SCIENTIFIC ABSTRACT ARONOV, M. I. - ARONOV, S.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102120015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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A.RONOV, Mark Isaakovic.hpinsh.1 GUSMKIY, Yuri3r Illic;hp
inab.
Owational charaot*ristice of a transi-sto"Obd Mgwtio
amplifier
in the region of negative control currents*
Izv.,.,ys.uoh*b.z&v ;
a.lektromakh, 8 no.8sej4_880 165, iMIRA :L8#10)

V. SOV-4-56-7-8/22
AUTHORt Aronov, M., Co-worker of the Sevastopol' Biological
Station
- F_
o tWURN Academy of Sciences
TITLEs Swimming Among Fish ...... (Kogda plavayeshl aredi
ryb....
PERIODICAL: Znaniye - ails, 1958, Nr 7, pp 16-18 (USSR)
ABSTRACT: In this article the author gives a detailed
description of
his skindiving experiences. His observations concerning the
behavior and reactions of fish are generally known. He quotes
the research work done in this field by the Soviet
physiologist
A.I. Karamyan. There are 14 sketches.
Card 1/1

m q -- ---- - ----M
ARDROV, M.P.
Xxternal taste organs of rockling, Nauch, dokl. vys, shkoly,-
biol.
nauki no.4:38-41 159. (MIRA 12:12)
l.Rokomandovana Sevastopollskoy biologichaskoy stanteiyey
AN SSSR.
(Coclfish) (Sense organe-Fiehes)

AROmVO M.P.
Role of sense organs of the Black Sea vhiting In Its
search for
food. Trudy SBS 11:229-237 '59. (MM 13:5)
Plack Sea--Codfish) (Sense organs-Fishes) (Fishes--Food)

Conditioned reflex activity in some fishes of
the Mack Sea an
related to their ecolojical and physiological
characteristics.
Trudy SBS 12t345-378 159pr (14IRA 14.-.10)
(FISHES) (CONDITIONED RESPONSE)

ARONOV, M. P., Cand Biol Sci -- (dies)
"Ecoloeo-physiological feat-
ures of the sense organs and the feeding reactions of some
Black Sea
fish." Moscow, 1960. 20 pp; (Academy of Sciences USSR, Inst
of Ani-
mal Morphology im A. N. Severtsev); 150 copies; price not
given;
(KL, 25-60, 129)

~ARONOVq M.P.
Role of sense organs in the Neding of (Sargus annulario
L.) and
a.ome charaoteristics of itE aahooling behavior. Trudy
SBS 13:266-
274 160. (MMA 14:3
(Sea bream) (Sense organs-Fishes) (Fishes-Behavior~

ARONOV , M. ? -
Taste and smell in fishes. Znan.alla 35
uo,,8:28-29 Ag 16o.
(MMA 13:9)
1. Sotrudnik Sevastopollskoy, biostanteii AN
SSSR.
(Sense organs-Fiehes)

~ ARONOVO M.P,
Role of sense organs in the search for food in gray
mul-lets (Mugil
auratus Risso)-, Biul. MOIP. Otd. biol. 65 no.
4:46-51 n-Ag l6q,
(MIRA 13:10)
(GRAY MULLMS) (SENSE ORGANS--FISM) (FISMS-FOOD)

,,ARONOV9 M.P
Scme ecophysiological chareteristics of sense
organs and food
reactions in fishes. Biul& MOIP. Otd. biol. 65 no.
4:148-149
JJL-Ag 160. (MIRA 13:10)
(SENSE ORGM-FISIIES) (FISHES-FOOD)

ARONOVP Mop.
Statistical analysis of the differentiation ability of
bome
fishes of the Black Sea. Trudy SBS 14t28&291 161. (MRA
15.-4)
(Black Sea-Fiahes) (vision) (Conditioned response)
41,
44'

M.Pl,
..., Role of sense organs in the feeding of Corvina
umbra L. Vop. ikht.
1 no. 1:194-199 161. (MIRA 24t5)
1. Sevastopollskaya biologichaskaya stantsiya Akademii
nsuk SSSR,
(Blaek Sea-4ciaenidae) (Sense organs-Fishes)

MA,NTEYFEL',__B.P.;.ARONOVq, -M.P. 1~ -I
M=04,ial fishing toohniques" by F.I,Baranov. Re
owed by
B,P.Mante'ifelt, M,PAmnov, Vop,ikht, 2 no.4s754-715
t62,
(KERL 1612)
Orlsheries) (Baranovp F.I.)

ARONOVp M.P.
Ecological and PhYsiOlogical characteristics of sense
organs in~qome
fishes an related to their.reactions to food. Vop. ekol.
50-9'162.
(MIRA 16s6)
1. Biologicheskays, stantsiya AN UkrSSR, Sevastopol'.
(Sense organs--Fishes)

ARONOV, M.rO
Changes In the frequency speotrum of thft hwun
enopphAlOgrom wider
vestibular and optokimatia Wpate. Flziolozhur, 51
no.4:41(3-419
Ap 165. MAIM)
1. Inistitut vysshey neirmoy df~yAttsllnosti I
neyrofiziologli
AN SSSR, Moskva.

ARONOV, M.L.p inah.
I
I Experience in operating remote control devices in the
Uzbek Electric
Power System. Trudy VNIIE no.7:17-26 158. (MIRA 16s:L2)

"M '~X'V)
.2j,
USSR/Medicine - Bacillus prodigiosus Feb 53
"Investigation of the Effectiveness of Treatment
With B. procligiosue in Animal Experiments," H.S.
Aronov, K.I. Boriskina, Chair of Microbiol and
Operative Burg, Kuybyshev Med Inat
"Zhur Mikrobiol, Spidemiol, i Immunobiol" No 2, p8B
Although B. prodigiosus generates inflammation and
sepsis by itself, it prevents suppuration and in-
flammation when introduced into a wound together
with staphylococci. Gradually increasing doses of
B. prodigiosus produ6ed immunity against lethal
doses of staphylococci in rabbits.
246TA

. --, I" -V
"Topoemphic-anatondc Properties of t,-,e Cervi-.-al. ~.r!pjoj
!o
to the Rear Crardal Cavit-," Firl of J~jlljc licaltJ1
1~3FIST(, Ku;b-;s1,ov t,V,\ N'!d Inst,
X
11, I!YsIlovp V~55 (Dissortallons for Wf--n-le of Doctor of
Medic
Y
SO: Knizhnayp Letr-,ls' Tio. 2'), Junc 1955, Moscow

ASKALONOV, I.N., professor; ARONOV. H.S., doteent
Nerve healing in an amputation stump under aseptic
conditions &n&
with suppuration* Ortop,, travms protex, 17
no#5:21-23 S-0 156,
(MIRA 10il)
I* Is kafelry oparativnoy khimrgii (save - prof.
I.N.Askelonov)
Xuybyahevskogo meditsinskogo instituta.
(AHMATION STWS
healing of nerves In aseptic cond. & in suppuration)
(IMRVIS, MIPHML, surger7,
healing in amputation stumps in aseptic cond. & in
suppuration in dogs)

~-~ONOV, M S.~ doktor med.nank
V - -
Influence of the nervous system on the healing of
wounds. Med.
zhur.Usb. uo.10:45-47 0 158. O1IRA 13:6)
1. Is Wedry operativnoy khirurgil i topograficheskoy
anatomit
Andizhanskogo goeudaretyannago maditainakogo iustituta.
(HIMVOUS STSM) (WOMS An INJURINS)

ASKAWROV. I.N., prof.; ARONOV M,S, dots.
Comparative evaluation of some methods of bona treatment
In aqmtation
under aseptic conditions and in suppurations;
experimental data.
Ortopotravm, I protes. 20 to.2t3O-33 7 159, (XIRA 12-12)
1. Iz kafedry operatlvnoy khtrurgit (sav, - prof. LN,
Aelalonov)
Maybyehevokogo meditsinskogo instituta.
(AKPUTATION, exper.
bone treatment In aseptic cond. & in cuppurations,
comparative methods in dogs (Rue))

AHON0Vj H-St rof.
Location of the root and branching zones of occipital
nerve trunks
and their,connection with the form of the oociput. Med
zhur. Umb.
no.9:48-50 S 161. WdA 15:2)
1. Is kafedry topografichookoy anatomli i operativnoy
khirurgii
AmUshanskoga maditainako in tituta,
(NiiaL.1=KV1TION3 (OCCIPITAL BOM)

BARANOV,, Me, landidat takhdoheakikh nauk;
XMCHIMIT, Z., inshener;
ARONOTO X&R-tekhM *
, - oft
Preheating for welding automobile engine cylinder
blocks.
Ayt.transP,33 nools16-21 4155, MU 80)
(Automobile-Bagines)(Welding)

-ulting down the amo"t of Irv fit
of wrt
IWO- 7 1. No
fl-f-
CA"
lom,

N,
USSR /themical Technology. Chemical Products -3 1
and Their Application
Fermentation industry
Abs Jour: Referat Zhur - Khimiya, No 9, 1957P 32858
Author : Aronov N.B.
Title : The Quality and Consumption Norms of Malt
Orig Pub: Spirt, prom-at', 1956, No 4, 32-34
Abstract: Data are considered which india-ate the
appropri-
ateness of a considerable reduation in malt ex-
pended for starch sWharific~ation in the produc-
tion of alcohol.
C a2vd 1/1

DOTSHNKO. Nikolay Illarionovich, inzhei Prinimali
uchastlye: ARONOV, N.V.,
tarshiy mekhanik; KUVYRKIN, X.I., starshiy makluinik;
MWViMrt,
;
.I.. starehly mekhanik; PHTROTICH, A.P., starshi.y
makhanik;
PITROVo VoYes insho-konstruktor, YXFMOV. T.Y., prof.,
doktor
tokhn.nauk. red.; YABLOKOV, V.I,g red.; ZUMA, N.K.,
takhn.red,
(Electric pulsation welding for building up metal in
the repair nf
automobilo parts] Slaktrgimpultsiria naplavka metalla
pri remonte,
avtomobilsnykh detalei, RosZvas auohno-tekhnAzd-vo
avtotranspe
lit-ry, 1938%.41' (MIRA 13:5)
(AutomAil -_-MWt
r) (Electric walding)

