SCIENTIFIC ABSTRACT SLADKOV, A.N. - SLADKOVA, T.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651220020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SLADKOV, A*N.
~-, ~-- ~' -- -~4- I
Terminology of basic subdivisions of the sporoderm of pollen grains.
Nauch. dokl. vys. shkoly; biol. nauki no.1:131-132 164.
(SERA 17:4)
1. Rekomendovana kafedroy,-vysshikh rasteniy Moskovskogo
gosudarstvennogo universiteta, im. M.V.Lomonosova.

SLADKOV, A.N.
Succession of tetrads and he~mds of spares. Nauch. dolcl.v7s.
shkoly; biol. nauki no.3t9l-98 164 (MIRA 17:8)
1. Rokomendovana kafedroy v7sshikh rasteniy Hoskovskogo go-
oudarfAvennogo univeraiteta.

',I IT
5 LZE0
Spore-pollen -pect-rum and f-,pore-E;ollen ccrapie-x. Nauch
dol-1. vyr;. s,koly; biol. rmuki n~.1:110-115' 66
1. --lekor:,-endovarria kafedroy v-ysshil:!- -.aoteniy !Ioskovokorro
~,,osiidarztvenno~;o lmiversiteta ila. M.V.Lorlonosova. Sub77ii~t,--d
December -21, 1964.

-w- -ww- IV w as
.49 T
lillt 'To 0 0 0 0 0 0 0 0 o'
06 .1 .1 It 14 11 1. 1Y 10 a " .' I . .1 r 0
It L .1 4 it A L L m of IF 1 7 1 1. 1 AA so U M tt.:,
00
-00
0
:
o f4
00 -00
0 -.00
0 1-09
00
b.Istory e%Perim_,, Khatilow oxidited cOfjlF Ore-
0 La (I"Itall" .1.01t xoo
Aj,j,j 1031. 1IM' CIS I,- ".1i"K,
:0
A.-tit .1411, zoo
0
=00
o
00 0 0
oes
009
00 zoo
..: w,: 600
IDA ..so
-jet
go
=00
t'o 0
4s ties
too
An L I a Od 0 1 a 3
0 0. .9 K a 9 it K Of 11 it X
* 0 0 0 : 0 to V: :is 0 0 6 0 v 0 a 0 0 0 0 0 0 0 0 0 0 0
00 00 0 0 0 0 0 to fee 00 0 0 0 0 0 0 0 0 0 00 0 0~

0 0 0 0 0 0 6 0 0 4 9 0 0 0 0 0 0 4 6 1111fill e a 0 a * 0 a 4 0 0
0 b I ;. 11 11 13 . 1$ 1. 11 A It X , I I D n I& r. 16 v A A' ]a Is U 11 1. A $6 1; a is w 0 or*
A 11 , 1, 1. 1 r 0 1 1 1 11 lt.i! -1 1 1 0 111 (IC to III I I I I _11,411 0

' '
:
Flotation of h'4kr- uxy4x swumc coppu or* ~ bouth ural 'ter
0
,
I "I'll /.

06 1 Im,-lv gir,"ind irts (95% of the ore through :h)o nw.,h) gave g.u.1 rv,tilt,, III.- 11c"VI-f$ 0 41
The inint-ml.vimlemilm Mmc..j.-, 00
00 fi-taik ,(I fie flataticm ruct]bc~ "crtit s It"% c t r.. are, ft~-r it -1. it N.jo.IIjjl.,tj i
00
60 00

0 0 "So
o0
000 1
00
00- zoo
06 z 00
00
goo
00 21 00
00 goo
00 zoo
00 j '00
0o.. -.00
00 :z --oo
00 E : t:oo
.1. %L. L'1f-.tLR[ CL,iSSIFICATIC.

00
1 r a. o tir a I,
90 U '~m Ka nsi nun tfx~w; I S.
0T1
0a 0 00 0 e 0 0 0 4 0 4 0 0 0 0 a 41'o il a 0 0 0 a 0 0 0 It 0 0 0 a 04 0 0 4 O"o
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 * 0 0 0
4 0.

000900000*oooooooe*10009000:*Oooooo::::!:Oooe
000690460000000000900e006 0000000 00000
1
40 VKI I v an vvu a w 0 a v a P 'I it
~F o6 AL A 0 0 PQI Oft "_J_L_b - --
elm
SO

a 4:
oot i
oor
60:~
go, : . & 00
000

Ow ^00
oo=
go
*o- 000
00= r 00

002.
Oc .1--d -airiift RAI
w
00- 0 o
00- 0*

a 00
00-; 3 so
06- s0
00-

,
00
00- 1)-
0 TiF 00
070 a to IP OPXII all Wotan a "a aIf a u a a a In 1. an T~2 o
9 0 0 9 00- 0000 000 000 00 0 0 00000 00
a & a a aaI So W-iioo M. w w w w vir 0 w .--. a -.. --- 4

0 0 0 0 411 0 0 0 0 0 0 0 6 0 0 : '61 .110 14,1 0904 a 0 40* 0 6
0 a 0 0 0 as 0 o 0 a
do o
do's I n-"2S767?A?9 ICJI V 11 J4 IS 36 V A 0 4D It U
A I C J L--f AL
It I (Z W a
6 L
t
6 1
1 43 0 0
,
-
4-
-
-a

Refining tak-maxnealtv ores by flotation. A. Sladkov. Mineral. Swil"i 8, -00
No. I INW. - TaIndatt-d r-uhl, urc sivct, ( dwirtinivii~iwriaic and recovery of .00
y wid withum varims, tratviam, Ill tak-ma"CoLle
IF1,111 WifilIS1 11
0 0
0 j .1tro miiird iTs Stair-tas IL and SbAlituvsk rexicous. 111A.C
" r,
I =00
zoo
=00
;;o o

00
Z410
001 zoo

00 00
*o
00 1
.4 T., Illf.Ltl4t L ~J.# 1, .11C.

o*
=00
3:0 0
00

t, r 'Y 4
r AA I t 8 IW j -1
f I
A180
goo
!~,, goo
o
N All
Illa N 11 OF it X .1 j I III .
0 0 0 0 9 0 0 0 0 0
0 do, 0 0 0 do, 0 0 41, 0 0 0 0 0 0 0 9

0 0 0 e 0 0 0 0
is It 12 n li x b m x it W-v-l
ob&W,
00 ai&w.
go it,,
00 or-
Sow
t RETAL&UP61C61. UTIVAlkAll CtASSWKATOM
'-7, T
'-1 161,3113 Lf
b u is &v vo Ll:; .1 .5 on 'It a, a, a, lot a, In "It I
0 a 0 0 0;0 o * 0 0 o 0 0 00 0 0 0 0 4
eza
0 * 0 0 010 0 0 0 0 0 0 0 0 0 0 0 0 4
l
1-1-
1A L I I Od 0 0 11 1 X 6 S A 4 3 0 1
0 0 0 0 0 0 a 0 0 0 0 0 0 0 *1
0 : :[, "00 :090*0*409060900*4
0 0
so
GOO
Cog
ir
2600
Noe
lmoo
also
wool
Noe

,
0
0 0 6~ 0
I ~6
C
;
to it is

AA It W, 1) M
!n
N nun J6 ii"iiRful, an us a v a A, A, a Ij a &L-0
-1-4 AA 0 (X 0 Kj& I A
Af
00
:i

00
00.-

rhe use of sodium 111111de At ZY"Anovsk ()tr
-
i
et4
A
plant S
th'.
110AIP13 'If
111, t
dlr
ll
~ Igoe
.
In,
t
i Zoo
o0
00 g
all-
d
I
00

0
-
t
It impit"es )I Fj-, Cu, Au an.1 Alt. 2,
00

0 - curat,- omtrol --f cinivii. a, NACN.
n,,, rt-qu
'
go*
,
It n.,n And t, ch,.J.r illan NIc
;
ty
P
1
00
0 .
.4"' -690
:
zoo
goo

