SCIENTIFIC ABSTRACT SHUMKINA, O.B. - SHUMKOV, YE.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550220001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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"I', mbr-fonic Development of the Medical Leech." Sub 4 MRY 51.9
Moscow Order of Lenin State U imeni M. V. Lomonosov.
Dissertations Dresent-~d for science and engineering degrees
in Moscow during 1951.
SO: Sum. No. 4!!0, 9 May 55

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SHUMKIIIA, O.B.
--- .... .....
Embryonic devel:)-iient mei~iciaal leect,,s. Trud.,- Listu.morff.zhiv. no.8:216-
27q fc:3. (mm"i , -- 9 )
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(Leeches)

SLrLTMKINA, O.B.
Development of embryonic discs and mesoderm formation in
Karakul sheep. Doki. AN SSSR 103 no.LL:741-743 Ag'55-
(MLRA 8:11)
(EMBRYO,
germinal disk & mesoderm in sheep)

Farm _LnLaaals. 3ziall Horned Stoc"~'. r1-3
-*.bs Jour: Ref Z-hur-!3iol. , Yo 23, 113-53, 10556 3.
uthor : Shu.,, k-ina,
Inst : Fn_s_t_'1_tuta of i'lorphology of Animals, -,S US~~')R.
Title : Periodization of the Early 33tages of the Diev-
elopment of Karakul Sheep.
OriE- Pub: Tr. In--ta raorfol. zhivotnykh. i~.!' 1957,
vyp. 22, 157-132.
.~~bstract: L'. study was conducted on 116 embryos of the
_-lac_!,: 1'~arakul sheep. The age of tlhic --idbryos -was
counted from thc, tim-C of covc~raga u-p to slaught-
ering. The measurements wo-re eff---ct--d on fixad
material. The early cubryonal in sheep
lasted 29 days. It was found that tais - eriod,
as in cattle, is divided into 5 stages. The Ist

SqUMKINA, O.B.
TIC.rmus develoyment in the cov. Dok1. AN SSSR 112 no.2:363-365 Ta '57.
(XLRA 10:4)
1. Instit-at morfologii zhivotnykilim. A. N. SevertsovA Akademii nauk
SSSR. Predstavleno akademikom Ye. N. Pavlovskim.
(Tbymus gland) (Embryology--Mammals) (Cows)

17(4)i 300) SOV//2o-"27-2-69/70
AUTHOR: S h-amk in a0. B
TITLE: The Development of Mesonephros in the Embryonic Period of
Sheep and Cow (Ovis aries and Bos tairus)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 2,
pp 477 - 46o (USSR)
ABSTR_kCT: In order to explain the reasons of the changes which occurred
in the mescnephros of ruminants it is necessary to investi.gate
its development course in different representatives of these
mammal group. The anterior section of the mesonephros has
apparently a special structure in all ruminants since it be-
comes an enormous complex. This circumstance enables -their
embryos to begin with the secretion very early. The experi-
ment was carried out with dated embryos of the karakul sheep
(27 embryos) and undated cow embryos of a meat-supplying race
(11 embryos). Several cardinal development stages of the
rnesonephros were selected in order to make possible a more
convenient comparisoni 5 t a g e; a) o f t h e m e s o n -
e p h r o s r u d i m e n t; b) o f t h e b e g i n n i n g
Card 1/4 o f i 1-1 sf a n c t i o n a 1 a c t i v i t y; c) 0 f

The Development of Mesonephros in the E-mbryonic SOV/2o-127-2-69/70
Period of Sheep and Cow (Ovis aries and Boa taurus)
t h e b e g i n n i n g o f t h e a c t i v i t y o f
t h e Id a 1 p i g h i a n b o d i e s; d) o f t h e
h i g 11 e s t d e v e o p m e n t o f t h e e n o r-
m 0 U s c 0 m p 1 e x e) o f t h e b e g i n n i n g
o f t h e m e s o n e p h r o s d e g e n e r a t i o n.
The comparison of the development of the mesonephros of the
two mentioned animals with that of other animal groups (Refs 3,
14, 15v 17) enables the author to draw the following conclu-
sions: 1) Mesonephros is in the ruminants probably produced
on the whole at the expense of the mesonephros rudiment; only
the first canalicules of the enormous complex mi.ght be an
exception. They may be formed from the rudiments of the pro-
nephros. 2) The peculiar development of the blood circula-
tion of the enormous complex may be regarded as new formation
which is connected with the specific development conditions
and an early beginning functional activity of the mesonephros
of the ruminants. The differentiation of the nephrogenic cord
(nefrogenny tyazh) and of the vessels of the enormous comnlex
occurred here in 7ery early sta--es. 1*1 that time the pro- and
Card 2/4 mesonephritic rudi.,:-.ents are not yet individualized and. are

The D e v e 1 c~pm en t of iulp- s c, rieph rrjs in t h e Emb ryor-, i cSOV/2o-127-2-69/70
Period of Sheep and Cow (Ovis aries and Bos taurus)
kSSOCIkTION:
Card 3/4
connected with 'the part of the mesoderm middle plate which
is consumod for the formation of the blood vessels , 3) The
moment of the beginning of' the mesonephros rudiment of mammals,
its stricture, and the be:~in of the activity 4S closely con--
nected with *be structure t,,pe of the -placenta. (aef 9). The
late implantation of the foetal membranes ~in the last 1/3 of
the embryonc period) of sheep, co-.,;,. and pig (Refs 1,2,A-01,
i8) is assumed to be the reason of an early mesonephros deve-
lopment. The adap-tationto the last circumstance proceeded in
the ruminants and non-ruminants in two different directions
(Ref 16). The rapid growth of the allentois in Artiodactyla
is not so much connected with 'the beginning of the mesonephros
function, but serves for the establishment of a close contact
between the extremely long foetal membranes and the uterine
wall. Allentois serves, moreover, as deposit for nutritive
substances (Refs 11, 13, 19). There are 19 references, 5 of
which are Soviet.
Institut morfologii zhivot--ykh im., A. N. Severtsova Akademii
T
nauk SSSR (~nstit,-ite of' Animal Morphology imeni A. N. Severisov
of the Academy of Sciences, USSR)

SilUl,'.:dNA, 0.13.
anbryonic Period tn the developmrmt ol- K--ra!ml s, cc-,-.
morf. zhiv. no-30:192-24r/ '6C.
(F~tbryolog-y--4~.',a:.,i,:.a--i s)
(K.~a!-,U sheep)
Trudy Inst.
I
(11'IF~', 14:2)

SHUMKIIIA, O.B.
Development of the embryonic sac in Karakul sheep. Trudy Inst.
morf.zhiv. no.33--124-133 160. (MIRA 13:6)
1. Institut morfologii zhivotnykh im. A.N.Severtsova AN SSSR.
(Karakul sheep) (Embryology--Mammals)

SHEN, R.M.; SHUYLKINA, O.B.; VANAG, K.A.
Ultrastructure of Babes - Negri bodies. Vop.virus 7 no.4:55-59
Jl-Ag 162. (MIRA 15:8)
1. Institut virusologii. imeni D.I.Ivanovskpgo AMN SSSR, Moskva.
(ELECTRON MICROSCOPY) (NERVES) (BRAIN)

VANAGY K.A.;__SHUMKINA, O.B.
Staining of thin section8 of nerve tissue embedded in methacrylate
as a control for studies with the electron microscope. Vop.virus.7
no.5:619-621 S-0 162. (MIRA 15:11)
1. Institut virusologii imeni D.I.Ivanovskogo AMN SSSR, Moskva.
(ELECTRON MICROSCOPY) (METHACRYLIC ACID)
(STAINS, AND STAINING (MICROSCOPY))

B LY U CIER Anatoliy .-edomvich; 13EZFI(OLZIVAPINYY, boris Nonstantinovich;
KLII-,'i3OVSKIYY, Aleksandr lvanovich; -SITNIEL 1111 IKOVA, Mariya
Petrovnia; SM-TIHIIA., 017-ga Boriso-vrna; 171YIERSKAYA, 0., red.
[Fine structure of the liver in some pathological processes;
an electron rde=scopy atlas] Tonkaia struktura pecheni pri
nekotorykh pa-,,ologicheskikh protsegsakh; elektronnomi-krosko-
picheskii atlas. Riga, Izd-vo MI Latviiskoi S&R, 1964.
165 P. (KIRA 17: 12)
1. Kafedra infektsioraVkh bolezTley Rizhskogo meditsinskogo
instituta (for Blyuger, Sinellnikw,.). 2. Universitet
druzhby narodov im. Patrina Lurmnrby (for Klembovskiy).
3. Institut virusologi- AMN SSSR (for Bez,,rozvannyy, Shumkina).

