doktor takhn.nauk, prof.;,KAZAK, V.11.
Participation of enclosing rocks in the pm:ess of underground
coal gasification. Podseme gaze ugl, no*1:42~-46 59.
(MIRA 12:6)
emgaze.
(Coal gasification, Underground)
(Gases in rocks)

AGROSKIN, A.A., prof., doktor tekbn.nauk; MAK, V.N.
Om *iwkvmzafi~'~~
Heating in depth of the coal seam and the enclosing rocks in the
process of underground gasification. Podzem.gallougl. no.2-110-15
159. (MIRA 12:9)
lo Vaesoyuzrqy naucbno-issledovatel'skiy I proyaktTWy institut
poazemnoy gazifikatsit ugiey.
(Coal gasification, Underground) (Heat-Trannmission)

KAZAK, V.N.; VASIL-IYEV, Yu.I.
Studying the stability of uncovered roofs on a tbree-dimen-
sional podels Podsemegazougl, n0-3:14-18 1-59.
(MIRK 12:12)
1. Veesoyuzrqy muchno iseledovatellekly :LproyektM7
institut pQd.xe=oy g"ifikatsil ugley i Vee9qvuxrC7 naucbno.-
iesledovatel'skly marki6ydeiskiy institut.
(Coal gasification, Underground)
(Geological modeling.)

WAX, Y.N.; BABKIN, Y.G.
ConWison of technological a~d surveying data with results
of the investigation of burnt-out areas by core sampling.
Podzem.gas.ug]. no-3:25-30 159. (MIRA 12:12)
1. Ysesoy-uxnyy nauchno-'Lssledovatellskiy i proyaktnvy institut
podzemnoy gaoifikateR ugley.
(Coal gaoification, Underground)

--- ---- - -
Direction and methods of rook pressure research. Ugol' 34
no.9:33-35 S 159. (MRA 12:12)
l.VseaoM, Wy nauchno-i9eledovatellskly i proyektny7 inatitat
podzemnoy gazifikatail ugley.
(Subsidences (Barth movements))

KUZNETSCV, G,N,p doktor tekhn. naul-,j KAP, ~j V.N.j SHUNIN, V.I.
Study of the stability of curvilinear ahapas of roof
supports on volumetric, models. Nauch. trudy VWIIPCMftbMgaza
no.9:48-73 163. (MM .16:11)
1. Vaesoyuznyy nauchno-iseledovatellskiy institut podzemnoy
gazifikataii ugley i Vsesqyuznyy nauchno-issladovateltakiy
marksheyderskiy institut.

'KAYAK, V.N.; .01CEYNIN, V.I.
Obidy of the physical, mchanical, and thermal properties of rock3
fcr the purpo3es of underground gasif!,:ntion of coals, Nauch.trudy
VIIIIPodzerr,gaza no.10s64-76 163. (MM 2.7-5)
1. Lab~,ratoriya gornogeologl~heskaya Vqt,,soyuznogo nauchno-lssledo-
VatP1,40go irlstituta podZenney g&zifikutsll agley.

EMNETSOV) G.N.) dr. tp~hn. nauk.; MAK, V.N., hw-h; - V.I., In-..-,
Detormining virtical movements of tho surfa-.--. by mf-.an.,-j of thrvr,-
dimensional models using the shadot4 mothod. (hndyJ'-.'N11Mf' no.',O:
11-19 163. (MIRA 1700)

~,Aj _-1K. V- 14
Mechanism of rock bela-,;.,cr -he 7 n6~-rg::,cumi ;mE~~`,-aticn 0'
thin slanting and inclined Feur's. Trudy VNJIM-zenigaza
nc.13:42.-52 165- (%MIRA 18.-
.1 . I d
La-boratoriya gornogeologicheslava Vatso, n, gC r.5 :,L~
vat,--Ilskogo instituta pc-dz6mmoy ga7ifikatsil

UMAX V N - MOLCITANOVA, K.P.
~*-
Effect of the angle of pitch of a scam on the size of the ri~-
action ourface of ~,-ombustion in thin coal seams. Trudy VIIiIPod-
zemgaza no.12:57-67 164, (11-aTwl
1. labora-t~iiya gornogeologicheskiiva Vsesoyuznogo nauchne-
iosledovatellskogo ins'Ututa pedze-inoy gazifikatsii ugley.

AGAFONOV, A.K., kand. ekon. nauk; KONONENKO, V.I.; VASTLENKO, G.K.;
. KAZ K, Y ;..ZABELLA, V.I.; BORYAKIN, V.N., red.
[Price determination in the machinery lndustr~]JSenoobrazovanie
v mashinostroenii. Hier, Naukova dumka, 1.965. 259 P.
(MIRA 18:11)
1. Akadeiniia nauk URSR,- Kiev. Instytut ekonomiky.

