SCIENTIFIC ABSTRACT KHOLOPOVA, N. T. - KHOLPANOV, L. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722210020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

hhOLCITIOVA, N.T.
ll~- ~
Unstudie4
'Vest.Mosk.
copy of a 1.7th century manuscript of a "Coamograpby."
un. Ser.-:5z Geog. 1? no.l-.66--67 Ja-F 162. (MIRA 16:7)
(Geog7raphy) (Manuscripts, Russian)
I .

YUREKOVp Yu.K.; KHMPOVA, N.T.
Report on the activity of the Moscow Branch of the Geo-
graphical Society of the U.S.S.R. for 1961. Vop. geog.
no.63:180-192 163, (MIRA 17:3)

M 11K ki N.;
ope'ratlons or the,- Fritnon rX -Lloi Ga~,vrmr.~'Cal-
-14
R, for Vo, g":~ ,,, no, 64~ 1-1-84 164.

KHOLOPOVA, Nadezhda Timofeyevna; PETROVA, K.A., red.; IAZAREVA, L.V.,
-- --torm-rum -------
(Aleksandr Sergeyevich Barkov]
skva, Izd-vo Mosk. univ., 1961.
skavskogo universiteta, no.26)
(Barkov, Aleksandr
Aleksandr Sergeyevich Barkov. Mo-
62 p. (Zamechatelinje uchenye-Mo-
(MIRA 14:12)
Sergeyevich, 1873-

KHOLOPOVA --Nff '
- Conference dedicated to the memory of N.I.Sokolov. Nov.kar.i
spel. no.2:98 161. (KRA 150)
(Sokolov, Nikolai Illich)

KHWnVA., V.Q.
Work of the health center at a chemical plout. Felld. i akush.
28 no.2:37-41 F863. (MIRA 16:9)
1. Starshiy felldsher punkta zdravookhraneniya Novomoskovskogo
khimichookogo koubinat% Tultakaya oblast'.
(NOVOMOSKOVSK (TUL& PROVINCE)-MMICINE., INDUSTRILL)

w
LEVIN, L.I.; KHOWPOVAI V.S, Madivostok)
CMinical aspects of serous viral meningitis in adults. Sov.medo
24 no.9160-64 8 160, (maNome) (KIRA 13 413.)

IMOLOpovA, Z.I., Inshenerg TSUKIRAIK, S.T., inzhoner.
.fteteating the InsulatIOR Of electric machinery windings against
mold fungl. Vogt.010ktroprom. 27 no.12:5942 D 136*
(nu 10: 1)
Llharlkovskly slektremekbudebaskly savede
Illectric Insulators and lasulatioz) (Nolde (Botany))

KHOLOPOVA, Z.1., inzhener; TSL'KMIK, S.Y., inzhener.
bim~-WN*ftslf mold on alectric apparatus with plastic parts, Test. oloktre-
pros. 28 se.3.72-73 Nr '57, (MU IOW
1. Kharikovskly slaktremkhanichoskiy saved.
(Bleetric apparatus and appliances) (Plastic riaterials)
(Holds (Botauy))

1107 2. T,
1
YNTHORS:
TITLEt
PERIODICALs
Skorik, N.S. (Bugineor), Kholopova, Z.1.
110-2-2/22
(Engineer) & Tsukernik, S.V.
(Engineer).
On the electric strength of stator winding
insulation on high voltage electrical machines. (K voprosu
elektrichemkoy prochnosti izolyataii obnotok statoza vysokovol
'.nykh elektricheakikh nashin~
Vestnik Promyshlennosti, 1958, NQ.21 pp.7-12. (USSR)
ABSTRACTs The electric strength of machine insulation is defined as the r.m.s.
sinusoidal voltage which causes breakdown when applied for on* minute.
The present article refers only to 6 and 6.6 kV machines with
continuous nica-taps compound-impregnated insulation. The mean
breakdown voltage of coils has been given an 30 - 42 kV (the lower
value relating to insulation of reduced thickness) and the mini mum
voltage to 22 - 23 W. The great difference between the 221M
and minimum values should be noted. Curves of the distribution of
breakdown voltages of coil insulation are given in Fig.l. The
scatter of results, though widej is normally distributed and depends
on the non-uniformity of the insulating material and its method of
application. As usual in cases of this kind, the breakdown voltage
depends on the size of the electrodes. Curves of the probability of
breakdown of compouna-impreguated mica-tape insulation of 6 - 0.0 kV
Card stator windinp are given in Fig.2. The dotted curves relate to
1/3 values re-calculated to a constant electrode area by a formula which

