SCIENTIFIC ABSTRACT AFENDULOV, K.P. - AFONICHEV, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100420008-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AFENDULOV, K.P.. kand. sellskokhoz. nauk
..
Strain renovation time for seed production in
Chernigov
Province. Agrobiologiia no-3047-349 ~t,-Je 165-
(MIRA 18:11)
1. Chernigovskaya oblastnaYa
sellskokhozyaystvennaya
opytnaya stantsiya,

AFANDULITV, A.A., kand.tekhn.nauk; SKIPSKIT, P.S.,
kand.tekhn.nauk
- -
0-~
Calculating unilaterally connected beams on elastic
foundations.
Trudy GISI no.25:72-81 156. (MIRA 11:5)
(Girders)

SOV/124-58-7-8115
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr
7, p 115 (USSR)
AUTHORS: Afendullyev, A.A., Skipskiy, P.S.
TITLE: Use of the Method of Forces in the Calculation of
Beams Resting on
an Attached Elastic Support (Primeneniye metoda sil pri
raschete
batok na svyaznom uprugom oanovanii)
PERIODICAL: Tr. Gor1kovsk. inzh. -stroit. in-ta, 1956, Nr
25, pp 82-102
ABSTRACT: A continuous connection between a beam and its
elastic support
is replaced by connections at a finite number of points'.
For the cal-
culations a variant of the method of forces is proposed in
which, in
place of the redundant unknowns, the forces exerted at all
the con-
nections --- excepting at any two adjacent ones --- are
used. It is
the author's opinion that this method of calculation is more
conven-
ient in practice, since it involves fewer mathematical
operations
than do the methods now in use. Two numerical examples are
offered.
P. 1. Klubin
Card 1/1
1. Beams- -Mathernatical analysis 2. Structures
--Applications
3. Mathematics- -Applications

AFEN)ULOYETY A.A.
Calculating Iamtnated foundations. Trudy GISI
n,).U4.119-127 163.
(1,11RA 171,11)

5W
AUTHOR; Afenkov, N. !. SOVII li3-1;8-6-22/22
TITLE: Measurement of the Speci-fi'~ of Scate Organic Liquids
by Means of a D-Li sicouivtabli X-2 atoirc- ter ( ! zinereniye
udel I nogo
ob"yema nekot--,Yykh oreanicheskj.kh zhi-dkostey razllyemnym
dilatometrom)
PERIODICAL: Izvestiya vysshikh Khimiys. i khimicheskaya
tekhrologiya,. 1950. N11:7 6. pp 'i2'8-7)2 (USSR)
ABSTRACT: The cons truo t ion of kr.-,,w--t dl~a*ometers (Refs
1-3) has
several short,,omings (Rtfs 1,5 ) Th,.- d'~latometer of
J, S. Buriew Re', 5) -
, a the if)c-at usnful of them,
however, needing improvernert a 3 w~-11 ~ Tts shortcomings may
be el~mi *nated by rend~,rlr!c container and the Capillary
tubes dismountab!,~. Thes-~ aa well as the use of
the mentioned dilatometer for the m-easurement of the specific
volume of some haiczer. derivat.~L),es of ethane, ethylene, and
propane are discussed in the prese-nt paper, Fie;ure I shows
the nentioned dilatomefer. if.!3 checking, and the determined
physical properties of benzene and chlorine benzene (Table 1)
and the results of nieusurem~-nt of the specific volume of the
Card 1/2 6 organic liquids: CCI 2.0"1 V C1101=ccl~~ C1HCl2-CHCl
21

Measurement of the Specific Volume of Some Organic
50'1/153-58-6-22/22
Liquids by Means of a Dismountable Dilatometer
CH 3- C11 2- CH2Cl, (CH 3)2' CHC1 and (CH3),=CHBr (Tables 495)
are
discussed in special nhapters, Tables 2 and 3 give the co-
efficients in equation (A and ia equation (4) (coefficients
of the thermal dilatation~ which were calculated according
to the method of the least aqua-.es., The results obtained by
the author widen the field of experimental results for the
specific volumes of the invest-iE:ated liquids and define
exactly the present values of the dilatation coefficients of
these liquids. The last mentioned was especially necessary.
The obtained results are well in line with the references 20,
27,12, 21-26, except the coefficient for CHC1.CC1 (Refs 26,28).
There are 1 fig-are, 5 tables, and 28 references, i of which are
Soviet,
ASSOCIATION: Kafedra fiziki, Ivanovskiy
khimiko-tekhrologicheskiy institut
(Chair of Physic;s, 1vanovo Institute of Chemical Technology)
STJB14ITTED: October 3, 1957
Card 2/2

5W
AUTHOR: Af enkoys_ SOY/153-2-5-11/31
TITLE: A Yormula for Oalculating the Isothermal Compressibility of
Liquidel
PERIODIOAL: Izvestiya vysehikh uchebnykh zavedeniy. Kh1miya i
khimicheskaya
tekhnologiya, 1959, Vol 2, Nr 5, PP 7o6-710 (USSR)
ABSTRACT: The compressibility of liquids is in close relation to
their
structure as is generally known. The author attempted to
determine the relation between the isothermal compressibility
and the critioal temperature. He additionally studied the
dependence of the compressibility on the properties of the
liquida. This task can be solved by using the equation for
pressure derived by K.M. Stakhor8kiy (Ref 4):
P - 2M (T - 1- ) (1), where Mv - molecular volume and
i Mv To
TC - critical absolute temperature. Based on this equation and
additional formulas (2), (4) and (5), he calculated the values
of compressibility (Tables 10). In table 2, he makes a
comparison with the data according to the thermodynamic formula
Card 1/3 (6). For the 28 liquids studied by the author, the values

A Formula for Calculating the Isothermal SOY/153-2-5-11/31
Compressibility of Liquids
benzene and the series of 1-atomic alcohols. The fact that
the compreesibility of the isologs follows the above dependence
makes possible the use of (11) for the calculation of this
characteristic. Hereby, the physical characteristics easily
determinable by experiment are taken as a basis. There are
2 figures, 4 tables, and 16 references, 8 of which are Soviet.
ASSOCIATION: IvanovBkiy khimiko-tekhnologicheskiy institutj
Kafedra fiziki
(Ivanovo Chemical-technological Institute, Chair of Physics)
SUBMITTED: April 8, 1958
Card 3/3

Applying the law of corresponding states to the
compressibility
and heat capacity of liquids. Izv.v7s.uohO2~Lv.; khim.i
khim.tekh. 5 no.4:672-674 162. (MIRA 15:12)
1. Dzhambulskiy filial Kazakhskogo tekhnologicheskogo
instituta, kafedra fiziki.
(Comproanibility) (Ileat capacity)

AFFELTOWICZ,, Bogdan., mgr, ins,
PbrU sintered from metal powders in the motor
vehicle
industry, Techn motor 13 no-1000-348 0163.
1. Biuro konstraie7jne Prxemyslu Motoryzacyjnego,
Warszawa.

kL ENT (1)/Ellr
Lj)/ETC/EPF(n)-2/E1VG(m) WW
HR: AP50el8l Yu/ooeo/65/000/001/06W/0012 -41V1
4 4, 5-
AVrdOR-. Anastasillevic, P (Graduate engineer, Read special associate);
Afgan, N. (Graduate engineer Assistant)
TITLE: Investigation in the field oT beat convection and mass
transfer. A.step
toward construction of reactors In our ccxmtry /rugoslavia/
SOURCE: Nuklearna, energija, no.
l.. 19650 8-3.2
b6at"transfer convective beat transfer
TOPIC TAGS: nuclear reactor
ABSTRACT: A description is given of work in progress at the "BokD3
-Widrich" nu-
clear laboratory in Vincha (Vinca) near Belgrade for the
constructidn'of a new
nuclear laboratory to design the first atomic power station in
Yugoslavia. Inas-
much.as future reactors will be either gas or water-cooled, present
investigations-
and preparations are guided in that direction. Research in nuclear
technology
sta:rted in 1953 at the "Boris KidrieVI Institute for Nuclear Sciences
which later
built h pilot reactor. Initially., 20 scientists worked on this
project. A non-
common method of measuring the mechanism of beat transfer has been
fourA which per-
mits the development of a new concept in designing surfaces of beat
exchangers.
~4quia metals as a heat convection agent.were also considered. In 1962
a two year
Card 1/2

