SCIENTIFIC ABSTRACT SHTANKO, M.G. - SHTARK, M.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550010012-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7 3
0 llcef -itsizrentyr., csnashchyeermcsti rroizvcdst-;a. Po Povodu stat' i 3. K. Khariltogcva j--
F. A. Korchagina "Opry-edyelyeniye Potryelb-nogo kolichyestva tye-khriologich,;-eskoy
osna-Aki xi Podc-otovlv,,e i:roizvcdstva syp-l's'kokhozyaystvyernyldi mashin' v zhux-r-
48, No. b SY-11khommashina, 19419, -plo. 9, 3- 20-22.
"Syell khozz!-,tash Lina", igh -6
So; Letcpis' No. 4,0

SITANKO, M.G., dotsento
Weight of stamped chain links manufactured on an automatic Production
line. Sellkhozmashina no.2.28-30 7155. (MLRA 8:3)
(Chains)

SHTA M M.G., doteent.
Unification, normalization and standardization of agricultural
machines in an effective way to improve their d6ign and par-
e
formance. Standartizataiia, no.1:25-33 Ja-Ire '56. (MLIA 9: 2)
I.RoRtovskiy institut nallskokhozyayetvennogo mashinostroyeniya.
(Agricultural machinery)

SHTAITKO, M.G., dotsent.
I
Inaccuracy in the weight of pp;ts made by, stamping. Sellkhosmashina
no.8:19-23 Ag 157, 1 (7or'ging) . NLRA 10:8)

AUTaOR: Shtanko, M.G., Candidate of Technical Scien~~es 28-58-3-5/39
TITLE: Weight Accuracy and quotas of Consumption of Rolled Metal
(Vesovaya tochnost' i ncrmy raskhoda -metalloDrokata)
PERIODICAL: Standart-izatsiya, 1958, Nr 3, pp 21-25 (USSR)
ABSTRACT: The volume, and hen~;e the.welght of hot-rolled proftled iron
depend on the tclerances ,-,.r profiles. In practici, the devia-
tions of volume and we-4ght from nominal values reach 13~o with
,
round bar iron, 15% with sheet, 1q% with strip, 21% with angle.
iron and 15% with pipes. When an order fcr metal. ia specified
in weight units .. the quantity s-applied may turn out -.-o be
insufficient. The authoi suggests formulas for*calculating
the possible variations of weight within the given tolerance-
range for the above types (Table 1) The two acefficients
("2" and IIlk") used in these formula; can be readily determined
by calculation or graphically. There are 2 tables and 2 graphs.
ASSOCIATIONs Rostovskiy institut sellskekhozyaystvennogo washin-ostroyeniya.
(Rostov Instit -it
ute of Ag,-:~t:ni-uzal Machi-ne Buildiag
Card 1/1
1. Metals-Production

AUTHOR:
TITLE:
PERIODICALs
ABSTRACT:
AVAILABLEj
Card 1/1
Shtanko, M.G. : Dot-tox-A,
Economical Weight Accuracy of Castings (Ekonimicheskaya toch-
nostt vesa otlivok)
Liteynoye Proizvodstvo, 1958, Nr 5, pp 6-9 (uso)
The specific weight of gray and malleable cast iron in castings-
can vary in a wide range, and various technological factors
(dimension errors in models and core boxes$ different densities
of molding earth, etc.) affect the accuracy of the volume of
castings. The article gives the results of tests carried out
on agricultural machine parts and different other castings to
determine the variations in the weight of castings produced
by normal technology. It was revealed that in a lot of simi-
lar castingsv the weight can vary within a range from + 3-3
to + 12.15% of the mean arithmetical weight, i.e. that-maximum
weight deviations are possible in a range between. 6.6 to 24-30%.
A graph and a formula were evolved for determining the possible
mean square deviation of the weight of castings from the nominal.
There are 3 figures, 3 tables, and 8 Soviet. refeTenceF.
Library of Gongreas

SHTANKO, M.G., date.
Weight accuracy of machine parts machined by various methods. Test,
mash. 38 no.3:64-69 Mr 158. (MIRA 11W
(metal cutting)

SHTANKO, M. G., Candidate of Tech Sci (diss) -- "Investigation of errors In the
weights of machine parts with various methods of forming". Mbscow, 1959. 18 pp
(Min Higher Educ TJS!~R, All-Union Correspondence Polytech Inst), 200 copies
(KL, No 21, 1959, 117)

GUROV, I.N., dotsent, kand.tekhn.nauk red - 2411WOV N 1. nt nd
tekhn.nauk, red.; SHATUNOVSKIt G.A' dotsent fcan&JeOW,,.ixAujn r6d.;
SEITAITKO, M.G ,dotsent, red.; &IAOII, A.F., ~ekhn.red.
[Design and manufacture of agricultural machinery- collected
articles from the Second All-Union Scientific-tecAnplo&ical
Conference in Rostov-on-Don] Konstruirovanie J proizvodstvO
sellskokhoziaistvennykh mashin; abornik statei po materialam.
Vtoroi Vsesoiuznoi nauchno-takhnicheakoi konferentsii, BOBtOI8V-
sheisia v Rostove-na-Donn. Pod red. I.H.Gurova i dr. Moskva.
Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1959. 326-p.
(KIRA 12:11)
1. RIR4 (for Shatunovskiy).
(Agricultural machinery)

18(5) SOV/128-59-8-2/29
AUTHOR: Aldakimov, V.P., and Shtanko, M.G., Engineers
TITIE: Size and Weight Accuracy of 2-re-cf-s-fon Investment
Castings
2ERIODICAL: liteynoye proizvodrtvo, 1959, Nx 89 PP 5 - 8 (USSR)
ABSTRACT: In order to estimate'the size and weight accuracy,
of the components, produced by precision investment
casting, which is one of the most progressive and
most economical casting methods, the authors experi-
mented'in the zavody Rostovskogo sovnarkhoza (2lants
of the Rostov Council of National Economy). Forthe
experiments, 15 different parts of different shape,
weight (20 - 2000g) and dimensions (4-110mm) were
selected and cast under the same conditions. The
,
results were statistically estimatedand put together,
-
in 6 tables and 5 graphs. The parameters of X
arithmetical mean of weight and dimension) an& r id
~
quadratic mean of divergence) are similar to the
known curves of Gauss and to the criteria of consent',''
calculated by Bernstein, Romanovskiy and Kolmogorov.
Card 1/2 The graphs show that there is a correlated link

SOV/128-59-8-2/29
Size and 'Weight Accuracy of Precision Investment Casting
between the weight and the arithmetical mean diver-
gence of the weight on one side and between the di-
mension and quadratic mean divergence of the dimen-
sion on the other side. There are 6 tables, 9 graphs
2 photographs and 3 references, 2 of which are Sovie~'
and 1. German.
Card 2/2

