SCIENTIFIC ABSTRACT KARPYSHEVA, V.S. - KARSAI, KAROLY

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720910012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

vrach
-
't., ,
Dist for liver diseases. Ned sestra, jio.6-.24-26 Js 154. (XLRA 7:8)
1. Bollnitea in. S.P.Botkina (Koscow)
(LIVIM--DISBASIS) (DIMT IN DISEASI)

BHARPINAK. A.2.; ARWITKYA. A.S.; KARPYSHEVA, V.S.
Blood proteins as a supplementary scarce of histidine and tryptophan
in therapeutic diets. Vent.khir. 77 ao.11:22-26 N 156. (MLRA 10:1)
1. Is eksperimental, noy laboratorit 'bolinitay iment Botkina i
belkovoy laboratori, (saw. - prof. A.X.Sharpenak) Institute
pitaniya ANN SSSR, Koskvs.
WINTS. in various die.
dry blood as source of histidins & tryptophan)
(BLOOD PROTEINS, ther. use
dry blood as source of histidins & tryptophan in diets in
various die.)
(HISTIDIRS, ther. use
in various die. in form of dry blood as supplement to diet)
(TRYPTOPHAN, ther. use
same)

A . V RATUM140. V-"
Assimilation of calcium and phospho,.-ua from powdered- bone. Yrp,:)It.
16 no..i:56-61 My-Je 159. (MLRA 10:10)
1. Iz kafedry b1ol-himit (zav. - prof. A-8-Thapeaak) Moskovskoga
mellitsinskago stomutologicheakogo Institute.
(CAIZIUM. metabolism.
aBalmilation from food eariched with powdered bone (Pile))
(PHUSKIORUS, metabolism,
slime)
(?OGD.
enriched with oowdered bone aasimilqtiori of zalciultz
phosphorus from (Rue))
(BOWAND BOMS,
pov,lered in enriched fool, nast-nilation of calcium &
phosphorus from (Rua))

KARPYSHEVA, V.S. (Moskva)
Problem of proper nutrition. Med. aestra 20 no.10:37-43 0 '6-.
(MIRA 24:22)
(NUTRITION)
-1; ;
.MW,
. -

KARPYSHEVA V.S. vrach-diyetolog (Moskva)
Fbeding of patients suffering frcm circulatory insufficiency
Med.sestra 21 no.llt39-4.1~ N 162. (MIRA 16.-A
(BLOOD-GIRGULATION, DISORDEFS OF) (DIET IN DISWE)

C, . C
KAW'YSfll;:VA,, V.S.; CIIUDNOVSKIY,
Effect of diet with low sodium content on the dynainics of body
velght and urinary excretion of s:>diinn and chlorine in Fatierts
with circulatory insufficiency. V:)p. pit. 2-1 no.6:17-22 N~-D 162.
17:5)
1. Izz 1-y kafedry terapii (zqv. - deystvite.1 Inyy cuen 'PIN SSSR
prof. M.S. Vovai (decoased]) TSentrallnogo tnst.Uuta ui overs hens tvovaniya,
vrachey, Moskva I Instituta eksperimenta.11noy biologli-i I meditaIny
Sibirskogo otdeleniya AN SSSR, Novosibirsk.

1. KARPYuK, A.; CHILEK, A.
2. USSR (600)
4. Irkut4sk - Retail Trade
7. Store locationsp Bove torgo, no* 4. 1953a
9. Month List of Russian Accessions, Library of Congress, April -1953, Uncl.

L h7571-66 EdT ~ I TG '
ACC NRi AP6032i6tj soum' CODE: uR/o4io/66/0oo/0o4/O092/00qq
AUTHOR: Karpyuk, 13. V. (Novosibirsk); Shmoylov, N. F. (Novosibirsk)
ORG: none
TITLE: Determining the optimal values of parameters for elements of measuring systems
SOURCE: Avtometri~,a, no, h, 1966, 92-99
TOPIC TAGS: reliatIlity theory, measuring device reliability, reliable device
synthesis, voltage divider , MF0Se-)R1Fj(-' A PP09 R M TO'S
ABSTRACT: The problem of the reliability'of measiring devices is analyzed. It i's
assumed that a measuring device is characterized 'ay certain otuput parameters Yi and
that tbeic dependence on the parameters xj , X2, , xn of elements of the device is
known, (that is the function Yi = fi(xl, X2, X.) is known) and that the range
within which the Yi varies'and certain conditions limiting the selection of
X1, x2'...' xn are given. On the basis of these t~ssumptions, the concepts of domains
of allowable and possible values of the parameters X1, X2,--', xn are introduced. The
reliability problem studied in the article is fornulated as follows: )Uiowing the
domains of allowable and possible values of the parameters xj, X21 ... I xn, it is
necessary to determine their initial values x1a, X201 ... I xn such that the probability
of Yi being within a certain range is maximal. To simplify ?he deductions, the
simplest voltage divisor is Pnalyzed with its division ratio
Card 1/2 UDC: 621.317-019.3

L 475711-66
R
W
where r and R are the corresponding resistances -taken as its basic characteristic
(the output parameters). A closed domain of allowable parameters bounded by four
intersecting lines and the rectangular domain of possible parameters are established
in the space of parameters r and R. The method of determining optimal nominal
values ro and Ro qepends essentially on the relation between those two domains. The
following possible cases are distinguished: 1) the domain of possible values of
parameters is con derably smaller than the doma:.n of allowable values; 2) both
domains are commonsurable; 3) the domain of possible values of parameters is larger
than the domain o- allowable values. Methods for determining the nominal optimal
parameters ro, Rol for all three cases are presented. It is pointed out that these,
methods can be applied for any number of parameters, however, the difficulties of
calculation also increase with bn increased number of parameters. Orig. art. has:
3 figures and 18 -formulas. [LK]
So com 14/ ~ Sl IFAM DATE: lOJan66/ ORIG REP: - 0091 _ATD PRESS.: 5092
~'Card
2

KARPYUK, D.V. (NovosIbirsk); TSAPENIKO, M.P. (Ncvo3ibirsk)
Measuring Information syntems, Avl~ometrila no.2318-25 165.
(MIRA 18:9)

_~WYU.K,, ~.V. (Novosibirsk)
Synthesis of linear miltiterminal networks. Elektrichestvo
no.2:63-65 F 164. (MIRA 17:3)

KARPYUK., B.V.
- .. -- ------- --.
Algoritbmic doscription of measurement processes, Izm.tekhe
no.108-39 Ja 162. (MIRA -14,-.12)
(Mensuration)

KARANDEYEV, Konstantin Borisovich; URpYUK,,,,._pogd.~in Vladimirovich;
KASPEROVICH, Aleksandr fliko~llay ~Y~Iq PTJ,",'M-ibY
Mikhaylovich; RABINOVICII, Vladimir Izrailevich; SINITSYN,
Boris Sergeyevich; TVERDOKHIYB, Petr Yemellyanovich;
TSAPENKO, Mikhail Petrovich; Pr4niziaJA*MSbodW*.-,AWsMOV,
V.,14.pameft-umotrip MOWN, - G. Q. navahnidqwtr.
[Electrical methods in automatic control] Blektricheskie
metody avtomaticheskogo kontrolia. Moskva Energila
1965. 383 P. ~MIRA 18:81