- -NAP O.B.
PO?aC)VSI:IY-, A.A.; ARCHAKOV, A.I.; DIEVICHENSKIY, V.11.; SHIUMIKI 14
Miaterials on the distributd-on of al"dolases, transam"nases and esterases
in liver cells. Dokl. AN S-SSR 158 no.2:474'-176 S 16".
(MIRA 17:10)
1. Predstavleno akademikom A.N.Bakulevym.

BE2',PR(VI-PNITYY, .6.K.; LHUN'RINA, O.B.; SUIENDY.A.YE'VzI, MI.Ye. (Mosl--v,-,)
So-called ballo~.;n dyrtrophy of liver ceiiss in qt;idemic ~.epjutitis.
A--kh. pat. 27 no.1:67-74 165. (MIRA 18:4)
1. Laboratoriy~~ owtomor-fologii (ispoln'-flyuslich-fy ob~yazannnstj
zaveduyushchego - kand. med. nauk B.K.Bezj)z-ozvuruiTj) Instituta
virusologii im~-ni D.I.Ivanovskogo (dir. - pr-f. V.14.Zlidanov)
iV,'N S.;SR i laboratori-ya deystvitelt-o-o chlfn M-IN S-'-'SR prof.
'fe.M.Tareyeva.

BEZPROZVANNVI. B.K.; SHITMKINA, O.B.; AFINYAN, V.M. (Moskva)
Changes in the ultrastructure of human hepatic cells in --hyrotoxicosia.
Arkh. pat. 27 no.8:64-66 165. (MIRA L8710)
1. Taboratoriya patomorfologii (zav. - kand.med.nauk B.K.Bezrrozvannyy)
Instituta virusolo-aid imeni Tvanovskogo (dir. -; deystvitellr-yy chlen
AMN SSSR prof. V,M.Zhdanov) AMN SSSR i GorodskaYa infektsionnaya
kliniches~raya bollrdtsa No.82 (glavnyy vrach - kand.med-Pauk Aj.
Yeremyan).

L 14397-65
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p" 6.8-7.2. Sulturing the unfiltered juice results in an increase of color. It is much
so r-o 0
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so the latter met hod there is more likelihood of corroding the beating surfaces. Ingeneral.
the decolorization achieved by this process is permanent. G. G.
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CO

l
A S . - S LMETALLURGICAL LIIJRATI~RE CLAWFICATIGPi
)a -'a".
0., 'at
j7 I -j
U "
1"; M fl P 11 C' Is of tt It Is KIt ft If 09
o o 0 9~0 0 * 0 0 o o 0 0 o o 0 o 0
: 0 00 0140000 046 00 000 V 0 04
00
-00
-00
-00
.00
coo
1,00
=00
so*
00
see
Iwo*
'00
woo
_~j
too
k1l" A
1 deal
0 0 0 0 0
0 0 *1* 0 0 0 0 40 0 so 0 0 a 0 0 0 0 0 0 ez

-4~- 0-0
I I o; 11 it 11 W 13 16 IF Is " a 1
I T U Y 21 n n id Mas u v
. X T z A
V 41 a a a 4S
-
-
S11 P fL- a
J-.D -- 0 - --
-ikT-o

8 T -'A-
tIW
JuI=9-thd-V0-=-V
and T=o1i mdooftuosdis
1
1
04
-
.
.
.
.
' -
A. M. Pshenichnuil and 111. p. Shurnkov, * N4mk. Zaptiks
7
00 ir Ts.kr.,i Pr.. 32, &R~WMJ-3)
- itices treated with a
l
small amt. of CaO by the Teatini ~n
V- N. 1. S. methods

arc of the same purity as juices tres,
ted by 2% CaO at
the Ist and with 0.25% Cat) at the 20nd defecation.
00 Ca salts give the same results in all 3 cases. Max. cobyr
was decreased by the V. N. 1. S. method. Filtraticirt of
04 juice% treated by the TcaLini and V. N. 1. S. methods i-4

0 good; filt d %parkling and have a shightly
'
C'w see
Ich indicates the absence of colloidn
grrvnizih cotor-INI
h
06 %5 The treatment A low-purity diffusion juices (76-80) by
00 0 !he~c methods also gave very g~l results. Of Kreat zoo
importance in the coagulation of colloids is the maintc-
00 nancr of optinturn c-miditions. Frtan IAI,. expts. it can IK-
00~j stated that the m&%. naigulation of etAinicLs tinder acid

o conditions is at pit 4.7-4.1) and in alk. at pH 11.5

V. H. Haikow
-
=06
V
ooz I S fro*
1
14:6

zoo

0-
L A It" FALLURGiCAL LITIVIA761E CLA$SIFICATIGOd C-z-

naea
dot
iI.310-t i.LJI Cot 0. Lit Joe

U is kv "~ 1, S a Od 0 4
PA
M
o

go 00 0 orru, SPK Kit VIESE KrIff It or
0 0 0 0 0 0 a 0 0 0 0 0 0 I In
to d
e!

,
cc U is w v
1
11
A
A a do 40 41 Ata a
Aa1.
Ar 11~ it r 2 a I v Of
-At _-i
-1
-1 1
1

00
00
0 0
06 Sugar-beef inslp and its effact upon The quality of tas

00 A; juice. A. M. I'shenichnuil and 0 1, ShuyLkj
SakhaP AM4
No
C~-9
"
c4
Z
4W _419

.
em
e"Ir.
,
,
;
.
5.110S
-Under (lie conditions of t1
fevail
l O
l
b
l

00
.
c
m
i1 a
a
. wa
e
with 2-?-2.5% CaO, the prescum of bect pallp MnAilling .00
its the Jukv as a restilt cd poor filtration itilluirrol be

00
titiality of the juim It Itic"'awd the %'unwit W jW1110. see
Dam. N-COMIX. 3-uhslanevs slid tNA'w. W A. Moure
00
00
=go
0 0
00

00
"
o
ze :0:9~1
z
,00 j,
40%9
00 j

00 '00
0* A I I L A -t?ALLU.G.CAL Ljjj'.J~Wt CLAIJWICAIFCft

t it, a" 6.. it s
- too

R It ;