- ,- -3 kgg~ At JMRLWAMR~~
SHLANV, M.G,, kand.takhn.nauk
I -
Potentials for increasing the efficiency of machine tools.
Mashinostroitell no*7:38~-39 161. (MM 11+:7)
(Industrial management)

S/028/62/000/002/001/004
0221/D303
AUTHOR: Shtankog M.G.
TITLE- Interchangeability of machine construction production
by weight
PERIODICAL; Standartizatsiya, no. 2, 1962, 3-9
TEXT: The Institut sellskokhozyaystvennogo mashinostroyeniya (Rostov-
na-.Donu) (institute of Agricultural Engineering (Rostov-on-Don) for
some years carried out research on establishing the interchangeability
of components by their weight. At present they study the law governing
the distribution of weight of workpieces manufactured by different methods.
A theory of the gravimetric accuracy of technological processes has been
worked out. The weight adjustment of components is ensured by changes in
specified dimensions which are indicated in the drawings of the concerned VI-1,
partso The necessity of the above control arises in cases where the
quality of the component depends on its weight, as for instanceg in sin-
to red or cast items, or forgings. The author points out the lack of a
Card 1/4

S/028/62/000/002/001/004
Interchangeability of machine D221/D303
weigher at factories, where the consumption of metal is computed with the
use of tables or at a glance. It is necessary to find the laws of scat-
tering in the weight of components within a batch which may exhibit sys-
tematic and random charactero In the case of random causes, and assuming
the normal law of distribution the curve is similar to the ordimry error
curve. The relationship between the geometric and gravimetric accuracy of
components is then given by Gn --Ga VnV a V a~ a
A. 100 or by 100')
G n Vn n
where G and G a are,the nominal and actual weights of the component;
Vn and Va the nominal and.actual volumes of components; ")n and -j~a the
selected weight in the calculation and actual specific weight of material
of the componenti X.is the deviation in the component weight from the no-
minal value in percent. On the assumption that the specific weight is
correct, i.e. ) then V - V This equation permits
n )a9 n a
V 100
n
Card 2/4

S/028/62/000/002/00.1/004
Interchangeability of machines D221/D303
establishment of the relationship between the dimensions as well as
tolerances and fk for rolled sections. Equations for various workpieces
giving the magnitude of the corresponding A in the case of revolution
bodies are tabulated. Weighing and analysis by the metbwd of mathema-
tical statistics demonstrates that the weight distribution in a batch
of components follows the normal law. This was observed when the manu-
facturing process did not exhibit substantial deviations from its nor-
mal course. The deviation in the weight,4 Gat can, therefore, be deter-
mined by A G = 6 6 or A G = 6CGx, where G is the actual weight of com-
~ a a a a
ponent; C and x are quantities related to the manufacture of workpieces.
This law was found in the case of hot stamping in closed and open dies, V/
using malleable castings made in permanent moulds. The condition is
different when other types of casting process are employed. The devia-
tion from the established weight of agricultural machines, or any other
units may affect their stability and result in premature wear. The de-
veloped method of accuracy control of the technological processes can be
used for investigating gravimetric accuracy. The changes in volume or
density within the time may be due to several factors, which are enumemted.
Card 3/4

S/028/62/000/002/001/004
Interchangeability of machines D221/D303
The analysis of diagrams of 'sliding average' and 'sliding sigma' de-
monstrates that changes in the weight within one shift may be substantial.
The author suggests further study and accumulation of data on the scatter-
ing of weight, and development of norms for the gravimetric accuracy and
methods of its calculation. There are 5 figures, 1 table and 3 Soviet-
bloc references.
Card 4/4

SHTANK05, G., kand.teklin.nau-k dotsent
.9
Factors for increasing operating efficiency of maebine tcols.
0
Vest.mashinostr. 42 no.6:70-74 Je '0'2. (wRA 15:6)
(blachine tools)

AKORIYAN, S.A... inzh.; SHTANKO, M.G., kand. tekhn. nauk
. Theoretical and actual weight of agricultural machines. Trak-t.
i sellkhozmash. 33 no.7:25-28 J1 163. (MIRA 16:1r)

_5/0)' SOV/63-4-3-2/31
ALTMOR: Shtaniko, N.G., Candidate of Technical Sciences
-T-ITLE: The Synthesis of Unsaturated Polyester Resins and Varnish'Production
Based on Their Use
PERIODICAL: Knimicheskaya nauka i promyshlennost', 1959, Vol 4, Nr 3,
pp 294-302 (USSR)
ABSTRACT: Varnishes based On - Unsaturated polyesters are solutions of these
polyesters in monomers. Initiating agents induce the formation of
three-dimensional polymers from the linear polyesters. The film-form-
ing material in the polyesters comprises 85 - 100%, because the mono-
meric solvent enters the final compound. For the synthesis of linear
polyesters various dibasic acids and two-atomic alcohols are used. The
arLqydride of the maleic acid',and the itaconic acid, which is highly re-
active due to its double bond; are the components which are mostly used.
Dibasic saturated acids are introduced for increasing elasticity.
The alcohols are mostly ethylene glycol, propylene glycol and diethy-
lene glycol. Styrene is the monomer which serves as a solvent for 9
polyesters. Vinyltoluene is less volatile so that the losses during
film formation are lower. Mono-methy1maleate, diallylphthalate.. vinyl-
Card 1/5 acetate, etc, may also be used Z_Ref 4, 7-7. Polymerization is induced

SOV/63-4-3-~V31
The Synthesis of Unsaturatea Polyester Resins and Varn1,sh'Frb&iati6n:-'BaBed on
Their Use
by various peroxides and'h4droperoxides which rea-,t on-ly at increased
temperatures. Activators are appl'-ed to start the reaction already at
room temperature. Folymerizattion age-rits are benzoyi peroxides, methyl-
etbylketone and cyclohexan-one. Activators are tertiary amines, espeoial-
ly dimettLylaniline, and cobalt,salts whin,"n axe soluble in hydrocarbons,
like nap-h-thenate ard octoate. Dol goplosk _/-Fef -12 7 has 3j,.own - at
~_j th
these salts s1hould be introduced in quantities considerably lower t,-hwt
the stoichiometrie ones. Me hardening of the varnishes depends on a
correct concentration of the activator. T'he oxygen of -the air has an
Inhibiting effect on -the drying of the polyester -films. This is due
to its reaction with free radiaals and the oxidatian ol' met-al protaxide
ions which impedes the formation of free radicals Z-Ref 16-7. Paraffin
and similar substances are added to the varr.Lishes in order to form a
protective cover against oxygen. Polyester vai-nishes are up-stable and
gelatinize even at room tempera:17ure, so hydroequinone and pyrocatechoi
are added. It has been shown Thai' the Inhibiting effEt is caused by
quinones formed during oxidatian, which break the chain Z-Ref 23 - 26-/.
Me quantity of inhibitors usually does not exceed a few hundredths of
Gard Z/5 a percent. Solvents are added in t'he amount of 5 - 15% in order tto re-

