SCIENTIFIC ABSTRACT SHPINGIS, A.A. - SHPITALNIKOV, K.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549930003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TIMOFEYEVA~ A.G.; GUSAKOVA, Ye.G.; SHPINGIS, A.A.
Comparative study of steroid transformation by some molds of the
imperfect group. Izv. All SSSR. Ser. biol. no-4:574-581 Jl-Ag 161.
(MIRA 14:9)
1. Vsesoyuznyy nauchno-issledovatellskiy khimik-o-farmatsevticheskiy
ins-.itut im. S.Ordzhonididoe.
(MOLDS (BOTARY)) (STEROIDS)

SHPIM, Stanislav; VIDW, Yaroslav
See 70U soon, friends..Za rul. 17 no.4:16 Ap '59.
(min 12:6)
(Russia--Relations (General) with Czechoslovakia)

Siabic garlic preparatki f.-I-1, I
-2,618.561. INA 1.52. Appl., 20 1 IAS . 10-1. IS). --A itab;,
p1 I w I ~ 1, 11. ol I I i6h al I; %I I sit I Id I I; le coutc I It I i r,;k I It, ~ d I Iv 111,11::
N dav-,
~Ulrjcctmg to eIIZ5 mi, 1, rut, [Itatioll 1%19 Ill.; 3 - -
L 25 :13 ' izt a n-A,ttiwi J ;Jtt, o;, wi. N I I it IrA. IIIA
)I 1 3 8 ;r citric :,,id I thun .It th. h&-, an,i
-:1C aq.

I r ,, I -. r
Van'.
-a jyrjr,,,zstar, LIU,-
ostul-WIMIn Z'Iaf"y
.,-!
lekettik 17:10)

MIRYASCV, A.A.; SINYTKIN, B.V.; SHPIi%"IKGV, N.I.
....... ....,
Unit for producing ferromagnetic filins 'by vaporization in a high
vacu,m. Prib. i tekh.eksp. 10 no.55:194-197 S-0 165.
(MMRA 19&1)
i. Fizicheskiy fakulltet Mo5kovskogo gosudarntvennogo unnivers-4-
te~ta. Submitted JulY 15, 1964.

SHPIINYAK, N.
Pipe makers of the Ural region study the experience of innovators.
Sots.trud 4 no.9:108-110 S '59. (MIRA 13:1)
1. Rukovoditell &-ruppy norLiativno-isaledovateltakoy laboratorii
organizat3ii proizvodstva i truda pervourallskogo Novotrubnogo
zavoda.
(Ural Mountain region-Pipe, Steel)

CC NR; AP5027032 S OURCE CODE: UR/0120j65/000/005/0194/0197
AUTHOR: Miryasov, N. Z.; Pinchuk, A. A.; Snytkin, B. V.; Shpinlkov, N. I.
ORG-. Physics taculty, MGU (Fizicheskiy fakul'tet XGU)
TITLE: A device for ferromagnetic film production by high vacuum evaporation
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1965, 194-197 A
TOPIC TAGS: high vacuum, ferromagnetic film, vacuum pump, vacuum.chamber
ABSTRACT: Vacuum evaporation chambers, intended for the production of ferromagnetic
,films, must be placed at considerable distances from vacuum pumps because such pumps A~
bare usually made of ferromagnetic materials which influence in an unpredictable way
,the magnitude and configuration of the magnetic fields used during condensation.
jiowever, long vacuum tubing significantly reduces the resulting vacuum. Consequently,
ihe authors designed a unit capable of rotating the sample under vacuum, since it
was shown earlier (D. 0. Smit, J. Appl. Phys., 1961, 32, 705) that a rapidly moving
support makes possible the production of films of complex composition and definite
magnetic properties. In addition, because of consecutive pumping, a double vacuum
chamber, and heat resistant gaskets with low vapor pressure, the device is capable
of reaching 1.0-10-7 Torr. The pumping is carried out by diffusion pumps using
VM-1 oil without nitrogen traps. Uniform vertical (horizontal) magnetic fields are
created by Helcholtz coils 70 cm (170 cm) in diameter. The maximum field is 450 Ge
( ^-o 100 Oe). Orig. art. has: 3 figures.
Card _11Z UDC: 539.234:538.221

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ACC NR; AP7001393 RUCE ODDE UR /041 3/66/000/021 /0062/0062
INVENTOR: Treskin, S. A.; Shpirnov, V. Gavrilov, N. G.
ORG: none
TITLE: Method of applying a conductive metal coating on a glass-insulated microwire.
Class 21, No. 187860 [announced by the Scientific
Research Institute of Non-
destructive Testing (Nauchno-issledovatel'skiy institut introskopii)]
SOURCE- Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 21, 1966, 62
TOPIC TAGS: microwire, glass insulated microwire, metal coated microwire, gold
coated microwire '%~(x5s txccv~nn
ABSTRACT: This Author Certificate introduces a method of forming a conductive
metal coating on a glass-insulated microwire. To produce good quality coating along
the whole length of a wire, the later is first passed throue, a capillary tube
filled with a chemically inert metal liquid, such as gold, and then through a furnace
in which the metal is sintered to the glass, (ND]
SUB CODE: 13/ SUBM DAM 12Jul65/ ATD PRESS: 5110
Card

CT K R~' I p
-,OVA, A.; SHPIRIO)
Centralized operation of inotorbuses -and taxicabs. Avt.tz-arisp
43 no.11:24-26 N 165.
I. Upravlyayuchshiy Sochinskim avtotrestom (for Pods'-krebova).
2. Nachallnik tsentralliloy dispetcherskoy sluziby Sochinskogo
avtofresta (for Shpiro).

SHPIRO, G.S., kand.takhn.nauk
009~~
Calculating elastic thin axisymmetric shol16'.conaidering them as
flat beano supported by elastic foundations. ~rudy TSNIS no.4:56-60
1 52. (Elastic shells and plates)."" (14IRA 12:1)

SIEPIRO, G.S., kand,tekhn.nauk
Using the method of additional load,s in calcul'ating b6ama. Truhy
TS)IIq no.4:61-78 1 52. OlIkk f2! 1)
(Girders)

SHPIRO. G.S., kand.tekhn.nauk-
Calculating flat beams of high curvature and with nonsymnetrical
croqs section. Trudy TSNIS no.4:79-88 152. (14IRA 12:1)
(Girders)

SHPIRO,G.S., kandidat tekhnicheskikh nauk
Experience in using reinforced concrete screw piles. Tranap.stroi
5 no.5:11-15 JI'55- (MMA 8:12)
(Piling (Civil engineering))

BIBINA, N.M., inzhener; SHPIRO, G.S., kandidat tekhnicheskikh nauk.
Exparience in using screw piles for bridge support foundations.
Trudy TSNIS no.13:5-54 155. (MLR& 9:6)
(Piling (Civil engineering)) (Bridges--Foundations and piers)

KUZNETSOV, Vasiliy Ivanovich, professor, doktor tekhnicheskikh nduk; aW
G.S., kandidat takhnicheakikh nauk, rodaktor; VERIKA, G.P., tokhni-
-cheski.r redaktor.
[Static calculations of the elements of railroad ballast section]
Staticheskii raschet elementoy verkhnege stroeniia puti. Moskva,
Gos. transp. zhel-dor. izd-vo, 1956. 107 P. (MI-RA 9:6)
(Railroad engineering)

DARKOV, Anatoliy Vladimirovich, professor, doktor tekhnicheakikh nauk;
KUZNBTSOV, Vasiliy Ivanovich, professor, doktor tokhaichaskikh
nauk; SHPIRO, G.S., kaadidat tekhnicheskikh nauk, redaktor;
VMIU,' G.P~., 't'6khnfcheskiy redaktor
[Structural mechanics; the statics of structures] StroitelInaia
mekhanika; statika sooruzhenii. Izd. 5-os, perer. Moskva, Gos.
transp. zhel-dor * izd-vo, 1956. 492 p. (MLRA 9:11)
(Statics) (Structures, Theory of)