On the electric strength of stator winding insulation on high voltage
electrical machines.
in given. Because of the electrode area effect, the breakdown
voltage for windings as a whole will be lower than that of individual
coils; curves displaying this effect are given in Fig.3. The results
confirm that the test voltages in the standard MCT-183-55 for the
insulation of 6-6.6 W are correctly chosen and correspond to the
actual insulation level. The disadvantages of using higher test voltages
during --nufacture are explained.- machines made to the present test
voltage level have proved reliable. The use of voltage tests for
maintenance purposes in then discussed at length, The level of test
voltage that can be considerednon-destructive to the insulation in
considered. Data about the probability of breakdown of new mica-tape,
compound-impregnated insulation which has not been subjected to
preliminary high-voltage testing are given in Fig.4. These curves
are derived from tests on 160 coils side with reduced insulation in
order to got a reasonable number of breakdowns. The results show that
when the breakdown voltage level in high, compared with the value of
the frequently applied test voltage, the latter makes little difference
to the probability of breakdown. However, when the test voltage is
nearer to the breakdown voltage there is a considerable increase in
frequency of breakdown. These results show that frequent application
for one minute of voltages of 13.2 and 21 kV would cause deteiioration
Card 2/3 in insulation having a breakdown voltage 1.7 - 1.8 times higher than

On the electric strength of stater winding insulation on high voltage
electrical machines.
110-2-2/22
the test voltage. In general, application of a voltage much over
1.5 times the rated voltage will cause damage. This argument
in developed at length and it is claimed that still lower
maintenance test voltages, not greater than 1.2 - 1.4 rated
voltage'- should be used If insulation has been in serr-ic* for
a long time or is in bad condition. There are 4 figures,
4 literature references (all Russian).
SUBMITTED: September, 27, 1957.
ASSOCIATIONs Khar1kov Electro-Mechanical Works (MWx'koVmk4 hookly
zavod)
AVAILABLEz Library of Congress.
Card 3/3.

SOVIIO-58-7-2/21
AUTHOR: Skorik, N.S., Engineer 1-KholoDova , Z,I., Engineer,
and Tsuizernik, S.V.j Engineer.
TITLE: On the nature of moisture absorption by continuous
inica foil insulation of high-voltago machincs.
(0 Idiaraktere uvlazhrienJ.ya nepreryvnoy mika lent noy
izolyatsii vysokovol-Itnykh =shin)
PERIODICAL: Vestnil,. Elektropromyshlennosti
Nr 7 pp 6-12'kUSSR)
1958
,
,
ABSTRACT: It is important to know whether high-voltage elec-
trical machines my be connected up wiLthout first
drying-out. The answer to this question depends
on the design of the windings7 their insulation and
- L
degree of dampness. The following factors should
be taken into account: the condition of the slot
insulation and the end-windings; the possibility
of break-down of insulation at joints ann winding

C
d
/6 clamps with flash-over to the frame; the possibi-
ar
1 lity that intensive drying may damage the insulation.

