SCIENTIFIC ABSTRACT KUZNETSOV, I. A. - KUZNETSOV, I. F.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Lanoga Ca,plun wptqc-.iayo 1-1-IrOda 51, rO-11,37-c)~n Jit , '65.
,IT, h f~ , 8,
,,,I I . i-2)

GORSHKOV, V.I.; KUPIETSOV, -'- I.A.; PANCHENKOV, G-14.
Separation of lithium isotopes by the continuous countercurrent
ior-exchange method. Zhur. fiz. kh1m. 38 no.10:2489-2491 0 164.
(MIRA 18:2)
1. Mimichcskiy fakultet Moskovskogo gosudarstvennogo universi-
teta imeni M.V. Lomonosova.

KUNETSOV, 1. A.
Kocheulov, P. F. and Kumptsoy, 1. A- II.-;ater pipes inider aAbankments", 1jauch.
zapiski (Eosk. gidromeliorat. in-t in. Villyamsa), Vol. XV, 1943, p. 75-11-0.
SO'- U-3261, 10 APril 53, (Latopis 'Zhurnal Inykh Statcy, 1,o. 11, 1949).

o uz. n,! i:-,.

KMKITSO , kandidat tekhnichookikh nauk.
Exploitation of water resources of Lake Seven. Priroda, 45 no.12:87-
go D 156. Ouak 10: 2)
1. Saktsiya po nauchnoy razrabotke problem vodnogo khozyaYstva
Akademil nauk SM (Moskva).
(Seven, Lake-Water resources-development)

AUTHOR: PA - 2632
TITIA: The Developtient of Research Work in the Field of Hydrogrephy.
(Rasvitic insledovanii Y oblasti vodnogo khozyaystva, RussiW
FMUODIOAI4 Vestnik Akaaemii Nauk SSSR, 1957t Vol 27, Nr 3, pp 125-127
(U.S.S.R.)
Received: 6 / 1957 Reviewed: 7 / 1957
ABSTRAMt The department for hydrographioal research of the AcadaW of
Science of the U.S.S.R. coordinates research work oLrried out by
various scientific institutes of the U.S*S.R, and the allied r*-
publics.
At present the following problem are being coordinated:
Investigation of problem of river beds, parameters of hydro-
electric power plants wA the reguletion of drainage by the full
uti3lxation of rivers, hydro-mechardsation of earthwork and
mining.
Details and conditions are entmeratea which factilitate the
carrying out of the aforementioned plans, in which connection a
photoelectron appamtus for the measuring of water pressure in
rivers in isentioned together with the utilization of pictures
taken from the air in connection with the investig&tion of
Card 1/2

PA - 2632
The Development of Research Work in the Field of Hydrogrephy.
river bed problem. Concrete dedsions were made 'by the oonfe-
renoe for each of the above mentioned problems.
AMIATICK: Not given
PHIMUD Bri
Sn KITTID:
TrABIX: Library of Congress
Card 2,12

MNETSOV, I.A.
.......
Ways of reducing power consumption in irrigation systema
using mechanical lift of water, Miansorosh9na reshe grunt,
vod no,2t203-214 159, (KEU 1312)
(Irrigation)

30(l) SOV/26-59-5-22/4?
AUTHOR: Kuznetsov, I*A*j Candidate of Technical Sciences
TITLE: Floods and Inundations
PERIODICAL: Prirodaj 1959, Nr 5, pp 90 - 93 (USSR)
ABSTRACT: The author describes great seasonal changes in
the level of Soviet rivers, which vary according
to local topographical and climatic conditionb.
The greatest flow of water occurs in the spring,
as examplified by the fact that 53% of the yearly
flow then passes in the Volga near Gorlkiy. In
certain prairie areas of the South Eastern USSR,
the proportion of spring flow is much greater.
The excess amount of water can be used for irriga-
tion, but unregulated flow leads to extensive ca-
lamities such as occur in China and even in Europe.
The author recommends extensive study of flood pro-
blems and planning,for regulated water flows, in-
cluding construction of river banks, afforestation,
Card 1/2 creating water reservoirs and eventual harnessing

SOV/26-59-5-22/47
Floods and Inundations
of the water flow for irrigation and industrial
purposes (power stations). Finally the author
refers to the works now being carried out in the
USSR, China and other countries. There are
3 photographs and 1 graph.
ASSOCIATION: Sovet po problemam vodnogo khozyaystva Akademii
nauk SSSR/Moskva (Council f or Water Economy at
the Academy of Sciences of the USSR/Moscow)
Card 212

VONKOV, V.V., otv.red.;_JM=3CY,LA.o kand.takhn,nsuko red,;
TURCHINOVICH, T.T., prof., red.; POPOVA, K.L., kand.tekhn.
nauk, red.; KOISIWA, I.G., redoiad-va; POLYAKOVA, T.V.,
tekhn.red.
[Studies on maximam flow, wave action. and sediment motion]
Issledovaniia maksimallnogo stoke. volnovogo vozdaistviia i
dvizhaniia nanosovo Moskva, 1960. 133 p. (KtRA 13:11)
1. Akademiya nauk SM. Sovet po problemam vodnogo kho-
zyaystys. 2, Chlen-korres ondent AN SSSR (for Zvonkov).
(Hydrolo~3

EMURTSOV.- I.A.
Accuracy of calculating maximum discharges of vater incase of
unavailable or deficient hydrometric data. Meteor.i gidrol. no-7:
28-30 Jl 160. (MIRA 13:7)
(E[ydroloj7-Tables, calculations, etc.)

I.; ROMUMNKO, gornyy inzh.
~OVC.~-A, , POLIZHOEVA,
Hydraulic mining equipment umed in the development of the Lebedi
open-pit mine. Gor.zhur, no.9010-14 3 160. (MIRA 13:9)
1. Nachallaik SubkinsVogo upravleniya tresta Gidromekhanizatetya
Ministerstva stroitel stva elaktrostantaiy (for Kuznetsov),
2. Glavnyy inzhener Gubkinskogo upravleniya tresta Gidro-
mekbanizataiya Kinisterstva stroitelletva alaktrostantoiy (for
Polezhayeva). j.Filial Instituta gornogo dela AN SSSR na
Kurekoy magnitnor anomalii (for Romanenko).
(Lebedi (Belsorod Prov ince)-Mining engineering)
(Hydraulic mining--squi ment and supplies)
(Kursk hagnetic Anomalr3

ZVONKOV) V.Ve, otv, red.j-XU21W9j,,,~Aj kand. teklm. nauk, red.; TUR-
CMOVICH, V.T.,, prof.p red.; FAVORIN, II.N.) kand., tekhn. nauk, red.;
POPOVA, K.L., kand. tekhn. nauk, red.;KMASHEVA, I.G., red. izd-va;
GOLUB', S.P., tekbne red*
[Control of surface ab4*undergrbnd water resources and their utili-
zation] Upravlenie poverkbnostM-mi i podzemrwmi vodrqmi'resureami i
ikh iopoltzovanie, Moskva, 1961. 245 p. (MIRA 14:9)
1. Akademiya nauk SM. Sovet p0 problemam vodnogo khozyaystva.
2. Chlen-korrespondent AN SSSR(for Zvonkov).
(Hydrology)

SLASTIKHIN) V.V.;.14 q at* nauchn, f3otrep reteenzent;
LISITSYIIA) Ye.A.) reds; S-URNOVA, E.) red.
[Problems in the melioration of slopes in Moldavia] Vop-
rosy melioratsii sklonov Moldavii. Kishinev "Kartia mol-
doveniaske," 1964. 211 p. b4IRA 17:8)
1. Sovet po problemam vodnogo khozyaystva AN SSSR (for
Kuznetsov).

