SCIENTIFIC ABSTRACT GRYAZNOV, N.E. - GRYAZNOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617130007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

0 * op~ a 0 * 0 0
&WO IN 9% t V CT 19 it U U M 16 k V 111 41 Q 41 0 ly Cp M
pw~� 6!"s
at
9:1.06 r-4.OE
0 w-: 2 a *a
fee
or~ j rit 00
0 dir- 00
e 0, 1 ';' " 7 so
I I to
to
limt 00
.""D OR03 isavanq9%.
00
00. 00
-AY
0- Ir 00
to
11 Yl 1) 0 7 1 f i A A 1 1 1
*j;p" $Irv it m a a A .9 1 6i! W Ll -r Q of 9r a it T M h It V li H Ii 1, 0
0 0 0 0 0 0 0 0 0 v 0 0 0 0 0 0 1 0 0 * & 0 We * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
--Ak- a A w a a 0 0:9 0 0 A M

ev
0
0
e 0 0
0 0
1 4
4 L I 1 - It -1 V b M IS N' IF A P 13 if v itm . . . .. . . . .
L K A t L A h R I 1 4 j*

coltims propross of K]"If"k comb N.S (ky"nov
10
00 Cokf anj CAWW. II.,. S. ". It.)
35, No.
1
111-
Miles, Victwirimictric valwr, plasliVity jl1ICrVId. WfU11
%mip, stvA plaxtomtric charector are thwomowd G"
~vAution and the vtml bitworti. wvtr Osidivgf. (kmmi
ttik" cart be ig)Wned if large mints III low-&%h ditil lim-8
motumking coak are imided. If. C. A

00

zoo

00 a
zoo
00

zoo
'00

00
00 If:
& t i 1
00 t1l ALL1JRGK.k LITI.AVL*E CLAISIPKATICft ties
. I. .....
'00
it

0 0 a 0 0 0 0
0
~ tp t, it at a a it it R(I it if

a 0 0 o 111 0 0 0 0 0
0 '00
i

A
~
0 0 0 0 O'o 0
0 0 0 0 0 0 0 o 0 0 0 0 0
s
0 0 61:0 0 0 0 0 0 0 0 0 9 0 0 0 a

0 0 0 0 0 0 a
:
0 0 0 0 0 0 0 0
0 0 o o 0 o 0 0 0 WMEW I 0 4 0 0 0 0 0
11 U 11 u U 16 Is "I a is a 9 v P a $I a
I A V_ 3_1 1. a t
A
0 IF
J1

p-W kv eatteggigg tbg procam d grumitim of
-a
Gr
al"
Kki
&
.
WIF,
-
y
m. 7Wr4t# Topfijos 7.
1---lompemiist of vWI. conatin" the

: 41 a"- d sub kN~ A Postal e
itti
A&
0 9 ng
qu
sh- Pwsmft
Of 0

0 a P
0 MAN. WAssaws (by
wt. d0=2 01 COW) 111%. and a 111d 6 SrV
Comb. kw
.00

00
Mis. Tb, equtk, am
d"'-d f- the 4611m -4 -tn
of bit -
.
,anre with aj,..CjU
(1:1)atamOrMWPrtfture&Matawmp.bolowtUb
f .00

0 4D o
the Mdvftt, And wascherked with dots of reMkf;=-
ch- K .00

C. A. n, 74724). Obtahwd from nte. wmh,,
'
ma 00

alp
44 P
tut at 30
. The rec-alm. of their resufto Ammd
that Jor a hmhA,
ment with the d
t
h
a
a t
e cmat in
*
thrk be g - MAS (b
=11" =
Jws
J

00 Prpc
y
sti,.e)
In.
meed It - M(av.)
and slal Ixrtte
l doe

00 ,
r resti
tservaltshwd
if Ow show "ust6w is used wfth a - 9.3 aw b _' o
*
4s
Th '09

o '
.
e vvlm
y or exta. for a Proeva alreed maned Is In-
ver"lly POOM to E01-60 or d T
too

00 , Pf"Ortilmal
Fivercle

a

00 4r r.
A. A. Podcom
I L A 04TALLLWGKAL
IF Got
00
Not
100
13 .0.4
0 0 0
0 o to 0,0
0 0
0 0 0 0 0 0 0 0 0 0 0 0
U IV n
40,10 1019
o o
0 0 a 0 0 0 0 0

:19

to 14111jumis m 11 1 it x At At Al All IN V
t AV a A"
It I
k 1 4a 43 a sic*
A
A I.-L-4 ,
. A
A
..lt I I.
11
[ti of
A tit ..a 1.0 ONPIRS
- 9
2
-- ---- ------ -- ~o 0

]Ntmem ud ruk%W told him jj,~ KWW Osl 00

ea, g.
MAN. r"Pdar Tophol I &M-44
NO hkwm
Um Will n 8m. he All ~-4 C.IL IN

-mmotbO-A~AWWD.
,l .00
is da
bbumm~ "" d,--- CMOs. , Wo Attempt ~04
I cAdvare. T" Ol to dw ad in Not pumtkatat
tis the Not
f bi
00
. o
tooma ~W. is sk, am C01j.
but a high 4
a .
0 CMftt
thm Is j6 "Um Of hio M. P. of the Mai.
The
kk .00
0
jr~ C*
t SbWtY Is detd. by ths fl cog and by th.
o
0 "N"P&MOv"! cimtsmt of (LoWn. A.WytkW data. dbwan
and disrulutim are 1.'o
A - A. Podenoraw '00

eel
0

0
so
coo
V,
i MITALLUMAL LITIMATLOI CLAMPKATION
Iola.j a.- aft -W
T-T -Y
It OR Iluo a n.
:O:o:ioooo:ooooooeoooeo
coo
00
we*
I 11a w it,
F_A_ft__ L-I -8, -0-do 0 0 1 9 go 9 do a 3 1 w
0000000000*0

rAlk
of Os Ivisee foso of 4 a ease 0a 0 0 0 0 44 0 0 4 0 0 0 00
I I I I I I 1 0 is it u 11 IA fill 1/ 14 19mi lln n)Al$ unfin Jul; Ai if It it it vIt At A, .1 11 At ere
ps -L~ I a G A I I w I .-P - I I I AA so U 0 r.1 A 1,

09
09 0 The yiold of pidnLary tat from Jurain c"I and its spefe
comtest. N. �.. Gryacnov. Kki.. 7m,d*g,, /-,p1- 9,

** a XiVritill"Idwsticution show4il clut the
fee pfristlary tat viel I i% dirtrctly IrLtIud to Ow 'I~wr c"Illvalt -00
..( ,%%I. The v%tit, .11 bilmm-11 hill Illill. ot... I ml Ill.-
s 1041 AJ thir W114-ti I lie %this v volkirlit 14 high.
AA. I Imlicorliv See,
4P
=00
00 0

00
a
0
00
00
00 Aft
goo
00 zoo
see

000
-.00

A S a . S L AMdTALLURGICAL LITERATUNIE CLASSIFICATION Zoe

W. ago I. J- IS,
u 11 AV .0 is A Or I w -F A1111 L -a OW v 0 0

w 91, If it 410 u ff it R gr K 91 it it
s 0 000010 0 000 004, 0 0 0 * 0
=04~Tl IS 1 .10
KID
0000 0 4 a 000 0 00 0

0 0
0 Is q 0 0 0,0 0 0 0 0 0 0 Is of 0 0
s it 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0

6 0 o 0 o 0 a 0 0 0 0 0 0 0 0 0 00 at 0- 0 0 V's 0 0 06a 4 0 ee- 1- 0 0 a 0
0 0 0 0 0 06 0 0 411is 0 0111 00 0 111111. 0 0 s0641000 0 6 6 0 6 6 go,

AIFL 0 L 1 4 A j OL 0 F li itII V I I &A 00 1A W It

i
al
f
e1 c
ti
tl
I 00
I 'IV
tsiz
o
.
on o
C
n"6
p
it. rdl". (1413(lix ,.
:0 tile Kurt-V re&II contains ash up tcl.Nr~ an($ S M.44 46411,
'
L
I.,
,,11e IL.11 coju&uIj lit qjjiVate% a11.1 Ilyrue.
I
00 IF .-At [tat it., caking ability and tit" wt pf'.1mr it .-so
04 a IAYCIF Oil tfegtlltVltt itt (lit L. M - SlillightilklIV Kill'-, full ou -00
courn. it acjuises caling alultiv. The ,,n1 yidd, wtui
*0 nike 7(1 -73.3, tar LNV V% liquor 3 1-1. 4 V- and ;-so

00 4", 1". i(ji"Jult
00
L.-I'lowur xl.~',, pbrmd 4.1ilr" dild Ito Im, C; il 1, 1'... bm
so a S coult,lit .I Iniu-11 11, litiblall'.11 .00
0 ji rile witudry gas, cauti. 217.5 lit Itai a um%
calorific value of .5-,80 cal. 'I lie %emicolit- has rio practical
00 value lince it contaim a-h LW and S 7.hi%. The Jupwr 00
00 tintaim MIMI 4A and S 4.0-5 ir./L A. A. 1'.
00
00
00 z
1 roe

d
a
0~1
:
00 0
002 zoo
Os j '011111
-!96

00 1 S I. I1jTA(.L UrfKAI. WfItAft,81 CLASSIPFC4116" 00
00 S roe
is
9 00 0 00 06 0 0 00 04 *sees* 006 see 0 0 0 000

0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0.

