SCIENTIFIC ABSTRACT KHOMENKO, A. I. - KHOMENKO, N. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722220005-1
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KHDMKM, A.I., kmd. tekhn. nauk.
Ilectric methods of manuring acceleration. Trudy HIIT no-95:54-59
158. (Accelerometers) (Railroade-Train speed) (MIRA 11:12)
R

W
KWMENKO, A.I., kand. tekhn. nauk
Current-tapping apparatus used for measuring stressen In moving
parts with the aid of wire transducers. Trud)r MIT no.95:66-70.,
158. (MM 11:12)
(Electric measurements)

KHOMMIKO, A.I., dotsent, kand.tekhn.nauk
11Z.- ------
Choosing the necessary number or rectifiers for parallel operation.
Trudy NUT no.117:5"5 160. (MIRA 13:10)
(IMectric current rectifiers)

BASHUK, I.B., kandtekhn.nauk, dotsent; KHOMENKO A.I., kand.tekhn.
nauk., d9tsent,
..Gontactless control of electric railroad motorcars. Elektrich
;24-28 0 161. (MIRA 14tlC)
1. Moskovskiy institut inzhenerov zheleznodorozhnogo transporta.
(Railroad motorcarB)

BASHUKJ, I.B.,, kand.teft.nauk,, doteent,. KHOMMO, A.I., kand.tekhn.nauk,,
doteent
Contactless valve switch for the M electric train. Elek.i tepl.
tiaga 5 no.10:9-10 0 161. (14IRA 14: 10)
1. Moskovskiy institut inzhenerov zheleznodorozhnogo transporta.
(Railroad motorcars)

SENZYUK' K.D.; BERLINt S.S.; ASNERI B,~. [Asner, B.H.); KUZIMTSKIT., V.M.
[Kuzlvqtslkyi, V~M.]; ARSENTIYRV, Ye.D. (Areentliev.. IF.D.); '
SHIMANSKAYA, G.G. [Shymanalka.1T.H.]; PINSKIY, A.Ye. (Pynalkyi, A.19.1;
KHOMENKO, A.I.; GAMPELI, A.0. (gampell, A.0.]
Proposals of efficiency promoters., Leh.prom. no.4:46-52 G-D
162. IV 0 (MIRA 160)
fRiew-Knit goodd-industry-Tech4ological innovations)
tOdessa,Knit goods indtistry-TechWological innovations)
(Kiev-4otton manufacture-Technolo4cal innovations)
I

SANSONOV, Maksin Tisofeyevich; iUSHBY, L.G., otvetstvannyy redalctor; XHOKMO,
A.L,,,rodaktor; VILICHKO. G.N.. tekhnicheskiy redaktore
[Geological prospecting In the Karaganda Coal Basin) Is opyte geolo-
goravvedochayth rabot v XaragandInskow ugollnou basseine. Alma-Ata.
Isd-vo Akad.nank Kasakhakoi SSR, 1957. 93 p. (KERA 10:4)
1. Chlex-kerN4PbWbt--MbmdemIi nanCUsakhokey SSR (for lushev).
(Karaganda Basin-Prespecting)
I

KHOMENKO, A.K. (Rhomnko, O.K.J; TSYNKAILVSKAYA, S.N. [TSynimlovslka, S.M.)
Dete;;anation of thiol groups; conditions ensuring their
quantitative oxidation to the disu.1fide stage. Ukr biokhim,sbur,
34 no.6:888-896 162. iMIRA 16T4)
1. Institute of Biochemistry of the AcaderW of Sciences of the
Ukrainian 3 S.R.9 Kiev.
iMMCAPM GROUP) (OXIDATION)

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vTfoct -cf blvalent cations- on the -2-:m.3 of PA-Tincgen.
[J~r. bi-okhIm. z~ur- 35 no.6:829-840 163. tMal !8i7)
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KHQ~Cn A-0, A. KH.

V=/Chemistry Tetranethyl~oniuz XOv/DeQ 51
Iodide
"Action of Halogenated Compounds on Magnesium Ni-
tride," A. Kh. Khomenko, Inst Org Chem, Aead Sci
USSR
"Iz Ak Nauk SSSR, mel Khim Nauk" No 6, pp 8o6-
808
Khomenko: propoana-methad of prepg tetramethylam-
monium. iodide by reacting methyl iodide with mag-
nesium nitride. According to data obtained by
him, the method cannot be extended to other AlXyl
halides, because the resulting quaternary ammonlis
197T16
USSR/Cbemistry Tetramethylamonium' Nov/Dec:51
Iodide (Contd)
bases are too easily decompd by beat'. When butyl.
bromide is reacted with magnesium nitride, the re-
sulting butene polymerizes very easily under the
conditions of the reaction.
197T16

t -
u v) a ~'~a tyf;c E'~,
I d;wtv
11) at W-lf)o" f
tria', ra

62-58-4-20/32
AUTHORS: Shostakovskiy, M. F., Kho.inenko, A. 10i.
TITLE- Letters to the Editor (Pislina redaktoru)
PER.IODICAL: Izvestiya Akademii Nauk SS")ROtdeleniye Khimicheskikh Nauk,
19513, IFr 4, P. 519 (USISR)
ABSTRACT: The formation of diacetylene on the action of alcoholic
alkali on 1,4-diclilorobutyne-2 was found already long aGo.
The mechanism of thin reaction remained, however, unclear.
The authors found that in the interaction of the methanol
solution of caustic potach with 1,4-dielilorobutyne-2 the
latter(reacting in itc icomeric form of 2,3-dichlorobutadione-
-1,3) forms a number of products according to reaction con-
ditione. The followina co-mpounds were synthatized:
1-methoxy-2,3-diclilorobutene-2, boilinC point:500 C(5 min),
d2o 1,2090; n 2o 1,4910; 2-chlorobutene-l-in-3, boiling point:
4 D
Card 1/3 63-65 0C(760 min); d2o 1,030; n 2o 1,4720; 2-chloro-4-methoxy-
4 D