ARONOVP 0.., elektromekhanik
Mechanization of the reseating of valves on the
motorship
"Repino." Mor. flot 21 no.32.22-24 D"61, (MIR&
34-12)
1, Teplukhod "Repin6n Baltlyekogo parokhodatva.
(Motor I
ships---Maiu6mmwmWvMW WN rMWA)
(valves)

ARONOV, O.B.. Cvardli podpolkovnik takhnicheakoy sluzhby
Taking down the operator of the transmitter of a
bombsight on
a barogram. Vest.Vozd.71* no.5:85 */ 160.
OIIRA 13:7)
(Itadar in aeronautics) '(3babsights)

AIICII)V, 0. L.
420.39: Aa')I.R)V, 0. L.; TAWEVSKIY, V. M.; MOST, A. V. -
Issledovanie potatsionnoy izomorij
hekotorykh I - Digaloingnogtanov zaetodom kozabinatsionnof--o
rassel-aniya sveta.
(Kratkoe soderzhanie doklada.) Izvectiyn akad. Nauk SSSRy Scriya
Fiz., 19L80
No - 5, s. 666
SO: Letopis' Zhurnaltnykh Statey) Vol. h7s 19h8.

Aronov, 0. L. Research in rotational Iscmerism by the
con-bination lJght scattering
method. (Report) "Combination scattering sl*,:%tra of lp 1, 2,,
2-tetrachloroethane at various temperatures, -" Vestnik Moak.
un-tal
1948, fid. 11, p. 137-40 - Bibliogt p. 140
So: U-3566, 15 ~Iarch 53., (Letopie 'Zhurnal ftykh Statey, No.
13, 1949)

ARCITICIr -0-..L.
1-n-vestigailost at ifi 'a iotd-doti Illostleiii
h hod of
tthilay? by It 0 mill
v- %t . nievimi, nnmdl A.-
60, M7-V-tIW8).-Tlw V,
eqtlil. couNt. betweto the 2 forms of I 2-.CtIf4CIj wav
dctd. froin the'tatto of the I"tco4itie-5 f of 2 Ramall
tints, by K - A(l,,1N, - AK', the subscripts I and 2
referring. resp., to t e requencles; 753 and M cors.-I, the
Iqt belonging to the Isonscrpersistingon freezing, the 2nd
to that dimillk-aring oil freezing (juuche aceclrding to
Mitsujlrukt),~ between -31 and +95 j(file variation of A
ill Milt 1011p. Intervaf belts only about 0.2 0, and disre-
garovd), K - const. - 1.12 A O.OD, Le., trIle ratio of the
i-somem does not vaty In this mnle. Thus ftappearance,
of ithe 2nd 1~omcr call occur only Ill the solid state or elqe -
clo,.c to freezing. In the case of I,2-Cltf(CInrs11hc'
ratio of the intensities of the 726 and 607 cm.-I iscs;
~oroshilov Sci. Res. Inst. Org. By-Proiucts
NN,
and Was,
17
IM Wh 13.5 and 4-M %and %adm, the ratio
72HO29 2.31 d- n.14, only the ratio 7'.5/G(;() Increaw-1,
slowlY'will, the teltip.. front 1.93 to 2.20 between The
'C"'P' "111'" stated- I"Of I "'C111,13tit, the r-,Itl*l of tbel
I'll ell%itics 11591351, at 10. 00, 97, and )1280, are VAL 4,4311
3-79-a-13-10, Valu- of I he btat Q of ftawdt Ion between
thc 60"Mrs V3tY fit settle caws with the 'WA
Itantan lines u
1.2-CM40, (front 753/0r4) 0 -b lin c~tt./rug1t; 1.2-
CM.C11ir (725/567) U j, 176, (72B/09) 0 - 170, (725/
(Rid) 305 - 160; 1,2-C:If4I3rs (1159/551) -211310 au Ign,
(betWeell In ,,d.Inq,j, 650~651) -22"X - 230 (be,
tweet' 10 and 1)7 ), (13503551 -2M ~ 300 (bet,ft,
10 and W1, av. -242 211 - 2,50. N. Choll
vl~

I Hindered r 0t&" n w t#o
IMM y Ada it, 60
i"W . . .60.
prceedlug abstc.-rite mti~ ~t tit, Inten,i.
ties I of the Ratuart [luest 763/6M cm.-I of i 2.c,11.ct,
was det.d. lit Yatious solvents, putt liquid 1.0; In CCI,
(75-2. 60-3, 24.0 mote f7c, of 1,2,(:ilt%C,) 1.37.
1.08.3.17,
In C411%. (78.7. 61.4, 23.0) 1.17, 1.23. 2.63; In cycics-
he%mu: (76.2. 60.2, 26.4) 1.24, 1.03 270, lit C,1111,
(?8.7, 61.4, 23-0) 1.21, 1.47, 2-10; In Coils .7, 03A.
2.5.4) 1.14, 1.13, 1.26; lit BtOll (88.0. 5-1.11) I.al,
1.2o;
lit PhNO, (43.5, 23.1) 0-93. 0.84. liar 1,1-Cill4lirs,
line,.
6591bbl (the variations at IW isiole 7o are due to
losuni-
Clem mistancy of the temp.) :' lit CCli (100, 84.0.
-13.3,
19.2) 7.0, 7,2, 0.0. 0.1; in Collis (100. MA, 22.n) 7.o,
-1.5, 2.7; In cyclobexa:)c (100, 82.5. 61.1. 21.8) 0.1.
8.9.
6.3, 5.3; lit C71-11s (M), 421A, 21.4) 7.0, 7.2, 7.8;
lit C31 1,
(1W, 40.7, 15,2) 7.0, 5.7, 2.9; lit EtOll (100, 60.1. t2
7)
0.1, 8.1), 4.6; iii PhNO, (RIG, 41.7, 15.1) 0.1, 4.1,
2.1.
For 1,2-C,114CI., the depcodcrice of the equil. cont. of
(lie
rotation i~onlcrs (K - A /,/Is) on the solvent is grrit-
tAl lit IN ca%c of noulinhir solventi. Almost no change
14
found lo kol%,ciitq Alth a dipole moment clost, to that
or'
Cilliell 11%01, e.g. UtOll. Some lowering of K, as coin.
pared with lite Inite "quid, 1.9 found In solver1t; with
a dl-
I*lc 1110111cul higher min that of C2111CII. The effect
of a I
omipolar stilvi-ot li'Ang primarily suic of dilu., It
(oil()
(fiat the Ist form 14 little pular or noupolar, while
the 2nd
form lias a highcr dipole nionicut, A solvent with a high
dipole moment shifts the equil. In favor of the 2nd form.
Strikingly, Colts behaves more like a -tolvent of medium
~paktrity, rather than &.-t a noupotar liquid, this may
be
title to 11.4 polif 11--ibility, 91viog rise to Induced
dIN!c
tuotuents. Tll(,. foreplilig coup-ldtratintiq are not
applic-
AIIL~ to 1,2-CIII'llt" N. Thon

0.
Hotaflon f96iTi;r1s'iW of an of
I d(bromoethane In solution A141 ereil em 411111 as.
T,-Xrooeiv-V' M. Talevskil, and ~'S IIft.
tile tole of a notillo)
pm
.ceding alAtr.) rollsii1q, it-' A Ist tit oxisilat on In dc.
0 in
rr"%ITIR thq. oticliting lotemetic"t o I s liltv o 1.1 t it
(111n. Olnill'i SWIt lite erpliL betwmi C! r In On Ismer-.4
f"Ward Its vable ill (lie illcal gwi Male. Dellis. of tile
ultloof tile Inten"Itici of tile Ralliall 1111COMIVACM.-I of
I2-C,)[,Clj lit varion-4 solvellIA (collen. of CtIlicls Ill
Inole 0'0) at diffr-reilt telliliq., gaw: fit Collis
(23.2). at
12 and 15% 2.11 and I.W; fit Cillig (30.7) at 17,01.and
Afl*p 2.73, "Al, lontl I Al ; fit cyclobexatie (Z3,0), at
13t
M. and 91'. 1X1), 47, nud 1,33; lit C4114 (21.3) at 1.2,
I IN. and 1,R1. 11POrr, tile 11cat'l of
aml 01', 1.30, 1
transition Q (ill ral-b"olt!) I)Ptxvccll (lie 1~;ontrrs (it
lite
give,, conco%. and fit the temp. range", 'tinted, arc: Ill
C41 Ito' tit 1
it
Cilb, -1230 MO, lit Colts --R1 04), pure liquid
1) -4, 141) (tw1wmi -31 nn;I +!?5*). J'h' -l" in $(411,
(with the cievpflon of Will Q P, 0, In to the
life liquid. The floselless of file Q Ill Call), tiliff in
cyclo.
I'le-intic 6 rtm.orkuble. Datit for the ratio of the Inten-
-ities em."' for are: in CtIll,
A 15, T12 and If?*, 'l. 1.4. 2.56, all(I in C'11' :14.11)
.
at 17, 5A, mid M', 7.3% 6,911, ami 4.42; in M. (11.1)) at
2 1, 60, And 43 -" SI, .11)'1 1.99, Ill Coil, (15.2) at
18, 81 :: ri. 7A. I
.01% aml 2,81. Ifenct, () (cal./-
molc)nrc: inCIM4 -~tthxl -271),ine'll"I -ISM-M.In
CI-'Ij -22GO in Colts -2'.',%) - 3W, lit pure liquid
-2420 --h 250 (IR-1ween 10 atift 125*). All 0 are ctme,:
r9rept lit Cril,.; (lie ratisc of tile deviation Is not
clear.
N. Thon