EHU-BNIKOV, Ye.L. professor; ANRUMV, O.V., kandidat tekhnicheskikh nauk;
BEGAM, L.G., kandidat tekhnicheskikh nauk; B12G, 0-Ya., kandidat
tekhnicheskikh nauk; GAKAYUIIOV, A.I., k-rAidat tekhnicheskik-h npji
DUCHIIISKIY, B.X., kandidat tekhnicheskikh nauk; KAZEY, I.I., kandi-
dat tekhnichoskikh nauk; MOKHIN, B.F., kandidat tekhnicheskikh
nauk; LUGA, A.A., kandidat tekhnichesk-ikh nauk; IZALIN,N.B., kandi-
dat tekhnicheskikh nauk; MELINIKOV, Yu.L., kandidat tekhnichaskikh
nauk; POLOYEVKO, V.P.. Imudidat tekhnicheskikh nauk; FROKOPOVICII, 1.
_q., kandidat tekhnicheskikh nauk; STRELETSKIY, N.N., kandidat tekhni-
cheakikh nauk; TYULMV, Ye.A., kandidat tekhoicheskikh nauk; KHROMETS,
Yu.N., kandidat tekhnicheakikh nauk; SHEI&STMO.L.P., kandidat tekhni-
cheskikh nauk; SHP kandidat tekhnicheskikh nauk,- YAR=UW0,
V.A., kandida~_ RefthesskhL nauk; ZELEVICH, P.M., inzhener;'CE3*0~-
DAYEV, N.N.; BOBROYA, Ye.N., tekhnicheakiy redaktor.
[Techtical specifications for designing bridges and pipes for railroads
of a normal gauge (TUFK-56)-Zff8cttve guly-I~.-I957-by-ordbr--of Ministry
of Means of'Communica'tion and the Ministry Of Transportation Con- - -
struction, September 15, 19561 Tekhnicheskie ualoviia proektirovaniia
mostov i trub na zheleznykh dorogakh normal'noi kolei (TUPM-56).V?redeny
v kachestye vremennykh s 1 iiulia 1957 G. prikazom MinisterBtva putei
soobshc4eniia i Ministerstva transportnogo stroitelletva of 1~ sentia-
bria 1956 g. No.250/TsZ/213. Moskva, Gos.transp.zhel-dor.izAo~vo, 1957.
221 P. (MIU 10 : 5
1. Russia (1923- U.S.S.R.).Ministerstvo pptey soobshchanika.
(Railroad bridges--Design)

DARKOY, A.V., prof., doktor tekhn.nauk; MITROPOLISKIT, Y.M., prof., -
dokt.tekhn.nauk-, SUIRO, G.S., kand.tekhn.nauk; DIDOY, B.T., prof.,
retsenzent; BTCHKOY P.G ' dotsent, retsenzent; ITSKOVICH, G.M.,
nauchnyy red.; ANOi~INA,*i.I., red.12d-va; TITOVA, L.L., tekhn.
red.
[Strength of materials] Soprotivlenie materialov. Moskva, Goa.
izd-vo "Tysshaia shkola," 1959. 741 p. (MIRA 13:4)
(Strength of materials)

SHPIRO, G.S., kand. tekhn. nauk
Investigatlng high pilework gyatems. Transp. stroi. 9 no.4:W~
Ap '59. (MIRA 12:6)
(Piling (Civil engineering))

ZAVRIYEV, K.S., kund.tekhn.nauk; KRYUKOV, Ye.P., kand.teklin.nauk;
KARINYWIEV, I.A., red.;
N. , teklin. red.
(Study of the strength of the foundation of contact networks
supports] Issledovanie nesushchei sposobnosti fundamentov opor
kontaktnoi seti. Moskva, Vses.izdatellsko-poligr. ob"edinenie
m-va putei soob., lc6O. 215P. (Babushkin. Vsesoiuznyi nauchno-
isoledovateltskii institut transportnogo stroitellstva.
Trudy, no.39) (Electric lines--Poles) (MIRA 14:7)
(Electric railroads-Wires and wiring)

SIL--!:, I.S., inzh.; ZORMY, K.S., kand.tekhn.nauk; SRPIRO. G.S..
kand.tekbn.ran ------
Designing columnal shell foundations for working loads. Transpe
stroi. 10 no-7.-42-46 Jl 160. - (MIRA 13:7)
(Bridges-Foundations ana biers)

BIBINA, N.M., inzh.; TC14LYEVA, N.I., inzh.; ~HPIRO, G.S., kand.tekhn.nauk
Testing the high pile grillage of a city bridge. Trudy TSNIIS
no.45:92-102 162. (MIRA 15:9)
(Bridges-Foundations and piers)

gg~-g . . ~. . -: -, I
KRYUKOV Ye.P. kand.tekhn.nauk; SHPIRO, G.S., kand.tekhn.muk
'Y .9 -
Determix#~ng stresses in radial sections of the shells of columnar
foundations. Transp. stroi. 12 no.11:44-47 N 1629 (KMA 15:12)
(Elastic plates and shells) (Bridges-FoundatiomLs and piers)

SHUSHANIYA, V.R.; SHPIRO, G.S., kand. tekhn. naukq dots., otv. red.
(Lectures on the strength of materialal Lektaii po sopro-
tivleniiu materialov. Moskva, Izd-vo Mosk. in-ta stali.
Pt.l. [Introduction) Vvedenie. 1962. 39 p.
(MIRA 16:7)
(Strength of materials)

DARKOV, Anatoliy Vladimirovich; KUZNETSOV, Vasiliy Ivanovich; Prinipali
uchastiye: SINELINIKOV, V.V., doktor tekhn. nauk,, prof.; CZYN,
G.K.P doktor tekhn. nauk, prof.; SHPI 0, G-5.,-kand. tekhn. nauk;
BYCHIOVY D.V., prof., retsenzent; REKAGH, V.G., prof., retsenzent;
BOCHAROVA, Yu.F., red. izd-va; GOROKHOVA, S.S., tekhn. red.
(Structural mechanics; statics 6tructuresq Stroitellnaia mekhanika;
statika s,ooruzhenii. Moskva, Vysshaia shkola, 1962. 742 p.
(MIRA 16:5)
(Strains and stresses)

ITSKOVICH, G.M.; VINOKUROV, A.I.; Prinimal uchastiye:
MININI L.S.; MAKUSHIN, V.M., laureat Leninskoy premii,
prof., retsenzent; SHPIRO,,CS-,, kand. tekhn.nauk, asuchn.
red.; BORODINA, N.V-, -re-K, 0141ZHEVSKIY, E.M., tekhn.red.
[Manual for solving problems on the strength of materials)
Rukovadstvo k resheniiu zadach po soprotivleniiu materialov.
Moskva, Rosvuzizdat, 1963. 351 p. (MIRA 16:8)
(Strength of materials-Problems, exercises, etc.)

DARKOV, Anatolly Vladimirovich, prof.., dcktor tekhn. naulq LZ.11,10,
Geyman SimuAcvich, kands t,-.kN. nauk.- PrInimal uf-,Yaotjye
Im
18MVICTI, G.M., inzh.
[Strength of materials) Soprativienie materialov. lioskia.
Vysshaia slikola,, 1965. 762 p. (mru 7;.8-2) ,

POPOVY O.A.y inzh.; GLOTOV, N.M., kan~.tekhn.nauk; ZAVRMV, K.S., kand.tekhn.
naukj_SHPIRO,.G.S., kand.tekbn.nauk
Concerning the revision of the chapter "Pile foundations from
consolidating piles" of the Construction Norms and Regulations.
Tranon.stroi. 15 no.10:46-47 0 165.
(NIRA 18:12)
1. Gosudarstvennyy ordena Trudovogo Krasnogo Znameni proyektno-
i7.yskatellskiy institut po proyektirovaniyu bol'shikh mostov
(for Popov). 2. VoeBo3ruznyy nauchne-isf;ledovatellskiy institut
transportnogo stroitellstva Ministerstva. transportnogo stroitelf-
atia (for Zavriyev). 3. Vsesoyuznyy zaochnyy politekhnicheskiy
institut (for Shpiro).