~o 0 0 0 0 0 a 4 0 0 a a 0 e 0 0 0 0
!,so of 00 0 a* 0 0 go* 0 go 0
Div I u CT
-OW 'A L-A
Do
071
:::6006000040000160000,
*0000000*000000004,
a 11 u is DO 5 b IF Be No 0 41 a a a a IT a@ &V a
. . . - - . - . .1

00

0 w- --n-)o uo!i3ni,
-old aqj xipjqvj!u% Isom aqj %I vjqpc~3 ova, lo %(It puv,,Igo.%
31wqlaullijut P, %w '-[-a -S 10 %ix.)n SU!Knuo.) -11!111
'(2AAV 9
snui
ow
III 74(ja MMI mat pm!
qj r
q C, 0*
BX!M aql OD xu;J)U!a jortulau v 4114 srsoa tquiq 3qj )u %,.,:
.
i0 '11
141 a 111W
L31
Vb
9
al
a BOW
t
n
A
W
qjaw
1
jp
I t
M
1
"
rp
V
p
Dual qism.Iwu.UjtWj;qj XM%
uA
-vaol-
,
s
a
)
-
p
q p
p
j
V
III aftAVJj.) -IrWI3 U941 aqI PUW 6fW3 "M 4ql U"AIMI

om! p3mimimut a" slw3 q3u *Apm vjqs aAAlq.)r a oo
o1j"al -%1uauodux,~;oqi lo -Alm ivotintso 11laugns Aq o
.1-jap" A*m p.aln"n11% 3141410110411 aqj,- 'rS'W'U,%j'6Cb1
0o
WO" PN#l 41~j 'Azf11;(j (out 40419AAf)
0 9.; ftw:; j0; $Igo* ""I"x 0111 jo """,l ME
90

99-: 00
so- oo
001, ., - a- - - __ .: 0
:
IC, 211
35K _T__f
a 14 0
It
4

0
V pr o
op 0 0 0 o 0 0 9 0 0 of*
0 0 9

0 All
it & 11 .1 A A m it m N A 4, fif
F G I A it LI-A 1 .1 AA R W It t I I L-A.-
go
so -00
04
-00
00 a
0o-
4 '1 i, Moll 4494 till 0 coking of &o$ .,Is slid 01 injosibl,
00 f "ok fro- the a a region \-,z
Ile a 14 1939, Nr,. . ri
ti.
19 .1 34.
00 .2 illa~I-Ilsr
-00
-00
00
00
40
-.00
[tim-ILA ORTALLLOGOCAL UTIPATWE CLASWKATION
.10
AT 40 AM-1 i a Od 0 4 f I IF It S a 0 3 1 V
It
IS
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 0
elmoo 00
0 0000 0 of 000 111

0 0 0
017 1 4 fotiuumui6tl Ita n x b JOB v. Ill S It M a R It J6 it X S a
36 a 4 0
0
A
es a IF IFa I, I I I --U-
f- 9 A-1-

mum a.
JL 0 It -L-A-L-1- 11- -A- 1 .041 1
.
A
0
J.0-010 1.11 ..D.1.
it, -
PR(Kttfics -- -f-

4 of mlnuwn saiiii
N to
k
d
"
C
. o
lamw
Ck~
.
1
if I
-
'
Ake-.
Rtferal, Zhm,
1
10", No. Me 14
21:;
j
IQJQ, No. 12. Nil A mitt tit Ki 1 .44. ms, %~I wills:111
I
,
19111 U
ttitrilivit1% w III a (Ifilill tetI.C
r
104rd tv
th
fi
1 00
00 .
.
e
f,
c *
1
i -
k hr oull IV im'"'Ar y 1~.s thr prolle
I Im %w( higg-st adc -.Lc' I 14(a 4 pl'w"111. t 11" ill vv't itil
ImuLA1111 Inis, AnXIT-4.4 the- life jiml,
R Ill-fill
.00
000

00 ago

V` goo

0 '00
goia

'go
'00
boo

47
1 it.

ipimi
U I IF a It w 4 a it Im aa a 1 0 0
0 0 0 0 0 0 00 00 0 00 0 0 0 0 00 0
0 0 0 0 4 111, 0 0 a * 0 00 0 0 0 0 o 0 0 000
* 0 0

M Is 14 It U 111 2 1 12 23 34 IS It V JS IN 11 it v U 11 1" k U

4 !v AND
1
~ 11~111$111 AND PACPS
X~W JJ~dW
a �WUNME do PkYllwafth"kai ho
wUn
f 00

-00
A
; o
p
ORIM N. K OrYPS114
v_and 1'. 0. Zyryanovs. (Kijkm i Khnniya .

*
,
1939, No. 1041, l?). (V13). (In Russian). rho itimitirm dim-uas
how the
ualit
o
k
ff
t
th
k 0

-00

00 iri co
e a
ec
s
e wor
q
ing of a blast-furnam.
y
They am of the 071nioll that the following Jactom am of primary
importai
ice: 11
he extent to which th
l
i
f
W
e screen ana
.
yet
s o
the ri,
v
in changed after subjecting it to a drum tftt; (2) the deumv tif -00
uniftirmity in the lump size after the drunt test; and (3) the dt-Krue
of tim i afteIr sub
uni
tin
th
l

001 e samp
jec
e to a twelvefuld (Imppinst
g
testing
lhe third factor was found t
- i
I
d
d
f

0 ZA
.
o
x
n
ent ti
epen
the
degree of fissuring before testing. The nuthom derivt4l c(tellivirnts

-- 0 0

90,3
characterising the first two factors by evaluating the druni i"t 'I z0
411141ta. restilts. Z:o*
ZOO
;a

00 ~11 *
too
li
A

91"
SWICATIGIO
CLA
Will idIALLURGKAL LITINATUNI Z.

tic.. t"I"VILVA _
I W

Q.- got A t I I
411SEIMC.
-,W --- ---

U n- -A-V so
it 9 w or a ti; it a
MAD A I iso am*
0 1
0 0 0 o 0 0 0 0 0 0 0 04010 S, 0 0 000000 00 0 9 0 Is 0

10 0

04,00 00 0 000 .
0 0 *Is 0 0 0 0 0 0 0 0 * 0 0 0 0 0 sit

0 0 0 0 0 0 0 0 6 szo 0
A
-f-5
00
00
it
f I
"'0o
of
Smkmft do
A Sm Me"
00 8, ($1 wr and T. G. Zyryamva. I rol Tr :t
60 serim. No. 36). An Kogl" tram. 0
600 Witin of a paper whk-b wow puMWW In Kobe i Kidiniva. 11101. 1010
pp. (&e JOFAM. 1. and S.
00 No. M I., is.
134 A).
00-
Dow s~"Vzj..
tow" -to wow deg SaLum"s
u
00000-04
000000 0000000000:000000000000000000000~,
:10::Ieeoooo:ooo.oooeo*oo0000000*0000000000001
--go
v0
too
t
Wli'iTi me r.-
a I

6 C D tF 6 " X L o s 7 Low a 39 17 x a 4' AT vs
1 , , , . . , , ~ !is, c..
17 tim
LFITIO
CEDE.%
00,
wfuALt dooth
000
0
00 Allauss pull Isto pa3liom
UJI1111 UW 6-vill. 00
JO!
Vra NJ '.11,1111oa .
0 w, ; 1 -31111 to
0o= jr4j., 00
t,l I%-,
os, NJ
'N
00
*a_ jul ul uotlpod- o6vili p Mquillww'sov
1 00
09
*0
00
00
roo
00
00
w 33 sawT UT-OAll Ill 5 a v I a
1 V-2- -1
000 6 00 IS 4 4 4 444
W"eju- I aw "A
A A a 0 1a a 114 0 al * 0 al 0 0 6 6 0 0 so 000 000 ej
.., . _- ._ A, ~ ~I I.. I.. . . I

0 0000 00 00 00 *0 0 0 *0 0
0 0060 0 0 a 0 e 0 * 0 0 0 0 0 so 990 of
It 1111131,11SIs IIIII NO It 12 3 It A I i V A 11 ILI IS 14 a 34
I wa,
0 A A A L A N P_ -1 u I I I I I I
PROCIMS AND PROPEPTIJ3 )NDI.
A Al
Cha%e mae-up of the eastem by-product coke pleats.
N (;MaArL
qr,ancl M. A. Khrapkin. Stal 7,
0 rj%,M:~:~n iniilisrAtim wa, cirrievi nut for the purpDw.
0
of ~inspfifyivig the i%mrapti. of "Aing chargr% and to acLapt
*0 a ewls hithetto not tmA fiv cokins us %uh,titutes for high-
V;; jr4dr "*inIt emit- The Lvkr (win the imw harg"
,ti,bcwtv fm 1110.011trOk-Al UW.
00 .3
0
so
00
L I
0 0 0 0 49 0
IS a
Lti I., ? i * 4.
.00
1 w
.00
-0 0
L A A(TALtUR GKAL Litke OUAI CL AISIFICA11100
U III IV ho I #A L 1 4 N a I ff of a a a 3 0 1
it It It It a m it a Mitt a 1 14 dm
'.Go
.00
.00
440
too
01111
coo
see
10 0
11041
too

SOP 19
Coke Plants
Fuels, Solid
"Construction of Mixing Sheds at JbAtern By-product
Coke Factories,'" 1. S. Gryaznov, Candidate in Tech-
nical Sciences, M. A. 1hrapkin, Nw, BeAtern By-
product Coke Institute, Main Coke U-Inistratim, 8*
Natal IN NO 9
In accordaikee vith the agreements of the All-Union
Tedwical Conference)m Coke In 1946, there Imw been
=&A vork an the reconstruction of eastern by-product
cobs factories a. This has decreased the
nasher of amp =entpe the Mi-ri sheds, led to the
QtL L *Wesel: a" at "" rar M*U6 caft and
juar4ased *A* use of law-gis" coke ocal (particular 3,y
b1timinow-1- gaseous, K Zh). The resUlt VaS a stand-
im or mixing with a resultant standardizetan
of"the quality of coke. Well-inustrated vith dia-
24"3

GRYA7NOV, N. S.
Vol
--- ------ -------
I (TK I G 0 F A~' n? Alt f~,
UOLE I Ktl ZPASS A

TSIPEROVICH, 14oiaey Ventaminovich; GRTAUDV-_ N-S-, LUCHKO, Tu.V.. redaktor;
KOVALENKO. N.L. tekhnichaskiy redaktor
[Coke production batch controller; tachnical production tralaing
textbook for workers] Dozirovshchik koksovoeo proinvadetva; uchabnoe
posobis dlia proizvodstvann&-takhnichookogo obuchenita rabochikh.
Sverdlove, Goa. nauchno-tekhn. izd-.vo lit-ry po chernoi i tevetnoi
matallurgii, 1954. 167 p. (MLRA 8:4)
(Coke industry)