..L 8256-66
ACCF AP5021818
SSION NR:
postgraduate course in nuclear the ngineering was introduced in the
Electro-
engineering Dept., -Be]jMde Univemt and in 1964 a similar course was
offered
in the Mechanical Dept. with 15 and 10 students, respective
ly., enrolled in these
courses. A new laboratory Is also planned., It will have the modern
equiyment
neceasary for carrying out the entire project. Orig. art. has: 6
figures and 10
references.
5-
ASSMIATION: "BorI6 Kidricb" Institute for Nuclear Sciences., Belgrade
i SLU9JJJW* 00 EWL: 00 StM 00DR: 1W
ND REP SOV: 000 OTHER:- 010
Ccord 2/2

ACCESSIal IM: AP4017960 Y/0003./64/000/003/0483/0486
AUTHOR: Afgan, NaAm (Engineer); Oka, Simeon (Engineer)
TITLEt Calibration of an orifice meter in an air circuit
SOURCE: Tahnika, no. 3, 1964, 483-486
TOPIC TAGS: calibration, standard orifice meter, flow measurement,
orific;2 meter,
oftfice meter calibration, open air circuit, ilow range
ABSTRACT: The article gives a method of calibration to within 1%
of a standard
orifice meter in an open air circuit in the flow range of 0.1-1.4
kg/sec. the
real flow was calculated by measuring local velocities with Pitot
tubes and integra-
ting with respect to the profile of the points of measurement.
These values
were taken then compared to the values measured on a standard
orifice. The
results of the measurement and analysis of error are given in
diagrams as the
dependence of the real flow on the calculated flow for a standard
orifice. Three
orifices with diameters of 50, 70 and 100 mm were calibrated in
order to cover
the whole flow range with the desired percentage of error.
Calculation showed
that where an orifice of a single diameter woo tmed, tha absolute
error of -
measurement was constant, which means that the relative error
decreased as flow
Card 1/2

AGMS103 Mi AP4017960
The regions of probable relative error of leas than 1%.Jn mtanuring
increased.
the real flow G coincided for all three orifices. Orig. art. has: 5
fig=g
and 7 formulae.
ASSOCIATION-* Inatitut za nuklearne nauke "Boris Wric,"
Belgrsda-Vinca
AInstitute for Ruclear Sciences).
SU=TrED: 08Scp63 DATE ACQi 1%1,2Mar64 MqCL: 00
S'UB CODE: PRp Al NO REP SOV: 002 OTHM 002
2/2
Card

WLBtJKAP I.[Bulbuca 1 1; GAVRILESKU S [Gavrilescu
Sj; DEITSH, G.
(Deits, G.J; LIAKONESKU, N.fDi;conescu, N.J; LOZANU
K
[Lozany, K.], red.; AFILIPOAYYEY, Ye.[Afilipoaiei,
E'.];
tekhn. red.
[Methods for studying the hydro-electrolytic
balance] Metody
issledovaniia gidro-elektrolitichaskogo ravnovesiia.
Bucharest, Med.izd-vo, 1962. 175 p. (MIRA 16:7)
(BODY FLUIDS)

APIMOV. N.N. - ~
Hydrobielegical research methods used in evaluating sea
vater from
a sanitary point of viev. Trudy Gidrobiol. ob-va 9136o-366
159.
(MIU 12: 9)
l.Voy-enne-morskap meditsinskaya akademiya.
(Sea water-Pollutiou) (Algae)

1. AFINOGENOVI A.
2. USSR (600)
". Farm Buildings
7. Mechanization of labor on the collective farm. Sell.stroi 7 no.
5, 1952.
9. Monthly List of Russian Accessions, Library of Congress,
February 1953. Unclassified.

k)d
US3--R/(,'Tcnoral Biolo,-,,r. Goacticr B-
Abs Jour ! Rof Zhur - Biol., No 22, 1953, !,lo 93971
Author : Afino,,paov
List :
~2 itlo : Quinco
Typos
,ricultural jicad. 1:icmi K.A. Tiwiryazova,
01-rafts on Different Poar and Cho%ebarry
.0riS Pub : 3b. stud. nauchno- is sled. rabot. -.osn:.
s.--ka.
akad. L11. X.A. Tiimiryazova, 1950, vyp. 3, 10-5-107
Abstract : In ordor to got a dwarf rootstock for a poar,
aut'hor grafted quiace sprouts vi'aila in "clavicular"
phaso (whan the soodlobc 'has aot throi-nn the skin)
on tho s~~edlin--s of poar's lukaolhovlci and chokobor-
ry. Obtainod are ,-,or(- than 100 acclifnat-ized
grafts.
Card 1/1
23

(Afinogenov, L. P. ]; BACAL, M.
-------
Stabilization of a microscopic particle, charged in a
Millikan
vacuum condenser. Studii cere fiz 12 no.2:449-460 161.
1. Institutul fizico-tehnic "A.F.Ioffe" al Academiei
de Stiinte a
U.R.S.S.
(11acuum apparatus) (Condensers(Electricity))
(Cosmic rays)

32823
S/194/61/000/010/019/082
D222/D301
AUTHOR: Afinop~enov L P.
TITLE: On realizing logical functions by ferrite circuits
PERIODICAL: Referativnyy zhurnal. Avtomatika i
radioelektronilca,
no. 10, 1961, 10, abstract 10 B72 (Nauchno-tekhn,
inform. byul. Leningr. politclchn. in-t, 1960, no. 8,
109-121)
TEXT- A complicated logical function is resolved into a
sequence of elementary logical operations, each of which is
realized
by the intersection of a ferrite core with rectangular
magnetization
characteristic and a conductor in the required direction. The
cur-
rents acting on a core must be simultaneously in one
direction: the
magnitude of each of them is sufficient for complete
remagnetization
of the core. Depending on the character of the function to be
real-
ized, both sequential and grouped introduction of the
arguments is
possible. Having introduced all arguments, reading can be
carried
Card 1/2

S/194/61/000/012/030/097
D201/11303
AUTHORS: AZi ~genov, L. P'., Yefremov, V. D. and Kolosov, V.
G.
TITLE: counting and logic ferrite systems, based on the prin-
ciple of current distribution
PERIODIUL: Referativnyy zhurnal, Avtomatika i
radioelektronika,
no. 12, 1961, 28, abstract 12B177 (Nauchno-tekhn.
inform. byul. Leningr. politekhn. in-t, 1960, no. 12,
32-42)
TEXT: The circuits of counting and logic devices are
considered:
Binary and decimal reversible counters, binary storage
adders, dp-
coders for 32 and 1024 outputs, a code comparison circuit
and a
circuit for memory code comparison. The following
requirements had
to be taken into consideration indesigning the above
circuits: 1)
Large signal-to-noise ratio; 2) the lack of flowing back
informa-
tion; 3) use of components of long-life-time; the circuit
opera-
tion should not largely depend on the spread of circuit
component
param.eters and on the supply voltage and pulse changes; 4)
the
Card 1/2

Counting and logic ...
superimposition principle,or
sources is inadmissible,
tion.-7
S/19 61/000/012/030/097
D201YD303
compensation of signals from various
Abstractor's note: Complete transla-
Card 2/2