EWT(MjLWLw)AWtv W UP(c)
AUTHOR& Amoy# 0, go; Maknimars Yu, 1.
ORO I none
tAV
TITLEs The use of self-exoit~d synchronous generators in electric propell
apparetus
SOURCEt Sudostroyeniyep not T, 19669 40-42
TOPIC TAGSt marine equipmentg electric generator unit# volt ampere
characteristiol
error correction, electric generatort electric motor, semiconductor
rectifier/ MU
72-4A electric generatoij M-200 semiconductor rectifierp PH-100 electric
motor''
%lb
ABSTRACT: This paper presents an analysis of synchronous generalore (with
systems.or
amplitude-phase compounding and voltage correction) used in modern
j~i~=inejleotrio-
power apparatus. Analysis of the external characteristics of the generatbt
for
various settings of the stator-current correction shows that a synchronous
generator
with a system of amplitude-phase compounding and a choke can be used in
electrib
propeller a par tus (see Fig. 1),, Ac-do propeller apparatus can operate
with two
correctors voltage and current), controlling the assigned stator current
and the
mEocimm voltage of the generator. The moot probable emergency condition
for the ao-do
propeller apparatus is malfunctioning of the corrector. JLo-do propeller
apparatus
permits the use of synchronous generators in the marine power otationg
ensures smooth
control of speed and the neoeseary anchorage current when the propeller is
wedged*
:..Lcard ne, 626.12--83

LUK%ISKIY, Yu.A.; ~R[?~qV,. -.-
Use of a Lele-adjusting mathematical model for the
determination
oe correcting feedback parameters of automatic control
systems.
Izv*vys.ucheb.zav.; prib. 7 no,6:26-31 164. (MIRA 18:2)
1. Leningradskiy elektrotekhnichoskiy institut imeni
Ullyanova
(Lenina). Rekomendovana kafedroy elektrooborudovaniya I
avtomatizatsii sudov,

ARONOV,__q,N., elektromekhanik
Steering gear with an electric drive and magnetic
amplifier on
motorshipB of the *Krasnograd" type. Biul.tekh,.-ekon.
inform.
Tekh.upr,Min.mor.flota 7 no.10:71-82 162. (MIRA 16:9)
1. Teplokhod 8KImovsk".
(Steering gear--Eleotric driving)
(Magnetic amplifiers)

gg,~w wimmm?v M,,,Sl
I ", MEAN 11,
W
OR

V, P ~T
SHIRWIN, Potr Pavlovich, professor; .. redaktor;
AXATOVA. V.G..
redaktor isdatellstva; ZKOROY.IDI.F., 4WInicheskly
redaktor.
(Foundations and footings3_0snovanils. i fundamenty.
Moskva, lzd-vo
H-va kommun.khosiaistva RSPSR, 1956. 189 p. (KLTLk
10:4)
(Foundations)

CZBCHOSLOVAKIA/Theoratical Physics - General B-1
..L.s Jour I Ref Zhur - Mika) No 3o 1959, No 4626
Author . Aronov R.A&
1!113 t.
Title : Hypothesis of Continuity of Space and Time
Orig Pub : Pokroky mat.,, fys. a astron... 1958, 3,
No 1) 90-104
Abstract : See Peferat Zhur - Fizika., 1958,, No 3,
51M
Card : 1/1

ARONOVp R*Aq (Kishinev)
-
EvOlutlon Of space I line concepts.
yq-;e 161.
(Space and time)
Flz-v shkOle 21 no-3:11-16
(MR& 14:8)

ARWOV, R.N.
Commission on methods for testing structures. Inv. ASiA
no.1:116-117 160. (MIRA 11:9)
1. Uchenyy sakretarl komiseft po metodike
issledovaniya soorushenly
Akademii stroitel'stva i arkhitektury SSSSR.
(Building materials--Testing)

ARONOVO R. I. - Kand, teidme nauk dots. Nauchno -
issladovatel'shy,institut
po str-oirsiFftvu ftdateretva Neftyanoy Pra"h1ennosti i
LMRSHTUN, A. G. -
Nand* Tokh. Mauk,
Isuchanip priohin vibratail gazoprovodoy i razrabotka
moropriyatii pq ikh
ustranoniyu Page 86
SO: Collection of,"nnotations of Scientific Research Work on
Construction,
n 1950,
Moscow, J.951

ARONOV0 R. I.
ARONOV. R. 1. Kand. tekhn, nauke dots,
Vauchno-issledovatel'skiy institut po
stroitellstvu Ministerstva neftyancy promyshlennosti i
KAlAi-,RSHTEIN, A. G.
Kand. Tekh. nauk. i DDIWV, V. K. - Inzhewr I FEMOV, I. P. -
Inzhener
Izueheniye napryazheniy v krivolineynykh uchastkakh
truboprovodov s uchetom
zishchemlenlya v grunte. Page 86
SO: Collection of Annotations (f Scitntific Research Work on
Construction
cow,

ARONOV, R I.,kand.tekhn-nauk, dote., laureat Stalinskoy
premii; KAHMHMIYNO
.. t ~ "L., -
9G*,kand.tekhn.nauk, laureat Stalinekoy premii
Choking of pipelines in the soil and characteristics of
their
operation in mining areas. Trudy VHIIStroinefti
no-5:35-53
'53. (MIRL 12:2)
(Pipelines) (Strains and stresses) (Subsidences (Earth
movements))

ARONOV, R.I.,kcnd.takhn.nauk.dote.,laureat Stalinekoy
premli
Inr
veatigating conditions of interaction between pipes and
soil
during the longitudinal expansion of a pipellnes Trudy
VNZIStroinefti
no.5;54-71 '53. (MIRA 1212)
(Pipelines-Testing) (Strains and stresses) (Soil mechanics)

~---.-ARMOV,-~l-ikftnd.tak)ui.nauk, dotes,laureat
Stalinakoy promit
Determining the state of stress of a structure by
means of
coneocutivo markings. Truay VNIIStroinefti
no.3:94-99 133.
(MIRA 12:2)
(Strains and stresses) (Metals-Testing)

V-6 0 0 0 off
v u
- q4l"X~~
-1.
41
QLW
Flo
.00
2149,
md" In bawks mom v
sitimumt. (1, 1. &m.AVAM=T)6*,-
f&*fw (Aw i) M-9 (1947) IW -.-An analylkitl
j"wMjWWn wiwbmhm wom with m- a-
,h.Md wA mton to Kmawd. r-"-f- r-
wounclary cv"**tl AM thch tkm WIMIDA 10 lwiw&ty
'tvrmnts on dc*,ad, and sho" to Yloc Ompetcd with
cmvWbmt momm an additional ~ Pulft-
lion "h tuvice the printery fmwnKy W*r-d-I at'
rotor vowly.
621.113,11": fill-11ICT16'
12 aw AA-. 2192
90
bee
s a - S L a v1~1A~tW61CA&.4.11fRAT01 C&AIWK-10
%so.,
b u a Aq so is a On& $Iwo VOINN954-
it MO A I IS
no 0 0 0 a e 0 0 0 4 4 0
9714, i 0
9 0 o0 0 0 0 0 0 0 9 * 6 0 t 0 0 0

A11014OV)
'7
AV 3948
Motors, IMeOric
"Approximation of the MWetization Curve,* Prot R.
L. Aronov, Pr Tech Sol, Xharlkov XLeotroteoh Inst,
Ipp
illLektrichem;" No 4
Analyses of electrical motors ands apparatus ro%%vjlvs
of formulas.whi6h.-approximate ampetizatl4i",
-,:'6urve. FormuUtes requirammts for analytio repro.
9 -,Of w- guettiaticii ourves and m buts at
requireamts rooomendii ney modifiostions for 9=6
of previously suggested foravans.
9M
PA tzz~2

prof -PA-1
USSR/Electricity - Electric Motors Oct 50
Motor Design
"Heating of Electric Motors During Repeated
Short-Time Duty," Prof R. L. Aronov, Dr Tech
Scij, KharIkov Blee Eng Inst
"Blektrichestvo" No 10.. PP 13-17
Average lose and mean-square value methods of
selecting electric motors have often proved un-
satisfactory, particularly vhen using large
amounts of active.materials and when duty cycle
is low. Proposes methods of determining maximum
permissible loads and of calculating heating pro-
cesses in nevly designed electric motors.
IM., ~ 171T21

ARGIU, Prof R. L. 178 P 3) 3

AROTIOV, R. L.
USSR/Electricity - Motors, Induction Jul 51
"Starting of Induction Motors," Prof R. L. Aronov,
Dr Tech Sci, Khar1kov glee Eng Inst
"glektrichestvo" No 7, PP 39-43
The use of induction motors for elec*drives im-
p6iing'severe startIng conditions requires the
dev616*ent of max starting torque. Construction
of the starting diagram to made more difficult
when there Are only a few stages in.the starting
process and the starting time is small. Proposes
new variations of the a,tarting diagram which apply
to the above cases. Submitted 24 oct 49.
19MO