A ~ .1
I-V If
GETOPANOV, V,N,, Inzb.; XAZAK, TU.N.., inzh.: SOUM, V.I., kand.tekhn.nauk
I
Mechanism of rock crushing by mining wichine cutters. Nauch.
trudy KGI no.17:85-92 156. (MIRA l0,.11)
(Coal mining machiner7)

Investigating certain problems in the destruction process of
Moscow Basin coals by coal mining machine cutters. Nauch. dokl.
vys. shkoly; gor. delo no,1:237-254 '58, (MIRA 11:6)
I.Predstavlona kafedroy gornykh mashin i rudnichnoge transporta
Karagandinskogo gornogo, instituta.
(Coal mining machinery)

YAM, Yu. N., Cand '2ech Sci-(dirs) "g-uludy of tkZ -orocesson of
UVJ 4-1,-4,
t,~4Lap of WCOW coal WW,'cutters of iac:~,vntion
mininE, ranchines with # chain Q58 14 Pp
ooh"y4lu-"Y"946 - os, 1,
(L'.in of HiGher '~'aucation USSR. &--,~os 1'.'iningr Inst ira I. V. Stalin)
120 copies (I'L,25-59, 113)

KAZAK, Tu,N., 1card.tekhn.nauk
Investigating diagrams of stress on the operating parts of
mining machimes in the catting of Kwaganda coal. Izv. vree
ucheb. zav.; gor. zhux. no.12:83-90 160. NiRA 14:1)
1. Karagaudinakiy politekhnicheskiy institut. Rokomendovana
kafedroy gornykh mashin i rudnichnogo traniporta.
(Coal mining machinery)
(Karaganda Basin-Goal)

LMOSHCHT-MIY. D.M.; K.&ZIX,, Yu.N.
Trying out a test specimen of the X-14G stope cutter-loader in
the Karaganda Basin. Ugoll 35 no.2:11-13 F 160.
(MIRA 13:5)
(Karaganda Besin--Coal mining muchinery--Teating)

LYUBOSHCHINSKIY, Dmitriy Markovich; POZIN, Yevgeniy 7-allmonovich:
KkZAK,--Yuriv Hikolnyevich: ZILIBXRT, Izraill Samoylovich;
-IFG~SOT, 7B.H., ~ctv. 7red.-,~SHOROKH'OYA, A.T., red. Izd-
va; ILOINSKAYA, G.M., takhn. red.
(Breaking of coal.by the cutting elements of mining machines]
Rasruefienie uglei ispolnitellnymi organami vyomochnykh mashin.
Moskva, Goo. nauchno-tekhn. izd-vo lit-ry po gornomu delu,
1961. 220 p!Coal mining machinery) (MIRA 14:5)

4GINGV) Abylkas Saginovichi FESIN) Naum Yakavlevicb; JZBEDEV, Aleksely
Nikolayevich,,PW
.--)-Xuriy-.IiikQla
. __XQyjqhj MIROSMICMIKOI V.D..,
red* izd-vay* SEWARy S.7a.y tekhn. red.
(Calculating technological processes in coal mining] Raschety tekh-
nologicheskikh protsessov dotrohi uglia. Moskva, Gos. nauchno-tekhn.
izd-vo lit-xy po gornomu delu, 1961. 241 P. (MIRA 14:11)
(Coal mines and minin

KICHIGIN, A,Foq inU-, g&AA, Tu.N., inzh.; YANTSEN, I.A., inzh.;
SALTANOVY A."D.,, inzh.
mchanical hydraulic mining machine. Izv. v78. ueheb. zav.;
gar. zhur. no.12:72-75 161. (MEIA .16 - 7)
1. Karagandinakiy politakhnicheBkiy institut. Rekomendovana
kafedroy gornykh ma-shin i rudnichnego transporta.
(Mining machinsi7)

KICHIGIN, A.F., inzho; KAZAN, LU,.Nep inzho; BERNARDOV, G.G.,, inzh.
Device for measuring deformations of a rock in breaking it
with mining machinae. Izv. vya* ucheb. zav.; gor. zhur. ~to.12:
76-78 161. MRA 16:7)
1. Karagandinskiy politakhnicheakLy instituto Rekomendovans.
kafedrey gornykh mashin. i rudnichnego transporta.
(Mi.ning machinery) (Reelm-TeBting)

KICHIGIN, A.F.; KAZAK, Yu.N.; BFRNARDOV, G.G.
Experimental two-tube surge hydraulic giant. Izv. vjs. uch.
zav.; gor. zhur. 5 no.6:197-199 162. MRA 15:9)
1. Xaragandinskiy politekhnicherkiy inistitut. Rekomendovana
kafedro; gornykh washin-i rudnichnogo transporta.
(Boring machinery-Hydraulic driving)

RUCHXO, Boris Fedorovich; GREEESHKOV, Yurly Vasillyevich;, 0'
LYUBOSHCHINSKIY, Dmitriy Mnrkovicb;_IA~~ ~~kolayevlch;
BDCUTSKIY, N.V., otv. red.; SILINA, L.A., red..izd-va;
BOLDYREVA, Z.A., tekhn. red.
[ "Ukraina-l" coal cutter-loader] Ugolinyi kombain
"Ukraina-l" Moskva, Gosgortekhizdat, 1963. 242 p. (MIRA 16:7)
(Coal-mining machiLery)

KAZAK, Yu.N., kand.tekhn.nauk; LYUBOSHCRINSKIY, D.M.y kand.tekhn.nauk
Galculation of the variable resistance of coal seams to rupture
in the design of actuating mechan sms of mining machinery.
Izv.vys.ucheb.zav,;gor. zhur. 6 no. 12:107-114 163. (MIRA 17:5)
1. Karagandiiiskiy politekhnicheskiy institut (for Kazak). 2. In-
stitut Giprouglegormash (for Lyuboshchinskiy).