-~-R - - - ---. --- affamm
-X~E - 16Z004772 Monograph UW
Karandeyev, Konstantin BorisavichLX4L-riwuk,-BogdW..i Vladimirovich; Kasperovich,
Aleksandr Nikolayevich; Fushnoyp Boris Mikhaylovi(:h Rabinovich Vladimir Izra-
.ilevich; Sinitsynp Boris Sergeyevich; Tverdokh1eb,, Petr YEmellyanovich; TSapenkt,-.,
Mikhail Petrovich
Electrical methods of automatic control (Elektridheakiye metody avtomaticherkogo
kontrolya) Moscow, Izd-vo "Energiya"O 1965. 3~3 p. illus., biblio. 10,000 copies
printed
TOPIC TAGS: automatic.control design, automatic control equipment, data, processing
PURPOSE A14D COVERAGE-. The book, vritten by staff'members of the Institute of kuto-
mation and Electrometry of the Siberian Department of the Acadeqr of Sciences SSSR,'
deals with electric automatic control systems, their structure, and their principal
elements and characteristics. The emphasis is onthe relation betveen production
quality control and automatic inspection of the iianufactured products, and emphasizeal
statistical methods, automatization of various m(tasurements.. and the handling of the
information and data-generated by the automatic control devices. Different systemsp
components, and individual control and measurement equipment are also described.
Chapter 1 was vritten by K. B. Karandeyev., B. V. Karpyuk, A. N. Kasperovich, V. I.
Rabinovich, P. YE. Tverdokhleb, and M. P. 75apenho, Ch. 3 by Y. I. Rabinovich and
M. P. TSapenko, Ch** 4 by'B. So Sinitsyn,, Cho. 5 iLnd 6 mainly by Bo Y. Karp.YUk, Cho*
7 and 8 by A. No Kasperovich, Cho 9 by B. M. Pushnoy Cho U nd 12 mainly by F. Be
Tverdokhlebt and the appendix by B. Y. DiWuk~ Autfiors jh;;~Rths,scleaLfic vmkors
m)c'- 621. 31T

AW NR, AW5004772
V. M. YEfimov and Go 0. Matushkin who wrote the rain material of Cho. 2 and 10 re-
spectivelyi and also to the scientific staff meid)ers M. A. Rozov., G. A. SKtambergerp
G. YE. YEremenchuk., YU. I. Baklanovp and others for supplying some data and ftr a
discussion of individual problems considered in the book. They also thank Le Igo
Pincbuk for participating In the preparation of the manuscript.
TABLE OF COMENTS Cabridged]t
~~oreword - - 3
Introduction - - 9
Part I. Theoretical problems of automatic control - - 13
Ch. 1. Main definitions and functions of automatic control system 13
Ch. 2. Time quantization of the control parametors that have a random character
26
Cho 3- Quantity of-information during control and measurment - 42
Ch. 4. Statistical problems of automatic contro% - - 56
Part no. Elements of automatic control systems 87
Ch. 5. Transducers - - 87
Ch. 6. Commutators of transducers in automatic control systems 116
Ch. 7, Comparison. devices in automatic control irystems - - 148
Ch. 8o Automatic measuring devices in automatic control systems - 162
Ch. 9. Data processing devices - 208
Ch. 10. Output units of automatic control systesm 260
Caro

ACC NRs AY15004772
Part III.- Automatic-control systems 309,
Ch. 11. Composition of devices and classification of automatic control system#
Automatic control systems with single utilization of the control-channel devices
309
Ch. 12. Automatic control systems with multiple utilization of the control-chainel,
devices 331
Appendices 364
Literature - 371
MW CODE: 131 am DATFt 3ojun65/ ono im 198/ om mw: 066
3

KARPYUK, I.A.
Using a mixture of natural gas with air during the transitional stage
of the gas industry of Riga from artificial to natural gag Gas. prom,
8 no.11:25-29 163. (LIRA 17:11)

15% 1
Kim
HO
-k- Tbt
ma
smatf iOM4.
Wo,
Ave
The;

KARFYUK, S. A. (L I vov)
Significance of C-reactive proteing in the diagnosis of acute
surgical diseases. Klin. mod. no.11:56-60 161. (MIRA 14:12)
1. Iz kafedry fakulltetskoy khirurgii lechebnogo fakul'teta (zav. -
prof. G. G. Kmvanov) Llvovskogo medits-inskogo instituta (dir. -
prof. L. N. lu=enko)
(PROTEINS) (MEDICINE, CLINICAL)

KARFYUK, S. A. (L'vov, u1. Nekrasova, d. 35/5)
Total protein and protein fractions in the blood serum in some
acute surgical diseases of the organs of the abdominal cavity of
an inflamnatory nature. Nov. khir. arkh. no.3:62-70 162.
(MIRA 15 :4)
1. Kafedra, fakulltetakoy khirurgil (zav. - prof. G. G. Karavanov)
lache'onogo fakullteta Llvovskogo reditsinskogo instituta.
(BLOOD PROTEINS) (ABDM:N-DISEASES)
(INFLAMMATIOY)

RETVINSKIY, A.H.;_~LRHUK, S.A. (Llvov)
Total protein and its fractions it! the blood serum and lynh in
elephantiasis. Klin.med- 40 no.10:94-99 0 162. (MIRA 15:12)
1. Iz kliniki fakulltetskoy khirurgii (zav. - prof. G.G.
Karavanov) Llvovskogo meditsinskogo in8tituta (rektor - prof. L.N.
Kuzmenko).
(BLOOD PROTEINS) (MMPH) (ELEPHANTIASI~S)

KARPYUK 3 A - GEWJIfM) Ya.L.
Aminopherase actiwity and protein fYaction content in the blood
serum in some dimmeeB of the abdominal organs. Vop. med. Idaim.
8 n0.3:270-274 )#y6Je 162. (MIRA 15:7)
1. Chair of Surgery, Faculty of Clinical Medicine, State Medi-
cal School and Chair of Biochemistry, State Veterinar School,
Lvov.
(TRANSAMINASES) (BLOOD PROTEINS)
(ABDOHEN--DISEASES)

1. vALIvAl-F. I., R. x.
2. MR (6oo)
4. Carnes, Derricks, Ftc.
7. Ways of transferring tower cranes, Makhostroi, 9, i:o. 12, 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

KARR) K. Dzh. [Carr, C.J.]
Unsolved problems of psychopharmacology. Uch.zap.Inst.
farm. i khimioter. AM SWR.3:38-51163. (MIRA 16:9)
1. Pharmacology Unit, Psychopharmacology Service Center
-f National Institute of Ysntal Health, Bethesda.14, Maryland.,
U.S.A.
(PSYCHOPHIWILCOLOGY)

ASRIYAN, N.Sh., ordinatorL_ ~_ D...,A.,, cirdinator
Clinical characteristics of goiter in the Samarkand Province;
hospital data, 1956 - 1961. Med. zhur. Uzb. no.6120-23 Je'63
(MIRA 17:3)
1. Iz kafedry obahchey khirurgil. ( zav. - dotsert U.A. Aripov7)
Samarkandskogo maditainskogo instituts, imeni Favlova.