ARONOV.S.
z ~ ! .I
Utilize food waste to feed pigs. Zhil. kom. khoz, 5
no2:6-7155,
1. Tekhrioruk kontory po abom bytovykh otkhodov
Hoethilupmvle-
ritya.
(Moscow-Refuse and refuse disposal)

v 9 w UP
41 0 * 6 0
a Is At 41 v a a Oro
as A Al I A A-A_11 V 4 It 3-1 J1_ 1_1 m (X 0 U
-o:
ofeallwin the cokinS 010061. %LV-
Tho "gememdom
ire! liolinsan and S. 0. AnInOv. Kkim. 1tviloge
oii No. ill I# -29(W ",191nipwbed frilin the gas 11V a
liquid compowd of 60 cc. of Is% NaC0, mAn., 51)
go A of a 20% FeCls min- and .5 cc. of a 10% NiSAI. ~In.
t,p to 71% of the B ymm Vgenmted in accordamv "ith
tile meet Vvil + 30b + 01190 - 4Fe(()H)j + 4S.
or A. A. lkwhilinsk
0 0
it 0 Ji
Goo
sea Goo
wo 0
00 s1 $fee
go
;&so
00
1104
go
ties
*11ALtY*GKAL UltRAVU11 CW11FICA1001 site
Igo" SIVLOI". too,, 03.0.
fill al ;w Qsw' 41~
qo 0
Is a A JA I 1 11 lid 0' N'
60 In a )I I IF
0 It 011 A11 It 91 a n it It No ft 1 X4
0 0 0 0 a 0 0 0 0 0 0 0 : 0 0 0 0 * 0 o 0 o 4
log: 0040 0 * 0 * 0 0 0 0 0000000 Z, 0 0 so 0 000 0 so 0 000 oi~

Noe to OW ; v9WO-Ow 0 ~99
I A I I1 0it4is m to 'A 11 IT It W*Dl* bit alocti QUNOEO
, 1, v ,all-A. a" 1_7_1 -1M44
0 oil ~_.p ASOO.k 1-0 "t, 0. CoC411%
_'t~ . pf.
C41hifts sit trials in Mit 11111119111
balkate of mulfut Its
it, K4,w jw'J.-C.,
Amilmv,
wityTIE11r.0"Orwill drid, In I'llkIth-l- Ill In
01
To" On III
0 in the 9"" lot SA-S. it's
mV dwritmal-11 44 8 wax (I -,A) - till &I
IW'11. (re. S o00;. W 'Af 1.13; in$" Wall
MIA11;j and livoto 10-40".. A. A. 1t---
800
000 ; Ia**
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lag*
ale $t6 IT
VIVAtkutil-K&I L11tvalUdIf C16111FIC41MM
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0 00 0 0 0 0 0 0 0 0 0 0 0 : :::* 0 to 00 0

41'
3
owe w
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4 is Q IsUIt It is 6'vim P.M. r 4 41 .4 a
a 1 1, 1 tA 1 01
E-4
I-
pWm4mm"Im MAW fW moory a fts
4 and chm. IV. S.
)I No* y o( data obtaiaw In a
Q'I . ;oil "a &b 4mufn
with a be" cvatg. soopmad d =(01171.. =at W
Tba pCobablo reactim tald" Place W.'-, M
+ H!S -1:63(Na 3 b Its + Sre(olos
2V,,86tg +61 Owl Ihilpt(0101 - 2pts +
S+ H.O,IVW. Lfj the
&bK*pU*a of A femmoon the it. P.,=: t.(.
.S
8 compda.; A a tooddemblo ovat. of 8 can be nwvrml
by MSODWO of The atmxUm liquid; 43) 23% Nile
con be ncovorW by regememko: (4)
durine rapumt~m we o"llotible. no,==,
A VALLU"CAL L"RIA11011t UISUPCOM
ISSOMS wit ;7V apt a" 4". 0%
T--T-T-W-nAA1 %vim* 11911floods 4 3 a I
*fee* 0 0 0 0 0 0 0 0 0 0 0 0 90 0 0 0 0 J* 0 0- 0- 0-0 0 -0 a
00 00 0**of,*
.00
.60
00
00
do*
too
4011141
111111411

v bit va boo by *?044
M
11111
1
MUM449

094
1
11
t.4-s". I _4 ,lt.'A 1. a a
W I" to"*$ lop a 0.

a
-00

00

0
&"O VOC019V It -V!
I

e

00
00
0 it

be twocra. 'Ibul V`TPIL PfASO

rd at a a ve"W OW a horiaveltal fr-

.00
-00

a
V, lJolunsa led

&M-ast6m,
d chm (U is. B. R.) IMI-AW.-To-
'Coll

tor, A
brps, c%vo its mout and a ornitillap. It was
=uved I to emall kwill all H,8 Imm i be 1".
4

004
4
f a
_T1, = * ' W"jwy.8 wovm
At'.V~l
.00" F " - for tie
, aim was 70-d5%

Id of ekm o( the total 8 &4-
Md
4l
&

00

I
fum colmif-o"ll Ps anjejoped by "Wkm C09-ciltall.
4111 the P Fr is as
TINS C1110111116"?
dwdbod
l
l
'
.
Fro"I 20 to 30% of 8 remained in cut Watlim
b
with ble panit ill absoorbitltl liquid. The
WVI
r

.00

.
s
ot.
0
+ 03-
5
g
Wk
bi
II
fld (
&
b
1%
ticult vointaltwd 4040% tnolstum and Ire. to-
t

so*

994
-
so
our
.
a
e.
ms: a
a
ntg
qt
(t
enslon) Is elvadated counter-
4
v
k
(OH)
F

Itar.W., illsaw. M. V.
S
K
i
b
k
d M
H
ft
G
A
S
S

z**

0*0
.1
r
n
App
s
%
Isir"St Wilb Ists tools. 1108 In On slow
3111011 44P
Hi
N
t
li

rtmov,
.
.
"t
c
en
a ala
.
t4 non,
.
.
.
Me? r
Nd No 2, 47-AL-4 viniliar stwdy tru wo&

409

0
a
rearikoft on: It's + Negah -
8 + s
m;

with the liva-ammonlactal method. TU c*cmisary of

00,3
4 Wells
+ 211'e(OlUs - 111teg + 8 + 314*0111 + SHA
it the abombitali liquid sk is blown lbrafth the

this method
consisted in: wmbbhq tht cok-om pa
with a weak subt
of NH
OH with WOM
is
e-6=
r

see

00w

O
S
6H
30

.
.
#
P
iw

-
am: Oc
+
f +
v

Tht ftwtk)m an: NHo + His - NH4118; Vfltl +

00
0% + Coo + 1100:
41"00108 + 45; 2maHcol - Nac
Nails + Nallcol - 1133 + NORUs. semll other

11,S - (NIIJIS; MIMS
+ 2Vc(Oll)s - 2FCS +

*4 + 3NH
011 + 31L0; S(NHJS + L-r
(OH)

fi
i
l
N

.
.
a

See

virm
WaNdory ~i0rut 81W taw P
am
%g
AAA.

MS + 8 + MNII.OH. T%c absorbing liquid vu then

NsCNS. tie..
wbk-b n-sult to mom lom of the ObKxwas
s ftrutinwird NO O
ted to
nt
h
A
l
l
id

led: 4FtS + 30lv + 11110 4Fe(Oll)e + 4S,.
"
T
t
s H
s
NJ1
Z

wa
orm
-p
a
.
qu
"

NI
O
t
,
+
), ; HaO + Nils W
j
'
f
311
GH
O
MS
5
b
F
I

)o -
I
A
S +
c(
+
+
A TU yk
a
it( ekmentstry S um SM of the total 8 aboarbed cootg.

fee

40-4.11,; moisture mid 90-25% MOM.. S.

zoo

SLA 8111ALLURSKAL
LIMAIL11111 CLASSIFKATIC101
At&
1

tq_
r

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1
$so. il"4161.

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411.111
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11110sa "At ONT (let

q~v ill
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AN A S a W 0 It I I IF IN 5a a 3 1
1U

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M A I
.

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0 0 : : : I e 0000 0 0 0 * 0 0 0 # 0 0 0

0 04 0 0 0 0 0 0 0 * 0
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0 In 1. 0. 1., 1., lot 10 Ova- 0
L-8 -A. a A, a I mur"Immon A
IL -A-A A I
06 'A W "T 04,116"M be%$$ . 1 *0

Ott

Abnrpdm d hydrapa =I&& komm til: and "Itur It-

coym with musk
"he Solution. C 1. Aromv.

V-0dad CAM. (U. S. 8. R.) IM. No..T.V
4TTVlFftVM%

Mir wede to dewrlop a methad fix vvmvrty sA pule
to

NftM was heated to Wiling
Math

.
conlinuvdfuc2-8brs.(dNsvM+
M*0 - aa&Aa% + 6N&HCOo). 7U win.

~.t
WILS Iwd with air mid pore 11A blown through
0* J

it to forms
N*&A*%; air was blown t"b the &An..

11 %AmM + S. Ile multing
lallu. was uwd
72UN

::

S Imes the gas in the expts. thus: Nov
1
a

t
AIM + HIS - NatAA41,10. The voln. was r ed
=u
eT

b
W
n8
by t4owhw air through It. For brat froult, tb
f N
Lth
i
A
d
t
4
h
ld
8
A
%

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sli
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a
m
ou
conta
an am
m. S
n
g.
%
Just mSc*st lor the formustion of Nailkvkh; an eaven tA

N&AXN.
although it Imfeaves &Ile abompt6m of It.% int~r-

frive with the
frifeaffation, by prumoting
=nz
"
es

tions. Rkv"tarySykkbo1W%o(tbe,
.I

by the liquid were obtained In a &Wle cyrie. The best
'

Re.
low abm=ion and-vot. - am 410-OV.

