SCIENTIFIC ABSTRACT KOROTKOV, L.S. - KOROTHOV, P.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824910017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TASKAYEV, N.D.; KOROTKOV. L.S.
Semicoking of Kok-Yan&k deposit coal with a solid heAt-
tmnsfer medium. Trudy Instvad,kbosti onerg. AU Kir.SSR
no.5:109-117 159. (MM 13:5)
(Coal-4arbonization)

rril~t "Q?--
NEI I -
KOROTKOV L.S., inzh.
Determining the heating time of a fuel particle in high-.3peed
heat exchange, Teploonergetika 11 noolW9-90 D 164
(MIRA 18.-2)
1. Institut energetiki i vodnogo khozyaystva AN Kirgizskoy
SSPO

~-PA/Eei-l (I '/EqP(m)/F_'NG(v1/E,'1P(f `/T-2rz:ar-(bb ~-21~r _(k) Pd-11/Pe-5/P.W-A
F-SSION NR: APS002225 W S/0114/041~-OPO~10,17-'-/0015/0020
.01U,THOR; Vinnik, 1. D. (Engineer); Korotkov, M. A (Evilineer)
TITLE: Results of an aerodynamic investigation of crossover pipes in two-stage
centrifugall comoressors
SOURCE: Energomashinostroyertiye, no. 12, 1964, 15-20
TOPIC TAGS: compressor, centrifugal compressor, two stage compressor
The results of blowdown tests of six crossover-corinection models
_Ixial uniform supply of air are reported. Each variant %vas ciesigned on
-rice, ~he vartants -!:f~er ir '-he
E; ~f tests of the preceding variant, h-,
1.9,riblition of diffuaivity among the constituent and in -Ait~ sha~;-
number , and position of the guiding vanes in the elhows. In addition, 50 -flize
crossover Pipes of the beat variant were blowdowri-tc6ted to find Dut the effect of
the accuracy of manufacture an their resistance. The best variant (1-7-5) v.,-aq
Card 1 /?

L 3505-4-65
ACCESSION NR: AP500ZZZS
selected on the basis of the total-loss factor and pressure -conservation factor,
and also the outlet velocity field. The sizes of all variants are tabulated. For
1~.mitecl-sDace cases, it is recor=ended that the crossover connections consist of
three diffusers with two elbow pieces, variant 11-5. Other recommendations are
also given. Orig. art. has'. 3 figures, Z formulas, and I table.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 00 SUB CODE: PR
NO RZF SOV: 003 OTHER., 000
Card 2 / 7

EW(2)/,r ijp(*)
-ACC MR: AT6002SOO SOURCE CODE: EW3138/66/000/362/0001/0012
AUTHOR: RjMe~. N. G.; Borisov, V. S.; ftehava, G. X.; GoIldini L. L. Kamtkov,
nko, Zo.S;,* K.
M. M Mirtusov, Ye. T 51dore
ORG: none
TITLE: Measurement of Proton momentum as.a function of acceleration time an the
SOURCE: USSR. Gosudarstvennyy komitet po ispolIzovaniyu atcamoy energii. Institut
teoreticheskay i eks rimentallnoy fiziki. Deklady, no. 362. 1965. lzmererdye ta-
pe
visimosti impullsa protonov sinkhrotrona ITEr ot vremeni uskoreniya, 1-12
TOPIC TAGS: proton beam, synchrotron, particle physics
ABSTRACT: A beam of particles emitted at an angle of 0.222 rad to the direction of'
incident proton was analyzed by an SP-12 magnet located 13 m from a polyethylene
target. Positively charged particles deflected by this magnet at an angle of 0.262
rad reached the detector. The detector count rate was measured as a function of
magnet current. The energy of elastically scattered-protons was used as a basis for
deter-ainLng momentum. The measurements were made at four different time intervals
Card 1/2
MOM
Pik%
0
1 15 ON mml
Fuslam, Rol

.:USSR/Nuclear Physics
C-2
Abs Jour : Referat Zhur - Fizi-ka, No 5; 1957, 11053
Author : Bibergal', AN., Korotkov M
Inst ; Institute of Biological Physics, Academy of Sciences,
USSR, Moscow
Title : New Type of Gamma Indicator
Orig Pub : Biofizika, 1956, 1, zio 6, 564-567
Abstract : Description of two laboratory moders of a simple, compact,
and sensitive dosimeter, suitable for the measurement of
the intensity of Gamma or i~ radiation. The dosimeter com-
proses a combination of Geiger-Mueller counters with a
string electrometer, and does not contain vacuum tubes.
Since the electrometer operates in the static mode, and
the counter requires not more than 1 -- 2 microamperes at
full load, the instrument is practically currentless,
Card 1/3

~USSR/Nuclear Physics
Abs Jour Ref Zhur - Fizika, No 5, 1957, 13-053
.1
C-2
which insures reliable and stable operation under the
field conditions. The dosimeter is fed from two wafer
batteries type GB-400-0.01. One of these batteries
feeds the halogen counter CTC-I, while the other is con-
nected to the electrometer plates. The counter current
passes through an integrating network of a resistor and
capacitor in parallel, which are simultaneously connected
between the filament of the electrometer and the center
point of the second battery. The voltage drop across the
resistor as a result of the average counter current cau-
ses a displacement of the filament of the electrometer.
The limits of the measured intensity of radiation can be
varied by changing the RC network. The first model of
the instrument has ranges 0.05 -- 5 and 3 -- 250 microro-
entgen per second, weighs 1.4 kg, and is formed in the
shape of a "pistol" measuring 200 x 100 x 80 mm. The
length of the moving scale, on which the filament is
Card 2/3

o7
BIBARGALL', A.V.; KOROTKOV, M.M.; ARAKWIOV, O.G.
Gammis Irradiation apparatus GUBB-800 for radiobiologic;l Zxperimente
(with summary In leglIshl, biofizika 3 no.1:118-122 '5 - MIRA 11:2)
1. Institut biologicheakoy fiziki AN SSSR, Moskva.
(GAHM RAYS) (BIOLOGIGAL APPARATUS ADD SUPPLIES)

21(8) SOV/89-7-3-7/29
AUTHORS: Bibergall, A. V., Ratnar, T. G.
JL
TITLE: Some Principles of Calculating and Using Strong Radiation
Sources

PERIODICAL., -Z-.;
Atomnaya energiya, 1959, Vol 7, Nr 3, pp-244-251 (USSR)
ABSTRACT: It is shown experimentally that in many cases approximated
calculations are justified Tor'the dose rate and the build-up
factor of Y-systems, -especially in the case Of short distances
between source and the irradiatad object (4,100 cm). The ex-
periments are carried out with point, linear, and cylindrioal
C060_ and Cs 137_sources of various thicknesses. The experimental-
ly found results are graphically recorded and compared with
the theoretically calculated curves. On the whole good agree-
ment was found. The following measuring results are shown
graphically: Build-up factor for water and the Lr- rad4ation
of point Cc 6o_ and CS137_sources, dependence of the dose rate
of'a linear Cc 60_ source in water o n the distance between the
source and the place of irradiation, comparison of the dose
Card 113 rate of a linear source and the dose rate in the center of a

SOV/89-7-3-7/29
Some Principles of Calculating and Using Strong Radiation Sources
cylindrical Co 60_source in waters Dependence of the dose rate
of a linear source (Co6o ) in air on the distance betw Ieen source
and place of irradiation. Dependence of the dose rate within a
cylindrical source (Co6o ) in the air on the source diameter.
Dependence of the dose rate in air within a chamber for objects
(d - 30 am) on the diameter of the Go 6o-source located Ln water.
Dependence of the dose rate in water within a chamber for
objects (d - 30 cm) of the dose rate of the C060-so-aree in water.
Dependence of the dose-rate in water within a chamber for
object e (d - 30 am) 'on the diameter of the Cc 60_ source, which
is in the air..From all measurements and comparisons between
experitaental and theoretical calculations the following con-
clusions may be drawn: for all practical cases of -.alculating
rsystems it is sufficient to take multiple scattering into
account by means of the build-up factor, which may be represent-
ed by the sum of two exponential functions. If a uniform dose
field is required in irradiation, the most rational method J.9
Card 2/3 to homogenize the dose fie14 of extended so-.iroes by means )f