KAMA V A
~itroitellstvo Sots ialis tich askoy
Building A Socialist Economy in the
Z
Akademii, Nauk SSSR, 1953.
21-4 P. Tables.
At Pead of ritle: Akademiya Nauk
60Y/6
783.3
.K1
Mconomiki V Rxnynskoy Narodnoy Respublike
Rumanian Peo.ples Republic7 Moskva, Izd-vo
SSSR. Institut Ekonomiki.

.AAM, Valentin Yakoylevich; MININ,.Aleksaridr Savellyevich; SHOBIK,
L,Ye,, lnzh., ved. red.; SHREYDER, A.V., kand.tekhn.nauk~
red.; PONOYAREV, V.A." tekhn. red.
[Performance of chromium platIng steel bathe with passiva-
tion linings and cathodic protection. Molybdenum coating of
aluminum and its alloye]Rabota stallnykh khromovykh vann s
primenenlem passivirovaniia i Yqtodnoi zashchity, Molibde-
nirovanie alluminiia I ego splavov. Moskva, Filial Vse3. in-
ta nauchn.i tekhn. info rmats i 1, 1958. 1.0 '.n. (Peredovoi na-o--cuno-
tekhnicheakil i proizvodstvennyi opyt. Tema 13, No.M-58-265/28)
(MIRA 16:3)
(Chromium plating-Equipment and supplies) -
(Protective coatings) (Aluminilm)

3053L
1~-DGDO S/535/61/000/138/oo6/oo8
E031/E177
AUTHOR: Karrask, V.K., Candidate of Technical Sciences
TITLE-. The equilibrium of an aircraft fitted with a bicycle
undercarriage, in a side wind
SOURCE: Moscow. Aviatsionnyy institut. Trudy. no.138, 1961.
Metody priblizhennykh raschetov i vybora parametrov
pri proyektirovanii samoletov. 56-81.
TEXT: Since the majority of modern airfields, due to cost and
area of ground involved, are equipped with only one runway, and
aircraft (especially those of the all weather military type) are
required to be at instant readiness, the motion of an aircraft in
a cross wind, on a slippery surface, has become one of the
fundamental problems of control. It has become necessary, in the
design stage, to establish the maximum cross wind in which an
aircraft will maintain its equilibrium for all speeds of take-off
and landing. Stability in a cross wind will depend largely on the
parameters of the undercarriage, and its disposition. in
determining the conditions of equilibrium it is assumed that the
banking moments caused by asymmetric li-,)ngitudinal forces on main
Card 1/4

30531
The equilibrium of an aircraft fitted,,.. S/535/61/000/138/oo6/oo8
E031/EI77
and wing tip landing wheels are small to the point of being
negligible. Transverse forces on the undercarriage structure are
included in those acting on the wheels, and transverse forces
acting on all undercarriage units are considered with and without
automatic braking. For approximation purposes, it can be assumed
that the transverse force is proportional to the angle between the
direction of motion of the wheel and its plane of rotation.
Vertical loading on the main undercarriage structures (front and
rear) may be determined from the equations dealing with the vertical
forces and the moments relating to the horizontal transverse axis.
A braking parachute has a significant effect on the aerodynami;c
forces and moments during the landing run, the drag moving the
centre of gravity lower, and to the rear. With the aid of the
formulae dealt with in the paper, the problem of determining the
optimum distance between front and rear main undercarriages, and
the degree of transverse stability in cross winds, under all
speeds and conditions, is discussed, as well as the side
equilibrium of the aircraft. These problems, when applied to an
aircraft fitted with a steerable front undercarriage, are then
discussed, and the advantages and disadvantages of having all
Card 2/4

30531
The equilibrium of an aircraft fitted... S/535/61/000/138/oo6/oo8
E031/EI77
undercarriage legs steerable are covered. The problem of
maintaining equilibrium purely by using the aircraft control
surfaces (of interest should the steerable undercarriage fail) is
considered. The following conclusions are reached.
1) One of the characteristics of an aircraft with a bicycle type
undercarriage in the possibility of banking when still on the
ground, with consequent considerable effect on balance.
2) The equilibrium of an aircraft landing in a cross wind depends
largely on the braking parachute, which significantly affects the
aerodynamic forces and moments acting on the aircraft.
3) With automatic braking, the braking force on the wheels depends
on the transverse force to which the wheels are subjected;
maximum transverse force is the same ais when the wheels are not
braked.
4) To guarantee satisfactory motion along the ground when taking
off and landing in a cross wind, the dosign of the undercarriage
units must be such that the dimensions between units must be not
less than a definite quantity which is a function of the
aerodynamic, geometric and weight characteristics of the aircraft,
Card 3/4

StsbUlty of -qUkrlis In derinstonle. K. M. Karro,
Verinik Ventrol., Dermalol. 1954. No. 2,71.n- 9-=1d 1
variety of dermatosis patients there is ob-mrvid a frequent
decrease of stability td skin capillaries, cezetam patients tit
times show the sarne lowered stability of the vessels, In-
tieuroderinatitis there is usually an increase or stability of
the capillaries. lonophorelic Introduction cl adrenaline
Increases the stability of the capillaries; vaiodilators do
not ACCt their Stability. IffadiftflOn Witli UltMAIDICA
light either IncrFases the vessel stability or hat no effect on
Jr- it. 0 G. M. Kosolapoff
IIS574

KARRO. K.M., kand.med.nauk
Sidu capillary resistance and "painful time" in skin disease patientm
following treatment with blood transfusion. Akt.vop.perel.krovi no.4:
236-237 '55. (NDA 13: 1)
1. Leningradskaya stantelya peralivaniya krovi.
(CAPILLARIES) (BLOOD--TRANSPJSION) (PAIN) (SUN-DISEASES)

KARRO, K. M.,
"The Significance of Studying the Resistance of Skin CapIl-
laries, for Selection of Donors," by X M Karr Leningrad
7 - Ya
Municipal Station for Blood Transfusion directo
I. A.
Yerofeyev, Scientific director, Prof S. I. Sherman), Prob-
lemy Gematologii i Pereliveniya Krovi, Vol 1, No 5, SepTOct
56 P 57
A total of 400 blood donors vere subjected to tests for determining
capillary resistance by applying negative pressure under a glass jar, and
then counting the number of petechiae Skir.capillary resistance proved to
be decreased in 11 of them but in only one patient vas the thromboc3te count
low (90,000).
.7)

UDINTSICV, G.N.; AVANIINA, Z.N.; ANDRMVA, A.G.; BLANK, V.3.; GAYLAN, Ya.I.;
TICGORIKOVA, A.S.; ZU13ZHITSKIY, Yu.N.; IMINA, N.D.; KAMAZ, I.V.;
KARRO, L.M.; MIROYEVSKAYA. Z.Ye.; RECHAYEVA, Ye.A.; PARNOV, B.S.
Influenza in 1957 from data of the hospital therapeutic clinic of
the Leningraa Institute of Sanitatio-a and Itrgions. Sov.med. 23
uo.10:67-70 0 159. (MIRA 13:2)
1. 1z goapitalluoy terapevticheskoy Icliniki (zaveduyushchiy - chlen-
korrespondent AMU SSSR prof. G.N. Ud:Lntsev) Lening-radskogo sanitarno-
gigiyenicheskogo meditsinskogo instituta.
(INFLUENZA statistics)