SOV/110-58-7-2/21
On the nature of moisture absorption by continuous
mica foil insulation of high-voltage mchines
This article is concerned only with high-voltage
machines irlth coil-type windings having continuous
mica foil compound-impregnated insulation for
voltages up to 6.6 IN. Tests made at the Khalhkov
Electro-taechanical urorks show that the electrical
properties of this kind of insulation remain good
even after prolorks,,ed exposure to moisture. Break-
down voltage data for damp and dry 6-0 insulation
of this typb is given in Table 1, which shows that
exposure for 20 days to a relative humidity of 015
9M at 200C reduces the break-doim voltage by only
3-~% and 40 days exposure reduces it by 3.7%.
Card 216 Immersion in water for 204 days reduced the break-
down voltage by 43% but the insulation was still

SOV110-58-7-2/21
On the nature of moisture absorption by continuous mica foil insulation
if high-voltage machines
suitable for operation. Models were made up to
determine the depth of water-penetrati(,n into mica-
foil compound impregnated insulation. The amount of
water absorbed on exposure was determined and the results
are given in Fig. 2. It will be seen that the moisture
absorption was much greater when the insulation was finished
with an external covering of cotton tape, which2 indeed7
absorbed most of the moisture. The total quantity of moisture
absorbed, the amount absorbed by the surface tape and:the
amount absorbed by the mica insulation are shown in Fig. 3. It
will be seen that what little moisture is absorbed by the
micafoil is mostly held in the outside layers. There
is at present no satisfactory method of assessing the
dampness of the insulation of electrical machines.
Insulation-resistance measurements a~-e commonly used
for this purpose, but they cannot distinguish between
surface- and volume-resistance and, therefore, cannot
reveal. whether moisture has penetrated deeply into
Card 3/6 the insulation. Data about changes in these two
M-1 V
AORO_

SOV/110-58-7-2/21
On the nature of moisture absorption by continuous mica foil insulation
of high-voltage machines
resistances and in the total insulation resistance
of 6-kV windings after exposure in a humidity chamber
are given in Fig. 5. It will be seen that the surface
resistance falls much more than the volume resistance
and determines the insulation resistance firures for
the machine. The main electrical characteristics of
the insulation of the joints and winding clamps in the
dry and the damp condition are given in Table 2.
Specific values of surface- and volume-resistivity for
damp high-voltage micafoil compound-impregnated
insulation are given in Fig. 6, which also includes for
comparison corresponding data for varnished cloth
insulation. It is shown how reliance on insulation
resistance measurements may lead to false conclusions
Card V6 about the degree of dampness of insulation. It is
sometimes recommended to base assessments on the ratio

On the nature of moisture absorption by continuous SOV/110/58-7~-2/21_1
mica foil insulation of high-voltage machines
of the insulation resistance 60 sees after the application
of voltage to that after 15 sees. This method is also
unsatisfactory. In deciding whether a machine can be
connected-up without drying, the important factor is the
characteristics of the insulation of joints and winding
clamps, including the possibility of surface flashover
of this insulation. This question was studied by making
surface-resistance and flashover tests on wet micafoil
compounded 6-kV insulation treated vith grey enamel. The
tests were made on sections that had been in water for
2 and 25 days. The results are given in Table 3 and the
results are discussed." It is concluded that there is no
risk of surface flashover of insulation that has been
immersed in water when double the working voltage (about
8 kV) is applied provided that the distance between the
electrodes is greater than 50 mm which it usually is
Card 5/6 in practice. On the basis of the work described, it is

On the nature of moisture absorption by continuous BOV110/59-7-;2/21
mica foil insulation of high-voltage machines
considered that to connect-up without preliminary
drying-out is permissible in electrical machines of
rated voltage up to 6.6 kV having stator coil windings
insulated with compound-impregnated continuous micafoil
insulation. TI'As applies to machines which have been in
a worh's or in stores or under normal transport conditions,
and supposes that the machines have not been left
unpacked out of doors for a long time and have not been
in water. Before applying voltage the total insulation
resistance of the cold stator winding should be checked
Card 6/6 and should not be less than 50 megohms . Load should be
applied gradually at first. There are 3 tables and 6
fir,ures.
0
1. Insulation (Electric)--A~sorptive properties 2. Electric
machinery--Insulation