TURCHINOVIGH~ V.T.j doktor tekhn.nauk. pruf., otv, -,ed.; KUZNETSOV,
I.A., kand. tekhn. nauk, otv. red.; FAVORIN, N.N., kand.
tekhn. nauk, red.; POMVA, K.L.$ kand. tekhn. nauk, red.
[Methods for studying and utilizing water resources] Meto-
dy izucheniia i ispoltzovaniia vodrWkh resursov. Moskva,
Vauka,, 1964. 160 p. (MIRA 17:9)
1. Akademiya nauk SSSR. Sovet po problemam vodnogo kho-
zyaystya.

KUZNETSOV, I.A.
Subsurface prensure Irrigation. PrIroda 53 no.9t82-84 164.
(MIRA 17tlO)
1. Sovet po problemam vodnogo khozyaystva AN SSSR, Moskva.

MINR=, M. Hot KIJZNETSOV, I.A,-, TOINTIMOV, Go So, AIND FIIJPPcvg So Do
Yagnetic Control of the Depth of the Hardened layer and of the Hardne3s
of Steel Tools Hardened by High-Frequency Currents
A mobile coercivity meter of M. N. YdIcheyev's design for Mignetic
control of the depth of the hardened layer, treated by high frequency
currents, is described. Experiments proved that the depth of the hard-
ened layer, its hardness as well as that of the core are in constant
ratio with the readings of the coercivity meter. (RZhFiz, 110. 8, 1955)
TZ, in-ta FIzIk-I ntalloy Uralsk Fil. AN S53R, No. 14, 1954, 43-47.
SO: Sum. 110. 744, 8 Dee 55 - Supplementary Survey of Soviet Scientific
Abstracts (17)

SOV/126-7-4-5/26
AUTHORS: AaKnetsov, :~,..A- and Mikheyev, N.N.
TITLE: Magnetic, Electrical and Mechanical Properties of
Steels with High Chromium Content After Various Heat
Treatments
PERIODICALt Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 4,
pp 313-526 (USSR)
ABSTRACT: The first object of the investigation described in
the present paper was to study the effect of various
heat treatment procedures on hardness HRc (Rockwell,
C scale), coercive force, Hc(oersteds;, maximum magnetic
permeability, ~Lmax (gauss/oersteds), intensity of
magnetisation, IS (gauss), electrical resistivity,
p (ohm cm), impact strength, ak (kgm/cm 2) and.the
proportion of retained austenite, A(%), of two chromium
steclant2M andML101 whose chemical analysis is given
in Table 1. The second object was to establish which is
the most reliable method of determining the proportion
of retained austenite in heat treated specimens, this
characteristic being of particular importance since it
determines the dimensional stability of articles made
Card 1/12 of steals of this type. The experimental specimens,

SOV/126-7.-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
measuring 10 x 10 x 66 mm, were protected from
decarburization at high beat treatment temperatures by
a 15 - 20 microns thick layer of electro-deposited
chromium which was removed after the heat treatment by
grinding each face of the specimen to a depth of I mm.
Quenching was done at room temperature either in oil or
in a stream of air. Tile intensity of magnetization
was measured in an electromagnet in a field of
approximately 4500 gauss. For the sake of greater
accuracy, the differential ballistic method of
measurement was used, i.e. in each test two specimens
(a standard specimen of known I., and the investigated
specimen) were used. Fig I shows the circuit diagram
of the apparatus used with the standard and i vestigated
specimens denoted by ) and x, respectively.,Ahe
deflection, a, of the galvanometer is proportional to
the difference between the magnetic fluxes in 3~ and x.
If the cross-section areas, S; and Sx, of the two
specimens are nearly the same and if the difference
Card 2/12 between the magnetic fields H,) and 11x is iiot large,

SUV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
the intensity of magnetization of the investigated
specimen can be calculated from formula (1) given at
the bottom of p 514, where: Cb - a ballistic
galvanometer constant for a given value of' the
resistance r; n2 - number of turns in the measuring
coils connected in series and magnetically opposed;
IS':0 -intensity of magnetization of the standard specimen.
The standard specimens were made of steelsKhl2M andKh12FI,
quenched from 1125 and 11400C, respectively, subjected
to a sub-zero treatment and tempered several (up to ten)
times at 330 to 6500C, each tempering treatment being
followed by supplementary cooling to -1950C. It was
considered that no austenite was present in specimens
heat treated in this nianner and the proportion of
retained austenite in the experimental specimens was
calculated from formula (2) given at the top at P 515.
The mean values of hardness (Rockwell, scale B),
HC1 ILmaxt 1S and P, of the investigated steels in the
starting condition (i.e. consisting of fine-grained
Card 3/12 perlite with more or less uniform distribution of

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steele with High
Chromium Content After Various float Treatments
carbides) are given in Table 2. The effect of the
quenching temperature on the investigated properties of
steel ML2FI quenched in air and in oil is illustrated
in Fig 2a and 2b, respectively, the numbered graphs
corresponding to Bpecimens subjected to following
treatmentt 1 -aquenched only; 2 - quenched and
tempered at 520 C; 3 - quenched and tempered twice at
520 C (second time for 2 hours). The effect of the
quenching temperature on the properties of steelKUM
quenched in air is illustrated in the same warnier in
Fig 3. The results of ti-tose experiments showed that
only the magnetic properties can be used to check
whether the correct quenching temperature has been used
for a given article. lt is pointed out, however, that
the magnetic properties of a treated article are affected
by even a slight degree of decarburization, as has been
shown by the experiments the results of which are
reproduced in Fig 4 and 5- Fig 4 shows the relationship
Card 4/12 between the quenching temperature (*C) and the coercive

sov/i26-7-4-5/26
Magnetic, Electrical and ~Jechanical Properties of Stools with High
Chromium Content After Various Heat Treatments
force He, of specimens of theKhl2M steel quenched in
air. Graphs I and 2 show the variation of HC of
specimens unprocected from decarburization from which
a surface layer 0.1 and 1.0 mm thick respectively, were
ground off; graph 3 refers to a chromium-plated
specimen from which a 1.0 mm thick surface layer was
removed after the heat treatment. The effect of the
presence of a decarburized surface layer on He of steel
characterized by low IS (steelKhl2M) is even better
illustrated in Fig 5. Here, strips of transformer steel
of various thickness attached closely to the faces of
the experimental specimens were used to simulate the
decarburized surface layers and Fig 3 shows how the
values of He And IS varied with varying thickness of
these super-imposed strips. Graphs 1 and 2 were
plotted for quenched specimens, graphs 3 and 4 for
specimens quenched and tempered at 600% (quenching
temperaturet 12000C). The effect of the quenching
Card 5/12 temperature on various properties of steel MA2F1 quenched