SOV/634-3-2/31
iTie Synthesis of Unsaturated Polyester Resins and Varnish Production Based on
Their Use
duce the viscosity of polyester resins. Acetone, methylethylketone,
methanol, ethylacetate, etc, not only reduce the visec-sity, but also in-
crease the stability of the varnish solutions during storing Z-Ref 2z-7.:
Die thixotropic properties are improved by adding silice. Titanium di-
oxide, lithopone, cadmium yellow, red iron oxide, etc, are the pigments
mcstly used. Barite, asbestos powder, chalk, microtale, etc, are the
usual fillers. The application of paraffin and other wax-like substan-
ces causes a dull surface. This may be avoided by using solid un-
saturated polyester resins instead of the viscous liquids. The sur-
face layer in this case consists of linear polyesters instead of three-m.
dimensional polymers. The introduction of the diallyl ester of di-
methylol urea and other compounds leads to the formation of a shining
surface layer, because these compounds dry under the oxidizing effect
of . air oxygen. Recently hexamethylolmelamine is used, in which a
part of the methylol group is esterified by unsaturated polyesters and.
another part by allyl alcohol Z Ref 39
.L _7. The polyesterification of
maleic acid is accompanied by isomerization of the acid to fums-ric acid.
The isomerization proceeds rapidly in the presence of phthalic acid.
Card 3/5 Isomerization considerably affects the polymerization rate, since the

SO'1/63-4-3-2/31
T~,.e Synt-hesi5 of Unsaturated Folyester Fesins and Varnish Prod,-wti6n Based on
Their Use
tran-s-isomers of .1,2-substituted ethyleres are more active than cis-
isomers. The preparation of ut-Saturatad polyester resins is carried
out In enameled reactors by means of especially n--toluene-
sulfoacid. The process is controlled by detsrmining the acid numbers
of the resins and the viscos'.4-y of their silutions. An acid number of
-~ar weight of 3,000 is the average. The
20 - 40 mg KOF/g and a molecu
mixing of thp pilyester resin wi-,,h the polymerization agent. causes quick
gelatinization. A two-comp"nent pu--;verfzer is used therefore, in which
the mixing Is made in front of t1ie let, or the polymerization agent, is
applied to the surface to be painted and the polyester var.-Ush on top
cf it. Polyester varnishes are used for finishing wor,1 object-s, like
'u
f
irniture, television sets, railroad cars, etc. Recently concrete,
stone, etc, are also painted wit:h these materials. The preparation of
Card 4/5 such paints with a good adhesion to metal is given in Ref 37, 68 7.

SOV/63-4-3-2/31
The Synthesis of Unsaturated Polyester Resins and Va=ish PWdmetiod Badecl on
Their Use
There are 72 references, 11 of which are Soviet, 37 German, 19 English,
3 American and'2 Polish.

BOGATYREV, P.M.; SHTANIKO, N.G.; GOLIDA, N.M.
Study of some side reactions in the synthesis of alkyd resins.
Lakokrao.mat. i ikh-prim. no.1:6-13 160. WTIRX.14:4)
1. Gosudarstvennyy nauchno-issledovatel'skiy i proyektnyy institut
No.4.
(Alkyd resins)

SHTAIN KO I- N. G.
Oxidation-reduction initiating systems used in polyester
lacquers, Lakokras. mat. i ikh-prim. no.3-14-19 161.
(MULA 14: 6)
(Esters) (Polymerization)
(Oxidation-reduction reaction)
(Lacquers and lacquering)

VOLKOV, Aleksandr lvanovicli--SlITANIKO, Hilcolay Ivwj~~4;_.NLUBKOVA~
V. A., red. ; . - r7e.-d.
[Branch of a Siberian cedar] Vetv' sibirskogo kedra. Mo-
skva, Sovetskaia Rassiia, 1962. 359 p. (MIRA 17:3)

I o",

NO
:jl -t,

DILOV, Kh.V.; FILIPPOVA, L.Aq SHTANIKO, T-P-1 VOZNESENSKIY V.L.s
I I
SEMIKHATOVA, O.A.; ZALEN3Yd-I-,-U.V.
Dark metabolism of organic compounds in barley at different tem-
peratures. Trudy Bot. inst. Ser. /+ no.15:3-24 162. (KRA 15:7)
(Plants-Metabolism)

SHTANIKO, V., polkovnik
-----------
Antiaircraft battery in the attack. Voen.vest. 40 no.4:77-80
Ap 61. (Antiaircraft artillery) (MIRA 14:7)

SHTANIKOJ, V., polkovnik
I. Review of the results of firing. Voen.vest. 42 no-5:87-89 My
162. (MIRA 15: 1-1)
(Antiaircraft artillery)

IEMIN, Ye.A.; SHTANIKO, V.F.; SHPILEVOT, Y.K., YURCHENKO, P.I.
Experimental-model of the alo. drive of drilling tool feed
control. Neft. i gaz. prom. 3:21-24 J:L-S 165.
(MIRA 18:11)

AIEKSEYEV, F.K.; ANDRIYUTS, G.L.; ARSENTIYEV, A.I.; ASTAFIYEV, Yu.P.;
BEVZ, N.D.; BEREZOVSKIY, A.I.; GENERALOV, G.S.;
DOROSHENKO, V.I.; YESHCHEN'KO, A.A.; ZAPARA, S.A.; KALINICHENKO, V.F.;
KARNAUSRENKO, I.K.; KIKOVKA, Ye.I.; KOBOZEV, V.N.; KUPIN, V.Ye.;
LOTOUS, V.K.; LYAKHOV, N.I.; MALYUTA, D.I.; METS, Yu.S.; OVODENKO,
B.K.; OKSANICH, I.F.; PANOV, V.A.; POVZNER, Z.B.; PODORVANOV, A.Z.;
POLISHCHUK, A.K.; POLYAKOV, V.G.; POTAPOV, A.I.; SAVITSKIY, I.I.;
SERBIN, V.I.; SERGEYEV, N.N.; SOVETOV, G.A.; STATKEVICH, A.A.;
TERESHCHENKO, A.A.; TITOV, f%_S.; FEDIN, A.F.; KHOMYAKOV, N.P.;
SHEYKO, V.G.; SHEKUN, O.G.; SESTAKOV, M.M.;_.SHTANIKO, V.I.
Practice of co4struction and exploitation of open pits of Krivoy
Rog Basin mining and ore dressing combines. Gor. zhur. no.6:
8-56 Je 163. (MIRA 16:7)
(Krivoy Rog Basin-Strip mining)

too COO/00(

SHTANIIO-VRUIBIAVSKLYA, 0. S.
Characteristics of distribution of Plasmodium vivax and leukocytes
in a large drop of blood. Med. paraz. ',I paraz - 161. 24 -U'O'.4;351-354
O-D 155. (KTJ?A 9-1)
1. It Instituta. nalyarii, meditsinakay paravitologii i gellsintologil
Kinisterstva zdravookhrananiya SSSR (dir.-Inatituta - prof. P.D.
Serglyev, rakowoditell raboty - prof. Sh. D. Koshkovskiy)
(PIASKODIN.
vivax, distribution in large drop of blood)
(13IA)OD,
distribution of Plasmodium vivax, & leukocytes in large
drops of blood)
(LvTxoffm.
distribution of plasmodium vivax & loukocytes in large
drop of blood)