=. Y
SOV/801-7-3-7/29
Some Pri~nciples of Galculating and Using Strong Radiation Sources
additional filters-These filters must, in each case, be cal-
culated separately. If objects with a density 1~_l and a thlck-
ness 4 40 cm are to be irradiated, the use of a ca137-,r-sourcs
is more productive than that of a Co 6o-sourcG. The--e are
10 figures and .13 references, 8 of which are Soviet.
SUBMITTED: March 4, 1959
Card 3/3

?IIASE I B004 MLOITATIO.-i s vv/5 4 10
'xonferentulya po i-airnorau i3po--,, I zovandyll atomnoy
Ta--likent, 1959.
T-~-u-.v (T.-,ai;3actIon.,3 of the Tashi(ent Conference on the Poaceful
-%z of Atc~.iic Energy) v. 2. Tashkent, Iz-1-vo fill 1960.
p. Errata allp inserted. 1,500 coples printed.
Agency: Alcademiya nnuk Uzbekokoy SS-I.
A~~-:nonslbla Ed.: S. V. Starodubtzov, Academician, Acn(I~;ny of
-encp, Uzbek SSR. Edltorliil Board: A. A. Abdullayev, Can-
atio3i D. b
-v;~ of Phy-31ca and'matb,
I A dur-oulov, r'octor
cf Sciences; U. A. Arifov, itcadc-micl.--n, Acadcuy of
'-~I-nccj Uzbek SSR; A. A. Borodulina, Candidate of D"olo,-.1cal
11. Ivashev; G. S. lkrxaova~ A. Ye. av; Y,:~.
encer,; V. I
Candidate of Fhyalcu a-ad "laVacmatico; A. 1. Nilcolaycv,
of Mledical Sciences; D. Nizzilhanov, Cand-ldai:e of C!-.-,,UcaI
57icnce6; A. S. Sadykov, Corre3ponding Member, Acad,~my of -Sciences
r
Ai;ademictan, Academy of Sciences 7Uzbck SSR; Yu. N. Talanin,

17
.Tranvactions of 'he Tazhkent (cont.) SOV/5410
Candidate of Phyeles and Mathematics; Ya. Kh. Turalculov, Doctor
of Biological 3--iences. Ed.: R. I. laiamidov; Tech. Ed.; A. G.
Babakhanova.
PUMCSE : The publi-~aticn is intended for srientific wcrkers and
employed in ente.-T~rioes whare radioactive i2otcpes
ar.1 nuclear radiation are u.-ed for re.-.arch in rhf-M.1cal, geo-
lcgica3, and technological fields.
COVEFtAGE; This coliection of 133 articles repreeentn the second
v.-.)I,-,T.r.e of t~e Tranea-,tion3 of the Tazhicent Confererce on the
P,:a~eful Uses of Atomic Energy. The individual art!-.Ien deal
v.-ith a wide ranee of problems in the field ef nuclea- radiation,
in-!~Iuding: producticn and chemical analypis ef ralinaetive
!3c,tcpe3; inventigation of the.kinetic!3 oC che"lical reactions
by means of isotopea; applicatlon of spectral analygi-j, for the
manufacturing of radioactive preparations; radioa:tive methods
for determining the content of elements in the rocks; and an
analysis of methods for obtaining pure substances. Certain
Card 2120

17
Tranizactionz of the Tashkent (Cont.) SOV/5410
inntrui-.icnts used, such as automatic re,-ulator.9, f2oi.-mator-3,
level cau_,Cs, and high-oannitivity gam!aa-rolay.-j, are de3crlbad.
Nlo ri'ero.)-nalities are mentioned. References follow individual
articleA.
TABLE OF CONTENTS:
RADIOACTM- ISOTOPES AITD MCLEAR RADIATION
I11 EIGIJIBMING AND GEOLOGY
Lobanov, Ye. M. (Inatitut yadcrnoy fizilci UzSSR - Institute of
Nuclear Phyaica AS UzSgRj. Application of Radioactive Isotopes
and Nucleal, Radiation in Uzbekistan 7
Talcoar, and V. A. YanusWcovokiy [Institut fizilci All Latv
SSR - InOtItuto of Physics AS Latvian SSRJ. Problem3 of the
T"ppifleation or Automatio-Control Apparatus Based on tfio Uso of
Radioactivo Isotopes 9
Card 3/120

Tranaactions of the Tashicent (Cont.) SOV/5410
Leshahinolciy, 11. 1., 0. 11. Lolchnnin, and A. 3 Shtan' (Glavatom
Nain Adolnintration for the Utili,,ation of At;-Ilie Enerr. ].
Y Organ-
ization of Laboratories for Experiments Using Radioactive Sub-
stances
"o
Bibertrall, A. V., N. X. Lashchinakiy, 1. M. Koratkov,, and 0. 0.
Aralcolov, Devolopmon t of a Transportabl DLZr' ~ma-ro~a or Sood
Irradiation Defore Sowing
Artmeladze, 1. D., A. A. Bibergall, and T. V. Toetoldiladze [In-
r-titut fizilci All GruzSSR - Institute of Physics AS Gruz33111
F,7erimental Se-mi-Indus trial G=:.ia-Plant. for Radiation Process-
Ing of Agricultural Products in Georgia
Dibergal!, A. V., N. 1. Leeahchin3kiy, U. Ya. Margulis, and
V. G. Khrushchev. [Minister3tvo zdradvookhraneniya - '111niz-
try of Health USbR1. Some Prob.Lems of Design and Construotion
of High-Capacity Gamma-Plants
Card 9/2 0

BIBERGALI, A.V.: YE14EL'YANOV, K.N.; KOROTKOV, M.M.; LESHCHINSKIY, N.I.;
RATNER, T.G. -- - -
Transportable kray apparatus GUPOS - Cs137 -800 for presowing
irradiation of seeds. Atom. energ. 12 no.2;159-i6o F 16z.
(MIRA 15:1)
(Radiation sterilization)

KOROTKOV9 M.M., inzh.; LITOV, V.A., inzh.
Sport motorboat made of duraluminum. Sudostroenie 27 no.12:38-41
D 161. (MIRA 1511)
(Motorboats') (Duralumin)

KOHOTKOV, M.T.
Industrial adaptation of the production of a bivalent serum for par&-
typhoid and colibacillosis In calves. Trudy Goo.nauch.-kont.inst.
vet.prep. 4:314-316 153. (KLVA 7:10)
1. Areavirskaya blofabrika.
(S*rum) (Bacillus coli) (Salmonella paratbyphi)

K*
Av 14
Subject
Card 1/1
Author
Title
Periodical
Abstract
77
USSR/Engineering
Pub. 29 - 4/18
AID P 693
Korotkov, M. T#p Eng,
Improvement of a high-pressure boiler
: Energetik, 8, 11-13, Ag 1954
: A 64-atm, 4850C, single drum boiler with 50 ton/hr
capacity, in operation at a heat and electric power
plant., had certain deficiencies. The author describes
the measures applied to remove these deficiencies.
3 diagrams.
Institution : None
Submitted : No date

USSR/Medicine Veterinary FD-1268
Card 1/1 Pub. 137-5/17
Author *Korotkov, N. T.
%*Wva ~-k
Title Biologicals plant in Armavir
Periodical Veterinariya, 10, 30-34, Oct 1954
Abstract The Armavlr plant has facilities to manufacture 25 thousand liters of
biologicals per year -- enough to protect and treat 20 million animals.
Vaccines against the following diseases are produced by the plant: dys-
ent*ry In lamb, paratyphoid In calves, Gangraena emphysematosa, and
plague In ovine. Bivalent antitoxic serum and antibacterial serum
against paratyphoid and colibacillosis in calves are also produced.
Methods are the same as those used by,all other plants in the USSR:
these methods are proscribed by the State Control-Institute for Veteri-
nary Preparatiow. Biologicals manufactured by the Arwvir plant are
shipped to various departments of the All-Union Trust for Veterinary
Sunlies. Illustrations.
Institution Arnavir Biologicals Plant (*Director)
Submitted

vininlr-
Protection of vertical shafts in mines working steeply inclined scams, ZTrudy.7
VNEI:II 22, 1950.
9. Monthly List 2f Russian AccessionB, Library of Congress, October -194, Uncl.