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
I
in oil is illustrated in Fig 6. where graplis are
plotted for specimens in the following conditions:
1 - quenched; 2 - quenched and cooled to -195*C;
3 - quenched, cooled to -1950C and tempered for
2 hours at 5200C; 4 - as in (3) but the tempering
treatment repeated. Graphs reproduced in Fig 7 show;
(1) - the decrease in the proportion of the retained
austenite (6A), and (2) - the linear contraction of the
experimental specimens (AL), brought about by cooling
them to the temperature of liquid nitrogen, as functions
of the quenching temperature. The relationship between
the properties of steel MA2F1 oil-quenched from 10500C
and the tempering temperature (duration of the tempering
treatment - I hour) is shown in Fig 8. The
characteristics of steell(hl2M quenched in air from
10250C and tempered at various temperatures for 1 hour
(once and twice) are given in Table 3, where -the first
column gives the tempering temperatures employed, the
Card 6/12 next seven columns give the properties of the steel after

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
the first tempering treatment (the figures in the top
row representing the properties of the steel in the
as-quenched condition) while the last 8 columns give
the properties of the steel after the second tempering
treatment. The properties of steelKhl2M air-quenched
from 11250C and tempered once, twice and 3 times at
various temperatures (each tempering treatment lasting
1 hour) are given in Table 4 set out in the same manner
as Table 3. The relationship between the properties of
steelKhl2FI oil-quenched from 11400C and the tempering
temperature is shown in Fig 9 for specimens tempered
(1) once and (2) 3 times, each tempering treatment
lasting 1 hour. The effect of the duration (hours) of
the tempering treatment on the properties of steel
Khl2Fl oil-quenched from 11400C is shown in Fig 10,
curves 1, 2 and 3 corresponding to specimens tempered
at 530, 550 and 6000C respectively. The relationship
between the properties of steelKhI2F1 oil-quenched from
1140*C and the number of the tempering treatments
Card.7/12 carried out at 5300C in shown in Fig 11, curves I to 5

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
corresponding to specimens held at the tempering
temperature for 15, 30, 60, 120 and 240 minutes,
respectively. The same relationship for steel MZF1
oil-quenched from 11400C and tempered at 550 and 6oOOC
is shown in Fig 12 a and b, respectively. In the last
series the effect of the heat treatment procedure on the
degree of stabilization of the retained Auatenite was
studied. The effect of the quenching temperature on the
properties of steelKhl2F1 quenched in oil and then
subjected to sub-zero treatment immediately after
quenching (circles) and after 6 days at room temperature
(dots) is shown in Fig 13. The effect of time (at room
temperature) elapsed between the quenching operation and
the tempering treatment pn the stabilization of the
retained austenite and on various properties of
steel D12F1 is illustrated by the data reproduced in
Table 5. The properties of the specimens immediately
after quenching (in oil) from 1140*C are listed in the
Card 8/12 second column; figures in the third column show how

sov/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
long the quenched specimens were held at 200C prior to
the tempering treatment (5 min, 3 hours and 50 hours);
the properties of specimens tempered at 5500C
1, 2, 3 and 4 times (each treatment of 1 hour duration)
are listed in columns 4, 5, 6 and 7 respectively. The
experimental results reported in the present paper are
correlated with those obtained by other workers and
several conclusionB are drawn. (1) There is a wide
range of both quenching and tempering temperatures that
can be employed in the thermal treatment of steels
Khl2M and rw12Fl; the choice will depend on the properties
required in any given application. The quenching
temperature, however, should not exceed 1175 - 11850C:
the application of higher temperatures results in
excessive grain growth and grain-boundary precipitation
of non-metallic impurities and carbides formed during
subsequent cooling which affect adversely the mechanical
properties of the heat-treated article. Since the high
chromium content steels are very sensitive to
Card 9/12 decarburization, appropriate precautions should be taken.

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various Heat Treatments
(2) The initial hardness is best obtained in steels
Khl2M and Kbl2F1 by quenching them in oil or air from
1020 - 1040 and 1025 - 1050*C respectively and tempering
for 2 hours at 150-2000C. No transformation of the
retained austenite takes place during tempering at
temperatures below 450-500OC- Even after tempering at
high temperatures, hardness of the steels under
consi'deration remains comparatively high: it is hifher
than 61 (Rockwell, scale C) after tempering at 200 C
and higher than 59 after tempering at 450-500*C, the
hardness value of the quenched specimens being of the
order of 64. (3) When heat treating for the secondary
hardness, quenching temperatures of 1100 to 1175*C are
recommended. The tempering treatment should be carried
out at 520 to 550*C; this should produce hardness of
60 to 61 Rockwell (scale C). When best mechanical
properties are aimed at, it is advisable to replace one
long tempering treatment by several of shorter duration;
Card 10/12 such a procedure assists in securing the complete

SOV/126-7-4-5/26
Magnetic, Electrical and Mechanical Properties of Steels with High
Chromium Content After Various float Treatments
decomposition of the retained austenite and in
obtaining the highest value of the secondary hardness.
When this heat treating technique is employed, check
measurements of the mechanical properties and
determination of the proportion of the retained
austenite by means of magnetic measurements should be
carried out after each tempering cycle. The number of
the tempering cycles can be reduced by means of a
sub-zero treatment applied after quenching.
(4) When quenching temperatures higher than 11259C
are employed (treatment for the secondary hardness),
there is no stabilization effect; if steel is field at
room temperature prior to the sub-zero or tempering
treatment, only a small reduction in the proportion of
the retained austenite is attained. (5) Hardness
measurements cannot be used as a means of controlling
the quality of the quenching operation (hardening
treatment) since specimens quenched from, and tempered
at, various temperatures can have the same hardness.
Card 11/12 (6) Measurements of the intensity of magnetization, IS,

SOV/126-7-4-5/26
Magnetics Electrical and Mechanical Properties of Steels with-High
Chromium Content After Various Ifeat Treatments
magnetic permeability, Pmaxi coercive forceI Hc and
electrical resistivity,p, provide the most accurate
means of controlling the quality of the thermal treatment
of steels =2M and 10312F.1. When the measurements of the
magnetic properties are used for this purpose, the best
results are obtained with the aid of the differential
ballistic method, the advantages of which have been
already proved on other previous occasions (Ref 6, 19
and 20). There are 13 figures, 5 tables and 20 Soviet
references.
ASSOCIATION: Urallskiy gosudarstvennyy universitet imen�
A.M.Gorikogn (A.M.Gor'kiyUral State University)
Institut fiziki metallov AN SSSR ( The Institute of
Netal Physics, Academy of Scietices, USSR)
SUBMITTED: Auguat 21, 1958
Card 12/12