KAZAK., YU.N., kand. tekhn. nauk; LYUBOSHCHINSKIY, D.M., Icand. tekhn. nauk
Concerning the book nCutting coal." Ugoll Ukr. 7 no,7:55
J1 163, (MIM 16%8)
(Coal-Testing)

KAZAKBAYEV,.A.
WITiwewtftKirghizla and artistic photography. Soy. foto 17 no.9r
2-3 S.'57.. (MLIRA, 100)
.1. Ministr kulltury Kirgizekoy SSR.
(7runze-Photography, Arti stic-ltxhibit ions)

KAZAKBAYEVj, A.; MOLDOICULOV, S., red.; WSMOV, A*p takhnt red*
(Fourtieth annivers~a7 of Lonin's plan for tho State; Com-
mission for the Electrification of Russia and electrifica-
tion of Soviet Kirghizieten] Lonindik Goalro plarqrw.. 40
zhyldygy zhana Sovattik KyrgyzetoLndy elektrloehtiruu. Frunze,
Kyrgyz mamlokettik basmasy, 1961. 38 p. (HIM 15:3)
(Kirghizistan-Blootrification)

KAZAXBAYEV,K.K.
Methods of work and their relation tothe elements used for deep
foundations of hydraulic structures, Trudy Inst.soor. .411 Uz.
SSR no-5:75-9) 154. (MIRA
(Foundations) (Hydraulic engineering)

--.KAZAXE61YFV K. K.
Stress distribution aloig tho underground contour ofn-shaped
dwa foundationg. Izv.A-l-.' Uz.SSi Ser.takh.naWc no.1:44-50 162,
(MIRA 1l,:2)
1. Srednoaziatsidy polite',linicl-cakly institut.
(Dar,a)

KAZAKUYEVP M.; TERMINASOV, Yu.S.
X-ray diffraction study of chromium deposits obtained. in a self-
regulating electrolytic cell. Trudy LIEI no.29:61-69 [i.e. 391
1629 (MM 16t6)
(X-ray diffraction examination) (Chromium plating)

KAZAMYEVI M.
X-ray diffraction study of the structural changes in cbromium
coatings-due to wear. Trudy LIEI no.29s74-79 Li.e. 391 162.
(KEM 16.-6)
(X-ray diffraction examination) (Chromium plating)

KAZAKEVICH A.
.AN,_ __ --""
Ovell-all mechanization for the h4ndUng of short JQI,,s. Rech. transp. 22
no.6:16-17 Je 163.. (MIRA 16.9)
1. Starshiy dispatcher takhp-ologichaskey gruppy Dneprope-Lrovskoge
parta.
(Lumber--Transportation) (Cargo handling-Equipm-ent and supplies)

L OQ9155-6Z i;ivT (m)
ACC NR, AN002768 SOURCE CODL: UR/0089/66/021/002/0132'/0134'.
AUTHOR: 1~azakavich, A. T.; Surin V. M.
ORG: none
TITLE: Application of autoradio iL hy or control of irregularity of actinide
4D- _j
clonent layers
SOURCE: Atomnaya anerglya, v. 21, no. 2, 1966, 132-134
TOPIC TAOS!: autoradiography, electrochemistry
ABSTRACT: Autoradio raphic d
min cm ~ layers of 29 8 ata2~� irregul2rities ofo(-active,1Xf0-ko,4,1;(106 fissibA
3 8U, 23 I-,,U, 11u, and 4lAm on plane metal backings prepared byl
electrochemical and drop methods are tabulated. It is shown that theL electrochomi-
cal method produced a more uniformly distributed coating in comparison to the. drop
evaporation method. Orig. art. hass 5 figures and 1 table. Ad
SUB CODE: 07 SUBM DAM 25Apr66 ORIG REF: 001 OTH REF; 004
Lcard. 111 nst "D C-; 3-J

