SCIENTIFIC ABSTRACT NAZARYEVA, M. S. - NAZIN, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310014-1
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AFANASfYSVO A.P.; AIIUCHINq V.G.; VINOGRADOV, K.V.; GARAIJINA, N.H.;
GnEROVICH, M.M.; DUBROVSK37,, Ye.P.; YEVSTIGNEYEV, A.A.; IOKHVIN,
M.R.; KLI&KOV, P.M.; KRENGELI, LTS.; 14M, I.G.; YATEVSKIr,
F.M.; MAZEL'q S.I.; MIZHERITSKIY, G.S.; NOVIKOV, M.I.; IIAZARrYE:V,
Qj.; PCHELKINAI, I.A.; RAZUMV,, V.S.; ROZENBLYUMI I.M.; S~, B.P.;
SWPNIK, T.I.; SAVVIN, Ye.S.; SHOTRIMA, V.F.; TEIEPNEVA, N.S.;
FILICHAKOV, II.I.; KHRAPUNOVA, Ye.L.; UNDREVICH, G.S.; URITIYEV, P.P.;
SHILMP A.A.; SHIXKCV, A.P.1 KIRIILGV, L.H., red.; YARKOCIIO M.G.g
tekhn.red.
[Regulations on the construction of minicipal telephone netvork lines]
Pravils. po stroitellotvu lineirWkh sooruzhenii gorodskikh telefonnykh
setei. 2.izd. Moskva, Sviazlizdat, 1962. 511 P. (141RA 15-- 5)
1. Russia (1923- U.S.S.R.) 1AWsterstvo svyazi. Glavnoye upravleniye
kapitallnogo stroitellstva.
(Telephone lines)

IVANOVA, R.M.; ASHRAPI. R.I.; WRIKOVA. Te.M.; VITTINBICRG, Z.V.;
ZARNMATA, AAL; YAZAH1TJffAA_At_5.;_ftAFIYXXK0, D.T.; BUR"OTA,
G.Te., KUTS111KO, I.?., KASITANDVA. Ye.M.; PIMS 19, S.P.. InXh.
Observations on tho stability of track. Put' i put.khoz.
no.10:6-7 0 '59. (MIRA 13:2)
1. Studenty Hoakovskogo instituta Inzheneroy thelatnodorozh-
aogo transporta (for all except Pershin).
(Railroads-Track)

I - " -w 4 ~' 't i - ~',-I - .
, , , - , I
CHARMOTSKAYA,N.A.1 HAZAR'TIVA,N.N.
Itiolog7, pathogenesis and therapy of acute leukemia. Arkh.pat.
16 no.2:31-35 Ap-Je 154. (KLRA 7:5)
1. 1z kliniko-dIagnosticheakoy laboratoril Tambovskoy oblastnoy,
bol'nItey (glavnyy vrach Tu.I.Malikov). C IJUjCCKI.A,
Oetiol., pathogen., & ther.)

SOURCE: Zhurnal prikladnoy 1-himii, v. 37, no. 11, 1964, 2545-2547
TOPIC TAM plant chemintry
I I
A13STRACT: *A comparat ive ;iudy was made of the character of tht hydroxyl
groups of throe samples of alkaline sulfate lignin and "native" cupro)r4m-
lignin. The alkaline lignins were found to d:Lffer substantiaily from the
cuproxam-lignin in character and content of hydroxyl groups (the samples
of alkatina sulfate lignin contained half as many priaary hydroxyl groups
as in the "native" form, no secondary hydroryle In the bota-poeitIon to the
benzene ring, in contrast to small amounts in cuproxam-lignin, and three
times as any phenolic hydroxyl groups). Tbese findings confirmed the fact
that aubstanti4l changes occur In natural wood lignin during sulfate
digeation of the cellulose. Drig. art. has: 3 tables.
ISard 1/2 --- ---

L 3M7-65
ACCESSION MR.- 05011726
ASSOCIATION: Inatitut lesa i lesokhimii (Forest and Forest Chemistry Institute)
SMITTED: lWun63 WCL: 00 SUB CODE: LS, GC
NO REr GOVt 0052 DTIECR 1 001; im
;'Card

SOEDWYA. A.A.: BARAMOVA. N.A.. UZARITEVA. YO.T.
. ........
Obtaining vanillin from alkali sulfate liuWg*M Oldrolls.
I lesokhta. prom. 10 no.3:6-7 '57. (KLRA 10:5)
1. Arkhangellskly nauchno-tooledovatellakiy statelonar AM SSSR.
(Lignin) (Vanillin)

SOKODWA, A.A.; JJAZARIYEVA, Ye.V.; SFMAKOVA, L.A.
5tudy of lignin with tho aid of chromatography. Zhur.prikl.khim.
34 no.9:2084-2095 S '61. (MIRA 14:9)
1. Iwtitut lesa i lesokhimii All SSSR.
(Lignin)

16( 1) 10 (2) PHASE I BOOK I-YPT,')ITATION SUV/2659
Akademiya nauk SSSR. Institut nekhaniki
Inzhenernyy sbomik, t. 25 (Engineering Symposi=, Val. 25) Moscow, Jzd-vo
AN SSSR, 1959. 218 p. Errata slip inserted. 2,200 copies printed.
Ed.: A.A. Illyushin; Ed. of Publishing House: D.M. loffe; Tech. Ed.-
re. V. Nakuni.
PURPOSE: This book is intended for applied mathematicians, physicists and
engineers.
COVERAGE: The book Is a collection of articles published by the Department of
Engineering Sciences of the Institut mekhazdki (Institute of MecheAics)of
the Academy of Sciences, USSR. The articlen discuss various aspects of the
mechanics of materials and of fluid mechanics, such as stress and banding of
beams, shells, plates and reels, supersonic gas flows, vibrarions, etc. The
problems are treated in a higbly theoretical, i.e., mathematical, manner.
References are given at the end of each article.
TABLE OF CONrIMS:
Card 1/5

Engineering Symoposium, Vol. 25
SOV/2659
Sbernan, D.I. On the Problem of the Torsion of an Ell-iptica.1 Beem,
Longitudinally Weakened by an Elliptical Cavity 3
Galimov, K.Z. On Large Bendings of a Rectangular Cylindrical Shell 20
Aleksandrov, A.Ya., and N.I. Nazatov. Bending of a Tapered Cantilever
Plate 57
Grigorlyev, A.S. On Plates of Equal Resistance to Bending 45
Sheremetlyev, M.P. Bending of an Infinite Plate Which Is Weakened
by an Ell-iptical Hole, and the Edge of Which Is Reinforced by a Thin Ring 51
Alekseyev, S.A. Design of a Circular Elastic Membrane Under Uniform
Lateral Load 64
Chuvikovskiy, V.S. Lateral Vibrations of Rods and Plates With Reactive
Tensile Forces 81
Stepanovj R.D. On the ?lutter of Cylindrical Shells Moving in a Gas 92
Card 2/5