. I V I i !.,
I I I

GRYAZNOV, N.S.; UTSKAYA, M.P.; K09AdQVSKAYA, G.M.
Pore formation in coke. Koko I khim. no.1:16-24 '56. (KLRA 9:5)
1. Vessoyusnyy uglakhimicheakiy institut.
(Coke)
":~jjs~t 1.- -1 : . -

Y
AFORIN, K.B.; BURTSEV, K.I.; BYSTROV, S.N.; VIIMTS, G.B.; VCDIM-, G.G.; VORONIN,
A.S.; GEYLIGH, A.S.;, 2&M9Y.,.jji..GUDrM, A.F.; GTJSYATINSKrY, M.A.;
DVCIRIN, S.S.; DIDW(Y-,--V.Ye.; DMMIYEV, M.M.; D011DE, M.M.; DOROGOBID,
G.M.; ZHDANOV, G.I.; ZAGCRULIKO, A.I.; ZZURMI SKIY, A.G.; rVASHCHMO,
U.N.; KAFTAN, S.I.; IVASRA, A.S., KIREYEV, A.D.; KLISHEVSrIY, G.S.;
KOZYRW, V.P.; KOTA)BOV, V.N.; LGAIAW, X.I.; DIYTIIS, V.A.; LURM, B.Z.;
LOBCDA, N.S.; LUBINNS. I.A.-, HANDRTKIN, I.I.; MUSTAFIN, F.A.; NWIRCNSIrY,
N.M.; IMFEDOV, V.A.; 03MOVSKIT, U.K.; PIETISIV. M.A.; PRMCN, I.D.;
PODCIROZMSKIY, M.0,; POPOV, A.P.; RAK, A.I.; REVYAKIN, A.A.; ROZHKOF,
A.P.; RCIZENGAUZ, D.A.; SAZCIKOV, S.A.; SIGALOV, M.B.; STCKAXHIN, Ta.B.;
TARASOV, S.A.; FILnTM, B.S.; FRIDMAN, N.K.; PRISHBMG, V.D.; XHARIKCIN-
SKIY, X.V.; KHOLOPTSAV, V.P.; TSARXV, M.W.; TSOGLrN, M-.B.; CHIRM, I.I.
CHEWOK, V.T.; SHMEW, A.K.
Swmil Berisevich Bamme.Kokz i khim.ne.6:64 156. (KLRA-9:10)
. (Bammo, Sarniil Berisevich, 1910-1956)

11-.1.1 6. all----

1~00-V'S'ITY, I.A.; RPLIDBRIN, M.G.; GRYAZNOV, N.S.
Coking of blended coal charges prepared b7 the selActive
crushing method. Koke I khIm. no.4:8-12 '57. (MLRA 10:5)
1. VostochWy uglekhimicheakiy Institut.
(Coal preparation) (Coal-Carbonization)

68-7-5/16
AUTHOR:Gry,Lzrov, N.S. (Cazad.Tech.Sci.)
TITLE: -Features of Thermal Decomposition of Coals.
(Nekotoryye osobennosti termicheskogo razlozheniya ugley).
PERIODICAL: Koks i Khimiya, 1957, Nr 7, pp.16-24 (USSR)
ABSTRACT: The process of thermal decomposition of coal and the
formation of coke was investigated using a rotary plasto-
meter of the author's design. The description is given
i(Fig.4). The shear strength of coal on heating was measured.
Coal X (0 to 1.5 mm) charged in a standard manner into the
ring space R mm) was heated at a rate of 30/min. The in-
ternal coal layer (1.5 mm) was moving (due to ribs on the
rotor) in respect to the external stationary layer (2.5 mm)
with a velocity of I rev/hr. In some cases coal was heated
continuously up to the formation of semicoke, in others
heating was stopped and the coal kept at a temperature be-
low the temperature of its maximum fluidity, or, after heat-
ing and cooling of the plastic coal mass, it was again re-
heated in an atmosphere of carbon dioxide. Curves obtained
(shear strength versus temperature or time) are given in
Figs. 2 - 4. The reactivity of thermally treated coals was
measured by the reaction with a 51o benzene solution of sul-
Card lghur monochloride (the amount of sulphur combined wit!i the
68-7-5 -'161
Some Special Features of Thermal Decomposition of Coals.
coal) and the reaction with an alcoholic iodine solution.
The results obtained are given in Figs.5, 6 and 7. The
dispersion ability of thermally treated coals in an alcoholic
benzene mixture and in anthracene oil, as well as rates of
evolution of the decompositionIxoducts (Fig.8) and changes
n the inherent water content of thermally treated coals
i
Fig.9) were also measured. On the basis of results obtained,
it is concluded that thermal decomPctt~on of coal during cok-
ing takes place in sta~;es: the first stage - an irreversible
decomposition into structural components of the organic coal
mass leading, to splittin6 off of low molecular products
(IT201 002 etc.) and the formation of unsaturated bonds which
increase the reactivity of the residual substance; the second
stage - an irreversible combination of activated residues and
their cyclisation, leading to the formation of new compounds
(with a more complicated carbon structure), which on subse-
quent heating under6o further splitting and packing. These
phenomenae, characteristic for both caking and non-caking
coals, take place before the formation of rigid spatial
structure of semicoke in a continuous manner and overlap
Card with each other. Further packinr, of serilicoke should be con-
?/4
~j -5/16,
-5-7
Some Special Features of Thermal Decomposition of Coals.
sidered as a process of intermolecular rearrangementy caused
mainly by'further splitting Off of low molecular products
(H9 etc.). The period of a high reactivity of thermally
triiated coals lies below a temperature of about 500 C. For
cokin& coals this corresponds to their plastic state. DU_r-
ing the period of an increased reactivitY it is impossible
to stop the above processes by the discontinuatiOn of heat-
ing, as packing and solidification of the activated residual
substance of coking coals continues without a supply of heat
from outside". When developing a technique of rapid heat
ing of coking coals for their subsequent briquetting it is
necessary to stop heating and commence pressing before the
"spontaneous" loss of plasticity occurs. Moreover, by
stoppi3W, heating at about 400 C due to polymerisation of
the plastic coal mass it jr, possible to-prevent strong swell-
i33g of briquettes on subsequent heating. The process Of
coking can be stopped and again continued after the period
of a maximum chemical activity is passed, at a tem-
perature above 500 C, when the residual unsaturated bonds
are practically absent and a rigid spatial structure is
already formed. There are means by which the stepwise
character of the chemical coking reactions can be utilised
card for the stimulation of the formation of liquid phase and an
3A

68-7-5/16
Some Special Peatures of The=al Decomposition of Coals~.
increase in the caking ability of coal: a rapid heating in
the range of plastic state of coal, moderate heating up to
about 300 C under gas pressure, moderate heating in hydro-
gen atmosphere under pressure and a moderate treatment with
high frequency currents. There are 10 figures and 29 ref-
erences, including 26 Slavic.
ASSOCIATION:VUKhIN.
AVAILABLE: Library of Congress
C8rd
4/4

68-58-3-1/22
'AUTHORS: Fe2ldbr;n, M.G-, Gryaznpv,,,A,,8,.,, and Lazovski-L I.M.
yl
TITLE: Utilisation of Gas and Weakly-eaking Coals in Blends
of the Eastern Works (Ispollzovaniye gazovykh i slabo-
speka.y-_,sh~ahikhsya ugley v shikhtakh vostochnykh zavodov)
PERIODICAL: Koks i Khimiyal 1958, Nr 3, PP 3 - 5 (USSR).
ABSTRACT- The possibility of increasing the proportion of gas
and weakly-caking coals in blends used on the.East,~:!n Coke
Oven Works and -the choice of correct blends which are able
to accommcdate 40-60% of the above coals were investigated.
Blends eontaining gas coals were prepared by a preferential
grinding on a pilot plant, VUKhIN. The composition of
experimental blends is given in Tables 1 and 3, from which
it can be seen that gas coals were re~acing fat and well-
caking coals. The method of preferential grinding is des-
cribed in some detail. Coking was done on a semi-industrial
pimati the results obtained are given in Tables 2 and 4.
Conclusions: preferential-grinding of blends containing
40-60% of gas coals cons-iderably improves the strength of
coke (by 12- 28 k~) provi n~ that the blends possess sufficient
?aking abilf--ty y 15 mm However7 despite a considerable
ine-nease in ooke stnngth by preferential grinding, the latter
Cardl/2 cannot seizure the production of coke similar in strength to

68-58-3-1/22
Vtilisation of Gas and Weakly-caking Coals in Blends of the Eastern
Works
c;hat of f,.urrent production. Further increase in the coke
strength csn be cbtained by applying preferential grinding
and stamp --harging. The results obtained should be confirmed
by trials under industrial conditions. There are 4 tables.
ASSOCIATION: VU]KhIN
Card 2/2

SOV/24-58-6-3)1/35
AUTHORS: Gryaznov N S Lazovskiy I.M. and Felldbrin M.G.
TITLE: Contribution to the Theory of Coke Formation in Connectica
with the Selective Grinding of Coals (K teoril formir-
ovaniTa koksa v svyaze s izbiratellnym izmellcheniyem
ugley
PERIODICALs Izvestiya Akademii Nauk SSSR, Otdeleniye tekhaicheskikh
Nauk, 195 9 Nr 61 pp 11+4-14.8 (USSR)
ABSTRACTs Laboratory and semi-production coking test results with
selective grinding of coal have shown that at Eastern
coke plants more gas and weakly caking coals can be used
and coke quality with normal coals improved. The authors
deal first with the structural (crack-free) strength of
coke? tabulating (Table 1) results which show that it is
reduced by selective grinding. Other results (Table 2)
indicate that the viscosity of the coal mix on softening
rises, the effect being obtained (Table 3) when petro-
graphically homogeneous coals are ground. The authors
discuss the increase in internal friction of the plastic
Card 1/3 mass which occurs with all coals as the coal-grain
surfaces are opened up. The decrease in charge bulk