,*A.,kandidat takhnichookikh nauk; OGWBLIN, D.N.,
YP2UMA,
o,ive't-stvannyi redaktor; SLOOROSOV. A.Xh.. redaktor;
.PROZCROVSKLYA. V.L., takhnicheakijr redaktor.
(Coal mining below building structures in the Donets Basin)
Vyenka uglia pod sooruz-hentiami v Donbasse. Kooky&, Ugle-
tekhizdat, 1953. 218 p. (Microfilm] WaA 7:12)
(Donets 3azin-Coal sines and mining)

-KOROTKOV. M. -T.
J/" 711, f~117T( Of' OF Rf CKI, Wil IAVTlitS "It(WAM, Mill PITTECTION
. I
UV STRITCTljvf~' FRnfl 111MIUUT OF MWE H V "' (11F.0
lrf'r-:cim)W! r1ro il-lr7rl
r vp 95
cr I o1 1 0 f (1:1 I-a, I tc:; tI I v r I it C:,. and ti 1(h tr?l I ~'.l t 111 f, f 1, c I fri I rv.~ 1, J'y.

15-57-3-3763
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
pp 183-184 (USSR)
AUTHOR: Korotkov, M. V.
TITLE: The Association Between Deformation of the Ground
Surface (Soil) and Deformation of Uppercut Structures
Svyazl mezhdu deformatsiyami zemnoy poverkhnosti
~~runta) i deformatsiyami podrabatyvayemykh sooruzheniz7
PERIODICAL: Issledovaniya po vopr. marksheyd. dela, Nr 30, 1956,
pp 49-79
ABSTRACT: In the majority of cases, cutting under structures
produces cantilevers, unsupported foundations, redis-
tribution of load on the sole of the foundation, and
cutting of the foundation into the ground for the depth
of 10 to 30 mm. This cutting of the foundation into
the ground facilitates smoothing of the soil profile
and decreases stresses in the structure. The measured
values of deformation of the ground and of the founda-
Card 1/2 tions depend on the distances between datum points and

KOLBikkoi kand. tekhn. nmk; MUMOV, I.A.; MITICHKINA. K.I.;
bULIDI, Le3e; 1-nd- tekhn. nauk, otvetstvemqv
red.; ATOMIN, red.; SWOROSOV. A.1h., red. izd,
va*, ALADOTA9 Tool., takhime ;ad.
[Shifting of rock'and of the earth's surfam in the chlef coal
baeiw of the U.S.S.R.] SdTisheide gornykh porod i zemoi
poverkhnouti ir glayneishikh ugollrqich bassainakh SSML Koskv%
UgletekhIsdatq 19A. 249 pe, (NIRA 1240)
I* Isaingrad, TsemoyumWy nauchno-Ineledovatelinkly markabsy-
derskly Institut.
(Ooml geology) (Barth =Yvement a)

AUTHOR: Korotkov, a Candidate of SOV/154-58-4-10/11*"
-i-1-
Technical Sciences
TITLE: Records of the Subsidence of the Surface and of Buildings
Due to Mine Working (liablyudeniya za advizheniyem zemnoy
poverkhnosti i sooruzheniy pod vliyaniyem gornykh razrabotok"
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i aero-
fotos"yemka, 1958, Nr 4, PL-) ~o5 - 96 (usn)
ABSTRACT: In the USSR in mining districts subsidencesand ground
movements were found attaining 3-4 m and more, as well
as damage to buildings and structures. From 1929 to
1936 systematic observations were carried out in
laboratories and, by special equipment, in the mines.
The association mentioned below carried out very
farrea-ching investigations. In coal, and metal mines
the differential method developed by N.G.Kell',
Corresponding Member, Academy of Sciences, USSR, was
used for observing the horizontal ground movement.
This method features a measurement of angles instead
Card 1/3 of distances. Thus in the Ural the displacement of the

Records of tqie Subsidence of the Surface and of SOV/154-56-4-10/18
Buildings Due to bline Working
bench mark 336 was determined from four stations
of a fifth grade mining survey. A generalization
of the experience pooled for many years lead to the
compilation of the "Regulations for the Protection
of Buildings and Natural Objects Against the Destructive
Influence of Undergr-ound lilining". The regularities
which were found to exist were used as a basis for
the prediction of subsidences which had to be ex-
pected, of horizontal ground movements and deformations.
Errors in subsidence calculations reached 10-15',/'o, in
deformation determinations they were 20-4o%. The
"Provisional Technical Specifications for Designing
and Erecting Buildings and Structures on Coal Mining
Fields" were drafted and have already been introduced
into practical use. These investigations were carried
out in the caving above the coal seam below the town
of Stalino, and on the track of the canal Severnyy Donets-
Donbass etc. There are 1 figure and 1 table.
Card 2/3

Records of the Subsidence of the Surface and of SO'1/154-58-4-10/16
Buildings Due to Mine Working
ASSOCIATION: Vaesoyuznyy nauchno-issledovatellskiy marksheyderskiy
institut (All-Union Scientific Research Institute of
Mine Surveying)
Card 3/3

KUZNL-TSOV, S.T., kand.tokhn.nauk; DAVYDOVICII, I.L., kand.tekhn.nauk; .
KOROTKOV, M.V., kand.tekhn.nauk,- KOLBEIFfOV, S.P., kand.tekhn.nauk
"Efficient development and rock-hole mining methods,," V.P.
Prokoflev, K.P. Zaika. Reviewed by S.T. Kuznetsov and others.
Ugol-I 36 no.11:60-61 N 161. (MIRA 14:11)
1. Vsesoyuznyy nauchno-issledovatellskiy. marksheyderskiy institut.
(Coal mines and mining)
(F~rokoflev, V.P.) (Zaika, K,P.)

KOROTKOV, M.V., kand.tekhn.nauk
Protecting structures from harmful effect of mining operations in
British mines. (Trudy] VNIMI no.40!182-211 '61. (MIF-A 14:12)
(Great Britain--Coal mines and mining--Safety measures)

KOLBENKOVO S.P.; MEDYANTSEV, A.N.; IOFIS, M.A.; KORDTKOVI M.'V.;
a',
MULLER, R.A.; YUSHINt A.I.; MEIAMU19 Lj,on,j RIVOIN, G.P.;
GERTNERp P.F.; ZAMMKIY, K.S.; CHECHKOV, L.V., red.izd-
va; MAKSIMDVA, V.V.,, tekhn. red.
[Designing, constructing, and protecting buildings and
structures on foundations undercut by mining] Proektiro-
vanie, stroitel'styo i okhrana zdanii i sooruzhenii na pod-
rabatyvaemykh territoriiakh. Moskva, Gosgortekhizdat,
1963. 451 P. (MIRA 16:8)-
(Earth movements and building)

KOROTOKOV, M.V., knnd.tekhn.naukI; MIA, R.A., kand. tekhn. nauk:
b~TENKOII N.I., Inzh (deceased]; HADLEVSKIY, V.V., inzh.
Effectiveness of various types of experimental houso foun-
dAtions undercut by mining. (Trudy]VNIMI no.50&233~-235 163.
(MIRA 17:10)

86313
S/110/6o/ooo/006/003/007
/000 (A -70 E073/E455
AUTHOR: Korotkov M. Yk..,jngineer
TITLE., Induction Furnaces of Industrial Frequency fo~ Heating
Alu mi ni um
- 1- 7
PERIODICAL: Vestnik elektropromyshlennosti, 1960, No.6, pp.21-24
TFXT: In induction furnaces the useful output, in kW/m2 can be
expressed as
P = 5N2 P2 (2)
1 a2
where N, = specific ampere-turns of the inductor; P2 a specific
resistance of the material of the ingot'to be heated, in ohm.mm2/M;
a2 = depth of penetration of the current, in cm. By increasing
the potential of the magnetic field, V can be increased to
several hundreds of kW/m2 so that the minimum beating time is
reduced to a few Minute's. Thus the length of the inductor can be
reduced to three to four times the length of the ingot. The heat
lose to the surroundings does not exceed 2 to 3%, so that the
efficiency of the induction furnaces will remain unchanged
Card 1/3