62-58-4-28/32
Letters to the Editor
butadiene-1, boiling point: 50 0C(0 mm); d2o 1,2179;
4
n2o 1P4600; 2-chloro-4,4-dimettioxybtiterie-l,boiling point:
D
660c(22 mm); d 2o 1,0262; .2o 1,4535; diacetylene, melting
4 D
point: -36 0C;boilin.- point: 100C;4-,.iethoxybutene-3-in-1,
boiling Point: 50 0COO mm); d 2o 1,9113; n2o 1,4770;boiling
point 560C (50 1-1m); 2 4 C.0
d 40 0,8907; nD 1,4620 and 1,1-diinethoxy-
-2-butin, boilinC point:52-53 OC(12 mm); d2o 0,9577;
4
n2o 1,4359 (see formulae I to VIII).
D
Card 2/3
777-77,7

Letters to the Editor
62-58-4-28/32
ASSOCIATION: Institut organicheskoy khimii im. 11. D. Zelinskogo Akademii
nauk SSSR( Institute for Organic Chemistry imeni 11. D.
Zelinskiy,AS USSR)
SUBMITTED: January 17, 1958
AVAILABLE: Library of Congress
1, cyclic CROP 040-aystbesis
Card 3/3

50)
AUTHORS: Khomenkop A. KIL, Gorbanf , A, K. SOV162-59-9-30140
TITLE: Synthesis of Butyl Ethinylvinyl Ether and Tatrolaldehyde Dibutyl
Acetal by Reaction of Sodium Butylate With 1,4-Dichlorobutine-2
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdoleniye khimicheskikh nauk,
1959, Nr 9, pp 1676-1677 (USSR)
ABSTRACT: Together with Shostakovskiy the authors developed a method for the
preparation of methyl ethinylvinyl ether by the treatment of
1,4-dichlorobutine with a KOJI-methanol solution, described in a
previous paper (Ref 1). By the same method butyl ethinylvinyl
ether was now prepared, using sodium butylate and 10-dichloro-
butine-2. The reaction proceeds at 90-950 and is completed within
1 hr. On further heating another butanol molecule adds on,
giving tetrolaldehyde dibutyl acetal. The reactions are described
in the experimental part of the paper. There are 7 references,
4 of which are Soviet.
ASSOCIATION: Institut organicheskoy khimii im. N.D. Zelinskogo Akademii nauk
SSSR (Institute of Organic Chemistry imeni N. D. Zelinskiy of the
Academy of Sciencesq USSR)
SUBMITT: February 25, 1959
Card 1 1

S/062/60/000/006/020/025/XX
B02O/BO60
AUTHORS: Shostakovskiy, M, F., Khomenko. A., Kh,
TITLE, Acetylene-diene Isomerization of 4,4-Dichloro Butane-2 and
Syntheses Performed on Its Basis. Communication 1. Action
of Water-methanol- and MethanolISclutions of Potassium
Hydroxide on 194-Dichloro Butyne-2
PERIODICAL: Izvestiya Akademii nauk SSSR, Otde eniye khimicheskikh nauk,
1960j No~ 6, PP~ 1098-1103
TEXT: The authors oxidized 1,4--dichloro butyne-2 with permanganate and
obtained monochloroacetic acid as the only reaction product, Proceeding
from the assumption that in the dehydrcchlorination of 1.4-dichloro
butyne-2 by means of an alcoholic KOH solution the separation of hydrogen
chloride from one and the same carbon atom is improbable, the attempt was
made to prove the course of an isomerization on the basis of the reaction
products, From among the compounds produced by the reaction mentioned in
the title., the following were identified and described; 2-chloro-buten-1-
Card 1/4

Acetylene-diene Isomerization of S/062/60/000/006/020/025/XX
1A-Dichloro Butane-2 and Syntheses B02O/BO60
Performed on Its Basis. Communication
Action of Water-methancl- and Methanol
Solutions of Potassium Hydroxide on 1,4-
Dichloro Butyne-2
ine-3 (IV), 2--ohloro--4-methoxy butadiene-1,3 (V), diacetylene (VI),
ethyl-vinyl.-methyl ester (VII),, and dimethyl acetal of tetrolaldehyde
(VIII), the formation of which from 1,4-dichloro butyne-2 can be explained
by isomerization to 2;3-dichloro butadier-e-!,.3 (III) over 3,A-dichloro
butadiene%-1,2 (II). The conditions are stated under which the individual
Products are obtained. If 1.5 mole of water-methanol KOH solution are added
to a 1-mole methanoL solution of 1,4-di,~hlcro buty-ne-2 from a dropping
funnel at 58 - 6000~ compound IV can be separated, besides diacety-lene,
after a brief reaction time. If an about 2-mole methanol KOH solution is
added to the same amount of 1.4-dichloro butyne-2. without feeding
nitrogen, nompound M can then be separated from the reaction products,
When a larfVer amount of hydroxide is used at a temperature of 650C~
compounds II) and (VI) are obtained ir the f,,?,,gt place. Compound (VIII)
is obtained under more rigcrous reaction conditions. The addition of
Card 2/4

Acetylene-diene Isomerizabion of S/062/60/000/006/020/025/Xx
1,4-Dichloro Butane-2 and Syntheses B02O/BO6O
Performed on Its Basis. Communication 1.
Action of Water-methanol.-.and Methanol
Solutions of Potassium Hydroxide on 1,4-
Dichloro Butyne-2
methanol to 1,4-dichloro butyne-2 (I) in the presence of KOH at a
temperature below 500C was likewise observed. When an aqueous KOH solution
is added to a methanol solution of (I) at about 650C~ diacetylene is
obtained as the main product. The structure of the resulting
2--chlorobuten-1-ine-3 was confirmed-by the spectroscopic analysis made by
Lopatin. A description is given of the methods applied to confirm the
structure of the remaining isolated compounds. Productiong characteristic
reactions, and iduntification of compounds (I) to (VIII) are also
discussed. On the strength of results obtained, a mechanism of
a-cetylene-allene-diene isomerization of 1,4-dichloro butyne-2 in water-
a,ethanol.- and methanol KOH solution is suggested. V, R. Skvarchenko
(Ref. 7), Yu. S. Zalkind, and M. L. Ayzikovich (Ref. 9), as well as V. I.
Yegorova and 0. M. Kuznetsova (Ref, !0) are mentioned. There are 13
references: 8 Soviet, 4 Germanj and 1 British.
Card 3/4