KARRO' V., inzhener.
Dwellings with brick valls and large PaIL01 interior structural elements.
Biul.stroi.takh. 10 no.13:8-10 Ag '53. (MMA 6:10)
1. Leningradekoye otdeleuiye Gorstroyproyek-ta. (Buildings, P~refabricatsd)

FAM
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SOURCE'
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U chask
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; - , ! , ~ 7 1.:~, ~.-
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11"alt-', IX's -- II
. -c-~
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MCMKOT. A.V., arkhitaktor; KILLIRI G.V.,, arldiltektor; K&MO V L-Ju h.
Yew 9orles of standecd plaza forlarge-element apartment houses.-
Blul. takhe Inform; 4 no,'593-6 W 158. (MBA Ilt8)
(Apartment housos)

KARRO, V.~!,
-.- " inxh.
Am standard plans for Beremiki-type houses. Trudy NIIZHB
no.8:172 159. (14IRA. 13:4)
1. Leningradskoye otdoleniye Gosuderstvennogo proyoktnogo
institute, Gorstroyproyekt.
(Precast concrete conctruction)

KJMO, V.M.I-IKONNIKOV, A.V.; KELLER, G.V.; ZHURAVSKIY, N.A., red. izd-va;
PULIKINA, Ye.A.p tekbn. red,
(Apartment houses with non-bearing exterior waUsl Zhilye doma s ne-
nesushchimi naruzbrqmi stenami. Leningrad, Gos. izd-vo lit-ry po
stroit.y arkhit. i stroit. matericlamp 1961. 154 p. (MIRA 14:U)
(Apartment houses)

KMOO Y.M., insh.
Econmic expediency of certain methods of reducing heat losses in
apartment houses. Izv.ASiA 4 noj:1U-117 t62. (KIRA 15:1-1)
(Apartment houses~Heating and vent,ilation)
- ---- I . -, - . - I . .- -

IVANOV, V.F.0 doktor tekhn. nauk, prof. [dece-9ned]; ONUFRIYEV, N.M.,
doktor tekhn. nauk, prof.; ROT, A,V., kand. arkh. dots.;
GRIGORIYEVA, A.M.., arkh.,- UKHARIYEVSKAYA, M.A., kand. tektin.
nauk; ZELITEN, L.V., kand. arkh.; KRAVSKOY, V.A., arkh.;
KUNTSMAN, M.S., kand. arkh. dots.; LOKHANOV, G.I,,, arkh.;
NIKOLAYEV, A.I., doktor tekhn. nauk, prof.; OSIPOV, Ye.A.,
kand. tekhn. nauk, dots.; SAKHNOVSKIY, K.V., doktor tekhn.
nauk prof.; 7RULLI, V.A., kand. tekhn. nauk, dots.,-,,~P~RQ-
nauchn. red.) MARGOLIN, A.G., inzh., nauchn.
red.
[Elements of buildings and structuresj Konstruktsil zdanii
i sooruzhenii. Leningrad, Stroiiziatp 1965- 487 P.
(MIRA 18:12)

KMO-WMLLNMOF, A.
_.4
On shortening statistical reports. Zhil.-kom.khoz. 4 no.5:29 154.
(MLRA 7:9)
1. Glavny7 bukhgalter Shadrinskogo gv)rzhIlupravleniy&.
(Shadrinek--Kunicipal services-.-Accounting) (Xunicipal ser-
vices--Accounting-Shadrinsk)

VOLKOVA., A.Ya.; -~~qygj A., nauchn. red..
[Mineral resources of Turkmenisten; natural bruildin(-;
matcrials. A bibliography of the literature] Poleznye
iskopaemye Turkmenskoi MR; este.-;tvemye stroitellnye
materialy. Bibliograficheskii ukE.zatelt literatury.
Ashkhabad, Turkmenskaia gos. respubl. biblioteka, 1964.
144 P. (mI.U' 18:9)

PANCHEITKOV, G.M.; KA'RRYYICV, Ch.S.
Self-purification of Romash no dismal fuel by hydrogenation.
Izv. vys. ucheb. zav.; neft' i gaz 2 no.7:75-80 '59.
MBA 12:12)
I.Momkovskiy institut neftakhimichaskoy i gazovoy promy-shlonnosti
im. akad. I.M. Gubkina.
(Diesel fuels) (Hydrogenation)

15,S102,
". 3,
Z:14P
BiJ65/60jO00/002/007/008
A104/A,129
AUTHORS: Panchenkov, G.M., Karryyev, Ch.S., and AlItshuler, S.Y.
TITLEs Polymerization of propylene by aluminosilicate catalyst of
504% A1203 and 50% S102
PERIODICAL: Akademiya nauk Turkmenskoy SSR. Izvestiya. Seriya fiziko-
tekhnicheskikh, khimioheskikh i gbologicheskikh nauk, no. 2,
196o, 109-112
TEXTs The authors describe results obtained at polymerization of
propylene by an aluminosilicate ball catalyst of 50% A1203 + 50% SiO2-
Laboratory equipment and test methods were described in Refs. 14 and 15,
Panoherikov, G.M., Vestnik MGU,,1946, no.2, and Izvestiya AN TSSR, 1960,no.1
The polymerization was investigated at 160p 200 and 2200C, atmospheric
pressure and a vo umetric gas supply rate of 20-80 hours-1. The.amount of
catalyst was 50 mi for all tests. All tests were accompanied by increased
temperatures due to the exothermic nature of the polymerization reaction.
After tests the polymer was distilled into dimeric, trimeric and tetrameric
fractions. Residues evaporating at temperatures above 2200C, higher poly-
Card 113

S/165/60/000/003/001/009
A104/A129
AMHORS: Panchenkov, G. M.; Karr-jyev, Ch. S., Al"tshuler, S, V.
TIME- Thermodynamic conditions of the polynerization of propylene into
low-molecular compounds
PERIODICAL: Aka-demiya nauk Turkmenskoy SSR. Izve:3tiya. Serlya fiziko-tekhniches-
kikh, khimicheskikh i geologichepkikJi nauk, no. 3, 1960, 26 - 32
TEXT: Tne article describes the methods and gives the results of calcula-
tions In respect of equilibrium constants and equLlibrium yields of the polymeriza-
tion reaction of propylene into low-molecular compounds at various temperatures
and pressures. Being d successive reaction the polymerization can be expressed as
2AOA2+Al*--9'A3+Alz?A4 etc., where A,, A2, A3, A4 represent the respective quantities
of monomer, dimer, trimer and tetramer moles. The approximate value of the isobaric
potential AZT is determined by
'~'LT ~ t)"298 - T - M298
In standard state, i.e. &ZO, the isobaric potential is linked with the equilibrium
constarr.' K., by
Card IJ4

