SCIENTIFIC ABSTRACT SINDLER, Z.I. - SINEGUBOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550720019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Hydrodynamic Transmissions
SOV/2779
11. Semichastnov, I. F. Investigation of the Comb'ned Work of
Turbo-clutch and Turbo-converter With the Gear-shift Box in
Diesel Locomotives 136
12. Nikolayev, R.L. Using a Turbine Converter on One-engine Cranes 159
13. Bratslavskiy, Kh. L. Choice of Parameters and Design for a
Turbo-converter Working With Universal Diesel-operated
Excavators 171
14. Alexandrovskiy, D. Ya. Claaracteristics of Reversing Ships
By Means of Hydraulic Tiansmissions 182
15. Morgun, N.G. Investigation of Clutches in the Hydraulic
Machinery Laboratories of the Academy of Sciencas, USSR 188
16. Grishanov, A.G. Hydromechanical Transmissions of Mine
Diesel Cars 201
17. Gryanko, L.P., and V.P. Chasovskoy. Some Problems of
Hydroiynomic Transmission Terminology 207
Card 11/5

Hyui-o,1yiaunL(,- Trunmitissiont;
SOV/277
18. Khurshudyan, ;. M. .3ome Problems in Calculating Hydraulic
Torque Converters 217
19. Sindler, Z.I Experimental Technology of Soldered Variants
of Hydraulic Converter Wheels 224
20. Berman V.M. Calculation of External Characterlstics of Turbo-
clutches With Various Fillings 235
AVAILABLE: Library of Congress
IS/IPP
Card 5/-~ 1-28-6o

sifiDIXR, Z.1.
Using soldering techniques in manufacturing rotor wheels of
hydraulic torque converters. Ded.) IDNITOPASH 52:224-234
'59. (MIRA 12:12)
(Oil hydraulic machinery) (Impellers)

N'F,K, J.; I ~, ~
S
TA
p#~rjv-jtjvuj l,,-tKioxylc)pyrRnose and o' scme re"Ir:Ing 1-deozy-
Coll Cz -Iiem 30 no.1:2~17-303 Ja 165.
1 . Df~pnrtmorjt of Organir I'vir-mistry of ChRries Uriversity,
)iibmlttf,-(i Apr,.l 30, 1964'.

SINDLIROVA, V., Dr.
1, --~'-+j' -.7,
Caurms of late diagnosis of congenital luxation of the hip. Ceek.
parliat. 10 no.4.'310-313 MAY 55.
1. Dotak& klinika Olomouc.
(HIP, dislocation.
congen.. late diag., causes)

snaRUNS, H.
Seciprocessed vegetable dishes at the collective fam market.
Obahchosty.pit. no-3:27 Mr 159- (MIRA 12:4)
1. Zamestitell nachallnika otdola abohehestvannogo pitanlya RIzhsko-
go gorodskogo upravlentya torgov1i.
(Cookery (Vegetables))

~_ACC NR, AP6024V
S R' CC ___W66i_6f66_1b_601db7Z0d2
ou dar.
C
'AUTHOR: Vashkov, V. I.; Dremova, V. P.; Starkov, A. V.; Volkova, A. P.;
Sindarova, M. V.; Katunina, V. I.; Larl nova, V. D.; Yerina, K. H.
0RG: Central Disinfection Institute; Moscow (Tsentral'nyy dezinfektaionnyy institut)~
TITLE: Insecticidal properties of the various forms of DDVP and perspectives of
their application for disinfestation
SOURCE: Zhurnal mikrobiologii, epidemiologii, i immunobiologii, no. 7, 1966, 24-29
TOPIC TAGS: insecticide, aerosol. DDVP, insect
ABSTRACT* Preparations of DDVP (0,0-dimethyl 0-2,2-dichlorvinyl phosphate) can be
.used for the immediate extermination of flies and domestic insects (bugs,
- cockroaches, fleas) , in the form of 0. 5-0. 3% aqueous solutions.A
,minimal amount, assuring 100% destruction of flies, fleas, and bugs on
finished surfaces (glass, wood) is 0.05-0.5 g, for cockroaches 1-2 g,
per I m2 (see Tables 1 and 2). Residual action at 18-20* lasts no
longer than 5-7 days. To exterminate fly larvae in their substrate,`-
a 0.2%--0.5% aqueous solution can be used at a standard flow rate of
the pressure fluid (1-2 liters of solution for materials up to 30 cm
-thick. Bait for. flies and c;ckroaches can be prepared from aqueous
Card 1/2 uDc: 616.981-452-092.9-097.3

_i~ 6~2 4 4 3 6
solutions of DDVP. However, the short period (2 days) of residual
in practice. DDVP dusts-,
action of such bait limits prospects for
use
can be used to exterminate a number of domestic parasites. However,
-.in view of the brief period of residual action, further study of the
prospects for use in extermination practice is necessary. DDVP is
toxic to animals when taken internally. (LD,, of various samples of
preparation is 100-200 mg/kg for mice.) Inhalation of a 0.5% aqueous
solution during single or repeated spraying, does not induce any
toxic effect in various animals. In preparing.aqueous solutions and
other forms of DDVP, precautionary measurei must be observed, in
view of the possibility of entry of the concentrated preparation
into the mouth and skin. DDVP in aerosol or vapor form is especially
promising. [WA-50; CBE No.-111
SUB COD .E: 06/ SUBM DATI: 22Fsb65/ ORIG REY: 002/ OTH REF: 002/

SINDYA3HIKINA, N. G.
------
"The Mbre Important Species of Click Beetles (Elateridae), Darkling Beetles
(Tenebrionidae), and Pollen Eaters, Mass Pests of Field Crops JLn the Stavropollskaya Kray,
and Their Control." Cand Agr Sci, Khartkov Agricultural Inst, Stavropol', 1953.
(RZhBiol, No 2t Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher Educational
Institutions (13)
SO: Sum. No. 598, 29 Jul 55

. ;, :1'', 1.. ". ,
'. NN " ..;, , I I J. 4, i ')
:1-'. 1,- , X ~er.~,.Jna to, S 11,_,M44 0~~,ea . ZU, ~
, f. . ,, " " t, ~t "r-red. i boi. 8
". j,." D 63. r".j L. (MIRA 17:3)

crop yields and ritrogen accumulation on beans a~i related
to 'he cond; Tli~=,.-,, of nutr-tion.
'1411 RA I?: I I
ru i Wokiii:d i Mc,,~,kov:jk.-,y se-, ~~-,.~co'r"h,)zyay3t.,,,-!nnoy
akacier,ii h.en' TJL::.irya,,.~,,.,i.

~ :* , , -,~ : , 1- .1 . - .. j I I - I , I :- ~:~ , , , I - :~ - . '. .- , . .
.11 rt V. .1 1 : I I - I , , , . "I I .li,
1. ". I I ,. . 'k, r fe I I ~T - r *,
I - . , h , , , i
r-3t 0 1*I i - I 1 1, . ., - -l" . I I
I . 4

SI. N %I L( ::'k
94. loditne iric determination c! total'Ililybu in
V.
433-43.1-When burned with an of mnc
filings in an atmosphere M CO, sulpbur in pyri;c,
is con%crted into sulplijdc, which can. after di-
tittation,bcdetcrminedir~ditnetrically. Thetictailed
procedure is given and the interfertnce from ars(nic
as well as, the accuTaty of the methtid compared
with that of other common riethods we discussed.
z KA

VA C ~h V
Evaluation of granulated a prphosph7mev.- MmIr-1
ndftk. Chesx.j#rdmyz1 6, 35M1956) .-The supe-tPM--
511123 axe Principally e'aluated by the IW PSOj content
ft was found that grunulaied superplimpha;e is chemically'
different from the material In powder form, since during the
process of granulation Pyropha3phatts and metaphosphates~
are fomed which, In the usual analytical procedure, lower the
-,content of 3ol, PjOj deid. To obtain u correct Vulue the
procedure so
tlint the aq. ext. is boitc-I IvIth a Armij; mineral acid before
mak-hig the detn, of 11A.