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IrepamfLons of the CupitaliA Nations," (BK)
Rf7v,rtew.~d hy Tivru.-hov, A. K. Tsvet. ?IfA.,
IJ,, I'lo. 4-~, I'm
Report U-P)06, / Oct. 19~',l
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.11 [1-: .
K-i I HT, A. lU -
Izmeneniia v ekonoriu:ke syrlia. i topliva vtoroi mirovoi voine. M.-os'l-va,
Al: SSSr-,, 1940'. 319 P. (Akaderiida Nauk Soiuzu SSR. Institut mil'ovoc-o
khozi-,istva i mirovoi polit-*~ki.) .', DLC: DSOO.S5
InU MH IiFrni,il'~ lqjp NN NNC
SO: LC, Soviet Geography, Part 1, 1951, Uncl.

1. SHFIRT, A. Yu
2. USSR (600)
4. Natural Resources - United States
7. Flundering the natural resources in the U.S.A. Nauka i zhiznl 19 no. 11, 1952.
9. I/nnthly List of Russian Accessions, Library of Congress, March 1953. Unclassified.

SHPIRT A,
Labor in colonial Africa ("Social aspects of industrialization
and the growth of cities in Africa south of the Sahara Desert."
Reviewed by A.Shpirt. Sots.trud no.2:153-159 7 '57. (MLRA 10:5)
(Africa--Labor and laborirAg classes)

.~-~V !26-~P- 1 ':--9/4 41
F
u. , Professor L'.I
'"T-- L7-- 'he Lcotinjz of +he Natura.- Riches of 'clonial Africa !--as-
lk~ishcheniye rriroOny~rh 1-ogatstv ~-oloniil`no.,, .-I~fri-W
PT~~RTODICAL: Priroda, 1"5F", Nr 12, r)P 51-'9 (U:3-7?)
The article, mainly b!~oed on fcrei-zn sources, attem-rts 7c
prove that since World 7ar TIT, the nat-,)ral riches cf the
African colonies of 7est Europepn stptes have been depi-ataud
and exhausted in qn irresponsible way, withouz consideration
for the economic future of' these colonies, i.e, merely for
the finpncial benefits of 'Iest :Euronean and American cor-Dora-
tions. There are 5 nhozos and; 12 references, 3 of which are
English, IX French, 1 Chanian and cl; Soviet.
AS30CTATIONt: Institut vostokovedeniya Ali SS-~R, rJoskva (The inszisute of
Oriental Studies of the AS USSIP, 'I'osc-ow)
1- 1 /1
~
ard I

otv. red.; YASTREBOVA.. Iop.1
DANTSIG, B.M., otv. red.; ffrX,, ,j
otv. red.; DIZHUR, I.M., red. iid-va; ZOTOVA, Yu.N., red. izd-
va; YUPXVICH, L.I.0 red. izd-va; BERESLAVSKAYA, L.Sh., tekhn.
red.
(Economic conditions of Asian and frican countries in 1959] Eko-
nomicheskoe polozhenie stra-d Azii i'Afriki v 1959 9. Moskva,
Izd-vo vostochnoi lit-rv. 1961. 509 P. (MIRA .14:9)
1. Akademiya nauk SS8R. Institut niarodov Azii.
(Africa-Economic conditions) (Asia-Economic conditions)

Aleksandr Yulianovi.ch; RACHUNIN, G.I., red.; YERKHCIVA,
Ye.A., tekhn. red.
(Economy of African countries] Ekonomika stran Afriki;
kratkii ocherk. Mosk-va, in-vo IMO, 1963. 302 p.
(MIRA 17: 1)
(Africa--Economic conditions)

69714
SOV/81-59-9-30772
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 9, p 102 (USSR)
AUTHORS: Kindy2Loy P.S., Katlinskiy, V.M., Shpirt, M.Ya.
TITLE: On the Mechanism of Chlorination of Elemental Selenium and Tellurium
and Some Selenides in an Aqueous Medium
PERIODICAL: Tr. Mosk. in-ta tonkoy khim. tekhnol., 1958, Nr 7, PP 158 - 164
ABSTRACT: The oxidation of Se, Cu2Se, A92Se and Te powders by a HOC1 solution
obtained by the reaction 2C1 2 + B1203 + H,;,O = 2HOC1 + 2BiOCl,has been
studied. The experiments were carried oul at 250C in a vessel with a
mixer. In the oxidation of Se and selenides SeO and H2Se04 are
formed, at the same time the ratio Se6+ : Se4%;;Ies from 1 o 3 in
the case of retardation of the revolution of the mixer. The darkening
of the reaction vessel does not affect the reaction rate. The reaction
of Te with HOC1 produces mainly H2T!BO 4* It has been shown t~hat only
HOC1 from all possible oxidants in the Cl-%4ystem interacts with Se.
Oxidat on takeg place In 2 stages: SeO --I- e (heterogeneous reaction)
and Se~+ - Se + (homogeneous reaction).
Card 1/1 V. Rosolovskiy

86231
Determination of Germanium and Gallium in S/032/60/026/008/029/046/XX
Coals by the Spectroscopic Methods B020/BO52
arc (generator nc-39 (PS-39) or Af--1 (DG-1) with a current of 8 a. The
time of exposure was 60 seconds. Bands used for the analysis: Ge 2651.18
and Ga 2943.64 A, reference bands: Sn 3034,12 and 2839.99 A~ With a
germanium concentration of up to 0.003%, the error is 10-12%9 with an
equal gallium concentration it is 7.5 - 10%. Errors may be due also to
the different macrostructure of standards and samples. The data of the
table characterize the analogy of the results of analysis for coals of
different types. From a comparison of the results obtained by analyzing
initial raw materials, their products, and chemical and spectroscopic
determinations it may be concluded that the error never exceeds 10. The
chemical determination of germanium was carried out by a method described
by V. A. Nazarenko (Ref. 3), that of gallium by a method described by
V. S. Saltykova and Ye. A. Pabrikova (Ref. 4). There are 1 table and
4 Soviet references.
ASSOCIATIONt Institut goryuchikh iskopayemykh Akademii nauk SSSR
(Institute of Combustible Minerals of the Academy of Sciences
USSR)
Card 2/2

6..
s
B076/BO54
AUTHORS, Sendul'okaya, T I --ind Shplr-, M Ya.
TITLE-, Coprecipitation of Germanium Microquantities With Iron
Hydroxide
PERIODICAL~ Doklady Akademi-i nauk SSSR~ 1960, Vol, '154, No. 5,
pp~ 1108-1110
TEXT- The authors give a review of the results of recent -investigations
explaining the coprecipitation of various metals with insoluble hydroxides
by the ion-exchanging properties of the latter., They find that in the case
of an adsorption- or ion--exchanging coprecipitation mechanism full
prec'p~tation rf the metals is attained within a relatively long time at
ratios Me ~ FeV ? 1000 (Ref. 2), the sompleteress of precipitation
being reduced by the increase in concentration of a foreign electrolyte.
There are no data published on the coprecipitation mechanism and the
influen,ze of various factors on the completeness of precipitation of
germanium microquant-ities together with iron hydroxide, The present paper
presents investigat_,on results on the coprecipitation of germanlum. by
lard 1/3
11 1

84829
~O
Coprecipitat.ion of Germanium Microquantities S/020/6 /34/005/o16I/02z/
With Irsn Hydroxide B016./BO54
va-kent, 5~n in the soIu+-I-,-q as ge:.-man--.,: a-~id, as anion
hvdzcz--*de cf tr-;
H G e 0', and, possibly, as Ge 0111 The precipitation was studied as dependent.
5 1
on temperature, time, time of contazt be7:ween precipitate and sclution,
-~he quan-;.-i-ly of hydroxide used, and the pE-value of the solution, Tables
I and 2 gi-re data of the influenc~e of temperature and contact 414-me.
showing that the completeness of germanium ctopreci-p--tation is equ~lvalent.
i the temperature range between 20 and 800C. and is already atta;aed
2 minutes cf contact between solution and precipitate, Ge is riot
-ed again, even after a long contac-, between aolut-,on and precip. -
1-11g~ 2 Shows that a complete coprecipitatioa nf ge.rmaanium- tcgether
wIth the hyl7oxfde is already attained at. Ge - Fr--7 20 ~Ge c,:;ncentZation
I r/ml), A -;-du--tion of This ratio does not Isad ~o the dis5clution of Ge
An additton of amm-:nium sulfate on the one hand does not rn-duce the
degree oil Ge precipitation at a low Ge ? Fe ratio, but on the cther hand
increases the degree of precipitation at higher Ge ~ Fe ratios. This is
Probably due tc improved coagulation,. The authors conclude from Fig~. 2
thaT a practically complete coprecipitation of Ge togethe-r with the
hydroxide can be attained at a Ge concentrazion of O.Oijk/ /m' and a rat-ic
Card 2/3