S/194 62/000/001/010/066
D201 D305
AUTHORS: Afinogenov-, L.-J., Yefremov, V. D. and Kolosov, V.G.
TITLE: Ferrite switching circuits based on the princi;)le of
current distribution
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 1, 1962, abstract 1-2-gg (Nauchno-tekJin. inform.
byul. Leningr. politekhn. in-t, 1960, no. 12, 24-31)
TEXT: A description of circuits, designed on the principle of
current distribution, is given. They may find wide application
in
various switching arrangements. The described circuits are
distin-
guished by an excellent reliability, simplicity and fast opera-
tion. The following are described: The basic circuit of a
ferrite
switch, its functional circuit diagram, a distributor circuit
with a reduced number of ferrite elements, a cascaded
distributor
connection and the circuits of two cells of a shift register. 6
figures. 7 references. /-Abstracter's note: Complete
translation.-7
Card 1/1

AFINOGENOV L P
Approximate determination of the number of pieces in
case of
a piecewise linear approximation. Izv. vys.(Ucheb.
zav.; prib.
6 no.2:47-53 161. MIRA 164)
1. Leningradskoy politekhnicbeskiy institut imeni M.
I. Kalinina.
Rekomendavana kafedroy avtomatiki i talemakhaniki.
(Approximate computation)

Fj'1T(d)/E;1T(m)/EE-C
(k)-2/E.IP(I)/EN:)(V)/T/FAP(t)/Fi,'P(k)/EVP(h)/EED-2/ 'Of
E?1P(b)/FiF(j)/5VA(c) pq-4/pf -0a d/;,9-4/pk-4 - 6 ---
ACCESSION TIM AP5013852 681.142.6 507 42
AUTHOR: Boyarchonkor, H. A.
TITLE: A11-Unio n Conference on magnetic al6menta of
automation and computer
technique
SOURCE: Avtomatika. i tolomokhanika, v. 26, no- 5, 1965,
938-02
TOPIC TAOSt electric on&Ueoring conference, magnotints
conference, c0puter
compolifid, automation equipment, automation, aloctronio
data processing
ABSTRACT: The Ninth All-11nion Conference -on Magneiic
Elements of Automation''
nnd Comp-iter TcchnologyL, held in__K__auna
_Lield I _ s from 7 to 10 SeRLcmter j?q.4, was
organized by the National Committee of the USS13 on
Automatic Control, the
Institute of Power and Electrical En incerinry of tile
Academy of Sciences~
I Lithuanian SSR. tile Lithuanian Scicniifi~ aWTecl~nGf
society of the Instru-)
ment Building Industry, and the Institute of Automation
and Telemechanics -
of.the'Main Committee on Instrument But ding, Means of
Automatiork.- and
do-nt-r`oFS-3;Wt-ems under Cosplan and the Academy of
Sciences USSR. Over
,450 participants discussed some DD ret)orts concerning
the theory, design, 1

L
ACCESSION HR; AP5013852
production, and application of magnetic and
magnelic-semiconductor ele-
m6nts. Reports were presented for s6ren areas: digital
and analog elements
memory devices, magnetic power devices,'magnette
amplifiers and con-
Yerters, parametrons, and power sources.
At the opening plenary session, M. A. Rozenblat
presented a survey
~f the present state of contactleau magnetic elements,
which he considers
to be one of the most efficient and promising technical
means of automation
and cdmputer technology. Problems of designing logic
iz-lements to provide
stable operation for various types of circuits were
discussed in a series of
reports. B. A. Yeffmov and G. N. ChizhukhIn, reported
on the development
of modules of ferrite -trans iator elements (FTE) which
ban be used for vari-.
oue types of *computers and also for discrete
automition for general and
special purposes. This system provides reliable
operation. at a' 200-kc clock,,
frequency in the -10 to +500 C temperature range.
,The a.ame.authora together with 74, A. Aknenov
reported on the devel-
opment of a general-purpose hea' -ddqYTF_'_WOc'h_Z&n be
used as'a cell of t -7
VY
a clock-f recmency pulse generator or as aTi
independdnt heavyodu!x control
-card

1. 5486P-65
ACCESSION NR: AP~013854
element.. It-is 6pable of performing command
recording or readout of in-
formation reaching It In large quantities from a
low.-power FTE, 1. A.
IVMip, 13'. A. Yefimov, and A. A. Shavrbv reported
on the deveio_j~m_ent
and testing of biax-type logic circuits operating
at I Me and performing
several logic operations. Advantarcs cited are:
high s/n ratio. about 20,
high nwitching rate, about 2 Mc; and high
reliability due to the simplicity of
the circuit, Such circuits may also be used In
complex logic devices.
Additional reports'dJa*cussed logic circuits using
blax-type elements In a
worldng storage device with a nondestructive
readout cycle of 10-7 see anid.*a'
recording time for new information of several
microseconds..
L. P. A fiMnenov e t. .al. reported on discrete and
discrete-analog
computel'-unlits the use of the area of an emf
pulse originating in)
the winding during magne -tization reversal in the
ferrite. Development of
ferrite matrixes which release a voltage pulse at
the output with an area
!proportional to the code supplied at the,matrix
input was also discussed,
Pr~blema connected with the development of
aingle-wire memory
elements with multiaperture ferrite plates were
presented by R. A. Lashevz
L1;9rd

J
AC=S1011 NRS AP~013852
skly et al. A. S. Sverdlg wo;k-,,'
y. and others presented results of developing
ding storage iinits using miniature memory cubes made
with multiaperture
ferrite plates.
Thin-film technology was discussed in several reports. A
paper by
Ye. F. Berez inyy et al. dealt with the development of a
super storage device'
built on thin-fibn matrices with conductive substrates
with a capacity of 64
56-bit words and a cycle of 400 nsec. Experiments with
magnetic-film
storage devices produced by electrochemical deposition
on glass and metal
cylindrical substrates were discussed, and a method of
using an element of
cylindrical magnetic film In a matrix storage device
wasi also reported,
A. Tuiauskas and R. Litvinaytis reported on a stable
storage device
with a short access time, a capacity'of 612 x 32 bits,
an access rate of
500 kc, and a readout time of I usec. A. B. Lyasko et aL
have developed a
small decade counter of periodic and nonperiodic signals
in which a para-
metric element with five stable phase states was used.
The counter displays
better energy propertics.than other known counters, high
reliabilit', and
y
high no6e immunity.. A, 0. Rabinlldn reported on the
characteristics of--Ii
Lc~0_4&

A(;CFZSla( NR: AP50138~2
,now- hiph-coorcivIty (5000 oe) alloys ~f the ebball
--p'l*atinum system. M. A.
'Rozenblat et al. discussed the theory and design oi "magnetic
analog comput-
Jng devices (adder, integrator, multiplier) based on
single-stage magnetic
,amplifiereveing magnetic analog storage,
A largo number of reports was devoted to the theory and
application of
!power magnetic devices. The papers presented by the Gorlkiy
schooi of
A. M. Bamdas concerning fre!Repcy multipliers and
voltage.stabilizere WOF
lo~grpat Interest in this fieldJ
ASSOCIATIONs. none
SUMTZEDi 00 ERCM 00 SUB OUBM DPg 33C
HO REF GOVt 000 OTIM 000 JLTD kon-Y

ACC NR-. AP7002991 -SOURCE CODE. UR/0413/66/000/02L/0089/0090
11NENIURS: Alltshul'j 56 Do; 'nogellovj L, Fo; Buyanov) B, Do;
Volkov, A. F.:
Gillman, G. I.; Domanitskiy., 3, Be; Pavlov, Yes No; Rogp 0. V.;
Trapoznikov, V. k~.
ORG-. none
TITLE. Controlling logic machine. Class h2. No. 189629
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,.
no. 2h, 1966) 89-20
TOPIC 'LAGS: logic circuit, computer logic
ABSTRACT: This Author Certificate presents a control:~~g logic
machine containing
input and output devices, a storage device, a control device, a
logic device
consisting of "NOT", 11AM11, and "OR" circuits, input logic units,
triggers, and delay'
lines (see Fig. 1). To achieve group processing of Information
between the elements
Fig. 1. 1 - input device;
2 - logic device; 3 - output
device; 4 - storage device;
control device
!_Card
UDC: 681.142

ACC NR: AP7002993.
of the selected group for reduction of the computation program,
the outputs of the
input logic units are connected to "OR" circuits. The output of
the first "OR"
circuit is connected through a first gate (also connected to the
first output of the
control device) to the input of the result storage trigger, The
output of the second
"OR" circuit is connected through a second gate (also connected to
the second output
of the control device) to the input of the result storago
trigger,, through an invvrter
and third gate to the input of the result storage trigger, and
through a fourth gate
and through a delay line and fifth gate to the input of the result
storage register.
The second inputs of the third, fourth, and fifth gates are
connected respectively to
the third output of the control device, to the output of the
result storage trigger,
and to the fourth output of the control device. The second input
of the result stor-
age trigger is connected to the fifth output of the control
device. The output of
the result storage trigger is connected through a sixth gate
(whose second input is
connected to the slith output of the control device) to the result
storage register
and through a seventh gato (whose other input is connected to the
controlling input
of the input logic unit) to the other input of the input logic
unit. Orig. art*
has: 1 diagram.
SUB CODE: 091
SUBM DAM 1IFeb65
Card ?/?