J;
ago

AS--SLA ACTALLWICAL L1TER41 f1s1~CLAJWXATWw
flaw owing
L4, 14.80 4j# M, coc Olt
b Uat At go U At
;AA
so sew 0 0 0 0
0 ; 0 0 ge
:
0 o so* 0
J 0 9 4 *go **@**go * 9 0 l
0 01

m

11 U is
A. a m
V an V 'm
a At 2 X u m P a at a a
Go M. 'j, To w a Trli MI.
1r,
j k
A
-
~'
~A

00
00 :09

The extraction of gold and silver at the Zyrym-ovskif
SW
SWIk-n. In -~w
ore-dressing plant. A. S
00 1037. No. 47
00 00
00

Igoe

V
flee
t
jr
S L agTALLURGKAL LITERATON CLASSOICATICW
9-Z

S'noss -1 am
:n 'j
:

0

U IS AV 0-0 It
0 r

0
0 o
0 0
0 0 0 0 0 0 : 0
0
w 5
41 a
j 1 JA
6 0~6191

0 0

41
00 a
_00 _ii_* 0
I-I
L u
lit ...o j_ilR_R!C
--jjq -- . ,- _-_
l"Willft AND VIRCOSSWISS .04.
Reftection Ilrose ballatt ___ "Obp 4d at
Zhu,. No. C .3b 1101W r --71W'fWWe h"Ati-M 1-dalure
contained Siol 01.46 and IW40i 29.04%. C4xk'"- 011
tables save a quartz and a barite concentrate ctentit. Sit),
gr2.48 and HaWs M.484ye, rmp. The barite coravuArair
had nwst of the Am. which it to be ead. by cyanidatkut.
WAS. HOSO,
Colujul. of quartz %xinew"trate Was. tv
AW-1. AtA'h Frp. ().,Q. FCO 0,4s. Zu 0.65. CU O.tlti.
11ste vka% fuund wrisfacts" y fin w%c iu the &Lsjt land plluto.
k1j" i.dw&-v 11. Z. Kamickil
I a - I L aHIALLURGICAL LITIONATIA12 CLASSWICATOW
lot -4 1 del
;41
0 o 0 0 0 0 0
0 * 4 0 0 0:
U_ a Ad a Is 0 a A
AA a I
-- - - Is D A.*4
..low s"Aftv
Malt
I TA AM I 1 0 Od
A 114 0 a I
0
00
1. goo
9zoo
ago
t:oo
ago
moo
see

--w-w w-w-w-qvw-w W-W w -W--W- - - - - - - -,-I- -, -#-c 1 9 0-0 It 0 0 -
0 0 0 0 a 0 6 0 0 0 0 co to 0 4 0., F-0,0--tis 00 0000 0 0 to to 0 0 a 9 to W
Q It cc ;9
r
91 0 L i
I
-
' .
-

00 The of
go Th* Aff"'013
-
k I.Al
00 2S-r, I IMM) T
cauwd by too fine grisdinil Of the whtelite ore prior to
0
t.W eqw",44% 0.(M mm IL W. Rathmann
:
0
00
00 [.So

00
000,
00
o:

: iz 00
g go*
09
400

-.0 0
~!00

&So $L* .1TALLURCICAL LITERMInt CLASUFKATIC. cz bee
Ij."v
wal L 4.414-1 cm d- 1"

W 4
An 1 1 a Od 0 a 0 1 w to I -to a 3
U S IV 10 Ll' I
0 MCIPPIPM411 K&PIW Munit; 11 4
-9

RS
0 0 0 to 0 0 0 0 0 0 0 0 0 0-0 0 0 a 0 0:0 * 0 to
0 to * 0 0 0 to * 0 0 0 a
0 * 000,0 0 0 0 OR f 9 We 0 0 0 oi;q 0 0o 00 **see*@ a 0 0

to 9*111J13WIS it 11 Ll 1, a
1
h A IL L
I 31 a Z3 I$ a ft v a it 10 il Jill 3415 A
0 M ORU
A i1 309041" U4300c*
--
-AA1
.9$- Ak-
1-1-
.,ji 0

00
00
so or !
00
00 a

The Oewd" gm&ns "'d the "Peratlam by subeldexce AO
Iddolit, kamM u4 do~ISM111JI16MMS. A
S
.-Ulkov

0 .
.
,
-
Corn AMP. I$"
-40. 4 -1. IV: Kkfmi. N't, U
f
'
so .
No. W. R. 11
.till
00 coo
a!
00
00
00

g

o
W ape
We
"'.(:S boo
-s-

a -a 04 VALLIAWAL 1.11164101 CLA$IWKATPON tee
too.. 11,4ji..
- -
-
-
-
I.Ic*j 0.. ast
T
It" -; -r -r -.. ,. I .' ;--q --r T-T-~- na Od 0 0w
m a Ka it a* n I is 61 1 a a .3 ..9

~
A
it 0 it a
G* em 0 0 0 0 0 * 0 0 0
: 0 : :: : 0 0 0 0 0*
00
0 0 0 0 0. 0 IS 0 0 0 0 0 0 4
i

--- 777

0 t A, T L ho LC tv tl V 4
00
00
benirficistion of Wings t Z "o, "e,diressing

,prox. PI, U.S5. Zu 3.2.., Cu u.2.0. Fe 6.20~~ and .,I 1e A -00
mO AS. S. woilied mit A coiwu~ -w1wnw wint,by ,m~

00 f I'l, 7.;. Zn 0~1. Cis IM. Ali tx) and AKvf',', 1, 1.-1. -00
Mc. This ichenic %as m-wimmsided for in,talEtatin Fite
4P /ii, pyrite and Au-pmtv ai~ mifficictittv -00
mIl ill in'tal, t" k. 11-1 ill 111,111,11Y. It. N. D.11111"11 -00
0 -00
00

o 00
00
00 ~00

00
00 zoo
00 ;:o 0
00 j -00
goo -:00

400 f Zo 0
00 %0o
r 4N
q n ff m it 'q!mlo n I
t o
K i
f
00*00000000000*ooo:::Iooeooooooooooeooooogoo
:
606906004600000000 000000000000000000000o

0-0-0 0 0 a 4f 0 0 0 0 0 0
-A -6 C 0 V 6 X L 0 W 0 P~ 0 T LN
-oft-1
Pon
ON 30 161 3 3.4 a a A Q
a 3, 1 . _. -k-. ~ f ST 0. AT S is
2-D ..I Alp, ENDINS F.
- ~_-_ -__ - -- ..1 .4 .,.LS
q*

vowmaw,a oe
'"j PD 111svid 2ql p[m -Muil 3RI 111 --1
inillsqns Anal-d aq u*3 -1 JIND3
q)lm'd- plnb!l Aq pa
AOJIX 3ttl 11
lalliude pD viollulog 3RI ul lvql P2004% 1991d .
-
-
'
Clio
rotom
ON
mf
S111.U tluaAag adia-lo-evo
.v
Umv;717- .3-W IRM."a, (.R.K)
CN

96
00= O
W.L
A64X oop allsodw 10 -M"M jai dow p1mbn lo vqj

,)p 90
J,00
00.
00
00. 0 0

00. -1 .00
00-
00

00- 00
...
- -.00
11 -W -?-T-1 -11 T, V I I a
71 al ~5
v v
" k
!l
L L
!L 7,- v -r- Q 11
_
-
Y i
0
4
Ibi i
0
fte
t
1
1-
-4
~

SLADKOV, A. S.
'~,,aFlnper. 'q'ore Comments on the
Introduction of Sodium Sul-ohite"
Tsvet. Yet. 14, Ho 6, 1939.
T
Renort U-1506, It Oct. 1951.