8 Cx, 0.3,-2.rv ~S t4s. J. S.
~!-ILA 411ALLOGICAL LIMM11101 CLASIVICATION
'-7-.--
ISO" 61"S'llva - - . - I - 1; slow 00.4mv
.10 a., gal
F I -r-F-1-T-Mo .1,1 T. JA A lead* allimmodis 311 IF
U AS 10 11
0 K a 99 it It
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thp An, cmWatkvn 44 A-"' to An' fotir* Pl:jk(v with horrna-
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k. 'Sot! to A
jupid detseval"t"OR 01 ash in eW and e6ko
Arc R A. Treirclutfl- Z's" pkv
he ale, o1 oI Imineratim of
oc,
JIN(h. ligth or Ily, the dfln- "Ot"we's
0001 ~J: ~'Wrti with 11LIt
I min. slid makes ble the use of Coal or t~Vke Of
*00 93 111M. fint"M. Ile, ejud (or coke) of 0.2h "In'
In it shallow lWW"Isin boat
finturn (or 2.5 g. of 11 ) with 4-Is drqp
C1
(or inverted erimble Cover WitbOut the ey or 2-A-9- "T"Ple:
6F coned. 110 (Of 11M)j (10,111, droo f
fur"We for 10 min . The mrtho(
3d Ignite In a muffic. Chas. Blanc
accurate within W., 411M49,
WAIL L111441UNt CLOOPICATION
U 0 At 00
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t"bas 04foa *~%%. I. Awhov snit R. 1.
v

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T1W v twtwtcu tm actual OW the cakd. dAll

00 1',
M"U-4 Coke$ In Mation to the reW. emb is ax-fibed

IMM11W U!
P"K*Wkkg " PACOW COWIVA%tk%i

It funswe, she um of lwd wat'r ift
~'k,,

urwhilS. eke I ond III the faulty pominic of apolysi.
-
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it a p 't I I V fv~A~ 1_1 SA " tx 0 tl~. I . U, 11 b, I 1 0.
A The prepradan of waft frow 06M a" by a slow -00
to tho Its pro"" as a "aws"M wale is
f xf. Mhellman, K..U.-Atwov and X. M. j-00
MilibWOM, J. CAM. led. (AI(MOW) IOU. No. A. U
90 tf. C, A. V. &W-0,ke ses, It Varied at the tat* oQ 1 -00
cu. is. per hr. throtittle th* app. dm bed by H - and A.
00 a (C. A. 26. 111117P). The liquid whick %bouths the 11.5
rimidateastabl.porcu.m.off". Itcontal"64J.Par -00
00 a LOMA. Tbt ratloo(NaWl to A%Os must am swetd .00
90 0 4 3; 1 unless NII.OH Is preverit. In vritiels cam. a
oklittly
00 higbar ratio is pargalwaildr. woo
.4airperbrAssadliciew. JUw%uIeVnvmWnw&j40*. 2* 0
00 a Removal of HA from the gas is fW,7
from the sole. is W-100%. 0
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a
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g: A,
00 a -1, it. '0"'10
VA NOW Imethmil (W W m014 detemilmUtia 4 nv~mjja c~oaf
and Gas. G l6fid-VA &nil R. A~
TrciKVrmj-cm&fth-.!- 1 :0 0
Af-- IV. 8, S. It.) 4. No. 12.
MA(lom); MIR& WN&IMil JS, &%S: cl. C. A. 25,
11- of Coal (Of 4`010 With 3 411 ROK-111ts'.
j r"il I -- bK-bwale NJ usual 16 a mitille for 2 VA bra., afire
*90
miling take up In FA) -7A cc. of liolfiag wairt. III late wash
Ilit Pvt. with a min. of bat watel, to the futcate IAA 6 cc.
hI. bod for 3-6 Wit.. add 2-3 drops of phesol.
013
tMA
phi indiestor. neuttalize with mned. HCl wW add
2 cc. im ruccos, boil for 15-2) mis. to demmp. completely
She JIM mid carliamates and Mir. the main. to 40-60 cc.,
00 ormtralWe with 2001 NsOlf x4s, 141 SH ht Pink Colomtion.
00 -3 add 11111 cc. of 30% sk.. heat to boiling, compicte neu
tueswam quitatit
00 LO IV the r1mas with T2 N
kirstiun. Perventage of
I - cc. BaLls. B - tv. foe
W 841034 San.
A. ftp~mesu-Comturr ago
ZOINV
ago
xes
too
t 00
00
boo
81 1, -t z tip*
it 0
lift: 16
zx
441 W4 Ti-I Giv r
4-T u ;s$ AV 10 ISTT r I 'V"T1 AA A I a tw a N 0 1 w W- 3, a a
to 0 Ot K It it 9 K t1 It itN
A I JA
0 so* 0 * 0 0 0 0 4 so a"
Is o Is
go *a 0 q *0 0 0 0 egg 00
: a 0 00 0

o 0 0 4 0 0

il 0 10 is tt Uu0 11 114 It a

It
. ~ " . I.
It 'i
.,
o
4j or*

0
I
t
a L A_L_J .1 X.-A- L L a a1' V.1 1.1 1. T" a a 0 cy
I I ', A aa go K

A
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I. .#tat

00
Win 01 '1

,

G

a
i

s
t f

commapa"bi ookbg of Tllvamb"il mod

mw
A. ft-whin, 24. Marval-m. 0. 1111101IO-V

.00

Kt4*110vk+. Kka.
IVIAtwlyflasi vilt 110WA)

00
was oMakwd about 6bS of roko C"'28-
14-16% SA &nwl

'
ago
00
jq. The cokins tenap. shnM be kept at M1
j.j_jg

SO

I 90hes, Tbernoisluarvultbarchafgar4mlailta,
;

00
tll to 6% at mud obisivactl in the cranarwas. of thko
lb

. ad4ed tothe thaw it lletalledcha"Irtarfistit
Val ifty

cd The ends 0"". A. A. lkvblltntk

Do

av,*

~

'60

11
t
A1
l
0

"'
Aa I
ALL4
61CAL LITROATL
111 CO.A%1WKA
1
N
,

too.,
% it,* I ago

Sum 60.41V

I-L lsso

At so 0 -
U

6j "as W,
0 1
61"81 30 A.. 'A.
live

0
0

119 ft It
0
"a A

A

1 0
0
094 0
0 0 0 0 0 0 0 41 0 9 0 4 0 0 0 0 0 0 0

0 Ostis 0 0 0 0 0 0 0 0 0 0 o
1 0

0 0 $1

a 0 0 0 0 0 to 0 0 0
oil I toll Is owlitIll"Off IF I v 41 w *A. 0
AA
A I", I v .,A,. f Is
I.Opf of 0
00 00
00 -00
of .00
so
-"* to
so 4t of b Induairw Pool-
tm IV
of Ktival.
too J!'-
S. R NO- k
of the 1114 in cAe-n 91-4
'31 C.A.20.4401 -98-5-Wil (Njj,)oAA1, And 0*4
,sn be ofiminat~d br W1111 in# W'vth Sq' 6
of.the almorbed HtS it M'O rfed 11. C. A.
00
Irtoo
0, T
-'s4
A S A t L A MITALLUNCICAL LITINA144111 CLASSIFICATIck to
us*
-0Q.,
Wit a -I, CH-t -4-o 0
u 0 Al 60 uTT- -, 9 1 a . a 11 f~u
0 11 .1 a a, a it Is PAD n I
o go Ow 0 "0 'a 0" 0 0 0 0 0 0 0 0 0;
0 0 to 0 so 0 6 0 0 90 : : * 0 4 i 0 0 0 0 0 0 0 0 0
je-~ -

-T- ---
0 0 di 0 0 IS 0 0 0 0 0 0 0 0 0
o 0 0 0 101,41 0 0
0
040. ego 0
I C It V 6 0 X L B It 0 do JOJO .0
1, cm At
its ..C. me kill,*
6.."0 --*4,. - - - - - - -lot AND $I* toom to
41
v.41 Allaaw!JS InOqIPA IUT.
IN I
a aq, tutu) p3AOUIU $11a 1011134d 'Ituoul"
. V *AjaPjdtUOO
Slallwa, alo_ aq, jo *Ulxa ploj.r liff"Pwif
1v?,x)jjjv ,qj tiawl -pls.) "314 w-Rd "92114 alu
PJUIIIII(j tum IVMIIIIJI Zool'ua V -ulza Pita" PUI
"IIIA a, p p. Mivj 1.(m 'duli,
)Jvlwxl U11.1 aql X-j 61101111P
0 ex 4144 Imaq(I 10 'but- IIIIJ911j, aq) ja
.00a w"Uslido A41 DNRJ $141 111 -.(a SAi)qv sullloq sim)JI fe
090 -am ou SluO3 w41tidiru IUJA" J11M IIIIA paUjvIqO v"jA
04P SlInS31 jallaq A141214PISUO:) J141611 Mass -mila aql USOJJ
so- p,uaqd lo INAOWaA 441 P"IPUR IIARA 'qou&q" Jaqlfq
aqj jo *up% 3qj ()I j(juleta Supso '%(* AJUO 0 0
0 OR oli"lUntIU12SJ.)l*A%.l)SIIA%Ilsojjluuaqdp*ul%33U 'u1%J
jajoidals pul V A-lillm 01 00 In Opvj .." c'"llewth pus
0 4r 1111tum lo u-41timp '.ow 'dusal flas *1110 All mij I
go
so-
q4AOP IVY'N
-WAIVAt 61"A& =Oil P=-lu PAGIR 0
#l flip III Vivid go In"Pe p pus 110 jv"S ic -0 *qL so
so" I JI Go
It
Ir IF
Oki
00f
0 A I I T- r
It 111111 of it r - V, 0
so 0 list 6
g 0 -0-4 0 see 0 0 : : ;io*
0 ego a a 4