22(l)
S=/3-519-4-10/ 42
s_ "',
AUTHORS i Kazakevich, D.M. , Candidate of Economtic Sciences; Larina,
Chirkov, A.V., Candidate of Economic Sciences, Docent; Slobc-
dyanik, I.Ya., Candidate of Technical Sciences
TITLEt Our Readers Suggest
PERIODICALt Vestnik vysshey shkoly, 1959, lir 4p PP 33-34 (1)3311)
ABSTRACT; In order to raise tile qiiality of exercises, on ec0no:.:1c
jects, D.M. Kazakevich and M.N. Lariiia of the Tomsk Electrome-
chanical Institute of RR EnUin_~ers -uj-,-eqt t)i,,t sL)::,c, of the
seminar exercises be conducted with the participa'ioii c,~' p.J,_1A
engineers and econo~.Asts. Such seminars were or&ani.,:d last
year by the Chair of Political Economy of the Tomskiy politchh.-
nicheskiy institut (Tomsk Polytechnical lzistit,ute) at ~ho
Dlante "Sibelektromotor", 1111anoinctr" and oLhors. It is alivic.,
able for the-vuz instructors and the -zorkers of the scienti-
fie-research institutions to establish scier.Afic collecoivrs
which will handle cuch probloms. Tho economic chz~irs o~ t,:e
institutes of Novosibirsk, Tomsk and other jibOrl,~.111 VUZ
Card 1/3 could participate in scientific researc'ios on th:mes of t--.e
5-
!0 '1 11,4~ .1" 1", R '1 MY,
t
"'M
M -'M
MR M

3 OV/ 3 - 5, SJ - 4 - 101 .1, 2
Our Readers SuEgest
Institut ekonomiki i statistiki Mbirskogo ~ fteleniya Iikadennii
nauk SSSR (Institute of Economics and, Stati.'ic3 of the aibor-
ian Branch of the AS 'ISSR). Docent A.V. Chirkov of the lcni.n-
' ro a -
gradskaya lesotekhnicheskaya akadeniiya i0eni S I_ Kia V (Len
ingrad Forest Engineerinfi Acade!ny imeni S.M. Kirov) emPhasizes
the necossity of considerably reducing, tho tilTic usec ill
ing textbooks. It often takes 2 years to rcvic-~. an(i a
part icularl,, on special tic;~110
textbook. On some subjecti;, I lo- i-
cal and economic ones, it happons that jimilar textbook3 apic-r
Ll.rial and ja'r.,. or.
at the same time and that the ra"o 11 istica, L,
the same subject disagree in varioui,, textbool-, and _-ometi;.-ics
even contradict each other. It is thoreforc su-l-s-esto~ Uat
economists or technologists be invited to pa-rticipate in ri?.-
viewing manuscripts. I.Ya. Slobodyanik of th~~ Kiy-3-v_-1-.iy in-
zhenerno-stroitelln3r,f inatitut (Tnev construction Enf -rinecrin~.,
Institute) suEzgests that studente be familiarized ;,rit!', t`_10
latest devices and equipment at exhibitions oL' al-livaic(,-~., ex-
perience, large entcrprises, etc. as it is practically im-
Card 2/3 possible to have the vuz laboratories equipped -7~,ith all the

SOV/3-59-4 -101/4 2
Our Readers Suggest
latest technical devices. The author considero it desirable
that the various exhibitions furnish the vuzes with copie,,- of
new posters and photographs of equipment, catqlo,,rues, models
or motion piotures. Plants turning out new laboratory ~,nd
productional equipment should be requested to supply the ).a-
boratories of the respective vuzes with specimens of 3uch
equipment.
Card 3/3

SKOHOKHODOV, A.A.; KAZAKE;VICg,',,,b'4 red.; KOROVINA, N.A., tekhn.
'e-
- -.X.-
red. -5~Tt,~ ~ 0.~
[State plan is the law of production development] Gosudar-
stvemrji plan-zakon razvitiia proizvodstya. Moskva, Metal-
lurgizdat, 1963. 21 p. (MIRA 17:3)

WAMIGH, N.V.
Centralized flap control. Bezop.truda v px-:)m. 4 no.8;
25-26 Ag 160. (MV. 13:8)
1. GlavWy insbener Krivorozhokogo ohakhtoprokhodcheekDgo
upravleniya
(Ki no-Ao lot ing-Wety measures)

KAZAKbVICHP E.V,. . inzhoj-.a., insh.
" W4
Ventilation of deep mine-shafts in the Krivoi Rog Basin. B4p4p.truda
v pr9me 7 noolt25-27 A 163o k" 16:2)
1. Krivorozhakiy filial Ukrainskogo nauchno-iasledova~ellskogo insti-cuta,
ogranizatsii i makhanizataii shakhtnogo, stroitalletva.
(Krivoi Rog Basin--Mine ventilation)

ZASLAVSKIY, Yu.Z., kand. tekhn. nauk (Donetsk)y KOCHETOV, V.V., kand.
tekhn. naukj BYDEROVSKIY, S.I., inzh.; PULIMAN, V.M., inzh.5
KAZAKEVIGH, E.V insh.1 MAKSIMCHUK, A.A., insh.
Create a Soviet firm for vertical shaft Binking, Gor.
zhur. no.90-8 S 164. (MIRA 17s12)
1. TSen'%Irallnyy nauchno-issledovateliskiy i proyektno-
konstruktovskiy institut podzemnogo i shakhtnogo stroitell-
E-tva, Moskva (for Kochatov, Byderovskiy). 2. Krivorozhskiy
filial Vaesoyuznogo nauohno-isaledovatellskiy inatitut
organizataii i mekhanizataii shakhtnogo stroitellstva (for
Pullman., Kazakevich, Maki3imchuk).