8029
Cop.~ecipitat~on of Germanium Microquantities S/020/60/!34/005/016/023
With Iron Hydroxide B016/BO54
o
" Ge f,
. Feel -. 1000 in a 2% ammonium sulfate solution. Thus, the use of
iron hydroxide may serve as a prelim-inary concentration method (by about
the 100-fold) in the analysis of strongly diluted solutions, Fig, 3 shows
"he dependence of Ge coprecipi-lation on the pH ef the solution. The
precipitation is complete between pH 6 and 9..5., The authors conclude from
the results that the germanic acil is not adsorbed by the iron hydroxide,
but that the iron germanates, insoluble at pH 6 -- 9.5, are coprecipitated
together with the hydroxide, The authors mention methods by V. A..
Nazarenko and others (Ref. 7), The 4-nstzument ~)WPI -57 (PEKM-97) and a
potent-iometer of the type AT,-5 (LP--5) were used for the colorimetric
determination,, The authors mention papers by M~ N., Kurbatov and
V. I, Plotnikov, There are 3 figures, 2 tables, and 7 references: 4
So~.riet, 2 US, and 1 French,
ASSOCIATION~ Institut goryuchikh !Bkopayemykh Akadem.i nauk SSSR
(Institute of Mineral Fuels of the A-.ademy of Scfenct~s, USSR)
PRESENTED: June !, !960, by S I. Vol`fkczvich., Academ'-~c'an
SUBMITTED, May 26, 1960
Card 3/3

25861
S1/020/61/1391/004/021/025
Sorption of germanium on aluminum B.03/B220
(b) corresponds to the Ge content in the solution sample tested. Tests
were made as followss NH 3 or alkali were added dropwise to the mixture
of Ge and Al solutions. The resulting precipitate of aluminum hydroxide
sorbed the Ge from the solution. The quantity of coprecipitated Ge was
also calculated from the content in the residual solution. The solution
as well as the hydroxide after dissolution. in 4 N HCI were'analyzed
according to V. A. Nazarenko & al. (Zav. -1ab., No. 1, 9 (1958)). The pH
was measured by means of an Aff-5 (LP-5) potent.iometer. Ad (i) and (2)3
It was stated that Ge sorDtion was 99% of the initial amount at a contact
time between 5 min and 48 hr, and a temperature between 20 and 80 0C
(contact time 5 min). All further tests were made at, room temperature and
a contact time of 24 hr. Ad (3): Maximum sorption occurred with a pH
between 6 and 9.6 (precipitation with NH 3). Ccmplete precipitation of
aluminum hydroxide was obtained at lower pH values than in case of Ge.
First of all., Al(OH)3 begins to disaolve with increasing alkalinity. At
pH=9.6, about 20% of Al was dissolved, whereas Ge was practically not
dissolved, Ad (4): At pH-11 (diBSOlUtion with NaOH), 70% Al and only
Card 2/5

9i 11(,04/02 /02~;
of 8~._-maruum un aiumnuy
TY.-,j ~-jntinutjs azi 1 w-,g a., thi Al f f
to form the
scarcely soiuble garmarate. A aeQ~.,Yd "UreELk in the z:urve ind-1cates a
deflcier,~-y of A! in relation to its q_!1ar,-z:iz./ in the german-a-EG,
Conse,ittently, the quaritity off Ge in the sclu+,,~,)n begins -to increase
rapIdly ir. dependence on the decroasi_. of A! 0 Thus, this ratlo
at th~~ treak corresponis to the ra~,io of the :x.-, in the
germanate, which ia formed mo,~,t ".5. It is ouppzeed that
thr, fz:rtner biozptior, of Ge at a. ex.,IaLned Ity form"tz.Ur.
of a b;~t,,eu suluble germanate -)f Ge T h e fo 111 :aR i ng
i~i Suggestedl 1.5, rR 0 -; 2H Gec
"I k,3,4G~,* 17-1H G H T t 6 c e a,. - i -~v. ~c, be z;iamij!oze
: ) 11 ~., e 2- 2. 1; -1
mereity .,;-,Lh a high excea3 of G-jo V in the If
2("ejZ, ' A'2CI~3)
Ge is availab-_16 :.n concentratiors bel~-w 0, .3 1, h Al 20 3 1 GPO
rat-los resul-Zing ir. the formatioxi of scl4d w-th 1cw
con,zent.-ation of germanate in A!(OH) hal"C' bi t ~or ,he 3orption
of Ge frLM the solution.
Card 4/ 5

25861
S/02 61/139/004/021/025
Sorption of germanium on aluminum ... B!03YB22'0
Weight ratio Al a Ge 1 5 100 200 2000 5000 10 000
Ge concentration, mg/l 100 30 10 1 0.1 0.02 O.Oi
Ge precipitation, ~- 99 99 99 99 96 97 96
It follows that Ge can be precipitated ajmost completely on aluminum
hydroxide (pH 7 - 81 2~6 (NH 4)2804 ), even if the Ge concentration is
0.01 mg/1 corresponding to M A120 3 a MGeOd/13 000, A better ooagulation
of the aluminum hydroxide is obtained by adding an electrolyte to the
solution. The sorption is practicaily not affected by salts such as
NH4Cl, (NH 4)2S047 or NaCl. There are 4 figures and 7 references, 4
Soviet-bloc and 3 non-Soviet-bloc. The reference to the Engl-ish-language
publication reads as follows: K. Kraus (Secon-i United Nations inter-
national Conference on the Peaceful Uses of Atomio Energy, A. Conf. 15 (P),
1832, USA, June 1958.)
SUBMITTEDi April 25, 1961
Card 5/5

S/078/62/007/002/015/0',)
Sorption of germanium by A1903I.- B127/B11O
this concentration, the sorption of was only 1,6 g, that of Al20 3
was 0,16 g per 100 g of sorbent, A d,,crease in the sorptive power of Fe
and Al Aith a pH reduc t4 on is explained by the separation of Ge as an
anion o' germanic acid, A decrease in pH reduces the anion concentration
considerably. 'Lith Fe2031 citric, oxalic, and tartaric acids only inhib-t
soruticn owin4- to complex formation, whereas Na2 S has a poisoning effcct
due to FeS formation- Greater sorotive power of ?JgO as compared to that
Of F'e205' is assumed to be due to its higher solubility- dissolved
2+ r
~orr, insoluble germanates. Thus, sorption is not restricted to the
surta~~e, as it is witr, Fe203' There are 2 figures and 2 Soviet references.
SUB:..-ITTE-D :iu',y 11, 1961
Card 2/2

TANANAYEV, I.V.; SHPIRT, M.Ya.
Coprecipitation of germanium with hydroxides of trivalent metals,
Zhur.neorg.khim. 7 no-5zlI74-1181 My 162. (MIRA 15:7)
(Germanium) (Hydroxides), (Precipitation (Chemistry))

KINDYAKOV, P.S. [deceased]; SHPIRT, M-Ya. KATLINSKIY, V.M.
Methods for determining C12, Cl-, HOC1, and B4 present simultaneously.
Zhur.anal.kbim. 17 no.1:97-101 Ja-F '62. (MIRA 155:2)
1. M.V.Lomonosov Moscow Institute of Fine Chemical Technology.
(Chlorine--Analysis) (Chlorine compounds)

SHPIRTY M.Ya.; SENDULISKAYA, T.I.; TANANAYEV,, I.V.
.L
Coprecipitation of germanium with Silir
~j r- acid. Zhur. neorg.
kh-Lm. 8 no.11:2611-2613 N 163. (MIFA 17:1)
1. Institut goryuchikh iskopayemykh.