Engineering Symoposium, Vol. 25 SOV/2659
Livanow, K.K. Stability of a Fastened Shell in a Supersonic Flaw 101
Kurdin, NeSs Ban" of a Partially Loaded Rectangular Plate With
Two Supported and Two Free Edges 104
Karmishin, A.V. A Method of Solving Systems of Five-Termed Algebraic
Equations Pertaining to Certain Problems of Engineering Mechanics ill
Nqabin, L.H. On the Stresses of a Weighable Anisotropic semiplaze
Weakened by Two Circular Holes L22
Tarsbasov, N.D. Stressed State of a Multiply-Connected Ssn~plane Caused
by the Pressing in of Discs 136
Golitsynakaya, Ye.D. Certain Problem of the Stability of Thin
Cylindrical Shells 145
C ard 3/5

EngIneerima Symoposium, Vol. 25
SOV/2659
LWmhp P.A.p and M.N. Leontlyev. Design Of a Spherical Shell Supported
by a Foundation 154
VyazImenskiy, S.F. On the Stability of a Rectilinear Form of the
4quilibtimm of an Elastic Compressed Twisted Rod 164
TOMAICinp V.A. A One-dimensional Problem of the Temperature Stresses
in a Plastic-91satIc Medium 174
Mareuov, A.Ye. A Study of Heat-Exchange in Supersonic Air Flows
in Pipes lT9
rurlyev, I.M. AppropImte Solution of the Fundamental Boundary Ulue
Problem of a Supersonic Gas Flow lm
Shekhtmanp Yu.M. Flow of Liquid to a Vertical Fissure With Filler 197
Card 4/5

Engineering Symoposi=, Vol. 25
SCV/2659
K&rpychev, VA, On the Displacement of a Water-Oil Contact
In Forwatiow With Bottom Water 208
AVAILABIZ- Librar7 of Congress
LK/go
Cej~d 5/5 12-29-59

FAZIkATM4j*m#a, - DWITRITAV, K.. speteradaktor; TUROYSXIT. B..
4(lovich,
r--a " k' 0
torl A&VAJAPKII, 3. - Tachnichesidy radalctor
[For g9@ distribution engineers] Stroitellu o gotoonabzhenii.
Ktov, Goo. izd-vo lit-ry po stroit. t arkhtt. USSR. 1957. 157 P.
(Gas distribution) (KIBA 10:7)

N"'. "'y K : !:.J 1 Y , Y, .,i .
.~. 1* ~, ~ ~ !, : , . I . I I .
~ , .1 [). : : , ,, 1~ I ~ . . :. I : ~
. . , : I ..- . y- I : ;, I -,.
M os kovs kzip, ~-, -:,, - . . '. : . I .
I i .'y kit I ' n- y q ~ .:' , .

liAZDWAR. 111A,ing. (Craiova); TCRA, Ghoorl:i.a, Ing. (Craiova);
SARM, Marius, ing. (Gralova); RADtL.-~CU, Go3tin, Ing, (Craiova)
Construction, technological, and manufacturing prirxiples
of the transformer unitary saries with alumimm windings
reaching 1600 k7a and 35 kv. Eloctrotennica 10 no.12:441-
14J,9 D 162.
1. Uzinole "Electroputere", Graiova.

RADljlx;SCU, Coatin (Graiova); TOMA, Gheorghe (Craiovu); NAijDii.AVAI4, Ilie (Graiova)
Technical and economical premises considered in the manufacture
of tranaformar series from 6,3 to 80 MVA and 1-10 kv., when using
cold rolled shoot. Electrotehnica 11 n0.4:125-136 Ap 163.
1. Col--ctiv do la uziLolo i~loctroputarr., Craiuva.

E(exachloran against grain beetles. Zashch. rast. ot vred. I bole
5 no~4:23 Ap 160e (MIRA 13:9)
1e Starshly agronou po, cashchito rastonly ableallkhosupravlonlys.
go ftnsao
(Benzene hazachloride) (Beetles)

!lAi
3HAEjAN07j
studontKa VI
56-62 lie

--T , , ~ -.-- , --.! ~ ,

llkZIIF,STKIN. B.P. . tuh.
ImprovirW the quality of nachine peat in tne $~Xpl-itatlon if
4nponitF; of lower mointurn contont. Torf.prom. It) no.9:21-24
159. 04m~ 13:))
1. Kaltninskiy torfyanoy inotitut.
(Peat industry-Squipmont and %uppliee)

I;AZHFSTKII,, h. P., Cand Tech ,(,i -- ,Rt-
li beal-c", ir,t( vibrriti )i,
c f Dea t ma scs o f recl,,c ed h umi,~, ~ t v : ,
. .., its f " --ti ,,.
of Sulall lump fuel of 111AD. ity." ,- -,T,;
of' If ~i r tit: r mi (I 11;uc or i,j ri x-,; I,j -, uc ~, r, I J 1ti~(j u c ll t ,r, , ,., j, , ii ,X rl i I ,, J ,, I , 1-f " ~, - t ) ;
j
166 cop~us; price i,ot ji1verl; (Ki, u-60,

NAMEZ"TIM4, B.F., kand.tAhn.nauk
Effect of vibration on the power consumption in forming
peat mass of lower moisture content. Torf. prom. 38 no.4:
4-7 161. (I-IUUk 14:9)
1. Kallninakiy torfynnoy Inatitut.

SOLOPOV, Sergey Georglyevich, prof., doktor tekhn.neuk; MURASHGV,
KikbgLil Vasillyericn, dote., kand. tekhn. nauk; 141F.KIN,
Mikhail Abrawyleh, inzh.[deceaaedj; AN151144, Pavel
Fedorovich, kand. takhn. nauk; GOKrSAKALYAN, Lorin
Oganesovich, kand. tekhn. nauk;__NAZI=TKIN,- Borie Petrovich,
kand. tekhn. nauk; PESKOV, Vladimir Glabovich, kand. tekhn.
nauk; SAMSONOVA, M.T., red.izd-va; YEZHOVA, L.L., tekhn.red..
(Peat machines; their theory, calculation, and design)Torfia-
nye mashiny; teoriia, ra6chat I konstruirovania. [By),'). G.50101)OV
I dr. Moskva, Vyashala shkola, 1962. 353 p. (MIRA 16~3)
(Peat machinery)

li"HFSTKINO B.P., kand. tokhn.nauk
DerteroJimtion of the wave Iength of a peat belt in spr-acLnF,.
Izv.vys.ucheb.zav.; gor.zhur. 5 rio.2.62-63 162. (!.a:i.A -.-' .~
1. Kalininskiy torfyanoy institut. Rekomendovana kafedray torf,,-~u,uy
makhan.iki.
(Peat machinery)