YEStKov, Anatolliy s-e-memVich; MAKSIMCHUK Aleksey Arssent*yevich;
-KAZAKIEUCH, Eduard vqp~.ippinovich; SOTSKIY, AnanLy
Rodionovich~ TREGUBOV, Vitaffy" -ii~atoltyevich; SORIN,
Mikhail Samoylovdch,, F'--'DOROVj S.A.p prof.,, doktor tekhn.
nauk., retsenzent.
(Short handbook on shaft deepemtng) Kratkii spravochnik po
uglubke stvo-lov shakht. Moskva., Nedra, 1965. 175 P.
(MIRA 18:8)

KAZAKEVICH, E.V.,_inzh.
Investigating flow sheets for erecting conCT-9te Artings in
vertical shafts with the aid of portable fomwork. Trudy
VNIIOMSHSa no.15:115--134 164.
(RIPLA 18:2)

KAZAKEVICH, E.V., inzh.; SAKHNOVSKIY, V.L., inzh.
Timbering horizontal workings at the No.2 "Zapadnaia-
Donbaoskaia" Mine. Shakht. stroi..7 no.12:26 D'63.
(MIRA 17:5)
1. Krivorozhakiy filial Voesoyuznogo nauchno-isalelovatellskogo
instituts, organizatsii i,mekhanizatsii shakhtnogo-stroitellstva.

;MGbdil, Mi., in,;~fi.
GPnt,ralize the propm-fttion of concrote mlxturo~. IjlitiP)I,t 8
1 -1.6 J1 1 t" - I
n o 15 )4. 0.1111A 117 20)
1. Krivoro7.hsl-,iy filial Vsasciyu-mioro
Institilta, orcarl,17"ttoii I mokhtinl7f.1 t,", i 1 L01 'Btvlli.

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Mir.
20M P., b"Apt" of 11M &M of a Cisco.
IN t1ii Rupka), 84, "A. pit. 21, 9. 1111
130, OrpL
Pawre distribulium go (Ourtim ej yaw W9 0 S 00*4 MO
(po"i") ltrya" Duaw (0-4 S R!5 1.2 X lot, tMW Ou
d6ma" saw run (r".0mm VlctrityL ~-,l "Wakw thfoull
fUW adk" jdj&" 03 MM) Va JL ft)"Wilp Ck-W UOK'(d6t"
4 - 10 mut) in a 260 X 250.VAM *Ind tunnel. Diffemitial mul-
IW Wrowvj WrMyWy of t1mg inrasurruwnta.
,np! aingiifily 0( Ot%wo al Ow dixtr9putio- le-1 4u a (artnula for
normal drss in Serms of MOM1114) W10010 (Pa - f1w) st"I Vsw 0-
1`110"wim V"tWh O(dr"X *to vutKhuuq Ify 11WOK fou thin
d". #m the cyllatirr; atom the nwalts wert, irkm-n-ilive to vAria-
W1 of distguier b between the d6ka, U 5 b -15 M. ilm-3, %err
kinslifiW with it"I two4immaimal Itelinvicbr. The n-milisuil
hWw dru fur 0 - 0' then tbrrkt~l with CAM Itt-It. 11(1. 101,
IWII, by Huzortarv, whem mUu of tunnel hn-rulth w, lip diAnteler
was w1d - 100. flilrtbrtr Check ;.Am ruffils!"44 by tulKV to( Illf-
W"A diatarlews. As ya* Intitst", the qatn% W, -sail Ofert"
d1utiolith"I. flrvwutr udlk" Wrm alto drilli-if pt-riptmim-u4th
to thp rillpti. RVIlong of 11W yowfol tutu,; 11W fivulwit fitag 1111-
(cret! Ity 2 - 3%, jmrets~ly Ow 6k% o( uvut*r%,.
The Immix of staWs rroults with yaw clowl; With Oft' J1k1fr
rilt-roxivr rtlorriournts by 11taw"ll and Lostda (aha-rr thr w01
44IVt, hOUA-Yrf, MIJA Petilehit 0/41 1114M III), FAr A.Mit III ItVV
Bit, 811"WwifWly, SJO W11 UCM WAW OWIP Of YAM 04"Ay, 1".r 64
turtAll-4m.t. level In it* tunarl. M. V. A14111,41vill, VSA
4

I(AZAMICHV F. P.
USS-R/Engineering Boilers, Gas Plav Aug 52
"Influence of the Angle of Attack of a Gas Flow on the
11
Aerodynamic Resistance of the Banks of Tubas, F.P.
Kazakevich, Cand, Tech Sci, Dnepropetrovsk Inot of Rail-
road Eng
"Iz V-S Teplotekh Inst" No 81 PP 7-12
Describes exptq in wind tunnel for studying mechanism
of aerodynamic resistance of tube banks vhen angle of
attack of gas flow is less than 900. Establishes that
variation of the angle of attack substantially changea
structure of gas flov in bundles vith staggered or
square distril4tion of tubes. , Analyzes parameters of
this flow.
233T32
PA 233T32