SHTANXOV, 0. B.
SHTANKOV, 0. B. -- "Investigation of.the'Operation of the Machinery for Automatic
Loading of the Parts of Screw Types." Min Higher Bducation Ukrainian SSR.
Llvov, 1955. (Dissertation for the Degree of Candidate in Technical Sciences).
So: Knizhnaya letopis', No 8. 1956,,pp 07-103

BILIMIY, A.L.-,SHTANNIKOV, V.I.
Char& filming through a metallographic-micro-
scope. Zav. lab. 23 no.3::365-367 157. (WuRA lotO
(Photom1crography) (Microscope)

SHTAKN[Kok,
USSR/Chemical Technology Chenical Products and Their
Application. Water treatment. Sewage water.
Abs Jour Referat Zhurr - hT;imi-YI, 110 L, 1957, 12746
Author Markaryan M,K., Shtanniltov ',ro.V,
Title Preparation of Potable Water from Highly Mineralized
Waters of Central Asia by Means of Soi-.ie Domestically
Manufactured Ion-Exchw-ige Resins
Orig Pub Gigiyena i sanitariya, 1955, No 9, 6-11
Abstract A study was made of the possibility of utilizing certain
crands of ionites (aspatit-1, espatit-TIA, AN-2F, EDE-10)
for obtaining fresh water, by a successive filtration
through cathionite (espatit-1) and anionite, filters.
Changes in composition of the treated vater were charvc-
terized by a sharp decrease in concentration of C_-2+
M92*-, -"C4'+,,- and F- ionf-.) and to a lesser extent of
Na '-and Cl-. Amioniter, J%-2F and espatit-T14 enT~Jiclh the
water with for"-ldehyde, phenol ond &-eatly increase its
Dard -L/2 - i66 -

NLRXLRTAN, M.K.;, SHTA IKOT, To. T.
low mpthods for the distillation of salt water. Izv.AN Turk.
no.3:44-50 '56. (NMA 9.- 12)
1. Toyeniio-meditsinskaya akademiya Imeni S.M.Kirova.
Oistillation)

SHTAMIXOV, YeS., kandidpkt meditsinakikh nauk.
Using lon-exebanging resins. Priroda 46 no.6-.76-78 Je '57.
(MlRA 10:7)
1. Voyenno-meditainskaya Akademiya is. S.M.Kirova (Leningrnd).
(ion exchange)

SHTANNIKOV, Ye. V.
...
Use of ionites for processing salt water. Uzb. khim. zhur.-No. 1:
15-18 '58. (MIRA 11:7)
(Ion oxcbnngs)
( Ifa t er--Purif ica t ion)

SHUMMOV, Ye.V.
-----------
Water demineralizer for shepherds. 12V. AN Turk. SSR no-3:106-107
158. (MIRA 11:9)
l.Vo3reano-meditainskaya akademiya im. S.M. Kirova.
(Saline waters-Demineralization)

New laboratory ware made of polyethylene and its characteristics.
leb.delo 4 no.2:55-57 Mr-A,D 15&. (MIRA 11:4)
1. rz kafedry obehebey i voyennoy gigiyeny Voyenno-meditsinskoy
ordena Lenina aicademii imeni S.K.Kirovs.
(LA130RATORIES-EQUIPKRIT AND SUPPLIES)

SBTAMIIKO, Ye. V., kapitan mad. Bluzhby, kand. mad. nauk
Individual purification of salt water in the individual canteen.
Voen.-med. zhur. no.6:48-50 Je '58. (MIRA 12:7)
(WAM SUPPLY,
purification of salt water, individual method in
canteen with ion-exchange resins (Rus))
(ION EXCHOGIC,
purification of salt water, individual method in canteen
(Rus))

SOV-26-58-8-17/51
AUTHOR: Sh-1ar_nik-_-.-,, Y9.V. . Candidate of Medical Sciences
-

TITLED ----------
Polyethylene Wara- in 1-,he Laboratory (Polietilenoveya posuda
v latoiatcrncy prakiike)
PERIODICAL. Priroda:~ 1958~ Nr 8, PP 85-B6 (USSR)
ABSTRACT., Polyethylene ie P. high-mclecular product obtained by the poly-
mer-izatisn ff- ethylene. It consists of 70% cry5talline phase
and 30% am:-_-phvus phase. It has a low density, high mechanic-
P-1 and heaz resistance, and iner-lia to chemically agressive
substances~ A bottle of 0.5 liters made from polyethylene
weighs 55 - 60 g whereas a glass bottle weighs 300 - 350 9,
The mechanical breaking resistance is equal to 120 kg/CM2.
Ccnta1r,;;_--a made from polyethylene and filled with water may
be dropped from airplanes without breaking. Freezing of the
water in such containers does not break the container. The
temperature resistance of polyethylene is between -60 to
-7000 and +100 to 1050C- It is resistant to concentrated
sulfur4c and hydrochloric acids; as well as diluted'nitric
acid, In concentrated nitric acid it swells. Concentrated
alkali substanoes. alcohols, or acetone doe not affect poly-
Card 1/2 ethylene and are not affected by it. Polyethylene ware is

Polyethylene Ware in the Laboratory SOV-.26-58-8-17/51
especially useful in field laboratories where glass ware is
too brittle.
1. Polyethyle-ne--Properties 2. Polyethylene-Applications
3. Po2yetkylene-Effective-ness
Card 212

SHIANNIKOV, YE. V. , Y.A.~O'_ARYAI~FrS, M. K.
"The Problem of Radioactivity in the Hygiene of vi'ater Supply
and Sanitary Protection of Reservairs.11
report subkitted at the 13th All-Union Congress of IfyJenists, Epide. ologists
and Infectionists, 1959.