SOLOPOVP S.G., prof.; NAZHESTKIN, B.P., kand.takhn.nauk
Physicomechanical properties of vibrated peat and prospects for
using It in the national economy. Izv. vys. uch. zave; gor.
zhur. 5 no.6:9-12 '62. (MIRA 15:9)
1. Kalininskiy torfyanoy Institut. Rekamendovann kafedroy
torfyFLnoy mekhaniki.
O'eat-Testing)

NAZRESTKIN, B.P., kand.tekhn.nauk
Effect of vibrations on peat resistance to cutting. Torf.pr= .
39 no.2:7-8 162. r?CRA 15:1)
1. Kalininskly torfyanoy institut.
(Vibrators) (Peat machinery)

CVCM 4 aaafgwag dit-
("Int 4WAM" a ran. X-Z--W-X-X=Q
V
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Mains "!IV
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Asir. 16. M-200(1944).-An on cung -
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and WI abnormal VL~. fir, 4. ALI 30
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2%0 Iftfa 0. 17
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and dwwc4
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An *U coats. O
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abuctuxal v below 100 and souse thital
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HAZHIMIOVSKIY. R.A.
AAMS'-~ate form of hydrological forecasts. Trudy TSIP no.94:
12:8)
67-7o 159.
(Hydrolory)
(HIRk

HAZHMETDINOV M.
One nuat value the authority of the physician. Zdrav. Tadzh. 8
no.30-1-1 MY-Je 161. - OURA 14: 6)
(PF.NDZIII KENT-PHYS I CUM)

LEM/Medicine Xplarin VxjlJllzn 1~11 7
A-- d I c ine C b rA'O t h c . r 7- 1, y
"The Tresitnent if K7.lrax'~ wltn Sul',-j-.' I t- -
ratlni)b" T. 10i. U-zhmIddinov, N. 1.
b-opicnI D'_ac,,-,cs ClInIc of thf:
lra,tltut., -, -i
NeditfjD-,r-kr_,y.. F-raz'tol,-, No
Brief ~!Pcuaplon, with i-I !n Inbul-,r
to the effec' thr.' _,A~ azd Oulf, trl~,
c-re c-mpletely
171-38

-N4441 R40w, To 14., Prof., i4erited 5cientific Worker of the Uzbek 3M. ,
t4 V1 Zm M % t'Dt t40 J. -F'wjQ .
1- t( h
ItComplex Method of Treating Human Brucellosis According to the I hase of the
Jisease," paper presented at the Joint 3cientif ic Session hold by AIMS US'R and
Min. of Pub. Health 3 S R on I roblems of Regional Fathology, 20-2'~ 3ert 54,
Taskkent, pare 81.
Attachment to B-98525, 30 Jul 56
In U. of Cal. Library

SIRNLINIKOV, To.K.; NAZUTAN,- A.G.
Nov method for experimental determination of optirrim parameters of
auxlllarjr poles In d.c. machinery. Izv. vys. ucheb. zav.; elektromnkh
1 no.4:13-26 '58. (MIRA 11:A)
(Electric machinery-Direct current)

A j
Ilead of the Cha I r K:
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A66JCiA~ijii:
tricheskikh mashin uppamtn-r (N~~vD,-net~mssk
Card Institute, 3~~lr of Eiec'ricai Macnines ird

KLEYWHOV, V.V., inzh.; ZOLOTOEV,, P.A., kind. takhn. nnuk:
A.G., kand. tekhn. nauk
Study of transient procesaes in the tracti,)n motor n,~%wrrK!
or main line electric loconotives. EIr-k*.rotnkhnIka Y, n-,P,
35-37 Ag '64.

