SCIENTIFIC ABSTRACT YANISHEVSKAYA, V. M. - YANISHEVSKIY, A. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962030011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 43
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S106316010051003101010111xx
A051/AO29
Aluminum Determination by the Luminescent Method
Table 1: ',Examples of aluminum determination by the luminescent method
in various projects
3ubstance No. of weighed Al content average Al- error
being portion content
sample in value
~analyzed in g
Uffer
olution
~
Anm)13:P. CPeAffee mile Ka
"MeCT 0 3"84MIG eV
A JC~It ~V
I to 0.006 +12
1 10 01005 -6
By~. P.P 1 10 0,006 0, 0055 35.3,10-0 +12
1 10 o,ow) -6
if 10 0.0045 -15
2 1 0,04 +21
HCI 2 1 10,03 0,033 3.3-10-1 9
Card 7/10 2 1 0,03 -9

s1 i 63/6o/oWoo/o i o/d 11 /YY.
AQ51/AO29
Aluminum Dete..-mination by the Lumines-
I-ICI
3
1 0-3
0
026
0
027
10-4
2
7 +11 cent Method

3
1 -
0.025 , -
. -4
-7

HNO, 4
4 1.4
1.4 0,024
0.028
0,025
1.8-10-6 -4
+12
4 1.4 0.024 -4

fir. 5
5, 2
2 0.2
0.2
0.21
1.05.10-3 -5

-5
Table 1 (continued)
5 -2 0,24
~) 4
HF 6
6 2
2 0.12 0.12 6. 10-1 0
. 0,12 0
HIS04 7
7 1
1 1 2 1.25 1,25.10-, -4
+4
HsO, 8
8 1
1 0.05
0
04
0,046
4.5-10-4
+11
.

H202 9
9 1
1 0,42.,
0.53
0.46
4.6-10-9 -8
'+13
0.44
-4
Card 8/10

S106:V601005100310-,010111xy.
A0510/AO29
i Aluminum Determination by the Luminescent Method
Table 2: Examples of determination of preliminarily introduced Al
3ubstance
d
l Al Al Intro- Al de-
error
i
z being quantity, foun
A
,
n content, dl iced, tected, ,
i analyzed
0
5~ 0
0057 111-10-6
t
08
0 in v in v
-
0:5 0
0068
: 2.4-10-6 ,
08
0 0 094 +9
7
CH3COONo . 0:08 -7
0, 01:03
0
3
3
3.10-4
-4
010.5
+13
0 .
. 5-10 0,08

"
0
:
0
0
HCI a
1 0.03 3.10-6 0,8 13
0
" .
-3
5
i 8
0 .

i .
0'.
: 0.1

0
12 1.10-5

-6
0115
0
21

16

HF
1
0 .
-1.2-1G 0.0.3
.
0.20
+12
1:0" 0.5

1
2
5-10-:
-
0,2

11
H
SO 0
1 . 1,2- 10 0.1 0,8
1
35 +4
2
4 1.0 0.05 5.1014 0.02 ,
0
H
0 1
0 0 (14 0101 0,07
8 -4
2
2 :
1 : 0.04
1
0 0
026 2.6-10-4 0 0(i
18
C 1 0
1:01 0 2
0 2
-S
2 0:5 0.07
7
0 -
0
HNOi. .10 1.0 : +17
14

Slo6.V6010051003101010111XX
A051jAO29
Aluminum Determination by the Luminescent Method
V/
Table 31 Results of analyses of hydrofluoric acid by the luminescent and
spectral methods
aluminwo content
Sample numbers by the luminescent by the apectral
method method

2 fraction -5
1,7*10 -5
1,7-10
17 9.10- 6 1,2-10-5

15 1.10-5 1.10-5
10 1P2.10-5 610-10-6

Card 10/10

R MEN

BOWEVOLINOV, Ye.A. (Moscow, Bogorodskiy val.d.3); SIMEBRYAKOVA, G.V.
(Moscow,, Bo-gorodskiy val.dj); YANIONMIA, V-m- (Moscow,
Bogorodakiy val.d.3); P"GOLID, S.U. (Mosif(tw, Bogorodskijr
val.d.3)
Use of liminescence anaVois for determining inorganic con-
tamiuati~ns. Acts. chimica Hung 32 no.2:19(1-206 162.
1. Vsesoyuznyy nauchno-issledovatelskiy institut khimiches-
chikh reak%ivov.