Acetylene-diene Isomerization of S/062/60/000/006/020/025/XX
1947Dichloro Butane-2 and Syntheses B020/BO60
Performed on Its Basis. Communication 1.
Action of Water-methanol- and Methanol
Solutions of Potassium Hydroxide on 1,4-
Dichloro Butyne-2
ASSOCIATION. Institut organicheakay khimi.1 im~ N. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D~
Zelinskiy of the Academy of Scienoes USSRT
SUBMITTED: November 18, 1958
Card 4/4

SHORYGIN, P.P.j ROSHCHUPKIN, V.P.; IGIOMMKO; A.Kh.
Regularities in the mutual influence of atomic groups adjoinging
the methylene bridge. DokI. AN SSSR 159 no.2.-391-394 N 164.
(MRA 17 12)
1. Institut organicheskoy khindi im. N.D. Zelinskogo AN SSSR.
Predstavleno akademikom A.N. Nesmeyanovym.

Fopnv, ye.m.; mcmiz,,~Yn, A.a.; r.--
... .-I
Splitting of the vibration frequencies of inaltiple bonds of
symmetrical molecules. 17,v. AN SSSSR S6:.-. him. no.1:51-58
165. (MMA 18:2)
1. TnatitUt organicheskoy khImii im. N.D. 7elinskogo All SSSR.

KHOMSNKO, A.Kh. __
Better commnications for rural workers.
21 no.8:15-11 Ag 161.
Vest. oviazi
(MIRA 14--g)
1. Ministr avyasi Moldavskoy SSR.
(Telecommunication)

KRPENTSOV, M.I.; PP,'IRF!IKO, M.V.; KHOPERMTKO, A~".
CompariBon of the accuracy of basic methods of ecasting the
water as.Unity of reservoirs. Gidrokhim. mat. dir'-9-55 164.
PATPA IR-4)
1. Gidrokhimicheskiy Institut Glavno~-,, uprav-lDniya-gidrcmteoro-
logicheskoy sluzhby pri Sovete VILLnistrov ,;,'52!11/141jvccncrkass,i.

INGFRB.A'P-V. Ys., doznzhnyy mastpr; SABUROV, V.G., dorozhnyy--mastpr;
YHOREINKO, A.Ye. inzh.-mpkh~nik; PFTROV, V.S., mstpr po ekspluatats:Li
M.V.,,-stershiy dorozhnyy mastpr; MEDVEDFi, N.A.,
starsbiy dorozlinyy mest,-r
Lettprs to the editors. Put' i put.khoz. 9 no.6:36 165.
- (MIRA 18#.6)
1. Stentsiya Chplkar, Kazakhskoy dorogi (for Ingprheyev).
2. Stnntsiya Berdyaush, Yuzhno-TJrallskoy dorogi (fdr %burov).
3. SLontsiya 'Shors, Yiigo-Zhphdiioy dorogi (for KhompInko).
4. Stantsiya-Konosha 11, S,v-rnoycbrogi ~for PetrOV).- 5. Stantsiye
Astrakhan' 1,, Privolzhskoy dorogi (for Mplikhov, Medvpdpv).

b.F.-; FARAVASHKIN, 6.i., red.
[Development of the lumbering industry in Perm Province;
a review] Raz-vitie lesnol promyshlennosti Permokol oblasti;
obzor. Moskva, I'Sentr. nauchno-iosl. in-t informatsli I
tekhnlko-ekon. ISSI. PO IOSTIOI, de-
revoobrabaty-vaiushchel promyshl. i lesnomu khoz., 1963. 11 F.
(MIRA 17:10)
qN,

LOZANOVSKIY, A.L., inzh.1 KHOMENKO B.I. inzh.
Nonsteady current modes in -the power circuit of an operating
VL60 electric locomotive. Elaktrotekhnika 35 no,l2a20-23 D
164. (MIRA 1894)
"T7
M
jA

SAPANKEVIGH, F.V.,- MAKSIMOVA, N.A.1 KHOMENKO, B.P.
Effect of aqueous extracts -from the rbyzomea of Bermuda graon
on the germination of some crop plant oeedo and the growth of
their rootlets. Agrobiologlin no.6:915--916 N-D IG,-.
(MIRA
1. Uchabnoye khozyaystvo *Kommunarw Krymakogo sallskokhozyaystvan-
nogo instituta imeni M.I.Kalinina.
4~

KAVUN, Vasiliy Mikhaylovich- KHOMENKO B V. red.,
(Twenty-six centners of buckwheat per''hectare] 26 tsent-
neriv hrechky z hek.tara. Viwiytsia; Vinyqtslke oblasne
kr3yzhkovo-gazente vyd-vo, 1961. 2.1-p. 04IRA 15:7)
No
1. Predsedate itol oza"Im. S na Bershadskogo rayons.
(for Kavun). (Ukraine-Buckwheat)

KHOMENKO, D.G.
(bcygen therapy in thyrotoxicosis. Vrach. delo no.10:109-3-lz 0"61.
(MBA 14:12)
1. Khirurgicheskoys otdeleniye (pauchnyy rukaloditall - prof. I.M.
Turovets) klinicheskoy bollnitsy Leninskogo rayona B.-Kiyev'a.
I (THYROID GUND-DISEASES) (OXYGEN THERAPY)

KHOMKOS D.G. (Kiyov)
Ox7gen constmiption in patients with thyrotoricasis &W the
effect of Wge4 therapy. Vrach. delo no.6025-126 Je'63-
(MIRA 16:9)
1. Khirurgichoskoye otdeleniye (nauchnyy rukovoditell -prof.
I.G.Turovets) Kiyevskoy klinicheskoy bollnitsy 1~eninskogo
rayona.
(THYROID GLAND - DISEASES)
(OXYGEN THERAPY)

KHOMI'Moy D.P.
The disassembling machine. Pat' i put.khoz. 7 no-4:14 963. (KIRL 160)
1, Nachallak otdola ispytaniy mashin Opytnoy putevoy'mashinnoy
stantaii No.l. at. Reabotnikoto,, Oktyabrlxkoy doro i. -
(Railroads--Equipment and suppliesl

KHOMENKO, D.P., inzh.
00~~~
What kind of spaxe rail supply per kilometer for continuous tracket
Pat' i put.khoz. 7 no.7t44 163. (NIRA 16:10)
1. Stantaiya Reahetnikovo, Oktyabrlskov dorogi.