88313
S/110/60/000/006/003/cwr
E073/E455
Induction Furnaces of Industrial Frequency for Heating Aluminium
(at 62 to 65%) irrespective of the loading of the furnace.
General data are given on the.design of induction furnaces, with
a photograph of a three-phase induction holding furnace of 600 kV
for ingots of 350 mm diameter. The inductor consists of six
coils in two three-phase groups, which can be star or delta
connected. There are tappings on the outer layer of each coil
for the purpose of controlling the power of the furnace. The
inductor is fitted with a magnetic circuit for the purpose of
obtaining a more uniform heating in the longitudinal direction
and reducing bY 7 to 8% the necessary rating of the condenser bank.
The coils are wound with copper tubing in three layers, with
individual water-cooling of each layer. 'The coils.have high-
temperature insulation and are impregnated with -3t -36 (EF-36)
varnish. The water temperature and pressure are relay-
controlled. Recommendations are given on choosing the
dimensions of an induction furnace and on controlling the heating
speed'and the heating temperature. It is stpited in the
Card 2/3

83313
5/110/60/000/006/003/007
E073/E455 -
induction Furnaces of Industrial Frequency for Heating Aliiminium
conclusions that by introducing 5D cps induction-heating of
aluminium ingots the productivity of the Presses could be
increased on the average by 30 to 35%. The installed furnace
capacity can be reduced by 10 to 20% and the consumption of
electricity reduced by 1.5 to 2.5 times compared to electrical
resistance furnaces, There are 41 f*gures and 2 tables.
SUBMITTED: September 28, 1959
Card 3/3

KOROTKOV, N.
Problems are solved jointly. Okhretruda i sots.etrakh.
n0.10:23-25 0 059. (MIRA 13:2)
1. DovereniWy vrach Vorouszhakogo obleovprofa.
(Toronesb-Public health)

KOF.OTKOV, N.
B~smovlug wild oats on separators. Mak.-elev. pron. no.11:14
9 159. (111RA 13:3)
1. Proizvodetvenno-tekbuicbeekwe upraylenlys Hinisterstva khlebo-
produktoy Us=*
(Graln-Cleaning) (VI141 oats)

XCRMKOV., N., inzh.
In the Tashkent Ml=d food Flant. Hzk.-elov.prom. 28 noOS22-23
it 162. (MIRL 15:4)
1. Tashkentokiy mellkombinat No.l.
(Tashkent-Feed mills)

KOROTKOV, ff., inzh.
Machine for packing flour and groats Packages in sacks. Muk.-elev.
prom. 28 no.8:26 Ag 162. (KRA 17t2)
1. Tashkentskiy mollnichnyy kombinat No.l.

j r J,0
r 7~-n fu;;.k n
~-.r.Dteln liyirolysates In fur farniling. SIL-r. ra
F~. tr-nav. Uos, ur.- no-6: 190-194 : 6
7 fb"~
zootakhnIt Petrozavodsk'cr

ACC
IN"nTom Zbar OURCE CODE: UIR/0413/67/ooo/OW102/0113/011
Eb el, I Zaburl4a, ra.;
V-1 Icurdyus.
ORG: None Val G. V.;
TITLE: A memory Unit. Class
29 so
Main Administration tor signal
sterstva putey soobahchenly& 0 Ing an.dlC9006m6ulnItcaantniaounnee.ed ty the Design office of the
tion Sun Nonstruktorskoye tWuro GlavnogO upraylenlya 819nalizatall I in &XI
MR) I Hinistpr or mew 7,r c,,=W,,
Mini-
SOURCE.' Izobretenlyag promyshlennyye obraztey, toyarnyye znaki, no. 2, 196T, 115
TOPIC TAGS: computer memoryo thyratrnn
~J"L
Thle Author's CeAlfleate Introduces a memory unit of
Vaes metallized paper for recording binary coded Inform the static type which
J."r00r,ce`sh37j1ng the paper by villding from a feed drum to atlon together with attachments
80 involves the use Of indicator a take-up drum, The recording
JLh~ratfroOrns and cOftutation elements. and control units based on cold-cathode
monitoring and aignall The design Provides for simplificatlo. of the
~recorded data 11W Of & completed recor" without erasing previously
e With repeated use., An elastic -coo
ta 'Ulzed pa;~r. Role@ cut In this fo:djnt!~a Itaft Plate against the
Plate
L tj
C~6 storage cells. Within
Card 112
UDC: 681. 1
COD~--
k_6
USSR/ General Division, Methods and Techiques of Research
Abs Jour: Ref Zhur-Biologila, No 5a 1958, 18913
Author Bibergall A. V., Korotkov No Me
Inst
Title A New Type Gamma Indicator
Orig Pub: Biofizika, 1956, 1, No 6, 564-567
Abstract: The registering portable apparatus of control and pro-
tectiong of the indicator typep registering )rand A
rays, is a combination of a halogen meter STS-1, working
in a Geiger regime, with a stringed electrometer. The
electrometer is connected according to the scheme of a
constant variation and measures the decrease in voltage
on the resistance of the charge of the meter from the
center discharge of current..: The meter works in the end
of the Geiger fieM- The meter is.sensitive to small
magnitudes of doses (down to the registration of contam.-
Card 112

PLUZHNIK, I.N., Mayor mod. slu.2hby.; VDROTKOV, N.T., starshiy leytonant mod. aliLzh-
by. -
I
Case of lung injury due to pressure and burns of the mucaus, of the eyes
and upper respiratory tract,, Tovie-sed.zhur, no.llt7g-80 N 156.
(RNPIUTOxr OROAN-DISFASES) (KIM 12 t I )
(MM AU SCALM)

CHALOV, N.V.; LESHCHUK, A.Ye,; KOROTKOV N.V.; GORYACRIKH, Ye.F.; AMAR, A.1h..;
PM$IKIVI, L.B.; ALEKSAIIDRii
Hydrolysis of cellulose lipin bY a "-45% hYdrcchlcric~*c.id solution
in a diffusion battery. Zhur. prikl. khim. 34 no. 12:2737-2745 D 161~
(MMA 15:1)
1. Gosudaretvemvy nauchno-ionledovatellskiy institut gidroliznoy i
iullfitno-apirtovoy promyshlennostis
(Lignin) (Hydrolysis)

KOROTKOV, O..N.. inzh.
o
Ditching machine, Transp. stroi. 8 no.2:28-29 F 158.
(MIRA 11:2)
(Zxcavating machinery)

KOROTKOVI P.A.
Automatic line for making molds for faience plates, Trudy I-TL no,50:117.-
124 '59- (Pottery) (MIRA 34:3)
I
MI! .
4

,-.- KOROTKOV
Calculating balance dampers for given weigbing condItious Trudy LTI
Mic-50293-14 '59. (Balance-Vibration) (MIM 34:3)

SOT/97-58-9-3/13
-AUTHORS: Fridkin, ~,el[obrov, I.K. and
Klevtoov, V.A., Ingineers
TITLE: Pre-cast Pre-stressed Reinforced Concrete Beams Serving
as SUPpOrt to Bridge Cranes (Sbornyye zhelezobet'onnyye
predvaritellno napryazhennyye podkranovyye balii)
PERIODICAL: Beton i Zhelezobeton, 1958, lir 9, pp 329 336 (USSR)
ABSTRACT: The most effective type of beam for supporting bridge
cranes, as far as economy of concrete and steel are
concerned, is the one that is continuously reinforced.
This continuouezinforcing method requires special
machinery and equipment. Consumption of concrete and
steel in beams reinforced with rods is much higher than
those with continuous or batch reinforcement. Beams
with rod reinforcement are economical only when heavy
cranes are used and reinforcement type 30KhG2S. It is not
so economical to use rod reinforcement in beams of 12 m
span when compared with similar beams reinforced with
batch reinforcement. Leningrad Promstroyproyekt, in
conjunction with NIIZhB, is working on a project for
pre-stressed reinforced concrete beams 6 and 12 m long,
Cardl/4 designed to carry cranes with capacity of up to 50 tons.