a2 6 'a qTTL~ GuTxG L' (e !JOITIL aad J9 2-6-5-C G? a114TT O'e O/t P-1-Go
on peollpoa sle.1-1 J:ajTl aad aD qlTa at-.7aq s- 1~. qualuoo ~Tus
7 . . r
:uaii.-L'a s-c poq,,~T UOT~-ODTJTard au,7:aq -.azz a:ij 71-o ieq -e D
oq-,) luoTsnTouc* UT '.Z2 ~o - -TaITI ~ *0 aOT
I-attl 'j0 C)~ sL[27aLi auTiq jo -19~tj I JO S119, I Oj
o2-pqDvd alTuoi u *uo*EjvoijTind evTaq !)tzT cuumad S-.114 lial-ohl
r . v .1
aLIJ VIOJJ SLIOTU-6 -PU-e SUO-El-lUD 3tjj tt-.Ioq qjosqlR
01 ~lq5 j4,17' lo rtnTc-3-.i.-) * a q-T
I quia I~ou - . - opi -nLTr.-,,-ajow q~Ta
soouvjsqr,o oijoq!~uWs aav sonTuOT oiji, - '17.'0d alTUOT JIGIDA
-as pu-e 1.1011-fj 11-poq u~a~wev- v :s'lnd ~ -,L)
-padsa.z aelTI I jo ~-o JO aWnTOA U 2UT.M2U, pu-o euajSijj.-~,Tod
jo ep,~w ua9ju?-,l aqT ,~-rLddns aan~,em-iTsaij quiaos q~,,TiA s-aaxa
~TdOE)d X?jjjo pt _p ' Vr%TC02 JOJ P31)T1~IU-E
aul ui iLqnp Tio I ~ 2; 4ST,
ST !~j QAO--T)l -r-LTOM't AIDP'60~j Tle:YZpa!'- 9IT4 _Rq pa
-dolaAep ueajU'eo 2Uj.KTjX-nU-aU-L~Z,~ ae-,j -a
a e ,T
:Iovulgav
(psn) 1,Dr:. d 4~ ax 461,6- 4 .1 il C- -a J T4 ~j T _2_,jpOAZ-G-j:; 'ljT~3jQTOjFaj
e 'ET at~Taq .9 u j Ta nl alitti I
HoHlav
C' - 6 ~13 ~L/AO

Purifying Brine in a Canteen-Type Bottle
0
-ater hardness of up to 30
per liter salt content and a v had
upon the purification proce~;s a ealt content of only 1.6-
0
1.6 Gr per liter, with water hardness reduced to 0
A SSO CIA PIOAT. Vqyennc-meditsinskaya akademiya im. 3.M. Kirova (I-iilitary
Medical Academy imeni S.MI. Kirov)
Card 212

I SOV/10-59-5-13/25
Shtannikov,, Ye.V.
A Portable Device for an Individual Distillation of
Salt Water Under Field Conditions
Izvestiya Akademii nauk S3SRq Seriya geograficheskaya,
1959, Nr 5, pp 96-9? (USSR)
ABSTRACT: A device for the individual distillation of salt
water under field conditions was developed by the
author. Active synthetic ion-exchanging substances
are used as distilling agents. They are called ioni-
tes, or ion-exchanging resins which are polymeric
compounds of a high molecular weight. By their chemi-
cal compositions these ionites can be divided into
two groups, cationites or cation-exchanging resins
having the properties of strong acids and able to
ezab~xging their cations, and anionites or anion-ex-
chaning resins with basic properties also able to
exchange their anions. Both groups form electrolytes,
Card 1/2 one part of which is barely soluble and the other,

SOV/10-59-5-13/25
177
A Portable Device for an Individual Distillation of Salt ater
Under Field Conditions
which carries the opposite charge, is easily soluble.
The combined use of both cationite and anionite re-
moves all the ions from the water: the water is dis-
tilled. The whole device consists of a bottle made
from polyethylene resistant to many chemical compounds
and acids. As distilling agents, the best Soviet pro-
duced types of ion-exchanging absorbents are used:
KU-2 cationite and EDE-10 anionite. These two reagents
are packed together in a waterproof polyethylic enve-
lope. 150 grams of this substance is needed for the
distillation of 3 liters of water. Dimensions and
weight of both the bottle and package vary. There is
1 photograph.
Card 2/2

,-,__SHTAXNMV, To., kand.med.nauk, mayor meditsinskoy sluzhby
Polyethylene fl"k and its hygienic significance. Voen.-med.zhur.
no.9:48-49 S 159. (MrRA 13:1)
(COMING AND WING UTENSILS)
(WATER SUPPLY)
(ITHYL-MS)

RYZHOV, If-V-,dots.; SIPTAMIKOV, Ye.V. kand.med.nauk
INirification of water Infected with poliomyelitis virus.
Gig. I san. 24 n0-3:19-23 Mr '59. (MIRA 12:5)
1. Iz Vovenno-meditainskoy ordena Lenina akademii imeni S.M.
Kirov&.
(POLIOMYELITIS VIRUS.
water infect., purification (Rua))
(WATER, microbiology
polio. virus, purification (RUB))

SRTAKNIKOV Ye V 'kAnd -n-ad.nazl3c
Tvaelbility of ths.usae.of.lon.exchange resins for water disinfection.
*Gig. i san. no. 10:98-101 0.160. (14IRA-13:12-)
1. Iz Voyenno-meditsinokoy ordena Lenina akademii imeni S.M. Kirovae.
(KkTER~PURIFICATION) (ION EXCHANGE)

MARKARYANp M.K., polkovnik meditsinskoy sluzhby, prof.; RY7,HOVj N.V.,
-polkovnik meditsinskoy sluzhby, dolusent;_~RTAMilKOV, Ye.V., mayQr
meditsinskoy sluzhby, kand.med.naulc
Mechanism of the detoxifying action of the preparation. Voen.-med.
-83-84 My 161.
2hur. no.5. (VIRUSES) (MIRA 14:8)

RYZHOV, N.V.,-polkovnik medit-sinskoy sluzhby; SHTANNIKOV, Ye,V, mayor
X-4!
meditsinskoy sluzhbyg kand.med-,,nAuk
Use of UIIF-30 for purifying water ccntaminated with some microbes.
Voen.-med. zhur. no.8:47-P Ag 961. (14IRA :L~;2)
0 .
(WATER-PURIFICAT ON) (FlUERS AND FILTRATION)

SHTANNIKOV,, Ye.V., kand.med.nauk
Ion-exchange resins in the defluorination of water. Gig.
i san. 26 no.7:17-22 J3. 161. (MIFLA 15:6)
1. Iz kaXedry obahchey i voyennoy gigiyany Voyenno-meditsinskoy
ordena Lenim akademii imeni Kirova.
(WATER-j4LM"TION) (FLUORINE) (1011 EXCHANGE RESINS)