SOV/24- 58-6-31/35
Contribution to the Theory of Coke Formation in Connection with the
Selective Grinding of Coals
density produced by selective grinding leads to higher
porosity and this, together with the poorer caking,
accounts for the deleterious effect of such grinding on
structural strength. The authors consider next the lump
strength of coke, showing (Table 1) that this increases
with selective grinding. They attribute this to the
greater petrographic and size uniformity and consequent
reduction of internal stresses. Finally the authors
summarize the effects of selective grinding for various
types of charge: coke stability is improved when a low-
stability coke is otherwise obtained from strongly caking
coals; with charges containing a high proportion of gas
coals a strong coke Is not obtained; a relatively small
improvement in coke strength is obtained with charges
Card 2/3 which normally give a medium-shatter, structurally strong

SOV/2L~- 58-6-31/35
Contribution to the Theory of Coke Formation in Connectionwith
the Selective Grinding of Coals
coke; strong coke is not obtained with low-caking
charges normally giving a highly abrading coke. For
preventing reduction of structural strength due to
selective grinding the authors recommend tamping of the
charge and quote some test results.
There are 5 tables and 6 references (5 Soviet, 1 French)
SUBMIT July 16, 1957
Card 3/3

M 11 q- 1 1'. 11,i I ,I -i I ;' i .- ~ ~;
AUTHOR: q-r:EazaoV, N. S. Candidate of Technical Science
TITLE: A Method of Analysis and Forecastin. of the Structural
Strength of Coke ('aletod analiza i prognoza strukturnoy
prochnosti koksa)
PERIODICAL: Koks i Khiiaiya, 1958, Nr 7, pp 16-22 (USSR)
ABSTRACT: By structural strength of coke, the stren.;-th of coke
lumps free from fissures is understood. The author
described the VUKhIN method of determininG the
structural strength of cokes, which is equally suitable
for laboratory and industrial cokes. A laboratory
cylindrical retort for the test carbonisation (500-600 g)
is desc5ibed (Fig.1). The method consists of placing
a 50 cm samples of coke 6-3 mm in size (this fraction
should correspond to at least 500/6 of the total sample)
into a cylinder of 25 mm internal diameter and 300 mm
long together with 3 steel balls 15 mm in diameter and
rotating the cylinder for 1000 revolutions of 25 r.p.m.
(Fig.2). The structural strength can be determined in
absolute units of specific work of crushing- coke, but as
the increase in surface durinG crushin6 is mainly
Card 1/4determ-ined by the increase of the yield] of dust by

68-58-7-6/27
A Method of Analysis and Forecasting of the Structural StrenGth
of Coke
weight (1-0 mu fraction) and, therefore, the index of
stren6th can be expressed by the fraction retained on a
1 mm screen. The reproducibility Of Parallel deterir-ina-
tions should not be lower than 1% arid between t,,,,o
samples obtained in two parallel cokinL. experiments - 210o.
The bulk density of coke as used for the teSt can often
be used as its additional characteristic. UsinC the
above method the structural strength of coke _bade from
blends used in the Eastern re~Sions, of pitch colre as
viell as the influence of method of prep arat-. ior. of blends
for coking on the structural strenbth of coke'- 1--)roduced,
were investi6ated. The ex-peri-iiiental resul;~-.,: are given
in Tables 1 - 8 and Fir;s. 2-3. The results
D
indicated 'hat chanLies in -the index of structu=al stren-th
follo-~,, chan6es in the impact stren--:-th and resistance to
wear. With increasinS cokInG temperatura the ctructural
strenGth of coke increases folloainS its tensile ntrenL;th.
Card 2/4 For -uh.:., coals investicated the index of structural
U
strenGth followed the strength of co'Ke as deterEiiaed by
the dru-m test. The property of the index can be used for
choice of coal blends on the basis of laboratc-ry

68-58-7-6/27
A method of Analysis and Forecasting of the Structural Stren.,--'U-h
of Coke
experiments. To obtain a stronE; neta,11LLrgical coke the
following indices should be obtained: 1) the index of
structural strength of laboratory coke should be above
75% and 2) on transfer from semi-coke to coke, the
shrinkage (the evolution of the residual volatiles) should
not exceed 10%. The influence of the degree of fineness
of the blend on the structural strenGth -was also tested
and it was found that with increasin- fineness of the
blend? the structural strength of coke decreases. The
opposite effect is obtained by stamping. It is pointed
out that the structural strength of coke is a function of
three components: 1) caking ability, i.e. the strength
of adhesion of coal grains to each other; 2) wall thickness
of pores (i.e. porosity) and 3) the hardness of the viall
material. It is concluded that usln6 the above index it
is possible to find causes or forecast the nature of
changes of the strength of metallurgical ;oke with changes
Card 3/4 in the composition or preparation of coal blends.

68-58-7-6/27
A method of Analysis and Forecasbinr- of the Structural Stren6th
of Coke
There are 8 tables, 4 figures and 14 references, 13 of
which are Soviet, 1 English.
ASSOCIATION: VUKhIN
1. Coke--Mechanical properties 2. Coke-,S-tructural analysis
3. Coke--Test methods
0 ard 4/4

ZASHKVATIA. V.G., kand. tekVm. nauk; Q4TgNp~Vj_H.S., kkmd. tekhn.nauk;
SHCHUKIN, ?.A., kand, tekhn. nauk - - ------
First metting of workers of the fuel industry of Czechoslovakia.
Iroks i khim. no-12:50-52 '58. (KIU 11:12)
I Ukrainskiy UklekhImicheakiy institut (for Zaahkvara). 2.VostochAyy
niSeQlaicheekly institut (for Gryaznov) 3.Inatitut goryuchikh
iskopsyemqkh AN SSSR for Shchukin)
~Czechosloyalda--Puel)

-.Soho=
9 IMMIS aIIXARVR YraVA
IL t rp .....
vin moulepT cvsv~ fw amoml ad Ann" answal a
a..4us 4c cbmis" cbmdmx Tooboo1w of p"",
ro". " 6". gel. a"
aboboaft of spoft so be prowifts as ebm =RUM& mmw~.
W"", 33 waft Mg.

CA V N
9
8 ,
'lot j
fit
~ It IF, "11-

AUTHORS; Gryaznov. I.I. S el'dbrin, 111.G. and 3.33.
TITLE: Coking of Preliminary Pre-heated Coal Blend (Koksovaniye
predvaritellno nagretoy ugollnoy shikhty)
PERIODICAL: Koks i Khimiya, 1959, Nr 2$ pp 17 - 20 (USSR)
ABSTRACT: The influence of a preliminary pre-heating of the coal
charge on the characteristic features of the coking
process and the quality of coke produced was investi-
gated. A blend from Kuznets coals, used or, tiie Chelyabinsk
Metallurgical Works, in which a par. of the fat coal
replaced by gas coal of the following compositioa was used
for the investigation, %: KZh - 41, Zhl - l?, G1 - 11,
K2 - 31. The blend was crushed in the usual manner to
93% of - 3 mm �action. Pre-heating was done in a rotating
drum placed in a rijag furnace. The cokinc, iaS dcne in an
electrically heated oven, 400 = wide of a capacity of
180 kg. The -temperature of he surface of over- walls at
the 8nd of coking was 1 030 C a-nd a-u the tax iiie. plane
0/50 C. The hot blend was charged directly from -~]-_e pre-
heatincl- drum. Changes in the bulk density and rate of
flow (from a special bunker with an outlet 4C L~_r, ir-
diameter) of pre-heated blend were deteralined (Table 1) -
Cardl/3 both attained maximum value at a pre-heatinE temperature

~~UV/Ub-
Coking of Rualiminary lie-heated Coal Blend
of 200 'C. 0 Pre-heating of the blend to a temperature
above 200 C is unprofitable as the bulk density and the
rate of flow decrease due to the beginning of thermal
decomposition. Changes in the volatile content, t1-ickness
of the plastic layer and apparent viscosity i-Iri-th pre-
heating temperature are given in Table 2 and Figure 1. A
decrease in the fNdity of the plastic mass begins after
pre-heating to 204 C. The-temperature gradient durinE
coking was measured with 4 thermocouples placed in one
half of the oven. With increasing pre-heating temperature
the mean cokinG velocity increases but the individual
layers of the charge carbonise at a rate sharply different
from the mean rate. Changes in the heating rate of
ordinary and pre-heated charges du-rinL,: the plasticity
period at various distances from the wall are given in
Table 3 and changes in the thickness of the plastic layer
during its movement towards the tar line plane in
Figure 2. The quality of the coke produced from ordinary
blend and pre-heated to various temperatures is 8ompared
in Table 4. On pre-heatinj~, of charge up to '00 C, the
e
Card2/3 quality of the coke improves, but, with pre-heat_J'Ln6_* to a

SOV/68-;~8-2-5/20
Coking of Preliminary Pre-heated Coal B-Lend
higher temperature the quality of the coke deteriorates.
It is concluded that pre-heating of the coal charge
improves the quality of metallurgical coke and increases
the throughput of the coke ovens by approximately 351/6. 0
Pre-heating of the coal charge within a range up to 2CO C
is advantageous. There are 2 figures, 4 tz3Cbles and
? Soviet references.
ASSOCIATION: VUKhIN
Card 3/3

SOV/6`1,9:9-6--~J!2
AUTHOES: Lazovskiyj I.H., Felldbrin, M..G.
(VUKhIN). Pakhalokj I.F., Poput-nikov, F.A., Yurenko*.',N.I.
and Lyamin, I.N. (VNIIUglebog?~shchenJLye)
TITLE: Preparation of Coal Blend by Air Ellutriation with
Crushing of Large and Heavy Parti~-.Ies (Podgotovim
ugoltny1ch shikht vozdushnoy se arats4-yey s drobleniyem
krupnykh i tyazhelykh chast-i ~
ts,
PERIODICAL: Koks i Khimiya, 1959, Nr 6, pp 5-8 (USSR)
ABSTRACT: The use of air ellutriation in the preparation of coal
blends by preferential c!ushing is proposed. The method
consists in that a coal or a coal blend of a size 25-0 mm
is air ellutriated in a pipe, so that Q,--0 mm size
fract-I -on is removed by the air stream and t,he 25-3 mm
fraction is crushed a-rid again air ellut.-,'iated. A pilot
plant installation erected for this p-.~rpose Mig) and
some experimental results obtained are described. Coal
blends used on one of the Eastern coking works were used
for exDerimerits. Size distributions of coal blends and
quality of ooke obtained by the usual crushing and
preferential crushing with and w1thout air ellutriation
Card 1/2 are shown in Tables I and 2. It was found that the use
of air ellati'Lation de,-.reases th~.I prop::,Tt1-.rr, r,,f duit