AFINOGENOV, M.
Hot a meter wasted. Izobr. i rats. no.8:20 Ag 161.
(MDU 14:9)
1. Aktivist TSentrallnogo sovata Vaesoyuanogo
4Dbahchast*a izobret-
ateley i ratsionalizatorov. Izobr. i rats. no.8:20 Ao
161.
(Stalinabad-Textile industry) ~

h191 7
>/191/62/000/011/012/019
B101/B186
AUTHORS: Shlenskiy, 0. F-,-~
TITLE: Determination of some thermaphysical properties of glass
textolite in the temperature range of 20-6000C
PERIODICAL: Plasticheskiye massy, no. 11, 19620' 53-57
TEXT: The heat absorption I q(t), kcal/m5 , of glass textolite
made of
T-1 (T-1) glass fabric and a binding agent of 70% )A-6 (ED-6)
and 30%
JAT (IF) resin for a given temperature, t, and.s. given heat
flow q was
determined with a healing apparatus as described by 0. Krischer
(VDI
Zeitachrift, no. 23 (1958))- Hence the specific heat C P,
kcal/kg-OC, was
calculated. The change in weight by volume owing to thermal
decomposition
was also determined. t - 8.42s1.8 + 433 (a - coordinate counted
from the
,spe-',,imon center) was found for the temperature distribution
within the
specimen at a specimen thickness of 4.2 mm; output of the
heater 380 w;
q - 3.45.106 kcal/hr-m3; temperature measurement at 0.9 and 1.5
mm
distance from the specimen center. t mean - t0 + 6t/3 holds for
the mean
Card 1/3

S/191/62 000/011/012/019
Determination of some thermophysical ... B101/BlU
temperature, where to is the temperature in the specimen center,
and Lt
the temperature drop bezveen center and surface. It was found
(Fig. 5)
that Cp had maxima in the range of 260-400 OC corresponding to
deflections
in the curves I q - f(t) caused by strong gas generation. The
density-
versus-temperature curves tend toward a limiting curve that
corresponds to
a heating at an infinite rate. The dependence of 0 p on the rate
of heating
indicates that heat conductivity and thermal diffusivity must
have a similar
dependence. The following is written for estimating the quantity
of heat
Heff led off by the decomposition products of the binder:
Heff , Iq(t') + '(t)filler(ten - t), where t' is the temperature
at which
the binder is completely burnt, t en is the temperature of the
entrained
substances. An apparatus with a heat flow in the order of 105
kcal/m 2, hr
is satisfactory for determining I q- There are 7 figures.
Card 2/3

S/191/62/000/011/012/019
Determination of nome thermophysical ... B101/B186
Fig. 5. C P (kcal/kg-OC) as a function of temperature (0C),
and of the
intensity of heating. First number: specimen thickness, mm;
second
number: heater output w; third number.. q -10-6 kcal/hr-m5.
v .9
(1) 8, 33, 0.6; (2) 6.39 73, 1.62; (3) 5.69 124, 3-17; (4)
2.19 100,
6.85; (5) 2, 2009 14-4; (6) 2, 462*9 31-7.
OJ
0~
4 1
.ypq,V
Card 3/3

'PT, NVU;NOV ). ll.~ SHUMIRIN, V.
;j,L11~nijig speelallsto, 4' 1,, 165.
-L I (m) Fi,~. -18~
J . ). `2t;) tropfiv'i o\ :lhoy nv J, (for ~f .

ACC M AP7001338 SOURCE CODE:
AUTHOR: Afinogenovp V. M.; Migulin, V. V.; Trifonov, V. 1.
ORG: Institute of Radio Engineering and Electronics, AN SSSR
(Institut radiatekhniki-
i elektroniki AN SSSR)
TITLE: Singularities of the Faraday effect in n-InSb in the
millim ter band
SOURCE: Miurnal eksperimentallnoy i teoreticheskoy fiziki..
Pistma Y redaktBiyu.
Prilozheniye, Y. 4., no. 11, 1966, 445-449
TOPIC TAGS: indium compound, antimonide, Faraday effect,
microwave technology
A13STRACT: The authors investigated the Faraday effect in n-type
InSb at 77.8K as a
function of the magnetic field and of the sample thickness. The
experimental setup
included a klystron oscillator operating at 4 mm, attenuators..
a measuring pickup,
and an indicator showing the power passing through the sample.
The position of the
polarization planei~ae' indicited by the minimiua of the
indicator reading. The mea-"'
suiments revealed de- iiiiatei'd'-o-scillations of the angle of
rotation of the polariza-
tion pl~ane vs. the magnetic field, as well as deviations
brought about by reflections
from the boundary planes. At sample thicknesses that were
multiples of the elec,tro-
magnetic wave, geometric resonance took place in the sample and
the Faraday angle was
maximal in this case. The peaks of the oscillations became
sharper with increasing
magnetic field, 9wing to the decreased losses in the
semiconductor. Plots of the
Faraday angle vo.-Ahe magn"ic field chow that the 'rotation
angle becomes negative in

ACC NRt AP7001338
weak fields. The experimental and calculated curves Wee well, the
quantitative
differences being due to the approximate nature of the theory,
which is valid strictly
only in free space. It is concluded that the large Faraday angles
and the relatively
small damping in strong magnetic fields make this phenomenon useful
with nonrecip-
rocal microwave deviceo such as ferrites. The authors thank V. B,
Ivleva and D, A.
Do2gikh for supplying the InSb samples, Orig. art. has: 2 figures
and 3 formulass
SUB CODE: 20/ SM DAM, .:~Ne;66/ ORIG RFM 001/ OTH. MW: 003

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New c-,ca In botlo tabukr and Irsph" 4min am tivtn
fw Hour fmm 11 to 50 atm.. CMIll frufn 3 IQ *.,-I Al"I., for
Sb" Imm I to 41 atm., for AlDr, Imin I tid;b? alin. antl
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LIPIES,Tn,H., kandidat tekhnichookikh nank;
AFINOGENOY.Y.P., redaktor;
ISLW IMA,P.G., tekhnicheakiy redaktor
[Titanium and its use in technology) Titan i ago
primenenie v tekh-
nike. Moskva, Oborongiz NKAP, 1945. 62 p. (MIRA 9:1)
(Titanium)

PAIKIN, A.P.; AFIHOGMTOV, Tu.P.
.. -
Interaction between cuprous chloride and lead in melts. Zbur-
neorg,khim. 5 no.1:230-232 Ja 160. 04IRA 13:5)
(Copper chloride) (Lead)

PATZIN, A.P.;-AFINDGENOV. Yu.P.
Interaction between silver chloride, lead chloride,
and
zinc in melts. Zhur.neorg.khim, 5 no*7.'1555-1358
J1 160. (MIU 13:7)
1. Voronezhekiy gosudarstvenM universitet.
(Silver chloride) (Lead chloride) (Zinc)