s/i44/6o/ooo/olO/O05/0IO
9, 7 0 E194/E355
AUTHORS: Sinellnikov, Ye.M., Doctor of Technical Sciences,
Professor, Departmental Head ' 42646yaa, AAfu -
Assistant, Kleymenov, V.V., Head of LaborafWry and
Chernyavskiy, F.I., Candidate of Technical Sciences
TITLE; The Use of Analogue Computers to Investigate the
Commutation of DC Machines
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromekhanika, 1960, No. 10, PP. 58 - 77
TEXT., It is impossible to provide a strict analytical
solution of commutation problems in DC and AC machines because
of the complex nonlinear character of the differential Al
equations involved. Assumptions that are made to simplify
the equations lead to errors in these solutions.
The development of computers offers new prospects of solving
commutation problems. These devices can solve the problems
involving the complex differential equations of the commutation
process without introducing crude simplifying awsumptions.
The first practical attempt to use modern high-speed computers
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
for calculations on commutation was reported by Alger and
Bewley in Power Apparatus and Systems, August, 1957. These
authors used a digital computer and because of the cumbersome
algorithms it was necessary to make a number of simplifications
and exclude various factors which are important in practice.
In prticular, it was necessary to simplify the volt-ampere
characteristic of the brushes and to assume sinusoidal flux
distributions of the interpoles.
In comparing the advantages of digital and analogue computers
for solving commutation problems it should be remembered that
existing procedures for calculating the parameters that enter
into the equation do not utilise the potential accuracy of
computers. Accordingly, in this case, the accuracy of digital
machines is of no advantage as compared with that of analogue
computers which are adequate for the purpose. With an analogue
computer it is possible to obtain a number of output magnitudes
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
such as the voltage between commutator bars, currents in
sections and their differential coefficients, voltages as
the commutator bars leave the brush and other magnitudes.
With digital machines each of these magnitudes would require
a fresh algorithm. Accordingly, at the present time analogue
computers have considerable advantages for work of this kind.
In the present work the authors show the extensive possibilities
of analogue computers for calculating and explaining various
factors that influence the commutation process. It would be
difficult or impossible to study these factors by existing
procedures. The assumptions that were made in applying the
method are then stated. The more important are: the self-
induction coefficients of short-circuited sections and mutual
induction coefficients between simultaneously commutating
sections do not depend on the value of current or the angular
position of the rotor; for any given slot section the
inductance is the same as that of any other corresponding
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The Use of Analogue Computers to Invest lgate tile Commutat 1-
of DC Machines
section in other armature slots; section and loop resistances
are constant; the voltage drop in the brush contact depends
on the current density and not on the speed. The direct-
current machine for which the differential equations of
commutation were formulated was of the following character-
istics; 2.6 kW, 220 V, rated current 14 A, speed 1400 r.p.m.
The armature has a diametral. pitch winding with three sections
per slot and the commutator bar width is 7.5 mm with I mm of
mica between. The brush is 15.5 mm wide and can short-circuit
one or two sections simultaneously. Fig. I shows a schematic
section of the winding undergoing commutation under two
brushes of opposite polarity. In view of the assumptions that
are made, if the brushes are similarly located relative to the
neutral position, brushes of opposite polarity have identical
volt-ampere characteristics, and the laws of change of current
in analogous sections short-circuited by brushes of opposite
polarity are the same. Accordingly, there is no need to
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
write down twice the differential equations of commutation
for identical sections and correspondingly to double the
electronic model. Hence the circuit of Fig. I may be
simplified to obtain that of Fig. 2, and as in the mat machine
the resistance of the risers is small they are omitted.
In formulating the equations of commutation it is convenient
to measure time from the start of commutation of a section;
in particular, the start of coaunutation of sections 2-3 in
Fig. 2 is considered. The commutation process is cyclic and
is repeated after the armature has passed through a single-
tooth pitch. The commutation cycle may be divided into three
stages, each of which introduces new operating conditions in
some section. Fig. 3 shows equivalent circuits of section
commutation for all stages of a complete cycle. There are
nine of them. Eq. (1) is then written for the first section
of the slot in operator form for all stages of commutation.
In the second stage the equation takes the form of Eq. (2)
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
which is the equation of damping of current oscillations in the
section 1-2. In the next four stages of section 1-2 the first
section of the first slot is not commutated. However, the
process of modelling commutation of this section is incomplete
since no allowance has been made for the start of commutation
of the section 1-2. The method of allowing for this is
explained, and Eq. (3) is derived. In the next, eighth stage,
Eq. (3) is again valid. The ninth stage of commutation
commences when electromagnetic oscillations in section 3-1 are
terminated and is described by differential equation (4).
The nonlinear differential equations (1), (2) and (3) for the
first section must be solved simultaneously with similar
equations for other sections for the same stages of commutation.
Consequently, the electronic model which is required to solve
the equations should automatically on completing the solution
of one system of equations reconnect in the next stage of
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
commutation to solve another system of equations to give a
continuous solution ot the commutation process on the machine
output. Thus, from the mathematical standpoint the process of
commutation is determined by a system of differential equations
with coefficients which are discontinuous functions of time.
Differential equations (1) and (2) may be combined to give an
expression of the form of Eq. (5). Similarly, expressions (3)
and (4) may be united into the general equation (6). Finally,
to obtain the most compact electronic model, Eqs. (5) and (6)
should be united into a more general equation for the first
section of the slot, which will be of the form of Eq. (7).
Eqn. (I&) and (3a) are then combined to obtain a general
expression (7a). Similar expressions (8) and (8a) are obtained
for the second section of the slot and Eq9. (9) and (9a) for
the third section of the slot.
Eqs- (7). (8) and (9) are solved relative to the differential
coefficient of current for the first, second and third sections
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
of the slot, and on introducing other- necessary terms Eqs. (7'),
(81) and (91) are obtained. Tile reason for writing the
expressions in this form is explained. The Eqs. (7') - (9')
and (7a) - (9a) were used to formulate the analogue-computer
block circuit diagram shown in Fig. 4, tile notation of the
block-circuit components being given in Table 1. Table 2
notes certain parameters of the DC machine investigated; tile
scales used are stated. Table 3 gives coefficients of the
block-circuit of the electronic model with the circuit of
Fig. 4. Fig. 6 shows the law of change during the process
of commutation of the area of contact between the brush and
the corresponding commutator bar. Vales of section capaci-
tance on the machine investigated were determined with a
ballistic galvanometer, timing the circuit of Fig. 7.
A description is then given of' tile electronic model whose
block-circuit diagram is given in Fig. In order to
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The Use of Analogue Computers to Investigate the Commutation
of DC Machines
understand all the mathematical operations carried out by the
model in a complete commutation cycle it is sufficient to
follow the solution of the equations of any one section.
Accordingly, solution of the equations of commutation of the
first section of the slot (7') and 7a) is considered. The way
in which the various values shown in the blod(~circuit diagram
of Fig. 4 are obtained is explained. It is shown that on the
model it id possible to follow the solution of the necessary
equations for a complete cycle of commutation of the machine.
The model was designed to repmduce the process of commutation
continuously, i.e. to solve the equations in a time of 255 sec,
which corresponds to the time of the commutation cycle on the
time scale chosen. When the calculations for one cycle are
complete the computer stops and a further current setting may
be made. The operation of repeated starting could have been
made itutomatic but the complication involved was not worth
while.
Card 9/14

s/144/6o/ooo/olO/005/010
E194/E355
The Use of Analogue Computers to Investigate the Commutation
of DC Machines
Some results are then given of the solution of the commutation
equations. Oscillograms of current in commutating sections
obtained with the model are shown in Fig. 8 and the shape of
the curves in discussed. Corresponding curves with higher
values of e.m.f. are plotted in Fig. 9, and again the shape
is discussed. These curves show that with the machine investi-
gated satisfactory commutation cannot be obtained with a
urEform field in the commutation zone The optimum field can
very easily be selected on the model and changes in section
current with optimum field in the commutation zone are plotted
in Fig. 10. Fig. 11 gives oacillograms of currents in the
section assuming that there is no voltage drop in the brush
contact. It will be seen that because of the intensive
magnetic linkage between sections the values of section current
are much closer together in this case. Consequently, the
greater the voltage drop in the contact the greater the counter-
action to the effect of equalising current in the section and
Card 10/14

S/144/60/000/010/005/010
E194/E355
The Use of Analogue Computers to Investigate the Commutation
of DC Machines
the more uniform the process of current change in the section.
Fig. 13 shown curves of changes of current in two section
short-circuited by two brushes of opposite polarity. The
curves were taken oscillographically on an actual DC machine;
the method is briefly explained. It will be seen that there
is satisfactory agreement between the curves obtained on the
machine and with the computer and this confirms the method of
formulating the differential equations for modelling.
The general principles of formulating equations of commutation
and block-circuit diagrams of an electronic model are then
considered. This section for the most part repeats the
explanations given in preceding parts of the article. It is
shown, however, that in writing the expressions for the
transient process in analytical form the requisite number of
commutation equations need not exceed the maximum number
of cocmutator bars covered by both brushes.
It is concluded that the principles described in the article
Card 11/14

s/144/6o/ooo/olO/005/010
6194/E355
The Use of Analogue Computers to Investigate the Commutation
of DC Machines
may easily be used to construct a model of a DC machine with
any practical numbei~, of sections in the slot and with any
width of brushes. By making very simple changes in the
coefficients and other parameters of the model it may be used
to study commutation processes in DC machines with different
winding pitches and with any number of sections in the slot
or widths of brush.
The following data may be obtained for each of the variants:
the nature of current changes in the sections and their
differential coefficients; the nature of current changes in
the risers; the law of change of voltage drop in the brush
contacts; the law of change of current density in the brush
contact and the voltage of the commutator bar relative to the
brush at the moment of exit of the section from commutation.
The influence on the above characteristics of the following
factors may be considered: the field shape in the commutation
Card 12/14