SI-DIRT, '.!.Y~-.

34HPMT P 14. Yu.
SHPIRT, M.Yu.
Two cases of cardiac wounds. Khirurgila n0.5:70 MY' '54. (MLRA 7:7)
1. Iz kafedry obshchey khirurgii Moskovokogo institute. zdravo-
okhraneniya RSFSR na baze bollaitsy imeni Ostroumova.
(HRAP , wounds and injuries,
*case reports)
(WOUNDS AND ZNJMIBS.
*heart, case reports)

STIPIRT, I%Yu., kandidat maditainakikh nauk
Cancer of the wall of a fistula in chronic osteomyelitis. Ortop.
travm. i protez. no.2:76-78 Mr-Ap '55. MRA 8:10)
1. Iz kafedry obshcbey kbirurgii (zav.-zasl.deyat~ll nauki prof.
I.L.Fayermax Moskovskogo meditsinskogo instituts, Ministerstva
zdravookhraneniya RSFSR na baze bollnitsy im. A.A.OBtroumova
(glavnyi vrach-Ya.S.Shipotovskiy)
(OSTEOMYELITIS, complications
cancer of wall of fis-tula)
(FISTULA, etiology and pathogenesis
osteomyelitis, chronic, with cancer of wall of fistula)
(EXTREMITIES, neoplasms,
wall of fistula in chronic osteomyelitis)

SHFIRT. Ya.Yu.; LAVROVA, Ye-V-
Use of ecmonovocillin for preventing onaumonia in acute catarrh
of the upper respiratory tract and in influenza in children.
Antibiotiki I no.6:34-36 H-D 156. (MLM 10:2)
1. Detakaya konsul0tatsiya i poliklinika Okruzhnoy moskovskoy dorGgi.
(-PN'XUMONIA, prevention and control,
procatne penicillin with ecmoline, prev. of pneumonia
in common cold & influenza (Rus))
(COMMON COLD, therapy,
procaine penicillin with acmolina. prev. of pneumonia (Rus))
(INFLUENZA, therapy,
same)
(ANTIBIOTICS, therapeutic use,
ecmoline with procaina nenicillin, prev. of pneumonia in
common cold & influenza (Rua))
(PENIGILLIN. related compounds,
procaina penicillin with acmoliaa. prev. of pneumonia in
common cold & influenza (Aus))

i3ITIRT.? Ya. Yu (Prof.)
"Prophylactic Use of Ecmonovocillian Against Influenza and Acute Catarrh of
Upper Respiratory Tiacts,"
P. 357 Ministry of Health USSR Proceedings of the Second All-Union Conference on
Antibiotics, 31 May 1957. P. 405, Moscow, Medgiz, 1957.

Ya.Yti., prof.; IAVROVA, Ye.V.; LITVINOVA, N.N.
Prevention of focal pneumonia during Influenza and acute catarrh
of the uoDer respiratory tract in children. Sov.zdrav. 16 no.12:
35-19 1) '57. (MIRA 11:1)
1. Iz dets1coy Iconsulltataii I polikliniki Okruzhno Moskovskoy
dorogi.
(INFLUENZA, in inf. & chold
compl., focal pneumonia, prev., ekmonovocillin (Rus))
(ANTIBIOTICS, ther. use
ekmonovocillin in prev. of focal pneumonia in
influenza & upper resp. tract infect. in child. (Rus))
(PINUMONIA, in inf. & chold.
prev. in influenza & upper resp.tract infect.,
ekmonovocillin (Rug))

SHPIRT, Ya.Yu., prof.
Atherosclerosis and vitamins. Zdorovle 6 no.1:21-23 Ja 160.
(MIRA 13:4)
(ARTERIOSCLEROSIS) (VITAMINS)

SHPIRT, Ya.Yu., prof.
Atherosclerosis and vitamins. Zdorovle 6 no.6:31 Je 160.
(MIRA 132-7)
(ARTERIOSCLEROSIS) (VITAMIN THERAPT)

SUPIRT, Ya. Yu., (USSR)
"Vitamins A and F and
Arterio:3clerosis.11
Report presented at the 5th Int'l. Biochemistry
Congress, bloscow, 10-16 Aug 19061.

! ", 1-1-1. ", ~ - ~j -,;"
Ya , Yll. 1
an,41 7 in
k!ksper, kard. ANI Cruz. S'3 t
1, . T.17,nnt ral I nayu br, 11 1 ni t.,,a !4-- r,~' ~7 n
R~!VSR)

vW -
Z.A., doktor tekhn. nauk; SKjftD(jV, I.V., kand. tehhu. nf,..Uk;
KULIKOVA, G.P.; SHPIRT, Ye.A.
New imterials for pneunatic aerators. Vod. i san. takh. no.11:
1-3 N 165, (MIRA 18:12)

ACC NRt AP6036064
AUTHOR: Shprits, E. I.; Flon, V. S.; Billo, P. D.
.ORG: none
TITLE: A device for the digital print out of parameters
0 0 05/0037/0039
SOURCE: Mekhanizatsiya i avtomatizatsiya upravieniyA, no. 5, 1966, 37-39
TOPIC TAGS: printing machinery# digital systeml comput*r output unit
'ABSTRACT: A digital printout device used in conjunction with the BUP-20 high speed
;typewriter is described. The device has been used in-the control system for the steam
,turbine generator of the Staro-Beshevsk State Regional Electrical Power Station. Pap-~
,er tape with a width of 80 mm is used to record parameters which are entered In two
I
,colizins in order of increasing numbers. The left column records parameters which de-
Iviate from the norm while the right column periodically records an assigned group of i
.parr.neters. The time is recorded above the parameter column. Each line shows the
,parameter number (from 000 to 777 using a code with base 8) and a value of the parame-.
iter (using a decimal code from 000 to 999). The parameters which have deviated are
I
,recorded while those falling with the permissible range of values are omitted. In or-
;der to save.-time and to decrease the dimensions of the form, the deviated parameters
,can be recoided without providing empty spaces for the omissions. When ctmpiling re-
UDC: 681.142.62
Card 1/2

USSB*nl3)9 Mi6tbods Aug 48
Ztfioienoy Industrial
"The Productivity of Miners Working Slojing and. mn-
Clined Neins at Donbass Mines, I' N. N. Tgnatov,
TO. M. Shpirtua, Engineers, 3+ I?p
!El- "Ugoill, xo 8 (269)
Article by A. M. Nadyeb on this subject appeared in
lugol," No 2, 1948. Nadysh oondln&ed that output
on inclined seams was higher than on vertical ones
(by 36 - 50% for workers as a whole) and that this
should be taken into account when opening now pits.
Xgwtov and Shpirtus maintain that these conclusions
7/49T75
U /Mining Methods (Contd) Aug 48
&i~e not borne out by prewar figures. Graphs and
t0les CUustratq their views., formed as a result
of studving over 200 pits.
7149TT5

ShFIS? K~
"fLjc)jnr.f.n)n of aut0interfel-Irg v'r-":3'3s from the seru.In Of,uatients
J~
with epidemic heratitis. 170p.med.vinus. nc-,.9:26-""l oz. - -
(MIRA
1. 1,,, i r i -oga univarsiteta imeni
.js~i-tjjta- virusologi-i Berlinsk
Gulabul t ta.