PALKIN, A.P.; AFINO.'YENgy, Y
j6F,
Interaction in the quaternary reciprocal
displacement system.
CU201 +FbC1 +27 - -> 27 CL4-20u+Pb. Zhur. neorg.
khim.
6 no.M.636'Zl~4 J! fk.- (MIRA 14:7)
(Systems (Chemistry))

PALKINp A.P.; AF
_11192NOV, Yu.P.
lntera~tion in the system AgC1 + Cu=uC14-Ag.
Zhur.neorg.khim. 7 no.11:2606-2610 N t62. (NIRA
15:12)
1. Voronezhskiy gosudaretvennyy universitat.
(Systems (Chemistry)) (Silver chloride)
(Copper chloride)

PALKIN, A.P.; AFIVOGENOV, Yu.P.
Interaction in the quaternary reciprocal
displacement system
AgC1 + CuPj + Zn--),ZnCl,+Ag + Cu. Zhur"org.khim. 7
no.11:2611-2616 N 162. (MM 15:12)
1. Voronezhakiy gosudarstvennyy universitet.
(Systems (Chemistry)) (Thermal analysis)

PALKIN, A.P.; AFINOGENOV, Yu.P.
Interaction in the system 2AgCl A-Fb ~ PbCl2 + 2Ag.
Zhur.neorg.khim.
8 no.2'0.379-383 F 163, (MIRA-16.-5)
1, Voronezhakiy gosudarstvennyy universitet.
(Silver chloride) (TAad chlori4e)

PALKINp A.F.; AFINOGENOV? YU,P,; MUSHENK02 Ye.S.
-,
Interactioh in the system AgCl+CuCI+Pb-ApFbOl
A94-Cu
Zhur. hto~j, khim. 8 no,11:2580-2584 N 163. tMIA
17:1)
1. Voiofiethakiy gosudarstvennyy universitet.

MINOGMNOVIAj6X~. j SOSNYAKOV, N.G., doktor meditsinskikh
nauk, zaveduyushchiy;
.-;k
e - -, professor, direktor.
Intestinal obstruotion eaused by lMhogranulomatosis.
Vest.khir- 73 no.5:
59-60 3-0 '53. (MMA 6:11)
1. X09dra obahchey khirurgii Molotovskogo meditsinskogo
instituta.
(Hodgkin's disease) (Intestines-Obstruction)

LITVINENKO, K.I.; MESKIII, A.M.; AFINOGENOVA, L.N.
Alpine igneous activity and metallogeny in
Taj-ikistan. Zakonom.
razm.polezn.iskop. 7:380-381 164. (MIRA 17s6)
1. Upravleniye geologii i okhrany nedr I)ri Sovete
Ministrov
Tadzhikskoy SSR.

VERIGINs N.N.j% prof.1 Prialwai Uchastiyet KITSIS;
R.A.., insh.;
ZRIGALINp B.I.j inzh AFINOGENOVA M V inzh.;
tekhn. red.
VINOGRADUVA , G.M. UWI~,
r e d ~~a
(Methods of determining the filtration properties of
rocks]
Metody opredelenita flittratsiowqkh svoistv gorrqkh
porod.
Moskval Gos. izd-vo lit-ry po, stroit., arkhit. i
stroit. ma-
terialam, 1962. 177 p.- (MIRA 15:4)
1. Moscow. Vsesoyuzrqy nauchno-issledovatel'skiy
institut vodo-
snabzbeniya,, kanalizatsii,, gidrotekhnicheskikh
sooruzheniy i
inzhonernoy gidrogeologii. (Rocks-Permeability)

~4A Metw of determination 0l
no last. Viol, and bfed~ CheM., Moscow).
A. A
Wi emy 5 nncJ. i Comautierap. 1. No, 5. 10b-12!
(IM).-Ten ad. of urtac is intrxi-meod icto a aask equipped
with a r,-Aux cowleaser tncther vrilh 1.5 ml. coned. HCI,
and reffned for 10 min. an a borling water bath. When
cool the coMants are translerred to 100 rPJ- f1aA witb a
;lass stopW, 10 mi. of dieblurthant is added, and the fUsk
isshAten for 15min, onaulc%:h. shAer, Alter centrifuging
for 10 min. at I(X)D-IkV lilt dichlorethimt la)cr~
is removed and filtered through a glass filter, 5 g, of NaOff
is added, amd the saln. is shaLrn for 15 min. This dthy-
drates the eat., removes phenolic steroids, and neutralizes
the contents. The digest is filtered and washed with di-
chlorethane. the combined filtrates are washed, and evapo-
rated to dryness in tocuo -it CO-70'. If more than 10 mg.,
of steroids/I. of urine are present, divide the ext. in hag
before evapri. To the residue is added 0.2 mi. of abs.'
RtOll, 0.2 in]. (if Z% "u. of ta-linitrobenzoie in RtOH. and,
0.2 ad~ of 5N XOIL A control tube is prepd~ simul-
twatotisly with only the rngents. The tubes art Incubated
for I )Lt. at 20' :L O-P. Keep away from direct light.
Read in a photorlec. colurimeter with a green filter No~ W4j
SWtaji). In the light the color is not stable. and begius to
ade after 20 inin. The results are cided. by reference to a
l
.tandard curve, Recovery of added steroids to urine isi.

USSR / Human and Animal Physiology. Internal
Secretion, Adrenals. T
Abs Jour iRef Zhur - Biol-JO No 15, 1958, No- 70400
Author Afinogenoval,-S *:---AV
Inat Not given
Title The Influence of Cortisone on the Secretion of
Hormones
by the Adrenals in Rabbits and Rats
Orig Pub Probl. Endolcrinol. i Gormonoterapii, 1957,
Vol 3, No 4,
36-45~ 125
Abstract Yale rate weighing 280-320 gme were injected
with 2-5 ng
cortinone acetate (I) per day over a period of 10-20
days.
The weight of the body declined (-22 Sm, while
controls
gained 31 ~pi) - The weight of the adrenals (A) fell
to 50
percent. The content of corticosterone (II; the basic
cortico3toroid) in the blood dropped, (in the blood
flowing
from the adrenal glands) from 330-450 to 150-230 gam-
percent. The content of other unidentified
corticosteroids
0 ard 1/2

M.A., FANKOV, Tu,A,, RODINA, A.I.
YMATEV, N,A, (Hoekva)
Biosynthenis of corticosteroide by adrenal sections of
various animals.
[with summary in Znglish]. Probl-ehdoke', i gorm. 4
no.3:3-n my-je 158
(MMA 11:8)
1. 1z laboratorii nerrnoy i gormonnllnoy regulyntaii
biokhimiohe8kilkh
proteessor (sav. - prof. I.A, Yudayev) Inatituta
biologicheakoy i
meditainakoy khimii AMR SSSR (dir. prof. V.H. Orekhovich).
(ADRENAL CORTEX HORMORBS, metabolism
eynthesis in adrenal slices of various animals (Rua))

,_qINOGENOVA, S.A.: DRUZHININA, ]r,V.; PANKOV, Yu.A.;
RAZINA, L.G.; MMHOVA,
-;-1-17--g0j0--1.Z-,
Conference on the biochemistry of corticosteroide an?
their use in
clinical practice. Vop.med.khtm. 5 no-51393-397 S-0 159.
(MIRA 13:2)
(STEROIDS)

YUDAYEV, N.A.;- AFINOGENOVA, S.A.
Changes in the adrenal function of rabbits under
the effect of
cortisone) ACTH, and sodium salicylatb. Probl.
endkok. i gorm.
6 no. 1:19-25 Ja-F 160. WRA 14:1)
(ADRENAL GLM) (CORTISONE) (ACTH),
(SODIUM SALICYLATE)

AFINO -, S. A. p -M, - Y:-."I, N'. -It - ( `35m
Q)
"The Effect of Cortl.sone -nd A",T::f on t, e
!'rDductiin of
.1 ~
ll-)W,7,~lslerolkls by t)e 'dren-l in vivl.~l
- - it .
Report pre-scnted at, the 5t-i InternntionAl
Cm~ress,
1,:,)Scol,[, 10-16, Au:rust 191")l