C.
F0M/63j00O/Qf.),4/00_12
M,
A*
~of
M
QUO
, A 4 toXlZi.*,
f
with bo - nus
.0on
SOURCE i, ~_Glgly6na ~W~iitia~ A- 1065" 1Zui6-'-.e
-t- -ification-o' exobange botulism
j~.TOPIC TAGS _9 sorption, polymer.
ion
v:, wa r pu
W, 's'' the: re su s. ta to 'pu'rify vater
0
_j
'A) "Wth'thil highV ~acld cati6nite KU-2 (49, 69 and
V - - - ) . . :. ~.
v14 -A g,hly alkallne-:Onion te-AV-47 9
zjiiid', the I if
1 (6 i and 18%
-was' f I L2-TF-Cm ground pol*er-
di~dnyl thi 0.0 9' h
-W
9 &8s' A'-~--' - , i` ~ ~ r h6iiv.;_, 7he, aftecti veness of
t*.*8,'ratw', , -A
'o 3 Pe
i6ni es was-, oW-,*_,M,. to-log C astai -'Inactivation is GKOI no
t. _b at d by.
- te
4whic -1
~Oit6ef- combihi4:w act h
oportant In this Procesils
p-
i~ Jd e t lie medt.tim.-Ohe acidic.filtrate
171~: P! I e -denatur nx~! lec ~o :fe ements
n7ii,"solbtl 66'' ch, iie-~ ormiia- b6' ih,
-4-4hd --alkal a. ton exchange. The!
qquqe_~o
not:. Me, ul Orige: art* has: 4 tables*,
I- r
,.;,~v ocesseib'41te" nitually"
-P,:.,rJk_J7 :r. ~7,
CODE 1 07 11'. OTH REF1 005
DAM:- 3~~: ORIG REFt 003
-*"I. lilt 6 4

V, 2 4'86'-66 EWT(-I)/ZWT(IR_ VT DIr/RO/JK/RM
)/ETC (f )/EWG m
4 ACC NR. AP66118j6 (A). SOURCE'CODE: :UR/024o/65/ooo/oll/0029/0033
4
Ye'--V
HOR
4t ;Wn:t ko Candidate of Medical Sciences)
OR_G: -Mil i t a ry-~Me'd i c al ~"Or d e r of-_tbe-Lenin'Acaden SO:M. Kirov
Den n rea...~tvoyenno-r-meditsinskayaordens. LenIna skademlya)
TI ri . icatio'' i ~v 'i ated w ter b -'eons of. ion
f
Aof, irus-contsm n a
7 m
an e olymer
ii6ne. i\saniterlya, no 11, 1965, 29-33
9
TOPIC.-,TAG wa or,purificatio water purifying compound.,, ion excb,
n Bnge
a rips I*Cteria,
re in' vi orption,
a
AB4TRAC The po sibility of,using. ionites to deco tomin6te water of
s
viru a e No a well; sg~of bacteria-~Was-investlgated-. Ion.exabange polymers
anmren er virus-contaminated water bsrmless,~ The mechanism is a
e agents,
notion of sorption-pnd-tbbAensturing sation'of aggressiv
iiimsiily alkalis :'These vi'rus,-r sin inter atidn.prooesses do not
e a
a.
_ppear-Ancompatiblet tbey:take a_.-perallel. course and com lament-each
Ob6r_~'~.~,.The sorption- 6f,:virusea'm. and'.6f. bacteria onto the polymers is not.
--b iiltb,;~' i
e--rege res na proceeds sccoi~ing to
fst,6. aiir -a ti-on ow:' i iopdrties
0 3. a'.-an a.'Oeterm ned by.the p of the,
6~1~~~~ 678 7

AI'T 12, OV lalk se N I S1.1, v Ilk
sy
Lasrye pc~!--
Zd at 5 P-
grad ridrowt6,,i

A, ,q; I I'mr a
DUBBINSKa , G--:. 4- red. 3
iff L 7
rmeteorology] zdat,
G MET RA 16--',2*
.i-~65- P.

SWER, TM17a Abramovna; SHTANNIKOVA, L.I., red.
(Study of the results o'L* rain- and precipitr-tic-n-gauge
observations] Issledavan-4e remiltatev nabliudenii po
dozbdemeru i osadkorrzru. Leningrad, Gidrometeoizdatp
1965. 169 p. (MIRA 18-.4)

KOZIK, Stefan Mikhaylovich; PROTOPOPOV, V.S.p red.; ~17~
L*1.9,red.
[Finding the period, by some disconnected observationst of
a periodic phenomenon) Otyakanie perioda po neskollkim raz-
roznennym nabliudenliam periodicheskogo iavleniia. Lenin-
grad$ Gidromeleoizdat, 1964. 53 p. (MIRA 17:9)

SHTANOVA, GJ,
Semiautomatic hydraulic press. Biul.tekh.-okon.4nform.Gasonauch.-
iss:L.inst.nauch.i tekhoinform 17 no.11:37-39 N 164.
(MIRA 18:3)

3 -2Z) 051 Q, " c
l
r

AUTHORS:
'Irz 17
zirnin:
A,
TITLE- c
-1 P- ae Fe-Ori0si"Licon in Mast

J Ee3,r~
an, a ;L, e s
PERIODICAL: S,
P 1, -2 7 U1 S S R

ABSTRACT: a r e a r e t e -A s r, f s in e n Pr c, r a d e ~'e r r - c, s c o n -
_-T rl t Ia F, 7, f urr
n elect-ric furnaces.

rj' 'lie St~,t- Jnst
`tute for
e Design and
the
,
_
P-lann-Ing -,-' Stee-I Indust'I'
," (3iprosral S
A
Livsh-ts
.
.
l
and I. A. Radichen'~~c) p.-u.,ed that at 11"nelyabinsic Metal-luro-i-
c a Plant '~ChMZ, the suiel-ting c.-,,." ferrosila-con is carried

0 ~ I -more econc f
-nnical 11y in a blaSt furnace. However, -.he

ca Lc-iiar i;on,~ rof State~ T-11st-it'.1te L
ffjr the Desigri and Planning
of Metal.lurrri.cal Plan.,t;~ fGipromez) show that in the
ea s tern, a nd eopec, j,-,; 'I 1y In the wiestern, part of' the USSR,

s more economi-cad'
tc) prodUce low-grade ferrosilicon
eiectr_ii~ I'urnaoes. ne autli,-,rs stuJi.ed ',)-)C'
thf:-
I- _r - 1;."73
)ncl
1
0 r] s
Card Me -
_
,
r, v i ew t-~ f Va r! SAD r t j r~n
e-
'I cid o
at c
r
n
1 c D h
.
~
,
.
i-
e
F