S/165/60/000/003/001/009
Thermodynamic conditions of the polymerization o]'... A104/A129
In Keq - - &L (2)
RT
Substitution of Equation (1) In Equ&tdon (2) produces
lg Keq &H298 AS298 (3)
C_.3.R-T + 2.3.R
The dimer eqUlibrium yield or the degree of conversion of the initial propylene can
be determined with the help of given T - P, At the equilibrium moment of the di-
merization reaction 2Al!)A-., the quantity of'Al and A2 moles is proportional to
2.(I-x) and x., i . e .K x(2-x) (4)
eq ~ T+.p.(I-X)-:
which shows, that cornfersion depth x is linked to its specific pressure equilibrium
const-ant product,
A = Keq - P
(5)
and can easily be determined based on dependency x on value A = Keq - P of reaction
2 BIA. Knowledge of -the Isobaria potential and equilibrium const-3-nt reveals merely
Card 2/ 4

s/10'5/6o/ooo/oo3/oo1/ooq
Thermodynamic conditions of the polymerization of... A104/A129
the principal possibilities of the process which might, under adverse circumstan-
ces, progress at extremely low speed. Higher tomperatures and the use of cata-
lusts are inevitable for the acceleration of tho process. Approximate estimation
of the trimer andtetramer reaction can be obtained by the monotype reaction method
described by A. V. Kireyev, [Ref, 2. Kurs fizicheskoy khimii (Course of Physical
Chemistry), Goskhimizdat 19551 according to
lg K 1g Keq,l +AHOI-w Hop (6)
eq,2 ~ 2.3-R-T
which enables the determination of the equilibr:~um constant of reaction 2 to be
made if the equilibrium constant of reaction I and heat content variations of both
reactions are known. There are two monotype reactions:
Al + Al r A2 reaction I
AL) + A, Zt A3 reaction 2
React-ion 1 shows the dimerization reaction. Determination of the thermal effect
is based on the temperature necessary for theformation of the final product. The
formation temperature of organic compounds in an ideal gaseous state can be estab-
card 3/4

S/165/60/000/003/ooi/009
Thermodynamic conditions of the polymerization cf... Aio4/A129
lished on the basis of typical numbers and the addition of corrections in respect
of various groups as per molecule of the compouni. Equilibrium yield values of
t.rimer (or tetramer) reaction A + B -"C is determined as
i(2-x) , A K
Keq = p.(I-x)21 eq P (7)
i.e.. f;'ne equilibrium moment. of the quantity of moles In the derived substance C
is propor-,Ional to x and that of A and B to I - c; total quantity is 2 - x. The
theoretical yield of trimers and tetramers is determined according to auxiliary
qua.qtity values. Resulting values of equivalent constants and equivalent yields
of trimer and tetramer reactions reveal that the polymerization of propylene pro-
duces satisfactory yields of: dimers at 250 - 3000C; trimers at 200 - 2200C;
tetramers at 150 - 1800C. 'There are 6 tables, 1 figure and 4 references: 3 Soviet-
bloc and 1 non~-Soviet-bloc..
USOCIATION: Moskovskly institut neftekhimicheskoy I gazovoy promyshlenosti Im.
Gubkina (Moscow Institute of Petrochemical and Gas Industry im.Gubkin)
S UBMIT'I"ED, December 24, 1960
Card 4/4

S/165/60/000/003/002/009
A10/A129
AUTHORS: Karryyev, Ch. S.; Panchenkov, G. M., Alltshuler, S. V.
TITLE: Kinetics of the polymerization of propylene by aluminum silicate
and oxide camalysts
PERIODICAL; Akademiya nauk Turkmenskoy SSR. Izvestiya. Seriya fiziko-tekhniches-
kikh, khimicheskikh i geologichegkil:h nauk, no. 3, 1960, 33 - 37
TEXT: This paper was read at the All-Union Conference on Organic Catalysis
convened on November 16 - 20, 1959, in Moscow, arid deals with results of investiga-
tions of the polymerization of propylene by alum.num silicate and oxide catalysts,
carried out in view of its importance in petroleum processing and in petrochemical
industry. Tests were performed at atmospheric p:~essure, temperature ranges from
100 - 3000C and a volumetric velocity of gas sup 'ply of 20 - 400 per hour-1. The
following catalysts were subjected to investigatLon.- aluminum silicate with vary-
ing content of oxidizing components; aluminum sLlicate with nickelous and chromic
oxides; molybdenum oxide and nickel-molybdenum :)xide based on alumina. Tests were
carried ---.it in an installation consisting of a firnace for obtaining propylene by
dehydration of pure isopropyl alcohol over active alumina at 3500C, and a special
Card 1/~

S/165/60/000/003/002/009
Kinetics of the polymerization of... A104/A129
polymerization device. The gas supply was measured by a rheometer and the consump-
tion by a I-CS-4oo (GSB-400) gas meter. Before entering the reactor the gas was
dried by calcium chloride. All tests were accompanied by an increase in temperatule
caused by the exothermic nature of the process. Before and after each test the in-
stallation was blown through with nitrogen and the original activity of the cata-
lyst was restored by air scavenging at 5000C. After stabilization the polymeride
was distilled Into dimeric (125JC), trimeric (125 - 1700C) and tetrameric (170 -
2200C) fractions whereas the residue obtained.over 2200C and the condensation pro-
ducts comprised the fraction of "higher polymer.O. Then the following features
were determined: density, content of hydrogen, and the content of saturated and un-
saturated hydrocarbons for the initial gas, and the density, refraction coefficient,
molecular weight and bromide content for the polymeride fractions. The most advan-
tageous temperature for aluminum silicate catalysts is 2000C. At this temperature
and a gas supply rate of 20 - 50 per hour-1 a maximum depth of propylene conversion
was reached (45 - 55%). The respective yields of polymeride fractions were as fol-
lows: dimer 23 - 24%; trimer 9 - 11%; tetramer 9 - 12%. Temperatures over 220FIC
and a gas supply rate exceeding 60 per hour-1 decrease the conversion depth and the
polymeride shows a higher content of dimer fractions and a lower content of trimer
Card 2V 5

S11651601000100310021009
Kinetics of the polymerization of ... A1o4/A12q
and tebramer fractions. Investigation Into the polymerization capacity of aluminun
silicates with varying content of oxidizing components carried out at 2000C and at
a gas supply rate of 20 ` 50 per hour-1 revealed the superiority of catalysts con-
taining 10 15% alumina. They showed a maximum conversi6n depth (55%) and highest
yields Iof dimeric, trimeric and tetrameric fractions, i.e., 24, 10 and 12%, re-
spectively. Increase in the alumina content over 20% leads to a decrease of con-
version depth, reducing the yield of dimeric, anl increasing the yield of trimeric
and tetrameric fractions. Tested separately, neLther pure alumina nor silica re-
vealed any catalyzing ability under described conditions. Results of tests on the
polymerization'of propylene by aluminum silicate catalyst consisting of 50% Al 203
+ 50% S102 at 180 1 200 and 2200C,'atihospheric pressur6 and at a gas supply rate of
20 - 60 per hour published by G,'M. Panchenkov (Ref. 13: Izvestiya AN TSSH, no.
2, 1960) showed that a maximum conversion depth (35 - 37%) and highest yields of
dimeric,(10 - 11%), trimeric (8 - 9%) and tetrameric (9_1*10%) fractions were ob-
served at 2000C and at a gas supply of 20 - 30 per hour . The dimeric fraction
was subjected to a spectral analysis and showed a content of cis-hexene-2, trans-4
methyl pentene-2 and cis-4 methyl pentene-2. The presence of trans-hexene-2 and
other hydrocarbons was presumed but could not bt! conclusively established. In ac-
cordance with thermodynamic calculations and obtained results, the polymerization
Card 3/ 5