YUDAYEV, N.A.; AP"OGENOVA, S.A. (Moiskv~)
State of the system hypophYsis - adrenal cortex
following
the administration of cortisone and ACTH in a
long-range ex-
periment. Ua Probl. endok. i gorm. 8 no.2.612-20
Mr-Ap'62.
(MIRA 16:7)
1. Iz laboratorii biokhimii gormonov i gomonallnoy
regulataii
biokhimicheskikh protsessov (zave-profe
E*A.Yudayev) Instituta
biologicheakoy i meditsinskoy khimii ANN SWR
(dir.-prof. V.N.
Orekhovich).
(ACTH) (PITUITARY BODY) (CORTIZONE)
(ADWAL CORTEX)

BEZPROZVANNTY. B.K.; SHIMINA, O.B.; AFINYAN, V.M. (Moskva)
Changes in the ultrastructure of human hepatic celJs in
thyrotoxicosis.
Arkh, pat. 27 no,8:64-66 165- (MIRA 18110)
1. Laboratoriya-patomorfologii (zav, - kand.med.nauk
B,K,Bezprozvannyy)
Instituta virusologii imeni Tvanovskogo (dir. -,
daystvitc-11ryy chlen
ANN SSSR prof. V.M.Zhdanov) AMN SSSR i Gorodskaya
infektsionnaya
klinichoskaya bollnitsa No.82 (glavnyy vrach -
kand.med.nauk A.V.
Teremyan).

4 r4
Ap :6~.
ktnmq~ r,~Iksnyy

AFITSKIY A.1v
-. I... ~ P. .., . I -
FArst find of Phabdoceras in the northeaster U.S.S.R.
Paleont.
zhur. no.3:137-138 165. (MIRA 18:9)
1. Severo-Voatochnyy kompleksnyy
nauchno-issledovatellskiy
institut Sibirskogo otdeledya AN SSSH.

SHVARTS. L., arkhttektor
Brief news. Was. ind. SSSR 29 no-5:56 158. (14IR& 11:10)
I.Loningradakiy filial Gosudarstvennogo Inatituta po proyekti-
rovaniyu predpriyatiy nVasnoy promyshlennosti (for Shvarts).
(Meat industry)

57-
Translation from; Referati yy zliurrial, (~,~o'L(~,-jya, 5,
1vn
pp 60-61 (U65R)
AUTHOR: Afiyat, S. A.
,raphy of the Jurassic Volcanic Roc'ks i
TITLE: Petror, n the
Northeastern Part of theLesser "~iticasus (Petro-
grafiya yurskikh effuzivov chasti.
Malogo Kavkaza) Author's abstract of '11is disser-
' Candi,`--
tation for the degree o-t ~-o 0" Geo`:--~4,ical
and Mineralogical Sciences, pre!7onted to T_ i'1
Azerb. industr. in-t (Azerbaid,71hall Industrial
Institute, Baku, 195b
ABSTRACT: Volcanic-sedimentary rocks ol' Aalenian-lower
Bajocian age occur In the 1)asiris of zhe Dezagainchay,
Akhyndzhachay, Asrikchay, and Dzhap-irchay Rivers.
They include diabases, diabase Forpi,yries and
porphyrites, interbedded i,.i~h ieiateci tuffs, tuff-
Card 1/3 brecclas, tuff-conglomerate!~, -, tiff -sandstone
6, and

2
Petrography of the Jurassic VoIcanic Rocks (Cc-;.t
and zqilt-teuffites. In many of t1w
L _,.L U
the Lesserr'~aucasus, quart z-pla ~,i oe'l a se jorphyritcs -1'
mi-A(iia
Bajocian age are found. They commonly !:chow hydrotherinal a1ter-
ation and contain sulfide ores. The rocks
ol upper. Bajocian age consist, in decreasing order of abwldance,
of tuff-sandstones, silt-tuffites, tuff-con'--lom-erates, tufl-
breccias, porphyrites, tuffs, and quart 2- Pla Er-:~ ocla s e
Callovian-Oxfordian rocks (Dashke-,an, Khanlar, and hedabu-:-,
rayons) are chiefly tuff-sandst,onk~s, C.:A' 211
lesser quantities, porpliyrjLez~ -tn~. r-'"'ii
rocks include porphyrites and related tuffz,. Thie Titiil-)nian
sequence is composed chiefly of tuff--andsto,!~-s and
11-iff-hreccia-".
The Jurassic volcanic rocks are char,'i:,ter-ze:,. Tcci~rn-
saturation in Si02, a normal content 01 ann a
dominance of Na20 over K20, CaO over 1~1c~--_O FeO.
"".".03 O'"r
The average chemical composition indicat'-s rnc~Lz
andesites ~a-ccording to Daly (Deli) lhey
Card 2/3

Petrography of the Jurassic Volcanic hocks (Cont.)
andesites in a somewhat lower content of allkal-~c
and in magnesium.
ASSOCIATION: Azerb. industr. 4n-t (Azer'ta~d~;,h,--m indu.~itria]
Institute)
Card 313

SASHENKOV, Mikhail Semenovich, kand. tekhn. nauk;
SOROKOLFTOV,
Aleksandr Fedorovich;-k~qNASOV,.Nikifor IvanovicY,
dots.;
UKOLOV, Mikhail Sergeyevich, inzh. st. nauchn. sotr.;
GONCHARENKO, Andrey Nikiforovich, inzh. mlad. nauchn.
sotr.;
KHLYUSTIKOVAP Iraida Nikolyaevna, inzh., ml. nauchn.
sotr.;
GOLIK, Svetlana Andreyevna, Inzh.
[Specialized transportation facilities for the
haulage of
building materials and elements] Spetsializirovannye
trans-
portnye sredstva dlia perevozki stroitelinykh
materialov
i konstruktsii. Moskva, Stroiizdat, 1964. 57 p. (MIRA
18:5)
1. Moscow. Nauchno-issledovatellskiy institut
organizatsii,
mekhanizatsil I tekhnicheskoy pomoshchi stroltellstvu.
2. Rukovoditell laboratorii transportnykh rabot otdela
transportnykh, pogruzoehno-razaruzochrivkh i
skladskikh rabot
Nauchno-issledovatel'skogo instituta organizatsii,
mekhani-
zatsii i tekhnicheskoy pomoshchi stroitel'stvu (for
Sashenkov).
3. Glavnyy inzhener laboratorii transportnykh rabot
otdela
trsnqDni-t-vkb. pogruzochno-razgruzoehnykh i
skladskikh rabot
Xa-u'cl~ ~oi~siledovatellskogo Instituta
organizatsii, mekhani-
zatsii i tekhnicheskoy pomoshchi stroitel'stvu (for
Soroko-
letov). 4. Laboratoriya transportnykh rabot otdela
trans-
portnykh, pogruzochno-razgruzochnykh i skladskikh
rabot
Nauchno-issledovatel'skogo instituta organizatsii,
mekhani-
zatsii i tekhnicheskoy pomoshchi stroitel'stvu (for
Afonasov~
Ukolov, Goncharenko, Khlyustikova).