02633
S/126/60/010/02/003/020
E073/E335
AUTHOR: Kuznetsov, I.A. X 19
TITLE: Thermoelectric ProEertieslof Chromium Steels After
Various Heat Treatments
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol. 10,
No. 2, pp 191 - 199
TEXT: The results are described of investigations of the
thermoelectric properties of a number of Cr steels after
various heat treatments and these are compared w�th the
structure, magnetic, electrical and mechanical properties for
the purpose of utilising a thermoelectric method for monitoring
the quality of heat treatment and for sorting components of
such Cr steels in accordance w1th the grade of the steel in the
case that they become mixed up. The compositions of the
investigated steels are given (1-08 - 1.50% C, 0.58 - 11.9% Cr)
in Table 1, p. 191. All measurements were carried out on
8 x 8 x 65 mm specimens. By means of appropriate heat treatment,
various initial structures were obtained, namely'. coarse-grain
non-uniform pearlite; granular pearlite; granular pearl1te
with a carbide network; coarse-lamellarpearlite with a --arbide
Card 1/4

82633
S/126/60/010/02/003/020
E073/E335
Thermoelectric Properties of Chromium Steels After Various
Heat Treatments
network; lamellar pearlite., After heat treatment, specimens
9 x 9 x 67 mm and 10 x 10 x 68 mm were produced (from the
original forged 16 x 70 X 35qrjn rods) which were subjected to
structural studies and thead'compared with results of mechanical,
magnetic, electric and thermoelectric measurements. The s&-up for
measurin$ the thermal e.m.f. is shown in Fig. 1. The obtained
thermo-e.m.f., as a function of the temperature of the joint,
is graphed in Fig. 2. other obtained data are platted for Figs.2-
9. The average values of the physical properties of the
individual steels tested are entered in Table 2, p. 193. The
obtained data indicate that great differences occur in the
magnetic, electric, thermoelectric and mechanical properties
of the investigated steels after annealing and also after hard-
ening and annealing, depending on the structure of the material.
The change of the thermo-e.m.f. as a function of the hardening
temperature is basically of the same character as the saturation
magnetisation and can be utilised for monitoring the quantity
of residual Austenite. A reduction In the saturation
Card 2/4

82633
S/126/60/010/02/003/020
E073/E335
Thermoelectric Properties of Chrominm Steels After Various
Heat Treatments
magn9tisation of some of the stools after tempering above
300 uC, as,compared with the saturation magnetisation of
specimens tempered at 260 - 300 0C,is attributed to the carbide
transformations during the process of tempering. The great
difference in the thermo-e.m.f. of four of the investigated
steels in the annealed state from that in the hardened state
hhs been used successfully for sorting components in accordance
with the grades of steel. A sketch of the instrument used
for this purpose and developed for sorting ball-bearing
components on the basis of the thermo-e.m.f. is shown in Fig.10.
This instrument is used for sorting ball-bearIng components
after final heat treatment at the Sverdlovskiy podshipnikovyy
zavod (SverdbvBk Ball-Bearing Works). Acknowledgments are
expressed to Doctox- of Technical Sciences M.N. Mikheye- for
his interest in and criticism of the work.
Card 3/4

.1L
82633
sA26/6o/m/o2/m/o2o
E073/E535
Thermoelectric Properties of Chromium Steele After Various
Heat Treatments
There 10 figures, 2 tables and 24 Soviet references.
ASSOCIATION: Urallskiy gosudarstvennyy universitet
im. A.M. Gorlkogo
Ural State University im. AoM. Gorlkiy
SUBMITTED: March 17, 1960
Card 4/4

GORSHKOVP V.I.; KUZRTSOV, I.A.; PANCHENKOV, Gr.M.; KUSTOVA, L.V.
Continlio,is countercurrent ion exchnnge method for separation of
lithium and sodium.-Zhur. neorg. Mim. 8 no.12:2790-2794 D 163.
Feasibility of countercurrent ion exchRnge separation of rubidium
and cesium. Ibid.:2795-2799 (MIRA 170)
1. MoskovskLy gosixd&rstvennyy univer-31tet imeni Lomononova, kafedra
fLzicheskoy kh1m1i.

KUZNF,TSOV, I.A.; MIKHFYEV, M.N.
Magnetic and electric properties of steels in connection with electro-
magnetic methods of control. Fiz. met. I metalloved. 17 no.2s201-207
F 64. (MIRA 17t2)
1. Urallskiy gosudarstvennyy universitet imeni A.M.Gor1kogo.

KlJZIF-TSOV, I.A.
Unsteady beat transfer in a pJpel;ne. irzh.-fiz. z~ur. r4o.11:
16-21 11 164. 18:2)
1. Fiziko-energeticheski.y institut, g. Obninsk.
'Z7

a (6) SOV/91-59-4-17/28
AUTHORs Kuznetsov, 1. A.9 Engineer
TITLE: A Devio'sor ~Determining Short Circuits in Coils of Relays
and Automation Devices (Apparat dlya opredeleniya vitkovogo
samykaniya v obmotkakh rele i avtomatiki)
PERIODICALs Energetikv 1959t7Nr 4, pp 24 - 25 (USSR)
A
ABSTRACTs This device is composed of one P3-B transistor and diodes
DGTs-26, DGTo-27, as shown in the circuit diagram. The
basic part of the device is a sound frequency generator
(800cps) with self-excitation. The coils of the oscillatory
circuit are located on one U-shaped core. The coil to be
tested is placed on one of the arms of the U-shaped core.
An emf and a current are induced, if there is a short
circuit in the coil windings. The q-factor of a series-
connected resonance coil, which is normally 3.45 is reduced,
and the current in it decreases. By measuring this current
decreasep the presence of short circuits is determined.
Card 112 The device is l80xl7Ox7O mm and weighs 1.8 kg.

SOV/91-59-4-17/28
A Device for Determining Short Circuits in Coils of Relays and Automation
Devices
There is 1 circuit diagram.
Card 2/2

KUZNETSGT,--I.-A., inzh.
Remodeling the time-recorder of a three-loop oscillograph mde
by Slemena-Halske for the two frequencies 500 and 100 c.p.s.
Inergetik 8 no*5s2l Vq 160~ (MIRA 11:8)
(Oscinogreph)

KUZHETSOV, I.A., inzh.
Device for testing compound protection. Plek.9ta. 31
no.1:86-88 Ja 160. (MM 13:5)
(Electric apparatus and appliances--Tenting)

KUZNETSOVO I,A.p insh,
--L~
Directed protection from abort-circuits to ground for electric
power transmission lines feeding peat enterprises. Elek. sta.
32 no. 5:8&-87 My 161o (MIM 14: 5)
(Electric power distribution) (Peat)
(Electric currents-Grounding)

KUZNETSOV, I.A.,--inzh.
Transistorized phase-sensitive phase and voltameter for measurements
in secondary networks. Elek. sta. 32 no.66-68 D 161.
(MI.RA 15:1)
(Voltameter) (Electric networks--Measurement)

!t I I --- -
LIVOT. YuliY SargeYevich; I"' "PSOY I.A. red.; ZUYN, N.K., takhn. red.
-- I -
[Alumimm bridges] AliwainisTY8 mo8tV. Wookys, Nanchno-tokhn.
izd-vo aytotransp, lit-ry, 1953. 99 po ~Km 1197)
(Bridges)