USSR/Physics Heat emission FD-913
Card 1/1 Pub .153-22/26
Author Kazakevich, F. P.
Title : Effect of attack angle of gas flow on the heat emission of a round
cylinder
Periodical : Zhur.*tekh. fit. 24, 1341-1349, jui 1954
Abstract : Local and average values of coefficients of heat emission of the
surface of a round cylinder subjected to air streams at various
incident angles were studied. Experimental d *ata facilitated esti-
mation of heat emission frqm manifold pipes subjected to cross
sectional and inclined gas streams. Seven references.
Institution
Submitted February 25, 1954

AID P - 2035
Subjeot USSR/Engineering
Card 1/1 Pub. 110-a - 8/14
Author : Kazakevich, F, P., Kand. of Tech, Sci,

Title : Heat transfer of transversely - streamlined tube nests
with low values of Reynolds number
Periodical : Teploenergetiak, 4, 41-44, Ap 1955
Abstract : The article describes In detail experiments made on heat
transfer from'various types of tubes, specifically with
6-row tube nests in a special installation. The author
presents in tables some-results of the experiment for
regular and checkered tube arrangement and warns
against the use of standard formulas for R < 4sooo.
Five diagrams. Four Russian references, 1943-1952,
1 English, 1916, 1 German.1932.
Institution: Dnepopetrovsk Institute of Railroad Transportation
Engineers
Submitteo : No date

Subject USSR/Power Eng.
Card 1/1 Pub. 110-a - 8/17
AID P - 3887
Authors Kazakevich, F. P., Kand. Tech. Sci., and A. V.
-CHe_r_e_dn_ichenko, Eng. Dnepropetrovsk Railroad Enginee-
ring Institute
Title Heat transfer and aerodynamic resistance in criss-
crossed tube nests
Periodical : Teploenergetika, 11, 35-37, N 1955
Abstract : Research done on heat transfer and aerodynamic
resistance within Reynolds number limits of 3,000 to
22,000 in tubes of internal combustion motor boilers is
described. A mathematical analysis for computing heat
transfer and aerodynamic resistance is given. Three
figures. Four Russian references, 1954-1955.
Institution : None
Submitted : No date

XAZ A Qloll, F.P.Op kand. takhn. nauk; KRAPIVIII. A.M., kand. tekho. nauk
Investigation of boat transfer and aerodynamic resistance of a
bundle of tubes in a dust-laden stream of gas. Izv. vys. ucheb.
zav.; energ. na. 1:101-107 J& 158. (HrRA 11;7)
1. Dnepropetrovskiy inatitut inzhenerov zhelesnodorozbnogo
transports.
(Heat--Transmission)
(Aerodynamics)

3011/96-58-8-10/22
AUTHOR: Kazakevich, F.P. (CandidaUe of Technical Science)
TITLE: The Aoro-dynaiftic Resistance of Self-cleaning Tube Bundles
with. Transverse Flow (Aerodinainicheskoye soprotivleniye
poperechno, obtekayomykh trubraykh puchkov, obladayushchikh
svoy3tvom samoobd-avki)
PERIODICAL: Teploenergetika, 1958751ir 81 pp 48-51 (USSR)
ABSTRAMThe efficiency of boilers is much affected by the formation
of deposits on the heating surfaces. Investigations
carried out at the All-Union Thermo-Technical Institute
(Teploenergetika Nr 1, 19,54) are so far 'Ghe only ones that
make a systematic study of tho process of deposit for-
ination: they show that contamination can bo minimised by
reducing the tube din-meter to 25 - 30 ium and using
honeycomb arrangenents with short lon.-itudinal tube pitch.
Labes in honeycomb arrangement are less subject to deposit
formation than those in square fornition and if the pitch
values are suitably choser. they are self-cleaning. T h i S
arrangement is reconL-nended for ind:astrial use, particularly
bard 1/4 in boilers. However, little o.-r-perimental data is
available on the acrodynaudc resistance of tube bundles in

So 58- 8 -31-0122
The Aero-Dynanic Resistance of Self- cleaning Tube Bundles with
Transverse Flow
honeycomb arrangement and the present work was undertia1ten
to fill the gap. The inve stigat ions were quarried out on
L
6-row bundles of tubes, the geomotrical characte--ristics of
which are given in Table 1. The tests, were na-de with
isothermal flow of -air in an open-type urind tunnel of
section 250 x 250 mm at Reynolds numbers ranging from
21500 - 20)000. The resistane of the tubes .was deter-
mined from the static pressure-difforenca before and after
the bundles. The experimental equi Pment and p.o,_edu.e
are described in Teploenergetilca Nr Ii-I The test
results are plotted in lo-aritlwAa co-)rdinates in Fig 1.
The resistance of the bundles is given as a, function of the
lon-,itudinal and transverse ',Ube pitahes. An equation
relates the criteria of similarity for the bundles investi-
gated, and values of the constants entering into the
equation are given in Table 2. The results show how the
Card 2/4 resistance of the bundl(s depends on the pitches; as the
transverse pitch is increased, the influence of the