f
T.-~ JT
AC-ESSION NRz AJ-. 12 7 5 0 Ui/0276/65 003A1 16/B1 16
/0013/
-BUO
9 1 in a,-& s hn - va . -7,
AUTHOR,aj Pol&~k~ ~11. f.; kfonazov,-A. T.
T'.':-E: Inveetignticn of the prooess of cutt-'.-Ig t t&r. TIM
CITED SOURCEj 1zv. TbmskoV politekhn. in-ta v. -4, 1964, 149-1.53
TOPIC TA7,Si titanium, metalworking, metal cuttLag
r ental Investigation of
IRMLLTIONi It was establiahedg as a result of an ex-pe iin k,
the cut'i.ag process of titanium in the course of t=tng, t2iat tht~
major component
-if -'orce P depends, to a BUbstant-ia-I degree, m the -c!uttnz,
speed. Bulld-ur does
2
n--+ occur in titanil~m working, Forcer, P I an -ilh Ls the speed
I-ncreasep,
F~nd at a feed of 0.4 =/rev they are le-reasp' 1~y & f;ic-= :` 4. At
a fu--the7
~Lncrease of speed, forces P and P do not oli~rusv and ;---T--ntant
at E,11 fe'~~-ds.
tar" UJL I a dhaxao ter i z ed bf ffula~ , Yab so 1 ue -L e e ~rugv
th the
influenolng the shrinkage onlv a thermal factor. WJkt,'! an
!-nareaae of speed and
C.,d 1/2

~wd

GOLIDURG, G.D,; KFASNOSWBODTSNYA, L&M*; AFONASOVA, S.I.
Diameter of erythrocytes in normal persons. Probl.gemat.i perel.
krovi 4 n0.12:26-30 D 159. (Mln 13:4)
1. Iz kafedry patofiziologii (zaveduyushchiv - prof. D.I. Golld-
berg) Tomskogo meditsinskogo instituta.
(ERTMWTTES)

POLYANINOVA, N.I.; AFONCHENKO, A.P.
Rapid method for tanning at raised temperatures.
Kozh.-obav.
prom. 6 no-508-40 My 164. (MM 17:12)

AFONCHEWO, M.Ye.; AVMYU, P.L..-, GLEKILI, B.A.
Hydraulic beater with horizontal rotor shaft.
Bum.prom-32
no,9:22-23 S 157. (MIRA 16:12)
1. TSollyulozno-bumRzhnyy kombinat "Geroy truda."
(Papermaking mAchinery)

--MNCEMO, V-V., inzh.
Conveying and assembling heading equipment in mine
shafts.
Bezop. truda, v prom. 3 no.11:10-11 H 159. (MIRA
13:3)
l.Trest Stalinshakhtoprokhodka.
(Shaft sinking)

TYURKYAN, Rafft Armenakovich; GORIDV, Petr Ivanovich;
ZORI, Anatoliy Ste-
fanovich;. AFONCWRR4,-Yladimir Vasil 'yevich;
KLITSUNOV p V.I. I otv.
red.; CHRAO--V, IN. p r~e~. -iid~4a;--IDMILINA-i
-L.N.', tekhn. red.;
ILIINSKMA~ G.M. p tekhn. recl
[information for worker on vertical shafts, shaft
bottomal and
chambers] Famiatka. prokhodchika vertikallnykh
stvolovp okolostvoll-
nykh dv6rov i kamer. Moskvap Gos. nauchno-tekhn.
izd-vo lit- po
gornomu ~wlu, 1960. 71 P& (MIRA 14:77
(Shaft sinking)

AFONCIJENKO, V.V., inzh.
Suggestions from the mining innovators of the
Stalinshakhto-
prokbodka Trust. Bezop. truda v prom. 5 no-8:30-11 Ar
'61.
(N11RA 34:8)
(Mining engineering--Technilogical innovations)

AFONCHIKOV, F. A.
Doe Tech Sci
Dissertation; "Rethod for Analytical Investigation of
the Operation of
RacUng Devices in Cotton-Spinning Machines."
23/2/50(Vechernyaya Moskva).
Moscow Textile Inst

AIPONCHIKOV, F.A., doktor tekhnicheskikh nauk.
.......
Selecting the general and specific drawings on
roving frames
with two-2one drawing arrangement. Tekst.prom. 14
no.10:2)-22
o 54. (MLRL 7:10)
(Cotton machinery) (Spinning machinery)

AFONCHIKOV, F.A., Drofessor.
An error in the instructions on technical control
("Technical
control in cotton spinning; instructions." Book
review by F.A.
Afouchikov). Tokst.prom. 15 no.11:66-67 N 155.
(MLRA 9.1)
(Cotton yarn-Teating)

KRTUKOV,Vasiliy Mikhaylovich, kandidat tekhnicheakikh
nauk; AFONCHIKOV, F.A.,
a---
retsenzent; ZAMAKHOVSKIY, L.I., haachnyy redaktor,
relughgent, Ral"Ift",
dot tokhnicheakikh nauk; KOPELFIVICH, Ye.I., redaktor;
MEDVEDNVA, L.A.,
tokhnicheakiy redaktor
CDeaigning cotton spinning mills] Proektirovanie
khlopkoprisdillnvkh
fabrik. Izd- 3-e, perer. i dop. Moskva, Gos.
nauchno-tekhn. izd-vo
Ministerstva legkOi Dromyshl. SSSR, 1956. 391 p. (HLRA
10:4)
(Cotton spinnIng) (Textile factories)

AFONCHIKOV. 7.A.; YMMKOVA, T.P.; KHUNOVA, L.I.
Stpaightaning the sliver on the stand of a combing
machinee Tekste
prom. 16 no.11:25-26 N 156* (KIRA 9:12)
1. Professor Ivanovskcgo takhnologichaskogo insituta.
(Combing machinev)

AYOICH~~ NIA.
".. .,
Iliminating difficulties in the use Of Pulp
PUMPB. Bum.prom.
29 no.8:28 Ag 154. MU 7:9)
1. Laningradekaya bumashwwa fabrika *Goinak".
(Wood-pulp industry)

NIKOLAYIV, A.S.; AFONGHJXOT,,..K.A,
- ,
Automatization of the technological processes of
paper production.
Bam.prom. 29 no.10:19-21 0 154. (MLHA 7:11)
1. leningradakaya bumashnaya fabrika "Goznak'
(Papermaking machinery)

AFONCHUMV, N. A.
N. A. Afonchikovi G. V. Kolobova, P. N. Mikhaylov,
and k1. G. Voronkov,
"Their Application for Glueing Y'aper."
Report presented at the Second All-Union Conference
'on the Chemistry and
Practical Application of Silicon-Organic Compounds
held in Leningrad from
25-27 Septenber 19,58.
Zhurnal prikladnoy khimii, 1959) Ir 1) pp 23V-240
(USSIO

SOV/80-32-2-42/56
AUTHORS: Afonchikov, N.A.f Koloboval G.V., Yikhaylovt P.N.t
Voronkov, M.G.
TITLEs The Application-of Silicon-Organic Compounds for the Gluing
of Paper (Primeneniye kremneorganicheskikh soyedineniy dlya
prokleyki bumagi)
PERIODICALi Zhurnal prikladnoy khimii, 1959, Vol XXXII, Nr 2,
PP 445-446 (USSR)
ABSTRACT: Silicon-organic compounds were used a) for treating the
finished paper with vapors of methyltrichlorosilane; b) for
impregnating the paper by these compounds; c) for gluing
the paper mass by such substances. The lasto5:ocedure shows
the best results. ThG compound MN-1 (CH3SiR is most ef-
ficient. Thermal processing of the finished paper is neces-
sary, however, in ordei, to obtain a great depth of gluing.
If certain catalysta are usedq e.g. lead or zinc acetate,
triethanolamine, stag thermal processing is not necessary.
The catalyst is also added to the paper mass where it has
the best effect. Professor B.N. Dolgov is mentioned in the
article.
Card 1/2 There is 1 table.