GIBSHKAS' Yeje., prof essor; KUZIETSW~-~.k-.- --r-edakt-or; GAIAOIOMVk#--Te---No-#--
tekhnicheakiy radaktoro
[Metal bridges on automobile roads] Matallicheskie mosty na avtomobill-
nykh dorogakh. 3-e, parer. izd, Moakva, nauchno-takhn. izd-vo avto-
transp. lit-ry, 1954. 338 p. (MLRA, 8M
(Bridges, Iron and steel)

YARTSSV, Nikolay Audreyevich, inzhener; KU,"uNUTSOV, I.A.,redaktor;
AYRUSHCHZNIW, R.A.,redaktor Watell A.D.
a tva
teklinichaskiy redaktor
[The building of amall municipal engineering structuroal
Stroitel'stvo malykh iskusetveWkb soorushenit v gorodakh.
Moskva, Isd-vo M-va ko=un. khoz. RSFSR, 1956. l1c3 p.
(MLRA 10:5)
(Bridge construction)

ANDREM, , 0LeC Vladimiravich-, BOLDAK(TI, Riganty Vasillyevic.1,; GATIJ-111., Kirill
Vasillyevich; YCOMA.MV, Vymheelav Aleksaadrovich; RODIN, Jrl-ftdiy
Ivanovich; ROY121, Zvgenly Nikolayevich; BOLDAKOV, Ye.Y.. doktor te-
khntaheskikh nauk, redaktor; MWETSOV, I.A., redRktor-. GALA-ATIC-9011A,
tekhalcheelUy
(Conalae handbook on conduits and small bridge*; researeh and planning]
Kratkii spravochnik po trubam t malym mostan; Izyakanita I praektiro-
vante. Pod obehehel red. ',P.V.Boldakova. lzd.2-oe, nerer, Most-va, Sauchno-
takhnicheskoe Isd-vo avtolvranp. lit-ry, 1956. 211 p. (twn 9:5)
(Bridges) (Pipes. Concrete)

PUSHTORSXIT, Tavgsniy Ivanovich; KMNBTSOT. I.A., radaktor; AYRUSHCHMO,
tokhnicheakiy redaktor
P.A., redaktor is
[Principles of city bridge design] Oenovnre printelpy proektirevanila
goro-Iskikh mostov. Moskva. Ixd-vo Xinisterstva kommunallnogo
khoziaintya RSFSR. 1956. 338 P. MRA 9:7)
(Bridges)

BOLDLKOV. Yevgeniy Vasillyevich, doktor tekhnicheakikh naukl ANDEMY, Oleg
Vladimiroviah, kandidat tekhnicheskikh aauk;-ZUZENTSOV, I.A.,
redaktor; aALAXPIONOVI, To.K. . tekhnicheokiy iWiraubt- - --
[Bridging waterways) Perekhody chores vodotoki. Moskva, Nau--hno-takhn.
izd-vo avtotranep. lit-ry, 1956. 404 p. (MlRA 9:U)
(Bridges)

GRANILISHCHIKOV, V., inzhener; KUZNCTSOV, I.i.inzhener.
Designing and building large-span reinforced concrete bridges
in cities. Zhil.-kom. khos. 6 no.6:25-27 '56. (mm 9:12)
(Bridges, eoncrete)

MITROPOLISKIY, Nikolay Mikhaylovich, &oktor tekhnichaskikh nauk, professor
[deceased]- J.Awo-inzhener. redaktor; SHNEYEWT. S.1.,
redaktor is4atellatva-, PITROVSKATA, U.S., tekhnicheekiy redaktor
Clquivalent, stresses for desip!ning city and highvay bridges
aIOc9rding to 1953 standards 11P.06-53)] Xkwivalentzqe nagruski dlis
ruscheta gorodskikh i shosselDykb mostov po nwmm 1953 9- (N106-
53)- Moskwa. Isd-vo V.-va kommun.khos. RRM. 1957. 57 P- (MLRA 10:7)
(Bridges)

17
PUSHTCUX~I TeJ., insh,
XUzIb9TSOV X.A.
$ - 9
teldi-noredo
Etra me Is tor) -, TARTSIV, N.A., iazh. (translator];
red.,- TARCIAMOVA, A.M., red.izd-ve; VOLKOV, S.Y.,
(Bridges of prestressed reinforced concrete; a collection of
8rticles from foreign journals] Mosty Is nopriazhanno-armirovennogo
Oetona; abornilc statei is inootrannykh zhurnalov. Perevod X.I.
Pushtorskogo i N-A-Yertseva. Moskva. Izd-vo H-va kommun. khoz.
RUSH, 1957- 115 P. (MIRA 11:2)
(Bridges. Goncrate)

PUSHUMIY, Isygenly Iianovich. lush. t KMIN, NIkD1V Aleksoy*vioh. lush.;
rimmsov. X.A..-redt TMOV. a-T., takhn. red.
[AWIneering researoh for bridges In met 'ropolitan areas] Isyskmila,
nostoifth perakhodoy v gorodakhe Nookwa, Isd-vo X4a ko--. kb~%.
RSPM~ 1958. 181 P; (KIRA 11110)
(Bridges)

V, T.-~nzh.; KM
4W~Ro 41 WAOV, I~Anzh.
Building lar concrete bridges. Zhil.-kom.khoz.
8 no.1:16-18 158. (MIRA 11:1)
(Bridges, Concrete)

OSTROVIDOV, Aleksey Mikhay1ovic'h;_.;.X=NRTSOV, Ivan Aleksoyevich; KIRILLOV,
V.S., kand.takhn.nauk. red.; KALIrOVA, N.Y., takhtiaed,
[Tables for designing bridges] Tablitty dlia proaktiroyaniia
mostov. Kookys., Naucbuo-tskhn.isd-vo avtotransp. lit-ry, 1959.
535 P. (MIRA 12:6)
(Bridges-Design) I

GORSHKOVP V.I.; KUZNETSOV. 1.A.; PANCHENKOV, G.M.
Maintenance of parallel transport conditions in a moving bed
of.ion,exchanger.1hur. fix. khim. 36 no.316n-613 Mr 162,
(MIRA 17:8)
1. Moskovaldy gosudarstvenW universitet imeni Lomonosova.