SOV/9?-58-9-3/13
Pre-cast Pre-stressed Reinforced Concrete Beams Serving as
Support to Bridge Cranes
Figure 1 illustrates beams with rod reinforcement of
standard profile and steel Mark 25G2S. The reinforcement
is tensioned to 2.5% of its length, not less than
2
4 700 kg/cm limit of elasticity is 5 000 kg/cm~.
Table 1 shows typical cross-sections of 6 and 12 m rod
reinforced beams and gives repective technical data.
Table 2 shows typical cross-sections of 6 and 12 m. batch
reinforced beams and gives respective technical data.
The NIIZhB carried out tests with both rod and batch
reinforcement of these beams. In the case of beams
with batch reinforcement, special anchoring washers were
used which were not welded to rods and it was necessary
to ascertain the anchoring properties of the reinforcement
in the concrete when these washers were omitted. Tests
were carried out by Engineer I.K. Belobrov and
Candidates of Technical Sciences S.A. Dmitriyev and
N.M. Mulin in a laboratory that specialises in the theory
of reinforced concrete and reinforcement (Head: Professor
A.A. Gvozdev). Figure 3 illustrates horizontal cracks
at the end of the beam. The effect of these cracks on
Gard2/4 the collapse of the end of the beam under testing

SOV/97-58-9-3/13
Pre-cast Pre-stressed Reinforced Concrete Beams Serving as
Support to Bridge Cranes
conditions is described. To prevent the formation of the
horizontal cracks at the end of the beams, part of the
cross reinforcement at the end was pre-stressed in order
to compress the concrete in this part of the beam.
Tensioning was 1/6th of the value used for longitudinal
reinforcement. No horizontal cracks appeared after this
(Figure 4). Illustration of the method and the machines
used for the investigation of pre-stressing of beams
6 and 12 m, long is given in Figure 5. Figure 6: graph
of deflections of crane-carrying beams (PNG-l, PN6-2 and
PN6-3) with pre-stressed reinforcement and beam P06-1
reinforced without pre-stressing. It shows that pre-
stressed reinforced beams are twice as strong and crack
formations are only one-fourth. The casting of beams
12 m long was made possible by the construction of a
machine DN-7. Figure 7 shows the continuous reinforcement
of the beam. The concrete used has strength of
400 kg/cm2 and the reinforcement is of hightensile wires
of 3 - 4 mm. diameter. Figure 8 shows the method of winding
Card3/4 continuous reinforcement and casting two beams. A method

SOV/9?-58-9-3/13
Pre-cast Pre-stresscd Reinforced Concrete Beams Serving as
Support to Bridge Cranes
of this continuous reinforcing of crane-carrying beams
was developed by Candidate of Technical Sciences
G.I. Berdichevskiy, and testing of beams was carried out
by Engineer V.A. Klevtsov in the laboratory of NIIZhB.
Figure 10 gives deformation graph of concrete units of
the beam in the middle of its span. Tests show that the
strength of the beam is considerable; its deflection was
3.2 - 3.6 mm, which is 1/1 800 to 1/1 600 of the span.
Table 3 gives values of beams carrying cranes of 30-ton
capacity. These values show that the most economical
type of reinforcement is the continuous minforcement of
these beams. The Leningrad PromstroXproyekt designed
open-lattice type of crane carrying beam from pre-stressed
reinforced concrete (Figur; 11). There are 11 figures
and 3 tables.
Card 4/4

SOV/97-59-1-3/18
AtTHORS: Krotovskiy, S.S., Candidate of Technical Sciences;
Khar1kin, A.M., Engineer; Zadvin, M.V., Engineer and
Korotkov, P.A ., Engineer.
TITLE; Construction of - Frb-stressed Reinforced Concrete j~lements
of a Ramp Serving a Blast Furnace (Opyt izgotovleniya
predvaritellno napryazhennykh zhelezobetonn-ykh elementov
bunkernoy estakady domennoy pechi).
PERIODICAL: Beton i Zhelezobeton, 1959, Nr.1, pp.11-15 (USSR)
ABSTRACT: Various basio constructional elements of prO-tensioned
reinforced concrete ramps serving blast furnaces (i.e. beams,
frames carrying ore bunkers, railtrucks, and slabs) are
described. The authors of this project are mngineers
Yu.I. Ukhina and A.Ya. Fridkin. Fig.1 shows cross section
of the ramp supported at 4570 mm centres. The main
frame is of 10.38 m span carrying ore bunkers and two
railway trucks with a total loading of 500 t (see Fig.2).
The cross-section of the frame is 440 x 2,300 mm, made
Card 1/3 from concrete me k 406 reinforced with 26 batches of high

Construction of Pi~q-stresbed
Serving a Blast Furnace.
Card 2/3
SOV/97-59-1-3/18
Reinforced Concrete Elements of a Ramp
tensile reinforcement each containing 18 5 mm wires
resisting temporary stresses up to 17,000 kg/cm2. Six
batches of reinforcement are placed in the top zone and
20 batches' in the bottom zone of the beam. Fig.3 illustrates
beams carrying railway trucks. Technical advice during the
erection of the above construction was given by the ASU .,:~
SSSR and Lenpromstroyproyekt. The concreting was carried
out on open yards using two tower cranes of 3 t capacity
and a bridge crane of 30 t capacity. Curved channels
for batch reinforcement were formed by means of rubber tubes
of 51 mm diameter. The straight channels were formea by
means of steel tubes which during concreting were rotated
round their axes every 20 minutes and were pulled out after
2 hours. Fig.4 illustrates the formwork and the reinforce-
ment of the frame. In 1 m3 of concrete the following
ingredients were used: 570 kg of cement mark 500; 640 kg
of sand; 19220 kg of coarse aggregate up to 25 mm in size,
cement ratio was 0.35.
and 200 1. of water. The water7,
The concrete was delivered in tipping bunkers and consolidated

SUV/97-59 -l-,3/18
Construction Of -Pro-Gtressed - Reinforced Concrete Elements of a Ramp
Serving a Blast Furnace.
by vibrators 1-21, 1-60 and 1-80. The curing lasted
36 hours at a temperature of 800C. After that the strength
of the concrete was great enough to tension the reinforcement,
i.e. 360 kg,/cm2. Fig.5 illustrates the testing of'
anchoring by jack. A detailed description of tensioning
and anchoring problems is given. The cement grout for
filling the channels consisted of 2.5 parts of cement
mark 500 and 1 part water. The injecting of the grout
was carried out by means of a hand-operated suction ptunp,
and when the channel was completely filled a pressure of
2-3 atm was applied. During production of these precast
pr,6-tensioned units various improvements and modifications
were found to be necessary. There are 7 fi6ures.
Card 3/3

300) 9011/99-59-10-1/11
AUTTIOR: Benlyaminovich, P.M., Korotkov,P.A., Nikolayev, Ye.111.
and Rozenblat, V.P., Engi eers
TITLE: The South Golodnaya Step' Canal
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, Nr 10, PP 3-16
(TJS~"R)
ABStRACT: The Golodnaya step' area of Uzbekistan and Yazakhstan
contains 600,000 hectares of land suitable for irri-
gated cotton-growing. For this reason the area has
been the subject of many development and reclamation
projects, attracting the attention even of the Soviet
hydraulic engineers G.K. Rizenkampf, F.P. ~Jorgunenkov
and V.F. Bulayevskiy, Several plans for the irrigation
of the area have been drawn up; however, the final
variant, approved by the CC _)f the CPSU and the 13o-
vet ministrov SSSR (Council of Yinisters of the US9R)
on 14 June 1958, provided for irrigation of the Golod-
Card 1/3 naya step, by two canals - the existing North Canal

The South Golodnaya Step' Canal 1071/99-59-10-1/17
imeni Kirov and the South Golodnaya Step' Canal, still
under construction. The water for these canals was to
be drawn from the Farkhad Dam via the derivation canal
of the Farkhadskaya GEt (Farkhad Rydroelectric Plant)
vith a thrcughpat of 700 cu m/sec. The general layout
of the system may be seen from Fig 1. The area covered
by the NortbL.Canal contains about 250,000 hectares
suitable for irrigation, of which some 180,000 hectares
have now been reclaimed, while the South Golodnaya
Step' Canal dominates an area containing 350#000 hec-
tares o~ land suitable for irrigation. Of this about
409000 hectares have so far been reclaimed. It is pro-
posed to set up 31 cotton-growing sovkhozes and seve-
ral horticultural sovkhozes in the new irrigation a-
reas. About 50-555,' of the total irrigated area will
be under cotton and each new sovkhoz will cover around
B-10 thousand hectares. Watering will mainly be ef-
fected by pipelines in long furrows. Sprinkling will
be used on farms in the South-West part of the Golod-
naya step' where the ground is uneven and the soils
Card 2/3 have a comparatively high degree of permeability. All

KOROTKOV, P.A.; Prinimal uchastiye DOLGOPOLYY, V.A., diplomant
InVestigating noncontact themal microflowmeters.for liquids -
and gases under laminary flow conditions. Izv.vys.ucheb.zav.;
prib. 6 no.6:130-136 163. (MIRA 17:3)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.
Rekomendovana kafedroy avtomatizatsii khimicheakikh proitvodstv.