KALININ., V.G.J. inzh.; KHOMENKO, D.P., inzh.
Convenient device,, Pat# i put,khoz, 9 no.4:40 165.
1 . (MIRA 18:5)
I* Stantsiya Reshetnikovo, Oktyabrlskoy dorogi.

KHOMENKO F inzh.
In two stages.. Grazhd.av. 18 no.9:11 S 161. (Mml 14ig)
(Airplanes-Maintenance and repair)

r01
UR
.1 4
oil
hi:~tp; "US
Jill 1 1
!,
ail -a

ACC NRt AP7004962 (4) SOURCE CODEt UR/OG48/66/030/009/1430/1432
JAUMOR: Krasnoperov,V,A,; Mironov#I.A.; Xbomenok,G.A,
ORG: State Institute of Applied Chemistry (Gosudarstvennyy institut prikladnoy
khimii)
!TITLE: Investigation of the properties of luminescent aluminum nitride Meport,
Fourteenth All-Union Conference on Luminescence (Crystal Phosphors) helcat Riga,
~16-23 Sept. 19657
!SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v. 30, no. 9, 1966, 1430-1432
TOPIC TAGS. luminescence, aluminum nitride, photoluminesconco, cathodoluminescenco,
electroluminescence
ABSTRACT: The authors investigated the photoluminescenco, cathodoluminescence, and
clectroluminescence of chromium, manganese, samarium, and europium doped aluminum
nitride powders synthesized from the elements and either containing or not containing
a donor (sultur) or an acceptor (zinc). The presence of sulfur decreased the elec-
trical resistance of the specimens, while the presence of zinc increased it. As
regards photoluminescence, the specimens separated into tvo groups, depending on
whether the activator was manganese or chromium (group a or samarium or europium
(group b), Photoluminescence was excited in the type flat phosphors by ultraviolet
radiation with wavelengths shorter than the 280 up absorption edge and there was a
CQrd

,NCC r4k,--AfMid496-2
prolonged afterglowl the luminescence intensity dropping to 3- of its Initial value
only after several minutes. The presence of zinc or sulfur did not affect the lumi-
nescence. Photoluminescence was excited in the type "b" specimens by' radiation with
wavelengths ranging from 260 to 400 mp, and the duration of the afterglow was loss
than 0.1 sec. The presence of Zn did not affect the photoluminescence of AIN:Sm, and
the presence of sulfur quenched it. The cathodoluminesconce of all the specimens ex-
hibited a characteristic bond peaking at 380-400 mp. Elect;.vlumiriescenco was excited
by fields of the order of 10 4 Y/cm In a coll equipped with brass and conducting glass
electrodes. No luminescence appeared when the field was first applied, but If the
glass electrode was negative and the polarity was suddenly reversed there appeared a
flash with a duration of no longer than 1 see. The flashes produced by subsequent
field reversals decreased in intensity, and no electroluminescence was observed in
Ialternating fields with frequencies of 20 Hz or higher# The brightest electrolumi-
nescence was obtained with an AIN:gu:Zn:S specimen; its spectrum exhibited the two
bands characteristic of the photoluminescence of AlN:Eu (narrow bands at 380 RL and
357 up) and a broad band In the 270-300 up region. After a brief discussion of the
possible mechanisms giving r1" to the electroluminescence it Is concluded that
further experimental work Is requAred. Or:ig. art,, bast 3 figures.
BUD ODDIs 2.0 BUM DAM none 0810, Uri 000 OM RJWsi 005
2/2

FYATNITSKIY., I.V.; KHOMENKO,.G.A.
Composition of malonle sold complexes of copper and iron (111)
in an alkaline mediun determined by the extraction method,
Ukr. khimi zhur. 29 no.7t685-689 163. (MM 16if)
1. Kiyevskly gosudarstvenn7 universitst im. T.G. Shevchenko.
a
(Copper oovqx a (Iron compounds)
(Wonle acid)

PYATNITSKIY, I.V.; KHOMENKO,,,-G.A.
Use of malic acid for maBking the precipitation reactions
of metal 17droxideo and metal hydrwcyquinolinates. Ukr.
khim. zhur. 29 no.8i854-856 163. (MIRA 16:11)
1. Kiyevskiy gosudarstvennyy universitat im. T.G. Shevchenko.

MOROZKIN, N.Iop prof.,.otr. red.; PADALKAo B.Ya.., prof., red.;
HOMO &_L.I.-profe, red.; UGRYU14OVp B.L.j doktor med.
li~ --
FEDUIDVA., Ye.G.P kand. med. nauk, red.
RICHENKO, N.I., red.; GJIUCHUPAK, V.D.p tekhn. red.
[Lifoetimm hepatitis; collection of scientific works]
InfAtsionnyi gepatit; abornik naucbmykh rabot, Kiev,
Goomedisdat USM, 1961. 305 p. (MIFA 15:7)
1. Akademiya meditsinskikh nauk SSSR, Moscow. Institut in-
fektsionnykh boleznei ANN SSSR. 2. Chlen-korrespondent Akademii
meditsinskikh nauk SSSR (for Morozkin).
(IWATITIS, INFECTIOUS)

prof-; MITGHMKO, I.K... dotsent; SLC$MMVUK, M.I.j
OSEDKO, N.A.
Modern therapy for Infectious hepatitis. Vrach. delo no.2t
105-109 F'64 (MIU 17 94)
1. Kafedra infektaiormyMbolemey ( zav. - prof. Gor*Khomenko)
Klyevskogo instituta usovershenotvovanlya vrachey.