Effie'le-ncy of Sme-iting 78193
Ferrosilicon in Blast ai-d E_iecL~-,ic
prod uct on of ell ferrosi-Ii.con would be
Cheaper, !_-han its ,~,-oduc~icn blast "'urnaces in the
eas-.ern USSR. (2'; Although ',-,he initial capi-ta-, in-
ves4ment in th,- elect-.rothermal. process 1 7
El -reater
(for the east.tfrn area) tl-:an in, the blast furnace proceSS,
J S amiort 13-zed after 1 .7 - 3 - 11 yearo, of cpera -
I i_ he fiii -ie net ocs- (,- f t h e electrother-
on. (3) 1 , tl .,ure, t1

m; a I o
r , c e s s, miav be ~,,&d~_ced by the -fol.10,wing: a
i b s t i t i .,) f coal f.,:,r srnaill ce.1ce; -eduction in

price of electi~ic ene fc~ utiliza4J.on r;.' a 25%
rgy;
errosi.-I i.-on Lis a reducing agent; 'd sme-, 1 ing f e rr

c r, n. 4gh-n, ac-it" eleCtr4C 'Urnaces.
For
r~ JSSR the i s e-.,,-en great-L -In
f o 1, 11) e eastt:!rn area. I'Publisl-ier~s lv.,te; The authors cc
.e- ta,'.~e into ar.coun~ --he rapid wear and increasing
ma-intenance cos;,,s of b,-st furnaces. which are (--,rie mcre
argumierit in fa-,,~-,r o,' elecLrothermal process. There are
ables; and refr-rences.
ASSOC! A T I ON:
Card

BOCHAROV V.N,.-, DUDAPEVA, L.M.; YEVDOKWV, V,M~t KOLOSOV, A.F.;
KHASOVSKIY, V.P,; IJJKIYANOV, E.B.; F.USATbVA. V.A.; IIOVIKOV,
M.S.-x SUKHOVANCHENKO, G.P.-I, TABEIEV, V.V.~ TOLUCHEV, A.S.;
CM-~KO, V.F~fdeceasedj; S~WSKITY, V.A..; PAK, G.V... red.;
SELESNEVA, A.D., mlad. red.
[Structure of capital investments in the U.112,,S.R. axid the
U.S.A., ana3ysia and methods of comparison] Struktura kaDi-
tallnykh v'lozhenii SSSR i SShA.- analaz i metody sopostav-
lenll.a. Moskval Ekonomikap .1�65. 250 p. (14IRA 18,-5)
1. Moscow. Nauchnc-issledovatell--kV ekznomicheskiy insti-
tut.

'A.
SHTANSKIY V.
Ways of reducing capital investments in the production of ferrous
melals. Stall 21 no.12:13-18-1-121 D l6l. (MIRA 1/,:12)
1. 'Gosudarstvennyy doyuznyy institut po proyektirovaniyu
metallurgicheskikh zavodov.
(capital investments)
(Steel I d t
(Iron i=

SHTANSKIY, Vladimir Aleksandrovich; BRUSHTEYN, A.I., red. izd-va;
OBUXHOVSKAYA, G.P., tekhn. red.
(Economic efficiency of the reconstruction and expansion of
enterprises of'ferroua metallurgy)Ekonomicheakaia effektivnost'
rekonstruktsii i rasshireniia predpriiatii chernoi metaUurgii.
Moskval Metallurgizdat, 1962. 75 p. (MIRA 16:2)
(Steel industry-Technological innovations)
(Capital investments)

Ya,V*-, :Lnzjj.
.___Ket~hods and results of stand measurement of deformations in tie
rods and inserts in outer walls of large-panel buildings. Anal.
prich. avar. i povr. stroi. kon. no.21222-247 164. (KMA 18:5)

- SHTAPKIN, V.I., inzh.
New press for making packed-soil samples. kvi.dor. 23
no.6:3 of cover Je 160. (MIRA 13:6)
(Soil stabilization) (Hydraulic presses)

VAKLIIIGVA, S.; 4HTARB&kOYA,__~~qj TOMOVA, N.
Using the nitrate and amm n1a nitrogen at the formation of some
amino acids in the process of photosynthesis. Doklady BAN 15
no.3:293-296 162.
1. Predstavleno akad. R. Georgievoy (Georgieva, R.I.

k64iferintfill,*A.-
a u
ring

'[Dow oor- 4,e

SHTAREV, V.V,-,xed.; KINCHAK, Ya.N., red., YERSHOV, P.R., veduRhchiy
red., FM)OTOVA, I.G., tekhn.red.
[Tackle in transportation] Transportno-takelazhnye raboty.
Moskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi
lit-ry, 1959. 82 p. (MIRA 13:1)
1. Moscow. Nauchno-issledovateliskiy institut truda. TSentrall-
noye byaro promyshlennykh normativov po trudu.
(Oil fields--Equipment and supplies)

--V. I ~- K., jt. ~U.
Estimates for large scale dorks for the --.urpose of deteridning the cost Qf irrigation
Samarkand, 1934. 116 p. (54-46974)
TC909.K8

SIVAREV. YA. K.
36756. KALABUGIN, K. YA. i SFEAREW, YA. K. Neotlozhriyye Meropriyatiya Po Oroshenlyu
Khorezma. Gidrotekhnika i Melioratstya, 1949, No. 5, c. 41-49
SO: letopis' Zhurnallnykh Statey. V01. 50, Moskva, 1949

SHTARHV, YA.K.J. inzhenar.
Instnictions for drawing up plans and estimites in land improve-
ment (i-ilo-56). Gidr. i mel, 9 no. 1:59-61 in '57. (MIRA 10:1)
(Irrigation) (Drairmclge) . %

S,
9-58-4-3/7
9
- 4916%ovas -II.P.1 Vinokur Ya.Ye.; Girshkdn, S.A.1 KoklyanovpA.Yj
KiMmich, M.'M.t Nefedov, Vj j Offengenden, S.R. Pishchikov,
as Sol PONUT", V--
T--~ TCQUQV~' V. a., Marcry

...... '
,
Shtulev, To. 1C.; MmblMze, K. K.

14&n8 of Raising the Technical Level and Lowering the Conatruc-
tion Cost of Irrigating and Meliorating Systems (?Uti povysho-
I a tekhnicheekogo urovnya i snizheniya stoimosti stroitell-
y
stva orositollnykh, osushitellnykh i obvodnitellnykh sisten)
":'4AIbtjUL t Gidrotekhnika 1. Reliorataiya, 1958, 0 4, Rp 17-39 (USSR)
ABSTRACT t A general review of past achievementa;and future tasko In
the field of irrigation and melioration is given. The main
defiqienqies in the field ares insufficient mechanization of
construction work, a shortage of excavating machines and other
.
-construction equipmenti late deliveries of spare parts for
machines and a too wide dispersal of funds over a multitude of
enterprises. The main shortcomings at the planning stage ares
insufficient use of as^as to cut dow:n-Mtxat1---1cAsee of.
water in the canala; insufficient utilization of sprinkling;
insufficient development of drainage systems# a careless level-
C"d 1/~~ littg of irrigated fields, the most important factor in an

~"RRAZ-'
-99-58-4-3
7
loans of a Raising the Technical Level and Lowering the Construction Cost
,of Irrigating and Meliorating Systems
economical use of water. During the bth 5-year plan, the
drainage system ~, tr- parto -f the BelorUsaiali
.56R, in tnt i~'*' -r" tr- 3SH, i~nd In other
parts of the ~-h' .3 -e
Zillion nectares ')Ut llt;il; f hectars of
marshes or marshy soils xere teirig rairied at tne beKi-aning
of 19~7. More than ~', ir.,.Ilicn o" these undrained hectares
are psed as natural mual_-as -~r;,' -a:3,,u.-eo es,~t~~ lo-a yield's.