0
00
r v
; ' -d w .w
Li a ew o i mr a
CK K it rt if of 'KW nI xm
0 0.0 0 0 0
0 0" g 0 o *1
00 5 " a 3 9 v We

d"a

00
0

600 0 0 0 0 0 0
0 0
900000000000 0

lw~ IS
4,
is is 16 11111 Iox!.1121 13M IS 36 V a 291101, uu MIS ULY HOW 1 .141 new
A -1. r Q It I a p 1
1.0 1 1
-04 00
so
E xperiment on decoloritition with no'nite. M
00 and it. 1'. Shunikov. SaUCh. Z,flpisks -00
'Wha'"ei P,effr. - - ,
Op -lm itm). - rite olt. -00
00 timitiv, rconditititi, fi-r the tvIinn of nr,ritr are- 1 1) The
00 --v- ,( file Imum iltsmig the fr~,tinvnt towtt he M, - -00
00 a 110'. 12) The lengill of the "intact with thin jnicv.4 -00
-hpuld lie Vi min. anti with the thick juices. 16-ao min. (:I)
00 0. The fit _41ould lie 7,0. (4) The amt. used for thin juices 9
shou ,I be 0.5%on the wt. ofstAids. and for thick juices lCi-
00 1 Decithirizalion itic-retuc% with the increase of the amt. of
90 "kir it,, used . 'rite circolorittation of thin juices is twice as Roe
Xrvat as the dectolotiLation of the thick juices. it is mortt
0 r 4 difficult In dd-citforize turbid liquors than clear liquors. z
00 3 1.1; 25,41,;, if CA -tallif are removed by roxife, and R%h is 60
mine readily temoved in linw- than in bixh-purity prod-
OV 3, uct3. C.,lov rcun,vrd front the juices of 2nd carbonation
00 i
a 0
W W 'A with 1% of norite was 54.6%; for the thick juices, 39-3170;
for rc-tneit, 60 '4% and for the ffrerns, 29.4%. For Clari- 121 C 0 0
9e r, fivation of the Ihin or thick juices by norite. in connection
with UlfitaZ., the bt-si scheme is: sulfur to 7-7.h pff.
Le"D filter, treat with porite and filter again. V. H. H.
Joe
06 ;=go
Z:oo
00
00 f -ITALLLJP.GKAL Lltt*AT6RE CL-SSIFIC-TIC- Moo
A S 0 1 L A
0.0 S
1, _K a- is.
00 0
r - 4- -- i - -1 If 34 5 A3 C1 3 6 IF
U 51 1, 0 0,61 Kit I(ST K CE Imb It I %a 40,143
0 0 0 0 0 * 0 0 0 0 0 * 4 0 & 0 0 0 0 a 0 0 0 a 0 0 0 0 0 6 0 to

0 0 0 0 0 0 All 0 0 0 00 0 0 v r
'j Is If Is It x 1 11 U 23 27 -f x 11 v Ij m D k p m
r T v T-7 A I ~L_ AA 00 Q pp LC, _V

0 0
if-,
00 cl"cation oN diffusion juices by cold and hot defeca-
00 It tion-saturstion. A. M. Pshrnichnui and B. p. Shunikov. AD 0
400 1 -mdmt Zatvdskskh 6ruppinnskAt Lab.
400
2. :t 9~ WWII)- C.&I defecaticin-,Iam. has ad%nantages -
450 h.n. I-pt for gim fact that les.- N is removed sitxv -00
* 0 a hirlt tenilp. is rrqtiir"l ftw the din.4milln. of N' stabstan"-s.
46
00 .
00
00

00
00
00
00
00 j,
'00
00 -.00
-AD &
00
A % I A ~t?,LLI,r,,&CAL LITIRAILNI E

i
T
1 too

t 11V O
u It It f
t Ala 4'X
AA L & Od o w 5
lba In iv!
0 0 0 0 0 0 0 0 0 0 a 6 0 0 0 0
0
j a 4 0 0 0 & 0 0 0 0 0 0 0 0 0 0 0 0 0
o 0 0 a o o 0 0 0 * * 0 o 0 4 o * o o 0 * 0 e Z * 0 * 0 a a 0 9 0 0 0 0 * I a

::V900*0006 -06 -10-0 0 0 6 a 0-0-W-10 W W-W
0 0 * a 0 0 0 0 0 a 0 0 0 0 0 0 0 0 C111, 0 0 0 0 a 9 0 0 0 0 0 0 0 0 0 0
. I I A I X 11 11 Is W 1% 1. VW Maj iln 2324 b is H x M x it V u W 15 St 11 U 4 1: Q #1 4Sv
00 C L, L 1 1. A -.L-- A - I.- A PF QR I I U I I -Z - As 14 rx PQ U,j I & t f. "'A 4. - 0 00
09 A
00 -00

L--
00 -00
The application of norite for clarification of sugar V
Y
04 z
products. A. AL 11,lictitchnim atul 11. 1'. Shurq~vv. --09
00 lrwlut Zin-edikikh Gruppmmikh bib. -00
-%, 2, -PIV-1 It IMM). -Opturnon conditions for applica-
--400
00
x of noritt, are (1.5-2.0% on the wt. of %olids, 15-ritin.
I.4tritact at M Its)' and a pit of .it for thin (IT thick juiceI -00
Freatructat of thin juicr~ given better results with re%pect
Oft f lo 1--th Cs, ad-r-ption and Mor trium-al V F- 111. -00
00
so

A9

00 4i zoo

--09
--09
z0 0
00
00 =00
za 0
00 0
I S L A ~ITALLLPGKAL LITEAPATLPf CLASSIFICATION

s- -P -y-
07 qP P rV 41 'N 61 IN A Of U K ff rns it qi~L S Od- -rA
IS 1 .14
640 0 * 0 0 4P 0 0 0

0 41 0 0 0 *0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0
a 0 46.0 0 0 0 0 0 0 0 6 0 0 0 6 a 0

a, 0_45--a je- 4_1 AiL _61-0 10. 4111-41-till V

F
0its
t
.

*Its
00

ovement of Inorgsak nonsugars in sugar-factory 0 All

00
A A. Ilf. Illifiellb. h1lull And it. L.-WMInkov-
Gruppprittish 1,a6. SjJV?'rZaradiv No.
2. Q Surar Abortsett (lit Farl, AMed Sairarl
31, 1417 8 I'lle 1,1111tv lf dityll'o.-I l'urva-, Ill.'s

if lllrdllla~ I, islill
t""1" . 'It, I" , "t she 1,atletv '11-
little dilli-Felic", III 1,1111tv. Fhc 1-31 dvclcalc~ Is, she fil't
threv of G,Ill then atul
thlr end ,I the twit, tv 1, I'll, ltwlcw~
Its the lMtt"V 14 ta-HIII)AMC41 IIV A VlMt%id"All1` In oo
in Insists, Alld a J., srall. Its -b all.] .,Ix. II.MNAIK.I. z
Ili-ftil covil. frotis lite fir,t 41ilinses I.,
the lost. the devreww.. living illvrrwly correlated with ill-
etruse its psi. the decrea-,sc of the salt voell. bring les% wit It
ei4d working of lite Itatt"y than with hot working. Ash
00 t val in lite -liffit-son twiterv I, alsotil 4411;;.,f the a,hol
III, the t-rts. liviscritfirix largely ots stir tents'. at whivil lite
Witery is I.-ing worked. and ordinarily is isidependent of
the degree of sugar extri. An addril. Ik%of the lv-h is rr-

0 =4i inoved in (he defecation, carlioriation still evapri. procr..'stes,
leaving 45~ to reach the final niola%- The rc~itslt% as
c
00 # regard. n'ti
-nuival ohfaittv,l I,v I-. and S. all- hilthrr shalt
-
d
[ I
A
lit
Nl
W
I
41,1 ,
t It,- I'l.w I,
,
.v
si
t.
s
.
.
411,j
06

00 f
A 0 L A ett
&tL%,l-6KAL LiTtRATLAt

00 so*
00 It
I -,~) Ill .
D u is U1. Q1. ~.l 2m 414410
v a e -.; 1 -11 . o v i a _. 4-71 m L I IS OW 0 1 IF 110 5 Q 2
tftI4 Kit Wq( K IT I rss mLo n 1 1.
js
2
w
0
: tv
j
: : : : : : : : : : : : : : :: : :
*
: :

a OF OF cp p rip A L M 11
&
a
-.L-JLA f --
--
d bo-
com Ol
JL PMENM=n Md, P.
A
.
'Ink NO 11
Lek
o0 ,
&doem" -(pt 4m
Ism . Z lci=
~=
00 imposes at 1-2-6. pwfty se o~M*wmd ith
00 CA
Aftom (04 w-An ask @subsea, - t
00 beling isbe" do moves in- be" comme, %be
"Abs
00 ,
first ambiiamommom.- $be -mm-dolsomsed isim -bad_. ibe
litu
e
bo1w umber, bot --m" &be,- seemed ohows Was

l
din IF VMS, at.
00
somb bmw
0 bollbst, wbd~om the whole
a
00
moddlostion of the offilbo-t-
P. 0.
J
.