KOROTKOV, P.A.; LITVINOVA, Ye.l.; Prinimali uchastlye; ZVYAGIN, M.I.;
9-N-DREYEV, N.F.; UDAVKOV,, G.G.
AutovAtic recording of transformations in enamelpd. cast iron during
heating and cooling. Izv. vys. ucheb. zav.; evern. met. 6 no.Ils
194-199 163. OMIRA 17:3)
1. Leningradskiy tekhnologicheskiy institut in. Lensoveta.

KOROTKOV) P.A.; OTSUP, R.R.
Investigating the thyratron speed regulator of a d.c electric
motor. Trudy LTI no.59&113-121 161. NI]h 17:9)

'PF /_7PF 2 / ZPR i~f. A F 1 _c
IF; ('k j
A k d 9:4A 1 Pd - 1 /Pe - 5/Pj--/ r r z
-6/pe b :jp,c)
ACCESSION MR: AP5000981 S/OZ72/64/000/00910076/007
-Pit m: 116yayuv, D.V. Korotkov,
A flovnneteri~or measuring sm ill flows of Kas at higgh pressure
"'R,' F: Raf. zh. Metrologiya I izmeritel'nava teklind(a. Ultd. vy-p. , Abs. 9.3Z~ 466
~hlkrh pressure flow,
Tf 11 1! C pro-flnifty flowmeter, heat. aensfflve llowmetef~
differenUal auperLtiermocouple, flowmeter calibration curve, gas 0--meter Q
A BS TRA CT.- The article describes the sensor of a heat-sensitive proximity flowmeter
-i~71ed 'm regulate the flow rate of etbylene at practical1v anv pressure. Its operation
as , " 1 , -,
_n variations in the temperature field of a heated tube as the gas flows through
:-cp the intensity of heating rernaiis constant, the rate of flakk is determined from
-fiffertmdals of pointig at wlich the heat sc-nsitive ('1ern e'nL9 are placed. Th'-~
ti;rr, in the for-m of chroniel-copel diffelrential supertnerTrocokiples witi, grouvs Of
~-)t junctions spaced at 150 anc 35 mirn, respective['y. from the heater's ceater.
1-matic electronic pottritlornetL-r KPD, wuh a scale ranglar, from 24 to 48 mv, is
.~-i i.~; Lne secondary converter. Flovnieter calihraUon -)I)~airied at prest3ures
with gas counters of
Of

L 22562-65
ACCESSION MR: AP5000981
maximal deviations from the averaged calibration curve, equalled +50%. Three Ulustra-
tions. P. Ift rfqa
ASSOCIA01,11., none
SUBMILTTED- 00 UNCL: 00 SUB CODE: IE
NO REF SOV. 000 OTHER:000
Card Z/Z

KOROTKOY, P.A.
Veterinary work in Xrasny Kholm District, Laliqin Province.
Yeterinariia 32 ne.8:26-30 Ag 155. (mm 8:10)
(="Xr KMX DISnUCT--VWMTAARY MSDICIU)

XOROTKDV, P-.
---
Leading poulttry farm. Veterinarlia, 33 no-7:39-43 ii 156.(NIaA 9:9)
(Rossoeh' District--Poultry)

I KQROTKOV,_P-Al
Progressive veteri=7 hospital. Taterinarila 33 no.lltl2-16
N '56. (NLRA 9:11)
(Aleksoyovka District-Taterinary hospitals)

KOROTKOV, P.A.
Vaterinazy service in Pavlovsk District. Voronezh Province#
Toterinarlia 34 no.1:25-28 J& 157o (NM 10:2)
(Pavlavsk District--Veterinary medicine)

KDROTNOV, P.A.
Collective farm veterinary station. Taterinariia 34 no.4:28-32
Ap 157. (NM 19:4)
(VoterinAi7 med1clue)

W - XLROMOV,_ -P.-A. -
"Information about new instruments-"
Veterinariya, Vol- 37) No- 10) 1960) p. 60

KOR070V, P.A., starshly veterinarnyy vrach
Information on nev Instruments. Veterinariia .37 no.loi6o-.61
o ,6o. .(MIRA 15:4)
1. Trest "Sovuzzoovetsnab".
(Veterinary instruments and apparatus)

KONDIIZNKO, I.I.; KOROTIOV, P.A.
Relationship between th aboorEtion coefficient and Raman spectrum
lines in the resonance :egion Lvith summary in Bnglish]. Ukr. fiz.
zhur. 3 no*6:765-772 N-D 058. (KIR& 12:6)
1.1iyovskly gosudarstysmW universitet.
(Hamn effect) (Absorption of light)

KONDILENKO, I.I.; KOROTKOV, P.A.;STRIZHEVSKIYI V.L. [Stryzhevslkyi, V.L.]
Indico.trix of the Raman scattering. Ukr. fiz. zhur. 5
no.1:122-124 Ja-F 160. (MIRA 14.-6)
1. Kiyevskiy gosudarstvennyy universitet.
(Raman effect)

25583
S/185/60/005/002/020/022
0 Olt, 0/ 1/ 6 3/ D274/D304
AUTHORS: Kondylenko, I.I., Korotkov, P.A. and Stryzhevs'kyy,
V.L.
TITIE: On the intensity of lines in Raman scattering
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 5, no. 2, 1960,
279-281
TEXT: The article has two objects: 1) To obtain a formula for the
frequency dependence of the intensity of lines (in gases), and to
transform the obtained formula by means of the adiabatic approxima-
tion; 2) To experimentally study the frequency dependence of inten-
sity of scattering and compare the results with theory. The author
proceeds from the formula for the differential effective cross sec-
tion of light quanta scattering, as given by W. Heitler (Ref. 1:
Kvantovaya, teoriya. izlucheniya (Quantum Theory of Radiation), IIL,
M., 1956) Z-Abstracter's note: Translation into Russian 7. The
formula for intensity obtained differs from that obtairCed earlier
by Plachek. By taking the average with respect to the period of
Card 1/3

25583
S/185/60/0OP/002/020/022
On the intensity of lines... D274/D304
oscillation of light wave, the intensity is given by
4
N IpI 12 (2)
where r2s-c-3)
A )jj(gX)jM AX)tj(gy),
P a aEop at (SY + (S JIM (3)
XY (jj (j0 'Jim + 'j0
where 2EO is the amplitude of the electric wave vector. Eq: (3) can
be transformed by the adiabatic approximation; the matrix elements
of the operator S with respect to electron coordinates is expanded
inipowers of the displacement of nuclei from their equilibrium posi-
tions, whereas the frequencies are expanded in powers of ratios be
tween differences of frequency-factors. After some transfonnations,
a simplified formula is obtained for OC. ( d-was assumed to be re-
duced to the principal axes). The obtained formula agrees with the
results obtained by M.V. VolIkenshteyn et al., in 1948 and 1949. Aa
experimental study was made of the intensity of two lines of Raman
scattering in liquid benzol. The method of measurement is described
Card 2/3

25583
S/185/60/003/002/020/022
On the intensity of lines... D274/D304
in references: I.I. Kondylenko,and P.A. Korotkov (Ref. 6: UFZh 3
765, 1958). The results of the study are given in a table, which'
also contains (for comparison) theoretical data. There is good
agreement between both. (A comparison with Plachek's formula shows
discrepancies). A table is given which shows that intensity I vs.l~
frequency a) might sometimes approximately be given by I w constw
Such a relationship apparently applies to the Raman spectrum of
CC14, investigated by I.I. Kondylenko (Ref. 5: Naukovi zapysky
Kyyvstkogo derzh. un-tu, Zb. fiz. fak-tu, no. 10, v. 18, no. 3,
1959). There are 2 tables and 7 references: 6 Soviet-bloc and 1
non-Soviet-bloc.
ASSOCIATION:
SUBMITTED:
Kyyvs1kyy derzhavnyy universytet (Kiyev State Uni-
versity)
October 16, 1959
Card 3/3