S/165/60/000/003/002/009
Kinetics of the polymerization of ... Alo4^1229
of propylene can be expressed by
2 Al -!S~ A + A K3 K5 (1)
2 + A,12~A 1--4A + A Ar
3 4 , etc.
N K6 -'
where A,, A2, A 3' A4, A5 - is the'respective que.ntity of monomer, dimer, trimer,
tetramer and higher polymer moles. According to the method developed by G. M.
Panchenkov [R6f . 15: )(OX (ZhM), no. 2 and 3, 1.952] all investigated reactions can
be expressed in a system of differential equations of the kinetic"process. The di-
merization rate constant is determined by a differential equation. The estimated
values of the respective apparent rate constant,-; in respect of the dimerization
reaction of propylene at 180, 200 and 2200C on aluminum silicate catalyst of
50% Al;~03 + 50% S102 ar6 as follows:-
1800C !L* = 2.2 - 10-6 mole/see
C-
2000C K* - Ill - 10-6 mole/see
C
2200C 255 . 10-6 mole/sec
C,
Card V5

SlI5210-01000100clOO11002
BOO! /BO.:,A-
AUTHORS: Karryyev, Ch. S. and Pan,henko-r, G. M.
TITLE. 1,01yMer-lzation of PrGDY]Ort~lby Alumc,3ili.oate Catal.yotr'l of
PERIOD TCAL- Iv:astiya vysshikb 1,chebnykh zavedemy. Neft; i gaz,
Vcl. 1.960, No. 5~ pp. 67-9!
TEXT: In earlfer papers ('Refs. 14,15) dealing wlth the polymerization of
propylene by alumcsilicate r-atalystis in a ,rackir- procedure under
atm-)spher-ic, pre--4sure, in a temperature rarKe of -100-3000C. and at gas
additicn rates b;~.tweaa 2.0 and 20.0 liters per hour, 'he authors had
found that, the optimum temperatire at low gas addition rates (2.0-6.0
liters per hour) was 2000C. In the present pap,~r, they describe the
results of prcpylkene polymerization by the above catalysts of different
re-Impositions to find the 1pest ratio betwer-ji the aluminum- and silicon
oxides in the catalysts under the abcve cp--.1mum oonditions "for further
details, see Ref. 14). The indi-.-.d1.M" alum~sillcata catalysts were
Card I/"

Polymerization of Propylono by S/152/60/000/005/001/002
Alumouilioate Catalyats of Different BOOI/BO54
Compositions
prepared by the method of G. M. Panchenkc? arld K. V. T,.)p-,hi;yeva (Ref. !6)
which is based cn a separate pre,.-ipitaticn of the aluminum- and silice-ri
hydroxides, and 'heir subsequent mtxing. The pclymerization of propylene
at 200'C. under atmospheric pressure, and at a gas addition rate between
2.0 and 8.0 Ifters per hour, was corducted by catalysts of the following
compositions:
0 % Al 0 f 100 % Sio 41" 3C % AI,)O 70 % Sto
-:) 3 2 - 3 2
2) 5 % Al 203 95 % Sio2 5) 5C % Al203 50 % Sio2
3.) 10 % Al203 go % Sio2 6 1 1 oo % Al203 C % Sio2
Under these conditions, the catalysts of type 1 and 6 (silica gel and
alumiaum oxide.) gave no propylene polymerization (even at temperature3 of
1700 and !500C). which oonfirms the results of Refs. 13,16,17,18,
a("cording to which only chemically bound aluminum.- and sill-con oxides
shew a t:;atqlytic~ activity in various reacti~~na. The other types
Card 2/3

87160
S 152 601000101110011005
5-,-3-300 130/24/06
AUTHORS: Panchenkov, C. M., Karryyev, Ch. S.
TITLE: Polymerization of Propylene oa a Mixed Nickel Oxide
Molybdenum Catalyst on an Alujoinum Oxide Carrier
PERIODICAL: Izvestiya vysshikh uchebnykh !,,avedeniy. Neft' i gas,
1960, No. 11, PP. 71-74
TEXT: The authors report on their tests con~,erning polymerization of
propylene on a molybdenum oxide and a mixed nickel oxile molybdenum
catalyst, respectively. It was ascertained that neither pure aluminum
oxide nor a molybdenum oxide cat:-~lyst on an aluminum oxide carrier effects
a polymerization of propylene, so that mixed catalysts, i.e., with addition
of nickel, cobalt, copper oxides, etc. are widely used. Relevant tests made
by the authors at 140 - 200 0C showed that the optimum conditions for a
polymerization of propylene on a mixed nickel oxide molybdenum catalyst
on an aluminum oxide carrier under atmospheric pressure are a temperature
of*1600C and a moderate (15-20 h-1) rate of gas supply. These test results
are graphically shown in Figs. 1, 2, and 3. An increase of temperature and
supply rate results in a decrease of the yi(ld of polymerizate fractions.
Card 1/2

IWOB 62/000/910/012/085
ALITHORSi ?anchenkov, G. Y,., Karryyev, Ch. S., Fisia. Tzo-chih
TITLi3 Polymerization of the propane-pro'?ylene fraction in the
presence of an aluminosilioate catalyst with chromic oxide
added
PhRIODICAL3 Referativnyy zhurnal. Xhimiya, no. 10, 1962, 598, abstract
1OF20 (Izv. AN TurkmSSR. Ser. fi:&.-tekhn., khim. i geol. n.,
no. 3, 1961, 97 - 104)
TAMT: The process of polymerization of the propan~-propylene fraction was
investigated at atmospheric pressure, a temporature of 150 - 2100C and
with gas supplied at a weight flow of 0.1 - 0-4 hr-1 in the presence of an
aluminosilicate catalyst with Cr 203 added. 'It was found that an addition
of 0-05~4 Cr2o3 to the catalyst will increase the yield of the polymer by
25 - 30~; (calculated on the basis of pure propylene). The maximum y'leld
of polymer (85-7~ on the basis of pure prop~-lene) and also of the trimeric
fraction, occurs at 1900C. If the temperature is raised to 21000 the VX
Card 1/2

KMYYF-V,, ChS,; PANCHENKOV, G.M.
Polyinerization of propylene over various aluminosilicate
catalysts. Izv. vys. ucheb. zav.; neft' i gaz 3 no.5:67-91
,6o. (MIRA 15:6)
1. Moskovskiy institut neftekhimi,2heskoy i gazovoy promyshlennosti
imeni akademika I.M. Gubkinao
(Propeno)
(Aluminosilicatias)

USSRAnWsics - Infrared 3.1 May 52
04 Light Absorption by CuPrOus Oxide Crystal in
Infrared and Visible Part of the Spf-'---trum,"
Ye. F. Gross, Corr Mem, Acad Sci MSR, 11. A.
Karryyev, Leningrad Phys-Tech Inst, Acad Sci
USSR
'tok Ak Nauk SSSR" Voi 84, No 2, pp 262.-264
Authors systematically investigate absorption
spectra of semiconducting crystals. Authors
state that Zhuze and Ryvkin (cf. "Zh= Eksper
i Teoret Fiz" 20, 152, 1950) ascribed Cu.20
231T97
photocond to impurity mechanism. Max absorp-
tion in infrared is f ound at 8.9p and 12.6,p
and is explained by electron transitions. Ac-
knowledge the interest and discussions of
A. P. ioffe and the assistance and cooperation
of V. P. Zhuze. Submitted 13 Mar 52.
231T9T