VVVI VV.71 DUV.Cl DW Z
AUTHOR: Kuznetsov, I. A.; Mikheyev, X. N.
7,,AUE7
TITLE. Effectq of carbide formation on magnetic characteristics of carbon steel
TIT
SOURCE: Ref. zh. Elektrotekhnika i energetika, Abs. 5B7
SOU.
REF SOURCEt /Tr./ In-ta fiz. metallov. AN SSSR, VYP. 24, 1965; 36-46
R F
TOPIC TAGS: carbon steel, magnetic property, carbide phase
ABSTRACT: Variations'were studied of the saturation intensity Is and the coercive
force He of 05, 60, U12, and 6OS2 steels after hardening at 900--950C in water and
subsequent cooling dowrP'-~195C and also after tempering at 100--600C for a time
from 10 min to 4 hours, The-variations of I. with temperature corroborates the
hypothesis that low-temperature-tempering FexC-type carbides (x4 3) are distinct from
the, cementite Fe.C. In tempering the carbon steels, three carbide phasesare formedi
-& FOXCI / Fecc, and F%C having Curie points of 380, 265, and 210C, respectively.
Both He and I are sensitive indicants of carbide appearance in tempering. When
the carbides wsere passing through the Curia &int, a maximum of He was observed
1,which again testifies to the fact that three distinct carbide.phases occur during
steel tempering. Nine figureso Bibliography of 53 Titles. V. Olenichava.
[Translation of abstractj
SUB CODE: 11
Ca*rd '1/1' UDCi 621-318-122

% I __I_jPi(_CA__ j-
L-29964-6 ---E#T-(m-YFW lr_ __ - - -
ACC NR, AR-60-0-0-45-4 '_ S OURCE-CfQD% -F-M701-3776-5/000/009 /0017/G017
AUTHOR: Gorshkov., V. I.; ~~znetsov,,__X._ A ; Panchenkov, G. M.;
Savenkova--Y-p-
TITLE: Continuous counterflow ion-exchange method of separating
cesium and rubidium
SOURCE: Ref. zh. Metallurgiya, Abs, 9G154
REY SOURCE: Sb. Ionoobmen. tekhnologiya. M., Nauka, 1965, 49-54
TOPIC TAGS: rubidium, cesium, chemical separation, ion exchange
ABSTRACT: The separation was carried out in a counterflow apparatus
consisting of 2 columns 16o cm high and 25 mm in diameter. The Rb-ionsl
were not retained by the cationite as well as were the Cs-ions, there-
fore, the Rb-ions accumulated in the upper part of the first column,
and the Cs-ions in the lower part of the second column. 1W-1 sulfo-
cation was the ion-exchanger in this case. A hydrogen-type of cationJtd
was selected and as a displacer - a 0.2 or 0.11N solutions of BaCl
2
(in some of the experiments Cs salts were also used). The rate of
Rb-ion accumulation in the upper part of the ion zone to be separatled
1/2- 'uDc 669.885/.886.og

L 29964-66
ACC NRt AR6000434
0
depended upon Rb concentration in the initial mixture. In the second I
column a zone of pure Cs was quickly obtained. Its impurity was
< 0.001%. The output of this apparatus for purification of Cs-salts,
containing 0 5_to 20,155 impurities, changes very little and was ciiaractex,;
ized by a l.A 2.2 phlegm number. When CsCl is used as a displacer,
L)
there is no limitation of concentrations, however, a phase of COI re-en-1
eration takes place. The Rb+ separation from Cs mixtures, containi'n"'G
no other alkali metal ions, is easier in as much as the frontal separ-
ation in the H-form on the cation exchange resin does not cause diffi-
culty. V. Semakin.
SUB CODE: //,JO,07/SUBM DATE: none
Card 2/2 & b

AffrONOVSKlY, V.L.; DENISOV, Ye,T.; KUZNET= W.K101YUSHEV, 1U.Ta.;
SOLNTSEXA, LeVe
Mechanism or the liquid-phase oxidation of cumene studied by the
inhibition method. Part 1: Chain initiation. Kin. i kat. 6 no.4:
607-610 J1-Ag 165. (MIRA 18:9)
1. Novokuybyshevkiy filial Nauchno.-iseledovatellskogo inntituta
sinteticheakikh spirtov i orgenichookikh produktov,

V-/

KUZNETSOV, I.A.
Carbide transformation processes during the tempering of
steel. Fiz. met. i metalloved 20 no.1:140-142 J1 165.
(MIRA 1811l)
1e Urallskiy gasudarstvennyy universitat imeni A.M.Gortkogo.

~ ~ '~ ~- ~ n c ne
Nc fteKh in! ya, -v . 4 , nf . I, ' ' - '
I'll , , "-., - .--r.4- ~f
... . . I I t- I ..
-L I I A -" 11 1 1 - I ; - I I
)c , w , ~ , - n ! - f rig r a -

AP5JU2209
I r1 an Gr, 7 n r 1)
po re ct-ne ne. a n,~
G.
Ool CMIER A)f;

- - aiL.I~-E--Jv . i m. -- - - -- -- - - ---- -
KUZNETSOV, 1. B,"Troatment of Gunshot Wounds of the Head and Fingers in the AriV
Sector on the Leningrad Front.* First Leningrad Mod Inst imani Academician I, P. Pavlov,
Leningrad, 1955 (Dissertation for the Degree of Doctor of Medical Sciences)
SO: Kaj&hUM letoDjjI, No. 37, 3 September 1935

---
-KUZNETSOV I B doktor mad
I,- s--&AtW nauk
Pathologio fraoturoo in ostoomyelitio. Ortrop.travm i protez. 21
no.3tl4,-16 Mr 160. EMIR& 140)
1. Is Wdr4rgiohe'okogo otdoloniya (zav. - I.B.Kuznetoov) bollnitoy
g. Lomonosova. (glavnf vraoh - A.I.Sviridov).
IS
,. (OSTga4Y=TIS (FRACTURES)

KUMTMOV, I.D.
Prouaine .pentaillin in the treatment of gonorrhea in men. Test. vener.,
Moskva no.3:50-51 Yhy-June 1953. (C DG 25: 1)
1, Scientific Associate. 2. Of the Department of Gonorrhea of the Ukrainian
Scientific-Research Mcin,-Vquereological Institate (Director - Prof. A. X.
Krichevskly) and Kharikov Oblast Venereal Dispensary (Head Physician --
M. 1. Lisin).

KIMYlOV. A,fi.; BAGROV, N.A.; KMESTSOV, I.D.
Experiment with the use of streptomycin in the treatment of
gonorrhea in men. Vest.venA dorm. no.lt4l-43 Ja-7 '54.
(MIaA 7:2)
1. Is Ukrainskogo nauchno-looledovatellskogo kozhno-venerologi-
cheskogo instituta (direktor - professor A.M.Krichavokly) Kharl-
kovskogo oblastnogo vandispansera (glavnyy vrach M.I.Lisin) i
Oktyabrlskogo rayonnogo vendiapansera.
(Streptomycin) (Gonorrhea)

17
ej Uzi - SOV,
UiSR/M~dicine Roentgenology
Card 1/1
Author :
Title ;
Periodical :
Abstract :
Institution
Kuznetsov) 1. D.
FD 222
The significance of laminar roentgenology in the examination of the
thoracic aorta
Vest. Rent. i Rad. 85-88, Mar/Apr, 1954
Tomography,of the thoracic aorta is very important in the discernment-
of various pathologic conditions of the aorta - especially in an
aneurysm. The region of the aneurysm can be detirmined more accurately
as well as its depth, with the use of tomography. Six photographs
(X-rays).
Chair of Roentgenology (Chief - Professor Yu. N. Sokolov, Scientific
supervisor - Honored Worker of Science Professor S. A. Reynberg) Cen-
tral Institute for the Advanced Training of Physicians (Director V. P.
Lebedeva)
7777777~~M:;'-,;"