KHOLOPOVA, Z.I., inzh.; TSU.KERNIN, S.V., inzh.
- _Off~_ -
Selection of the class of heat resistance of the insu2ation
of low-voltage electrical machines. Elektrotekhnika 35 no.11:
23-27 N 164. (14IRA 18:6)
M
~j L:L:t~
7~

KHOLOPOVAP Z.I., inzh.; TSUKERNIK, S.V., inzh.
Heat resistance of vindings using aluminum and copper wires
with enamel insulation based on polyamide resol and polyester
laquers. Elektrotekhnika 36 no.8tl-4 Ag 164.
(KRA 17:9)

Category: USSR/General Division. YlisWry. Classics. Personalities. A-2
Aba Jour: Referat Zh.-Biol.) No 6, 25 March, 1957, 21300
Author : Vasileva, L.N., 1(holopova, Z-V.
Inst : not given
Title : To -the Memory of a Far~F_ar,'Gern Phytopathologist
Ivan Vikolaevich Abramov-(1884-1953)
Orig Pub: Botan. zh., 1956, 41,"N0 3, 435-437
Abstract: A brief outline of the life and activity of Abramov, the agri-
culturist and phtopethplogist, who lw,)rke& in the Far East al-
most 42 years. He vorked-out and put into practice measures
combating blight on vheat zand oatu; he studied seed infection
by fusaria and helminthosVoria; worked out a system of mea-
sures securing full recove-3, of seeds from the disease. His
fundamental book, "Diseases of Fa.- Eastern agyicultural plants"
represents the only sunwry and indispensable reference text
for mycologists and aqiculturists. He also published a mano-
Card 1/2 -17-
T,

1. KHOLOPTSEV, A. A.
2. USSR (600)
4. Wheat - Stanislav Province
7. Obtaining a high yield of winter wheat in Stanislav Province. Sov. agron. 11, No-4,
1953.
9. Monthly List of Russian Accessions, Library of Congress, Aoril 1953. Unclassified.

-i- I , " --
;
~ I . -
. - - I ~ ~ -~, f;
. : -. - 1. :~, : -: '. ,

AFORIN. K.B.; BURTSL7. K.I.; BYSTR(W, S.R.; VIIMTS, G.B.; VCDVV, G.G.; VOROKIN,
A.S.; GINLICH, A.S.; GRTAZN(W, U.S.; GUDIM, A.Y.; GUSTATINSKIY, N.A.;
NORIN, S.S.; DIDUKO, V.Ye.; DMITRIYEV, M.M,; DCIM, M.N.; DaROGOBID'
G.M.; ZHDANOF. G.I.; ZAGORULIKO, A.I.; ZEIRMSKIY, A.G.; IVASHCHINIO,
U.N.; KWAN. S.1.; IVASKA, A.S.; rMYEV, A.D.; KLISHIVS][IT, G.S.;
KOZYJW, V.P.; KOWBOF, V.N.; WALOV. K.I.; 7ZTTYIS, V.A.; IFJ", B.S.;.
LOBODA.' N.B.; LUBtWS. I.A.; KANDRYKIN. i.r.; MUSTAYIN, F.Ao; NMntCNSKIT,
N.Kh.; IMFZW, V.A.; OHMOVSKIY, Ta.M.; PWSW, M.A.; PM(N, I.D.;
PODUROSHANSKIY, M.0t; POPOV, A.P.; BAK, A.I.; REVYAKIN, A.A.; ROZHKOT.
A.P.; RCMGAUZ, D.A.; SAZ(ffi(lW, S.A.; SIGALOV, M.B.; STCKAKRII, Ta.B.;
TARAS(W, S.A.; FILUTTV, B.S.; YRIDMAII, U.N.; FRISHMG, V.D.; KHAR'lov-
SKIY' X.V.; 102 = j r - TSARRV, M.N.; TSOGLIN, W.I.: CHRUM, I.I.
OMMOK, V.T. 7-VWM-,--Jrk.
Swmil Berisevich Bamo.Koke i khim.ne.6:64 '56. (KLRA 9 1 10)
(Bamme, Sarniil Berisevich, 1910-1956)