S/144/60/ooo/olO/005/010
E194/E355
The Use of Analogue Computers to Investigate the Commutation
of DC Machines
zone of the machine; the grade of brushes and the effect of
too early interruption of contact between brush and
commutator bar. Further work with electronic modelling
methods and the development of special analogue computers
will make it possible to discard most of the ill-founded
assumptions that are usually made, including some tolerated
in this article. Then a more complete study can be made of
the commutation process. There are 13 figures, 3 tables
and 3 references: 2 Soviet and I non-Soviet. A
Card 13/14

S/144/60/ooo/010/005/010
E194/E355
The Use of Analogue Computers to Investigate the Commutation
of DC Machines
ASSOCIATION: Kafedra elektricheskikh mashin i apparatov
Novocherkasskogo politekhnicheskogo instituta
(Department of Electrical Machines and Apparatus,
Novocherkasak Polytechnical Institute
SUBMITTED: August 17, 1960
Card 14/14

G.G. , ?and. te khn. nauk- (Lvri.~ njraJ EEL11
V.V. , - nzll., !:AZ IKYA!; -. e'_,,I.,A .
URAL~.,V, :'.F. , doktor ~Pkhn. rauk, j
Concern " ag A.S. K-jxb--sov',q art. I, Los *Pr. r-,- ple-A 7,f the T,:)Wrr
theory of the comutat-on -if "-Ca.! u-lat4 Orl
of the r,,orz-i, ta t i un c f d -i,,A ~ l.: T, r, hc,strc no." -
Vnr
_zrrrr,*

KLEYMFMOV, Vladimir vasillyevich, lnzh.; DOLYAYEV, Ivan Pavlovich, kand.-
tekbn.nauk, dotsent; KAZJ~~YAN, Artem Georgiyevich, kand.tekhn.nauk;
ZAVEZKN, Aleksa'ndra Fedorovna
Simultaneous use of analog and digital computers in studying processes
in electrical machines. Izv. vys. ucheb. zav., elektromekh. 6 no.1-
11-24 163. OURA 16: 5)
1. Nachallnik laboratorii elektronnykh *~chislltellnykh mashin Novo-
cherkasakogo nauchno-isaledovatel'skogo instituta elektrovozostroyeniya
(for Kleywnov). 2. Kafedra elektricheskikh mashin, apparatov,
matematidhaskikh i schetnoreshayushchikh priborov I ustroystv
Novocherkasokogo politekhnichoskogo instituta (for Bolyayev, Nazikyan).
3. Starshiy inzhener laboratorii vychislitellnykh mashin Novocher-
kasakogo politekhnicheskogo instituta (for Z&V#zen).
(Blectric machinerX)
(Electric machinery-Electromechanical analogies)

21745
P/04 61/000/'001/00'/0o'
A223YAl 26
AUTHOR: Lepiarz, L., Master, and Nazm, H , Engineer
TITLEs Steel-vinidur tubes
PERIODICALi Wiadomoaci flutnicze, no. 1, !961, 15 - 18
TEXT; The rapid development of the Polish chemical industry calls
for an increased production of tubes resistant to chemicals. The acid-proof
austenitic tubes produced in Poland cover only part of the country's needs
and a considerable amount has to be imported. The Sosnowiec Huta (Metallur-
gical Plant) started the production of steel tubes with "vinidur" lining.
These tubes are produced by cold rolling through simultaneous reduction of
the steel and vinidur tube diameter which makes for a Close adhesion of met-
al and synthetic material. Steel-vinidur tube3 can be used instead of chro-
mium-nickel or non-ferrous metal tubes, and are 5 - 6 times cheaper than
the conventional acid-proof tubes. The production program includes steel-
vinidur tubes with an external diameter ranging from 10 to 110 mm. The
steel wall of the tube is made from low-carbon steel and makes the steel-
vinidur tubes suitable for underground and surface pipelines Vinidur tubes
Card 1 /3

21745
Steel-vinidur tubes
P/04 3/~ 1 1000,'CiO 1 1/00 ""0G'
A22~//A126
with outer steel tube can withstand temperatures from -10 to +60 and in some
cases even to +1000C, while the ordinary vinidur tube can resist tempera-
tures from -5 to +500C. Experiments showed that a temperature of IOOOC does
not cause a separation of the vinidur lining from the steel tube. I'Vinidur",
a thermoplastic substance derived from polyvinyl chloride is resistant to
certain acid and alkaline solutions, acid salts, mineral oils, plant oils
and organic compounds. Steel-vinidur tube8 can be subjected to bending like
any other tubes, without causing a separation of the "vinidur" lining from
the steel tube. The bending can be carried out by a bending machine or by
bending equipment with grooved rolls Bending is done by the conventional
method of filling the tube with sand preheated to a temperature of 130 -
1600C and consisting of I-mm granules Pipelines consisting of Bteel-vinidir
tubes may have permanent or detachable connections Permanent connections,
used mainly for low pressures, can be either threaded joints or welded
joints. Welding is carried out by an air jet of 210 to 2~OOC with a v4nidux
1/3 or 114 of the thickness (-,f the vtn:iur -ite,
rod having a diameter of /
Detachable connections are flant~ed j(~inta wIth or wit~.out rqlnforcement
Both theoe connections tire mad,., by cf steel at 'he en1s,
Card 2 '3

21745
P/wA/~1/00C,Qrj-~O. 1; " ~ -
st(,el-vini lur t,i A22~/A'?~
be connected, formine a fl[Ln(.,e frg,-,. the ends of ths-, vindur and' ns-r!-
ing an annular vin4dur, t" or rubl,er "lie r~iinfor-ej typ- of
these flanged joints differs from the 0her by a vinidiir rin6, w-.th a 'hi-k-
ness equal to the thicKnpss of the %-.riidur lube wul 'l , - : ,-, -, J . r
flange, which i nsure.3 g-rea t er reoi ar,- P * o hi. 7h p res oures . V,,nilur -ar, to
welded by hot air Jet, hy _(,at from frict,,,~n, by cin!act nith Fi 1- * (,I
and by high-frequency current. W e I d I by h u t a,, r p r r),,, P d M c) ~; * p r a c t'. -i
teg by a spark induc*,)r, In prar- r, r
The joints are -.ed for ligh+neoi c-
each mm of tube-wall thickneoo a !unoiun ~jf '~,000 to ?0,00C v ~s ..spd.
Steel-vinidur tubes chould have a smooth inner and outer surface The RI;
steel with tensile strength Rr = min. ~8 kg/ IMM2 and ductile strength a,O
min. el. and vinidur with tensile strenCth Rr = min. 400 kg/cM2 and duct4le
strength a, min. are used in the manufucture of steel-v'nidur t,lbes.
0 =
Steel-vini ur tubes can resist pres3ure tests s;milar to -;+eel tubes and n
accordance with the PN-'~7,'H-742?O On the basis of tests, pu~rmaneri* -:nnr,.e--
tions should resist a pre~-.suro of coll wat-r ~,f 15 k~7/=2 and the detachatle
ones a pressure of 4U kC,(.m2 Ste-l-vinidur tubes are a new P~Ai3h prodl;ct
manufact,ired by the Sosnowiec 11.10allur,--a' Plqnt Tests proved 'hat theoe
tubes can 3UCCeSSfUlly replace in many cases the acii-pri,cf t,~t-s There
are I tables, 6 figilres and ') Soviet-tlcc r-!fr,rences.
Card 3/3