WM/ftwicx - Zzeiton, Spectrw ' ' 21 May 52
"Optical Spectrum of the Exciton," Tee F, Gross,
CWT Mem, Acad Sci USSRp N. A. Karryyev, Lenin-
grad Phys-Tech Inst, Acad Sci-USSR
"Dok Ak Nauk SSSR" Vol LXXXIV, No 3, PP 471-474
In a previous vork ("Dok Ak Nauk SS 'SR" Vol LXXXIV,
No 2' 1952) the authors described the phenomena
observed by them during "sorption of light in
Cu2O crystal im the infrared and visible part of
the spectrum. In this vork they describe further
investigations on light in Cu20 crystal for the
case of the visible part of the spectrum. The
results of these Investigations vere reported
19 Sep 51 at the Phys-Tech Inst, Aca'd Sci USSR,
In. Ieningrad, and on 12 Dec 51 at the Phys Inst,
Acad Sci Ukrainian SSR, at Kiev. References: Ya.
I. Frenkel,', 1936; V. P. Zhuze and S. M. Ryvkin;
I. M. Dykman and S. I. Pekar. Submitted 17 Mar 524

KARRYYEV, N. A.
KAa;ffH'V, LN. A. - "Investigation fo, the absorptinn 9,ectra of sem----cnnd~ictors".
Yt. scow 1955. Moscow Str-te Pedag( alcal Inst inieni V. 1. u~nin.
I
Oissertation for degree of Cendidate of P~ysicorrjathemafical iciences.)
51: Knizhiiava Letopiql ?1o. 46, 12 November 191~ri. Mbsc-)w

YY[
66348
SOV/81-59-19-67155
-9 9,,3 tl 0o
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 19, P 35 (USSR)
AUTHOR: Karryyev, N.A.
TITLE: The Investigation of Absorption Spectra of Crystals of Cuprous,Oxide
and Cadmium Sulfide
PERIODICAL: Uch. zap. Leningr. gos. ped. in-ta im. A.I. Gertsena, 1958, Vol 148,
pp 181 - 189
ABSTRACT: The absorption of light in a Cu2O crystal has been investigat*d
shortmavelength
starting from the infrared part of the spectrum to its
part. In the infrared region two bands with maxima at 8.9 and 12.6tk
have been detected. At cooling the infrared absorption bands,shift to
the shortwavelength region. Light absorption at the longwavelength
edge of the principal absorption (6,300 A) has a step-like character;
the boundaries of the step-like absorption are located at thi wavelengths
of 6,484, 6,371, 6,284 and 6,040 A. At cooling the absorption spectrum
is also shifted to the shortwavelongth region. A hydrogen-like series
of narrow absorption lines has been found, connected with the formation
Card 1/2 of excitons. It is supposed that the infrared absorption baxids*as well
q1"

66348
SOV/81-59-19-67155
The Investigation of Absorption Spectra of Crystals of Cuprous Oxide and Cadmium
Sulfide
as the step-like absorption are caused by electron transitions connected with local
admixture levels. The absorption spectrum of cadmium sulfide single crystals at the
cooling of the crystal is shifted to the shortwavelength region; at the longwave-
length edge two narrow lines are observed; at -'2000C a step-like absorption between
4,900 and 4,870 A is observed. The line absorptlon strongly depends on the orientation
of the single crystal relative to the passing light beam. It is supposed that the
exciton absorption at the edge of the main band Is common to all crystals.
Yu. Leonov L_r
Card 2/2

KARRYE"', 0. M.
KA.PRYEV, 0. M. - "'S pecialized Medical Aid for the Farm Fopulation
of the WFSR.11 Sub 8 Sep 52, Fir.-.t Noscow Urder of lenin Medical Inst.
(Dissertation for the Degree of Cz.ndidate in Medical Sciences).
SO: Vechernaya Moskva January-December 1952

URELYYL,V. 0. M.
-
Study of the possibility of curing bronchial asthma and diabetes in
the climatic conditions of the Turkmen S.S.R. Izv.AN Turk.SSR no.l:
90-93 '55. (KM 9:5)
1. Turkmenskiy gosudarstvennyy meditsinakly institut iment I.V.
Stalina.
(TURKKINISTAN--ASTHMA) (TURMNISTAN-DIABB"B)

KARRYYEV, O.M.; MAMEDOV, S.M.
Epidemiology of Pappataci fever in Turkmenistan. Zhur.mikrobiol.epid.
i immun.,eupplement for 1956:31 '57 (MIRA 11:3)
1. 1z kafedry organizateli zdfavnokhranenlya i istorii meditsiny
lurlcmenskogo meditsinskogo institutA.
(TUUDMISTAN--PAPPATAGI FEVER)

Physicians in the Turkmen Socialist Soviet Republic. Sov.zdray.
16 no.4tl4-19 Ap 157a (KLRA 10-8)
1, Zaveduyushchty kafedroy organizateit zdravookhrananiya
Turkmen Bkogo moditainakogo inatituta (Ashkhabad)
(PHYSICIANS, statistics,
in Russia (Rus))

KARWYEV, O.M.; VAGIN, V.I.
Results- of ten-day campaigns of directors of the district agencies of
the public health system. '"'drav. Turk. 2 no.4:40-43 Jl-Ag 158.
(KIRA 12:6)
1. 1z kafedry organi2ataii, 2dravoo1hraneniya. (zav. dots. O.M. Narrvyev
Turkmenskogo gosudarstvennogo medilzinskogo instituta im. I.Y. Stalina.
(TURIMNISTAN--PUBLIC IWJRH, RURAL)

KARRYYXV.-O.Hw-,,dot9.
,
ReorgnnizRtlon of the rural district public hemlth oarvico In the
Tiwkmen S.S.R. Bov.-zdrnv. 17 no-3:5o-54 Mr '58. (MIRA 11:4)
1. 1% kafedry organizataii zdrnvookh:-sneniyn (zav.-dots. 0.M.
Karry.yov) Turkmenakogo maditsinskogo instituta.
(PUBLIC HEALTH
in Russia in rural cond. (Rug)

iIKARRYYEVp 0 Kp dotsent (Asb1chabad)
Specialization and prptpraduate training of physicians in the
Turkmen S.S.R. Sov.zdrav.19 no*7t7-10 160. (MIRA 13:18)
1. 1z kafedry organizateii zdravooklxaneniya i istorii med!-tsiny
,.(zav. - dotsent O.M, Karryyev) TurkDienskogo medits-ihs,kogo
i6iituta.
(tURMNIST.AN-.44EDICINE--STLDY A14D TEACHING)
.41 .