- I 1 :11 ;-~- ! ~~ ~', I, I!,:- ~, F~z~ . -f - 11 -1- 1- ..-, ~- ---, ~ ~ . - - -

T~l

oV a curtettn AutLer, Zbur, nuuoh, i prikll fot,
kin. 3.0 no~5092-394 ')'-0 165, (14. M 18:9)

ACC NR: AT7004467 SOURCE CODE: UR/2834/66/051/001/0099/0104
JAUTHOAS: Romanov, V. S.;
ORG: none
,TITLE: Evaluation of the bearing capacity of support pillars with underground
leaching of thick salt deposits
SOURCE: Leningrad. Gornyy institut. Zapiski, v. 51, no. 1, 1966, 99-104
TOPIC TAGS: mining engineering, stress analysis, photoelasticity, test model,*
centrifuge, optic model/ BKTs-3 centrifuge
I I
ABSTRACT: This article deals with the problem of obtaining maximum yield from an
underground mine chamber, while still leaving sufficient suport pillars to allow for
safe operation. The particular case in point is the Yar-Bishkadakskiy Salt Mine, and
the authors make use of the photoelastic method in studying the distribution of
stresses in support pillars. Included in this study are experiments in which various
Imine chamber plans were made and then contrasted with respect to the magnitudez- of
!stresse3 occurring in support pillars serving each type of chamber. Four three-
Idimensional models were prepared from optically active epoxide resins on a 1:5000
,scale. The models.were centrifugally loaded throuC:h the use of a BK'Ls-3 centrifuge
!(the centrifuge coefficient reached a value of 210). The tests were sot up zo permit
!measurement of various types of stresses and the concentration coefficient at selected
Lcqrd ' 1/2 uDc: 622.838-53

ACC NR. AT7004467
sections in the models. The results of the optical modeling were checked with tests
performed on perforated paraffin plates. The results of both forms of testing We.-e
in. close agreement. The authors demonstrate a method by which the bearing capacity
may be accurately characterized by a dimensionless test parameter calculated for
variants of the mine clu=ber configuration. Orig. art. has: 4 figures and 2 tables.-
SO CODE: 13/ SUBM DATE: none/ ORIG REP: 003

ACC NR: -AP7002128- SOURCE CODE. Ui~/&6C~/66/000/ 81649 1;
AUTHORS; Galayevt N. Z.;,janiahevskiy, A. A.
ORG: none
TITLE: A study of the pressure of collapsed rocks by the method of centrifugal
modeling
SOURCE: Vsesoyuznaya konferentsiya po polyarizatsionno-opticheakomu metodu
iosladovaniya napryazheniy. 5th, Leningrad, 1964. Polyarizatnionno-opticheakiy metod!
issledovaniya napryazheniy (Polarizing-optical method of investigating stresses); I
trudy konferentsii. Leningradp Izd-vo Leningr. univ., 1966, 488-491
TOPIC TAGS: geology, mining engineering,,mechanics, stress distribution, centrifuge,
polarimeter, polarization device/ BKTs-3 centrifuge, PPU-7 polarization device, KSP-5
polarimeter
ABSTRACT: A study was made of the distribution of stresses in rocks surrounding a
mined-out space. The results of experiments to determine the growth of pressure of
undermined rock on a horizontal plane of mined-out apace are reported. The method
of centrifugal modeling was used in making the investigation. Four three-dimenBional~_
models were prepared. Optical material consisted of an apoxide resin in two pre-
selected concentrations- to 100 parts by weight of resin were added 30 parts by
weight of a congealant ~maleic wibydride). The mixture was placed in* specially

ACC NR. AT7002126
prepared forms modeling the mined-out cavity in a rock mass (see Fig. 1).
Fig. 1. General view of the
model (a), its cross seotion
~b~, and the location of seotione
c
Stress in the model was generated through centrifugal foroe by a BY.Ts-3 centrifuge
constructed at the Leningrad Mining Institute. Other experimental apparatus included
Card 2/3

a 1002128--
the PPU-7 polarization device, and a XSP-5 polarimeter. The four models studied
produced the following conclusionst 1) the lowering of mining depth from 250 to 350 0
results in a- 16(Yl'q' increase in the stress in the floor of the mined-out apace; 2) the
stress distribution in a horizontal section beneath the mined-out space depends not
only on the depth of the work, but also on the fall angle of the rock and the collapa,
of support rock; 3) tne strese.on a horizontal layer decreases with decrease of the
angle of occurrence of the ore rock; 4) the principal normal atrousee along the
strike of the ore rock are nonuniformly distributed and increase toward the center
portion of the mined out space, Orig. art. hass 2 figurea*Z'W,,4.
SUB CODE: 08, 13/ SUBM MATE: 14jun66
Card