SIEPIS, K.V.; 1IRSKEYANOV, A.U., akademik, glevnyy rLgd.; TQPCHIYFT, A.V.,
n
red.; ISAKOVA, O.V., otvetetvennyy red.; LIKHTENSHTRYN,
Ye.S., otvetstvennyy red.- SHURKOV, V.I., otvetstvennyy red.;
TIKHOMIROVA, Ye.V., red.izc-...-va; POLESITSKAYA, S.M., tekhn.red.
Ilikolai Mikhailovich Strakhov. Bibl-sont. K.V.Shpis. Moskva,
1957. 39 P. (Katerialy k biobibliografti ucherykh SSSR. Seriia
geologicheakikh nauk, no.12) (MIRA 11:5)
1. Almdemiya nauk SSSR.
(Bibliography-Strakhov, Nikolai Mikhailovich, 1900-

SHCR-KR INA, V.V.jjwm'-K..V., NESMHUROV, A.N., aloademik. glav. red.;
TOPCHIYEV, A.B., almdemik, zam..glay,,red.; IS4KOVA,.0.1L, otvetstvennyy
red.; LIKHT39SHTMN, E*S., otvetstveun~7 red.; SHUNKOV, V.I.,
otvetstvannyy red.; MELINIKOVA, N.B., red. izd-va; POLESITSKAYA, S.M.,
tekhn. red.
Dmitrii Ivanovich Shcherbakov. retup. stattia T.V. Shcherbiny. Bib-
liogr. sost. K.V. Shpin , Moskva, 1958. 56 p. (Materialy k biobiblio-
grafii uchenykh SSSR. Seriia gooloechaskikh nauk; no.13). (MIRA 11:7)
1. Akademlya nauk SSM
(Shcherbakov, Dmitrii Ivanovich, 1893-)

SUIS, K.Y.; NESMEYANOV, A.11., okademik, glavnyy red.; ISAKOYA, O.V.,
otv.red.; LIKHTIENSOMMYN, Ye.S., otv.red.; SHTTNKOV, V.I., otv.
red.; MMINIKOVA, N.B., red.lzd-va
Anatolii Georglavich Betekhtin. Vstirp. stattin T.N.Shadlun.
Moskva, Izd-vo Aknd.naulk SSSR, 1959. 45 p. (Materialy k
biobibliografti uchenykh SSSR. Ser.geologielieskikh nauk,
no.14) (MIRA 13:2)
(Bibliography--Batekhtin, Anatolii Georgievich, 1897- )

V-V-
10 doobdL MWWL~w w , 3,
-V.- N., A. Oboloadtays If.- gre.
Aim. ussirl-=mw 0927"Ta,JV~& tma. 70-711))-
U"
"
metion of WADnitW WMI C^ Is40% KOH (usvW vinylatiou
itio") -, gjv" - st mixtum 61 a cryst. - tri-eets . trieth=
Annitol. am jk Liqukl (v&c.-fttjjjed). probably a complex
Imiand vi0yt,~Wq"-.!pqbT3ww1p&t*r" W-,L in E40
Ut SOL w EtOH-Co4ivaso, o6tabwd. Panible stmct~ of
Ljoid WW discussed-
M.MZ02M.)Aa, W 0H (SW L) i. I.td itb
C,H (added y so as to.nWatain a pressure of 10-12
".~ j.,L bomb at 14o-LW- atil the pc~pzure no kmvr decreases.
The rednow pwdwa is partly Ow. W. MOO- Distwlatioa 01the
Immiuct or of its Eto-extwt gives &ir1Ay1&dsw-*nit4, C14H"Oe.
g6p. 771 is-.). bp- 20-270'11 am. d:11 1-124L W 14M.
otua U"uom obtuped tbp. 110-21U'13 CM) SM cbarwtwlwd
by &U"Y- %t; avid W and &-vaL L. S. Six".
SHPISMARs, A.M.
Conferen~ce Of nurses from the health resortsy sanatoriums, and
rest homes of Siberia. Mod. sestra 19 no-5:46-47 Yz 160.
(MIRA 13:9)
le Glavnyy vrach RrOkoplyevskogo balinqogryazevogo ana riya.
(SIBERIA, WESTMI--NURSES AND NURSING)

~7t"IIS,t~N, !. T.
Shnisran, 1. 1. -- "The c-,mT)Iex rathogenet`c nh-siotherany of ulcer disease,"
3borni-k trudov (Torskiv olhl. nauch.-isslad. in-t fiz. metodo7 IF~cheniyn- i
kurortologii), Vol. VI, 190, p. 46-54
SO: U-5241t 17 Dect?mber 1952, (Letonis 1zhurnal Inyk- Statey, No. 26, 1941).

( S'IPI'f , Yu. 3 -L -*,ta':-*ccr
Few t.!!;OLi O.C -*.i,~,,.-*k',,, -...t o I - '-.vilt in U.-ite Shil.
stroi. no. 1:C-12 Ja ',,l.
(11r,ito ~.Oujcs)

SHPITA, P.A.
Experimental myocardial infarction and the reaction of the intra-
mural neural elements of 'the cardiac veins proper. Mrach.delo
no.l.,57-61 Ja '63. (MIRA 16:2)
1. Kafedra operativnoy khirurgii i -u-opograficheskoy anatomii
(zav. - prof. I.P. Kallistov ) Kiyevskogo meditsinskogo instituta.
(HEART-INTARCTION) (ITERVES, CARDIAC)

SHPITALAEV, YU.P.
Modernization of the lD6ZA mill for machining pipes with a 100
mm. diameter. Stan. i instr. 34 no.8:39 Ag 163. (KMA 16-10)

S/214/62/000/004/004/004
1046/-1246
Shpit,-~l'nnya, A-1.
TITLE': Detervi-imitiin of the true contour of the green
coronal line. I. Doppler contour
0 U-R,2 Solnechn a
Irye dr=yye, no. 4., 1962, 81-91
A detailed solution is given1for the problerr, of
saparation between thi contour of the green coronal line,\5302.86 v
"Q and the absorption line X5302-31 I -in tae Doppler approximation,
i.e., the following four parameters are determined: 1) the central
intetisity of the coronal contour; 2) the central intensity of the
absorption contour;.3) the dist--nce between the'centers of the
Card 1/2

-~)eteiynination o-f the ....
coronal line and tho absor,)tion line; 4)
of the coronr,.l line. '-lie iriers-ing of the
-Leres with determination-s of e,,-,uivalent
There are 3 figures and 4 tables.
S/214/62/000/004/004/004
1046/1246
the Dop-pler half-width
two lines strongly inter-
width and radial velocities.
Card 2/2

SHPITALINAYA, A.A.
.. C-. izv. GAO 2,4
Formation of "dashes" in the D- heli= 14n
no.1:60-72 164. (MIPA 18:3)

SBFITAIINIK, A.D.
Expansion of knitting machine production. Tekst.prom.
20 no.6:32-33 Je '60. (MIRA 13:7)
(Knitting machines)

IVANOV) Yu.V.; SHPITALINIK, A.D.
Prospects of the manufacture of machinery for the leather industry.
Kozh.-obuv.prom. 3 no.2:13-15 F 161. (14IRA 14;4)
(Leather industry~--Equipment and supplies)
(Machinery industry)

lfil!~Tli`l S.S., st. nauchn. sotr.;
1, 7UPAS':KO, Ye.I., red.;
Otaie
fic'-vagkii ukazm-) nau;,h-T-~-h -z-abot -,o,;u-
CJW.';:C- ell,110i C) I:
ne v,
4-6
I. id:~hiriev. 1josud,-xstvt3nn,,-y
telca. 2. tiauchnava bib.ilotek,-)
'fro "4 TL,
A-piLail-nik, k - .

SHPITALINIK, V.L.
Use of lymphography in urology, Sov.med. 28 no.12:58-64 D '65.
(MIRA 18:12)
1. Urologicheskaya klinika (zav. - prof. I.M.Epshteyn) Moskov-
skogo ordena Lenina meditsinskogo instit.Uta imeni I.M.Sechenova.,
Moskva.