-- SINDYUK, V.
I Z . , -- - -
Contribution made to the chemical industry by the gradi7ation papers of students In the
industrial schools.
P. 127 (Chemie, Vol. 9, rr. 1, Apr. 1957 Praha,Czechoslciakia)
Month],y Index of East European Accessions (F111) LC. Vol. 7, no. 2,
February 1958

SINDYUKOV, Mi. 1(h.
The SRP-2 construction and repair train for the ~-,')Omm gage.
BiiLl.tekh.-ekon.inforn. no.1:67-69 '59- (MMA 12:2)
(Railroad engineer ing-Equipment and supplea)

L; ll~-,Dy I' E I ivy V. G. C"ll-id. Gllel~,I. l*)CI.
Dissertntlori: "Citthodic Find Anodle Polarizatlon of NJckel .9nd Its 6olution
In Concentrtited ~',olutlons of Hydrochloric and ~,.)ulfurlc Acids." MoEicow Urder
of Lenin btate U Imeni 14. V. L,monosov, 25 Jun 47.
SO: Vechernyaya Yloskva, -jun, 1947 (Project ffl7836)

80225
S/076J60/034/04/12/042
J7 /3 0 B010/B00q
AUTHORS: Kobozev, N. I., Semiokhinj_ Sindyukov, V. G. (Moscow)
TITLE% Physico-chemical Investigation of the Electrosynth*ais of
Concentrated Hydrogen Peroxide From Its Elements. 1. Kinetics
of the Electrosynthesis of H 202
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No-4, PP- 773-781
TEXT: The present paper contains data obtained by investigating the electro-
synthesis of H202 at the WGU (MSU) between 194T and 1950. The influence of
temperature upon the H 202 yield and concentration in the case of a synthesis
-;- a silent electric discharge was investigated. For this purpose a laboratory
;,!ant (Fig. 1) was designed, containing a reaction vessel which consisted of
~:ree c.-~-Iinders placed inside one another. The reaction vessel had a volume of
';~'-o CM3,an operating area of 700 cm2, and was charged with alternating current.
ition of the initial gas mixture was determined by means of a VTI
aN.-~Iyzer' The experimental results obtained at temperatures ranging from
'.:ird 1/3

80225
Physico-chemical Investigation of the Electro- 3/076/60/034/04/12/042
synthesis of Concentrated Hydrogen Peroxide From B010/b009
Its Elements. I. Kinetics of the Electrosynthesis
of H202
-35 0 to +620C at a pressure of 500 torr and flow rates between 3,7 and 3.8 1/h
are given in Table 1 (Reaction vessel capacity 100 w, initial gas mixture
composed of approximately 96,5% of H2 and 3,5h of 02). At 80C an 80% hydrogen
peroxide is obtained. A temperature rise from -35 0 to + 80C virtually does
not affect the yield and concentration of H202- A further temperature increase
to +620C, however, causes the H202 yield and concentration to drop abruptly.
The activation energy of the hydrogen peroxide formation in a silent electric
discharge was calculated to be 1200 cal/mole. This low value agrees well with
analogous values obtained in the photochemical synthesis of hydrogen peroxide,
thus pointing to common traits in the nadt1tations in both syntheses. It was
found the thatH202 yield passes through a maximum as the flow rate of the
reaction mixture is increased (at 4-5 I/h, not at OA 1/h, as Wolf (Ref. 12)
states). On the other hand, the overall oxygen amount (for the formation of
H2U2 and H20) increases as the flow rate of the gas mixture decreases.
Card 2/3

29988
S/076/61/035/011/0121'013
B101/B110
AUTHORS: Semiokhin, I. A., Pitskhelauri, Ye. N., Kobozev, N. I., and
Sindyukov, V. G.
TITLE& Interaction of hydrogen with oxygen during silent electric
discharge. III. Effect of gas mixture composition and
electrode material
PERIODICALs Zhurnal fizicheskoy khimii, v. 35, no. 11, 1961, 2633 2635
TEM The authors checked the differing publication data giving 96 97%
H2 * 4 - 3% 02 and 80% H2 + 20% 02 as optimum for the yield of H 202 during
the reaction of H 2 with 02 in silent discharge. Initial experiments with
dhange of the 0 2 content from 60 - 80% to 2 - 3~c showed that the useful
:
onsumption r of 0 2 strongly drops in explosive 0 2 + H 2 mixtures.
Determination of optimum composition at u/v = const was made (a) with
3 - 3i% 02 ; (b) with 4.2 - 5. e,~ 02' Experiments were conducted in
lase-qluminum reaction tubes as described by the authors in Zh. fiz.
la"rd 114---,

299P8
S/076/61/035/0111/012/01!
Interaction of hydrogen with oxygen... B101/B110
khimii, J~, no. 10, 1961. The effect of admixtures (Ar, N 2' "20' ) and of
all-glass reaction tubes, as well as nickel-plated or brn.3s-plated
electrodes, was investigated. Data are given in a table. It was found
thatt (1) at low concentrations Ar plays the part of' an energetic
catalyst; (2) N2 greatly lowerq the useful consumption of 0 2; the H202
solution is strongly acid through nitroger. oxidps developing; (3) heati.ng
of the electrodes to 70 - 72 0C (pH 20 ;~ 1CD= f1g) increased the oxygen
consumption 4 for the formation of H 2 02as compared with theaL for dry gas
mixtures at equal temperature; (4) -C and ~'are highest in all-glasr, reaction
tubes, higher than in glass-aluminum reaction tubes. A strong do-rease of
aL:nd (roccurred in the case of nickel-plated or brass-plated electrodes.
Th re e 1 table and 9 references: 2 Soviet and 7 non-Soviet. ThE two
references to English-language publications read as follows: E. Noack a.
0. Nitzschke, US Patent 1890793; L. Dawsey. US Patent 2169996 of M5y 15,
1936.
Card 2/4:_-

29988
3/076/61/035/011/012/013
Interaction of hydrogen with oxygen ... B101/B110
ASSOCIATION: Moskovskiy Gosudarstvennyy universitet im. Y. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUBMITTEDs February 21, 1961
Legend to the Tables (1) Number of experiment; (2) composition of initial
gas mixture, ~, by volume; (3) admixtures; (4) velocity of gas flow,
m3/hr; (5) specific energy ter/hr; (6) part of oxygen, consumed for
the formation of H202"Ll ~7w)/ltoital consumption of initial oxygen,.j ; (8)
useful consumption of oxygen, ~- . (a) mm Bg; (b) without waterl
Y,reduced to standard conditions;,~- carried out in all-glass reaction
tube; A,-, experiments 111 , 112, 144, 143 conducted with Al inner electrode
cooled to 60C and Pyrex outer electrode heated to 50 0C; concentration
of H20, given in mm Hg.
Card 314 _-"

BERISHVILI,
G. A.; SINDZI11WEVIN, A. _.N.; MIKHEL'SON, R. V.
Efficiency of using short delay blasting in the -oal nines of
Georgia. Ugoll 37 no.10:48-50 0 162. (MIRA 15:10)
1. Institut gornogo dela AN Gruzinskoy SSR.
(Georgia-Blasting)

&ALYATSKIYY kand.tekhn.nauk; SII&MYUKIM, A.U.) inzh.
Power characteristics of an impulse spark in solid dielectric3.
Isve vyse uchebo zav.; energ. 6 no.3t96-98 Mr 163. (MIRA 16:5)
lo Tommkiy ordeft Trudovogo Krasnogo 7-m-ni politekhnicheskiy
Inetitut imeni S.M.Kirova, Fredstavlena seminarom Nauchno-isals-
dovatellskogo instituts: V7sokikh naprya2henly.i kafedry telchniki
vysokikh napryazheniy.
(Electric dischargep) (Dielectrics)

71 L 04259-ui EW il( i "I IJII((-" GIG
ACC NR: ARGO10507 SOURCE CODE: UR/0196/65/000/010/BD07/BO07
AUTHOR: GavrIlln, A. I.; Kalyatskly, I. I.; Sinebry-,ov
TITLE: Investigntion of the power characteristics of pulsed breakdown of solid dielectrics
SOURCE: Ref. zh. Elektrotekhnika I energetika, Abs. 10B44
REF SOURCE: Sb. Proboy dielektrikov I poluprovodnikov. M.-L., Energlya, 1964, 166-170
TorIC TAGS: dielectric breakdown, solid dielectric, dielectric property
ABSTRACT- In connection with the prospective use of spark-discharge (SD) energy for various
engineering purposes, the study of the power characteristics of pulsed SD in solid dielectrics
and a comparison of them with the characteristics of SD in gases and liquids Is of interest. The
variation in the quantity of energy liberated in a discharge channel In breakdown of rock salt
crystals as a function of the magnitude of excess voltage Is shown in Fig. 1. The maximum
rate of liberation of energy in breakdown of solid dielectrics is a direct function of the maxi-
mum steepness of current build-up. The energy and capacity of the pulsed spark in solid di-
electrics may be regulated by varying the amplitude of the voltage pulses fed to the sample dur
ing breakdown. Such regulation is possible only within a definite interval, the lower limit of
which is determined by the breakdown voltage of the solid dielectric. In connection with this,
1/3 UDC: 621.315.61:537.52