S/051/60/008/04/007/032
3201/9691
AUMRS t Kondilenko, IJ, KorotIrov, PA, and StrIzh*vekiy,__Y!~.
TITUS The Ronan Scattering Indicatrix
PnIODIGAL- Optika i spoictrosicoplya, 19W, Vol 8, Nr 4. pp 471-476 (USSR)
ABSTRAGT: The authors give a simple " clear derivation of Placheic's formulas
(Ref 2) which give the depaAance of the intensity of Re"n lines
on the angle of observation Q? and the degree of d*polarization, e.
The authors measured the angular dependence of the Raman line Intenuities
of carbon tetrachloride, benzene and chlorafom. A cell, K, with the
appropriate liquid us* illuninated with two vertical mercury lanpe
PRK-46 (they are shown av Ll and L2 in Fig 2). Between the lamps ani
the call diaphravas A were placed; each of these diaphragas consisted
of a not of metallic plates lying parallel to the direction of the
light boa fram a lamp to the call. The scattered light was recordsd
by means of a photoelectric spectrameter DFS-4. The lamps, the
diaphraps and the cell were fixed to the same base which could be
rotated about a vertical axim. The lamp-diaphragn-coll systts is*
rotated and the angle of rotation measured by means of a special
Ca rd 1/2 goniameter. Simple graphical calculations showed that in such L"~/

S/051./60/008/04/007/0.32
The Raman Scattering Indicatrix 3201/ .691
rotation the volme of the liquid vhich takes part in scattering
reasins practically constant. Consequently the change in the
Intensity of scattered light can ortly be duo to the angular dependence
suggested by Plachok. The results obtained are listed in a tablo,
on p 474 axd the offset of variation of the observation angle I on
the Raman spectrM of G014 Is shown in Fig 3. The results obtained
agreed satisfactorily with Plachakto theory. There are 3 figuroe;,
1 table and 6 references, 4 of which are Soviet. 1 Inglish
SU3[ITM% June 29, 1959
Card 2/2

KONDILINKO, I.I.; KOR02EDV. P.A.; STRIZHIWSKIr. T.L.
Intensities of the lines of Rawn speetra. Opt.1 upeirtr.
9 no.1:26-33 A '60, (NIFA 13*17)
(son= effect)
'It
li:

KONDI~ENKO, I.Iji; KOROTKOV, ]..A.; SMIZHEVSKIYI VA.
Studying the indicatrlx of the Raman effect. Opt. i opektr.
3-1 no.2:169-.17/. Ag 161.,T~ (MBA 34:8)
(Ranvm effect)
.'N
a
j.

L 18580-63 EWT(1)/BDS 'AFFTcASb/9SD
ACCESSION KR: AP3001277
AUTHORS: Kondile*9, I.I.j Verlanp E.M.; Kofttkov, P.A.; Strishevskiy, V
iTIME: Indicatrix of the combination scattering of light in a crystalline dium,
'SOURCEt Fizika tverdogo tela,, v. 5. no. 6,, 1963j, 1595-1600
TOPIC TAGS: combination scattering&;, indicatrixt Si,0 -0,, optic axis, crystallizie
Imaterial
ABSTRACTs The authors have studied the conditions of dependence (of the
indicatrix) of combination scattering of light in crystalline material both in
i
theory and in experimental worko The theoretical expressions are derived from
previous works (V. L. Strizhevskty., FTT,, 3# 29 9, 1961, and F 2)6
fr., 4, 1492,0 196
iThe experimental work is basically similar to previous work on liquids (I. L.
Kondilenko., F1,A. Korotkov# and V.L. Strizhevskiy, Opt. i. spektr., 11, 169* 1961).
The authors obtained genoral forgulas determining the indicatrix in any arbitzary
,crystal. Vibrations of 466 cm-L in quartz were first used in experimental i-vesti-
gation of the indicatrix in a crystal in the angular interval of 4o-14oO. The
experimental data agree with theory. The authors show that a stuctr of the i.ndic-o
atrix of combination scattering nay serve as a method of investigating oriented
:'Card 1/2

L 1858
*
!ACCESSION NR: A?30012?7
systems. To illustrate the method (with a few sirtplifying assumptions) they
determined the angle formed by the Si-0 bond vith the optic axis. This value
proved to be 5.50, which corresponds satisfactorily with the actual value of
540441. Thore are disadvantages to the system# howevers lirdting its usefulness.
Chief of these is the presence of parameters in the formulas that are unknowis-
components of'the tensor of combination scattering. Furthezwoze,, the speotzwn of
!combination scattering is -not always capable of experimental observation. O.-rig.
.art. has: 1 figure, I table, and 13 formales.
;ASSOCIATIONt Kiyevskiy gosudarst-venr" universitet im.-T.G, Shevchenko, (M).t4
;State Univenl_~L~
SUBMITTEDi nJan63 DATE AQQj - MJ%d63 Mt 00
~SUB CODE: PH NO MF SOVI 009 OTHERt 001
Card 2/2

7T (m /EPF C V EW P 79 7,C
4 4 J!:', 60 1.1" 452
d i. I e nk o, I . I., Korotkov, P. A.
j:' aP a t e r ng in 1, J c a t r i x and d epo I -i r 1 7 a' L,'-In c. f Rama n
-4 ,
n
gpektro3kopiya, v.
Rarnan scattering, scattering indicatL-ix, polarization,
tz-ach-loride, benzEne
T-.e degree of de-polarization is determined as a fun(tion
-i-,.--TIe of observatiorl by using an expression previously ce-
ati,-hors (with V. L.
~17F, Ieviation of the scatterinj indi.-~7atrix of Rai an
r (I I ri. o r mu --i

~'FIIT(m) /!,PF(c Z'NP( i ~,'EZ-
4 IJP(C
J'3' i~y' l,)4 59
A i,4 0 4 4 8
P
Kondl I enko, I I Korotkov,
TITLS~ Absolute energy yield of Raman ligbt scatLerialg
F~-E Optika i spektroskopiya, v. 17, no. 3, 1964, 457-45~
_I_S* Raman scattoring, F~nerqy yield, carbon tetrachloride,
7hloroform. tolizol, line i_ntens.Lt,
7he absolute (Bnerqy yield is defined as the ratio of the
we r
,o of the Raman line to the power of the exciting I.ght
~
--ferred to a defi-iite number cf molecules. 7h e atitho 's have
exper.~mentall /- the liqht ~,iell '-a-man lines 459
ir~~cln tetrachloride,^, 992 cm 0 e'-~ 7 P.,- C~
-in
and 1004 -4- 1~30 c7m 1- -e -s -~ ~cl -)Ppar Itus
__-~"_d in detail in an earlier paper rizhev;kiy,
spektr. v. 9, 1.69, 1961). The &bsol_-,i~: ener~gy yield )er mole-
Card 1/2

L 1262L-65
Al-CESLION NR., AP4044861 C~
29
d to be 7.9, 4.8, 19.0, and 9.6 (times 10 f)
foun r
.1L and C H CH , respective~ly, as compared wi-.h a
6 5 3
f-he sa-ne urii-ts) of
-,i,,:-u la,, 1-Dr. C),- ~,~e IS
sat-
77
ASSOCIATIOM: -
05Nov63 E "IC 1 00
OTHIR, 002
OP NR R-EF SOV- 003
--- - - ---------- 7-

-,T d-TIM-66 WY1
SOURCE CODE. 66 8 66jOWftW1bO681DO68
125775 5
-17/
AUTHOR: Kondilenko, 1. 1.; J-orotkav, P. A.; Strizbevskly, V. L.
TITIZ: On the uso of Haman L-pectra for the study of oriented systems
SOURCE; Ref. zh. Fizikap-Abs. 4D526
REF SOURCE: Tr. Komis. i)o Biektroskgii. Ajj�PR~ t. 3, vyp- 1, 19a, 574-581
TOPIC TAOS: Raman spectrum., optic crystal, light polarization, quartz crystal
ABSTRACT: A theoretical atudy was made of +,be indicatrix and of the polarization
eftects in Raman spectra in arbitrary anisatropic crystals. General for=,las are
obtained for the intensity of the scattered light as a function of the scattering
angle, polarization,'and the macroparameters (dielectric constant) and micropara-
meters of the medium. It is shown that it is possible to determine the orientation
of the bonds,inside the crystal. An experimental study was made of the indicatrix
in a qj~Vbrystal. Experiment and theory are in satisfactory agreement. (Trans-
lation of abstract]
~SUB CODE: 2D
Introduction 10
Ca,d 1/4
Pb
WC: 62.50~62.52;66.012-52ilk66.012.1