-7 -L 1 ." - '
PICHMM, Ya.D.; RUSANOV, K.S.; KHARITONOT, M.I.; SHFITALINIKOT, A.G.
-11- -
Roofing support by means of bolts.,TSvet. met. 26 no.2:11-19
Mr-AP '53. (MM 10:9)
(Mine timbering)

SHPITALINIKOV, A.G., kandidat ekonomicheskikh nauk.
Let us regulate work organization in mining. Gor.zhur. no.5:10-16
M~, 15 6. (MLRA 9:8)
1. Giprotsvetmet.
(Mine management)

SHPITALIHIKOV, A.G.; BARMTENM, A.V.
"Economic aspects of mining industries in the U.S.S.R.! S.IA.
Rachkovskii. Reviewed by A.G.Shpitallaikov, M.Baronankov.
Ger.zhur. no.9:60-62 s 156. (MLHA 9:10)
(Mineral ixduatries)

SOV/127-59-1-25/26
AUTHOR: Shpitallnikov, A. G., Candidate of Economic Sciences
TITLE: V. A. Novak. An Analysis of the Production Activity of the
Mining Industry (V. A. Novak.Analiz proizvodstvennoy
deyatellnosti gornorudnykh predpriyatiy)
PERIODICAL: Gornyy zhurnal 1959, Nr 1, PP 78-80 (USSR)
ABSTRACT: This is a review of the above mentioned book by V.A. Novak.
ASSOCIATION: Giprotsvetmet, Moscow.
Card 1/1

LN
AUTHOR : Bolononov, M. SOV/180-59-1-27/29
TITLZs Conference at the Leading Oro-Mining: CombIns, in TmY-Aux,
(Xabardino-Balkkriya) (Soveshchanlya Ila paredovom kombinau
J:r~:rudno pr0XY3b14n=3tI v Tyrny-Auze (Kabardino-
1 riyaff
PMODICLLs Isvestiya Akadsmli nauk,SSSR, Otdoloaiye tolchniehoSkIkh
nankv Metallurglya I toplivo, 1959,Nr 1, p 123 (USSR)
ABSTROT i A conference was convened on 15-18th September 1958 at
the Tyray-Aux Combine by the Institut gormogo dela
Akadeali. nauk SSSR (Minin institute or the Academy of
Beiances of the USSR), Gosudarstvonnyy asuchno-
takhnICb43kIy k0=it0t SOV*ta ministrov SSSR (State
Bolontifle and Technical Committee of the Council of
Ministers of the USSR) the Zabardino-BalkmrskI7
Sovuarkhaz (tabardlao-halkariya Economic Council) and the
lauchao-tekbalcheakoyo ob3hchostvo t3vatnoy matallurgil
'(Scientific and Technical Society for non-ferrous
Metallurgy). The following reports wars, prosenteds
tj7,.j=,,1ITr (trobably a mistake for GHTX (State
I echniem, Committee) - Abstractor) of the
Card 1/3 C.0.1cm.-cil of Ministers or the USSR, "Main Lines for
cal Development in the Underground Mining of Ores
of son-Yerrous and Rare Metals in 1959-196501
X.It;ftoNhkg., IOD AN SSSS (AS USSR), "Improvement In the
Met Underground Working of Largo Deposits of
Bard Ores.; Y.G,-Drzhk-v. T5NIGRI, "Experience In the
Use of th 0 Slingit-Staga Mattod of working Deposits Under
Conditions Preserving the Surface from Cavimg.; A.AA.DOW,
Institut Un1promed (Uniproxed Instittits) , -Experience
the Working and Sefsty Precautions of Inflammable Ural
Oros*; A ., inatitut Giprotavatmet
_G=111~' 114~47_,Ozconomic Effectiveness of
0
(01protsv.
Using Poworftl EquIpmatt in Working large Deposits";
D.P. Dobroy OWork of the VNIIBT Institute on the
--Production of Modern Borlng Equipment'; DLE_B
~X2AaLkay
CHI-1, In2tituto AS USSR), -Comparative 7valuation of
Xsoods of Charge Drill1n In Hard Ores'; w __tl~.Chl2algl,
Sibirskoyo otdolouiYo AN ISSR (Siberian Depar nt r the
AS USSR) :,Shlield Propping In Working Large LUZbQJA BOARIS
and the P Ib lil:y of using this Propping System In
Working Oro Dept3jt3l i I Budlkg and T_T_ FAIrtafty
(Mining Institute AS USSR), -systems or Working Large
Card 2/3 Hard-Ore.Doposits in Foreign Quarries
Y_V_ ff,r1jj6 IOD Ukr SSR (Mining Institute Ukr SSR), OWaya
of Combating Dust In Mining Operations". After this the
ocaferonco hoard reports on work at the Norillskir
kombinat (Norilsk combine), the Nikitovskly rtutnyy
koabinat. ralzeti combine , the 'Verichnly- rudnik
MpporO quarry)ofthe kombinat Sikhall (511dioto-Alln deposits
of the Dogtorskoys mostorozhdanlys, dp-l.)
Laninagarskly kombInat (Laninotorsk combine), TyrnY-
Auxskly kombinat (Tyrny-Auz, combino)o Salairskly rudulk
Salair quarry) and the DthezkatiansJOYamestorozhdonlya
Card 3/3 theskmasan deposit). The conrerence decided on
measures for Improving mining.
"! 'I,

STUDARD13KI-21, N.S.; SHPITALINIKOV, A.G.
x
Self-propelled 'equipment is a decigive factor in a siuLrp upswing
i-a labor productivity and mining. Gor.zhur. no-4:3-10 Ap 162.
(MIRA J 5:4)
J, GJAvnyy inzh. Gosudarstvannogo instituta po proyektirovaniyu
prodpriyatiy tsvetnoy metaUurgii (for Sindarovskiy). 2. Glavnyy
el~.onomist Gosudarstvennogo instituta po proyektJrovaniyu
predpriyatiy tsvetnoy metallurgii (for Shpitalinikov).
(Mining engineering-Equipmnt and supplies)

SINDAROVSKIY, N. S.; SHPITALINIKOV, A. G., kand. ekon. nauk
Iabor consumption in supporting operations in the mining
industry should be curtailed. Gor. zhur. no.10:3-8 0 162.
(MIRA 35 :10)
1. Glavnyy inzh. Gosudarstvennogo instituta p0 proyektirovaniyu
predpriyatiy promyshlennoBti tsvetnoy metallurgii (for Sindarovskiy).
2. Glavnyy ekonomist Gosudaretvennogo instituta po proyektiro-
vanlyu predpriyatiy prom7ablennosti tsvetnoy metallurgii (for
Shpitallnikov).
(mine -nagement)

SINDAROVSKIY, N.S.; SHPITALINIKOV, A.G., ka-nd. ekonom. nauk;
MUZALIKOV) M.I.
Quality of nonferrous metal ores and the profitableness
of production (discussion of the article by B.F. Novozhilov).
Gor. zhur. no.10:17-22 0 163- (MIRA 16:11)
1. Glavnyy Inzh. Gosudarstvennogo instituta proyektirovaziLya
predpriyatiy promyshlennosti tsvetnykh metallov (for
Sindarovskiy). 2. Glavnyy ekonomist Gosudarstvep-nogo
instituta proyektirovaniya-predpriyatiy promyshlennosti
tsvetnykh metallov (for Shpitaltnikov). 3. Glavnyy marksheyder
Sadonskogo rudoupravleniya (for Muzalikov).

SHPITALINNIKOV, A,G,, kand. ekonom. nauk
Economtc substatiation for tho working conditions of each mine.
Gor. zhur. no.2.17-21 F '65. 4URA 18W
I. Gosudarstvenn.Ty institut po proyektirovaniyu predpriyatiy
t2vetnoy metallurgii, Moskva.