1, 04 -, 5'~"- - t~
ACC NR: AR6010507
possibility of regulating the power characteristics of
W SD by Introduction of a retarding resistance Rret
was investigated. For the experiments, specimens
60 of rock salt 20 mm thick were used, to which voltage
I I
pulses with an amplitude of 165 kv were fed from a
T~ 11~_-
jo pulsed voltage generator, having an Impact capacitanci
Ohm of 0.002 tif. The Inductivity of the discharge circuit
415 1,30 40 1,W (7S /.SO remained unchanged and amounted to 10-5 H. The
introduction of Rret into the discharge circuit leads
Fig. 1 to a considerable decrease in the current amplitude
Im (curve 2, Fig. 2) and the maximum rate of libera-
tion of energy in the discharge chann I Pm (curve 1L).
ine energy liberated in the discharge channel when Rret = 46 ohm is reduced by 25%. The
minimum value of the discharge -channel resistance Is determined by the magnitude of excess
voltage and when n = 1.2-1.4 amounts to 25-70 ohm. The time of establishment of the mini-
mum value of discharge resistance in the time of the first half -period depends upon Rret,
Card 2/3

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ACC NR: AIIGO10507
Aj
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Q6
42
ju am
Fig. 2
SUB CODE: 20
fv
Card 3/3
hooked up Into the discharge circuit. [ Transla-
tion of abstract 1 6 illustrations, 1 table and
bibliography of 17 titles. [Tomsk Polytechnical
Institute im. S. M. Kirov (Tomokiy politekhnLch.
in-t)] A. Petrashko

BUBLIKOV) Ye.v., inzh.; F-~JORUV, G.D. inzli.; SIIffJ3RYUKHOVj__ ".., inzh.
.0
PNE-1 small loader. Ugoll. prom. no.6:61-63 N-D 162, (W.-tk 16;2)
A, Ukrainskiy nauchno-issledovateliskiy institut organizatsii i
mokhanizataii shakhtnogo stroitelistva.
(Donets Basin-Loading and unloading-Equipment and supplies)

r r
W
TN676.AI55

DUIAjtYzW'%JKIY. M.M.; AL'BaIY, B.D.; SIIWRYULHOV. N.V.; ZORIN, S.V.,
Ted.; MIKHAYLOTA, V.V., tekhn.red.
(Safety regulations in sintering plants] Pravila bezopasnosti
v aglomoratsionnom proizvodstva. Moskva, Gos.nauchno-tekhn.
lzd,.-vo lit-ry po chernoi i tovetnoi metallurgii, 1960. 101 p.
(MIRA 13:11)
1. Soyuz rabochikh metallurgichoEtkoy promvshlennoBti SSSR.
TSentralinyy komitet. 2. Vaesoyuznyy nauchno-issledovateltakiy
Inotitut. organizatBii proizvodstva i truda chernoy metallurgii
(VIIIIOCHERMET) (for Dunayevskiy. Illinakiy, Sinebryukhov).
(Sintering--Safety measures)
(Metallurgical plants--Safety measures)

WINAH, B.Yu.; 1JUNi,YFVaIY, N.M.; SINEDRYUKHOV, N.V.; ZORIN, B.V.,
red.; MYNNAN. X.R., takhn.red.
Egafety i%gulati6fts in the blast-furnace process] Fravila
basopasnosti v domennom proisvodetve. Moskva, Gos.nauchno-
tekhn.izd-vo lit-ry po chernoi i tavatnoi wtallurgii, 1960.
87 P. (MIRA 13:7)
1. Soyuz rabochikh metallurgicheskoy pronyahlonnosti 3&9R.
TSentrallnyy komitat.
(Blast furnaces--Safety measures)

ILI BbIlY, B.D.; PETRENKU, L. I.; SIMBRYUKHOV, N.Y.; DIRIAnzvalY, M.M.;
ZORIN. S.V., red.; KIKHAYL&A, V.V., takhn.red.
ESafety regulations In the electric steel smelting industry]
Pravila bezopasnosti v alektrostaleplavillnom proizvodstve.
Moslcva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi I tavetnoi
metallurgii, 1960. 94 p. (MIRA 13:11)
1. Soyuz rabochikh metallurgichaskoy promyshlennosti SSSR.
TSentralluyy komitet. 2. Vseno3niznyy nauchno-isaledovatellskiy
InDtItut organizataii proizvodetva i truda chernoy metallurgii
(VITHOGURM) (for Illinskiy, Petrenko. Sinebryukhov, Danayevokiy).
(Steel--Blectrometallurgy)
(Ketallurgical plants--Safety measures)

DUNAYII;Vb'KIY, M.M.; IL'INMCIY. B.D.; SINEBRYUKHOV, 111J.: VORKELI, M.M.;
ZORIN, S.Y., red.: DOBUZHIHMYA, L.T.. tekhn.red.
[Safety re&n-,lations in rolling-mill practice] Pravila bez-
opasnosti v prokatnOM Droizvodstvs. Moskva, Gos.nauchno-takhn.
izd-vo lit-ry po chernoi I tsvetnoi metallurgii. 1960. 112 p.
(MIRA 13:7)
1. Soyuz rabochikh metallurgicheskoy promyshlonnosti. TSentrall-
nyy komitet. 2. Veasoyuzayy nauchno-issladovatellskiy institut
organizataii proizvodstva i truda chernoy metallurgii (for Du-
nayevskiy, Illinskiy, Sinebryukhov, Vorkell).
(Rolling milla--Safety measures)

ILIINSKIY, B.D.; DUNAYSVSKIY, M.M.; SIRKBRYUKHOV, N.V.; pETRENKO, L.I.;
ZORIN, S.V., red.; DOBUZHINSKAYA, L.T., tekhn.red.
[Safety regulation in the open-hearth process] Pravila bes-
opasnosti v martanovskom proizvodstvs. Moskva. Goo.nauchno-tokhn.
12d-vo lit-ry po chernoi i tovetnoi metallurgii, 1960. 127 P.
(MIRA 13:7)
1. Soyus raboohikh metallurgichaskoy promyshlennosti SM.
TSentral8nyy komitet,
(Open-hearth furnaces--Safety measures)

SINEBRYTJKIIOV, II.V.
Safety locks with counter keys as a mo3t Im.,iort.ant means of providing
wirk safety in enterprises or ferrous metallurgy. Stall 23 no.12:1132-
1135 D 163. (MIRA 17:2)

SI-F.PwYuF.I!OV, V.r~.
Use if graphic representations in planning roads. Avt. dor. 24
no-7:18-20 JI 161. (FJHA 11~: 7)
(Roads--Design)

-S I' I j 7.11:.
Plottinv perspective proiection5 for detPr.,r;ininE- the visibility Dr,
roads. Avt.dor. 25 no,3:25-26 Mr '62. MIR,, 15:3)
(Roads--Design)

SGUR,'IE ',ODE: HU/2505/65/028/001/0001/0017
ACC. NR- AT6025176
(E)udapest); Synecak, V.__SLnech~k,V*
A*LJTI-.QR: Farkas_Jahnke,~ Mari a--Farkas h-Tanke , M.
(Prague)
ORG: /-ark, at
,E as_Jahnl~~7/ Ro3earch InstltutACor To iCAl PhySiC3, HTA, Budape
(Nszaki Fizikal Kutato Intezet, MTA); /�ynace~rlnstitute of Solid State
Physics, GSAV. Prague (Ustav Fiziky Pevnych Latak C3AV)
TITLE: Small-angle x-ray diffraction 9tudies on rat tail tendon
SOURCE: neademin scientiarum'hutgaricae. Acta phvn1,)1nF,.'c,_1, V. 28, no. 1, 1965, 1-1~,
TOPIC TAT.3i x ray d-iffraction 3tudy, rat, electron rionsity, electron distribution,
biophysici
ABSTRAGr: Native, dry, rat tall tendon (RTT). RTT treated with CuSO4 and MT
with 001, were 1xivestigated by, means of small angle X-ray diffraction. Perlodtral=hs
along the fibril axis and electron density distributions of the bands were dotar-
mined from the patt6rns.- In the native 3ubstince, the period lf-n.7th was
655-C R while it was 15-20 R shorter in the t-rea ted HTT. At thr. bet i in.-
.; nn
of structure determination, a model consistin- of ei"ht steps wa!;
constructed. The structure was refined with the aid of Fourier syntheses.
The relative coordinates of the band ceht2rs as well as the relative intpn~ '
sity and integral breadth of the bands were obtained in this manner. Thp
Card