NAZIMK, N.F.
"Application of Radioactive Phosphorus to the Treatment of Capillary
Anglomate" p. 243, in the book Experience In the __U.%e -af -Rad.IoactiYiZ_;sotopee
In-Mdidne R. Ye. KAVE7SIKIY and I.T. SEEVCHENKO, publishing House of the
UKRAIIIWI SSRI KIEV 1955, represents wdical transactions of a conference
held in KIEV from 18-20 January 1954.
So: 1100235

NAZIMOK. U.
ActinouLycoals of the rirht inguinAl region suce--essfully trepted
with I rnys. WrRch.dalo sunDlement '5~:50-51 (KLRA 11:1)
1. Rentgenoternoevticheskiy otdel Kiyevskogo nnuchno-iseledovatel'-
skogo rentgenorndiologicheakogo i onkologicheekogo institutn.
(ACTINCHYGOSIS) (I RAYS--THIRAPIM IC USB)

S I I ISM, ~ M -31CORBAK, N.G.. starshiy nauchnyy ootrudnik-, NAZIMOK. N.Y.,
nauchnyy sotrudnik
RoentpnnotheraP7 if chronic sinumitis. Test.rent. i rad. 3L no.L.:
91-92 JI-AP '59. (MIRA 1?:12)
1. Iz Klyevskoro renteno-radiolopiehaskorgo i onkologicheskogo insti-
tuta (dir. - prof. I.T. Shevchenko).
(SINUSITIS radiotherapy)

TIAZIMOK, N.F.
Use of Chaoul X-ray therapy in chronic tonsillitis. Zhur. ush.,
nos. i gorl. bol. 21 no-3:49-51 My-Je '61. (MIRA 14: 6)
1. 1z Kiyevskogo nauchno-issledovatellskogo rentgeno-radiolo~,,-iche-
skogo i onkologicheskoao instituta (konsulltant - dotsent N.O.
Sherem.et-Shcharbak).
(Z PAYS--THERAPEUTIC USE)
(TO14SIIS-DISEASES)

::,a: o6o!56.19 SOURCE COLL: UR/01.13/66/000/009/()037/0037
Golldshtoyn, L. -).; Lo3nichorko, 11. A.; Nazzimok, Yo. 11.
none
A .Uvico Col. L!,o :o.a[Alization of' oloctric oncillation.
21, :... /-, y
,,mi.tmnco6 t)y ov-~m, (if Lim itoo 13mmur Loningrnd Hilit-m-
Acarlom-.- Lm. A. nnaya, inzhonornaya
F loziiay3kiy (LoninUadnknyn voyo
Kra s no.-mamo ai:,arlemiy-iO
lzobro tot) iya , prCi11*1.,;n1.()njI.,,,Yqj oora.-A.,iy, tovarnyyo ziL-iki, no. 9, 1966, 37
p.-iramotric o~-.clj.~al.oi-, atiLnm;jl,.4Lc rtabil tzaLion orijipmont
hnn
Author Cor,~J-'Ic-Lto a dovico .'(-,r tho au%om-.tic p so
a'-abi:izatlon of oluctric -jjr, rlo,-.rn lncroasos tno oonniLivity and
proci3ion cif tho device. A poriod~'cally tr1j,,forod jyjrmotric oscAlntor i4r, uzod
at; t,~,(j phatso sonsitivo olomont (L;co Fig. 1). Two ~xjrayaotrlc oacIllal.orr; aro u:;od
in trio dovico. One of thoso is autonomous and operates in a conLillUOur, L1,060, and
tho othor oporatos in a pulse modo and is connected with the source of stabilized
oscillations. The device uses a discrete circuit for the comparison of the phases
Card 1/2 UDC: 621.373.983

AGC IM: id'6015(29
Fig. 1. 1 - pariodically triggorod paranotric
oscillator; 2 - autonomous parametric
o.,cil'jator; 3 - discroto comparison
circuit
of tho reforonco parametric oscillator and the phaao-sen3itive parametric oscil-
lator. Orig. art. has: I figure.
SUB GODEz 09/ SUBM DATE: 12Jun65
Card 2/2

IJAZI14DV, A.D., insh.
Gomunication and transport for the building site. Nmerg.stroi.
no.5:14-80 158. (XI-Rh 12-5)
1. Starabiy Inzhener protrvodRtvonno-tek,inicbnRI-opo otdola
Kuyby9hovgMrnqtroy&.
(Vn1ga Hy4rnolectric Power Station-Connunication, and traffic)

- KAZIMV, I., -kaDd.pedagog-vauk
Some psychologica.1 aspects of instruction. Prof.-takh. obr. is
no. 3tl5-17 Mr 161. 14:4)
(Vocational education) (Teaebing)

I , " IA , , . . .. .
: - I , " I,,. . . I :-,l : :* ,
1- 1 , I'l ~ ': -, , .'_ : , ! ,
: w . I , . 1~ , I - .. " .
r. . I I ~ F~ , I . - .. , !- ~ , , .

I ? A ~ 'n fr" ',I .I I
R^f,.LMVV a .
Feeding and Feeding Stuffs
Unused feed resources. I. N. NazLmov., Kom. haza, 3, no. 1, 1912.
Monthly List of Ru2sian Lqceosiong, Library of Congress, April 1952. UIJGLA&JFIED.

NAZIYOV, Ivan NII(olpyevich
k
KAZD'OV, IvPn Nilolayevich
A11-Union Sci Fes 1nst of the Alcohol :ndustry)-
Academic derree of Coctor of Econonic Sciences,
based on his defense, 10 October 1955, in the
Council of the Moscow Order of Lenin A~,ricultural
Acad breni Timiryazev, of his dimsertation entitled:
"Organizational-economic principles of administration
in sovkhozes,"
For the Academic Degree of Doctor of Sciences
SO: Byulleten' Ministerstva VyE;hego Cbrazovaniya ~',SSR, List No. 2, 21 ~'antiary 191,6,
Decisions of the Hipher De?-tificption Conni~3-ion concernirw academic deprees
and titles.