"CO
Le.

to *7 0
A A 9 L M
400A off A 0 011pues
4
:J
;,AI
0#,, a,
0
goo
see
goo
goo
moo
-A.& Seam.
176. Aprd IND. low. CmguwdmW dkt,&
0
j
A I A -_ILaMIALLURGKAL L1114AILM CLAIWICAIM
%low SIVIIa
-4 1814*0 *it ONT Ott
d I r Is W a I
U SAVOCASO 0 still 0 4 a a
0 41 0 0 4
Igoe
woo
assail da 0-9 141
Ir 9 a 4 3 a a
1e

see**
N t j e
6066016040*06
'A 14
R of gold duel w1lb Abfous materials. A. S.
-S1=:(rUp(ut*txav~k Mining Institut,c). Tircinye
Metal. 19, No. S. 25t 1946).-Atualgainatiott and gravita.
00 A t iouW treat nient of aurilcrour me. cotailul loss of Au in I lie
e0 4, form of "duating- Au. This was recovered by agitating
the tailings with a fibrou. 11ulterial. e.g., lincu - tw3up
00 1 fibers, for 1-5 unn. hy-11
*0 'r
eez A
00,7
00 Z-
00.
go a!
as Z!
L-A;j
zoo
A 1
SLA META RATLAE CLAW AT Ck
LLVr(,W.L LITC fic Ex-
Ant Salkdo 0-1 IF *1 0a 0 3 a v
U As
In, rr rt PIt OD Of K It W U 1 414
- - - " ;~ 0 04 0 0 * 0 0 0 0 0 0 0 0
0 0 0 to 0 0 0 0 0 6 0 0 0 0 . . . . . . * 0 0 a
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 ;10 0 0 0 0 0 0 0 * 0 a 0 0 0 0 0
;Are*
.:;90
300
tie*
we*

SOV-127-58-10-20/29
AUTHORS: j3ladkov, A.3., Candidate of Technical Science and Shupov,
L.P., Engineer
TITLE: Utilization of the Worm Separator for the Concentration
of Iron Ore Tailings (Primeneniye vintovogo separatora
dlya obogaBhcheniya zhelezorudnykh shlamov)
PERIODICAL: Gornyy zhurnal, 1958, Nr 10, pp 615-68 (USSF.)
ABSTRACT: In 1957, the Krivoy Rog plant "Kommunist" constructed a
Worm separator (devised by the blekhanobrchermet Institute)
for the gravitation concentration of iron ore tailings.
The authors describe extensive tests made with this separa-
tor on tailings obtained in the Tsentralinaya Obogatitel2-
naya Fabrika (TsOF) (The Central Concentration Plant (TsOF))
of the MineAdministration imeni Dzerzhinskiy. It was found
that conditional concentrations with 53-8 -- 54.4% iron con-
tent and 34.6 - 56.4% high extraction of i:con could be ob-
tained from these tailings by using this separator. Such
separators are in wide used abroad.
Card 1/2

SOV-.127-58-10-20/29
Utilization of the Worm Separator for the Concentration of Iron Ore
Tailings 4
There are 4 graphs, 2 tables, 1 photo and 4 Soviet refer-
ences.
ASSOCIATIOV: (Mekhanobrehermet)
1. Iron ores--Processing 2. tiachines--Applications
I Card 2/2

SOV/136--59-4-5/24
AUTHORS: Sladkov, A.S., Candidate of Technical Sciences and
Engineer
TITLE.* The SAG-4 Hydraulic Classifier (Gidravlicheskiy
klassifikator SAG-4)
PERIODICAL:Tsvetnyye metally, 1959, Nr 4, pp 22-25 (USSR)
ABSTRACT; The satisfactory operation at a works of their SAG-3
classifier without many of its moving parts (table) has
enabled the authors to design one without any moving
parts. This is the SAG-4 (Fig) covered by Avtorskoye
svidetellstvo (author's certificate) Nr 110241 with
priority from llth November 1957. It has been accepted
by the Mekhanobrchbrmet for design development in 1959
and use on rare-metal ores of -the UkrSSR which require
hydraulic clas-sification before gravity concentration.
It consists of a partitioned metal bath proviaed with
classifying chambers. The first three sections are
subdivided into three compartments which are interconnected
through special openings. The fourth section is similar
to a thickening hopper and serves for the collection and
thickening of the fine material from the first three.
Card 1/2 At the inlet to the class�fler a screen is fixed to

The SAG-4 Hydraulic Classifier
SOV/136-59-4-5/24
prevent foreign matter entering. The feed enters at a
considerable head which is lost before the first section
is reached. The sand fractions collect in -the
classifying chambers at the bottom of each section and
are gravity discharged. The chambers are provided with
observation windows for observing the accumulation of
materials. There is I figure and 1 table.
Card 2/2

SLADKGV S,-
_~-,-A
Disintegrator mill for the wet grinding of chalk as component
of the pelletizing charge. Obog.rud 5 no.2.-3&41 160. (KM& 14:8)
(Crushing machinery) (Chalk)

SLADKOV, A.S.
Vacuum filter with preheating of the product. Obog. rud no.6:
41-43 '61. (NIRA 15:3)
(Filters and filtration) (Ore dressing)

SLADKOV, A.S., kand.tekhn.nauk
Industrial adaptation of a washing screen to limestones at the
Elenovka plant. Gor. zhur. no.11:69-72 N 161. (MIRA 15-2)
1. Mekbanobrcbermet, Krivoy Rog.
(Elenovka region (Donetsk Province)--Liviestone)
(Screen Mining))

SI.ADKGV,l A.S.
Removall of iron from glass sand in an abrasive mill. Stvek-i ker.
19 no-4-1-8-21 Ap 162. (z'EFA 15:8)
(Sand, Glass) (Milling machinery)

SL AKOVI A.Z.
AD
Standard liquids for testing refractometers. Zav.lab. 31
no.3:391 165. (MEU 18:12)
1. Moskovskiy snetsializirovannyy optovo-roznichnyy magazin
khimicheskikh reaktivov No.2 tresta "Soyuzreaktiv".

, .7:-
Awr
SLADKOV, A.Z.
o - -.-
I
Thermoindicators. 1"Ietallovedd L term. ob.r. met. nc,.5:47-48
My 164. (MIRA 17:6)

SLADKOV, :
T en, r7x- -, ',~ r-- ~ - -, ( ', , , -~. I - t . , .. ; ~~ 4 J,; 165.
(MI-RA 18:7)

:I- ~ 11 - - I
,., t.- _. K! ~.' V ~ .- , : ~
-: ~,~i nviarl; S~~, " -; Of -1 n a t-)~ F ~ ' -,, 1. . --ac~ 51~ ric . - -.. !C,-, ~,- --,~ -I s~l ';~ '
I ~ " - Z" I _ ; ! , 1 "

~-f 'Ili, I- . ..
.'I -:~ -,.I w'! -- ,
, , ~., ~ - .4 1 . - . - 1 1. . 1, , -.,:r . s j , ,.- .; A ': N
; , ;~~ - - i. f., ,, -. ~- : ~ f 1, ". !y-, -, A .
. . - ; - , I - - - - - . -
. . - ; j

S LADKOV 1 1, $ -hJ r
A." ~ itizh,,-k J 1k
Standard sets of indicators. 'Aekst. prom. 25 no.4:95-96 Ap 165.
(MIRA 18:5)

I
SLADKOV, D. M. Cand Vet Sci -- (diss) "On Reflex Reactions 42com 1~~
XXNIIKXX M N M X Mucosal Bursas and Synovial Vaginas (Experimental
Studies)." Len, 1957. 22 pp 20 cm. (Min of Agriculture# USSR,
Len Veterinary Inst), 100 copies (KL, 26-57, 111)
- 98 -

ST-A OV, F.
Interfarm building organizations will be organized In all.
districts. Sel'.9trot. 13 no.12:9-11 D '58. (MM 12:1)
1. Ifachallnik Xalininskogo oblastnogo uprw,;Ieniya po stroitell-
stvu v kolkhozakh.
(Building)
_k"

PEVM-FR, B,S., ka-nd.tekhn.nauk; SLADKOV, F.P., inzh.
Automatic regulation and emergency control systems IfOr awIliary
marine boiler plants. Sudostroenie 29 no.10:111-37 0 163.
(YJ-RA 16%12)

" -pl.'V
,,!! Tf I ~ ; - ;. ; " i , PKGV , ~ . p .
I L. '). I
C
~rjndll ', ior, .3 of F i3 r all C. I , l,pe!-P- -. i nr,, of !. i rr.,,. te~ ~, uy~ I J a, rf Jx)j 1, rs
of si-Ips. Siidw2~rcen4e nr).8.-"---'4 165. (M-IFh 18:~,)

SLADKOV, G.S.
-~~
Tuberculous mastitis. Khirurgiia, Moskva no. 1:75-77 Jan 1953.
(CLML 24:2)
1. Of the Surgical Hospital imeni M. D. Isserson (Head Pkysioian --
V. A. Buranov). Petrosayodsk.