ACC NR, AT6025176
PI, Aron distribution wa.,;'not appreciably chan,7-rd by CuSO14 tmatmrnt whIle.,
on treatmrnt with OuOl~, the density of the bands a, b1, d anAl e2 incrcas,!il
considerably. A weak ninth peak appeared betwpcn ban(13 a and.bl. Th~ authors thank
the Czv--hosl:ovak Acadftq olt Scil;nces for making th - Jjjves ition ssible, Dr, F,
a tij PO
Guba for proposing the subject and giving valuable advice, and Mr. Z. Sik;yr and
M33 K* Barta for assistance in laboratdary work and calculat4onse Orig, art. hams
6 figures. 12 formulAs " 5 tables, [2Ag. art. in M4.1 PPRS' 33.560
SUB OODEz 069 20 / SM DATEt 230et64 / ORM MWi 001 / OrH REFt 03,1
Card

SMDUBSKIY, B., inzh.
City built in one dW. Znan.sila 35 no*8:2 of cover, 1-2 Ag 160.
(MIRA 13:9)
(Buildings, Prefabricated)

SINiMizKIyj' V.; NIFOLA)aN, Yu.
Man orders: "Rivers, turn around V Znan. sila 36 no. 5:1-2 My 161.
(MMA 14: 5)
(Rivers-Regulation)

NIKOLAYEV., Yuriy Grigorlyevich; SINEDUBSKIY, Vladimir Sofronovich;
FOZ111DAYEVA,, X.G.J. red.
(Twenty steps into tomorrow] Dvadtsat' stupenek v zavtra. Mo-
skva, Sovetskaia Rossiia, 1964. 278 p. (MIRA 17:5)

~ (51 ~' F, ` ,j j r ~ , , n., ~ ; '~') - ~; -, ~` "'. A , , I ` "n; I '!
i " L, " ~
Ec!-~nomy ol steam PoweT stations in the f-irs* par:' cf Oreration.
En~irgetlika ''z 15 no.2:70-72 F '65.
1. Dzr-,anizaticn for RationallizaUlon of Power EngtneerJng Plants,
I
National En'.-~trpriie, Prague.

Distrs 4E2c(M)
GTORKY Bar and Dezoo
A -- , 'a-
.SjQCJ=fflP,. Chew. Ind.. Vesto ai. Mar
vewpari Lrgyddm Kd""Nexyes J. 177-"1VWV-).O-T~b8~Y
)tn. of NH4 polyvanadates from strongly acidified (H#SOj.
P
in.8 pH) quinquevalent vanadyl sulfate Wne- with
r0
and the p es of the pptd. coi pds. wen studied.
dtj RM solas. were prepd. by &"ving VA in
h (A' 4
10 H they had a 0.148M VA concti. Max. to. I
WIRS observed at 2.4 pli; this Is the Isodec. point. T a
pH of 2.4, a way. pptn. yield of 94.8% took place without
merh. agitation or evapf th the M and the V caintent
of the pptd. couipds. ;.= with an 1WWg ppt..
yield. The compn. of the ppt. at pH 2.4 was (NkUhns
, V&O&I.HgO; It had a d. of 2.8-2.9 a water soly. of 0.16 X.A.
!at 25% and a dmo Pn. temp. of W70". Ammonia Is
evolved tn the range 240-=I. The empa. of the ppts. Is
different at other pH values. All ultimately transform into
puri~ VA upon.1scating,

SIffidGIdi8UV, V..inzh
Spaceship transmits radio signals. IUn.tekh. 3 no-3:10-14
Mr 159. (MIRA 12:4)
(Rockets (Aeronautics)-RAidio equipment)

S/051/63/014/004/017/026
0039/1A20
AUTHORS: Vasillyev, L.A., Sineglazov O.M
Diffraction restrictions of the phase contrast method
and the limits of applicabiLity of the vector theory
PIMTODrCAL: OrAika i spektroskopiya, v.14, no.4, iq6t', 553-558
'r,-XT: Vector theory does not take into account diffra:ition
effects in the mounting of the principal objective and of the
diaphragm in the plane of the image. Changing the parameters of
optical systems does not reduce diffraction errors below a certain
optimun.i value. Any change of auxiliary parameters aimed at
decreasing the effect of any factor influencing the error leads to)
an iiicrease in tile general error because of tile effect of other
factors. For a real optical system the optimum value of the error
varies between 5 and A decrease of this error is possible
only by increasing the speed of the principal objective,
increasing the size of tile diaphragm in the focal plane and
-decreasijig tile wavelength of the light used. The results obtained
by the application of the phase contrast method can only be
satisfactorily examined by the use of diffraction theory. Thereis
.1 figure. SUBMITTrD: May 7, 1962
Card 1/1

V.-lisrLit'Ns L.Aal .11MMILAZOV, 001,
Conixirativa chumotoriatice of tho 9'-adow
wthod mW tlio pharm conta-nat mViodo Opto I i3poktr. 38
no.6-.I(Y)5.1071 Je 065. (IMPLA 1602)

L 3149-66 EWT(l)
ACCESSION NR: -- -AP5016052 -UR/0368/65/002/005/
_947o/o4:72'
535-337 3f
AUTHORS: Dubrovskaya, 0. N.; Sineglazov,_V. M. Mosbkin B. Ye.16
TITLE: Determination of the temperature from the hydrogen spectrum
SOURCE: Zburnal prikladnoy spektroskopii, v. 2, no. 5, 1965, 4-7o-472
ITOPIC TAGS: hydrogen line, line broadening, Balmer series, tempera-
,ture measurement, Stark effect
i
!ABSTRACT: The authors point out first that the accuracy with.which
ithe temperature of an are discharge is determined from the relative
intensity of the Balmer lines of hydrogen broadened by the Stark
.effect, is much higher if the temperature is determined from the maxi
mum line intensity than when integral intensity is used. They then
:derive a relation between the total intensity and the intensity at th
:maximum, and report results of measurements made on arcs under dif-
:'ferent conditions. The coefficient relating the integral and maximum
values of the intensity of the lines Ha.9 1~ , Hly , and H. are presented
Card 1/2

L 31hg-66
ACCESSION NR:---AP5016052--'------
,for the temperature interval from 5000 to 20,OOOK and for the electror
15 18 -3
density range from 10 to 10 cm The calculations agree with th(
experiments within 5 per oent. Orig. art. ba&#* 1 figure., 4 formulasp
and 1 table.
ASSOCIATIOM None
SUBMITTED: l3jul64 ENCL: 00 SUB CODE: OP
NR REF SOV: 001 OTHER: 001
Card

~---Ax 6r LI-;T(m)/EPF(n)-2/EWP(t)/EWP(b) PU-4 IJP(e,) JD/'14W1JQ;
I'kCV.'9fff NR: AP5012975 UR/0078/65/010/005/125011253
.~10
Au'HOR: Sinegribova, 0. A.; Yagodin, G. A.
':'ZTLE: Mechanism of diisoamyl methylphosphinate extraction of hydrothiocyanic.
acid, zirconium thiocyanate and hafnium thiocyanate
S"'- '- Zhurnal net-,rganicheskoy khimil, v. 10, no. 5, 1965, 1250-1253
TOPI- TAGS: hydrothiocyanic acid, zirconiuAhiocyanate extraction, hafmium
thiocyanate extraction, diisoamyl methylphosphinate
ABSTRACT: Using the method of saturation and a graphical method (extraction iso-
therms), the authors found that hydrothiocyanfc acid HCNS is extracted by dilsoamyl:
methylphosphinate (DAMP) via the following me--hanism:
H + CNS- + DAMP* HCH.I. - DAMP,
the apparent equilibrium constant being equal to 18.2 0. 8. Extraction of zir-
conium sulfate and hafnium sulfate from sulfuric acid solutions containing animonium;
thiocyanate showed that DAMP extracts the tw( metals in the form of the compound
Card 1/2

,L 52063-65
;~ACCESSION NR: AP5012975
rMe(OH)2(CNS)2-2 DAMP. When the metal thiocyanate is extracted by DAMP saturated
'With hydrothiocyanic acid, the latter is not displaced from the o'rganic phase. The'
authors postulate that HCNS and DAMP form a fairly stable solvate, andthat two
:molecules of the latter in turn solvate a molecule of zirconium (hafnium) hydroxy-
,:thiocyanate. The compound Me(OH)2(CNS)2-2(HCNS-DAMP) is thus formed in the organic~
~phase. Orig. art. has: 3 figures and 2 tables.
':ASSOCIATION: none
~SUBMITTED: 30Nov63 ENCL: 00 SUB CODE: IC, GC
;NO REF SOV: 005 CTHER: 000
;Card 2/2