69325
s/147/6o/ooo/oi/oi4/0l8
E022/E535
AUTHOR. Shpitallnikov, K. F. (Moscow)
TITLE: The Reduced Velocity X 2 at the Exit from the Rotor, of
the Centrifugal Stage
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1960, Nr 1, pp 121-126 (USSR)
Jlll
ABSTRACT: In the literature on centrifugal compressors there is
lack of proper explanation of the fact that with a given
pressure ratio of a single stage TY and the peripheral
velocity u 2 of the impeller the reoduced exit velocity
42may have different values depending upon the magnitude
taken for the meridian component of C of the absolute
velocity vector C 2 at the exit from fte impeller. The
rational choice of C 2m is accepted as that leading to
the minimum value of 4 2 and to the efficient
diffusion in the impeller channels, the latter having a
pronounced effect on X 2- V. A. Strunkin (Ref 1) has
shown that for a given coefficient of circulation Ii a
fully determined pressure ratio is obtained and what 42
Card 1/5 is in that case. This is also shown in Eq (1), which
V~~

69325
S/147/60/Ooo/ol/ol4/ol8
E022/E535
The Reduced Velocity % 2 at the Exit from the Rotor of the
Centrifugal Stage
neglects the frictional losses in
assumes a constant efficiency for
But given values of 1i, u2 and Tj ad
constancy of X2 at the impeller eKit.
clear from Eqs (2) to (6). Fig I
between 11 and C 2m (full lines)
0
Card 2/5
the impeller and
the complete stage,
do not yet secure
which is quite
shows the relations
and between 02n and
C2m (dotted lines) for the case when u 2 = 470 m/sec,
To1 (stagnation temperature at the impeller inlet) = 2800K
and q ad = 0-78 as given by Eqs (1), (5) and (6). From
the figure it is clearly seen that with u 2 and I ad
given and IT0 = const, X2 may have any value.
inspection of this figure as well as Figs 2 to 4 leads
to the following conclusionsg
1) With 1-i = const X increases with C and diffusion
0 2 2m.
in the impeller channel (as defined by Eq.7) decreases,
since the direction of the flow leaving the impeller ~/

69325
S/147/60/ooo/01/014/018
E022/E535
The Reduced Velocity X 2 at the Exit from the Rotor of the
Centrifugal Stage
does not vary much. Hence, even with radially vaned
impellers, when P2n = const, it is worth while to make
X smaller in order to ease the work of the diffuser
Of the stage on account of reduction in C .1 and to
increase diffusion rate of the impeller c~mannels up to
the allowable limit (see Ref 2). Fig 2 shows the
variation of the diffusion rates as functions of X 2
for 3 different pressure ratios -r(- As X decreases
(which is always desirable for a getter performance of
the diffuser) the diffusion rate in the impeller is
higher, which can result in high impeller losses and may
thus lead to a lower overall performance of the whole
stage, This aspect requires further experimental
investigations.
2) As seen from Fig 3 with C 2 = const Tr increases with
X2, and from Fig I it is cleamr that in t9is case P2n
decreases; this necessitates a change of the vane angle
Card 3/5 at the exit, i.e. a change from backward bent to forward
X

69325
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E022/E535
The Reduced Velocity X 2 at the Exit from the Rotor of the
Centrifugal Stage
bent vanes in the impeller. As for the diffusing action
of the impeller channel, Fig 3 shows that. D increases
at first with X 2 and then diminishes, the maximum being
at 02 = 900 (Eq 7)~ Hence impellers with radially
spacea vanes in the meridian plane will always have a
higher degree of diffusion than impellers with either
forward or backward bent vanes.
3) With X 2 = const, Fig 1 shows that various pressure
ratios ""'2 are possible, depending on C2m at the exit
from the impeller. But if C 2m varies so does the
degree of diffusion in the impeller channels. This is
shown in Fig 4. Thus, a number of examples can be given
of incorrect design of stages of centrifugal compressors
with a variety of badly shaped vanes at the exit (so
that the flow leaves the impeller at a variety of angles)
in which the diffusion in the impeller channels is very
Card 4/5 small, the pressure ratio of the stage very low but X 2

6 9 3 25
S/147/60/000/01/014/018
E022/E535
The Reduced Velocity 42 at the Exit from the Rotor of the
Centrifugal Stage
being very high. For this reason the rational design
should not be based on the assumption of X2 = const
for a given TTO , but on a critical examination of the
flow parameters at the impeller exit -%,rith the view of
obtaining the optimal and, for any particular type of
design, admissible diffusion in the impeller channel as
well as the greatest possible reduction in X2.
There are 4 figures and 2 Soviet x-eferences,
SUBMITTED,, October 9, 1-959
Card 5/5

SHPITLL IN,IKOV.--X-Y--,--kand. takhn.nmik
Review of IU.S..Podobuev and K.P.Selazaev's book $Theory and
calculation of axial and centrifugal compressorspF
Teploenergetika no.4:93-95 A 160. (KM 13:8)
(Compressors~
(Podobuev, IU.S.) (Seleznev, K.P.)

T" 3 h 7
S/024/6o/ooo/oo6^3111/015
Eigi/E485
u
AUTHOR: Shpitallnikov, N.F. 010-RcOllf)
TITLK: On the Degre ,e of Reaction of the Impeller in a
Centrifugal Stage of a Compressor
PER 101) ICAL: Izvestiya Akadeiiiii nauk, Otdoleniye teklinicheskilch
nauk, Energetika i avtottiatika, 1960, No.6, pp.183-185
TEXT: The degree of reaction is defined as the ratio of the
static pressure rise to the total energy imp&rted to the air.
Expressing this definition in terms of flow velocities and angles,
it appears that the degree of reaction of the impeller is the
lower, the smaller the relative flow exit angle from the impeller.
This conclusion is shown to be erroneous. With constant values of
the ratio of inlet to outlet absolute velocity components in the
axial plane, of the outlet absolute velocity component in the axial
plane, of the relative outlet velocity, and of the ratio of relative
inlet and outlet velocities in the impeller, the degree of reaction
in fact increases when the relative outlet angle increases, but
only until certain values of these magnitudes are reached whereupon
the relationship changes. It is shown that the relative height of
Card 1/2

88347
S/024/60/000/006/oi4/ol.5
F191/E485
On the Degreo of Reaction of the Tmpeller in a Centrifugal Stage
of a Compressor
impeller channels and its variation with the relative outlet angle
has a decisive effect on the degree of reaction and its relation
to the relative outlet angle. With increasing relative outlet
angle, the degree of reaction may either increase or remain
constant or even diminish depending on the law of variation of the
relative height of the channels at the impeller outlet. It follows
that, in stages with so-called "rejactive" impellers (where the
relative outlet angle exceeds 900). the pr-oportion of' kinctic
energy transformed into pressure in the difrusor may easily
increase when the relative out-let angle increases. There are
3 figures and 4 Soviet references.
SUBMITTED: February 1, 1960
Card 2/2

SHPITALINIKOV, Konstantin Fedorovich; NIKOLISKIY, V.P., kand. tekhn.
-_r~dudk, _fbe-t~keni~_R7-Yk~,' ___, V.V., kand. tekhn. nauk, red.;
SAVELIYEV, Ye.Ya.., red. izd-va; MOEELI, V.I., tekhn. red.
[Semigraphical methods. of determining the air parameters of
the centrifugal stage of a compressor] Grafoanaliticheskie spo-
soby opredeleniia parametrov vozdukha v tsentrobezhnoi stupeni
kompressora. Moskva, Masbgiz, 1961. 227 p. (MIRA 15:2)
(compressors)

2! L5 " 1
q q/Z 184.
AUTHOR: Shpitallnikov, K.F. (,yoscolf)
TITLE: The maximurri outpi
I _11 of a Centrifillgal compressor stage
PERIODICAL: Izvestiya vysshikh uchebnyk,ll zavedeniy,
Aviatsionnaya tekhnika, 1961, No.2, pp. 103-114
TEXT; A centrifugal compressor stage is of the smallest
possible size when the mass density of :Clo-.-, at inlet to the
impeller is i-,,aximum. A mathematical analysis is made of the
maximurr, flow- density at inlet to the impeller for an elementary
stage, assuming that the actual sta-ge consists of an infinity of
elernentarv stames. An elementary stage consists of two infinitely
close f10,,.;, suriaces of the actual stage. In the actual stage the
effects are complicated by changes in ti-le parameters of the
elenientarv sta-es over the rad-Jus and by velocity redistribution
over the rzidjus ,-then operat-ing cond-itions change. A theoretical
exp----ession is drawn up to determine the mass density of the flow
a+ inlet to the impeller of an elementary stage and then
~~-xpressions for the maximum. value of "his density are found. The
maximum flo-.,;, capacity of the inlet section of 1:he impeller of an
Card 1/4

24531
15
The maximum output s/147/61/000/002/010/0
of a centr-:fugal... E194/E184
elementary stage is then considered assumin- that velocity
coefficients of the sta-e are known. It is shown that for maximum
flows through the stage the critical -value of swirl of air at inlet
to the impeller is given by the expression
X B B 2 E (20)
where
k
Alk L (17)
2
M)
k
2k (18)
where k is the adiabatic index,
)~2
()~w
(5)
I+ k, - 1 ).2
k+1
Card 2/4