SIADX21 "-.A.,-4Jk0va)
- -
Cysticercosis with an unusual localization of the parasite. Xlin.
mad, 34 no-10:71 0 '56. (MUIA 10:1)
19 Iz khirurgicheakogo otdeleniya (zav. B.S.Titov) Gorodskoy bolo-
nitay no-30 Proletarskogo rayona Noskvy.
(TAPAWON) (SHOUIDER--DISJU SIS )

--SLADKOV,
Comparative evaluation of certain methods of
light of remote results. Vest. khir. 84 no.
herniotcmy in the
4:50-54.,At 160.
" '(14IFA 14:1)
(HEMA)

SLADKOV, L. (g. Ordzhonikidze)
Impro.ve records for returnable containers in canning factories.
Bukhg. uchet. 15 no.8:46-47 Ag 156. (14LRA 9:10)
1. Glavnyy bukbgalter Ordzbonikidzevskogo konservnogo tresta.
(Canning industry--Accounting) (Boxes)

SLADKOV, L.F.
Tightening the control over the free issuance of seeds to collective
f4rzks.. K9129, i ev. prom. 12 ne.4:34-35 4 157. (KLRA 1o:6)
1. Ordzhonikidzevskiy konearynyy treat.
(Seeds)

SLADKOV, L.
I- - ~ 1.
Accounting for the state procurement and cost of fruits and vegetables,
based on journal-voucher bookkeeping. Bukhg.uchet 16 no.1:33-36 Ja '57.
(HLRA 10:2)
1. Glavnyy bukhgalter Ordzhonikidsevskogo konservnogo, tresta.
(Produce trade--Accounting)
If,

SLOKOV, L.
Increnee control over the free delivery of seed to collective
farms. Bukhg.uchet 24 no.4:44-45 Ap 157. (MIRA 10:12)
1. Glavnyy bukhgslter Ordzhonikidzevskogo konservnogo tresta,
Ordzhonikidze.
(Food industry--Accounting)

ACC NRi AP6021819 SOURCE CODE: uR/o4l3/66/ooo/012/0111/0111
Di-VLNTOR: 14abiullin, F. Kh.; Lidorenko, N. S.; Pen'kova, L. F.; Sladkov, M. S.;
,Gertsik,'Ye. M.; Buzova, Z. M.
ORG: None
,TITLE: A method for producing spherical solar energy concentrators. Class 46,
-.No. 182962
1
!SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, ill
TOPIC TAGS: solar energy, epoxy plastic, geometric form
1ABSTRACT: This Author's Certificate introduces: 1. A method for producing spherical
tsolar energy concentrators. This method consists of forming the solar energy concen-
i
itrator elements from solidifying materials such as epoxy resins and plating the work-
ling surface with a mirror-like metallic coating. Production is simplified by placing
I
.the solidifying materials between synthetic films clamped together by a frame on a
!dead base. One of these films is metallized and the cavity between the base and the
Ifilm. is compressed by air to give the proper shape to the concentrator. 2. A modifice
of this process in which the concentrator is reinforced by placing material such
as glass cloth or metallic rings along the edge of the concentrator between the films.
i3. A modification of this process in which the metallized film is removed when neces-
isary after the concentrator base has been set.
I
ISUB CODE: 13, 1l/ SUBM DATE: 08Dec62
Card 1/1 UDC; 535,872.002,2;621.

STRASIIKOVA, N.L., otv. red.;
SUSU941MIKOVA, Itekhn.red.
(courageous amateur photographer] Sbelyi fotookhotnik.
Leningrad, Detgiz, 1963. 206 p. (MIRA 16-12)
(rhotography, Biological)

SLADKOV) S.
SLADKOV. S., inzhoner.
Ventilation of bathroons equipped with gas water heaterm. MR.-
kom.khoz. 4 no-3:18 '54. (MLRA 7:6)
(Bathrooms-Ventilation)

"The characteristicE o :-,rE P hr us, d
~ -1. - r cv.1 ~ , * ta y
fixtureE: methods c" -*-r- the zani v-hygienic corditir~s of
residence inst2--Ilationsll. Moscow, 1955. Ac2demy of Communal Economy
imeni K. D. ?amfilov. (bissertations for the degree of Cpnd:Ldate of
Technical Science.)
SO: Knizhnaya Letopis' No. 50 10 DecemLer 1955. Nioncow.

ILAMPIERT, F.Y., kandidat meditsinakikh nauk; SLADIOT, S.P., inshener.
-- - ----
Controlling air pollution in apartments using gas. Gor.khoso
Mosk. 29 no-10:37-38 0 155. (MLRA 9:2)
(Gas--Heating and cooking)

I.,
. I :,e . I
SLADKOV. S.P.
- .
Improving ventilation in kitchens having gas ranges. Gail. Proll,
no.7.,22-28 JI 156. (Kitchens-Heating and ventilation) (MIRA llil)

SLADKOV, S.P., inzhener; MMOVER, Ye.S., inzhener.
Automatic draft signal for gas flues of water heaters
activated by rarification. Gor. khoz. Mosk. 30 n0-7:
13-15 J1 156. (IRLRA 9-10)
1. Institiat Ilklospodzemproyekt."
(Gas appliances)

ALSKSANDROVICH, A.I.; VIGDORGHIK, D.Ya.; DRUSKIN, L.I.; ZILIBERSINNY11, I.A.;
MAYULIS, P.B.; MURAVIYJCV. I.H., PODKOPAYXV, II.F.-, "40TI--so-ps;
STLOYUNIU, G.P., AVRUS.HCi&.NKO, R.A., red.; KONYASHIIIA, A. , tekbn.red.
[Gasburnere for city gas use] Gazogorelochnye ustroistva dlia gorod-
skogo gazoonabzheniia. Pod obshchel red. P.B.Faizellea. Moskva.
lzd-vo M-va kommun.khoz. RSFSR. 1957. 202 p. (MIRA 11:2)
(Gas-burners)

SOYINSKIY. I.D.; B1OKH11f, P.N.; GWBEW, L.A.; ZHDAKOV, P.M.; ITASHCHINKO,
I.P.; UYINI, G.P.; NAUKOVA, N.A.; SHIRNOV, N.S.; ARONOVAq R.L;
NIKOLAM, N.A.; S SIS, A.A.; KOTAMSKIY, I.I.; LCBACHIT, P.V.;
SIUXOT, S.F.; DZIGAN, A.T.; FORAPONOT, Y.K. Prialmali uchastiye:
ASKUS, U.N.; BURALOTA, Ye.M.; BOGATTEH, Ta.D.;
BURXNIN,'Y.A.;- GOLIDING, N.P.; bOkSHLAK. I.P.; MOSKAIXV, S.A.;
PLABINOVICH, S.G.; ROGOVSKIT, L.V.; KHOKHLOYA, L.P.; SHESTOPAL, N.M..
RUBANENKO, B.R., glavnyy red.; GALKIN, Ta .G., zamest.glavnogo red.;
SAPRYKIN, V.A., red.; SHCHEYMOV, V.M., red.; NOTITOMMO, K.K*''
nauchnyy red.; VILKOV, G.N.,inzh., red.izd-va; TTAPKIN, B,G., red.
izd-va; ELIKINA, E.M., tekhn.red.
[Building your own home] Spravochnik individuallnogo zastroishchiks.
Moskva, Gos.izd-vo lit-ry po stroit.materialam, 1958. 442 p.
(MIRA 12:2)
1. Akademiya atroitellstva i arkhitektury SSSR.
(Building)