ACC .-`~024292 SGU;C--,~ COD--':
1 '01 ZSinagribova, 0. it.; Yagodin, G. A.
OFZ: D. IT. Mendeleev Moscow Che-Aco-Techrological Institute
TITZZ: Doternination of zirconiwi and hafniu-i concentration in solution by titration
a diethylanine solution
SCUR'----: Zhurnal analitichoskoy khi-iii, v. 21, no. 7, 1966, 9,72-374
TUIC TAGS: zirconium, hafnium, diethylamine, titrinatry,
A:.3TR,',CT: A, siqpliflccl rrethod of. deux-,-,~dn- the c(.rccntnition of zirconiwl (or hafniur-,) in so-
lution has boGn develonod. it is 'cased on the fact that diSthyla.-.Iino orec--TAtates a
total molar con-~
hydrox.ido of constant corinosition from Zr (:,T) solutions, so that the 6
centratior, of the anions in the solution of Zr salt can be determined. The noth-
od also involv~)s the determination of 01-7 f7rouT)s in Zr co-inounds. The 7.olar concon-
tration of Zr is detormiinn~.i 'r,-,- t,~.o titrations of the Zr salt with diethylanine: the
first in t~o prosonce of oxcesz, IK-F, an! the sacond in tho absence of KF. -,%e accuracy
o--,- the determiration is :t 0.003 'IT. Oriz. art. has: 1 table. [271,
ST17B COD.?; 01?/ 3U3:~ DAT"4: 0.9'jon65/ ORIG ;2F; 003 / ATD PPES5: 9-OYJ-
Card 1/1 li )z UDG: 543.70

r
V. F.
a f -,- ;~.lng t~e L frim -c:'-,.3. )vedenie
rnilraticn cf a:7-.,r 'L:
(MIRA 18:6)
Ap '(-.5.
y institnt.
a. sel 'skokhozyay:itvernp

9 TNE,

11 SINEGUB, A.P.
Utilization of -as discharge of light for navigation sigmals. 3ach.
transp. 18 no.7:49-50 JI 159. (MIRA 12:11)
1. Nachallnik otdela puti Volgo-Donskogo kanala im. V.I. Lenlra.
(Aids to navigation)

o6263
23(5) SOV/107-59-6-27/50
AUTHOR: Sinegub, K. (Oherkassy)
TITLE: A Simple Method of Producing Photograpic Copies
PERIODICAL: Radio, 1959, lir 6, p 23 (USSR)
ABSTRACT: For producing photographic copies of circuit diaCrams or
articles from periodicals, booksq etc, the author suggests
the following method. A sheet of glossy Nr 5 photographic
paper is placed on top of the section to be copied. It
is necessary that the photographic paper is pressed even-
ly to the printed text or diagram. This is achie-red by
placing a plywood sheet underneath the paper to be copied
and by covering the photographic paper with a glass plate.
A 75-watt electric lamp is used for exposing. Any other
lamp may be used whereby the best distance between lamp
and photographic paper is established experimentally.
The exposed paper is developed and fixed. Exposure time
is between lb -and 30 seconds. The positive is p:,oduced
Card 112
06263
SOV/107-59-6-27/50
A Simple Method of Iroducing Photographic Copies
from the negative according to tile same method. Photo-
graphic paper is placed on top of the negative, covered
by a glass plate, exposed and developed.
Card 212

TKACHMIKO. O.Yu., red.; SINEGUB, S.I. (Syniehub, S.I.J, red.;
KAZIMIRMIX0, L.A., khudozh,-tekh~.red.
[Inventions and inprovemente In agricultural machinery;
collected sivgestions of the inventors and efficiency experts
of the Ukrainian S.S.R.] Vynakhody ta udoskonnlennin v aillolko-
hospodarslkii tekhnitsi; zbirnyk propozyteii vynakhidnykiv I
rntsionalizatoriv UIRM. Kylv, Derzh.vyd-vo sillalkohospodarslkoi
lit-ry UILS.R. No.?-. 1958. 286 p. (MIRA 12:9)
1, Hachallnik upravleniya novoy tokhniki I izobreteniy Ministeretva
Sel'akogg khollYflYatya USSR (for Tkachenko).
(Agricultural madhdnary)

red.; S.I., red., KAZIHIAMWO, L.A.,
k1h.u, to z;* I. -tat., hul . r,,d7.-
fluvoati3ns und improvements in n~~ricultural machinery;
a collection of Ukrainian inventors and innovators] Izobre-
teniia i usovershonstvowinila v sellskol-.hoziaistvennoi
tel-..uilk~-; abornik -predlozhenii izobretntelei I ratsionnli-
zottorov Ukrainy. Kiev, Cka.izd-vo sel'kJioz.lit-ry. No.2.
1958. 295 P. (MIRA 12:10)
1. li;iclinllnik Upr;),,rl(3n'ya novoy tekliniki i izobratntellstvil
kj:l-~' ~ Lars tY3 soll3ko,go khGzynystva USSSR (for TkAchenko).
(A.-ricultnril mnchiwry)

MFLINIK, Viktor Danilovich [Fellnyk,, V.D.1, mekhanizator-neklovod;
SMGUB. 5.1-f-Synlohub, S.I.), red.; NERCMKO, I.Yu., tekhn.
---
(seventeen minutes of work for a centner of sugar beets] 17
khvylyn pt-at.-A na isentner buriakiv. Kyiv, Derzh. vyd-vo
oil's Ikohospodarelkoi lit-ry UR84t, 1962. 38 (~PliRA 15:3)
1. Kolkhoz "B111shovyk" Zhashkovskogo rayona,, Cherkaskoy oblasti
(for '~~el 'nJ-k) .
(Zhashkov District-Sugar beets)

USHAKOV, Aleksandr Fedorovich; KLYAVIR, Isidor Yurlyevich
(Kliavir, I.IU.]- SI~N~EGU ~Jswohub, S.I.], red.;
Y - -
GULENKO, O.I.[Hulenko,, 0.1.], tekhn. red.
(Over-all mechanization of growing sugar beets] Kompleksnala
mekhanizatsiia v buriakivnytstvi. 2., perer. i dop. vyd.
Kyiv, Derzhsillhospvydav URSR, 1962. 229 p. (MIPIA 16:4)
(Ukraine--Sugar beets)
(Ukraine--Agricultural machinery)

VESNA, Nikolay Mitrofanovich; GUBKO, Vasiliy Romanovich [Hubko, V.R.];
'JINEGUBj S.I.[Syntohub, S.I.], red.
(Storage of machines on collective and state farms) Zberl-
hannia mashyn v kolhospakh I radhospakh. Yqiv.. Derzhsillhos-
pvydav URSH, 1963. 55 P. (I-',IRA 17-4)

0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6
# . I . 1 11 1., 16"Alituamis is a a It al It m u 0 a IS 0 If If 0 u a 0 0 c
A I L 1 6 A L 0 0 W I A I I &A 10 CC 0 U I
.... .. ------
Amer* ma-mftalUe mWerals 00
S. No. 7. 11-14(1$(M~. M
~A"114111X Alkl 8-atifla 0( INNI-911, fillic t4r%
lift mt-tly ba-l
.00
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see
gee
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.i
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I
10
:
I A$: ILIA fTALL%,ItGKAtLITIMATWIf ;kAWFKATMO 00
60 to
ad a It me 5 A ;e
d"d
'o o gee 0 60 0 0 0 6 0 0 0 0 0
0.9 0 6 0 0 0.0 0 0 0 0 0 0 0 0

I c 0 v G 04 a k 0 4% a 1 49 q CY- k 11 U U 34 0 ?A 0 X It 42 61 91 11 C), Ay IS n
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, .: " i! t . 4.
S I NNGU
Meteorites in the collection of the Mineralogical Museum of the
Ordzhonikidze Institute of Geological Prospecting in Moscow.
MeteoritikR no.12:112-116 155. (MLRA 8:10)
(Noscow--Keteorites)

* M",
SINEGUB. LOVSKIY, A.V., redaktor; NMNOVA, G.P.,
tv&%Oh
IsdatelOs st; MIYNVA, T.A., takhnicheakiy redaktor.
[How to build up collectiomoof rocks and minerals] Uk sob to k 1
lektaii gornykh porod I mineralov. Hookye,, Goo.nauchno-teRn.1SW
vo lit-ry po geol.i okhrane nedr, 1956. 48 p. (MTAA 10:4)
(Mineralogy-Collecting of spectmenb)