, vz"
--------
&I I UPOKAL. LITFOATUXt CL-A%iWK&T 01-
gi~z .0.1m.
!,A, sit
mw A i
t% AV Po tv IV 64
0 o Is
-00
-00
-00
-00
0
r* e
c;00
see
tie 0
too
UOS
We 0

inzh.; KQROLIKOV, Sergey Ivanovich, kand. tekhn.
nauk; tk~~; I.P., inzh., spetsred., retsenzent; KRUGLOVA. G.I.,
red.; KISIRL, Ye.I., tekhn. red.
[Technology and chemical control of sugar beet manufacture] Te~hno-
logiia i tekhnokhimicheskii kontrolt sveklosakharnogo proizvodatva.
Moskva, Pishchepromizdat, 1957. 399 P. (MIRA 11:7)
(sugar manufacture)

SHUMKOV, B.P.; UDAWV, N.K.
Needs of the Zherdevka Technical School. Sakh.prom. 34 no.10:14-15
o ,6o. (MIRA 13:10)
1. Zherdevskiy tekhnikum sakharnoy promyshlennosti.
(Zherdevka--Sugar industry--Study and teaching)

SHUMKOV, M.A.; POKROVSKIY, O.S.
Areas of concentration of the lax-rae of the mosquitoes of the genus
Aedes and their control in the Don floodlands udder conditions of
unusually high flood. Med. paraz. i paraz. bol. 34 no.1:109 Ja-F 165.
(~9RA 18:8)
1. Rostovskiy nauchno-issledovatellskiy institut meditsinskoy para-
zitologil.

ACC NR:AP6034118 A'tl SOURC.E- C ODE:- -tR/O 3 58 16610 ~5/00 5/b 61 5/o61.7
AU211OR: S11unil"ov, M. A.
0'~G: Department of Entomology and Zoology, Rostov-on-Don Scientific
Rcscarch Institute of Medical Parasitology, Ministry of Public Health
RSFSR (Otdcl entomologii I zoologii Rostovskogo-na-Donu nauchno-
issledovatcllslcogo instituta meditsinskoy parazitologii Ministerstva
ze.ravoolcl-iraneniya RSFSR)
TITLE: Methods of detect-ing AEDES mosquito eggs in soil
SOURCE: Medltsinslcaya parazitolo,-,iya I parazitarnyye b.olezni, v. 35,
no, 5, 1966, 615-617
TOPIC TAGS: Insect, insect control, mosquito),,5--/k
ABSTRACT: soil samples were
Lower Don (Rostov
before the autumn
six Aedes species
Ae. kohningi, As.
laboratory examinstLon,
taken from the Northern Donets River and
oblast) flood plains in September-October,
rains, and were examined for eggs of
(As. oaepius, As. vaxana, Ao. oineraus,
ftavescens, and Ae. Gxo ruoians)* During
air temperature was 24.5-26.5'C.
Card

-t
ACC NR:A~6o34118
and water temperature, 19-21.5*C. Multiple rehydration
and dryIng of sail specimens showed that mass emergence
from diapausa in Aedea mosquitoes was in February in the
steppe zone. In analysis of the soil specimens, hatched
.larvae were counted, and species was determined for those
breaching age III-IV. The number of hatched larvae of a
:given species.served an an index of soil infestation with
that species. Orig, aiZ~~. has: I f:lgu.re
(WA-50; GBE No. 141
(ELI
suB com: o6/ suBm DATE:
1OMar66/ ORIG REF: 001/ OTH REF: 001
i Card

L=INA, Ye.S.; GUSEYNOV, G.A.; KOTOVA, Z.N.; SHUMKOV, M.A.; DAVYDOVA, M.A.;
MiOtEDOV, N.A.; TUAYEV, S.M.
Epidemiological characteristics of ancylostomiasis in two villages
in Lenkoran District. Med.paraz. i pa-raz.bol. 28 no.4:387-394 '59.
(MIIIA 12:12-)
1. Iz sektora eksperimentallnoy parazitologii Instituta malyarii,
meditsinskoy paranitologli i gellmintologii Ministerstva zdravookh-
raneniya SSSR (dir. - institute. - prof. P.G. Sergiyev, zav. sektorom
- prof. V.P. Pod"yapollrkaya) i Jz gelimiutologicheakogo otdela Insti-
tuta malyarii i meditsinskoy parazitologii MiniBterstva zdravookhra-
neniya Azerbaydzbanskoy SSR (dir. instituta A.K. Kasimov, zav. otelom
G.A. Guseynov).
(HOOKWORM IN-YECTION epidemiology)

gornyy inzh,; PFRMYAKOV, R.S., kand. tekhn. nauk; KULESHOV,
A,.A., gornyy- Inzh.
Experience in the combined system of mining the "Apatitovyi tsirk"
deponit. Gor. zhur. no.6238-39 Je 165. (MIRA 1817)
1. Murmanskly sovet narodnogo khozyaystva (for Shumkov). 2. Kombinat
"Apatit" (for Yuleshov).

SHUMKCIV, G.
Our common business. NTO 4 no.8:24 Ag 162. (MIRA 15:8)
(Agricultural research)

~IIDON'07, F.5 TIEMIAROVA, M.; f3fLOVAPOVA, !,~ K:1.RA,'--.!,.*CILEV, I., SHLTIKO-V. G.J
STUIANOV, N. 9 - ~
Study of the etiology of infecticus hel:a-,.171S.
no.9216-23 164. (MliA 18-.A,4)

Sh-UMKOV, G.M., inzhener.
Mechanization of cable changing on hoisting machines. Gor. zhur.
no.7:78 Jl 157. (MLRA 10:8)
1. Rudoupravleniye Imeni K. LIbIcnekhta.
(Hoisting machinery--Maintenance and repair)

BUWA RIA.
and KUSHEV, V., Chair of Pharmacology (Head Prof. V.
PETKM V.9 �f
Petkov and Chair of Pathology (Read Prof. Iv. Goranov), ISUL
"Effect of Some Psychopharmacological Agents an the Incorporation of 3 -5S-
149thionine in the Cytoplasm"
S of la, jiLXrem a MedLtskzz., Vol 17, No 6, 1966, pp 461-470
Abstract: By applying histoautoradiographyj the effect of psychopbarmacologi-
cal agents on the incorporation of 35S-methionine Into cytoplasm was studied
In experiments on rats and mice. It was established that the psychoanaleptic
methylphenidate Ingreased, while the neuroleptic chloropromazine reduced the
Incorporation of 3-3s- methionine Into the cytoplasm of the eel-Is of the brain
and liver. Centrophenoxin reduced incorporation of 35Ej- methionine into the
cytoplasm of liver cells. Serotonin reduced Incorporation of 35s-methionine
into liver cells whileincreasing incorporation into renal convoluted. tubules.
11 thisergid, which has antiserorotonin activity, increased Incorporation of
-methianine, into all organs Investigated (liverg spleen,, and kidneys), while
psylocibin, which also exhibits antiserotonin activity, Increased incorporation
into liver cons only. Combined administration of serotonin and methisergid
or psylocibin disclosed a distinct antagonistic effect of the two types of
substances an the incorporation of 35S-methionine. The results indicated
that psychopharmacological agents exert an effect an protein metabolism.
1/2