SIADKOV, S.
Utilization of natural and liquefied g4sis in Rumanian Peqple's
Republic. Gaz.prom. 4 no.1:48-51 A '59. (KIRA 12:1)
(Rumanla--Gas, Natural) (Rumania--Liquefied petroleum gas)

SLADKOV,_Sergey Petrovich, kand.tekhn.nauk; STOYUNIN, G.P., red.;
__ - ____ - - ------ -t , - -
NIKOLAY&VA, ..A., red.izd-va; LELYUKHIN, A.A., tekbn.red,,
(Controlling and measuring instruments and automation in urban
gas-distribution systems] Kontrollno-izmeritellnys pribory i
avtomatika v gorodskom gazovom khozisistva. Moskva. lzd-.vo K-va
komwn.khoz.R&FSR, 1960. 243 p. (MIRA 13:9)
(Gas distribution) (Automatic control)

ALEKSAN'DIROVIGH, A.!.-, U.UqOVM, Y,.S.; SIADKOV, S.P.; THOITSKAYA,
W.B. -
"Ognnek," an automatic, gas-operated air heater. Gaz.prom.
5 a0.1:25-30 Ja 160. (14II?h 1):4)
(Gas-Heating and cooking)

SIADFIOV$ S.P.
New gas apparatus. Vod. i san. tekhn. no.6:31-35 Je 161.
(Gas appliances) MU 14:6)

ADAMOVICH, P.V.; BATURIN, V.V.; VAKHVAKIIOV, G.G.; VAYNGAUZ, L.G.;
VILENSKIY, Ye.Ya.; GMBIJRG, P.Yu.; DAVYDOV, Yu.S.; KARPIS,
Ye.Ye.; KUZNETSOVA. Z.I.; KOPrM, S.F.; LIVCHAK, I.F.;
LOBACHEV., P.V.; IEV, G.M.; VOTKIN, Ye.M.; PIRUMOV, A.I.;
POLIKARPOV., V.F.; PROTOPOPOV~ A.P.; PEPIN, N.N.;_SWKGV
S.P.; TALIYEV, V.N.; TROITSKAYA, F.B.; FEDOROV, M.N.;
SHEVELEV., F.A.; SHKABELINIKOVA, L.P.; SHCHbTSKIY, A.I.;
S14IRNOV, L.I., inzh., nauchnyy red.; SKIRNOVA, A.P., red.
izd-va; MOCHALINA, Z.S., tekhn. red.; RODINOVA, V.R., tekhn.
red.
[Present level and prospects for the development of sanitary
engineering and the production of sAnitary engineering equip-
ment] Sovremennyi uroven' i perspektivy razvitiia sanitarnoi
tekhniki i proizvodstva sanitarno-tekhnicheskogo oborudova-
niia. Mo5"a, Gosstroiizdat, 1962. 283 p. (MIRA 15:8)
1. Akademiya stroitellstva i arkhitektury SSER. Institut
sanitarnoy tekhniki.
(SANITARY ENGINEERING)

LIVCHAK, I.F., doktor tekhn.nauk; SLADKOV, S.P.,, kand.tekhn.nauk;
KONSTANTINOVA, V*Ye*
Improving the air in apartments using gas. Izv. ASiA 4 no.2:69-76
162. (MIFA 15:9)
. (Apartment houses-Heating and ventilation)

LIVCHAK, I.F. Prinimali uchastiye: LOBACHEV, P.F.;_LLAWiWL_._5.T_.
GRIJDZINSKIY, M.M..; TOLIKARPOV, V.F.; IZYANSKIY, -A-.'Z. -,-
KONSTANTINOVA, V,G.; MATVEYEVA, N.A.; STRASHNYKH1 V.P.,
red.izd-va; MOCHALINA, Z.S., tekhn. red.
(Instructions for using improved sanitary equipment in large-
panel buildings] Ukazaniia po primenenilu usovershenstvovan-
nykh sanitarno-tekhnicheskikh ustroistv v kruprpelementnvkh
domakh. Moskva, Gosstroiizdat, 1963. 85 P. (MIRA 16:8)
1. Akademiya stroitel'stva i arkhitektury SSSR. Institut sani-
tarnoy tekhniki.
.(Sanitary engineering-Equipment and supplies)

SLUKOV I S. 1'. ; IM: UKG-V , V. V .
;-7ousehold ::-as sc-.ove3 for buil-L-in, ',I-tcher- ecuirmert. S~,or,
trud. IIIIST no.14:65-76 163.
17:10)

SLADKOV, S.P.; KULAKOV, V.V.
"Siriuno'gas water heater with closed firebox and with multiple
outleto for hot vater. Sbor. trud. NIIST no.lltl75-190 162
(MIRA 18z1)

TAG;T-ZADE, F.G.; SIADFOV, S.P.
Gas stoves with removal of combustion products through e. flue.
Gaz. prom. 10 no.1:25-29 165. 18:1)

"Ai ;-' . ~~:, ~ - 3 LD, 7 i ;K "
~ __ - lZ A li :,,: ) I
lnvest~ a at 4 ni, - e ~ ~ 1- ,;' - -,:-, -
. - . - - ., - , __ - . .- ~r, --~~all
Gaz. prom. 1) no,7.,-,::. -1- 1 r, - ~ ( - a ,
. .1. P. I - ; 9 li

SLADKOV, S.S., inzh. (g.Stalino)
Cooperative uBe of equipment facilitiee opens nev potentia6lities.
Zhel.dor.transp. 42 no.8:23 Ag '60. (NIRL 13:8)
(Railroads--Joint ume of facilities)

SLADKOV) V.; NEPOGODIN, G., inzh.
Exterior finishing of large-panel buildings. Zhil. stroi. no-5:
23-24 r64 (MIRA 17:7)
1. Starshiy prepodavatell Kasanskogo inzheneI o-stroitellnogo
instituta ~for Sladkov). 2. Glavn7y inzheneriazanskogo zavoda zhe-
lezobetonn-ykh izdeliy No.3, Kazan? (for Nepogodin).

SLADKOV, Z.N.
"Practical applications of the morphology of pollen and spores of
contemporary plants of the Ussr.11
Report to be submitted to the Intl. Conf, Palynology, Tucson, Arizona
23-27 Apr 1962.
Biological Inst., Univ. of Moscow

PE LYS KP ) B.; Tecilinicka spoluprace: BUZEK, Z.; RABL, N.; SLADKO11A, E-.;
Stat.is'icke zpracovani: ROTH, Z. inz.
Theoretical principles of th(,- electric dellibrillation of the
heart through condenser discharge. ParL 2. Cas. lok. Coak.
1.05 rio.1:19-30 7 Ja 166.
1. Vyzkumriy ustav pro elektroniku a modelovani v lekarstvi
v Praze (reditel doc. dr. B. Peleska, DrSc.).

SOV/136-59-4-5/24
AUTHORS: Sladkov, A.S., Candidate of Technical Sciences and
Sladkova.-G.N., Engineer
TITLE: The SAG-4 Hydraulic Classifier (Gidravlicheskiy
klassifikator SAG-4)
PERIODICAL:Tsvetnyye metally, 1959, Nr 4, pp, 22-25 (USSR)
ABSTRACT: The satisfactory operation at a works of their SAG-3
classifier without many of its moving parts (table) has
enabled the authors to design one without any moving
parts. This is the SAG-4 (Fig) covered by Avtorskoye
svidetellstvo (author's certificate) Nr 110241 with
priority from 11th November 1957. It has been accepted
by the Mekhanobrchermet for design development in 1959
and use on rare-metal ores of the UkrSSR which require
hydraulic classification before gravity concentration.
It consists of a partitioned metal bath proviZed with
classifying chambers. The first three sections are
subdivided into three compartments which are interconnected
through special openings. The fourth section is similar
to a thickening hopper and serves for the collection and
thickening of the fine material from the first three.
Card 1/2 At the inlet to the classifier a screen is fixed to

The SAG-4 Hydraulic Classifier SOV/136-.59-4-5/24
prevent foreign matter entering. The feed enters at a
considerable head which is lost before the first section
is reached. The sand fractions collect in the
classifying chambers at the bottom of each section and
are gravity discharged. The chambers are provided with
observation windows for observing the accumulation of
materials. There is I figure and 1 table.
Card 2/2

K-WiGMAR, J.; ',echnicky spolupracovala:_SLADKOVA J.
Analytical study of anticholinergics of the carbovjlic acid
ester group. V. Chemical evaluation of 2-cyclohexyl-2 phenyl-
2-iiydroxyaceto)cy-ethyl-dimethyl sulfonium iodide (hydroxythio-
spasmin) and 2-cyclohexyl-2-phenylacatoxy-ethyl-dimethyI sul-
fonium iodide (thiospasmin) and semiquantitative determina-
tion of the degradation products. Cesk. farm. 12 no. 9:4158-
466 N 163.
1. Statni ustav pro kontrolu leciv, Praha.