SINSGUB, Ye.U.; GOROKHOVA, T.A., red.izd-va; BYKOVA, V.V., tekhn.red.
[How to search for rocks and minerals] Kak sobirat' gornye
porody i mineraly. Izd.2. Moskva. Gos.nauchno-tokhn.isd-vo
lit-ry po geol. I okhrane nedr, 1959. 45 P- (MIILA 14:1)
(Minerals) (Prospecting)

S)ITIEGUB, Yevgeniy Sergeyevich; SVIR110VA, Z.I.., red. izd-.v--, IVOOVA,
Pow to collect rocks and minerals)Kak sobirat' gornye porocly
i mineraly. 3 izd. Moskva, Gosgeoltekhizdat,, 1962. 45 F-
(I-J-HA 15:9)
(Geological specimens-Collectioa and presem-tion)

ACC NR- Apno26ol 'OURCE CODE:
IiNEI-MRS: Lpohteyn, A. L.; Sinegubkin, V. V.
O~: none
-u;1/04.13/66/000/0-'~'/0108/0108
Ln i-nition distributor for internal combustion engines. Cla:j3 46, I'lo.
L LI.,
1692 5 0
.0nya, proWshlonnyyo obraztsy, tovarny-je znaki, no. 23, 1966, 108
TOPIC TAGS: ongino component, ongine ignition system, internal combusti,--i angi,.o
co=ponent
.12 ;-. L, - ~e I
. LTRACT: '-'his 'uthor Certificate presents ---i i.gnition distributor for rnal
combustion enginas with a vacuum corrector. The distributor contain5 a c%oina with
an arbor moiLntod in the casing beariri~;s. The arbor carries a can with
an interrupter placed on a movable plate. This plate is connected to thic, drive of
vacuUM Corrector and (through flat springs) to the casing (see Fig. 11). To
diminish Diate vibrations and to =intain a constant spacing between the ooints of
nected to the casinG through two sprin-:: of dif-
e -interrU73ter he plate is carL
6
ferent leng-uhs. These springs are placed on different sides of the car. uA are
fIxed, rozpoctively, to the casing and to the plate. The distance between. the pointsi
a'. which the sp~-in&; are fixed to the casing is equal to or greater tt:han the distancor-
between the fixinn- points on the casing.
rnrrI 1/2 UDC: 621 13.0 8.

ACC NRt
AP7002601
Fig. 1. 1 - casing; 2 - arbor; 3 - cam;
4 - interrupter; 5 - movable plate;
6 - drive of the vacuum corrootor;
7 - springs
Orig. art. has:
SUB CODE: 21/
1 figure.
SUBM, DATE: '22Yar62

ACC NRt AP7008267 SOURCE CODE: UR/ 141/67/010/001/0140/0142
AUTHOR: Krupnov, A. F.; Skvortsov, V. A.; Sinegubko, L. At
ORG: Scientific Research Radiophysics Institute of the Gorlky University (Nauchno-
issledovatel'skiy institut pri Gor'kovskom universitete)
TITLE: The optimal variant of a two-resonator maser with opposing beams
SOURCE: IVUZ. Radlofizika, v. 10, no. 1, 1967, 140-142
TOPIC TAGS: maser, gaseous state maser, ammonia'
A 4,,4 V~l 4-~ A
ArS~~CT: The authors studied the optimal configuration and the limiting gain
advantage in the effective Q-factor of the narrowed spectral lines In Ramsey maser
circuits with distributed resonators and opposing beams. The gain advantage was
determined as the ratio of the effective Q-factor of the spectral line in a two-
resonator circuit to the Q-factor of the spectral line in a generator with a
single resonator. An experiment was performed to determine the dependence of X(L)
(beam attenuation coefficient as a function of the length of the resonator) with a
maser operating on the 3-3 transition of ammonia N14 113. Above, X(l) - N(L)IN(O),
where N(O) is the number of active molecules arriving from the sorting system of the
first resonator, and N(L) the number of molecules that reach the second resonator.
The relationship of the number of active molecules N(L) reaching the single resonator
from a sorting system placed at a distance L from the resonator, to the number of
molecules N(O) reaching the resonator placed next to the sorting system (L - 0) vas
Card 1/2 UDC: 621-378.3

ACC NR' AP7008267
also measured. When both these measurements were made the power gain K(L), K(O) of
the non-excited maser was measured for a constant beam intensity and sorting voltage.
Fig. 1 (a plot of X vs. 1) shows some of the results obtained. By using the experi-
mentally obtained dependence of X(O , for example, the maximum possible gain advan-
tage of the effective line Q-factor of a two-resonator over a single (10 cm long)
'(cm)
Fig. 1. Dependence of the beam attenuation
coefficient on the length of the resonator
resonator maser was calculated. This gain advantage, which equalled 3.5, corres-
ponded to L - 27 ca. The authors thank B. V. Goromov and Yu. I. Nikolayeva,for their
help in the experisent. Orig. art. ban: 2 figures.
SUB CODE: 20/ SUBM DATE: 2OJun66/ ORIC REF! 005/

11 ve s00, Sr
OLAID 1114A JAVA)v X11 Lill M a As j a Mai 0 '40stare

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131
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00,. -00
00 tr OfiS4. JODI, *40. 6; A hiMl lifffOrdl. Z4U1. 1. No, -4 .,V
.iltKill)-The wettability of Zn anti of AI W34 invr4-
00 ir tigaied by memo ad a bacitoutal uuvirtwnjw~ Imica-w

00 a in the hydroPhilic Proportki of Zn is due tit grain anti to
-00
09 a ,Nid, fitrination. To del, :&~ sensitivity tit Zno it, ail. .00
-urtw-M,liv,
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of t ob.- Zn plalet wrrr iinnivised in a said. hrpiAnoie s,W
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IWINI" I A. A sinriftst~Lgvrraokcl. 0 Via Friloffiva, Awl
I., S venkov.1. rdipjr. proigroadirp" 1051. No. It. 6-9
1,.Ayvillyl Ale. vulinss 111veof in pl.wq Of rift, AFJWC find Other
114tur,41 oill"Wo Imns in.11, J.'ajigh filtatt With o%idisillic
Agellits Which Iselluit ImAiment -of The plitittnf form with *q
FIN rranoviq the film in blasalk op"" from Cu awl
I..3r, &I fr4wn At sur-
Zu ur It.**). is putil. Ralmov
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Ilia by F-lu'lit'll .1 rfgklUAI if$-
Apia.urtillY th-W "*all- dartaiM4 4A Om
cbr,lsl~t. And raosoaddase u .* r4w fwtber bAr
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hr-ifillit 411,1 1111112pleal"I 'law, 't 10., letral's
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(lie Iijcht-,Ivn,t1tivr-jn "PTIn"M
*U%.h 111"I" f'W-)'4 tXtC I Nil, -W X4,01a). F,,r ft..
111lov.11 4 the lifill (14411 111 Ink* fill Al o1flour. the Ad,111 .4
b-t- 1.1 1.11 it $ 1#1 1, ~nll-d RMAS U1,61 t.j
'lie 113"111"1 -4 h It'll'fling it" (little Irk "A" their
~aiv 'I'M owdlolic I Ighl I Ilxvwd fillill SIAT11 1, lv III &it loss.
'"S"' file Ir*11111 ht-1111 AIIII-4011 lI9GjXJftkM4J 10 41tara.
11'all .4 ext..'Ire. F"r 1-t "'J!" IN, At tafw- 41 1.~
41 Ili`; 6NA% is 4,1dril 11,31; [KAYI,~t1vt Ate, "Aw. savath 3-41'~
Ml. ifichrOVISAIC .14 hAflitiningjiftnj G M. K'astplaptift

SINBGUB-LAVRSM, A., kandidat tekhnicheskikh nauk; FRIDKAN, N, takhnolog;
1~~& I B., inzhener-tekhnolog.
Textile printing b7 means of a photographic pattern. Prow.koop,
no,1:19-20 Ja 156, (mru 9: 6)
(Textile printing)

SINNGUB-LORMO, A.A., kandidat tekhnichaskikh itauk; DOROVATOTSKIT. V.S.;
--- -TAU.SOVA,-L.-A-.; STASHKOV, G.A.
Method of manufacturing calico printing rollers without pigment.
Tokst. prom. 16 no-3:56-57 Mr 156. MRA 9:6)
(Calico printing)

SINVIIIII-LAVRMNK0. A.A., kand.tekhn.natik.
--' 1. -- t -!..I-
Possibilities for printing fabrics in three colors. Tekst. prom.
18 no.8:50-51 Ag '58. OGRA 11:10)
(Textile printing)