'IV 6 ~-- ~ ~
IRICHIVSKITP AM., professor; MrKHATLOVA, P.V., ImAidat biologichookikh
naukI KARGOWIA, K.I., kandidat madLtsinskikh nauk; ruzNETSOV,. D.,
usuchMy sotruAnik. A-.V-
Data on the etiology, clinical aspects, and therapy of the so-oAlled
urethro-oaulo-synovial syndIrome. Vast. van. i dorm. no#4:6-15 Jl-
Ag 154. (MM 7:8)
(RAIMIS DISKASI,
clin, aspects, stiol., & ther,)

u
ItikipmIlIr B.G.; KUZKB?STF X.Dj MIKUYLOT. I.N.
]kporlenoe in use of some now antibiotic preparations In the therapy
of gonorrhea in sales., Test* vane I dares uoe6:35-38 N-D 154,
(KLRA W)
Is Is Ukrainakogo naxtabno-lasledavatellskogo kozhno-vanarologichs-
skoge institute, (dir,-profo A.M.Krichavakiy) i Kharikovskogo ob]Aat-
nogo vandispansera (Clay. vrach X.I.Main)
(GONCERS14 therapy
.antibiotic#)
(ANTSIOTICSO there use
gonorrhea)

RDZWHTT?AUXH, L.S., kandidat rkeditsinskikh nauk; KUZNETSOV. I.D.,
kandidnt meditainakikh nauk-, MALINOVSXAYA, T.X:
Method and technic of directed b ronchograpby. Vest.rent. i rad.-
no.4:78-83 JI-Ag 155. (KLRA 13:12)
1. Iz kafedry rentgenologli (zav.-prof. Yu.N.Sokolov) TSentrall-
nogo Instituta usovershonstvovaniya vrachey (dir. V.P.Lebedeva)
i 1-y khirurgicbeekoy kliniki (zav.-zaslushenrqy de7atell nauki
prof. B.N.Lloorg) Moskovskogo oblastnogo naucbno-isoledovatell-
skogo klinicbeikogo Instituta iment X.F.Tladimirskogo (dlr. P.M.
Loonenko)
(BRONCHI, radlograpby
bronchography, directed, methods & technic)
I

Y!"111111,70-im-:7,I "The treatment of ac,Ae
prorr Pn in mcn -,dth
preparafions of a rovocaire salt of -enicillin uLin~ a sini.:le
intrapp.i:;cular in~cct~on.tl YJ!;3,r-krv 11edicil Ir,-,t. fhay--kov,
Cu"-siarfution for Degree of Candlidate in Nedicol Scienceo).
SO: Knizhnaya letn-isl., No 23, 195;~

NSGOVSKIY, N.P., professor (Moskva, Novo-Paschanaya ul., d.3, kv.45);
KU2MgS!gOTL,'jl,R.4Klpkva. Fogodinka, d.2/3, ky 24)
Diagnosis of medlastinal tumors [with summary in Inglish] Top.onk.
2-no-3:356-359 156. (HLRA.9:16)
1. Is rentganologichoskogo otdolenlya (save prof. N.P.Nagovekiy)
Institute eksperimentalinoy patologii i terapit raka AKN SSSR (dire
chlen-korre AMR BBSR profe N.N.Blokhin) i kafedry rentgenclogii
(zave profe YuvNeSokolov) T$entrallnogo instituta usovershonatTora-
niya vrachey (dire V.P.Labodeva)
(MIASTINUK, die. licc~ tuceir)
,achinocoocosis, differ diag.-
(ECHINOCOCCOSIS. differ. diag.
madiestinum, differo diag. froo tumor)

KUZMBOV, I.-D kandidat meditainskikh nauk
Body section radiograp~q In differential diagnosis of diseases of
the major vassals and benign tumors of the mediastinum. Yest.reat.
I rad. 31 no.2:57-62 Hr-Ap 156. (MLRL 9:8)
1. Is 2-y kafedry rentganologii (say. prof. Tu.N.Sokolov) TSentrall-
nogo instituta usovershonstvovaniya vrachey I kafedr7 rentganologit
(zav. Prof. V.A.Diyachenko) II Moskovskogo meditoinskogo instituta
iment, I.T.Stalina
(MIDIASTINUK, neoplasms,
differ. diag. from cardiovasc. die., stratigraphy (Rus))
(CAMIOVASCULAR DISRLSES, differential diagnosis,
madiastinal tumors, stratigrap)W (Rua))

Ci P-)
RAPOPORT, S.G., kanclidat maditainakikh nauk; MIJUUTLOV, A.N., nauchnyy
dotrudniki UZUTGOV, I.D., nauehzWy sotrudnifr
Studies on causes of chronic gonorrhea in males with special
reference to its course and methods of prevention. Test.derm. i
veno 31 no.3:38-4o My-Je 157. (MIRA 10:11)
1. Is Ukrainakogo nsuohno-insledovatZlIskogo kozhno-venerologiche-
skogo institute (dire - profe AsX.Ir chevskiy (deceased)) I 11harl-
kovakogo oblastnogo vandispansera (glavnyy vrach K.I.Lisin)
(GONCFdtMU,
course & prev. of chronic cases (Rus

KUZNMBOV, I'P Kalinina, d.7/6, k7. 83)
.U~qkva, ul.
Value of pueumbmedlaetinal tomography In the differential diagnosis
of tumors and cysts of the mediastiuum. Vop.onk. 5 no.8:164-171 159.
(MIRA 12M)
1. Is rentganologlehookogo otdolenlya (zav. - prof. ToA Abarbanell)
Onkologlohookogo Inatituta Im. ?.A. Gerteena (dir. - Prof. A.N. Novi-
kov, uauchnyy rukovoditall instituta - saslushennyy dyatell nauki
chlon-korrespondent ANN SSSR prof. A.I. Savitakly).
(MMUSTINUM neoplasms)
(MILSTINUM die.)

I,KUZNETSOVj I.D.
Cysts of the thymo gland, Vop, onko 6 no. 9:37-43 S 160*
(HIM 1411)
(THYMUS GLAND-TUMORS) (CYSTS)

1. EMNETSOVP-I. D.1 LAVNIKOVA, G. A.; KOROLEVA, 0. F.
Two caoes of seminoma of the mediastitmi. Vop. onk. 7 no.6:55-61
1619 (MIRA 34:12) - -
1. Is Gooudaretvennogo naucbno-isisladovateliskogo onkologicheekogo
instituta im. P. A. Gertaena (dir. - prof. A. N. flovikov, naucbn.
rukovod. - deyetv. chlen AMN SSSR prof. A. I. Savitskiy).
(TESTICIX-TUMORS)

P~~TqqVp jpD. dotoontl SABLOTSKIY, V.I.
I
Treatment of nongonorrheal urethritis in men. Yrach. delo
no*7t7l-75 JlJ63. (MIRA 16:10)
1, Kharlkovskiy meditsinskiy institut 1 5 kozhno-venerologi-
cheskiy dispanser g. Rharlkova.
(URETHRA-DISEMES)