1-313-58-5-4/31
-AUTHORS: Strashnikov, I. B., Astakhov, A. G.. sendz7 G. V.
Y
k
Fedorovskiy, INT, V, and Shumilov,, K. A.
70*1
TITLE: The Dependence of the Cok~e ~-tM Output of a Blast
Furnace on the Basicity of Sinter (Zavisimost' raskhoda
koksa i proizvodituellnosti domennoy pechi ot osnovnosti
aglomerata)
PERIODICAL: Stal~, 1958, Nr 5, PP 398-402 (USSR)
ABSTRACT: The influence of the basicity of sinter on the coke rate
and the output of blast furnaces is discussed on the basis
of data collected from periods of experimental and normal
operations of blast furnaces on the Southern Iron and
Steel Works (Table),, The dependence of the decrease in
the coke rate on the basicity of sinter - Fig.1; the
dependence of the increase in the output of iron per unit
of coke on the. sinter basicity - Fig.2; the dependence cf
the intensity of coke combustion in a blast furnace on the
sinter basicity - Fig.3; the content of +25 mm (a) and
0-5 um k"u) fraction in sinter after the P. G, Rubin drum
tests in samples of sinters of various basicities - Fig.L~;
Card the content of fractions +40 mm (a), +25 mm (v) and 0-5 mm(b)
1/2 in samples of sinters of various basicitles. collected from
blast furna(-,e b~'Inkers - Fig.5, tiae dependence of the

133-58-5-4/31
The Dependence of t-he Co'cl-le R-te amd the Output of a Blast
Furnace on the Bas4r-j-,- of S41-jt- e r
-j -L
intensity of combustion of coke in a blast furnace on the
size distribut-ion of sinters of various basicities -
Figs. 6 and 7. Conclusions: Coke rate is inversely
proportional to the sinter basicity. Up-der operating
conditions of the Sout'hiern Works the maximum savinv-- of
coke is obtained when limestone is completely reinnoved from
the burden anJ amounts to about 12-14%. The intensity of
the combust~-..cn of r--oke de-Deads on the size distribution of
sinter and ialnrnases with `L;icreasing proportion of coarse
fractions, The output of a blast furnace is determined by
the relation bet-ween the burden to coke ratio (increasing
-aith increasing sinter basicity) and 'the intensity of the
combustion of coke in the furnace (decreasing, with
r
increasin- sinter basic-Lti due to the decreasing content of
I'--
coarse fractiuns), It is necessary to take some measures
to improve I-he size distribution of high basicity sinters.
It would be advantageous to take as the main criterion of
"ard the sinter c:,Uallity thhe content of +25 min fraction after the
1
, -
2/2 test in the P. G, Rubin drum and not the content of 0-5 mm
fraction, There are 1 table and r? fiGures,
ASSOCIATIOTq..-.--Tr-.+- cherr-oy metailurGi-i i vorno-S;o de" a AN Uk-r.SSR
(Ferraus f~et43*j~iWinstitute and Mining Institu-te of the Ac.Sc.
of the UI:r-ainila-n SSR)

SHW,IIWV, K.A.; MIKRYUKOV, V.G.
Automatic control and regulation of blast distribution in
tuyeres of open-hearth furnaces. Avtom.i prib. -no-1:17-22
'59. (MIRA 13:10)
(Open-haarth furnaces) (Automatic Iontrol)

vyl I
Rt 59 1 r-
33
ta i E
tx
15 ~4
V I
j:j -it d .'s 3a
e g t
:, , . .
E -j
Ell A
4 9 4.3 4 5
os o stk 0.
Iq MIN 49
jt
.Ss

Ve
if
IZ
A v,
8 Non
t j
A s

AKUT IN, G'K. CA)mtin, H.K.J; GATSVMO. Tia.0. [Haievenko, IU.0.1;
DTACHZWO,- K~Ta.;,ZRAROV, K.T.; IVJINOV, S.K.; XARIMSHIN,
L.B.; KLODNITSKI'T', I.I. [Eloduytelkyi, I.I.J; KCBUS, Th.T.
[Kobus, IU.1.1; KOZLTU, T.T. [Kooliuk, V.I.]; KCRTTMIKOV,
V.P.9, KORCU3KO, X.I.; XOSTOGRIZOV, V.S. [Xojtohryzov, V.S.];
LADIYEV, R.Ta. [Ladlkov. R.1&1; MART 1, 4.7.. (X%rty-nink,
-j- ILINIX, P.M.; kand.takhn.nauk; NAf6L'NBV, $.Ta.
.B4,X, , ML
[Navol'niev,,S.IAA;,SIN'X07, V.M.; SPM, G.O. [Spyna,.H.0.1;
SHOMBT, L.A.; SHUMILOV, K.A.; KGRSAK, Yn.Te. [Koreak, IU.13.1,
-iFed.; LAGUTIN, ~n. I.A.1 tekhn.red,
[Automation in industry] Avtomatizataiia v promyslovosti.
Kyiv, Derzh.vyd-vo tekhn.lit-ry URSR, 1960. 288 p.
(MIRA l4tl2)
(Automation) (Industrial management)

SHUMILOV., K.A.; MELINICHUK, V.L.
I - - St -udy.i.ng the influence of natural gas and oxygen
thermal and aerodynamic processes of the tuyere
blast furnace for the purpose of their automatic
tion. Met. i gornorud. prom. no.6:3-7 N-D 162.
on the
zones in a
stabiliza-
(MIRA 17:8)
1. Institut avtomatiki Gosplana UkrSSR.

SKRYNCIIENKO., D.A.;- SHUMILOV, K.A.; 19OVIKOV, N.A.
-Automatic cast-iron weight control unit in the charging boxes
of a casting machire. Avtom. i prib. no. 1:155-18 Jr- 'Ir 164.
(MM -17: 5)

. -. --- I I I - - I ~- ---, - L, " ~,-, ~,
SHUMILOV; K.A.
Using automatic control in ferrous metallurgy in the
Ukrainian S.S.R. J,~-at. i gornorud, prom. no. 2tIO-12 Mr-Ap 164.
(MIRA 1729)

1 11
SKIRYNICEfell-IF,f). ".A.; SFUM3-1.,c;V~ kand. tekrri. naulk~ TERMHTN, N.P.
~ or cart-irccin ladling -wl-;-h a tamLng ma~~hineo
A~Utclr,,tic control, I
Ayit.. ,.pj-j.b. no.! T64 (MRA 18-.2)
.1 -

.51iUMILOV, Ki-rill AndreyeTich,, kand. tekhn. nauk-; SfCF.YN.!CIIR-;KO,
Dmitray Anatol5yevdchs Inzh.; MOGILICHRIKO, V.S-., 4nzh..
retaenzent
(Automating the pouring of pig iron in blast furnace
plants] Avtomati~atsiia razlivki chuguna v doi:-.emiykh tse-
khLkh. Kiev, Tekhnika 1.965. 106 P. (MIRA 180)
.7

18.2000
65684
AUTHOR: ShUMICOV, O.A. sov/i36-59-10-1/16
TITLE: Fas~ Flotation Method, its Practical Application and
Ways for Further Improvements
PER10DICAL:Tsvetnyye metally, 1959, Nr 109' pp 1-10 (USSR)
ABSTRACT:
Card 1/13
Based on the analysis of eight years exploitation of a
new technique of running the flotation plant, developed
and tested at the Sikhota-Ali-n.'- Factory, a formulation
of the basic principles and laws of so-called "fast
flotation method" is presented and recommendations are
made as -to the correct way of introducing this method in
various ore dressing plants. The useful qilnerals in the
ores processed at the Sikhota-Alin' Factory are closely
aggregated so that they can be successfully treated after
being comminuted to contain 35 to 40% of -74 micron
fraction; the starting material constitutes a high grade
lead concentrate containing 74 to 75% lead. The need for
increasing the output of the flotation plant (without
increasing the power rating of the electric motors) arose
in 1950, when the productive capacity of other sections
of the factory came to exceed considerably that of the
flotation plant. To achieve this end, several measures