SI'IEGUB-LAV,'LD!KO, Anna Antonovna; ANISIMOV, Viktor Ivanovich; TI--,A~AWA,
Lyudnila A-IejcsandrovnaTMKLASHEVSUY, S.P.9 retsenzent; SHUB,L.S.,
spets. red.; VEItBITSKAYA, Ye.M., red.; SHVETSOV, S.V., tokhn. red.
(Photomechanical rathods for the production screens for -.extile
printing] Fotomekhanicheskie sposoby izgotovlenlia form dlia pe-
chati na tkaniakh. Moskva., Izd-vo nauchno-tekhn.:Lit-ry ItSFSR,
1961. 142 P. (MIRA 25:1)
(Textile printing) (Photomechanical processes)

or~iKHKELILYZ) Ij.fi.; KALYAVIliZ, L-F.;
~'I'hanges in the mechanical properties of printing inks taking
place in the procass of aging (with surmary in English].
0
Koli.zhur. 23 no-4:491-494 R-19 161. NMI 14:8)
1. Naucimo-ijiledovatailukiy khimichf-,-Ljkiy institut pro-
myoldr.mnosti n(,:jtnogo podehineniya, Mo:jkva.
O-rinting ink)

-SIWGUB-LAVRFIIKOI A.A.
Printing on polyethylone films, I'last.mancy no.707-40
162. (MIRA 15:7)
printing)
(Polyethylene)
(Color

SINEGUB-LAVRENKO, A.A.
Control of the wettability of polyethylene filma. DoH. All
SSSR 143 no.41925-927 AP 162. (MIRA 15:3)
1. Vsesovuznyy nauchno-issledovatel'skiy institut plenochnykh
materialov i iskusstvennoy kozhi. Predstavleno akademikom
P.A.Rebinderom.
(Polyethylene) (Wetting)

'F(c)/E7 RM
L h51438-65 EPA(s)-2/EWT(m)/EP WP (j ) /T Pc-h/PrA/Pt-7
ACCESSION NRs AP5009328 S/0193./65/000/004/ EKU5/W76
AUTHORSt Zinevich, A. M.; Sinegub-Lavrenko, A's A4; Favlovap Vo G,
TITL-P.: Some surface properties of polyethylene film produced in an electria
f iold I
SOURCE: Plaotieheskiye massy,, no, 4., 1965,, 75-76
TOPIC TAGSs polyethylene, olootrie field, hydrophobization, thermostabilization
ABSTRAM Films of low-density polyethylene are highly water repellen,,, but
oxidation as a result of chemical treatment reverses this, and the surrace
becomes hydrophilics Corona discharges with generation of ozone lower the
hydrophobic quality of polyethylene films but do - not make them hydrophilic.
The effect of an electrical field was studied, without corona diachargil or any
appreciable generation of ozone, on the surface properties of polyethy..ene. The
contact angle of wetting pure polyethylene in mixturea with stabilizaro was
measured. Two types of samples were studied: powderod, before and af';er subjec-
tion to an electrical field, and film, The powdered material was preaned into
tablets 5 mm in diameter and 3 nm in thickness. Rosu~Lts show that an electrical
field lowura the hydrophobic qualit7 of powdered mixtiarea, but only t6uporar.Uy.
j.Card, 1/2

L 45438-65
ACCESSION NRt AP5009328
RGmoval of the field restores the original state. The molecular charautor of
the surface thus remains unchanged. Film obtained by fusing high-denaity
polyethylene on a metallic base at 160C are charactGrizod by a hydrophobic
surface. The degree of this hydrophobic quality deal-nGs with increaso in tem-
perature of formtion. The introduction of thermostabilizere permits Iwoduction
of polyethylene films at a higher temperature. Changos in the surface propertiea,
of the film obtained depend in great measure on the chemical nature ol' tharmo-
stabilizers,. Orig. art. haas 1 table.
IUSSOGIATIONs none
SUBMITTEDs 00 ENGL: 00 SUB MDEt MWTP
NO REF SOVi 002 OTHERs 003
Card

L 203911~L E','-T(m)/E".-'1 "j)/T/ETC(,n)-6
ACC NR: AP6005942 (A) SOURCE CODE: UR/0191/66/000/002/0003/0005
AUTHORS: Sinegub-Lavrenko. A. A.1 Morgulis, M. L.
ORG: none
TITIZ: Obtaining highly filled polyethylenj
SOURCE: Plaoticheskiye massy, no. 2, 1966, 3-5
chemical dispersion,
TOPIC TAGS: polyethylene plastic, silica gel / P4006-T polyethylene plastic
A
ABSTRACT: A composition consisting of polyethylone P40016-T ~nd pcwdered sili
gel (containing 90--94.% Si02) in ratio 1:1 and 1:2 Gs -prepared by co-dispersing
these components in a zone of intensive pulverization and with sutsequent molding,
at 160--170C and 50 kg x sec/cm.2. A planetary mill, which can produce.A com-
pletely uniform deep blue product (containing up to 66% of the filler),"Is illua-
trated in Fig. 1, The processing time is about 30 min. Extruded platelets Of
p9ly9thylyne filled with ailica gsl gre characteri2ad by iMPP6vad hardti6fifil
aj!Le lion ~'luster, thermal etability~ and other mechanical properties. The pro-
ceas of co-dispersion may be a-mi-ployed to introduce a variety of powdered
Card 1/2 UDC: 678.742.2:66,022,32

L 21C391-66
ACC URt AP6005942
Fig. 1. Diagram of the planetary mills
1 - feed port; 2 - housing with
grinding media,
additives, e.g., thermo- and light stabilizers. Orig. art. has3 3 tigures.
SUB CODE: l1/ SU13M DAM none/ ORM RFYI 008
Card 2/2

SOV/112-59-1-937
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 125 %'USSR)
AUTHOR: Kupeyev, Yu. A., and Sinegubkin, B. V.
. L "
TITLE: Electrically-Driven Speedometer
PERIODICAL: Avtotrakt. elektrooborudovaniye, 1958, Nr 2, pp 33-38
ABSTRACT: Bibliographic entry.
Card I I I

b N
KMILO, A., inzhener; SINEGUBKIII, V., inzhener.
Npw automobile ignition coil. Avt.transp.32 no.10:27-28 0
(KLRA 7:12
1. NIIavtopriborov.
(Automobilos--Ignition)

KUPEYEV, Yu., irizh.; SINEGURIN, V,
SoeedometerB with electric drives. Avt. transp. 36 no. 7:43-42
JI 158. (MIRA 11 :",)
1. Nauchno-issledovatellokiy institut avtopriborov.
(Speed indicators)

~ ".: Yu F - KROMOT1111,
't"ll, A.A.; T......
C""', Z . i'l, T I BE, N.A.; V '"li, N.P.; D'YACHE!:Ko,
F L i U-7, I.F.; G.1'.; RUSOV, Ye.Kt.;
I F.A. 133

n I -t 1 7 t. +.,7 n
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

SLd1Lu&-O M.E.
Treatment of ischias by the method of lumboperidural in-
filtration of cortisone. Sov. Med. 27 no.7:139-141 n'63.
(~au 16:9)
1. Iz Gorodskoy bollnitsy 11o.2 (glavnyy vrach, zasluzhennyy
vrach RSFSR G.A.Kachan) Dzerzhinska, Gortkovskoy oblasti.
(SCIATICA)

SINEGUBOV, N.
Bngineering and economic effectiveness of protective foreet
belts. Zhel.dor.tranap. 36 w.1:45-50 * '55-(MIRA 12:5)
1. Nachallnik otdola zashchitnykh lesonaeazMenly Glaynogo
upravlaniya piti I Hooruzbenly Ministerstva putey soobahchenlya.
(Railroads--Snow protection and renoval)
(Windbreaks. Phelterbelts. etc.)