SELIVANOV,1.1.9 red.; GNEUSHEV, V.N., inzh., retsenzent; KIWENKO,
G.P., inzh.p retsenzent
(Album of technological charts for a continuous repair of
the-KWI,46 a.A KDM-100 engines in specialized plantv]
Allbom tekhnologichookikh kart dlia potochnogo remout&dv1-
gatelei KDYL-46 i KDM-100 na spetsializirovanzWkh predpriiati-
iakh, Moskva, Hashinostroonie, 1964. 282 p. (MIRA l8sl2)
1. Perovo. Gosudaretvenrqy vaesoyuzMy nauchno-i8slodovatell-
skiy tekhnologicheakiy institut remoirta i ekepluatatsii ma-
shinno-traktornogo parka.

KURILKNKO, I.S., kand.med.nauk; P!OKWO, G.R. (Moskva)
Result of ultraoonic therapy of diseases of the peripheral
nervous system and locamotor system. Klin.med. 39 no.41123-lZ7
161. (KmA 14:4)
.(ULTRASOKIC WAVES-TMMMTIC USE) (NERVES, PMUWMAL)
(unwaTiEs (ANAnny))

ACC NR, AP7007077 SOURCE CODE: UR/0048/66/030/010/1602/1603
AUT110R: Denikayev, 1. Z-; YMOVYanovo Yu. A.; Luking YU. T.; Takibayevq
Zh. S.; no GO so
Rmenko,
ORG. n6iie
TITLE: Probability of the recording of "Stars" by an ionization
calorimeter LP-APer Presented at the All-Union Conference on Cosmic
Radiation Physics, tbsccwg 15-20 Nov 196
SOURCE: AN SSSR. Izvestlyse Serlyz fizichookaya, v. 309 no. 10,
1966, 1602-1603
TOPIC TAGSt calorlsists.rg "trOPhYficalp starp noutrong proton, alpha
Particle, deuteron
SUB CODE: 08
ABSTRACTt Upon interaction of nucleus-reactive particles with matter, thir..re
IIs'not only formation of new particles but also fission of nuclei of the farget,
which is accompanied by the emission of low-energy neutroneg protons, deute-
rons, and A- partic *les: 1. e., formation of so-called "starts." The Ionize-
tion produced by strongly Ionizing particles of the stars Is added to that due
to electrons of the shower and measured, together wito the letters In ain Ioni-
zation calorimeter. On the basis of experimental date obtained on an instrument
of the ionization calorimeter type, In which Iron was used as an a'boorber, the
contribution of stars to ignization was estivisted at r%0 10% of the ionization
due tothe nuqleor 0hovers' orig. art. bass 2 figures and 3 formulas. 'Calst
39,608

L 27897-66 __Pq~m FCC/T IJP(c)
-_ - Pq~m
ACC NR, AP5024642 BWNCX ODIXt UR/0048/63/029/009/1719/1721
ALqWRt Babillev. M.; Deal-ftrev, A.Z.., TxjffjjxMa2L,_T3t,_A.;
-Tu. T.; HoEMp _Y
s A5,
OIG I so"
TITLE: rlectuation in the mober of particles in an wiectrawaxnetic shower at 11
BeY /Report, All-Union Conference an ounto pl Physies bq;A
SOURCEs AN 809R. Izventlys. Berlys, fixicheakaya. v. 29, no. 9, 1965, ing-t721
TOPIC TALGS: secondary comic ray, comic ray shower, electron, photon, Iran
ABSTRAM Blectron-photon mhowers; were Investigated In an Ionization calorimeter con-
sisting of the following conponents In order from the top: 13 cm C, 3 ca re, 8 trays
of Ionization cbmbere each followed by 5 cm ft, 2 trays of cbmbers with so absorber
between, I cm ft, 160 g/m2 0, 3 on Pbs and two trays of chambers separated and fol-
lowed by 2 en Pb. Bhowers lattleted by oosmic ray particles were regarded as electron
photon shovers It tbey prodowd loslastion In at least am of the two uppermost. trays
and so ionization In *be two trays beneath the laree carbon absorber. Of 334 electron
pbotom sbovers thm Ido"IfIed, 10 k" smergles between 100 and 200 NOV. 7be Isaias-
Sion wersms de"b eurwom for tbmm showere were sairmellsed to a primary emorgy of 110
0.0 _-? ---~ 1; -

L 77097--b0
ACC NRt AN02460 0
BeY and averaged, and the average curve was cospared with theoretical curves calcula-
ted for different assumed values of the radiation length In Iran. Good agreement was
obtained with the curve based on a radiation length of 12.6 g/om2. This value of the
radiation IeMtb In Is was confirmed by comparing %be observed depth of maximum
shower development with calculated values. The fluctuation (ratio of the mean square
to the square of the was) In the number of particle@ In the showers as a fiAction of
lzpth was compared with the calculated curve of X.M.Gerssinovs. (Zh. oksperim. I tear.
f1&., 43, ON (1962) ; ", 240 (1963)). Good agreembut was found at deptbs lese'tbam
23 radiation units, but at gnater dW�w the observed fluctuations were such lose
than the ealealated ones, Is ecuslualem, the authors szpress their gratitude to U.S.
Takibayev, for valueble 1016casslems. OrIg. art. bass I formula, 3 figures, and I table
am 0=1 XF/ I= Diva$ Gol. - ONG =I 004/ OU Ofs ON

3/05EV6Z/000/003/0-WO92
Ao6lAloi
AUMORSs Kahskarov, L. L.,'Ivanenko, V. M., Cherdyntsev, V. V., Mozhayeva,
V. 0-0 N Khomenko, 0. S., Oafurov, V, 0.
TITLE; Non-conservation of parity in nuclear fission by cosmic rayLt-mesons
PERIODICAL- Referativnyy zhumal, Fizikd, no. 3, 1962, 50, abstract 3D415
("Sb. nauchn. rabot Wedry opt1ki i Kafedy eksperim. fiz. Kazakhak.
un-t.", 1960, no. 2,43 - 57)
m;atilly
TE(T: A device for measuring the
asymmetric departure of neutrons
emitted when slow cosmic rayu--mesons are captured by atomic nuclei is described.
Provisional results "a presented.
[Abstracter's notes Complete translatlon]
Card 1/1