ACCESSION NR: AP3003660 Z/0055/63/013/006/0452/0458
AUTHOR: Sladkova, J.
TITLE: Optical measurements of oxide films on silicon
SOURCE: Chekhoslovatskiy fizicbeskiy zhurnal, v. 13, no. 6, 1963,
452-458
TOPIC TAGS: semiconductor, silicon single crystal, oxide film on
silicon, optical measurement, silicon, single crystal, oxide film
optical constant, optical constant
ABSTRACT: The optical constants of oxide films formed by heating
single-crystal silicon specimens were measured. The measurements
were carried out at 300-1000C. The thickness and refractive indices
of the oxide films were determined by the polarimetric method. In
the measured temperature range the oxidation process can be divided
into three phases. In the first phase, 300-560C, no oxidation of
the silicon surface was.observed. In the second phase, 560-950C,
the oxidation proceeded linearly with the oxidation time. Oxidation
Card 1 / 2

ACCESSION NRt AP3003660
rates at different temperatures were determined for this region and
it was found that their dependence on the temperature is quadratic.
In the third phase, 950-1000C, the thickness of the oxide film in-
creased with the square root of the heating time according to the
parabolic oxidation law. Orig. art. has: 4 figures and 14 formulas.
ASSOCIATION: Katedra fyziky pevne faze, Prirodovedecka fakulta
University J. E. Purkyne, Brno (Department of Solid-State Physics,
Faculty of Natural Sciences, Purks-ne University)
SUBMITTED: 30Jul62 DATE ACQ: 16Ju163 ENCL: 00
SUB CODE: PH NO REP SOV: 002 OTHER: 012
Card 22

13 7- 19 58 - 2- 2682
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 69 (USSR)
AUTHORS: Spoludennaya, A.A., Sladkova, K,I.-,,.-
TITLE~ A Study of High-purity Aluminum Ingots (Issledovariye slitkov
alyuminiya vysokoy chistofy)
PERIODIGAL~ V sh- Metallurg. osnovy lit'ya legkikh splavov. Moscow,
Oborongiz, 1957, pp 155-163
ABSTRACT: A study was made of the structure and mechanical properties
of continuous -cast ingots of 99-99 percent pure Al. To produce
these high-purity ingots, Al brand AV000' was used. Smelting was
done in an electric resistance furnace; the smelting and casting
temperature was 7300 , the refining temperature 715-6900. For
the purposes of the study hollow ingots were cast with diameters
of 270/105 and 270/163 mm. and a solid-section diameter of 270 mm.
A study of the macrostructure showed that the grains grew much
faster from the outer surface than from the inner one. The mechani-
cal properties were determined on templets taken from ingots of
each size. The specimens were tested as cast and after tempering.
They were tempered in saltpeter at 5000 for 6 hours and were
Card 112 allowed to cool afterwards in the air. When the Al ingots were

137-1958-2-2682
A Study of High-purity Aluminum Ingots
tempered at temperatures of 4500 and above, a collective recrys-
tallization took place, as a result of which the size of the grains
increased severalfold. It was found that 6 fluctuated from 20 to
40-60 perclnt. The of the high-purity Al ingots was
2.8 kg/mm lower than that of ingots of ordinary Al.
G.S.
1. .16luminum ingots- 2. Alumiinun :in7ots--_St-uc!L,:rr_1
analysis 3. Mechanical properties-Deterrdnation
Card 2/2

0 0 0 10 16
2m a c IWO" SL 4 0 1 UV Tj IL I ON a 9 TS
W A.& W Ilff* 1&0 At. (.011104
.UT.C. ~.Vt.
5
WWAV314111%11) 111`11TIOU11 "31-jurl"144% fit
'
0000 ~0:4kw-
oft
0 6Mr. 4WN-3
0 OA m aw- peg ACM044mm ft"K_'
soq SWIMW'P
441. 111.)J04"I ul JUNW4 A a" p pis
P.
416 -Q -(*It Act 19C61 4mm 'Poi 1ww
0 0~ "W 71 * P" magma *Q 'N
04L
00.
00
Iba. 0*
041- 00
00-
6110- islikod3o* CHIP 11111mad 00
0 0- L;.r:iI -9 ti I UT-6i I -dwi i i 1 00
In-T-IT-1 _3-;rw_w_11r_T__r_w I I a
02.00 F)n it **111fit" J!" tin " 11 At fl ft 1 1`4 1? x 1 9 4 f 9 0
dh

A a a sp c, v

1 2 1 4 1, 1 1 1 9 U u V V M 0 A 16 V
10 11 U a % V f L
L W

O.A k f ff v r. -a I .-
,_
lift

f 4A
COW eaftumm of pblaphork acid hm larrI40MOM
l 00
smammatus
ostim. M. V.
-T
)
A
lih
S
i
i
j
-
as
ff
rums,
.
mers
r
.
ftjft*jmxj
,
10
U
S
JOG
1940
& R
133
I
d
) N
*0
-
e
.
o.
).-
er to
.
n or
,
,
(
(
oLain d high exist. of PA. and aho H.PO. of good 4-litY.
x I he foUnwing 3 visriatims were uped. (a) low-letuP. extD.,
(b) preliminary eakinstion of the Phosphorite. and (c)
addn. of alk. mwW wits during the eirm. maefts. The

0 re contalamed ?A 21.6. CmO 34-0. RA 10.9 and F
2.1%.
tary turnmee. optomm imp. was 10W. The calcined

roduct L CMt
i
d PA 23
8
C
O 37
7
F 2
3
F
see
ne
a
.
a
,
.
P
eA
.
.
,
(acid roethod) 6
io
16
nd FeA (lu
40
Th
) 8

0 0 .
s
n
.
a
e cxtn.
%.
temp. was 35-0'. Withmi adda. of salta, the extu. of
00 PA was not oves 97%, but with NaCl and KCt addns. it
,
0o
00 3 increased96%, Normseldomwol malts was 5j.
M)s.
.1
' z

00 of tise
Visompborke of SO mesh. Them was also an
uscre'sse
(2-3 ti
l filt
t
i
KCJ
) i
mmes
n ra
e o
rat
m.
proved socnewhat