SOV/96-58--8-10/22
The Aero-Dyrwmic Resistance of Self-cleaning Tube Bundles with
Transverse Flow
longitudinal pitch becomes less. When the arrangement
of the tubes is such that the rates of flow over them in
the longitudinal and diagonal directions are equal, the
aerodynamic resistance is particularly loii. The
advan'Gages are specially marked when the transverse
itch is small, as will be seen from the graphs in
D
ig 2. A formula derived by the Central Boiler Turbine
Institute gives the influence of the number of rows on
the resistance of the, tube bundles, This formula is
used to compare results obtained at the All-Union Thermo-
Technical Institute on tubes with 7 rows with those
obtained on bundles of 6 rows in the present work.
Card 3/4

SOV/96-58-8-10/22
The Aero-Dynamic Resistance of Self-cleaning Tube Bundles with
Transverse Flow
The comparisons are made in Fig 3, and it is shown how
the fornula given can be extended tko tube bundles with
small longitudinal pitch.
There are 3 figures, 2 tables, and 5 literature
references (Soviet)
ASSOCIATION: Dnopropetrovskiy institut inzhenerov zheleznodo-
rozhnogo transporta (DnGpropetrovsk Institute of
Railway Transport Engineers)
1. Boilers--Performance 2. Boilers--Maintenance 3. Boilers
Card li-A --Contamination 4. Boiler.-tubes--Test results

SOV/124-58-11-IZ728
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 115 (USSR)
AUTHOR: Kazakevich, F. P.
I--------------------------- - -----
TITLE: The Aerodynamic Drag of Tube Banks Exposed to an Oblique
Gas Flow (Aerodinamicheskoye soprotivleniye puchkov trub pri
kosorn omyvanii ikh gazovyrn potokom)
PERIODICAL: Tr. Dnepropetr. in-ta inzh. zh. -d. transp. , 1958, Nr 26,
pp 114-122
ABSTRACT: Bibliographic entry
Card 1/1

SOV/96-59-lo-6/22
AUTBORS: )Lazakevich, F.P. (Cand.Tech.Sci.), Kra
(C`an_d_.Tecn.S61--.), Anofriyev) G.I. (Can9i.v'en.JSc-'M and
Veselyy, I.G. (Engineer)
TITLE: An Investigation of Radiant Heat Exchange in the Furnace
of a Boiler when Burning Natural Gas
PERIODICAL: Teploenergetikaq 1959, Nr 10, PP 31+-38 (USSR)
ABSTRACT: Heat exchange in boilers is mostly by radiation. The
standard thermal design procedure for boilers developed
by the Central Boiler Turbine Institute is an empirical
method that gives satisfactory results within the limits
of the experimental material on which it is based.
However, the opinion has been expressed that the standard
procedure does not give sufficiently accurate result3 in
furnaces burning natural gas. Therefore, in making
balancing tests on a small boiler burning natural gas the
authors simultaneously Investigated radiant h,~at exchange
A diagrammatic cross-section of the boiler indicating the
.Location of measuring instruments is given in Fig 1. The
Card boiler had previously burned solid fuel. The boiler has
1/4 a steam output of fourteen tons per hour, a furnace
volume of 26 m3, ana a radiation surface of 20.5 m2; the

sov/96-59-lo-6/22
kr. Investigation of Radiant Heat Exchange in the Parnaee of a
Bofl.cr when Burning Natural Gas
-total surface of the furnace walls is 62.3 m2 and the
degree of sereening 0.33. Two gas burnors of the t~rpe
sketc.hed In Fig 2 were installed in the front of the
.furnaca. The extent to whioh the most; Important con-
ditions were maintained comstant during the tests will be
seen from Fig 3. Natu:ral gas from the Shebalinslwye field
was used; its analysis is given and its calorific value
is 9050 knal/m3 at n.t.p. The measurement procedures
used are described. Gas temperature curves at the outlet
from the fu7naae when operating with an excess-air factor
of 1.11 are plotted in Fig )+. The temperature is seen to
be very high near the back wall of the furnac:e, mainly
beoause the screening factor is so low. The fiame
temperature is evidently 1600-1650 ()C, whieh can damage
the furnace lining. With normal excess-air factors the
flame is short and fairly transparent-,; with low excess-
air factors it becomes violet. The resultsof radiant hea,
Card e-Kchange calculations are tabulated, and it will be seen
that the excess-air factor ranged from 0.91 to 1.61~ The
apparent thermal loading of the furnace -volume ranged froz
L
2.96 x 1o3 to 445 x lo3 kcal/m3hr. The tabulated data

sov/96-59-lo-6/22
An Investigation of Radiant Heat Exchange in the Furnace of a
Boiler when Burning Natural gas
was used to calculate the direct heat output as a functior
of loading and as a function of the excess-air factor;
the curves,obtained are plotted in Figs 5 and 6 respecti-
vely. The dotted curves in Fig 6 relate to the detailed
study of radiant heat exchange in a gas furnace of a
boiler of 170 tons/hour. This furnace was fully screened.
The study confirmed that contrary to assertions by other
authors the proportion of direct heat transfer is quite
low when burning natural gas. It is of interest to
compare experimental data on heat transfer in the furnace
in uestion with values calculated by the standard methods
In Rg 7 the temperature at the outlet from the furnace iE
plotted in dimensionless coordinates as a function of the
ratio of Boltzmann's criterion to the blackness factor of
the furnace. It will be seen that the experimental
results lie close to the theoretical curves. The relatior
ship between theoretical and calculated values of the gas
Card temperature at the outlet from the furnace is plotted in
3/4 Fig 8 and shows that in general the calculated values are
about 40 OC too high. It is concluded that the standard