;0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 IF 111!~
I a I I I I I v It I, Is 0 Is I Q so Is .0
14, L"Al I j , . , 11-11- a
A tot -Get 2%r" -.rqe~ . . I I
00 C
hocreaw" the ent"t of Volatile weatatial is the CW -00
ad cat 0"24. q. a A ad (111M. -00
OG a 8 It.) 7. No, I z"Ir. Ion.
of
.-Tbe asImIA. Oz Ar (YnL~tdr ivn .04
.6tuenisM.121 to Ibr ur r FoliatcA rVal OMA&M.-
'66 8 4vastitur"16*1. .00
00 Isroductittol byTI-31M. The atnt. of gas. hovirtwi. do*
Is hicyratted-MY0 III cu. m. per mecdc #on of nul. Re
,3 Chanel
-ults of tlw taill" test on the voke pr"dtkvA off
but Hitle by the addn. c# tbej erbarg, "I CoV as
VC"kr to Ih
A bigb emit" Index (14-8, on the 40-mm. *Tmt 1% a**
4wwo. The yield in large pkv" o("Ar amounts InW
00 w 7%. The porosity of this coke diflers, but little Itnin
that L46 0
obtalised from the "nary coal rhwp. Withthettwof
4
,!* a TRnCW of the coke I, jkK.-; it dn"
I
IjfHII%Atn,wphc%I% M G. III.
hatr
tle 0
it A 0
b4D 0
WALLUJI61CAL LIMATUSIF CLASINFICAtION :.a
IS
11.1619. 11 114, .1--,
%.Idea .1. a.. 04. too
U 9 1, IW 0 a 1 IF IM 9 D 0 0 9
It It 19 a ft It a KLO 4 1 %a 41114
0 0 0 0 0 0 4 0 0

0
z
of colds is telaboa to the
volatue ift c"alf
to., J

sl%dR,I..hllhuloVk,h.
Nis. 1. 11%) -1, - l1w "101
1935

.
+ 11joig, I.til 4 41.14C
it 41
r air
-00

.
t-m% drtived.
= "1
tar
i

-60
tivalry
.
1w
11 A,

A:
boo
-SLA -.ITALLURSKAL 1,11FRAItAt CLAttWK&TOON to
loom I V,Olj
tL "Cal -.0 ;;v -dbt-
an .IM as
A
to
j. 0 10 * * 's go*
0 0 0 0 0 0 0 0 0 0 0 0 0

jif a* 0 0 4 00 0 0*0 0 00 0
0 0 0 0 0 0 0 a 0 0 o 0 0 0,000 000
4 0 0 0 0 6 * 0 0 0 0
1 4 1 6 1 AS It AS it to of a It It It M h )s P A If 11 U A; 14
a m V is p 0 4. 111 41 a are
Lt-jk -" --L p , V a I 1 11-1-4 t I " " 114: 6 , 0 , - . 0 a I I
0# A
90 a 40
a4dd =4~1:mg taking departing Do the coolest -00
00 /z, of I au in coal and to cad Mixtures. - S.
00 41 'knaual U. 1. Kuslov. CokeaRd C". (IF $ S. -00
00 Ir 193F.-7W.--a. 17-21; Akin. 11rittal. ZAjp 2 No, 5 V7 ~-00
I it] (IMM.-The compri. 4 can oblainni Inmi'dihe'rent i~zs
0 j: varied wWdy. The heat cimtent of tam" varied directly -490
with the content al volatile substatievii in cuml. 11te yield
IF! gas froin coals, maig. at volatile substances -09
00 varxtibetwiren3LOandal6cu.m. (withm mantlard beatinS 0
val
0 ue of 401.4) cal./cu. m.). An inerrak, ol the volatile so
sulmonc" by M".h% nuord an 8 10% intreaw of the a,*
yield W itsit, V R. Ifirrin
oe a
00 SO
00 1:1CO 0
00 W .00
00
o
00
0
tie 0
11111AM^01CAL LIMAU111 CLAISfOKATK* so 0
tra o
~, -, Wt.-, ~--- I
U a At so AS, i Aft A a ew 0 1- Of 14 2
1* 0 ltnitiog set RU K I IS it 0 AD 4 1 &J%
0 & 0 0'0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 o 0 0 0 a
0 4 0
"fe* 1.14,
0 0.0 0 e * 0 0 to 0 0 0 0 0 0 0 0 e 00000 0 0 0 0 * 0060 0 0 0
*0 Se to 00* ~~2

*0000000000 0
064 4 0*00 0 GO o

*
:

8 1
ft
A
iti
III a III

-A
9

L JL-A-J L 2 1 1. 1 --If- 1.
-1
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OL a K fj-k a I

covist

so
ec~

00
00,

Matim"s kc Ows"
phosam frema VON* "to".
Annxw atki 11
Kust
1
0
j"

0

00 "1

.
.
cw.
q.
. lad. j 1% S.
'To. TM 11% (likVI) A nit. dt%-uwbm q purlip all

GO
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M n en
t

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c
.
o
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o

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roe
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too

0 0
lww if
00'. Ii
Iso-
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ILI III itI
0
0 0
*T: :0 9 0 0,00 0 0 o: 0 0 0 0 :e1
goo
!XOO
moo-, al
v "?I
U3 ft 1 ~114A s a IM 0 a a I w it s
0 0 411.4 0 e a 0 0 0 0 6 0 0 0 6 0 0 0 0 0,
000,06 a

00 A
00-
00 c
00
00
00
01111
00
06
00
A Lsb~ Milihold of DipilionWai" Un Asout
subbu ju Oak& 8_jL.A=Wy awl Kh. Al. bloilavora.
Kitinoys. 11KII), No. 4 0. jolt. (in Ituasian).
lallors Imethods of det4visitting the lonrolontap
ti, vtood aro firm-orillml. (11kilig
Poko s t frout onLing
im M-OmIllentlad an giving thill 9000t PAti&f&Vt4WV IMI-OUlill.
a tplarts ttibo with aloworittion of the volatile 1111111110
,it not give Yen- reliable roroults for tlw votoltito anilthur
'Moo, ropults of & crut4ble method agivoed very well
enkinu coot the Itntclut4icon at-ale. The elimifiloakon of
""d hirrr4mv with tim amount or volatile tuateriod in
ANN floolloomis oil the IMPINWlioits of Uut elifforront, 14trins
ur ill I~vwpt Ill 41w rim].
_411ALLt"Kit 1,111111161UNI CLjobiploal loll,
Ila-
--, 1 .71-
lopm-
u alp 10 T
K of ft tic It 0 da 7-7-o7.
HVII 2W t ~Ii
-0 0
('00
-00
of RON"
(Koils 1 !'99
Illifforent 1-09
of Pulphur Ill
in a Mielloloo
(Wilit Ill
VOMIKAIIIIIA
coritent.
with th4wo or
sulphur from
ill" mmi. AM
its %hiph

04 0 a 9 0 4 0 * 0 c
0 0 0 0 0 6 0 0 4 a 0 v 0 0
9 4 t a I is It IS u w Is 9 a a 0 0 a a 0 a
It I A If L a a 0 AL_
ovtl Is aw vacwtoilts .."I
00 Cak14 0 Momw boo cW. .04
ko Mltt 11-12. 44-Paus An x1vm in ow
00 "t"111-n. tit End kplatity am! victil I'l %~Ar and by. .00
04 it IVMIWlgtnwn tip1m. on t-cwkins Mis"m Imtsorticima.
0 a 11, see
0 .00
00
00 :eo
00
so 13
00
00
00
00 got
00 see
Igoe
see
,81 $24
w 0 to 114'1, a 0 1 a
04, 0 0 0 0
0
0 0 0 0 # 4 0 0 0 4 0 Ole 0 0 0 0 0 a 0 0 * 9 0 * 0 0 0

Ott I If: I It I Vs
It4
Ye. 5. L%kKfn. rhody Khm'-
1"0
embk1u.", =MUSMINW. /am. No. It,
1741. KUM. P4ffd. zkw 4 Na. 9. 116t(two-
ed Dinewls emit prwwol
UaKw bmwo "ab mix
w (44. 1"Ma IV* Cwd"x of in-
d.mam OwstrMth
MWIVO to abm
W. R. Man
*oil
sell
Ve
IOU
so
Igo
4 29o@
boo
~
4
wee
Ott 1'FW-i;;~~ ~i
it v 14 a
0 n It kiC A
00 0 00000000 go 00000 4466466e604044 0,
00 01 010 0 0 0 0 0 0.0 0 0 0 0 0 0 0 0.10 a 0b s, 0

94 10 It U at le ! .0, 0, 0. 0. 0
P L K t QR It .1 . J IL- V. .1. A -A-AA 16 1111 U a It j I 's I, A-&-
I L .2.
G. Artilsor. Cs
00 1 11 t, .. U No, a
00
11 1. 2-6101-1witil virkm kinds of wal in a steel buit
00 pWvil in tin dec. follows besited to HKIP. During the ^00
expl.. the tcjtip. to The funuice, in t1sr cad layer I
the upper crown of the furnace an -,m I, . at the .00
he apt.. the bdSht of the coke layer. sbe distance (r
the wag and the bulging of the dde walls of the steel box
0: am mesistured. Based an do callod. data. it is asammad that
the gum pan the valre layer as fallows, in Un beginning
of the Caltitig. UK guts penetrate The cog layer Carrying .00
09 with these liquid products (Ifj0 and tar); by ppts. the
0 iquid pnxlucts in The cow realon. a Datum obstacle Is
for
med which Wirents the postating of the Sw into the cog
see
00 er, shwe clumot to back to the wall. they rise
lay
n the Cod - == which form a plastic layer In (he GOO
I
untace "ves. in the betioalisc. as state I above. then
fornis an obstacle for the explanstim of tb-i gases to the
inkidle of the furnace. As a nistat. two we
0 : gee
fmued. from the plastic kyer and from the tW(-a*e Doe
layer. Theft currents rise it& by side. The vistroust
it plastic am 6 penneated with gas bubbles striving to
CA-&PC from ilgild (bus cadatj a pressure proportional to goo
the amt. of I. gas fanned to the thickness and the
visrusity of the plastic layer. Most dangerous. with re- Me*
spect to the pressure, am Covib with a high content of X*O
volatile constituents the plastic layer and baring
a plastic layer of aw=tbickness; these coals usually No*
am t uniformity of the plastic layer. The safest are
slUbtly baking cask. Add.. -9 troals or
other trusts. dis that vaJormilty at the plastic layer
-a red -ce eno-=',I,r the pressam of the cow cartion.
A I a 11. A *1 ULLUNWAL LITIN JSW at low temp. 0. uschelsaa
L- amt ONE O-V Ot A 0-0
I Is 91 9 A G I IF xx,
0 U 11110.11), 0 polo 10111 sit fin plan 11IMP14011 t III d"
0 0 0 0 0 * 0 0 0 0 0 0
00 004D 60~0960 0-001