SKI
TANIUMSKIY, A.F., inshener.
Shaping the cutting edge of knives of stave planing and shaping
machines. Der. i lesokhIm.prom. no.6:8-10 Je 034. (HLRA 7:7)
1. NIIIFZVKASh
-(Planing machines) (Staves and stave trade)

YANISIMVSKIY, A.P., -inzhener.
Slotted collar head with adjustable cutters. Der.1 loookhim.
prom. 3 n0-9:10-11 3 054. (XLRA 7:9)
1. NIIDREVKA5h.
(Woodworking machinery)

.1 T~r
YANIS.',IFjVSKIY,A.F., Inzhener
The -precision of woodcutting tools should be raised to the level of
new demands. Der.prom.4 no.9:18 S 155- (MLRA 8:11)
1. Nauchno-issladovateliskiy institut derevoobrabatyvavushchego
machinostroyenlya
(Woodworking machinex7)

.,,Atr A,.inshener.
Yr4A!N,;"Wz
-A,.T
Manual an the adjustment of woodsorking m&chiner7 (*Adjustment of wood
cutting lathes." Y.K.Kanzhos. Reviewed by A.F.lApishffvokii). Der.prom.
4 n0-10:29-30 0 '55*0- (MLIA 9:1)
I (Woodworking machinery) (Kanxhos, 7.M.)

YANISHZVSKIY. A,Y,, inshoner.
Increasing the productivit7 of planing machines. Der,proz. 5 no.6:
8-10 Jo 156. (MIaA 9: 9)
1.Nauchno-issledovatellskiy institut dereveebrabat7vayushchage
mashizestroyeziya.
(Planiag machizes)

YANISHEVSKIY:, A.F.. inzhoner,
Kodel Tch36 somiautomic knife grinder. Der.prom.3 no.11:19 N 1560
(MLRA 10:1)
1e )Iauchno-ifsledo.veLtel'skly institut derevoobrabat"ayushchogo
machinostroyeniya.
(Grinding machines)

TANISMffSKIT, A,Yf
the vibration of wood-cutting machines. Der. prom,
-AQ-O^W~l 7 no.10:10-11 0 158. (MIRA 11:11)
1. Neuchno-iseledovatellakly inetitut derevoobrabatyvayushchago
mashinostrn,teniya,
(Woodwofking machinery--Vibration)
---------- -------

YANISHEVSKIT, A.F., inzh.
Safet7 and regulation devices used In fixing cuttert In cutter
drums. Der.prom. 1" no.12:17-18 D 158. (MIRA 11:12)
1. Nauchno-loPledovat"allekly inntitut derovoobrabatyvayunbehogo
nashinostroyeniya.
(Cutting machines)

AFANASOYEV, Pavel Samonovich, knnd.tekhn.nauk; YANISICRUXLY~ Alaksey
Fedorovich, inzh.; SOKOLOVA, H.A., red.; tOM .,411,AH., tekhh.red.
(Setting up woodworking machines] Haladka derevoobrabaty-
vaiushchikh stankov. Hoskva, Vses.uchebno-pedsgog.izd-vo
Triidrezervizdat, 1959. 354 -p. (HIRA 12:9)
(Woodworking machinery)

Device for sharpening the kn1709 of tenaner heads. Der.promo 9
I
no.6121-22 Ag 160, (MIRA 13:8)
(Woodworking machinerr-Attachme-if-G)

-YANISIMVSKIY, A.F., inz~u
New desigv of cutter c7lindere f1dr-rough surface,"s and matchers.
Der-proms 9 noolO.'26-27 0 360, (MIRA 13:10)
(Planing machines)

YANISHEVSKIYP kF.
Wood drills with center bit and cutting edges. Der.prom. '10
no.12t23 D :61. (MM 14i12)
(Drilling and b-Iring machinery)

AFANASIYEV e
., Pavel Semenovich, kand. tekhn. nauk; YAXJ&j~~Y ~Aleks~
?pAor-ovich..,#-zh.; KHUDYAKOVA, A.V., nauchnyy red.;
LYALIKIN, I.A., nauchnyy red.; RYCHEK, G.I., red.1 TOM,
A.M., tekhn. red.
(Setting up woodworking machinery] Naladka derevoobrabatyva-
iushchikh stankov. Izd.2., perer. i dop. Moskva Proftekbiz-
dat, 1962. 439 P. (Woodworking machinery) (MIRA 16:4)

YANISHEVSKIY, A.F.
New standard for disc saws equipped with bard allay plates. Der.prom.
11 no.1:16 Ja '62. (MIRA 15:1)
(Saws--Standards)

Circular saws. Standartizatsiia 26 no.1:61 Ja 162. (MIRA 15:1)
(Circular saws--Standards)