sov/68-58-11-15/25
AUTHORS: iseyenko., I.P. , Kholoptsev V. P. and Zelenetskiy A.G.
TITLB: Methods of Im-provAiig-th-e-DI-stillation of Coal Tar (Puti
uluchsheniya distillyatsii snioly)
PERIODICAL: Koks i Khimiya, 1958, Nr 11, PP 47-51 (USSR)
ABSTRACT: After a short outline of the two column tar distillation
lant on the Chelyabinsk Works~ designed by Giprokoks
Fig 1), changes introduced in the distillation practice
and resulting improvements in the yields and qualities
of --he individual fractions are described. The desi ned
throughput of V+ tons/hr was increased to 19-20 tons~hr.
Analyses of the individual fractions and their yields are
shown in Table 1 and Fig 2; material balance of the
distillation and the distribution of naphthalene and
phenols between the individual fractions in Table 2.
Card 1/1 There are 2 tables, 2 figures and 1 reference (Soviet).
AssocjAmoN: chelyabinskiy metali:urgicheskiy zavod (The Chelyabinsk Metallurgi-
cal Works), and VUKhin ,

XAGASOV, V.H.- IHOLW?S.V. V.P.-, XMIROVSKIT, N.Mi.; LOPARV, Y.G.;
XHARLAMPOTION, . ., tekhn.nank
Separate recovery of ommonia and pyridine bases from coke-oven
gas. Xoks t khim. no.6:32-35 ,6o. (NIRA 13:7)
1. Chelyabinskiy metallurgichaskiy zavod (for all except Xhar-
lampovich). 2. Urallskiy politekhnichaskiy institut (forEhar-
lampovich).
(Coke-oven gas) (Ammonia) (Phyridine bases)

KHOLOPTSEV, V.P.; DOBROVOLISKIYj I.P.; NEYMM, V.Ye.; DUBOVIK, A.N.
Improved methods for the production of electrode coke. Koks i
khim. no.7:29-32 Jl 161. NIRA 14:9)
1. Chelyabinakiy metallurgicheskiy zavod (for Kholoptsev,
Dobrovoliskiy). 2. Koksokhimstantsiya (for Neyzhmaky Dubovik),.
(Coke industry)

KHOLOPT7-V, V.V.
Applying the method of initial parameters to the calculation of the
strength of composite beams with elastic-plastic shear connectcrs.
Sudorom. i sudostr. no.2:166-178 163. (MA 17:4)
1. Odesskiy Institut, Anzhenerov morskogo flota.

MOLOPrSEV, V. V.
. Y11010pt3ev, V. T. - "Investigation of Beans for Snip Construction with
openings in the Walls. 11 Odessa Inst of Engineers of Une Maritime Fleet.
Odessa, 1955 (Dissertation for the Degree of Candidate in Technical Sciences).
So: Knizhnaya Letopis', No. 10, 1956, pp 116-127

REUT, V.I., doktor takhn.nauk; KHOLOPTSEV. V.V.. kand.tekhn.nauk
Effect of the spacing of beam knees.on deck stability. Sudostroanie
29 no.llil3-17 N 163. (MIRA 16:12)

RFUT. V.I.;-KHOT,OPTSEV, V.V.
Reinforcement of ship decks for the purpose of Increasing ship
stability. Sudorem. I sudostr. no.21l53-166 ~,163. (MIRA 17:4)
1. Odesskiy institut inzhenerov morskogo flota.