SOV/96-59-10-6/22
An Investigation of Radiant Heat Exchange in the Furnace of a
Boiler when Burning Natural Gas
method of making thermal calculations gives satisfactory
results when applied to small furnaces burning gas. It
appearsq however, that the emission properties of a
natural gas flame have some special features that are not
reflected in the standard formulae; thIs Is why
measured values of outlet temperature are lower than the
Card calculated ones.
4/4 There are 8 figuresq 1 table and 6 references, of which
5 are Soviet and 1 English.
ASSOCIATION: Dnep.-opetrovskiy institut -inzhenerov
zheleznodorozhnogo transporta
(Dnepropetrovsk Institut-e of Railway Transport
Engineers)

MIT.~"--'~- -'~ -~-
ANOFRIYEV, 0. 1.-; RAP IVIN # AaM.
Beat exchange in cast iron water-feed economizers of natural gas
boilers. Gaz. prom, 5 no-311-36 My '60. (MlRh 14:11)
(Boilers) (Gas, Natural)

864711
S/096/61/000/001/008/011+
11,9100 E19VE184
AUTHOR; Nazakevich, F.P., Candidate of Teahnical Sciences
TITLE: The Influence ol-IMughness on the Aerodynamic Resistance
of Tube Bundles in a.Transverse Flow of Gas
PERIODICAL: Teploenergetika, 1961? No. .1, pp~ 56-58
TEXT; Heat exchange between-a body and a flow of air depends,
amongst other things, on the roughness of the surface. In addition
to studying this point it was desired.to obtain data with which to
improve various design formulae. Tests were made on a 7-row square
arrangement tube bundle made up with tubes ranging from 15.2 to
38.2 mn in diameter. Details are given about the tube arrangements
and geometry. The tests were made in an open wind tunnel with a
cross-section of 250 x 250 mm. with isothermal air flow, the
Rovnolds number ranging from 7000 to 100 000~ Further informa-~-ion
is given about the test conditions. Minimum roughness was obtained
with the tube surfaces polished and chromium plated to prevent
corrosion. 'Such surfaces were defined as having zero roughness.
Maximum roughness was created by knurling and intermediate values
were obtained by turning on a, lathe. The class of surface finish
Card 1/3

E6.1471
S/096/61/000/001/008/011+
3194/E18)+
The Influence of Roughness on the Aerodynamic Resistance of Tube
Bundles in a Transverse Flow of Gas
was determined with a.binocular microscope. From the test results
plotted in Fig. 1 it will be seen that the data relating to
polished tubes and to those with rough machined surface lie on
practically a single straight line. Accordingly, there is no
appreciable turbulence of the boundary layer with roughness up to
0.001 and there is no effect of critical resistance such as occurs
when the point of break away of the flow from the tube surface
alters. Accordingly, the subsequent tests were made'orily with
tubes of minimum and maximum roughness. The influence of relative
roughness is clearly seen in Fig. li beyond the critical point the
greater the roughness the greater the increase in resistance as the
Reynolds number rises. The critical point depends upon the height
of the asperities on the rough surface. Data are tabulated which
show that roughness has no Influence on the exponential to which
the Reynolds number is raised when written as function of the Euler
number. It is shown that existing design formulae may be ased in
the range of Reynolds numbers from 6000 to 15 000 for tube
Card 2-/ 3

864n
S/O 66/61/000/001/008/014
919VE184
The Influence of Roughness on the Aerodynamic Resistance of Tube
Bundles in a Transverse Flow of Gas
roughnesses (ratio of asperity height to diameter) of 0.006. The
mechanism of ?esistance is briefly considered and it is concluded
that breakaway of the fluid flow from the surface governs the
frontal resistance of a cylindrical tube, and previous work has
shown that the frontal. resistance of a. tube bundle Is about 90% o."
the total resistance. Curves of pressure distribution around tub;
circumferences may be used to determine frontal resistance, and
Fig.2 shows such curves for tubes of the 6th row of a bundle for
three values of Reynolds number. When the surface is rough the flow
breaks away from the tube area, creating a greater pressure
depression behind the tube so that the frontal Tesistance inoroases.
For low values of Reynolds number experimental points for difforent
values of roughness lie on a single curve.
There are 2 figures, 1 table and 7 Soviet references.
ASSOCIATIONg Dnepropetrovskiy institut inzhenerov zheleznodorclzh-
n6go transporta. (Dnepropetrovsk Institute of Railway
Card 3/3 Transport Engineers)