eel
on
eon
**It
0 *It
gel) *41una
1191.1~
009 3ul
0
,jwiuo3,dwai
1-9
00* 'D
am"
Owl* if a to
CII AT 0
hafilk 8C NVSSOXLNN CPU $LL -",U 14 to T
Ill 6.0 M Little lop Ab 81- 04096t &IOU"
441.44 .004 v fillets Moto
bouasqu Mal "m sakinival allut au n2 I PC
IN ~Iajmu mclu 0 -aqnj -rpQIvAIm gm laqnl 43vo 0
L'L()e 4111A C P911 W11 J~pj qija jwljwqv I laqnj
ip 113"a v ISA"m "JUA (-AR 09~") jailgaiw1a
9 'AD4JOOqv JvI 0 1111A - pa
q l,wuj 00t X o9l X ODC -q"3,,-qrp ~ p
qipA w" V uq q-" al sWj -
uo,suiap ajqpapaAaj cjVxjW -44v all-jiLlg=
11 qvI "PlIp"D2 'UM=.I*M* 'V Pa-Abb-W-V-
's 11900 1* MMW 64P p "IN p -91
ov F" pw 410 p wommiwo p "Win &as
IT 4 a a
6 0 0 0 0 0 0 0
a a a a 0, a 0
coo
Poo
too
v 00
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; 00
WOO
r 00
er 00
0.
A
If

1123- UTILIZATION V rjS CCAIS AND LONG FIAM CrALS (F
FVR. 99KING INDIpTRy OSPOWW -
I UGLE!-PLYI"-tmzOVANITA \Ird GkZOVM Irfem MSIN
- - - ANIE Domrs, rLjjq,,OMkENN
Arm YKH
S-gt-"-
v-
Vol.
95

"The Determination of the Qualities and Usefulness of Coals
for Coking (Opredeleniye
kachestva i prigodnosti ugley dlya koksovaniya)-
Metallurgizdat, 1951-

:UM/Chmaistry Carbonization Process S* 52
01%0~ Jktwe of the Coal-Caking and
CoXtug Pro-
c"*",- S. 0. Aronor, Mamnian Coal Cham
Inst
0Z.hai Prik We Vol 25, No 9, PP 927-935
2his vork considers the carbonization of
coal,
and the resultant coke and by-products,
in the
light of the steady growth of the use of
coal as
a technological raw material ' in,
th,e;"USSR, - partie-
Ularly in recent years. RecommejxIs: (a)
A study
of the ant, and.conpn of volatile
substances formed
at different stages of coking (in regard
to coals
23M9
and their petrographic components),
together
vift a study of : coking capacity'by the
usual
methods, vith the aim of fixIn existing
rules
(in the USSR) and developing theoretical
bases
:for the _w of coels for coking.(b) The
develop-
1, M of methods of reaction on the chem
compn
of secondary groups of mole and
macromols of coal
siawtences, both prior to their deconpu
(e.g-, by
oxifttion or hydrogemation) and in the
process of
their breaking away and conversion (in
different
stag" of coking), vith the aim of
modifying the
coking cbaracteriaties of coa.Is in~the
proper di-
rection.

ARONOV, B.G., doktor tekhnicheskikh nauki E&YA-%W,
V-A-, inshener.
Crushing and grinding Of cOal8- loks L khlm. no.2:3-9
155.
(XUU 9:3)
1. Ukraluskly uglekhtmichookiy Institut (for Aronov),
2. Glprokoke
(for Kulyasov)
(Coal preparation)

VODNEV, G.G.; SHRUOV, A.I.; DIDINKO. V.Ye.; FILIPPOV, B.S.;
TSARW, M.N.;
ZASIWARA, V.G.; LITTININIO, X.S.-,)CCNKW, K.P.; KOLODTSOV, I.G.;
LGALOV, I.I.; RUBIN, P.G.; SAPOZHNIKOV, L.M.; TYUTYUNNIKOV. G.N.;
DMITRITZV, N.M.; LIDYTZS. V.A.; LVIRNER, B.Z.; KEDVIDNIV, S.M.;
RIVYAIIN,
A.A.; UYCHRR, N.M.; TSOGLIN, M.N.; DVORIN, B.S.; BAK, A.I.;
OBUKHOV-
SKIY, U.N.; XOTM'.A.X.- r 212L..".; VOLOSHIN, A.I.; VIROZUR,
Ye.V.;
SHYARTS, S.A. ; GINSEUREf. a . Ye--., --KOLUM, L. Ta. ; BILETMU,
A.T. ;
KUSMMRKVICH, N.R.; BRODOVICH, A.I.; NOSALEVICH, I.M.; SHTROMBm,
B.I.;
HIROSHNICHINKO, A.M.; KOPELIOVICH, V.M.; TOPORKOV, V.Tm.;
A703IN, X.B.;
GOYMN, N.V.-, BEHOENKO, D.P.; IVANOV, Ye.B.; PEYSAKRZON, I.B.;
XULLXOV, R.I.; IZRAZLIT, E.M.; XVASHA, A.B.; RAYTAN, S.I.;
CHERXNYKH,
M.S.; SHAPIRO, A.I.; KHAWUZAR1. G.S.; '.'Wkn, P.Ye.; GARAY, L.I.;
SNULISON, A.S.
Boris losifovich lustov; obituary. Koks I kh1m. no.2:64 155.(KM
9:3)
(Kustov, Boris losifovich, 1910-1955)

VTb# tbe*Ty of coke tomiation and char&4 take
oveav.
S. 01 Arotwv and L. L- Nestefenko. S&d' 13,
678-87
rfVSn --- cT.-T-1 48, M4i.-A drtaiL-d Ftudf of
6ermal
in
AJ
' 'i- 4
at, rn,vt iiibt,r in in, c-, h,n in, -"-s -1
split% rZ at othmit tht! ~mr rate The max
splitting off A C
.1 4f%, 'w" ~~i --- - " ~' - '~' 1-t~ -1--nir 1,
OV
-."f -g
th-ig~ th., ~n,d 11-Kih th, -111C
h1gh- Th, fin.] 11-1gth I C~~kr i~
P""J' on he hitering v-gtr, f ,.I g-m, in th,
rii.j dwmg ib~ th-d
'nj '11 111"n'f ~1"
-tdw, , - , -k-s rn" b. I
k g p; ., ~ , - , - , , -, - , I - J - - I I[-
~, - ~ ~O p, - I ,
tnIM11 IiM -I&III .- nllt - Kl~-11 11 1.j
nrnts reacting nn-ng th-Pul- Owing -king

4021 Hcating of Coal 1)), Ifigh-ereituvituy CurrCM, N4;rCT
14610 ~'Vff"koj ghm-104y. (Itta"Lam)'S, G, Afonw- I
11 010,
HL 'ritifitinnikiw. stai, %-~ m,
Itc-atilig of Cool rharp't, will, la.v vn'-TV.)- Inu lip V)
Mage (if tfamition of m-thitivkc- into cvkc; vffivt of :&pjx-3rnm-C
of -1-rtnPrcnEI,tcti%it-y fri matuml mt dielectric li-~rimig. icmi-
Coke O,tuincd b) flih prcic(s~ omparcd with
cAv. Gi4phs, diagrasv~. tablux, phmny.iph. 0 ref.

AROAU, samuil Grigorlyevich; BAUTIN, Ivan Grigorlyevich;
VOLKOVA. Zoya
Indreyevao.; VOLOSHIN, Arkbip Illich; VIROZUB, Yevgeniy
Vladimirovich;
GARLT, Lev Izrailevich, DIDOKO. Viktor Yefimovich;
ZLSHKVAIU, Vasi-
liy Grigorlyevich; IVANOV, Pavel Aleksandrovioh, KUSTOV,
Boris
Iosifoviah Ldeceased]; KOTOV, Ivan tonstantinovich;
KOTKIN, Aleksandr
Katveyevich; KOXANOVSKIY, Maksim Semenovich. IMYTRS,
Viktor Abramovich,
XOROZ, Mikhail Takovlevich; NIKOIAYEV, Dmitriy
Dmitriyevich. OBUKHOV-
SXIY Yakov Kironovich-, RODSM%YH, Pavel Hoiseyevich;
SAPMHNIKOV,
Yakov Tudovich, SINIGHWO, Bergey Tefimovioh; TOPORKOV.
Vasiliy
Yakovlevich; CHIRMNYKH Mikhail Bergeyevich;
CHERKABSKAYA, Befir,
Ionovna, SHYARTS. Semen Aronovichl SHERMAN, Mikhail
Yakovlevich;
SHVARTS, Grigoriy Aleksandrovich; LIBERMAN, B.S.,
redaktor izdatell-
stva; ANDREYEV, S.P., tekhnioheskiy redaktor
(Producing blast furnace coke of uniform quality; a
collection of
articles for the disemmination of advanced practices]
Poluchenie
domeanogo koksa postolannogo kachestva; sbornik atatei
po obmenu
peredovym opytom. Kharskov, Gos.nauchno-tekha.izd-vo
lit-ry po
chernoi i tsvetnoi metallurgii, 1956. 300 P. (HLRA 9:8)
(Coke industry)

~~ARONDV, S,G.
Yundamentals of the theory and practice for rating coals
as raw materials for coking. Trudy Lab.geol.ugi. no.6:
131-136 '56. (MLRA 10:2)
1. Ukrainskly naucbno-iseledovateliskiy uglekbimicheakiy
Institut.
(Coal--Analysis) (Coke)