BABAYEV, M.K.; DENIKAYEV, R.Z.; YEMELIYANOV, Yu.A.; ZHUKOV, Ye.I.; LUKIN,
Yu.T.; MURZIN, V.S.; KHOMENKOY G.S.
Fluctuations in the number of ptiticles in an electromagnetic
shower at an energy of 1.1 - 10 ev. Izv. AN SSSR. Ser. fiz.
29 no.9:1719-1721 S 165. (MIRA 18:9)

-7
L
~ACCESSION NR. AT150015114
eff ect, acting only at, distances o 2-3, p from the. surface. It has been estab-
en generates the same effects
lished that passing a current through the specim a!13-
are observed 'when it is illuM.inated by light of a definite wavelength. The authors
of this art u
icle had.previo sly studied the effect of temperature on the nii,crohard-
ness of Si, Ge and InSb in a wide tempo ra ture Irange as -well as the movement-of di,4-.
locations at'various temperatizres in these crystals. It was shown that below.soino
temperalture T the hardness isveakly dependent:on the temperature and that the
cr
dislocations are nearly stationary. When the temperature is raised above T cr, the
hardness falls sharplymbile, -the: -rate of motion of the dislocations increases. For
all crystals studied, T 0.4 T -where TM is the melting point in--'K, A compari-
son of these. results. wig, 'the dJa 6n-the relationship between temperature and the
electromechanical effect obtained by Westbrook and Gilman (J. fl. Westbrook, J. J.,
Gilman, Journ. Appl.'Phys.1, 1962, 332'~7, 2360) provided a basis foriissuming that-
the electromechanicOleffe6t tak.esplace only-,at.-temperatures below T cr .. In order
to verify this hypothesis, the,.. electromechanical. effect in an InSb monocrystal: was
stufEcd ;ince its T r lies in the- -room temperature range and it. lends itself m6s t
easily to testing,aEove and belo.w T ' -The. results are presented in graphic form.
er,
it is found that,the electromechanical effect-takes place only below Tcf5 the
effect being greater, the lower-th6 temperature At temperatures above cr where
Card 2/3

, Card 3/3

AUTHOR: Khomenko, I.A., Foreman 91-58-5-25/35
TITLE: Soldering of Wires in Rooms Where the Danger of Explosion
and Fire is Great (Payka provodov vo vzryvoopasnykh i po-
zharoopasnykh pomeshcheniyakh)
PERIODICAL: Energetikq 1958, Nr 5, pp 26-27 (USSR)
ABSTRACT: Wiring in rooms where explosion and fire danger is great
must be carefully soldered to avoid the formation of sparks.
Electric soldering cannot be used in these rooms. An
apparatus is proposed which avoids such danger. A special
dish is filled with molten tin. The ends of the wires are
carefully cleaned and then put into the liquid tin. Around
the dish a heating element is wound which is made from
nickel-chromium wire, type Kh20N80 of 1.2 mm in diameter.
The melting of the tin is carried out in other rooms. The
tin dish is insulated~
There is 1 figure.
AVAILABLE: Library of Congress
Card 1/1 1. Soidering - Hazards

IN YAKOV, I., red.;
Xs~ Andreyevic4;-DOLOM 0, N., red.; POL
p N., tekhn. red.
[Making every minute count)Dvvozha kazhdoi minutoi. simfero 3.1,
Krymizdat,, 1961. 29 p. (MIRk 15:12T
1. Direktor Simferopollskogo kozhavenno-obuvnogo kombinata im.
F.Ye.Dzerzhinskogo (for Khomenko).
(Simferopolt-Shoe industry-Labor productivity)

KI't'0iII.','K0 ) I. I .
Alfalfa
Some questions on flowering and pollinization of alfalfa. :;-,l. i sem 19 Plov'-41* 1952.
I'lonthly List of Russian Accessions, Library of Congress, June 1952. Unclassified.

KHM-IENKO, I.K.
Case of Perforation of gastric ulcer into the pericarditm.
Ihirurgiia Y7 no.1:IZ7 Ta 161, (M3RA 3Jt2)
1. Is Omohekoy rayonno7 bollnitsy ghitmirskay oblasti.
(PIPTIC, ULCIR) (PUICARDIUM-WOODS AND IMMES)

, 1. P.
Desmostylus sp. from the tertiary strata on Slakhalin. Ve!An. ger-1. lkon.
1101. 11 NO. 3, 1927
So: Trudy Arkticheskogo ltlauchno-Tssledovatellskogo Instituts, GUSIT, Counci-1 of
Ministers, Vol. 201, 1948

IMOKKKO, I.V.
'"m~.-+DMp.,submirface tillage in the Crimea. Zemledelie, 6 no.7:21-26 JI 158.
(MIR& UsO
16 MrMkaya gosudarstvennaya sel'skokhozyaystvennsYe, OPYtn&Ya
stantelya. (Crimea-Plowing)

XHOMMKO, I-V-, inzh.-elektrik
-------
Lower the cost of electric power supplied by rural power stations.
Mekh- ijill. hoop. ll,no*ll;l8-;20 N 060o (XIM 13: 11)
(;loctric utilittea-Costs)

25(l)
SOV/125-59-12-9/16
AUTHORS: Moravskiy, V. E. and Khomenko, I. Z.
TITLE: Capacitor Shook Welding of Watch Parts
PERIODICAL: Aytomaticheskaya evarkap 1959, Nr 12, pp 65-72 (USSR)
ABSTRACT: Detailed information is given on a new process and welding
devi-qe developed for attaching pins to the dials of
watches made by Soviet watch factories (figure 1). The
new method eliminates the conventional complex and slow -
soldering-proce-sz~- The special welding head developed
by the-Electrotechnical Institute of the AS UkrSSR for
the'new process is described and shown (figure 4). The
circuit of the 'ITKU-4" welding machine was redesigned,
as illustrated in the circuit diagram (figure 2). The
welding is done by a "shock" discharge of capacitors through
a transformer,* The discharge is aperiod-ical, and a
0.8-1 ohm-re-si-stance-is placed in the discharge circuit.
The welding is instantaneous and accompanied by a slight
Glick. The stability of the process is high; the welded
Card 1/2 joint is clean and requires no machining (figure 5). The