S Q V/ 156 - 5
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
were adopted. (1) The peripheral velocity of the
impellers was increased from 8.5 to 10 m/sec in cells
Nr 24 (roughing and control flotation) arid from 8.5 to
9.1 or 10 m/sec in cells Nr 21 and 15 (cleaning flotation).
(2) A large proportion (73%) of the partitions between
cells was removed; only those were left that separated
the various stages of the process or whose removal would
result in the pulp flowing straight through more than
four cells (these large sections formed by the removal of
partitions will be subsequently referred to as "direct-
flow" sections). (3) The depth of cells in the roughing
lead and zinc flotation stages was decreased by 200 mm.
(20.5%) and 100 mm (10.3%) respectively; this helped to
compensate the extra load on electric motors due to
increased impeller speeds. As a result of these
modifications, the output of the flotation plant was
increased twice and the degree of aeration increased by
80 to 100% to 5o-60 cm3/cm2/min; the electric power
consumption was reduced by 30 to 35%; consumption of the
Card 2/13 basic reagents and water was reduced bY 5 to 48 and 20 to

65684
SOV/136-59-10-1/18
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
25% respectively. At the same time, the i-ecovery of
lead was increased by 2.5% having reached 90.25; and
that of zinc by 2.3% having reached 84.6%,'; the quality
of the zinc concentrate was also improved owing to the
reduced copper content and improved selection of lead
from copper was achieved. Further measures adopted in
the subsequent years included: increasing the impeller
velocity to 12 m/sec which necessitated replacing the
existing (5 k-w) electric motors by more powerful (7 kw)
ones; employing 6- instead of 4-blade impellers;
disp,i-nsing with the use of the baffle grates. These
imp---ovements made it possible to maintain the efficiency
o-' the process at a steady level, in spite of the reduced
r.ietal content in the ore and the increased quantity of
the treated material. However, the flotation plant
continued to be a bottleneck in the factory; in addition,
the flotation machines were worn out and needed replacing.
Consequently, it was decided to reorganize the flotation
plant and double the output of one section by the
Card 3/13 introduction of floating machines "Mekhanob" 5A". In its

65684
~50V/136-59 10-1/18
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
existing form, this machine was not suitable for the
process employed at the Sikhota-Alin' Factory for
several reasons. (1) Its capacity was too small
(600 t/24 hr max for the cell volume of 1.27 m3).
(2) It could not be used for treating coarse (30 to
40% of the -74 micron fraction) or heavy ores.
(3) As the disperser blades became worn out, the clearance
between them and impeller gradually increased, so that at
the end of the period between two consecutive overhauls,
the degree of aeration decreased 3 to 4 times.
(4) The efficiency of the machine was adversely affected
by the large size of the air bubbles. (5) The semi-
automatic regulators of the pulp level did not function
properly. The machine was, therefore, redesigned by the
author of the present paper, working in cooperation with
a team of designing engineers consisting of
G.N.Kurbetlyev, G.I.Kosi-lov, K.I.Syrchin and I.M.Kokorin.
Several changes were made: (a) The peripheral velocity
of the impeller was increased to 11.3 m/sec; its diameter
Card 4/13 was increased from 530 to 600 mm without changing the size

65664
SOV/136-59-16-1/18
Fast Flotation Method, its Practical Application and Ways for
Fuvther Impvovements
of the cell; the power rating of the electric motor
was increased from 4.5 to 10 kw. (b) A two-stage
impeller, with 6 internal and 12 external blades, as
designed by N.P.Sagotelov (Ref 3), was introduced.
(c) The stator grates were replaced by a solid, 800 mm
diameter disc, provided with four baffle ribs and placed
coax�ally over the impeller, the clearance between the
baffle ribs and the impeller being 50 mm. (d) The
circulation in the direct-flow sections was ensured by
means of apertures in the impeller hood, closed to
two-thirds of their area. (e) To facilitate the passage
of large quantities of pulp through the machine, the
diameter of the intake pipe was increased to 250 mm and
the area of the windows between the cells was increased
by 15%. (f) The size of the direct-flow section was
increased to comprise four cells; the semi-automatic
gate valves were replaced by slide valves; a replaceable
lining was introduced in the cells (cast iron at the
bottom, wood at the walls). The application of a two-
Card 5/13 stage impeller with a high peripheral velocity made it

65684
SOV/136-59-10-1/18
Fast Flotation Method, its Pra-tical Application and Ways for
Further Improvements
possible to attain a high degree of aeration (70 to
120 cm3/cm2/m!n) and agitation, even in the case of a
thick and heavy pulp, while the size of the air bubbles
was reduced to 2 to 5 mm. In effect, a new flotation
machine was created, which was given the name of "Fast
Flotation Machine SIKHALI11 and which was used for
equipping one complete section of the lead flotation
plant comprising, in all, 22 cells: agitation of the
pulp - 1 cell; roughing flotation - 8 cells; first
control flotation - 4 cells; second control
flotation 2 cells; first, second and third re-cleaning
flotations 3, 2 and 2 cells respectively. (The flow
sheet of this process is reproduced at the top Of P 5.)
The section for flotation of zinc-bearing ores was
equipped with the "Farenvold Nr 24,1 flotation machines
operating under the "fast flotation" conditions (impeller
diameter and speed - 6o0 nun and 10 m1sec respectively).
The results of six months' tests are given in Table 1,
showing the values of the Zn, Pb and Cu contents (%) and
Card 6/13 the recovery (%) of these elements for the lead (top) and

65684
SoV/136-59-10-1/18
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
zinc (bottom) concentrates. The material used in
these tests consisted of a sulphide lead-zinc ore,
comminuted to contain 38 to 50% of the -74 micron
fraction; the average density of the pulp -was 50%, the
following reagents being used in the lead flotation (g/t):
activated carbon - 57; sodium sulphide - 50; ammonium
sulphate - 201; calcined soda - 75; zinc sulphate 267;
a 2;1 mixture of the butyl and ethyl xanthogenates 20
to 30; cresol - 76; cyanide - 173. The next test
consisted in running the flotation section for three days
under the conditions of increased loading (higher output).
The results are reproduced in Table 2 under the following
headings: quantity (t/24 hr) of the treated ore;
Zn, Pb, Cu contents (%) in the lead concentrate;
Zn, Pb, Cu, Fe contents (%) in the zinc concentrate;
Zn, Pb, Cu contents (%) in the tailings; recovery W Of
Pb and Zn; duration of one complete cycle of the lead
flotation, min. It will be seen from these data that the
acceleration of the flow of the pulp through the
Card 7/13 flotation machines (with a corresponding shortening of

65684
SOV/136-59-10-1/18
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
the duration of the cycle) not only brought about an
increase in the output but also raised up the recovery
of zinc and lead and improved the separation of copper and
iron. During the six months trial period, it was established
that the newly designed machine "Sikhali", functioned
satisfactorily and without overflow, even when working
under the conditions of wide variation of the volume of
the treated material; aeration remained steady during
the whole period between two consecutive overhauls
(1 to 1.5 months), the size of the air bubbles being
3 to 5 mm and the clearance between the impeller and the
baffle ribs increasing by 4 to 6 mm. only; no clogging of
the machine by coarse particles occurred; the life of the
exchangeable components was: impeller - 2 months;
disc - 4 months; the machine could be stopped suddenly
and restarted, even when fully loaded; it was possible
to reduce the consumption of the reagents; cyanide by
10-5%, activated carbon by 42%, cresol. by 31% and sodium
sulphide by 16%. The improvements achieved in the
Card 8/13 efficiency of the process are illustrated by the data