ROZENSHTRAUK11, L.S., prof., otv. red.; 1k $0,,.J.D. , kand.
med. nauk, red.; LUKIYANCHENKO, B.Ya., kand. med. naukp
red.; PERESLEGIN, I.A.j dots., red.; RABUKHINA, N.A.j
kand. med. nauk, red.1 SHNIGER, N.U., kand. med. nauk,
r@d.
Aktuallnye voprosy kliniches-koi rentgenologii i radio-
logii; doklady. Current problems of clinical roent-
genology and radiology. Moskva, Gos. nauchno-issl.
rentgeno-radiologicheskii in-t,, 1963. 205 p.
(MIRA 17:5)
1. MezhUstitutakaya konforentsiya molodykh uchewjkh, po-
svyashchennaya 46-y godovshchine Velikoy Oktyabrlskay So-
tsialistichoskoy revolyutsii. 2. Rukovoditell nauchno-
poliklinicheakogo otdela Gosudarstvennogo nauchno-
is8ledovatellskogo rentgeno-radiologicheskogo institute,
Ministerstva zdravo-okhraneniya RSFSR (for Kuznetsov).
3. Rukovoditell rentgefiodiagnostichaskogo otdela Gosudar-
stvennogo nauchno-issledo44tellakogo rentgeno-
radiologichaskogo instituta Ministerstva zdravookhrane-
niya RSFSR (for Rozonshtraukh). 4. Rukovoditell rentgeno-
terapevticheskogo otdola Gosudarstvennogo nauch-nn-
issledovatel'skogo rentgeno-radiologiabookogo institute,
Ministerstva zdravookhraneniya RSFSR (for Pereslegin).

ROZENS11TRAUKII, L.S., prof.p otv. rod.; SVIRIDOVp N.K.j kand.
biol. nauk., red.; DEMIN, V.A.p red.; MJZb=MV,-I.D.j'
kand.med. naukp red.; WKIYANCUNKOp B.Ya.p kand, med.
nauk., red.; PERMEGIN, I.A.: iots., red.; RABUYMNA,
N.A., kand. med. nauk, red.; SMt'IGER, n.U.p kand. med.
nauk, red.
Aktualtrye voprosy klinicheskoi rentgenologii i radiologii;
doklady. Current problems of clinical roentgenology and
radiology. Moskva., Gos. nauchno-issl. rentgeno-radiologi-
cheskii in-t, 1963. 205 P. (MIIIA 17:5)
l.Mezhinatit-itskeya konforentniya molodykh uchenykh,, posvya-
shchennaya 46-y godovshchine Velikoy Oktyabrlskoy Sotsiali-
sticbeskoy revolyutiii, 2. Rukovoditell Vauchno-polikliniche-
skogo otdola Mockovskogo Gonudarstvennogo rentgano-radiologi-
cheskogo institute, (for Kuznotsov). 3. Rukovoditoll rentgeno-
diagnosticheskogo, otdela Moskovskogo, Gosudarstvennogo rentgeno-
radiologicheskogG instituta (for Rozenshtraukh). 4. Rukovodi-
tell Rentganoterapevticheokogo otdela Moskovskogo Gosudarstven-
nogo rentgeno-radiologicheskogo instituta (for Pereslegin).

KUZ N;,"!'-': ON , 11
X--ray diagnosis ~-,f brozwh,.l- and cnit,~r~)gpn!.r, ridl-a3Linal CYS tS,
Vest. r-nt. I rad. 39 nrj.6i37-!o3 164,
(VITRA 18:6)
1. l~kiuchno-polikILnich#3-11,.I.y- ct,del (zav. I.D.Fuzriptxv) Nauchno-
Inaledovatallck-ogo irii3tituta Wlni5terstva
zdravookhraneniya ROF~',? i ofdell YGOA*
LI'Ahtenshteyn) ll~.-ialull lzil~,-eo c'nkc,logicneakogo instituta
imenl Gertsana, Mank-va.

DE,MLO",~, :T.F.; ild-,IvEfik~c?, E.""; ?MA,;I-.T3OVl I.D. (Noskva, If-,n-in3kiy prosp.,
d.3i,y
R(,-.,iuLLa oV the use of clinical pneumomediastinography. Grud. khIr.
6 tio.6;62-67 11-D 164. (114IRA 18:7)
1. 1-CrIL-eno-radlol.cgiclieskiy institut
(ciirekLor - pror. I.G. Lagunova) 1 Ozilkologicheskly institut imeni
P.A. Gertsena (diroVtoy prof. A.11. Novikov), llluskva.

L 38152-66 E 'kv~i k 1 )IT-2
ACC NRj AP6025678 SOURCE CODE: uR/0413/66/000/013/0146/0146
INVENTOR: Kuznetsov, I. D.%. Shchukin. 0. G.; Mitrokhin, V. M.; Nekrasov, L. M. -6
ORG: none
TITLE* Air conditioning system. Class 622 No. 183604
SOURCE: Izob reteniya, promyshlennyye obraztey, tovarnyye znaki, no. 13, 1966g 146
TOPIC TAGS: air conditioning equipment, aircraft cabin environment, auxiliary air-
craft equipment
ABSTRACT: An Author Certificate has been issued for sin air-conditioning system, ouch
as could be used on a supersonic airliner. It consists of a sequentially placed air-
Fig. 1. Air conditioning system
I - Turbocooling unit; 2 - humidifier;
3 - air-to-:air cooler.
UDC: 629.13.01106.697.9

NRs AP6025678
0
to-air cooler, a fuel-to-air cooler, an evaporator, a turbocooling unit, and A 0
humidifier (see Fig. 1). To increase the system's cooling efficiency, betvaen the
turbocooling unit and the humidifier is mounted an air-to-air cooler. Orig. art.
has: I figure. JKTI
SUB CODE: Ol/ SUBM DATE: 22May65/ ATD PRESS: 15,0V1(
Card

ff - - - -- - --
KUZIF;Voov I.F.
Attachment for grinding. Hashinostroitell no.3z~6 Mr 165.
(MTRA !8i4)
I "/ l-,,

-- V --Iv Fedorovich. inzh.-
ARMOV, Andrey Ivanovich; KUZNET$O,
isaledovatell; MA KIA--,--E,A,, red.
(Trade-union work in a commnist labor workshop] Profsoiuz-
naia rabota v tsekhe kommnirticheskogo truda. Moskvap Prof-
izdatp 1965. 94 P. (MIRA 18:8)
1. Sekretarl Vostochno-Kazakhstanskogo oblastnogo komiteta
profsoyuza rabochikh metallurgichookoy prorWahlennosti (for
Arzamov). 2. Ust'-Kamenoporskiy svintsovo-tsinkovyy kombinat
imeni V.I.Lenina (for Fumietcov).

KUZNETSOV, I.F.; TABAK, A.Kh.
Cutter head for machining gear wheels and racks, Hashinostroitell
no. 5s26 Fq 164. (MIRA 17%7)

KUZNETSOV, I.F.
Consultation. Taket. prom. 20 no. 12:83-84 D 16o. (MIRA 13:12)
1, Nachallaik tekhnicheekogo otdela Pavlovo-Pokrovskoy
fabriki,
(Woolen and worsted manufacture)