SOV/125-59-12-9/18
Capacitor Shook Welding of Watch Parts
first experimental "shock" welder has been working at a
watch factory since the beginning of 1959. There are
4 photographsq 2 tables , 3 diagrams, and 7 Soviet references.
ASSOCIATION: - Institut elektrotekhniki AN UkrSSR (Electrotechnical
Institute of the AS UkrSSR).
SUBMITTED: July 17, 1959-
Card 2/2

S/135/60/000/009,/009/015
A006/AO02
AUTHORS: Moravskiy, V. E., Candidate of Technical Solences,_IM -L.Z".
Engineer, Svechnikov, S. V., Candidate of Technical Sciences
TITLE: A Multl-Purpose Seam Capacitor UIKM-3 (ShKM-3)_.M chin for Welding
Thin Metal
PERIODICAL; Svaroamaye proizvodstvo, 1960, No. 9, pp. 28-30
TEXT: The authors developed and brought into use a seam capacitor ShKM-3
machine,for welding 0.5 - 0.6 mm thick ferrous and non-ferrous metals. Engi-
neers G. A. Belyakovich, S. I. Semergayev and A. G. Smagliy participated in the
work. The main advantages of the machine are: a sufficiently accurate dosage
of energy in welding the spots, producing resistant and tight seams, and the
wide-range control of the welding conditions. This is obtained-by synchronizing
the control and the circuit voltage, required for.an accurate conseefitive charge
and discharge of capacitance. The synchronization is obtained by the controlled
operation of trigger valves forming with a stage the amplifier control system.
Each trigger has two equilibrium states operated by triggering and cutting-off
the valves. Disturbed syncronization affects the regular welding conditions.
Card 1/2

S/135/60/000/009/009/015
A006/AO02
A Multi-Purpose Seam Capacitor IJ01-3 (ShKM-3) Machine for Wb-lding Thin Metal
A preliminary amplifying stage is connected to the cirouit to raise the stability
of the directing part of the system between the amplifier and the trigger nells.
The extinction of the back current pulse in the initial coil of the welding
transformer is performed by a shunting valva. Seam welding can be performed at
a frequency of 50; 25; 12.5 and 6.25 cycles. The ShKM-3 machine permits the
production of transverse and longitudinal seams. The transition from welding
longitudinal to transverse seams is obtained by replacing the upper head and
lower arm of the machine. The technical characteristics of the machine are
given and its operation is described. Approximate welding conditic-ns are given
in a table. There are 1 table and 3 figures.
ASSOCIATION: Institut elektrotekhniki AN USSR (Institute of Electrical_L!41~
neering AS UkrSS Moravskiy, V. E. and Khomenko, I. Z.,
Kiyevskly politekhnicheskiy institut (Kiyev Polyteichnic
Institute) Svechnikov, S. V.
Card

akademik; KHOMENKO, I.Z., inzh.
Percussion condenser discharge welding of balls to fountain pen tips.
Svar. proizv. no.5s23-25 Myf'61. (MIRA 1414) ,
1. Institut elektrotbkhniki AN USSR. 2. Akademiya nauk USSR (for
Khremov).
(Electric welding)

SPLEKHTER, S-Ya.; RnNITSKIY, A.M.; PIKULIN, S.A.; FIKIENKO, K.M.
Automatic welding of oversize, steel pouring ladles. Avtom.svar.
18 no.1:59-60 Ja 165. (MIRA 18:3)
1. Kommunarskiy metallurgicheskiy zavod (for Shekhter, Reznitskiy,
Pikulln). 2. Institut elektrosvarki im. Ye.O.Patona AN UkrSSR (for
nomenko).

KROMENKO, K-Ts. Erhomenko, 1.13*1
Study of the personality of pupils and the assemb2ing of psycholo-
gical charactsrlmt~lcs. lauko tap. Nauk,-dosl. imAt. psykhole lls
271-273 159. (XIRA 13:11)
1. Pidagoglchookly Institut in. G.S.Skovorody, KharIkov.
(31ducaticnal psycholomy)

29687
S/16 61/003/010/009/036
00 OW1 f0v) B102YB108
AUTHORS: Kosenko, V. Ye., and Khomenko, L. A.
TITLE: Diffusion of silver into a germanium surface
PERIODICALs Fizika tvardogo tela, v. 3, no. 10, 1961, 2967 - 2972
TEXT: Surface diffusion studies with metals have shown that the surface
diffusion coefficients are considerably greater than the volume diffusion
coefficients. Since the respective data for semiconductors are not ,
available, the authors investigated the 8urfaqe diffusion of silver on
pure germanium single crystals (resistivity 30 ohm~cm). The f111j faces
of Ge plates of 30-20-1.5 mm were ground with a 10-ji-abrasive powder and
etched for 2 min in boiling perhydrol, or in HKO3+HF (chemically polished
specimens). The latter agent yielded a smoother surface. The silver was
deposited from AgNO3 aqueous solution as an 0.2-mm. broad stripe or upon
the end of the specimen. Diffusion annealing was carried out at
10-5 mm Hg. The distribution of the Ag tagged with Ag"O was investigated
Card 1/4

S/189 6P17/003/010/009/036
Diffusion of silver into ... B1027B(108
by successive removal of thin layers. Previous investigationi had shown
that at 7000C the surface diffusion coefficient is by 10 - 10 times
greater than the volume diffusion coefficient. The surface diffusion
coefficient was calculated from the relation C(x,t % exp( ADO.
) _ T�_ _x2
t
C(x,t) is the concentration at the point x, Q the total quantity of
silver, t the time, D the diffusion coefficient. The silver diffgsion in
two series of specimens (ground and polished) between 200 and 700 C was
studied. At 700 0C the surface diffusion rate exc6eds the volume
diffusion rate by gO times for ground and by 5 times for polished
specimens. At 200 9 the surface diffusion coefficient amounted to
8-7-10-8 cm 2/sec for a ground, and to i.6-10-8 cm2 /see for a polished
Ge surface. These values are 105 and 2 .104 times higher than the
corresponding values of the volume diffusion coefficients. The temper-
ature dependence of the surface diffusion coefficient is given by
D = D0exp(-E/kT), i.e., D - 5-4-1O_4exp(-0-37/kT) for the ground
specimens and D - 9-3-10- exp(-0-37/kT) for the polished ones. The
Card 2/4