SOV/ I Z4-58-7-8170
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p IN (USSR)
AUTHOR:L Kho
TITLE: An Experimental Investigation of the Plane Bending of Welded
Beams Having Holes in Their Webs (Eksperimental'noye issle-
dovaniye ploskogo izgiba svarnykh balok s otverstiyami v
stenke)
PERIODICAL: Nauchn. tr. Odessk. in-t inzh. morsk. flota, 1957, Nr 13,
pp 235-251
ABSTRACT: Results are given of bending tests of twenty welded I-beams
having dissimilar flanges. The beam material was grade 3S
steel. The walls of seventeen of the beams were weakened with
holes in them adjacent to the larger flange. The shape, length,
and height of the-holes varied. For comparison purposes tests
were made of three beams having no holes in their webs. The
tests were all conducted within the elastic range on a UIM-50
universal testing machine. The stiffness of the beams having
holes in tapir webs was found to be considerably less than that
of the beams which did not. A redistribution of the normal
Card 1/2 stresses was noted in the cross sections in comparisdri with

SOV/124-58-7-8170
An Experimental Investigation of the Plane Bendin;,, (cont.)
the results of the elementary calculation which took into account the weak-
ening of the?web; the stresses in the larger flange had decreased, those in
the smaller flange, having increased. In cases where hole dimensions were
varied, the effect produced by an increase in their height was especially
noticeable.
B.M. Broude
1. Beams--Mechanical properties 2. Beams--Test results 3. Welds--Effectiveness
Card 2/2

RHOLOPT M , V.V., kand.tekhn.nauk
Method of designing girders with holes In their sides*
lanch.truAy OIDIF no.16:112-130 158- (MIRA 11: 11)
(Girders)

MIRONOVA, M.P.i_KHOLOPTSEVAp N.P.
P -,
Effect of trace elements on some biochemical and physiological
processes in peas and beans. Uch. zap. Petrozav, gos. un. 12
no.3:32-35 164. (MIRA 19:1)
1. Botanicheskly sad Petrozavodskogo gosudarstvennogo universiteta
imeni O.V. Kuusinena.

GANGM19 F'Ps' otv.red.; alERRAC VSKIY, A.F., zaeluzhennyy vrech USSR,
red.; ILMIM, A.T., z8gluzhennyy vrach USSR, red.; KRASNOMOVETS,
VONO , red.; PAV&U, G*79 , xasluzhennyy vrach USSR, red.;
UWM-W"~L, red.; WMZHIN. R.I., red.; KOFEYCHIK, P.N.,
tekhn.red.
[Research articles by physicians of Zhitomir Province, Ukrainian
S.S.R.): *svehme trudy vrachei Miltomirskoi oblasti Ukrainskoi
SGR. Zhitomir, 1959. 255 P. (MIRA 14:2)
1. Zhitomirskiy oblastnoy otdal sdravookhranoniya. 2. Zoveduyushchiy
Zhitomirsklm oblzdarvotdalom (for Genchell). 3. Zhitomiraltiya,
oblastnaya bollnitsa (for Gerbachevskiy. Kaplins, Krasnomovets,
Pavshm).
(MBDICIRS)

KHOWSH, V.
,------'5Wwork duty. Mor.flot 17 n0-11:23-24 N '57. (KIRA 10:12)
l.Sakhalinakoys parokhodetvo.
(Merchant seamn)
(Land@, Iosif Vasillevich)

KHOLOSHY V, -
From dificito to work with profits Mor. flot 24 no.3i6-8 Mr 164.
(MIRA 17:6)
1. Sekretarl Partiynogo komiteta Sakhalinskogo parokhodstva.