SOV/68-1~9-6-2/- r-,
Preparation of Coal Blend by Air wi-th C--.-ash-irAg of
Large and Heavy Particles
(0.42 .- 0 mm) by 5.91~% and Iftia d,Lst-r-.j,b-,.4ticf,;, of ash
between the ind--`~2idual size f-,,a.-:-t;irn is more unifol-M
(ash content of la-.ger pa-rticles -is somewha-~ lower than
that of fin-j i'l,ao.tlons) and tiie c-ok,i obtainod (-ii a
Pilot Plant) was st-,.,onge- t1ian fz,m blends prepared by
preferential e,--,,,jshi.ng without a.-.-. Tha
desIgn and r;onst.T.-uction oC a Ilarge :3%ale exper."mental
plant for prefe.-z-ential caushing w:~th ai.r ellut-riation
-In a closed ~.S T-ee3mms-nded.
Card 2/2 There are 1 figure, 2 11"ables !i.nd ~ Soviet

, LAZOVSKIY, I.M.; FZL'DBRIN, A.G.
Increasing the use of gas coal in coking oven charges In eastern
plants. U901' 34 no.4;6o-62 Ap '59. ?i4IR& 12:7)
1. Vostochr7y uglekbimicheakiy inetitut.
(Ural Mountain region--Coke ovens)

GRYAZNOV,.N.S., kandtekhn.nauk; PBTROV, VIX.
Gok!Lng of coals under ges pressure. Xoks i khim. n0-100-35 16o.
(KIRA 13:6)
1. Tostochnyy uglekhimichaskly institut.
(Goal--Carbonization)

QRYAZNOT. N.S.
Coal pressure arising during coking. Koks i idiim. no,6:16-20 160,
(MIRA 13:7)
1. Vost-ochnyy uglakhtmichookiy institute
(Coal--Carbonization)

BOLITXR, Ye.P.; GRYAZNQj,-fi.&I.,L SHAHSMURIN, F.I.
X-ray examination of coal clinkering. Dokl. AIT SSSR 134 no.6:1403-
1405 0 160. (MIRA 13:10)
1. VostochW nauchno-issledovatel'sIdy uglekhimicheakiy institut,
g.Sverdlovsk. Predstavleno akademikom V.A.Zarginym.
(Coal, Pulverized)

GRYAZNOV, II-S-, kand.tekhn.nauk
elling of a plastic mass Of
Viscosity, gas permeabilityp and ow ()4IRk 13:8)
coals. Koko j khim. no.8:7-10 160.
1. Vostochnyy uglekhimicheakly institut-
(Coal-Carbonization)
,/o2o/60/154/00 6/
4
alld
a%n0V
Gry
,je 110. 6,
ai C 411
,,oiite Iq0f CO ing Vol. 13
d 0 r a ii na,114 SSSft rely al in
X,aem h.ther I" jace
3'jF
~-JadY +0 es f roul
DO). 1405 roblem as ersioll oals
P'L -pp. 1403- olve the 9 or a dsp ~ ,6) Sas O~,,7,,14),
tea to grains ,, 1-6 W4 a and
an f coal ~,a 7, ne t 5 types 4501 or
s 0 0 f, mine ~ ,ere groan
author urface G'~Cing e-V SICELY31 mpje9 5" d) - CO.
The of the 5 tea the.olYsay '1 9 _yif e I 'Sas f i%ed
r
tiga 'oa jalf
inters i-Al a s ~ i'alm
,ction and the -BUT faces 01 r, al C re
They 4 ie"' the ve
'king - I - 0.35 e s
. me j 'Kiro J'a
ca e3. n and -nergY a 80 ctionst CO The as--
m'-n
the 11,26), radian Un or 14a2 tion 'Nas
,26 (iZ Ca45 th e gr 0 aeforma .6res?
lith Of iYo 4 stjo Jail pl- d)~
marKed ied to means 19. t into S13 A
)2 jas a99 th e ir P ell to
r, a45(110 3_ nate y 2 and mpies ,ere a? ic Pla
or car 0 togr h
Of i Yg/1' , lye 110
as a slir 0 the CO of the P
at a pTes 1) - Then 0 ,ar e
cov~ed a (Tabie 'nod ~e%P
,ermine a r adjograp
gr 01111aIan
card 1/2
Radiography of Coal Caking
310201601134100610281031
The radiographs are shown in Figs. I B004/BO54
Plastic deforma
softening of th t'On Of the grains 2. sumling UP: A higher or lower
chemical intera e coal. The grains Occurs depending on the degree of
ction are2 however
ures,j table and 2 not d
11 caking is restricted to the alsPerled; thus,
Soviet references. urface layer. th,,Jr
ASSoCIATION: 71)art? are 2 fiF-
VOstochnyj, nauchno-i
Institut, Sverdlovsk 'sledovateliskiy uglekhimicheskiy
khi
Ovsk --Y Ugle miche kiy
Ea, ter-' c*e tif,
Eastern Scientific Res arc
~'n ~IR ~ese a r c~j n t_
er s a Jtut~
dlOv k e of Ch m1st
PRESENTED: Sver lOvsk e h Institute Of Coal Chemistry,
lav C~oa e
SUBMITTED: May 6., 1960, by V. A. Karain, Academician
May 5, 1960
Card 212
GBYAMOY- N-S' ', SHEMYANKIII9 B* V- ; T37NOVNIKOVI AS'
and sizes. Zoks i khII6
classification of coke according to tyPse (m]RA 13:10)
no.10:22-26 160-
VOstochWY uglekhjuicheskiy institut*
(Coke)

GRYAZNOV, N.S.; LAZOVSKIY, I.M.; FLLIDERIN, M.G.; KORENSHY, V.I.
Preparing coal for cokinF b:; the method of Fncuratic anu mechanical
separation. Koks i khim. no.8:4-6 '61. OuRA 15: 1)
1, VostochRvy uglekhimicheakiy institut.
(coal) (Coke)

GRYAZNOV, MUM Sergeyevich; ARONOV, S.G., doktor tekim. nauk,
retsenzent; PANM14KO, S.I., doktor tekhn. nauks red.;
KIffZFIOVA, M.L.9 red. izd-va; MALIKOVA, N.T.p tekhn. red.
[Plasticity and the caking of coals]Plasticheskoe sosto-
ianie i spekanie uglei. Sverdlovsk, Metallur izdat, 1962.
191 P. VIM 15;9'1
(Coal-Testing) (Coke)

. GRYAZNOV,, N.So? kand.tekhn.nauk; prinimala uchastiye KOMAROVSKMt GJI.
Characteristics of the changes in the plasticity of coal caused
by in6reasing coking speed. Koks i khim. no.b6-12 162.(KMA 1522)
1. Vostochnyy uglekbimicheskiy institut.
(Coal-Analysis) (Coke industry)

GRYAZNOV., N.S.; JAZOVSKIY., I.M.j FELIDBRIN, M.G.; KAUEW, A.A.;
MUR-OVSKAYA, G.H.; LATSKAYA, M.P.; IVANOVA, L.V.
Peculiarities of the process of coking coal with oil additione.
Koks i khim. no.;6.17-22 161& OMIRA 15:2)
1. Vostochnyy uglekhimicheskiy institut.
(Coke industry)

TSIPLIROVICH, Eoisey Venianinovich, otv. red, ; CiffAZI'VV, 1:.S.'
red.; KOLE.'W, A.P., red.; PAI:Gl*,9-,,'KO. 0.1., rad.;
F-ELINHH." red.; UAPAYFIIIIA, F.K., red.izd-va;
KO,,LLI J, V.P., tekhn. red.
(Coal preparation and coking) Podgotovka i 1,01--50WInie Uglei;
sborni-k statei. Sverdlovsk, Metallurg-Indat. 1".o.3. 1962.
1a5 P. OLIAA 16:12)
1. Sverdlovsk. Vostochnyy nauchno-insledovI-Aell-skiy ugle-
khi,-~.ichoskiy inotitut.
(Coal prepava-tion) (Coke)

GRYAZNOV,, N.S..; LAZOVSKIY, I.M.; FELIDERIN, M.G.; IVANOVA, L.V.;
KOMAROVSKAYA, G.M.
Standardization of methods of coal preparation for coking.
Koks I khim. no.40-9 962. (MM 16t8)
1. Vostochnyy ugleldiimicheaki institut.
I
(Coal preparatioj

GRYAZNOVP N.S.; IAZOVSKITY, I.M.; FELIDBRINI M.G.
Coal pre0aration for coking by means of preliminaz7 beating
and efficient crushing, Koko i khIm. no.llslO-12 162.
WMA 15112)
1. Vostochnyy uglekh3micbeakly institut.
(Coal preparation)
1.