SOV/80-32-2-42/56
The ApLplication of Silicon-Organic Compounds for the Gluing
of Paper
ASSOCIATIONt Fabrika "Goznak" i institut khimii silikatov
A.N SSSR (Factory
"Goznak" and the Institute of the Chemistry of Silicates of
the USSR Academy of Sciences)
SUBMITTEDi April 22, 1958
Card 2/2

POLYAKOV, L,K.j LIKHTERp A.D.; AFONCHIKOV, N.A.
Automation of rotor seiiin~in conical mills. Bumagodel.
mash.
no.8:52-65 160. (MIRA--14:3)
(Papermaking machinery.)
p

AFOJ'C~ ~-O insh,; KANIVSKIT, V,M., insh,
Remote control of a papermaking machine. Bum.prom. 35
no.4:19-20
Ap 160. (MIRA 13;10)
1, Leningradelmya bumasshuaya fabrika Goznaka.
(Leningrad-Papermaking machinery

S/661/61/000/006/076/081
D287/D302
AUTHORS: Afonchikov, N. Kolobova, G. V., Mikhaylov, P. N.
and Voronkovt M. G.
TITLE: The use of organosilicon compounds in paper-sizing
SOURCE: Khimiya i prakticheskoye primeneniye kremneorganicheskikh
soyedineniy; trudy konferentsii, no. 6: Doklady, diskus-
sii, resheniye. II Vses. konfer. po khimii i prakt. prim.
kremneorg. soyed., Len. 1958t Leningrad, Izd-vo AN SSSR,
1961, 336
TEXT: The Leningradskaya bumazhnaya fabrika 'Gosnak' (Leningrad
Pa-
per Factory 'Goznak') carried out, in conjunction with the
Institut
khimii silikatov AN SSSR (Institute for Silicate Chemistry, AS
USSR), experiments on the use of organosilicon compounds in the
pa-
per industry. The paper should possess hydrophobic properties
which
prevent the soaking in of ink. Organosilicon compounds do not
show
the same disadvantages as colophony (which is generally used for
this purpose). The authors used the substance MH-4 (MN-1) (which
Card 112 _001

S/661/61/000/006/076/081
The use of organosilicon ... D287/D302
was most satisfactory) and tested the material
rX.)/C-~~(GKM-94).
The latter was, howeverf unstable. Thermal treatment gave paper
of
suitable sizing properties, but it is difficult to carry out
this
type of processing in the machine itself. Paper treated with or-
ganosilicon compounds has improved printvreceptivity. The
compounds
do not affect the other properties of the paper.
Card 2/2

AFONCHIKOV N A inzh.; TMHTIYEV, Ye.A., inzh.
- - -
Applicdtion of polyacrylamide for better preservation
of fillers
in paper, Bwa. pram. 36 no.11:22-25 11 161. (MIRA
15:1)
1. Leningradskaya bumazhnaya fabrika Upravleniya
proizvodstvom
gosudarstvennykh znakov monot i ordenov.
4crylamide)
(Paper industry)

AFUNdHIKOV N A 1n zb.; TERENTIYEV, Ye.A., inzh.
Effect of the sodium salt of carboxymethyleellulose on the
grinding-of the pulp and paper properties. Bum. prom. 38
no.11:8-10- N 163. .(MIRA 17:1)
1. Leningradskaya bumazhnaya fabrika Upravleniya proizvodstvom
gosudar;stve.njaykh znakov, monet i ordenov.

AFONCHIKOV,_-V.A..-; KOZIS. G.I.
Specify allowances and tolerances for forgings.
Standartizataiia
24 n,0,3:21 Yx 160. ' (MIRA 13:6)
(Tolerance(Engineering))

.--AV-N_CHIKOV9 V.A.; KOZIS, G.I.
Reason for allowances in forgoing& subjected to snagging
prior
to heat treatment. Kux.-shtam. proizs 2 no.5:7-9 My T60,
(MIRA 14:3)
(Steel forgings)

ill"OPCHIKOV3 V.6,; MUGLOV, A.A.; MIKI-;~0iiP -I.G.
Decatron equippec"dovicei for discrete counting of
electric pulses. Iz-v.
vys*ucheb.zav.; prib. 6 n0-3;55-62 163. (RUUi 16-9)
1. Leningradvkiy Inatitut tochnoir mo-b-haniki i optiki.
Rokomondovam
kafedroy radiotoj.)-,nL~,

AIFONICHEV AM inzh
0
Mechanization of motorbus washing. Avt. trausp. 36
no.12:10-13
D 15 8,b (MIRA 11:12)
1.2-y avtobusny7 park Moskvy.
(Mostorbuses-Maintenanee and repair)

AY'ONICMP,V, A.M.0 insh.; KASTIMKIII, Yu.T., inzb.
i
U 0 heating of buses in winter. Gor.khoz.14osk- 33
no-12:
ulmxmftt~
0
29-31 D 159. (141U 13: 3)
(Motorbuses-Ileating and ventilation)

AFUNIGHEY. A.M.. ijlzh.
Combined stand for testing the oneuratic equi-owent
and brake
systems of motor 'buses. Gor. khoz. gosk. 34
no.9:16-18 S '60.
(91Rl 13 :9)
(Motorbuses-Pneumatic equinmant)

AFONIGHEV, I.
Dawn of the future. Promokoop. 13 no,2:5 F 159.
(MIRA 12:4)
1. Tamestitell direktora Doma kul'tuz7
promkooperataii, Leningrad.
(Leningrad--Textile vorkers)

AFONIGHBV. N.A.
Silurian secliments on the northern slope of the
Dzungarian Ala-Tau
[with summary in English]. Bov. geol. 1 no.4:43-52 Ap 158.
(MIRA 11:6)
1*Vsesoyusay*"nauchno-iseledovatelinkijr-goologichooki3r
institut.
(DxuagoOm Ala-Tau--Geology, Stratigraphic)

APONICHEV, N.A.
- anal
.W llflufqwn"~
Role of the Dzungarian thrust fault in the formation
of Alpine
structures in the Dzungarian Ala-Tau. Sov. geol. 2
no.6:60-64
Je '59. (MRA 12:32)
lJoesoy-usn" nauchno-iseledovatel'skiy geoloricheskiy
institut
(VSEGEI).
(Dzungarian Ala-Tau--Geology, Structural)

AFONICIMV, N.A.
Recent tectonics and relief of the northern slope of
the Dshungarian
Ala-Tau. Trudy Otd. geog. AN Kazakh. SSR no-7:136-150
160.
(MIRA 13112)
(Dzhungarian Ala-Tau--Geologr. Structural)

ABDULKkBIROVA, M.A.; ALEKSANDROVA, M.I.; AFONICHU,
N.A.; BANDALETOV,
S.M.; Bi~,SIIALOV, V.F.; BOGDANOV, A.k-., =-IMV,
L.I.; BORSUK,
B.I.; BORUIUYEV, R.A.; BUVALKIE, A.K.; BI'KOVv'.,
M.S.; DVORTSOVA,
K.I.; DEMO: T.M.; ZHUKOV, M.A.; ZVONTSOV, V.S.;
IVSHIN, N.K.;
KOPYATKEVIC11, R.A.; KOSTENEO, N.N.; KUMPAN, A.S.;
hUIDYUKOV,
K.V.; LAVROV, V.V.; LYAPIGHEEV, G.F.; MAZURKEVICH,
M.V.;
MIKHAYLOV, A.Ye.; MIKHAYLOV, N.P.; MYCHNIK, M.B.;
HDIaTKO, Ye.N.;
NIKITIN).I.F.; NIKIFOROVA) K.V.; NIKOLAYb`V, N I.;
PUPYSHEV, N.A.,-
flASKATOV, G.I.; REUGARTEN, P.A.; SAVIWVA, A:ye.;
SALIN) B.A.;
SEVRYUGIN, N.A.; SUCONOV, A.I.; CHERNYAKHOVSKIY,
A.G.; CHUITOVA,
V.G.; SHLYGIN, Ye.D.; SHULIGA, V.M.; ELIGER, E.S.;
YAGOVKI14, V.I.;
NALIVKIY, D.V., akademik., red.; PMUNOV, S.V., red.;
I-LUQiUSJ1IN,
V.A., tekhn.red.
(Geological structure of central and southern
Kazahhstan]
Geologicheskoe stroenie TSentrallnogo i Hzhnogo
Kazakhstana.
Leningrad, Otdel nauchno-tokn.informatsii, 1961. 496
p.
(Leningrad. Vsesoiuznyi geologicheskii
institut.tia-terialyy no.41)
0 (Kazakhstan--Geology) (MIRA 14:7)