65684
SOV/136-59-lo-1/16
Fast Flotation Method, its Practical Application and Ways for
Further lmprovements
given in Table 3, showing the Zn, Pb and Cu contents
and the recovery of these elements (%) for the lead (top)
and zinc (bottom) concentrates during the four months
preceding the trial periods: it will be seen that
recovery of lead and zinc was increased by 2.87 and 2.08%
respectively and that the quality of the concentrate was
imp-roved; at the same time, 1 t of the material treated
per day required only 0.008 to 0.012 m3 of the cell volume,
the corresponding figure for the normal process being
o.o8 m3. Having taken all this into consideration, the
pvesent author formulates his ideas in the following
manner: fast flotation means acceleration of the
flotation process brought about by a maximum increase in
the rate of flow of the pulp through the machine,
accompanied by a corresponding increase in the degree of
aeration and agitation of the pulp. The various features
of the process are then discussed in greater detail.
Fast rate of flow of the pulp t1irough the machine: the
puj.p should not remain in one cell longer than I min;
Card 9/13 at the Sikhota-Alin.1 Factory, the lead-bearing pulp

65684
SOV/136-59-IC-1/16
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
tz,Izes 0.5 to 0.8 min to pass through one cell, the
duration of the complete cycle being 8 to 10 min.
High degree of aeration: contrary to Mitrofanov's
(Ref 4) opinion, the deg:-ee of aeration should be
directly proportional to i-he rate of the pulp flow and
should amount to 60 to 120 cm3/cm2/min. High degree of
agitation3 this is attained by increasing the peripheral
velocity of the impeller, maintaining at the same time,
low impeller diameter; cell width ratio which, at the
Sikhota-Alinsky Factory, is equal 1:1.8; there is no
risk that intensive agitation (necessary to prevent
clogging of the machine, particularly when coarse ore or
heavy pulp is being treated) will affect adversely the
conditions on the surface of the pulp, since in the
absence of fast circular motion of the pulp (which
should be prevented by the baffle ribs of the disc
situated over the impeller), a sufficiently thick layer
of froth will ensure quiescence of the pulp surface.
Reduction of the cell depth: this provides a means of
Card 10/13 either increasing the degree of aeration without a

.iOV/136-59-j o-.L/ 1.8
Fast Flotation Method, its Practical Application and Ways for
Further Improvements
corresponding increase of the power consumption or of
reducing the consumption of power without a
corresponding decrease in the degree of aeration.
Application of the "direct-flow" sections: this increases
the capacity of the machine and facilitates its
maintenance and repairs. After stressing the fact that
the application of the new technique not only increases
the producti-ve capacity of the flotation plant, but also
improves the quality of the concentrate, the author points
out that when a change-over from the normal to the fast
flotation technique is contemplated, the local
coriditior,s (the type of the process etziployed, equipment
and, particularly, the characteristics of -the treated
ore) hav,.D to be carefully considered. For plants equipped
with the flotation machines of the "Farenvold" (or similar)
typed t'ie author recommends :Lncreasini~, the impeller speed
and a cliange-over from the single coll to the "direct-
flow" section method, the need for jincreasIng the power
rating of the electric motors beln~~ avoided by reducing
Card 11/13 the depth of the cells; in determining the relative

6568h
SOV/ I 3b-5 9- IG.- 1/16
Fast Flotation Met;-Iod, its Practical Application ard I-I'ays for
Further Improvemen-Ls
changes of the various operating conditions, formulae
derived by V.A,,Rybakov (Ref 10) cari be conveniently used,
according to these forr-.iulae, a 1'/-o i-ncrease in the
pe.r-ij..'ieral impeller velocity necessitates a 2.65%~ increase
of the -o%ver- and increases the degree of aeration by 7.7%;
a 15. reduction of the depth of the cell reduces the
requIL-Ud pou-er by 1.50 and increases the degree of aeration
by 0,,4'/u; an 0.015u decrease in the pull- density reduces
the Io-oer re(-.1uirements by 1.64" and increases t.he decr
/a gree
of aet-,Ition by 0.35"/b. Regarding 1,lants equipped with the
flotaLiori rnac'~iines "Mekhanobr 3A, 4A and ~)Afl, the author
recot-,-~! ends that these machines should be modified along
the lines described above; 1e converted into the "fast
flotation machines Sikhalill; however, he points out tliat
to ac'iieve the full benefits of this change, the rate of
flo-t%r of' the pulp through the machine must be increased.
In Vn,, final chapter of the present paper, its author
discusses the anomalous position existinL; in the Soviet
Union regarding the Iroduction of flotation machines,
Card 12/13 criticizes the uniformity of their design, as a result of
1~

65684
SOV/136-59-10-1/18
Fast Flotation Method, its Practical Application and Ways for
Further lmpvovements
which it is not always possible to select equipment
best suited for a particular purpose, and stresses the
need for a more modern and rational approach in designing
new equipment with particular reference to the application
of the "direct--flow" principle and increased rate of the
pulp flow, There are 1 figure, 3 tables and 10 Soviet
references,
Card 13/13

SHUMKCV, O.A.; KURBETIYEV, G.N.
Rapid flotation is the road toward the full use of potentialities
for the increase and cost reduction of nonferrous metal recovery.
TSvet-met. 35 no.8:5-10 Ag 162. OUR& 15:8)
(Flotation) (Nonferrous metals-Yotallurgy)

1. SHIRMKOV. P. V. I PL-v'OV, M. D.
2. USSR ((00)
Ik. Lathes
7. Efficient repair of the lathes by mechanic. Vest mash No.9 1952.
9. Monthly List of Russian Accessions. Library of Congress, kDril -1953, Uncl.

SHMOV, V.
Blast-furnaces on the Oder. Vokrug sveta 5:2-5 My 153. (MT-RA 6.6)
(Germany, Eastern--Industries)

SMEKOV, V.
Take fuller advantage of your rights. Mast. ugl. 8 no.7:13-14
Jl '59. (MIRA 3-2: 10)
(Coal miners) (Trade unions)

SHUMKOV, V.
Sod composts. Nauka J pered.op. v sel'khoz. 9 no.3;27-29
Mr 159. (MIRA 12:5)
1. Machal'nik rayannoy inspektaii po sel'skomn khozvaystvii.
Iseninskiy rayon, Hookovskoy oblasti.
(Compost)

.-.- SHUMKOV,- V. - KCPMYEV, V. -, MAKSMOV, M- ', CHUM. B- (g.Lunganak)
SENIMOV, S. (g.Shakhty, Rostovskoy oblasti); LERMM, I. (g.Shakhty.
Rostovskoy oblasti)
Our women heroes. Mast-ugl. 9 no-5:9-11 My 160.
(MIRA 13:7)
(Women as miners)

SHJMKOV, V.
At a lov level. Mast.ugl. 9 no-12:17 D 160. (MIRA 13:12)
(Donets Basin-Coal miners) (Trade -anions)

SHUMKOVY V,
In tie neighborhood-'-of
Ap 61. .p
(1.6iiin, Vladimir
I
II
.1
~J,
the Kremlin. Sov.shakht. 10 no.4:5-7
OURA 14:9)
Illich, 18'70-1924w.-Musd'ums, etc.)