ALFEROV. A,A.; ARTEMKIN, A,A. -, ASMNAZI, Ye.A.: VUCGRADOV, G.P.; GA19YEV.
A.U.; GRIGOWYEV, A.11.; DIYACHENKO, P.Ye.; ZALIT, N.N.,; ZAKHAROV.
P.M.; ZOBNIN, N.P.; IVANOV. I.I.; ILIIN. I.P.; WETIK, P.I.; KUDRYA-
SHOV. A.T., IAPSHIN. F.A., MOLYARCRIX. V.S.: PEWSOVSKIY. L.M.;
POGODIN, A.M.; RUDOY, M.L.; SAVIN. K.D.; SIMCKOV. K.S.; SITKOVSKIT.
I.P.; SITNIK, M.D.-, TETEELEV, B.K.; TSITTRAlit, I.Te.; TSUKAHOV, P.P.;
SHADIKYAN. V.S., ADELUNG, N.N., retsenzent, AFANASOYEV, Ya.V, retsen-
zent; VLASOV, V.I., retsenzent. VOROBIYEV, I.Ye., retsenzent; VORO-
NOV. N.M.. ratsenzent; GRITCK&NKO, V.A.. rateenzent; ZhMBIN. M.N.,
retsenzant; IVLIUV, I.Y., retsenzent; KAPORTSEV, N.V., reisenzent;
KOCRUROV, P.M., retoenzent; KRIVORUCHKO, N.Z., retBenzent; KWHKO,
A.P., retsenzent; LOBANOV, V.V., retsmuzent; MOROZOV, A.S., retsen-
zont; ORLOV, S.F., reteenzent; PAVI;JSRKOV, --D., reteenzent; POPOV,
A.H., retsenzent; PROKOFIYNV, P.F., retseratint-, RAKOV, V.A., retaen-
zent; SINEGUBOV, N.I., retsenzent; TERENIN, retaenzent; TMO-
,A
KIROV-. M.- fg-td-eff*ent, URBAN, I.V., ret3--~ :,,; FIALKOVSKIY. I.A.,
retsenzent; CII&PYZMV. B.F., retsenzent, Sil~-~iiN-KIN. O.S., retsenzent,
SHCHMMKOV, P.D., retsenzent; GARNYK, V.A.. reciaktor; UKAGIN, N.A0
redaktor; MORDVINKIN. N.A., redaktor; HAUM011. A.N., radaktor; POBR-
DIN, Y.F., redaktor; RYAZANTSEY. B.S.. radak*or-, TVERSKOY. K.H..
radaktor-, G19MVATYY, U.S.. redak-tor; ARSHIN.4, I.M., redaktor;
BABELYAN, V.B.. redaktor-, BkWGARD. K.A.. v3daktor; VARSEIRSKIY, S.V..
redaktor; GAKBURG, Ye.Yu., redaktor: DXRIBAS, A.T., redaktor;
DOKBROVSKIY. K.I., redaktor; KORNEYEV, A.I., radaktor-, HIMYIZV. A.P.,
re da la o r
(Continuad on next card)

ALTEROY, A.A. ---- (continuad) Card 2.
MOSKVIN, G.N., redaktor; RUBDISHTETII. S.A., redaktor; TSYPIN, G.S..
redaktor; CHXRNYAVSKIY, V.Ya., redaktor; CHERNYSf3V, V.I., rodaktor;
CHRRHYSHIV. M.A., redaktor; SHOUR, L.A.. reda;-tor: SHISHEIN, K.A..
raciaktor
(Railroad handbook] Spravochnala knizhica zhelaznodorozhnika. 1zd.
3-6. Ispr. i dop. Pod obshchei red. V.A.Garnyka. Moskva, Goo.
tranop.zhol-dor. izd-vo, 1956. 1103 P. (MLRA 9:10)
1. Nouchno-tokhnichookoye obahchostvo zheleznodorozhnogo transport&.
(Railroads)

I BOGF EXPLOITATIGN
-u
-Ichalllya po magnitnoy ut "t'.1ro eerrora~;netiKOV,
ntruktura rrateri,11Y '1zczojuzroE;o
L:ov~.,~Ic',nar,yu, 10 - 16 iymnya 1958 s., KrasnoYarzk (1,*.agne'.1c
Subztance:;; o" the A_ -Union
or. th,~ ;netie ~;',;ructure of F42,-roza~;nctic Zub.,;tancea,
In Krajnoyarzk 10- 16 Juno, 1558) Novosllblr3lr, lzd-,.-o
'!'0irj;,oj;o ctd. AN 1c,60. 2119 p. Errata alip Inser-,ed.
1,1~03 copi,~!z printed.
Spon2orlnZ A~-,ency: Lkademlya nauk SSSR. inatitut fizi~,l S!'.,Arz::o,;o
ot(L-lenlya. Fo7Azsiya po magnoti=u pr! lr.~~titute fiziki mel~allov
011-1:'N'.
Resp. Ed, : L. V. 11iren-1cly, Doctor of Physical and Mathmatical
Sciencez; Ed.: R. L. Dudnik; Tpch. Ed.: A. F. ",azurova.
PURPOZZ: Thiz collection of articlez is intended for researchers In
fezrcraZnetIzm and for metal scientist.n.
Card 1/11

VaEn,:~tic Str-,;cturc:
ZOV/5526
COVE',,L%G'~: Tho colit-.-ctlon containz 38 scientIfIc art,1c!,~:; presented
_,t U:'V~ All Unilon Confi~raTic,, on thn !-'a~,netic S,-,Ictu--e of PerrD-
hfld In Kraznoyarzk. In june 1058. The ma--
terial contain.- data on t1re maZnetic sti-acture of ferror~i7lnctlc
---terlalz -.d on t~-,ca dynamics of the stracture In r,~lntlon to
ma,~:netlc field charq-.eo, elastic strc3nez, and temperature. Ac-
cordin-, to t111C Foreword the study of ferro,-,.aZnetIc materials had
a z"' Innir.7 in the Soviet Union in the 19301s, was
u1
sub3equently discontinued for many yea.-:;, and was rezured In the
1950'3. No pcr3onalities are mentioned. References accompary
individual articles.
TAELE OF CONTRITS;
Foreword
3
Shur, Ya. S. (Institut fiziki metallov AN SSS3 - Institute of
Physics of' Metals, AS USSR, Sverdlovsk3. On the Magnetic
Structure of Ferrom-agnetic Substances 5
Card 2/11

0 07/5 5 2 6
a -en Jt~mT 1,13
c.-1 of thr~ of the Parkh, u-
-A A. of
A., ri,
Ar, i,.ra:;noY--rrkj. cm the
123
by :~aemltud- -
V.
.1y, a. 1. SIn.
of b n Era n c -zk
1:: t 1, a 1 t:--' u t I on of Larld, iuj i-n Ju.-,.p:~ by r I L I on
Of 2!%Y3lC!3, Slblzrl~irl AS
-,~n --c- r,,' t h--z Ba rk~- -auci c.-I Eff r ~t on
A
::%ti Of cf tj-~c FicId 135
V. F., an-i V. :.',. Tudyak
:-:,:-,,;urlnL; the Coercive Forc, by t'l-l-
i:(:thed 1..3
h X. -2 of I-Irlyzics,
cL,,,.d A. e:. llodlch~v [ 1.13titut
AS 'U'L71, Kraznoyarokl. Zimultaneouj
Card 7/11

RUDICHET, A.M.; SALANSKIT, N-9-; SINFICMOV .,V.I.
Statistical distribution Sf Barkhausen pulses by duration. IzT.Sib-
otd-AN SSSR no-3:123 16w - (MIU 13:10)
1. Institut fiziki Sibirakogo otdoleniya Ali SSSR.
(Yerromagnetism)

Him,
e195 /,-j
0 48
ri 4
,,t-,;een
SOC-aenf.01 -at,.rk of 0')'na a
elf set
the -rT
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'le
9')L-r"ins I tyle
va a of ule a ata 0
the Sew,
metIlo -~tln area
neN Omains 10 -j%-4 a at t -0 e e-Lj~lt I ,
t'JIO a 60A ec 4 to ,
ajj)~L 5 - 599- 3,31-1 n a T 91
61 'fay-I 't, e
a a ID 59 A9 I tne si):b asno and
*&a ~Ya 06T 01
25, " b0 eoT t v t jv~
t4 ~Jma 9a
stiga ,.On t ~c 11 , tyke t a t Tt 0 by in
ent jn-4 a .0magne iaty~ . 0 41n 90
-res I STT I obje%8 184 an
9 ty'A'n 0 'PIC ties 9 nts at eT
T)~Je oil + Its. J.11 . I a 06160
9
A"am 'jon the vant e-Ave% to a
06 eval-ne, of 189 15 06D aTt a j"O'm
a
S'J tu'p aet one ty~ese ic I art
a S . t 5~v a
'o-nic YeTT
8. T'tle ti.0116 of SoTet Y~jTens -re
)) - J.6natea ana -aeTe of
196, aes -4a'.ri-a tion - bi't a seat t a ai
Y~O-re tISIS. scNIS the
ague I ,,,,netVZa S. 144-16~A951)) ' e A-9
'all 0 a.. . as"'X ana '18 a-It 0 T
teo, 21 s 61 11111059)) st t. r~e
?L
55S 0a of Tj a
jeS
5 nelf of '00
~J) 0 Ilea. 13jet-are
Senti.0
01 O'btain-IDS thc. detector
no indicate the
in OaTd t toundary reaches the slit;
Cart he slit, and in section 4 the