29687
S/I BY611003101010091036
Diffusion of silver into ... B102 B108
diffusion activation energy. is**, the diffusion mechanism does not dspen&
on the treatment of the stx;acos The difference in the Do.values is due
to a difference in the number of surface defects. The surface diffusion
coefficient am calculated from the relation D. a 1/8t d Alog, 0 &#roe@
d(x')
with the measured values* A determination of the "surface thickness" 6
(& syer which is charactorived by high mobility of the impurity atoms or
ion!) yielded values which wore by some orders of magnitude greater then
those for metals, The high surface mobility of-impurities may be one of
the reasons for semiconductor aging and destructions There are -
5 figurse.and 11 reforencess 4 Oovist and 7 non-Bovist. The four most
recent references to English-language publications read'as followso
Re As Niokermono Es Ra Parker, Transe Amer* Boss Metep Ali 376p 19501
W, Cs Winegardp Bs Chalmers, Gay.. Ji Physe, Sp 422r 19501
He Fraunfolder. Holv, Phys. Act&, IV9 XXIII# 3T1, 19501 N. Haskermano
No He Bimpeon. Trans* Farad. Sooif Ul 59 628, 1956.
Card 3/4

S,' r16~161/003/010/W9/036
B
Diff'usion of silver intobbs B102 B108
ASSOCIATIONt Inatitut poluprovodnikov AN USSR Kiyev (Institute of
Semiconductors AS UkrSSR, Kiyev)
SUBMITTED% April 171 1961

ACCESSION NR: AT4045013 8/0000,.*64/000/000/0188/0192
Ye.; U A.' Khomado
AUTHOR: Kosen1w. V.
TITILE: Diffusion of silver at germanium surfaces
SOWICE: Soveshchaniye po -problems lzpollmovwdys atomnoy energil. Kiev, M.
Radiatsionnaya avtomatika, izotopy* i yaderny*ye iziucheniya v nauke I tekhnike (Radiation
automation control systems. isotopes, and nuclear radiation in science and technology);
A. doklady* soveshchaniya. Kiev, Izd-vo AN UkrSSR, 1964, 188-192
TOPIC TAGS: silver, germanium, stiver diffusion, surface Wfundon coefficient, volume
diffusion coefficient, semiconductor, germanium monocrystal
A13STRACT: Previous studies by various Western authors have shown that for metals the
coefficient of surface diffusion is significantly larger then the coefficient of volume dif-
fusion. However. similar studies have not been done on semiconductors, in particular.
for germanium. The present paper attempts to fill this gap by studying the diffusion of
silver at the surface of inonocrystalline germanium. 7be volume diffuslonof silver in
germanium was studied by the same authors in earlier papers. In the present paper,
films (30 x 20 x 1. 5 mm) of pure monocrystalline germanium with a relative resistivity of
.1.'C&rd j 1/4

ACCESSION HR: AT4046013
nearly 30 ohm-am were used. In one sari" of experiments Um flim was polidied with
emery paper and etched for two minutes In boiling perhydrol. In a second series tM
layer was cleaned In a mixture of H" mW HF (5:3). The diffusion process was studw
by the use of a radioactive indicator (Ag- 110). The concentration of silver at a point x
on the surface Is given by
Q
C (X. 1) exp
where Q to the total amiount of the diffusing silver and D its the diffusion coefficieuL This
formula is a solglion of the diffusion equation under certain assumptions. If log C In
plotted against x a straight line is obtained. This relationship Is confirmed by the experi-
mcntal data. Similar theoretical and experimental curves for the dependence of the dif-
fusion coefficient on temperature are shown in Fig. 1 of the Enclosure. The formulas
ta Ori
obtained for the surface diffusion coefficient also agreed with experimental da g.
art. has: 3 figures and 6 formulas.
ASSOCIATION: None
Card 2A

ACCESSION NR. AT4046013 BUD CODZ:
ITTED: 07Jan64 ENCIA 01
UBM
S
OTHER: 007
NO REF SOV: 003

ACCUSION VIL AT4045013
LOS= 01
(is 4M JW UP 00 At AP M V
pv~
n coefficients:
Fig. I Temperature dependence of Ow diffusio
I - volume diffuFtion of silver in germanium; 2 - surface dMusiolft on a
chemically poHabod Go surface; 3 - surface diffusion on wi wnqy
ground Ge surface.
4/4

KHCME:NKO, L.A.
Change in the microflora of the dental root canals in periodontitis treated
with combinations of proteolytic enzymes and antibiotics. Mikrobiol.
zhur. 26 no.5s69-72 164. (MIRA 18:7)
1. Kiyevskiy meditainskiy institut.

Dioman?o, L. I.
IlTreatmont. of Trophic Ulc-,.rs wIth Ethyl Chloride, and Poric Acid.
u
(Zxl)erLr.qental and Clinical Observations)." TIcrainian -Scl Res insL of Orthopedics and
Traunatology, Kiev, 1952
(Di3sertation for the Degree of Candidate of Vedical "'ciences)
SO: Knizima-va Letoris', No. 32, 6 Aug 55

IMDKEM, L.N.
Place a charge on sugar-beat seeds. Sakh.prom.30 no.1:35 J&
'56. (Nm 9:6)
1.Petrovskiy makharnyy sayod.
(sugar beets)
IKE,
Q-

ZHIDXOV. V.A.: KHOMICO'L 0.
ii~
A ease of dislocation In germanium. Ulcr.fix.vhur. 2 no.2:suppl.:
65-67. '57. (MLRA 10:7)
1. Institu ftsiki All URSR I lilvalkly dershavnly-univervitet
In. T.G. Shevchenka.
(Gerawalwo) (Dislocations in crystals)