YANISHEVSKIY, A.F,
Cutters for wood milling. Standartizataiia 26 no.2:53 F. '62.
(Woo d-working maebinery-Standards) (MIRL 15:2)

YANISHEVSKIX P
Designs of hard alloy wood-cutting tools. Der.prom. ll no-4:3-6
Ap 162. (I-EM 15:4)
1. Nauchno-issledovatel.lakiy institut derevoobrabatyvayushchego
mashinoatroyeniya.
(Woodworking machinery)

MM
TAWISHEVSKIT,Aj,
Gutters for wood machining. Standartizataiia 27 no.22L7
F 163. (MIRA 160'
(Woodworking vachinery-Standards)

YANISHEVSKIYP A.F.
Machine for sawing boards. Der. prom. 13 no.8:25 Ag 164.
(14IRA 17: 11)

TANISHEVS~~i,,#,, :-,inzhanor
New layout for pipe manufacturing plants. Sbor. mat. o nov.
takh, v etrol, 17 nn*3i 23-29 155. (IMRA 8 6)
(pipe) (Yaotories-Domign and constmation)
A, f

YANISIIWBXIYI AIN. (Svordlovok).
Conveyer for Pipe factories. Ved.i man.tokh. se.9:1-4 5 '56.
'(Pipo) (Conveying machinery) (MMA 9:10)
7.~

YANISHEVSKIY, A.K., (Sverdlov8k).
xperience in installirg panel heating in apartcent houses in Serezaiki.
Vod. i san.takhn. no.11:1-4 R 156. (MLRA 10:3)
(Berazniki--Radiant heating)

A. ye
L e tfa 7 a i,-ri r

YANISHEVSKlY, A.V.; RESHAIN'OV, A.S.; BOLUFOVSKAYA, R.I.%
.. ..... ---- - ,
Production of high disj;ersion polyviryl aceVite powders.
Fla3t. massy no.8:31-33 165. (malu, 18:9)

~F Z1.
~
YANISMMKIYI A. V.: MG&r Tech Sol (dias) -- "Inventieption of tho hydro-
dynamics of the process of mixing mutually insoluble liquids vith propeller aill
turbine mixers". Leningrad, 1958. 14 pp, (min Higher Educ USSR, Ii)nirwgnd order
of Labor Rod Mnmr Technological Inat im Leningrad Soviet,. Chair of Processes
and Apparatun), 150 CoPica (as no 6, 19r)9, 137)

YANISHIVSKIY, A.V.; FAVWSHENED, I.S.
Determination of the interphase surface of an emulsion. Zhur. prikl.
khim. 31 no.6:1215-1220 Ag 158. (MM 11:10)
l.Leningradekly tekhnologicheakiy institut imeni Lensoveta.
(ftulsions)

---------- - --
FAVLUSRMTKO,
Number of revolutions of a stirrer during mixing of two maiu&117
insoluble liquids. Zhur. prikl. khim. 31 no.9:1348-1354 S 158.
(MIRA 11;10)
l.laningradakiy,Tekhnologichaskiy institut imeni Lansoveta.
I (Mixing)
NEL-

nNIS11EVSx1yy A*V*
International industrial trade fair In Japan. Plast. maijay no.12162
164. (MIRA 18t3)
MR
rn-

t 4390 mrPWITI J) Px__
ACC NR~
AP60156 SOJRCE CODE: UR/0413/66/000/009/0075/0075
INVENTOR: Menshutkin, S; Ya.; Kremney, L. Ya.; Yanishetvskiy, A. V.
~Ozerova. N_1~.
ORG:'none
TITLE: Method of obtaining olysterene! Class 39, No. 161287 annougeed by
the State Scigntiii- Researph Institute of -P-Qlymerized 21gatics (Gov x1arstvennyy'
A
nauchn6-issle: dovatell skiy ihstitut polimerizatsionnykh plastmass)]
SOURCE: Izobreteniya, promyshlennyye obraztsy,.tov-,-nyye znaki, no.' 9, 1966, 75 4
TOPIC TAGS: polysterene, polymerization, polymerization initiator, monomer,
free radical Initiator, emulsifier
ABSTRACT; An Author Certificate has been issued for a method Lf 0taining
polysterene by water- emulsion.221ymerizati3f i3tyreneir-the'presei ceof emulsifierb
and free radical tnitiators.I~To decrease polymer moisture, the polymerization is
carried out in a saturated highly concentrated emulsion with the monomer-water ratid
up to 19:1. (Translation] INT1
SUB CODE, '11/ SUBM DATE: 12May65/
. UDC: 678.746. 22
Card 111-AM O~y
;-- ___7:rj J_