KANAVETSY P.I.; MLENTIYEV, P.N.; YENIX, G.I.; IVLEVA, A.S.;
LAZOVSKIY, I.M.; GRYA1ZN.OV, N.S.; MOCHALOVA, G.V.; KORMSKIY, V.I.
Preliminary granulating of coal charges with rolling in mazut.
Koks i khim. no.&10-i4 163. (KIRA 16:9Y
1. Institut goryuchikh iskopayemykh AN SSER (for Kanavetsg
Melentlyev, Yenik, Ivleva).. 2.-Vostochnyy uglakhimicheskiy
institut (for Lazovskiyp *aznov~ Mochalova, Korenskiy).
(Coal preparation)

KUPERMAN, P.I.; GRXAZNQV, N.S.; MOCHALOV, V.V.; FROLOV, V.11.; MJSTAFIN, F.A.;
PUSHKASH, I.I.; SLAVGORODSKIY, M.Vi; LAZAREV, S.L.; BORISOV, V.I.;
Prinimali ucha:stiye: CHERKASOV, N.Kh.; ZABRODSKIY, M.P.; RYTCHENKO,
Aj.; RUTKOVSKAYA, Ye.N.; SAITBURGANOVA, U.I.; SHTAGER, A.A.;
SHISHLOVA, T.I.; BUDOLY, Z.P.; MENISHIKOVA, R.I.; GORELOV, L.A.;
AGARKOVA, M.MQ; KOUROV, V.Ya.; KOGAN, L.A.; BEZDVERNYY, G.N.;-
POKROVSKIY, B I.
Effect of the lengthening of the coking time on the coke quality and
testing of coke in the blast furnace process. koks i khim. no.9:
23-28 163. (MIRA 16:9)
1. Vostochnyy uglekhimicheskiy institut (for Kuperman, Gryaznov,
Mochalov, Kogan, Beadvernyy, PokroVskiy). 2. Urallskiy institut
chernykh metallov (for Frolov). 3. Niahne-Tagillskiy
metallurgicheskiy kombinat (for Mustafin, Pushkash, Slavgorodskiy,
-tozarev, Cherkasov, Zabrodskiy, 21tchenko, Rutkovskaya,
Saitburganova, Shtager, Shishloira, Budoll, Menlwhikoya)
Koksokhimstantsiya (for Borisov, Gorelov, Agarkovaj iourov).
(Coke-Testing)

1-111FIOSIR.11CMIKO, A.M., kand. tekhn. nauk; PANICHE110, S.I., doktor
tekhri. nauk; S11TROPBERG, B.I., kand. tekhn. nauk; FRIITHEERG,
V.D., kand. tekhn. nauk,- BAYDALR;'OV, P.A., inzh*;..GRyAzI"OV'
N.S., dokt.or tekhn. nauk; ZASHKVARA, V.G., doktor
-azoislay, I.M., kand. tekhn. nauk; WD-IICIIEV, B.T., inzh.;
FELIDBRIU, M.G., kand. tekhn. nauk; BAKUV, N.A., inzh.; BARATS,
B.M., inzh.; VOZITYY, G.F., kand. tekhn. nauk; 1,11KRALICHUK, A.I-',.,
inzh.; TOPOliKOV, V.Ya., kand. tekhn. nauk; FLORIIISKIY, N.V.,
inzh.; KIIAYET, A.N., inzh.; SIIELKOV, A.K., Inzh., red.; ARONoV,
S.G., doktor tekhn.nauk, red.; PIIEOBRAZIIEIIS%IY, P.I.p inzh., red.
(I'anual for coke chemists in six volumes] Spravochnik koksokhi-
IILN'
mika v shesti tornakh. Moskva, Izd-vo ,etallurgiia.11 Vol.l.
[Source of raw materials and preparation of coal for coking)
SyrIevaia baza i 1-.odgotovka uglei k koksovaniiu. 1964. 490 p.
(VIRA 17:5)

1 11 '' 1-11 " "I'll-' " " , .-.. " , - " , - - I , , . I . '. . - . I I
GRYAZNk'V. P., lnzhaner-Podr-l I-I
Votor with free moving pistons. Voen.-Insh. zhur. 101 no.5:27-2;:
97 '57, (Ingines) (YLR,, ic: 6)

.: ; 1. i 11 1 " i P I I ! I I ;. oi
GRYAZIIOV, F., inzhener-podpolkovnil,
New cutter. Starsh.-serzh. no.8:22 Ag 161. (IMIRA 14:10)
. (Motorboats)

GRYAZNOVI_~~G,
Gus and all woll cementing in permaflast, Oat, proms 10
no,?i6-9 165& (MIM 1818)

A-
DATSKEVICH. F.; POTEKHIN. B.S.; ZIMIN, Y.Y.; POPOV, I.Ta.; RUSIN, P.U.;
ANOXHIN, S.D.; NESTMOV. V.F.; FROLOV, V.A.; GRYAZNOV, Y.A., red.;
USTIYANTS. V.A.; KAPRALOVA, A.A., tekhn.red.
(Modernizing punched card calculating machines] Opyt modernizatsii
schetno-perforatsionnykh mashin. Moskva, 1~os. stat. izd-yo, 1957.
75 P. (MIRA 11:4)
1. Russia (1923- T.S.S.R.) Upravleniye "Soyuzmashuchat.0
(Punched card systems)
(Calculating machines)

GRYAZNOV, V.A.; STILYAKHTERI, P.Ta.
Device for rail laying. Pat' i put.khoz. 4 no-3:37--38
* 16o. (MIRA 13:5)
1. Xacballnik proyektno-izyskatelIakoy gruppy slixzbby puti,
Kalnga (for Gryssnov). 2. Inzhener PDHS-4 Kalininskoy dorogi
f*or Shlyakhtin).
~
(Railroada--Trackla.ving machinery)

AC; NRs
INVEMR: Gryaznor, V. A.
ORGs none
Sa
TITLE: Device for voltage control. Class 21, No. 184343
SOURCE: Izobret prom obraz tov zn, no. 15, 1966p 57
TOPIC TAGSi voltage regulator, electric relay
ABSTRACT.- This Author Certificate presents a device for controlling the voltage to
trigger and release electromagnetic relay- and switches, which contains a voltage
source and a controlling-measuring device #o measure and control automatically and
to increase the accuracy of measurement, ~ho controllirg-measuring device is in the
form of a decimal code to stopped voltage convertor connected to a counter unit,
operating from a pulse generator, and provided with a reverser for changing the count
direction and a switch for salectirqr the initial output voltage level (see Fig. 1).
The investigated relay is connected between the power supply and the counter unit
through an amplifier. The relay contacts are connected in the circu-it of a BOMi-
conductor switch connected in turn to the counter unit for aetting the decimal code
whose digital value corresponds to the required voltage.
UDC: 621

ACC NR, AP6029696
Fig. 1. 1 voltage source;
2 - docimal code to stoppud voltago
converter. 3 - counter unit; 4 -
pulse generator; 5 - reversing
device; 6 - 6witch; 7 - mplifierj
investigated rolayj 9 - a-witchi
i 10 - required volLage iiAiciator
L
Orig. art, has: 1 diapam.
so CODE& 09/ SUBM DATE': 22Har65
77 OF
"I I It

3 1 1
GRYAZIIOV, V.I.,kand.tekhn.nauk
BinociLlar photographic levelling instrument. Tranap.stroi.
9 n0-1:55-56 Ja '59. (HIM 12:2)
(Sw-veyinC--Instruments) -

C. 14.
U fog th* Mikoplak msnpAo"( @its.
t ( -",(. tk,sd. Namb ~XSV-
t~or H. U w.1--mit'llpf"I Ill..1 j~d-willrLsil.-
IlYrO1114he Ort~ Of 1110,C flrjkKil~ Iri~ frimi imstigiiiift- I)rr
hAitt" ;:' ~
Of ofr
~d hli,h. ~ui,
Pyrolmitc.

KAUOV, N.N.; GRYAZNOV, V.I.
Age and genesis of non-separated strata of Tertiary sands in
the region of Za-Doro2h'ye city. Dokl.AN SSSR 94 no.5:931-93Z
.F 154. (MLRA 7:2)
1. Predstavleno akademikom D.V.Nalivkizxym.
(Zaporozhlye region--Geology, Stratigraphic)
(Geology, Stratigraphic--Zaporozh'ye region)

GRYAZNOV, V.I.
Indications of the sublittoral conditions in the formation of or$
facies in the Nikopol manganese deposits. Dokl.AN SSSR 96 no.1:151-154
)(7 154, (MM 7:5)
1. Predstavleno akademikou A.G.Betekhtinyu. (Nikopol-Kangenese ores)
(Manganese ores-Nikopol)

GRY.AZNOV, V.I. - -
"
Nikopoll inesite - composite systems of isomorphic compounds (Kn,Ca)
C03. Min.sbor.no.9:303-309 155. (MIRA 9:9)
l.Dnepropetrovsk, Goandarstven"y universitet.
(Nikopoll (Ukraine)-luesite)

GRYAZNOV, V.1.
6;41-140 , ~-
Mlneralot7 o,!' manganese ores of Nikopoll in connection ~.-Ith the
role of diagenesis in ore formation. Vop.min.onad.obr- 3/4:212-226
156. (KLRL 9:11)
1. Gosuniversitet. Kauchno-issledovatellskiy Institut, roologii,
Dnepropetrovsk.
(Nikopoll--Xanganese ores)

GRYAZDOT, T. I.
QQPA%WSWAW~M~
Correlation between Cosloma, vigil X -Bdw. fossil finds and
Oligocene manganese ore facies. Dokl.AN SSSR 106:n0.4:717-
. 7W 7 '56. (KRU 9-6)
I.Dnepropetrovskly goandarstvannyy univereltat imeni 300-
letiya Tossoyedinsuiya Ukrainy a Rossiyey. Predstayleno akft-
demikon A.G.Betakhtlax.
(31kopol region--Grustacea, Yonsil)

AUTHOR KARLOV.N.N. &nd GRYAZNOV 4V.I. 20-1-:J/ 54
TITLE Cn the Neocomian Spr-les In the Depression Near the
Black Sea.
(0 neokomakikh otlozheniyakh Frichernomorskoy vpadin3~.-
Russian)
PERIODICAL Doklady Akademii Nau-k SSSR 1957 Vol 115, Nr 1,
PP 152-154 (USSR)
ABSTRACT The occurrence of neooomian deposits here and In the
Ukraine in general has never been determined with cer-
tainty. In 1940 Dyssa classified with it a 30 m mass of
green cretaceoussandy clays without fau-na. They occur
near Bol'shoy Tokmak, 2314 to 265 m deep. According to
Muratov the basis of the western part of that branch of
the depression near to ths Carpathians and of the
southern part of the Karkinitic or the Black Sea depres-
sion as such undoubtedly consist of Paleozoic fold
rocks. This was allegedly confirmed by physical data by
Zavistovskiy. For the solution of this problem the re-
sults of an investigation of carbanate rocks from the
rotor bore-hole of Novoalekseyevka from a depth of
2555 - 2556 m are of interest. By a study of organic
fossils of this limestone its age was determined as neo.-
CARD 1/3 comian, more exactly between the Valengin limits. aased