68-8-1123
MTHORS: Aronovp S. G., Doctor of Technical Sciencynd
Moiseyeva, Kh.H.,
Candidate of Chemical Sciencm
,TITLEi Petrographic Separation and Separate Crushing of the
Donets. Coals
and Coal Blends. (Petrografichoskaya separatsiya, i
razdellnoye
drobleniye Donetskikh ugley i shikht).
PERIODICAM Koks i Xbimiya., 1957j, Ho. 8,, pp. 3-7 (USSR)
ABSTRACT: The distribution of macrocomponents in some
characteristic types
of the DonetS coals of different degree of metamorphosis and
the
technological properties of these components were studied. The
following three groups of coals were investigated G6, Zh2l
and OS6
(table 1 )* During the investigation various schemes of coal
pre-
paration for coking,, including schemes for petrographic
separation
and crushing of coals individually were tested. (Diagram).
Coals
were investigated under laboratory conditions and coking
experiments
were carried out in boxes placed in ovens on the KhoAov Coke
Oven
Works. The coking period 14 hours, temperature of control
flues
from coke side 1375-13800C. Properties of coarse and fine
fractions
of G6 coals from three different mines, Zh2l.coal and the
coal blend
made from,%t G-3D., K-20 and OS-20 are given in table 2.
Properties
of cokes produced are given in table 3, On the basis of the
results
Card 1/2 obtained , it is concluded that crushing of gas
coals separately

68-1-2/22
AUTHORS: Aronov S.G.,-Doctor of Technical Sciences, and
i-~ __ -
-SveRorusNa, L.P.
TITLE: The Influence of the Degree of Fineness of Coals and
Coal
Blends During Coking Vliyaniye stepeni izmellcheniya
ugley i shikhty pri k ksovanii)
PERIODICAL: Koks i Khimiya, 1958, -NO-1, Pr~- 5 - 11 (USSR)
ABSTRACT: The influence of the degree of fineness of coal
blends on
the strength of coke produced was investigated. The authors
point out that the dependence between the degree of fineness,
i.e., suiniary surface area of coal grains in a blend and the
strength of the coke produced cannot be a straight line
relationship, but that there should be an optimum grain size,
different for different coals. In order to prove this assum-
ption, they investigated the following problems: a) the
thickness and strength of binding layers formed by coal,
passing into the plastic state, between grains of materials
which do not pass into the plastic state; b) the degree of
interaction between the products of thermal decomposition of
grains of various coals, and d) the depth of penetration of
these products during the formation of coke.
a) The experimental technique was based on the principle of
Uardl/6caking a gra-nular matei5al which does not pass into
the plastic

68-1-2/22
The Influence of the Degree of Fineness of Coals and Coal Blends
D~ring Coking.
state with a caking coal. Donets G6 and R14 coals were used
as caking components and anthracite AK, blast furnace coke,
washed river aand of four different specific surface areas
as non-caking components. Each caking coal (crushed below
0.2 mm) was mixed with various non-caking components in such
a manner that their total weight was kept constant (6 g) while
the specific surface grea of additions per 1 g of coal varied
from 265 to 35 700 em". 2Mixtures were coked in a crucible 0
(under a load of 10 g/cm ) in a muffle furnace at 850 + 25 C
for 15 minutes and then the proportion of uncaked mateRal
and the strength of coke (Roga index) were determined.
Experimental results for anthracite admixtures shown in Fig.l.
The thickness of the binding layer was calculated on the basis
that a sharp change in the Roga index for both coals took
place when the surface area of anthracite added was about
1 500 cm2 per g of coal, thus dividing specific volume of coal
in the plastic state by the covered surface; the minimum
thickness of the binding layer was about ?-5 ii. The amount of
(;Fjrd2/6 uncaked residue sharply changed for GG coal at a surface
area

68-1-2/22
The Influence of the Degree of Fineness of Coals and Coal
Blends
During Voking.
of anthracite of about 5 000 cm 2/S of coal and for K14 coal
at 10 000 cm2/g of coal, thus indicating that the amount of
plastic phase produced by the above two coals was different.
The results obtained indicated the importance of specific
surface area of weakly caking and non-caking components,
excessively fine crushing of which has a deleterious effect on
the strength of the coke produced. Similar experiments
repeated with coke and sand indicated that the nature of the
non-caking admixture is important. At the same specific
surface area of admixtures per g of coal, the strongest coke
was obtained with anthracite and the weakest with sand.
b) For this investigation, samples of coke were obtained by
coking in a plastometric vessel either two lumps of different
coals joined together with polished surfaces or crushed coals
separated during charging by a copper foil which was withdrawn
before coking. From these samples, polished sections were
obtained which were examined under the micros2ope. Coking
was carried out und8r a pressure of 0.1 kr,/cm to a final
temperature of 950. C. The following pairs of coals were
examined: OS6-GG, Zh2l-086, Zh2l-G6; (lumps); Zh2l-G6,

68-1-2/22
The Influence of the Degree of Fineness of Coals and Coal Blends
During Coking.
(crushed 5-3 mm); Zh2l-OS6 (crushed 2-1 mm); Zh2l-G6 (crushed
below 0.2 mm); Zh2l-OS6 (crushed 5-3 tim); Zh2l-OSG (crushed
below 0 2 mm ; G6-OS6 (crushed 5-3 mm); OS6-G6 (crushed
below 0:2 mm~; Zh21 (5-3 mm), OS6 (2-1 mm). The respective
results are shown in irigs. 2-12. It was found that some coals
react only on the boundary without interpenetration, the
boundary line remainsclearly visible, others penetrate into
each other forming a homogeneous structure. The latter coals
on fine crushing showed a decrease in the interpenetration,
the boundary line remains visible, while the former (OS6-G6) do
not react at all, forming two separate cokes.
c) The depth of interpenetration of the products of thermal
decomposition of various coals was measured, using radioactive
Ga45012 with which coal grains were coated before coking.
The experimental technique of coking was the same as for b).
The results obtained are shown in Figs-13-17. The depth of
penetration was found to depend on the nature of coal and its
fineness. An increase in the fineness of either "penetrating"
cardvEor "receiving" coals sharply decreases the degree of
penetration.

. . . . . . . . . .. . . . . . . . .
68-1-2/22
The Influence of the Degree of Fineness of Ooals and Ooal Blends
During Coking.
Oonclusions: 1) The interaction between grains of different
coals on coking blends should be considered as a topo-chemical
process; thus, the presence of chomical bonds between the
decomposition products can be assumed even in cases when the
coal grains retain their shape. 2) The depth of penetration
of the plastic mass of coals into grains or into the decompos-
ition products of other coals is determined by the mobility of
the plastic mass and by the resistance shown by coal grains to
penetrating liquid phase. This phenomenon is responsible for
the physical side of interaction during the formation of coke
and this necessitates prevention of overcrushing of coals.
3) It can be considered that coals passing into the lastic
state (of the type of the Donets fat and coking coals3 should
be crushed not finer than 2-1 mm and even possibly 5-3 mm.-
Coals of the type of Donets OS6 and G6 should also not be
finely crushed. The permissible degree of fineness should also
depend' on the proportion of a given coal in the blend. 4) In
view of the above, existing schemes of coal preparation should
be re-examined in order to prevent overcrushing. It is
necessary to establish norms for the limitinG content of below
Oard5/6

ZISMARA, T.G.; B.G., otv.red.; LIBRRHAN, S.S.,
red.izd-va;
ANDREM. ". .4.0 1481
Mi4,ie d.
[Organization of the storage of coking coals]
Organizataiial.* '~Opt,'
khraneniia koksuiushchikhoia uglei. Kharikov.
Gos.nauchno-
tekha.itd-vo lit-ry po chernoi i tevetnoi metallurgii.
1959.
253 p. - (KIRA 12:10)
(Coal-Storage) (Coke industry)

Sov/68-59-10-1/24
AUTHORS:
Aronov, S.G.~ Bragilovskaya, O.N.,
Vershinina, S.V.,

birifs'erova, L.G., and Tsepurit, V.Ya.
TITLE:
Resources of Raw Materials and Coking Technology of
the

Donets Gas Coals on the Coking Gas Works
PERIODICAL;
Koks
i khimiya, 1959, Nr 10, pp, 3-6 (USSR)
ABSTRACT:
The
distribution of the total output of coal from the

Donets
basin indicated that gas and long flame, ie low

rank coalo
constitute the large~jt proportion (35.7%

about 29 million
tons) of the coal mined. The

structure of the consumption of
the mined coal (table 1)

indicated that gas coals are used
mainly for power

generation. As, however. a majority of
consumers

require lump coal, there is a possibility of
developing

oarbonisation of gas coals. Technical and
economical

- -y were investigated and
aspects of the above possibilit

are discussed in the paper.
In 1958 the amount of

fine gas coals amounted to 5 million
tons (mainly

burned in industrial and domeWo grates) and
will
Cardl/4
increase in 1965 to 9 million toris. The
available

Sov/68-59-10-1/24
Resources of Raw Materials and Coking Technology of the
Donets
Gas Goals on the Coking Gas Works
resources of gas coals will steadily increase due to
the sinking of new mines and a gradual withdrawal of
gas coals from their use in railway transport. In
order to obtain technical data on coking ga-- coals
alone, laboratory and full scale narbonisation tests
of two types of Donet's f;aa noals (vol. matter about
35 and 3B5~ respectively) were Proximate
analyses of the coals tested - table 2, ooking
conditions - table 3, results of tests of the coke
produced - table 4. It was eS4- ablishad that a well
fused coke, but of a lower size distribution and a
lower strength can be obtained. The quality of the
coke improves with an increasing rate of coking.
In the normal size ovens the best results were obtained
at a coking period of 14 hours aqd temperature In the
control flues: coke side 13340 and pusher side 13160C.
It is considered that the constTuction of narrower than
usual o*vens for coking gas ooals would permit higher
Card 2/4 coking rates at lower flue temperatures. Cokes