AUTHOR: Shtarevy Ya.K., Enaineer SOV/99-59-1-6/13
TITLE: Planning and Research Work in Melioration (Proyekt-
no-izyskatellnyye raboty v melioratsii)
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, Nr 1, Pp 30-31
(USSR)
ABSTRACT: The expenses of planning and research operations
for melioration projects totalled 1,177,000,000
rubles between 1954 and 1958, or 23% more then in
the preceding five year plan. The author gives a
detailed account of various operations connected
- - -1 - --- -9- - -- --- -I-- -C - --4 -,,- -- -4-- - --P + 1, - TTQC!D

kand a, iik
P.-Urior., '4ci --lech,
cr, the ~'robll-oms
r,f Zontrolling thr. in! zat-lon 9nd improving the lVel -4arat live
i.Late of the Irrigatc-I Lan.3s in rentral Ailp, E'cathern Kazakhstan,
snd Cidr, i mel. 16 no.5,50-61 My fft.
L, T~:entrallnoye pr!ivi.c-n,,v- Uaucbno-t,:,khni.clnesk-oga obshchetitva
,ror Shtl~srev,,. 2. G~lszerw-%,'khoz -SS~;R
sellukogo khozyaystTF9 (
(fn-, ~-,evanovskiy%

SHTI'li-EV, Ya,K., -inzh.
Problems of improving planning and surveying work in irrigation
and drainage. Gidr. i mol. 17 no.6:451-51 Je 165. (,,-!IRA 18:7)
.1. TSentrultnoye pravl6niye Nauclinc-tekhnicheskogo obshchestva
sell.-kogo kho,,,,yaystva.

SHTARK, M.B.
Nechaniss of action of a peridural block of the spinal roots in
ischias. Sov.wd. 20 no-11:66-73 N 156. (MLRA 10: 1)
l&*Iz lechobno-profilaktichaskogo obgyedineniya sanitarnogo otdela
upravlenlya *Molotoy4troy* (nachallnik Ye.N.Itkin, glawayy vrach
V.P.Dorogavtseva)
(BACKAGHB, ther,
procaine vanicillin blackade in ischias)
(MICILLIM, rel. cpda.
same)

SHTARK, M.B.
sm
Fanctional morphology of the afferent systems of the splanchnic nerves.
Biul. eksp. biol. med. 47 no-5:110-113 147 '59. (J1IRA 12:7
1. Iz kafedry normallnoy anatomii (zav. - prof. I.I. Kositsyn) Permskogo
meditsinskogo instituta. Predstavlena deyBtvitelinym chlenom ANN SSSR
V.M. Chernigovskim.
(SYMPATHETIC ITERVOLTS S7ST-V4, physiol.
splanchnic nerve afferent sympathetic fibers, funct.
morphol. Odle))

:c; of the
C-,.nd D~d S~c
tro
Loul'C~~L f c):.,: ~a t I on,
J~n (p,--ml St:,,U(" Inst)
107)

~~SILTARK, M.B., kand.meditsinskikh nauk
Epidemic cerebrospinal meningitis with 12 relapses. Sov. med. 24
no.6:121-122 A 160. (KIRA 13:9)
1. Iz nervnogo otdaleniya Gorodskoy bollnitsy No.21 Fermi (glavnyy
vrach G.P. Dolmatov).
(MENINGITIS, CEAEBROSPIKAL)

SIZOV, G.G.; SBTAF
. -_ X, H.B.-
Therapeutic effect of hexonium in pruritic denaatoses. Veist.derm.-

~LkHINESKU G. [1-farinescu, G TEYNDEL K.; P I-ED ES KU II.; SHTARK, M.;
KONSTAN-MESKU; M.; SANDULUSKU, T.
Paralysis of the facial nerve in influenza. Vop. virus6 n6.4.-509-
510 Jl-Ag 161. (MIRA 14: 11)
l.-Virusolog#heskiy institut Akademii Rumynskoy Narodnoy Respubliki
i kliniki iiifektsionnykh bolezney "Kolentina", Bukharest.
(PARALYSISY FACIAL) (DIFLUENZA)

SHTARK. M. B.
ectrophysiological study of hibernation. Fiziol.zhur. 47 nQ~8:
942-949 Ag 161. (MIRA 14--8)
1. From the Blectrophysiological Laboratory City Hospital No~.21i
Perm'.
(HIBERNATION) JELECTROPHYSIOLOGY)

MARINESKU, G. [Marinescu, G.]; SHTARK, M. (Stark M.)- TEYNDEL- K.
[Teindel, K-)- KUCHURYANU.,', S. [Cuci~;etiu,~.' 1 STRORKU, K.
[Stroescu, 6.1; SANDULES6, T. (Sandulescu, T.j
Case of acute myopathy in influenza; recovery. Vop.virus. 7
no.6:739 N-D 162. (min 16:4)
1. Virusologicheskiy institut Akademii nauk Rumynskoy Narodnoy
Respubliki i Bukharestskaya klinika infektsionnykh bolezney.
(MUSCLES-DISEASES) (INFLUENZA)

SHTARK, M. B.
Biopctentials of the human spinal cord in a normal state and under
pathological conditions. Fiziol. zhur. [Ukr.] 8 no.1:120-127 Ja-F
162. (14IFIA 15-2)
1. Laboratoriya elektrofiziologii Odesskogo nauchno-issledovatellskogo
psikhonevrologicheskoio instituta.
(BLECTitOPHYSIOLOGY)

SHTARK, M.B.
Interrelationship of the electrical and metabolic activities in
the olfactory bulb of hibernating animals. Biul. eksp. biol. i
med. 55 no-4:14-18 Ap 163.
(MIRA 17:10)
1. Iz laboratorii elektrofiziologii (zav. - kand. med. nauk M.B.
Shtark, nauchnyy konsul'tant - prof. F.N. Serkov) Nauchno-issle-
dovatellskogo psikhonevrologichaskogo instituta (dir. A.G. Le-
shchenko), Odessa. Predstavlens, deystvitellnym chlenom AMN SSSR
A.V. Lebedinskim.

SHTARK, M.B.,- DANILYUK, V.P.
Induced potentials in the cerebral cortex of hibernating aninals.
Dokl. AN SSSR J51 no.3s740-743 J1 163. (MM 16s9)
1. Odesskiy nauohno-issledovatel'skiy psikhonevrologicheskiy
institut. Predstavleno akademikom V.N.Chernigovskim.
(Cerebral cortex) (Hibernation) (Electropbysiology)