20-1-41/54
On the Neocomian Series in thQ Depression Near the
Black Sea.
on this interpretatinn of the oross 5ection and in co-1-
sideration of other data, the Cretaceous deposits of the
Black Sea depression can be oharactexi2ed as follows:
Danish stage 57-105 M, Maastrinht 50-60 my Campan-Cognao
78 m and more, Turon-Senomar. 72 m and more, Alb 15-130 M,
Apt *10 - 340, Barrem-Goteriv 90 m, Valengine 0,5 m and
~Tithon 18 m of thickness. Altogether 1627 m- It may be
concluded that the hercynian fold basis 1-9 absent In the
Black Sea deposit,. The Donets Paleozoic has no direot
connection with that of Crimea and the Caucasus. The
formation of the Black Sea depression apparently began
in the Cretaceous, in connection with tectonio movementR
of the Andean phase of the Pacific cycle in the C-rimean.-
Caucasian province. The influence of the Austrian phase
of the same cycle manifested itself here in the strong
metamorphism of Lower Cretaceous deposits including those
of Apt. They possess a high density (2,62) which
clearly distinguishes them from those of the Russian
plateau (2,2). It is pointed out that A.P. Karpinskiy
indicated already 70 years aeo that the Donet-o hill range
represents a thick complex of deposits which was trans-
formed by orogenesis and which was deposited in a compa-
CARD 2/3 ratively narrow gulf of the Carboniferoua sea. They are

Or. the Keo-,,omiun
Bla,~k Sea.
nc., field
C-f rol&l, cis tr lva:: arjsum~ b,~ an
authizz, Karpl;12x,-) b) thcss
of the
Illustration, '-' S*,,L,r.':i
~ t
ASSOCIATIONz Sclentifl,:
D--tivep,rc-pe-
(Naur~hn~- i lcva- e.-- y ,nitituf
PRESENTrJ BY., S,J., razmber of the
SUBMITTED: 6.'.,5
AVAILABLE. Library of Gon_vr-3r~;~
CkRD 3/3

AUTHOR: Gryaznov, V. I. K~7/2-,-121 -1 -4:':
TITLE: A Rapid Method for the Mineralogical Diagnosis of Manganese
Ores According to Their Electric Conductivity (Skorostnoy
metod mineralogicheskoy diagnostiki margantsev.vkh rud po
elektroprovodnosti)
PERIODICAL: Doklady Akademii nauk SSSR, 1956, Vol - 121, Nr 1,
PP. 159 - 161 (USSR)
ABSTRACT: The useful manganese ores usually contain only few kinds of
manganese minerals the determination of which is, however,
difficult. The diagnosis is complicated by the colloidal origin
of the ores, the fine-disperse state of the minerals, and by
the occurrence of several closely related minerals. Also the
successfully used methods are complicated and require experts
and rather complicated apparatus. It is, however, very often
necessary to carry out mineralogical mass determinations of ores.
In the geological investigation of maritime-sedimentary
manganese deposits it is often important to find the boundiry
between the pyrolusite and manganite zone. As is known, the
Card 1/4 most precious ores poor in phosphorus belong to the first

A Rapid Method for the Mineralogical Diagnosis of S'711/2o- 12 1 -1 -At ~/55
Manganese Ores According to Their Electric Conductivity
zone (Ref 2). Together with G.Ya.Turovskiy the author employed
the rapid method, described later, in the case of Nikopoll
manganese dcpasit for the separation of the pyrolusite ores,
Only few and contradicting data exist on the electric conductivity
of manganese minerals (Ref 1). According to the geophysical
publications the native manganese oxideo and hydroxides have
a specific resistance of up to 106 ohm cm and more. There are
extremely great fluctuations in one and the same mineral (Table 1)"
These data are in absolute contradiction to the conductivity
in polished microsection surfaces (Ref 3). In order to explain
the reasons of this contradiction the author carried out
measurements at Nikopoll samples which were subjected to a
detailed mineralogical investigation. Ye.V.Sinyakov Electrophyxies
Lab of the Physics and Mathematics Department, Dnepropetrovsk State
University = laboratoriya elektrofiziki fiziko-matematiches-
kogo fakulteta )assisted in this investigation. The results
are shown in table 2. The samples may obviously be divided
into 3 groups according to the amount of their specific resistance.
Card 2/4 These groups correspond to their mineralogical composition.

A Rapid Method for the Mineralogical Diagnosis of S07/2o-121-1-455/55
Manganese Ores According to Their Electric Conductivity
The differences between pyrolusite and manganite are great
enough to characterize these two minerals. A portable milli-
volt ammeter connected with a flashlight battery, may be ii~.,ed
if an ohmmeter is lacking (Fig 1). There are 1 figure, 2
tables, and 6 references, 6 of which are Soviet.
ASSOCIATION: Nauchno-issledovatellskiy institut geolpgii Dnepropetrovskogo
gosudarstvennogo universiteta im. 300-letiya vassoyedineniya
Ukrainy s Rossiyey (Scientific Research Institute of Geology
of Dnepropetrovsk State University imeni 300th Anniversary
of the Reunification of the Ukraine and Russia )
PRESENTED: March 26, 1958, by A.G.Betekhtin, Member, Academy of Sciences,
USSR
SUBMITTED: March 25, 1958
Card 3/4

A Rapid Method for the Mineralogical Diagrnosis of SOV/2o-121-1-45/55
Manganese Ores According to Their Electric Conductivity
1. Manganese ores--Analysis
4. Ohmmeters--Applications
2. Minerals --Determination 3. lllanga;neae orec--I'orlduct-',vity
Card 4/4

aRTAzffov, V.I.; SnIN, Tu.I.
Principal geological characteristics of the Bol'she-Tokmak
manganese deposit (the Ukrainian X.S.R.). Gool.rud.sesterosh.
me. 1: 35-55 J&-F '59. (MIRA 12 t 5)
1. Nauchno-issledovatel'skly Institut geol W J Dnepropetrov-
skogo universiteta i Utwainskoye geolegicheskoye upravienlys.
(Dnieper Valley-Aanganese ores)

14(6) -Q011/98-59-4-7/17
AUTHORt GrLaznov, V.I. Candidate of Geological and Minera-
oa _
Ic
f
ogical Sciences, and Rudakov, V.K., Engineer
TITLEE- The Rate of Washing-Away of Loess Banks of the Kakhov-
ka Reservoir (Razmyvayemost7 lessovykh bere-7ov Kakhov-
0
skogo vodokhranilishcha)
PERIODICAL: Gidrotekhnicheskoye straitelistiro, 1959, Nr 4, pp
32-33 (USSR)
ABSTRACT: The authors give a more precise definition of the
formula of Ye.G. Kachu-in to determine the washing-
away grade of the above-mentioned banks. Proposed
Etb
in 1955, this formula looks as follows: Q=k
9
p
,
ahereby Q is the volume of the waphing-away rock -.In
CU M; k is the washability coefficient in cu m di-
vided bypton-meters; E is the wave energy per year
in ton-meters; t is the number of years; b is the
power indicator, less than 1. For loess-like ground
~
Ye.G. Kachugin cites the following values; k =25-1(T
1 47 x 10-5m3/ton-meters. The correction .wasprender-d
Card 112 possible by way of new kno,,,iledge gained through recent

SOV/98-5 9-4-7/171
The Rate of Washing-Away of Loess Banks of the Kakhovka Reser-
voir
observations on the washing-away phenomenon of +-he
Kakhovka reservoir. This study was carried out by
the Nauchno-issledovatel'skiy inptitut. geolo'gi.-I
Dnepropetrovskogo universiteta (Research Institutt~
of Geology of the Dnepropetrovsk University) in. co-
operation with the Ukrainskoye otdelen-iye instituta
"Gidroenergoproyekt" (Ukrainian Section cf "Gidro-
energoproyekt" Institute) during the period 1955-
1957, The formula of Ye.G. Kachugin was incorrec*:
as it could only be used for calculation of low
banks with sand bars. However, steep banks, as it
was learned meanwhile, are subject to a much strcng-
er washing-away effect. Therefore, the washing-
away data on the banks of another reservoir, the
Dnepropetrovskoye vodokhranilishche (Dnepropetrovsk
Reservoir', were ascertained by the newly-amended
formula. There is 1 graph and 1 table.
Card 2/2

GRYAZNOV,, V.I.; ROMANENKO, G.N.
Separation of manganeye from iron in the weathering surface of
Mesozoic and Cenozoic crystalline rocks in the Ukrainian
Crystalline Shield. Lit. i pol. Iskop. no.3:134-137 163.
(MIRA 17:1)
1. Nauchno-issledovatellskiy institut geologii Dneppropetrovskogo
gosudarstvennogo universiteta.
:- . :, F "': ~ "N 11 ~1. I

BPRANOVA,N.M.- JASS, Yu.8.; WGDIWOVICH, V.V.; VIL'GOS, Ye.F.;
GRAZIOANTSEVY I.I.;,_GRYA.~NOV. V.1.; GUTOROVA, Ye.D.;
KABRIZON, V.M.; VOLYAWO, .T.~j"MOROKHOVSKAYA, M.S.;
NOSOVSKIY, M.F.; ROMODANOVA: M.P.; SOSNOV, A.A.;
SHEVCHENKO, Ye.S.; USENKO, I.S.; Prinimali uchastiye:
BONDARI, A.G., inzh.-gidrogeolog; SACHENKO-SAKUN, Ul.,
st. topograf; SHMUKHINA, A.V., st. tekhnik-geolog;
STOPIK, M.A., st. tekhnik-geolog; RFUTOVSKAYA, E.A.,
tekhnik; HETEKHTIN, A.G., akademik, glav. red.[deconsed]
(Nikopoll manganese-ore basin] Nikopollskii margantsevo-
rudnyl bassein. Moskva, Izd-vo "Nedra," 1964. 534 P.
(MIRA 17:6)
Institut geologicheskikh nauk AN Ukr.SSR (for
Baranova, Molyavko, Romodanova, Usenko). 2. flauchno-
issledovatellskiy institut geologii. Dnepropetrovskogo
gosudarstvennogo universiteta (for Gryaznov, Nosovskiy).
3. Trest IlDneprogeologiyall (for Bogdanovich, Kabrizon).
4. Trest "KiyevpAologiyall (for Bass). 5. Trest "Nikopoll-
Marganets" (for Villgos, Grazhdantsev, Sosnov).