SHTYMKOV, V
What we have gained through the October Revolution. Sovshalkht.
10 no.1-1:43-/+4 N 161, (MIRA 34 ~ 11)
(Great. Erltain--.Coal miners)
(Russia---Economic conditions)

SINT-AGIN, I.I., doktor sellskokhozyaystvennykh nai*, red.; DMITRIYEVA,
A.I., red.; TEMMIYANOV, F.V., red.; SOKOLOV, G.R., red.;
SUT-ALOY, I.S., red.; SKLEPANOV, V.M., red.; SHUMKOV, V.A., red.;
ANTONOVA, N.M., tekhn.red.
Era-pers of the anniversary session of the Lenin All-Union Academy
of Agricultural Sciences dedicated to the 40th anniversary of the
Great Socialist October Revolution] Materialy iubilainoi sesaii
Tsesoiuznoi akademii sellskokhoziaistvennykh nauk imeni T.I.Lenina,
posviashchannoi 40-1 -odovshchine Velikoi Oktiabrlskoi sotsia-
listicheskoi revoliutaii. Moskva, Izd-vo H-va sel'.khoz.SSSR,
1958. goo p. (MIRA 13:2)
1. VseBoyuznaya akademiya sellskokhozyaystvennykh nauk imeni V.I.
Lenina. 2. Glavnyy uchanyy sekretarl Prezidiuma Ysesoyuznoy aka-
demii sell skokhozyaystvennykh nauk imeni Y.I.Lenina (YASKhNIL);
chlen-korrespondent (for Sinyagin).
(Agricultural research) (Forestry research)

L;GFX(',flAYEV, Ivikha-11-1 moioeyovich, doktar takiin. nailk, spetsiulist-
11,11'rY-mik; SHU14 red.
stop., R,-,colleciions of a blasterf
n--tano-v;s'l Vospominaniia vzi-,-,rnika. MoAvs,
. ;,al 146 p.
~1- La Rossiia, 1965.

AP7003; SOURCE CODE: 133/ 7/000/001/0053/0057
ACC NR: (A)
AUTHOR: Brovman 1-1. Ya. ; Skorkin , N.V. ; -qhxxmk_ov, V.D. Vydrin , V. 11.
Dodin, Yu.S.; Makarov, V.G.; Rimen, V.Kh.; Lind, I.K.
t;ORG: Yuzhuralmashzavod; Chelyabinsk Polytechnic Institute
~`~(Chelyabinskiy politekhnicheskiy Institut); Chelyabinsk Metallurgical
*:*.Plant (Chelyabinskiy metallurgicheskiy zavod)
,~JTITLE: Investigation of a new 900/700/500 continuous blooming mill
SOURCE: Stal', no. 1, 1967, 53-57
it-TOPIC TAGS: "etal rolling, hot rolling, rolling mill, continuous
rolling mil 00-700-500A
mill
1/9
1e0,4 Z /A) r,
"!ABSTRACT:
The new 900/7bOi5OO continuo*us blooming mill, designed and built at the
-Yuzlino-Ural'skiy Machine Building Plant, is in operation at the Chelyabinsk
and Krivorozhskiy Metallurgical Plants. The new mill is designed for
rolling square blooms with a cross section of 80 x 80-170 x 170 mm and
flat slabs from 370 x 370 mm carbon and alloy steel blooms weighing up to
9 tons. Provision is also made for rolling round'bars~105, 120, 140, 150,
170 and 220 mm in diameter. The mill is designed to produce 5.5 million
tons of rolled stock per year; the metal delivery rate at the last stand
Card UDC: 621.771.26

ACC NR:
AP7003872
is 7 m/s-e'c- and the specific-efficiency per.ton of the equipment is said to
'be 25% higher than that of the most efficient existing blooming mills. The
.new mill consists of 14 stands. The first group consists of two separate
'900 horizontal stands and a continuous set of six stands (two of them witfi
vertical rolls). The second -group of stands consists of three vertical and
~three horizontal stands. A planetary flying shears, made at the Staro-
Kramatorskiy Plant, is used for cutting bi-llets to size. Rol-ling large
billets, 150 x 150 mm and up, is done in the first group of stands; the
billets are shifted to a side roll gang and cut to length with 1000-ton
shears. The stands have an individual electric d-c motor drive with
continuous automatic power regulation. For furth~-r automation and higher
precision of the rolling process, provision is made for installing magneto:-
elastic sensors of the metal pressure on the rolls. Experience showed
that for continuous safe operation the billet surface temperature should not,
be lower than 1000C. The design of the stands and the technology used
ensure the necessary accuracy for rolling commerical stock. -Orlg,~- art..
[14S]
SUB CODE:
__Card___2/2 ......
13/ SUBM DATE: none/ ORIG REF: 006/ ATD*PRESS: 5115

SHUM'~-UV. V.D~
bsing organominerqI mixtures for cereal crops. Zwrloc~elle 1-5
fLo - 5: ~4-65 14Y ' 57 . (M:,~ 1-: /y
1. Glavnyy P_-rono-n I.eninskoy Mashinno-traktornoy st!antzii.
(Fertilizers and manures) Orrain)

1JIS-11HLEMKOV, f4. F. V. SIHUNALUVY 0. N;.
"Zx-r-ra,.,-t iort of the irradiate-" ro-~'
in cart)on tetra,-- hioride.
report sl-~waitted for J-rrd Intl Conf, Peaceful Uses oC Atomic Energy, Geneva,
-41 Aug-
-;) Se

YERMAKOV, Prokopiy Dementlyevich; KOLEGOV. Aleksandr Yermolayevich;
MALYKH, Aleksanctr Aleksandrovich; SHURKOV1Y'l... redaktor;
TSYMBALIST. N.N., redektor izdatel,stva; ZI&IF, le.m., tekhniche-
skiy redaktor
[Safety engineering in the work of metallurgical plants] Organiza-
tsiia raboty po tekhnike bezopasnosti na metallurgicheskom zavode.
Sverdlovsk, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tsvetnoi
metallurgii, Sverdlovskoe otd-nie, 1957. 135 P. (MIRA 10:11)
(Metallurgical plantd--Safety measures)

SHLJMKOV~ Ye., inzh.
Automatic control of conveyor systems. Rech. transp. 22 no.10t
15-16 0 163. (MIRA 16:12)

SMJMKOV, Te.B., inzh.
Push-button rudder control from the upper pilot house of tvigboate.
Rech.transp. 17 no.9:33-34 -- (,MIRA ll:,Il)
(Tugboats) (Pilots and pilotage) (Remote control)

SHTJ14KOV, Ye.B. , inzh.
Automatic photoelectronic control of feed-water supply to steam
boilers. Rech. transp.. 18 no.4:33-36 Ap '59. (MIRA 13:1)
(Boilers, Marine) (Electronic control)

SHUMKjDV, Ye.B., inzh.
Mechanization of anchor lifts on barge-type, vessels and Its
power supply. Rech.transp. 18 no.9:26-27 S '59.
(MIRA 13:2)
1. Volzhakoye oblyedinennoyerechnoys parokhodstvo.
(Anchors) (Barges)

SHUMKOV, Ye., inzh.
Automatic control of the feed-water supply to steam boilers.
Rech. transp. 19 no.3:2/r 26 * 160. (MIRA, 14: 5)
1. Tekhnicheskiy otdel Volzhakogo ob"yedinennogo rechnogo
pa.3~okhodstva. (Boilers, Marine) (Automatic control)

VALIKOV, G., kand.takhn.nauk; SHUMKOV T
ae , inzh.
-- - ~ 3K
Automatization of conveyer equipment in river harbors. Rech.transp.
19 no.9:38-4o 3 16o. (MIRA 13:9)
(Conveying machinery)
(Automatic control)
(Harbors-1quipment and supplies)

VALIKOV, G.P., kand.tekhn.nauk; SHUMKOV, Ye.B., inzh.
Automatic control of belt conveyors. Plekh.i avtom.proizv. 16
no.7:13-15 J1 162. OURA 15:8)
(Conveying machinery) (Automatic control)

VALIKOVI G.R., kand.takhn.nauk; SHUPIKOV, Ye.B., -inzh,
Speed relay with two limIts, M--kh. i avtom. proizv, f7 no. 3.-
36-37 Mr 163. (MI RA 17.- 9)

SHU"i-MV, Ye.B., inzh.
Belt conveyor with automatic control. Trudy GILIWI no-49:27-36
163. (MMA 18: 6)'