KAAAMN, O.M. , dotsent
Study on the health of the population of Ashkhabad, Zd--av.
Feder. 5 no.12:15-18 D 161. (141~ 15: 1)
1. Iz kafeciry organizatsii zdravoo;dwaneniya i istorii meditsiny
(zav, - dotsent O.M.Karryyev) Turknenskogo medituinskogo institlita,
(ASHMUBAD-PUBLIC IWLTII)

KARRYYEV, O.M., dotsent
Conference in honor of P.I. Kurkin. Gig. i san. 26 no.9:91-92
s 61. (14IRA 15:3)
1. Iz kafedry orgamizataii zdravookhraneniya Tur)menskogo
maditsinskogo instituta.
(KURKIN, PETR IVANOVICH) 1856-1934)

__, dotsent (Ashkhabad)
KARRYYEV,_p tM.
Incidence among the population of Ashkhabad of diseases due
principally to bodily cooling. Sov.zdrav. 21 no.lOt47-52 162.
(MIRA 15:10)
1. Iz kafedry organizatsii zdravookhraneniya (zav. - dotsent
O.M.Karryyev) Turkmenskogo meditsinskogo instituta,
(ASHKHABAD-DISEASF,S-REPORTING)

F" I K.
mIndustrial water'for purification of the gas of smelteries." p 146
(GosRRqarka Wodna,, Vol 13 No 4 Apr 53 Warszawa)
53
SOI Monthly List of-East European Amessions, Vol 2 No 9 Library of Congress Sept AX UhcI

Kaisa, B.
Sor~e que ti-ns of incluctirm-ty-,.-e meters.
. i'll-1-1-1 I-
-P. 2G3, F.,--,RI(DjGA FC=IECEINICII. L~`( Al .0.1'. -1, io- 2, -191-57
in En~;Iisli, 1.u.-I"peEt, lliunv~try
I ~
SC: MorAhly Inlle~.- of &-i-3L Eurn.,-ei~-i Accessic-ns (L~Al) LC. Vol. 7, n,,-. -1
March

KARSA# Bela, EgFe (Budapest , XI.g Budafoki ut 8.)
Some questions on reactive power and reactive consumption. Periodic&
polytechn electr 3 no-3:233-246 159. (EKAI 10:1)
1. Chair for Electrical Machines and Ifeasurements, Polytechnical
University Budapest.
(Electric power)

KAFS"ANOV, N.M.
-,
Shelterbelt afforestation on collective farms served by the %tror-
skoye Machine-Tractor Station. Zedledelis 6 no.2:61-62 158.
(MIRA 110)
(Patrovskoye District (Stavropol Territory)--Afforestation)

-es of Farm AnPiv.3o,. 'Itenoreld Prooloins-
Di nect:.~

Hun-avlan Acade-iy of I '3c ).r. cs
,tillies on the Olwmos~s of' rdvew In

Vc. terb,". ALCI.*I(I.
3 7

,
1y diagnos.1s a"' 1417cr, 1. Lb.:r. In Ir 1
1
-!~2 r. pood result wail Obt.-.141led b:T t'le vs-~- 0."
bz-orrisulplvll~~in (1-1) test vran foun"~'; to ",fl
sens-itive and eelsy tn- perform. A
-ol-otion CT 3 vi~~s Injected n
Mp . r, 0 1, I'go od vjas tsik,,.~n a~~-~Cr
all hour cl, sr:,]Laelft~,~tinr, thr; --tr~~vuml
and' I.-he clcl cd.' 11 r,11-10tomet-er'!
the. of 3 in it var. dc:te-n-uined. In-
h livor of 5 vils
1/3

-ITTY liblIGARY

'.ATj:j',C Vy
Diseases of Farm Anin-111r. le. n c r a I roblens
F

FUB,
0.5 ju-o 2:1,-,i', and in healthy ones a.5 as in
r, t d . tlj,joar) al%'ectod .,;itb othor dinea-,un the roactic)-.1
eaj~jays negative. 'ffni:) tost (!0t-1-204'2 tick -ril- i
nals long before t1le clirlical .1piapt(ina bc~cwe ap-
purcrt In themi. It Is recoim!iond,_,6 to perfo,vn ft
o,loi,,gsicle with the detlemlinrition of bilirubin in
, f, L "o i .
tivlne
h blood and an examination of thr,
L'10 acithi, and to cozrxire th.~) reoults obtained ,,!4 th,
clinical findings. 41-ien performing the 13 test no
2/3
R 6

KERENES, F.; BOKORI, J.; KARSAI,_F.,; SURJAIT, J.
Leptospira canicola-induced abortion in swine in Hungary.
Acta veter Hung 12 no. 3:235-248 162.
1. Institute of Epizootiology (Dire::tor: Prof. R. Manninger)
and Clinic of Internal Diseases (Director:Prc3f. J. Mocry)
of the Veterinary College and 17-iylaxiall State Serum
Institute (Director: J. Molnar), Budapest.

of Ifeler"n-ry Sciences, Department of
U U;. Y 0- 'n~c (cha4.-;-,an: 'K.MCS, A., B., prof.), and
d 11-7-1-7.0 0 L;l
'mend C';nic (:halrmian: Z., Drof.)
E7-yetem, sebosz~-._; es Szemeszeti lanszek es Klinika, es
-cn:;7ek es Kllinikca) , Bluciapest.
si
c u r r n c e o I--- T n1h i t e - ~ .7pi s p 1 a sa oI ep J o - n t -- n S, o - r, s , i n H u n c r a r y
`i~ te na ria Icadem--ac Scientiarum HunEraricae, Vol XVI, No 3,
Abst--A- FL]e;-man article, authors' Garman Inherited disnlasia of
~ne __ o4n- was d-a7nosed in imoorted German shepherds. -he dominant in-
n 0 J
heritance of t*.-c- disease could be established in an additional 6 cases in-
of the firs' and second generat4on.5. The -Usease was ob-
scrve- -Ia-.,-.r on in acid-1.tional 12 do,-s,inc1ud-_n- Jmported ones and their off-
.3 o ri r.--7 -1~ne e-..-)F-riences with the disease are descr;bed by the authors and
U
its distri buti~cn in 'HunCary is discu3sed. Dysplasia of '%,he hip joint is
't seeris to be advisable to take
n~, widcsproad in Hun6a,,*y; therefo_-e,
M(_'L~:Ur(~s to stop the further Of t'~L! disorder as well
as its propa~;ation- 3 East German, 17 lvi'estErn relerences. [,.',anus c ript
rece'-ved 6 jar, 66.]
S,635/6R/000/008/053/090
A0011A101
AUTHORS: HorvAth, KhLlmAn, Karsai, Fereno
TITLE: Now methodsin geodesy. Part 2. Geodetic application of infrared
rays
PERIODICAL: Referativnyy zhurnal, Astronomip i Geodeziya, no. 8, 1962, 6,
I It It
abstract 8A9 ("Termbszettud. k6zlony , 1961, v. 5, nd. 11, 505
508, Hungarian)
TEXT: The beginning see in RZhAstr, 1962 3G42. Informatiory is given on
'the nature of infrared rays and their application to ground and aerial photo-
survey. The schematic design and application field of the electronic eye (.see
RZhAstr,-1960, no. 7, 7132) are considered. It. is mentigned that the accuracy
of sighting a target by means of the modem photoelectric device is O~23..
F. 3h.
[Abstracter's.note: Complete translation]
Caird 1/1

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4RAGARY an&
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