GliyAzl.,J,Ijll) V..!.; ~, V"k !,.V.
I I I
Phosph(,-,ro,,i.9 mineral-, in the 1;l*kcp-,l I nartganese cres. :,-4t. i p01.
iskop. no.4:.153--160 JI-Ag 165. 18:9)
1. Nau(!hnc--I-ssLti(i(ivutt,-Allskly lLnstlt!-'t g(-ci(;j,,'JJ Dnepropetrovskago
gosudarstirennago univar3itota.

KRE.ENTITEV, A.K,,
SAVOSTIYANOV, Dmitriy Dmitriyevich;,,2LIALADL..4.1,.,rtId
tekhn.red.
[Construction and repair of calculating machines (models KEV, KEL, KHM
SAL, SASL) Konstruktaiia i remont vychislitellnykh mashin (modeli KRV,
11L, XUR, SAL, SASL). Izd.2-oo, perer.i dop. Moskva, Goo.stat.izd-vo,
1957. 223 P. NMA 10: 11)
(Galculating machines)

DVOYRIN, Blya Yurmovich; SOKOLOV, Sergey Dmitriyevich: GRYAZNOV, V.I.. red.;
KAPRALOYA, A.A., tekhn.red.
[Problems in teaching collective farm accounting] Zadacha dlia
uchobnot praktik-i po bukhgalterokomu uchetu. v oklkhozakh: dlia
podgotovki bukhgalterov kolkliozov v uchebnykh kombinatakh UFK
TsSU SSSR. lzd. 2.. perer. Moskva, Goo.statplzd-vo, 1957. 253 P.
(MIRA 11:7)
(Collective farms-4ccounting)

LAN( 'j
Y-HzHQi"Az;toliy IV6110v,ich; GRYAZZIOV red.; HEISNVYRY, A.M., teLbn.
red.
[Industrial statistical Statistika prouqshlennosti. Izd. 3-e,
perer. Moskva, Gas. stat. izd-vo. 1957. 375 P. (141RA 11:4)
(Industrial statiettce)

YUGMMURG, Semen Moisayevich, ;, GRYAZI1011, ~ V.-11., red.; KAPRALOVA, A.A., tekhn. red.
[Index method in Soviet statistics] Indekanyi metod v sovetskol
statiatike. Moskva, Goa. stat. lzd-vo, 1958- 190 P. (MURA 11-11)
(Statistics)

VOLODARSKIY, Lev Markovich; GRYAZNOV. V.I., red.; VDJOGRADOVA, V.A., telchn.
red.
[Industrial statistics and problems of planning] StatiBtika
promyshlennosti t voprosy planirovantia. Moskva, Gos.stat. izd-vo,
1958. 274 P. (MIRA 11:7)
(Industrial statistics)

TARANOV, Vladimir Vasillyevich; GRTAZNOY, Y.I., red.; PTATAKOTA, 1J.D.,
tekhn.red. -
(statistics of new equipment and technological process in U.S.S.R.
industry] Stntistika novoi tekhniki v promyshlennonti SSSR.
Koskva, Gos.stat.izd-vog 1959, 91 P, (MIRA 13:1)
(Industrial statistics)

USTINOV, ArkBdiy Nilovich; GRYAZNOV, V,I., red.; PYATAKOVA, N.D.,
tekhn.red,
[Statistical study of the utilization of fixed asmets in
an industrial enterprise] Statisticheakoe imichania
ispollzovaniia oenovnykh fondov promyshlennogo predpriiatiia.
Koskva, Goe.stat.izd-vo, 1959. 129 P. (KIRA 13:1)
(Ketal--Industrial statistics)

SHAPIRO, lzrall' Llvovich; QRTAVTOT, Yj., red.; MULUTITET, A.M.,
tekhn.red,
[Accounting machines and their features] Schatnye maahiny i ikh
kheraktaristiki, Moekva, Goe.stat.izd-vo, 1959. 230 p.
(MIRA 13:3)
(Accounting machines)

KOKOVIN, Nikolay Aleksondrovich; GRYAZHOV, V.I., red.; PYATAKOVA,
N.D., tekhn.red.
(Statistics of urban economy] St8tiBtika gorodskogo
khozinistva. Moskva. Goo.stat.lod-vo, 1959. 247 .p.
(MIRA 12:12)
(Cities and towns-Statistics)

: : 'i I ~1 11, ~! . , 11 11"-.
SOBOLI, Valerian Antonovich; KALTSHEV. I.S., red.; G11TA2NOV, V.I.,
red.; PTATAKOVA, N.D.. tekhn.red.
(Studies on problems in the balance of the national economy]
Ocherki po voprossm balansa narodnogo khoziaistva. Pod red.
I.S.Malysheva. Moskva, Gosstatizdat T9SU SSSR. 1960. 227 P.
(MIRA 13:10)
(Russia--Economic policy)

, II ~ . ~ -II I-,I , , ~
YCLODARSKU, Lev Markovich; GRTAZNOV, VJ., red.; KAPRALOVA, A.A. e
takhn.red.
(Industrial statistics and planning] Statiatika i planirovanie 11
promyshlennosti. Izd.2., p6rer. i dop. Konkva, Gosetatisdat
Ts;SU =R, 196o. 3o5 P. I V (KIRA 13:11)
(Industrial statistics) (Industrial managenent)

.:!!1 11 -1 i I~ Ii-:, .I , 'I ~ 11 .
VAINSEUM, Allbert Lvovich; RYABUMMIN, T.V., red.; GRUZNOi, V.I.,
red.; FYATAKOVA, N.D., tekhn.red. - . ------- - 1 .1 -.2.
[National wealth and accumulation in prerevolutionary Russia;
statistical study] Narodnoe bogetstvo i narodnokhozisistvennoo
nakoplenie predrevoliutsionnoi Rosaii; statiaticheskoe issledo-
vanie. S predial. S.G.Strumilina. Moskva, Goastatizdat TsSU
SSSR, 196o. 482 p. (MIRA 13:8)
(Wealth) (Income)

1 1! : ~~' '. J!, ,, : ? 11 11 "I 14111. II
PTUKHA, Mikhall, Vasillyevichp akademik; GHYAZNOVq V.I.p red.;
MELENTIYKVt A.M.p tekhn.red. - - - - -'-- - --'. _-', _
[Studies on population statistics] Ocherki po statistike nase-
leniia. Moskva, Gosstatizdat TsSU SSSRy 1960a 456 p. (MIRA 3.4s6)
1. AN USSR, ehlen-korrespondent AN SSSR.
(Population-Statistics)
(Russia-Statistics, Vital)

PETROV9 A.I.9 prof.; LBBHGHINSKIY9 H**I.q kand. ekon. nank; 14AKSIHOVAg V.W.p
dotsent; HALYYp I.G.j dotsent; HOSKVINt P.H.p doteent; TITZLIBAUH9
N.P., dotsent; URINSCNv H.S.# dotaebt; EYDZL'HANj M~R.p kand. ekon.
nauk; GUREVICH, S.H., red.; GEYAZNOVi V.I., red.; FYATAKOVA, N.D.p
tokbn. red.
[course in econmio statistics] Kure okonomicheskoi statiatiki. Izd.3.,
dop. i perer. Moskvaq Goostatizdat TsSU SSSRp 1961. 5M p.
(HIRA 14:6)
(Statistics)

SATINSKIT, Dmitriy Tooll'yevich, prof., xasluzhannyy dayatell nauki RSM :
ORTAZNOT, V.I., red.; bMZJWIYNT, A.M., takhn.red.
(Course on industrial statistics] lure promyshlonnol statistiki.
Izd.3.. dop. i perer. Koskvai Gosstatizdat TaSU SSW, ig6a. 4 '79 p.
(MMA 140)
(Industrial stetistics)

LUKIN, Lev Ivanovich; OSTROUVOVI Valentin Sergeyevich; RIABUSHKIN, T.V.p
doktor ekon. nauk, prof., red.; red.; VOLCHEK,
V.L., tekhn. red.
(Organization of statistics in foreign countries] Organizatsila sta-
tistiki v zarubezhnykh stranakh. Pod red. T.V.Riabushkina. Moskva,
Goestatizdat, TsSU SSSR, 1961. 245 p. (MIRA 14:12)
Otatistics)

; ~ h , jj:' -, , - ; ! 11 11. f., ,IL 11 1* , , ~ I I I I I . 1: ,
SATUNOVSKIY, Loon Mikhaylovich; red.; POIJOHNXVA,
A.A., tekhn. red.
(Measuring and analyzing labor productivity in an industrial
enterprise] Voprosy izmereniia i analiza. proizvoditellnosti
truda na promyshlennom predpriiatii. Moskva, Goastatizdat
TsSU SSSR, 1961. 227 p. (MIRA 15:4)
(Labor productivity)

RAKIANOV, G.I., prof.; IVANOV, A.I., dots.;SHIRWIp A.G., dots.; USTBOV,
~ V.I., red.; KAFRAWVA, A,.A.y tekhn. red,
A.N., dots.; PqAZ~~
(Statistics of an industrial enterprise] Statis-tika pronwshlennogo
predpriiatiia. Pod red. G.I.Baklanova. Moskva, Gosstatizdat TsSU
SSSR, 1961. 434 p. (MIRA 14:12)
1. Moscow. Ekonomiko-Btatisticheskiy institut. Kafedra promyshlen-
noy statistiki. 2. Kafedra promyshlennoy statiDtiki 14oskovskogo eko-
nomiko-statistichookogo institute. (for Baklano,r) Ivanov, Shifman,
Ustinov).
(Industrial statistics)