UZIMOV an.,y1k9layevich, profe!,aor; XJXrChEIIKO. A.V. , redak-tor;
~~ -i-
9 f.f . tekhnIcheskiy red-ktor
[Distillers' elope as livestock feed) lepoll zovanl,3 bar-dy v korm
skotu. Moskva. 'loo. izd-vo selkhoz . lit-ry. 1956. 31 P -
(Distilling industries--By-products) (VLPA 10-1)
(Feeding and feeding stuffs)

MAZINOVA
Arrangement of forces In a longshoremen's crew in Rostov harbor.
Hlok.agi'..vod.transp. n0-15:32-34 Ag '55. Mat. 8:9)
(Rostov--Longshoremen)

SHULITE, A., Insh.; RAZIMV, M., Inah.
Apparatus for grain analysis. Zashch. rest. ot wred. i bol. 6
no.9sl7 3 161. (KRA 1635)
(Seed adulteration and inspection)

MAZIMOVe H.A.
Now implements, Zemledelie 23 no, 2i61-63 F 061* (MIRA 14:2)
(Agricultural implements)

IJAZiMOV, M.A., Jnzt..
Ttl,~ 11,3!-! a~ [.a -a,* ~i , f-'r I- , 'j'? , . :, . -.. *. ,,-11.
I -,
Z,-:41~.j I" . i'l "', 3: ;~o ~':- 1, ... 1 1. ~ . - . )

TIZENA5, F. n., P. 1.
Clearing of I"
Speedy utilization of brushland. Kor,,. baza 3 no-3152-54 Mar 152.
ljouthly LW 2L Russian Accesainna, lAbrary of Congress, July 1952. Unclassified.

, ec,,.:i )I -iry
.. - - -., p , i~ ~ . - I .
I . . . r ,
% ...- , .-, ;, , ! , ~ ve *' -- - - , :rf
, ! ~ , , .
!~ontu.-',; 1..~ '~ j- , . of", ,

1. NAZIL,'jV, V.
2. ussit ~ 6w)
4. Agriculture
7. 61ectric engine in igriculture. Izd. 2-e. Irkutsk, Obj. gos. izoatel'stvo-1952
9. Uonthly List of hussian Accessions, Library of L:ongress, Uarch 1953.Uncl,, s.9il ied.

-EUV I P I-, Y all
ZAYT S7h'
(Africa; 1~n 7 ~,.n:
Afrlka; virW 'k, -v "n, k v i

SIORATERK0. Z.V.-, NAMOVA. D.I.
Wands In fields of the Nakrasov State Farm (Kugtana7 PrQvlDce)
and "Sev"rnry' State Tarn (Aktyubinak Province). Biul. MOM Otd.
biol. 64 no.3-75-87 My-Je '59. (MM 13:3)
(Xazakhatan--Woods)

Ui IMOVA. 1)
Mpudrw in ~~o -~r--Inlesc lepressions oll n-ort?,6- es t-rn
riLzakho tan. 67 nc.5:105-111 -S-0
(Mll,lt 1"3101
(f,kl-'/..Y,)t-,-,'~"--Pft:"Ifif?:; AM ?-LIA[CWS)

SOKOLOV, V.A.; NAZIWVA, N.A.
Oscillatory structure of magnesiurn oxide in candoluminescence
spectra. Izv. TPI 9;,:260-26) '58. (YUK^ 14:9)
(Mapnesia--Spectra) (Luminescence)

SOMLOV, V.A.; NAZIMOVAI I.A.
____ 11, ~
Structure and nature of the excitation of the spectrum of mgneelum
oxidation. Opt. I spektr. 8 no.4s573-374 AV 160. (MIRA 13111)
(I(Weslux oxide-Spectra)

I
NAZIMOVA, N. A., CandPhys-Math Scl -- "Towardw tne problem
of high-temperature IAawj&AQ:;=--JI~umIne9cence of MgO."
Tomsk,1961. (Y.In o: HI~Lner and Sec Spec Ed RS.ISR. Tomsk
State U Im V. V. Kuybyshev) (K.L, 8-61, 227)
- 29 -

NAZIMOVA N.A.; SOKOLOV, V#A.
Investigation of the electronic-oscillatory structure in the
oxidation spectrum of magnesium. Izv.vys.ucheb.zav.; fiz. no.2z
143-148 161. (MIRA 14:7)
1. Tomskiy politekbnicheakiy institut imeni S.M.Kirova.
(Magnesium oxide--Spectra) (Mlecular dynamics)

SOKOLOV p V.A.; GOREMI I , A.11-; liAZI340VA P.A.
$Selectivity' of the thermal radiation of C&O and VZO.
Opt. i pektr. 1.1 no.2:273-274 Ag 161. (MIRA 14:8)
(Calcium oxide) (Magnesium oxide)
(Radiation)

MAMOVA, ZON*
Universal hydraulic sand-blasting unit. Mashinostroitell no.3i
24 Mr 163. (Sandblast-Equipment and suppliep) (KMA 16 f,)

9
, I
I
. . I . .
. I I . . I , . .- . , I I . . , - . I
- I

t t -i ca r r i P r
t V i e ri r v i P~ t ,i t ey
7, r i7 ra ir iv e 7, r e ;i r e 7 1 J n
1 9
3 i 1 1z t
r M. r t
~L n i r i v r, t 3 A o x -. r a t
r 1 7, v tf3 r h I C. t -~,I, -I I ne -A. 1 ri v
3 '1 1 lfvir t ry I t r I r, :7 p r, t 1 16 n p r, e X t -,,t c t n!3 -4 6? r r 7
ii n :i r r-. 3 t r o r, t 1 i t r~, an-, r -n t i i..T
',I -, t t Y
c t~ I r i I e ri 0 u t i j r, .9 1r, w '4
r) r S r j~,i i r, r, t r
n 31 f o r r t er t r, t 4, x ra c n t r 14 r I ty r, t I
a 'n u n .9 to 7 e 1 1 :7 F1 j r7.0 ~1#~ r, the .3r :7: --iri t ,, m,jst not
e ed 10 -4
e x t e preparati o n j s t e u r i " i e J hy a a s r i t t % i r e a i t h
N RN 0 v6herpby tre -)r i mp -; r i t y i re I u c e I t o 10 but the yield
Ca r-1 112