0 -a better then NaCl. larnase in dour to 10 g./100 Ii. re-
,
ulted its corrosion d app. with no mmidnable increase it, S
.00
0 filtratimmu. Addn.ofNa.SOmWKvSOftwlIedinde-
00

c
extm.o(FA. DoaWollf%SO4was93%o(thcD-
rct", vdWV%uid ratio 1-2-1.2.5, n4wtkm time of 2-
4
3 br
smad adds
f XCI
nd N
Cl
U
d
5% -
'
.
. o
a
was
o'.
a
.
n
er
- the
o
Akk
ulti
id b
d
f PA
a c
res
a
mpo. o
a
ng w
Hxpts.wee
also node *jib phosphorite whkb, dttr cakinatim at
*
90
OW
, had a conle. of P,(X 42.8, 9Kh 14.4. CO, 0.6, F "

s "I Fj" (Wid - id) 3.3, FeA (fusion) 4A msd RA
(InAm) 8.6%. Extn. at 35-40* was 94-96% and the '00
'r- ~
acid had a compa. of PA 21 J-23 6
SO, 1.0- 1
6
Fc
O,
A 417ALL .
,
,
s
URGICAL WIENA 0
7-0 B
Z. Kamicll c .z.-
.
. to

lso," ill'all.. to-Inv
Wos* -A ow

U III As No
is J, ;I it ; ; U An A I Ild 101 It 00 1

du
I 'Is

o
0:0 0 o
o o o o o 0 0 0 0 o 0 q a g

5(l) ; 25(l) HWE I BOOK `XPLOITATION SOV/2285
Sla,d?s-rva, M. V., B. A. Chevela, and V. G. Filippochkin
Novyy sposob, primeneniya zhidkogo stekla pri litlye po vyplavlynyemym modelyam
(New Way for Using Soluble Glass in Investment Casting) Moscow,, 1958. 11 P.
(Series: Peredovoy opyt proizvodstva. Seriya "Tekhnologiya mashinostroyeniya,,"
vyp. 10. Liteynoye proizvodstvo) 4,000 copies printed.
Sponsoring Agencies: Obshchestvo po rasprostraneniyu politicheskikh i nauchnykh
znaniy RSFSR, and Moskovskiy dom. nauchno-tekhnicheskoy propagandy im.
F. E. Dzerzhinakogo.
Ed.- A. V. Lakedemonskiy; Tech. Ed.: R. A. Sukhareva.
PURPOSE: This booklet is intended for the general reader.
COVERAGE: The author mentions three varieties of water glass: 'IDS" (dialyzed).,
"KS" (treated with cationite) and "acetosilicate" (treated with acetone).
They were not satisfactory for use in industry as binders in investment
casting. At present., water glass diluted with water and treated with an
organic reinforcing agent is being used industrially. A detailed description
Card 1/2

New Way for Using (Cont.)
SOV/2285
of the treatment of vater glass gLnd of the casting process is given. No
personalities are mentioned. No references are given.
TABLE OF CONTENTS:
There is no Table of Contents; the text is not divided into sections.
AVAILA13LE: Library of Congress
TM/mal
10-8-59
Card 2/2

AUTHOR: '.ladkova, M.V. SJV-12P-56-9-4/16
TITLE: The Hydrolysis of E-thylsilicate in the Production of Pre-
cision Casting (Gidroliz etilsiiil-ata v proizvodstve toch-
nogo litlya)
PERIODTCAL: Liteynoye proizvodstvo, 195~, Nr 9, pp 8-12 (USSR)
ABSTRACT: Ethylsilicate is a mixture of esters with different charac-
teristics (Table 1). Ethylsilicate with a Si02 content
hi-her than 38 - 42"1 is designated as ethylsiiic~,te con-
densate, and has better technological properties than ethyl-
silicate with a Si02 content of 3C - 34". The hydrolytic
reaction takes place in the presence of any quantity of
water. 7he amount of water present determines the com-
position and the properties of the binding solutions which
are called hydrolysates. If the water for hydrolysis is
insufficient, the reaction takes place very slorly, If
there is a surplus of water gels of polysilicon, acids are
formed. During the first phase of hydrolysis V5 of the
ethylsilicate is mixed with the solvent 'to prevent preci-
pitation. The temperature of the hydrolyzed solution is
kept between 35 - 500C. 'Nater cannot be mixed with ethyl-
Card 1/2 silicate. Hydrolysis would proceed only at the interface,

SOY-128--58-9-4/16
The Hydrolysis of Ethylsilicate in the Production of Precision Casting
i.e. very slowly. For preparing a homogeneous medium, a
solvent is used in which ethylsilicate is dissolved, Such
solvents are rectified ethyl alcohol, acetone, and ether
aldehyde fraction EAF. EAF has not only excellent techno-
logical properties, but is also very cheap, since it is a
by-product of the alcohol and brandy industries, The ad-
hesion of the prepared suspension may be increased by addin
a non-polar solvent, like gasoline, in the ratio 35 - 50 cm~
per liter of hydrolysate, The mechanical resistance of the
applied layers may be increased by adding a solvent with a
high boiling A 3
point in the ratio 200 - 300 cm~ per 1,OCO cm
of hydrolysate.
There are 6 tables, 2 graphs, and 0. references, 7 of which
are Soviet and 2 English.
1. Etl~ylsilicate--Hydrollysis 2- Fp-tals--Casting
Card 2/2

SLADKOVA, N.A., inzhener
Ball valve for the automatic filtration release. Gor.zhur. no.4:57-58
AP '55 - (MLRA 8:7)
(Separators (Machines))

SLADK~~ ~, gornyy inzheaer.
Results of coal preparation by the method of flotation and
settling. U901' 32 no.6:4o-41 Te '57. (KM 10:7)
1. Institut fizicheskoy khtmii Akademit nauk SSSR.
(Coal preparation)

LF&FELD,J.; -SLADKOVA, 0..-; GRUNDMAN, M.
On the mechanism of the inhibition of inflammatory swelling by
caffeine with apecial reference to serotonin, Ceek.fysiol. 9
no.3:296 My 160.
1. Katedra farmakologle lek. fak. FU. Olomouc.
(CAMINE pharmacol)
(SEROTONS pharmacol)
(INFALM W ION exper)

ICZFCHOSLOVAKIA
J. LE':FELD, 0. SLNDKOVA and '111. CRUNDMAN, Department of Pharmacology of
edical Fac-ultY of Pa -a--c'ky
M
I - I University (Farmakologicky ustav Ickarske
fakulty Palackeho University) Head (prednosta) Docent Dr J. LENFELD,
Olomouc.
"Mechanism of Inhibition oE Inflammatory Edema by Caffeine with Regard
to SeroLonin.11
Prague, Casopis Lekaru Ceskych, Vol 102, No 20, 17 May 63; pp 554-558.
'bstract [English summary modified7: Studies in vitro (caffeine
anta,-,onism of serotonin-induced contraction of rat ileum) and in rats,
administering caffeine and epinephrine s.c. either in loco (planta
pedis) or dorsum after subplantar injection of dextran, formalin or
scrotonin to induce edema . Results indicate that caffeine inhibits
edema not by serotonin anta.-onism but but a regulatory process probably
involving catecholamines. Six graphs; 1 Soviet, 5 Czech and 6 Western
references.
1/1

SLADKOVA,3j-.-,---,
Ammnt of vitamin BJ2 in the bloodserum of children with various
anemic conditions. ediatriia no.7:14-17 t6l. (MIRA 14:9)
1. Iz kafedry fakulltetskoy, pediatrii Nav. - prof. P.A. Pono-
mareva) II Mmkovskogo meditsinskogo instituta imeni W.I.
PirogavZ (dir. - doteent, M.G. Sirotkina).
CYAVOCOBALAMINE) (ANSIIA)

YRAYDLIN, L-Kh.; BAIANDIN, A.A.; RUDENVA, K.G.; SIADKOVA, T.A.
-Preparation of he-immethylenediamine by hydrogenating the dinitrile
of adiphinic acid on nickel catalyst in flow. Izv.AN SSSR. Otd.khiv.
nank no.2:166-173 F 1570' (MLIU 10:4)
1. Institut organicheskoy khimii im. R.D.Zelinakogo Akademit nauk
SSSR.
(Hexanediamine)

SLADKOV, A.M.; BKRLIN, A.A.; SERGEYEV, P.G. [deceased]; SLADKOVA, T.A.
Reaction of the telomerization of prop7lene with carbon
tetrachloride. Khim.nauka i prom. 2 no-5:669 '57. (MIRA 10:12)
l.Nauchno-issledovatellskiy institut sinteticheakikh spirtov i
organicheskikh produktov.
(Fropene) (Carbon tetrachloride)
(Poly-merization)

IREYDLIN. L.Kh.; BALAJIDIN. A.A.. akadomik; SIADKOTA, T.A.
Production of p-xylylens diamine by a catalytic reduction of
torephthalic dinitrilo. Dok-1. AIF WM 112 no-5:880-Ml 7 '57.
(KLU 10: 4)
1. Institut organichookoy khimii in. N.D, Zelinskogo Akadmit
n&uk SSSR.
(Xylylone) (Amines) (Terephthalic acid)