ACC NRt AMOU.00=3
Part I. Components of Automatic and Remote Control System - 15
1. General information on components of automatic and remote control system 15
2. Electromechanical components - 22
3. Ferromagnetic components -- 61
4. Electron-ion, electrothermal, photoelectric, and radioactive components T5
5. Electrical machinery 100
Part II. Automatic Control of Chemic~al-Technological Processes
6. General'information on automatic control. -- 113
7. Measuring circuits and secondary general-purpose devices 115
8. Temperature measuring devices -- 132
9. Pressure measuring devices -- 139
10. Flowneters - 150
11. Level gaps -- 163
12. Devices for do~termLnlng 'the composition and concentration or materials 172
13. Devices for determining physical properties of matter - 191
Part III. Remote and Measuring Control System and Computers
14. Short-range remote measuring system - 213
15. Long-range remote measuring and-control systems 230
Card 2/4

ACC NR 01006
16. Computers -- 242.
Part IV. Automatic Regulation
17. Automatic regulation systems (basic information) - 277
18. The properties of the objects of regulation -- 282
.19. The properties of automatic regulators and simplest systems of automatic
regulation - 303
20. Regulator components -- 355
21. The elements of the linear theory of automatic regulation - 384
22. Basic industrial regulators -- 43T
Part V. Automation of.Production Processes in Chemical Industry
23. General problems and pre*requisites for automation of production processes
24. Automation of continuousk9peration machines and apparatus -- 489
.25. Automation of periodic-operation machines and apparatus -- 526
26. Automation of production areas and vorkshops -- 547
27. The possibility of using computers as in example of automation of &:)di=
production - 576
28. Centralized control of modem chemical enterprises -- 567

ACC NRs Am6ol6oo6
29. Basic problem of reliability of automatic cmtrol system and components in
chemical production -- 592..
Bibliography -. 602
$m cois-07,13/ SUBM DATE: 3(Xov65/ MG Mr: 047

h A

OBNOVLENSKIY, Petr Avenirovich, dots.; KQRQ',r'EOv- Erj=-ArkhiDovich.,.
dots.; GURMCH, Aleksandr L77-ovich, dots.; IL-111i, Boris
Vladimirovichp dots.; MUSYAKOV, L.A., karid.-"tekhn. nank,
red.; BARKAN, A.B., inzh., red&
(Fundamentals of automatic control and automation in the
chemical industries] Osnovy avtomatiki i avtomatizatsii
khimicheskikh proizvodstv. Moskvap Khimiia, 1965, 607 p.
(MIRA 191l)
1. Kafedra avtomatizatsii khimicheskikh proizvodstv
Leningradskogo tokstillnogo inatituta(for Obnovlonskiy).

L 2795-66
f~ACCESSION MRs AP5021450 W41AT UR/0146/65/009/00111/0123/0126
681.121 (000
V
45
'AUTHOR: Ko tkov, P. A.; flelyayev, D. i.; Rukin, Ya. V.
tTITLE: A noncontact themil flowmeter th a semiconductor heater for up to 10,000
'liters per hour 'b~l
SOURCE: IVUZ. Priborestroyeniye, v. 89 noo 4, 1965, 123-126
1 , f q, "'t"
TOPIC TAGS: flow meterNkluid flow, thermocouple,l'semiconductor devic-.e,
'ABSTRACT: The characteristics of a noncontact thermal flowmeter are titudied. The
:instruinent operates on the basis of finding the deformation of a temperature field
,generated by a heater on the outer surface of the pipe through which the liquid is
i
flowipg. This deformation is a single-valued function of the rate of flow when the
l
iparameters of the liquid and those of the ambient medium are stable. The heater is
!a semiconducting layer of stannous chloride applied over titanium enamel. Electric
'current is fed to the heator from a voltage regulator through copper contact rings
I
'fastened to the pipe with a distance of So mm between them. The sensing element-..
!for measuring the temperature difference is a chromel-coppel thermocotiple fastened
i
!to the outside surface of the pipe. The sensitivity of the instrument: Is improved
;by using a differential hyperthermocouple consisting of two sets of these chromel-
)Card 1/3

L 2795-66
;ACCESSION NR: AP5021450
:coppel pairs with ten thermocouples In each group. The junctions of.one group are i
docated 145 mm from the oenter of the heater, while those of the other group are
.placed 35 mm downstream from the center of the heater. Differential :connection of
~the hyperthermocouple eliminates the necessity for thermostatic contt-ol of the cold
'junctions. A diagram of the flowmeter is shown In fig. 1 of the Enclosure. Experl..Oi
I I
.mental tests were made on measuring the flow of water through a pipe 63 mn. In dia-
,meter. Rates of flow were varied from 250 to 10,000 liters per hour, Calibration
,curves are given for various semiconductor heater powers. It was found that there
is a nonlinear relationship between temperature drop and flow rate. The greatest
sensitivity is in the region below 3000 L/hr, while the least sensitive region is
;above 5000 t/hr. Sensitivity increases with heater power throughout the entire mea--!~
asurement range. It is recommended that the lower limit of measurements for a given '
meter should be set at 20% of the maximum rate of flow. This gives it.L more uniform It
scale. A heater power of about 45 watts should be used for the widest measurement i! '
range. Circuit alterationd are aiii-9-gested for compensation of measur4!.-ment errors due
to temperature changes In the Input flow. The instrument was tested for two months !~
on an average of six hours a day. Measurement errors are less than *3% of the maxili i
mum scale value. Orig. art. hass. 2 figures.
ASSOCIATION: none
SUBMITTEDt 050et64 ENCLt 01 SUB CODE: 3t H3 i
NO REF SOVt 004 (Yml.~R: 000
[Card 2/3

L 2795-66
~ACCESSION HR: AP5021450
J\
al
1? V'I
Card ~/3
Fig. 1. Diagram of the flow-
meter: 1 -gauge pipe; 2--ther-I
mocouple junctions; 3--semicon-,
et rings.'
ductor heater; 4--conta I
5--vinyl jacket; 6--hermetical
sealed connector 1y,
ENCLOSURE: 01
section a-a

24-58-3-31/38
.,.AUTHOR: Korot (Moscow)
TITLE: Shock Waves at a Considerable Distance from the Point of Explosicn
(Ob udarnykh volnakh na znachitellnom rasstoyanii ot mestua
vzryva)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1958, kir 3, PP 165-168 (USSR)
ABSTRACT: Shock waves at some distance from the point of origin
have been investigated in detail by Landau (Ref.1), Sedov
(Ref.2), Khristianovich (Ref-3)and others.Calculations with
electronic computers on the problem of explosions in a
uniform atmosphere, taking counter pressure into account,
show that there is a very slow deformation of the wave impulse.
This work compares the deformation of the wave profile at some
distance from the point of explosion, obtained by the electron-
ic computers, with that obtained by Khristianovich's approxi-
mate solution. Equations are obtained for impulse, wave
length and pressures in the shock wave; for the linear pro-
file, the work agrees with that of Landau (Ref.1). 1.Away
from the source, the wave length is small compared with the
distance from thEe explosion; on this assumption, Khristiano-
vich has obtained a solution for the uniform spherical case
Card 1/7

24-58-3-31/38
Shock Waves at a Considerable Distance from the Point of Explosion
in the form:
XT + 2Kp-r U-_" +.-
T (' P
Ir0 90 P.4
t 7 TI =~ 'Ps T-
5/6 1/2 IT
3E 3 p- E 3
Pa a Ra P.*o To
P Ap pt AP-A C -0 K + 1
Pa Pa Gv 41C tg e
E -1-175 E 0 where r distance from centre of explosion,
t - time from moment of explosion, &p - excess pressure in
shock wave, j6p, = excess pressure in front of shock wave,
Pa9 Pa = pressure and density of surrounding medium, E0
energy of explosion, pop*0 = dimensionless pressures at
Card time T 0 corresponding to shock wave and in front of it,
2/7 go = profile of wave at time -r 0 .

24-58-3-31/38
Shoe k Waves at a Considerable Distance from the Point of Explosion
0
Assuming p