C,i
on of r",
t r
r. IVC .,;1 1; 0
-7~ ixr - t,r
7
&ere
;i To 4 1 c r V P
j t n
t h a i e %n0 r q v e I A m x i n
iit a r 1 7.1
ry h~~ ~l nj, A t n
F', eA
,t r, n e n sa e v
r;i
s e
a y a o e f ra -A a s e n
7. n e 7- r t
e r e 7
4 a n e 7 ne t a i %a!: T r,
D a c r - r') mr, c) jT r ri n r ..,,ere ,jrc-
Card 212

IV,

IIMIAYLOV, V.A.; YdIARGHMIKO, S.K.; IUZIN, A.G.
Extraction equilibria arid '.1i,j theoi-i of nonelectroiyU soiu-
LionD. 'rudy Kom.,uial.khim. 1.4:76-8t3 163. (,UFLA 16:11)

i ".. I '..
I. i.
! I ..., 3. . - I .

m. I K H k Y I A
f t h, t y P.
1;-, 314
~ V, I :~ P, I p . I
It v q bi r-~Ac i o~n Irk

ACC NR,-AT6036656
SOURCE COD&s UR/0000/66/000/000/0284/0286
AUVOR:-Nazin, A* No; Anashkin, 0. D.; Zhuravleva, Ye. No; Podymov, V. K.
Faslova,
ORG: none
TITLE: jlethod for placing a permanent nrobe In the arterial lumo [Paper presented at
the Conferonco on Problems of Space Medicino hold Ln Moscow from a4-27 May 1966]
SOURCE: Ynnforentsiya po problemam kosmicheskoy meditsiny, 1966. Problemy
kosnichoskoy meditsiny. (Problems of space medicine); material konferentsii,
Moscow, 1966, 284-286
TOPIC TAGSt space medicine, space physiology, cardiovascular system, bloprobe,
hemodynamicsg arterial lumen, bioinstrumentation, blood circulation
ABSTRACT:
ln order to be able to study hemodynamics and the effects of pharmaco-,
iogical agents, and in order to L)c able to take blood samples from dogs in
prolonged experiments in the absence of an experimenter, a technique was
developed for chronic implantation of a probe in the vascular lumen. A
series of experiments was performed for this purpose which involved 75
dogs. The technique developed is not difficult to effect and can be proposed
as a method for chronic probing-o-f -the aorta to obtain hemodynamic indices.
ILCard 1/3

ACC NRI AT6036656
In most of the dogs. the probe %vat; haierted through the right carotid
artery and passed down into the abdominal aorta. The probe was fantened
in the carotid artery and was passe6 out through the withers of the animal.
'A cutoff valve was placed at the proximal end of the probe.
Blood clotting is the most frequent postoperative complication which
'arises in conjunction with insertion of chronic probes. Consequently,
special attention was devoted to the study of coagulatory and anticoag-u-
latury mechanisms. The nature of the material from which the catheter is
prepared was found to be most significant. During implanting of probes
best results were obtained by using polyethylene tubes wnich had been heated
over a burner and then shaped.
Beginning with the third day after the operation, the majority of dogs
showed changes in the peripheral blood which manifested themselves in an
increase in the sedimentation rate and the total number of leukocytes, and
a decrease in the hemoglobin level and the total number of erythrocytes.
The leukogram showed neutrophilia with a sharp shift to the left, as well
as lymphopenia and eosinopenia. These processes are viewed as a reaction
.,of the orgnaism to the process of thromboembolism in the kidneys and
~.spieen with its consequent compUcations.

ACC NRi AT6036656
In order to avoid the traumatic effect caused by the free end of the
probe on the vascular wall and the process of thromboformation, the probe
was placed into the deep femoral artery and fixed at the juncture of the
common femoral artery. However, the contracting, pulsating vascular
wave as well as the ligature of the vessel along the path of the probe caused
an ulceration of the vascular wall on the 7th and the 15th day in all cases.
Promising results were obtained in probing the right ventricle of the
heart through the jugular vein. Two dogs with a normally functioning probe
in this position lived for more than a month. Biochemical investigation of
the blood excluded the possibility ef thromboformation or any tendency to-
wards it. The absence of the process of thromboformation was confirmed
by special morphological investigation.
The research performed has demonstrated that this technique developed
of chronic probing of the aorta can be recommended for registration of hemo-
dynamic indices in experiments performed under special conditions in the
absence of an experimenter.
A. No. 22; AID Report 66-1167
I
SUB CODFi 06 1 SUBM DATEl OOMay66
Card /3

HAZIN.A.V.. inzhener
Depots for precast and reinforced concrete products used b7
highway maintenance departments. Avt.dor.18 no.5:13-14 5155.
(Roads. Concrete) NLRA 9:1)

L 32172-66 EWP(k)/tWT(M)/EWP(t)/ET1 JD
ACC NRI AP6012128 SOURCE CODE: UR/0413/66/000/007/0049/0050
INVENTOR: Nazin, V. A.
ORG: none
TITLE: Molding articles directly from the melt. Class 31, No. 180309
SOURCE: Izobreteniya, promyshlennyye obractsy, tovarnyye snaki, no. 7.
1966, 49-50
TOPIC TAGS: molding, vacuum molding
ABSTRACT: An Author Certificate has been Issued describing a method of.
making parts by drawing them directly from the melt through the slot
of a die floating In the melt. to increase the efficiency of the pro-
cess, the melt to drawn by vacuum Into the die, the bottom cavity of
which conforms to the shape of the article to be molded. ILD]
SUB CODE: 13/ SUBM DATE: 050et64
Cord I/ I j,"n --- UDCs 621.746.047

WIN, falentin TWinlrovich: YINKIMTM. B.A., inzh., red.
f2reation of the relaf orced concrete elesents of a by-product
coke plant) Tosvedsole zholosobotonnylch konstruk-toll lrokookbi-
micheskogo sayoda. Kooky&, Goo.isd-vo lit-ry po strolt..
arithit. I strolt.saterialam. 1960. 31 P. (UM,& 14112)
1. skademlya strottelletya I ark:hitoktury SSSR. Institut argani-
satoll, mokhanizatell I talchatchaskoy pomoshchl stroltalletyu.
Byuro takhatehaskoy Informtell. 2. Zamestitell glaynogo Insheners.
tresta *Vaketroy* (for Fazin).
(T&sInovbL---Coke Industry)
(Reinforced concrete construction)

NAZIS. Vitally Vladimirovich; FINKINSHTEYN, B.A., lAzh., red.
(Prestressed conq"te elements for r9ofe.of industrial build-
ings in the OM&katr*i"; Donetakii sovnarkhoz. Koskya, Ges-
str*iizdat, 1962. 30 p. (min 16:4)
1. Akademiya stroitelletva i arkbitaktury SSS& Institut orp-
nizatsil, mekhanizatsil. L tekhnicheakay pomoshchi straitell-
stvu. 2. Glaynyy inzhener Treat& "Makstroy" (for Nazin).
(Prestressed concrete) (Roofing, Concrete)