6_~5_y 0
pa.2 6 1
-5(3) SOV/20-129-5-28/64
AUTHORS: Petrov, A. D., Corresponding MemberAS USSR, Freydlin,
L. Kh., Kudryavtsev, G. I., Sladkova, T. A., Vdovin, V. M.,
Sheyn, T. I.
TITLE: Catalytic Hydrogenation of Silicon-containing V-nitriles
Polyamides~Obtained
and the Fiber-forming Properties of
.
From the Amines Produced Thereby
PERIODICAL: Doklady Akademii nauk SSSa, 1059, Vol 129, Nr 5,
pp 1o64 - lo67 (USSR) LK
ABSTiUCT: The hydrogenation mentioned in the title has been hitherto
little investigated (Refs 1,2). By the investigation under
review, the authors succeeded in producing amides hitherto
not described in publications. Polyamides (with a siloxane
group) obtained on the basis of dicarboxylic acids of the
aliphatic series are known to exhibit caoutchouc-like pro-
perties in a number of cases (Ref 3). The condensation of
aromatic dicarboxylic acids (with a siloxane group) with
hexamethyl,~ne diaaine yields f iber-f orming polyamides"(Ref 1
In both cases the siloxane group in the dicarboxylic acids
Card 1/9 effects the meltina tefaverature of the oolyamides obtained

679.'.8
Cat'n-litic 7Ydro.-enation of Silicon-containing SOV/20-129-5-28/64
iiitriles and the Fiber-forming Properties of Polyamides Obtained From
I
lic Amines Produced Thereby
Card 2/ 5
therefrom to be reduced. The authors intended to investigate
the properties of polyamidos produced by using the silicon-
containing diamines prepared by the~-.iselves. As was to
be expected from data contained in publications, the fiber-
forming polyamides can be produced solely by condensation of
the said diamines with aromatic acids. The authors therefore
used diamine salts and terephthalic acid for their experi-
ments. The silicon-containing ~-dinitriles:
[NC(CH2)3 -Si(CH 3)212 O'CNC(CH 2)3)-S'(CH 3)(C2H A 20 and
[NC(CH2)3-Si(C 2 H5)2120 were obtained by hydrolysis of the
cyano-propyl-dialkyl-chlorosilanes (Ref 4).
LCH 2*CH2~'"~CH3)2CH3 was obtained from a nixture of
NC.CH 2* CH 2'CH2Si(CH 3)C1 (120 g) and anhydrous pyridine
(104 .-) in anhydrous ether (800 ml) on cooling with ice
water and on adding 40 9 of absolute methanol during 1 h
of vigorous stirring. This substance has not yet been
described in publications. The nitriles were hydrogenated in

6 7 1.Y' 1 'c'
Catalytic Hydrogenation of Silicon-containing SOV/20-129-5-28/64
5- nitriles and the Fiber-forming Properties of Folyamides Obtained Frof.'I
the Aiaines Produced Thereby
a rotating steel autoclave with nickel skeleton catalyst
and ammonia. The amine fraction was readily distilled by
fractionating the catalyzate. Its degree of purity was
97-100r,',6 (Table 1). Table I also specifies the experimental
conditions and yields. Table 2 supplies the constants of
amines and their derivatives. In this manner the following
symmetrical di46-amino-butyl)-tetra-alkyl disiloxanes were
produced: I) (see Scheme) along with its salt with terephtha-
lic acid (C 12 H32 Si 2N2O.C8H602); I,) (see Scheme) together
with its salt with terephthalic acid (C 14 H36 Si2N20C8H6O2); 41
III) see Scheme) together with its salt with terephthalic
acid ~C 16H40 Si2 N2 OcaH602) . The yield drops with the pro-
longation of the lateral alkyl groups and is in 1 -92%,
II - 87 111 - 70%. Table 2 shows t'he constants of the
amines and their salts with terephthalic acid. The yield
of the salts was 80-85%. All amines obtained are colorless
clear liquids, non-soluble in water (they form an emulsion),
Card 3/5 soluble in 50% alcohol. The polyamides were obtained by

67918
Catalytic Hydrogenation of Silicon-contsining SOV/20-129~-5-28/64
nitriles and the Fiber-forming Properties of Polyamides Obtained From
te Amines Produced Thereby
heating (polycondensation) of the produced salts in nitro-
gen atmosphere. They are pale-yellow, horny, elastic, trans-
parent resins of amorphous structure, well soluble in
creaol and concentrated H2804. They swell in hydrochloric
and formic acid, but do not solve. Table 3 shows the condi-
tions of polycondensation. All these polyamides, when melted,
yield fibers, which are dilatable by 300-400% at low temper-
ature. The stability of the fibers is not very high. The re-
sults obtained confirmed that the substitution of methyl
radicals on the silicon atom by ethyl radicals causes the
polyamide melting temperature to drop. The siloxane group in
the principal chain increases the flexibility and elasticity
(like the oxygen atoms). There are 2 tables and 6 references,
2 of which are Soviet.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute of organic Chemistry imeni N. D. Zelins-
kiy of the Academy of Sciences, USSR).Vaesoyuznyy nauchno-
issledovatel'skiy institut iskusstvennogo volokna (All-
Card 4/5 Union Scientific Research Institute of Synthetic Fibers)

8486o
S/062/60/000/010/014/018
0 0 2- 2~o 121 '>, I'Ll 4 B015/Bo64
AUTHORS: Freydlin, L. Kh. , Petrov, A. D. , Sladkoj&j.-T,, A , and
Vdovin, V. M.-
TITLE: Catalytic Hydrogenation of Silicon Containing P- and
y-Nitriles
PERIODICAL: Izvestiya Akldemii nauk SSSR. Otdeleniye khimicheskikh
nauk, 1960, No. 10, PP- 1878 - 1881
TEXT: A hydrogenation of the P-cyanoethyl- and y-cyanopro2 1 silanesl
to the corresponding primary amines was carried out on metal catalysts.
The hydrogenation was made in a rotating steel autoclave (volume 0.175 1)
by a method already described. The effect of the composition of the
catalyst, the reaction conditions, and the molecular struc*=e of the
cyanoalkyl silanes upon the amine yield was investigated. First, the
hydrogenation of cyanoalkyl silanes without alkoxyl groups was studiedp
and then with two or three alkoxyl groups on the silicon atoom (Table 1~
experimental conditions and results). Just as in the hydrogenation of
Card 1/2

84860
Catalytic Hydrogenation of Silicon S/062/60/000/010/014/018
Containing P- and y-Nitriles B015/Bo64
aliphatic nitriles containing no silicon atoms, hydrogenation of silicon
containing nitriles on cobalt skeleton catalysts was found to be most
selective. Hydrogenation of P-cyanoethyl trialkoxy silanes can be car-
ried out only in the presence of ammonia. In the presence of ammonial
primary amines are preferably formed. The properties of the silicon
containing primary amines thus produced are given in Table 2. There are
2 tables and 8 references: 4 Soviet, 1 German, 2 US, and 1 Japanese.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo
Akademii nauk SSSR (Institute of Organic Chemistry
imeni N. D. Zelinskiy of the Academy of Sciences US
SUBMITTED. March 9, 1960
Card

S/06 61/000/001/013/016
B101YB220
AUTHORS: Freydlin, L. Kh. and Sladkova, T. A.
TITLE: Selective reduction of adipyl dinitrile to F_-aminocapro-
nitrile on a nickel boride catalyst
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
no. 1, 1961, 151-156
TEXT: The aim of the authors was to clear up the conditions under which
the two stages of the hydrogenation of adipyl dinitrile proceed:
H
NC(CH 2)4CN NC(CH 2)4 CH2NH 2 (1);
NC(CH 2)4CH2NH 2 2 ~,H 2NCH2(CH 2)4CH2NH2 (2).
Moreover, it was intended to study the synthesis of the amino acid nitrile,
since F,-amino acid can be obtained easily by hydrolysis of the latter.
Hydrogenation has been performed in a steel autoclave at a hydrogen
Card 1/8