lauff"Ba. T.~.j Inshaft6is
Relip of rmiwAile Itweez-ftak stanoblein on two-dock mhlpi~._ $,or.
f lot 16, xo~q'~)L'7 S 856 (KM qzle)
ISKIRIsts"We stankestroyealyih Adlikoveitophaege parokhoftivae
Oaa'" (;ava svAlt.ootuf)) (4a-aami' lag vesetkk),

LAVRINENKO M.Z.; GONCHARENKO, A.A.; KHOLOSHA., V.I.
Effect of certain technological factors on the durability of
drill rods. Gor. zhur. no. 12172-73 D 165* (MIRA 18sl2)
1. Rudoremontnyy zavod tresta Leninruda (for Lavrinenko).
2. Dnepropetrovskiy gornyy institut (for Goncharenko, Kholos

rMLOC CHAOV, V.A.
Post-graduate student V.A.r.HOWE-TICHAPOV (flevocherkaesk Vete-d=7 Institute) gave a
repnrt at, thn AlT-Unton HelraintholoGical Comforent-c st-nmoned by the All-linion
ciety of Helnirthologiste of ',-.he USSR AcadeaV of Science and held December e-12
1948. "Study of the Methods of Diagnosis of Orine Haamorchosis During Life". He
believes possible the establishment of diagnosis according to the third stage
larvae, by thn a1lerCy mqthod of diagnosis, giving 7% correct indicei, and
according to the chonges in the blood picture.
SO: Veterinariya;Vol.26;No.2,-h5-)i8,-Februirv 1949;uncl

IT
IG110LO-CPCHANOV, v 'A.
Candidate of Veterinary Sciences,V.A.KHOLOSHCHP-NOV (Rostov Oblast Veterinary Experiment
Station)--"An Allergical Method for Diagnosis of Haemonchosis in Sheep".
In order to establish a diagnosis of haemonchosis in sheep the author tested an
allergical method of diagnosis, using haereonchonis antigen for this purpose.---In
studying the intracutaneous reaction the author employed the PJ,-l hnewnchosir
antigen modified by Yegorov (extract of fresh sedially mature Haemonchus sp.
hematodes prepared in Ringer-Lokkovnkiy solution) and FKh antigen (extract of the
same hematodes prepared in a physiological Folution with a 0.5 percent solution
of chloroform added)------On the basis of the results obtained the author con-
sidereu it possible to recommend this allergical method of diagnosis of haemon-
chosis in sheep using Inematological examinations simultanconsly as! an auxilliary
-8
method. Oo.5- j jVetcrinariya; No.4; April 1950, pp.26-1o)
U-5551;16*~P_b 54

KIOLOP11MM, V. . and 30LOSNlTSKIY, A.K.
Candidate of Veterinavy Sciences A.K.09-losnitskly and V.A.M)LOFFMANOV(Rostbov,
V,n-terina-,-,.,,r Expcrimen-~al Station)-I'Methods of Using. Phenothiazine in mass De-
helmintbi7.ation of Sheep.11 (Ilelminthic Diseases in Fam Animals and Poultr7.1t
Vote r-*Lnar!Lyn,Vol .2 P,, 116.11., kDril 1951;P.28)
80:Vet--rir-a,.Iya;No,lt;1951;P.7;uncl

KHOLOSHOYANOT, V.A., kandidat vaterinarpykh nauk.
Bpisootology of Noniesla Infootion and methods of its control.
Vaterinarlia 32 n0-4'.33-35 Ap 155. (MMA 8:5)
l.Rostovskaya NIVW.
(BMW--DISBASIBS) (TAPIWORKS)

KHOLOSHCHABOV V*A, kandidat vaterinarnvkh nauk; MROV, V.A., nalichw
'%t - LL-
66 -nl k."
Episootelogy'and prophylamix of coccidiosis in sheep. Yeterinaril& 32
no.U:89-90 N t55, (KERA 8: 12)
(OW-HULM) (00001DIG418)

IESR / Human and Animal Physiology. Nervous System. T-10
Abu Jour Ref Zhur - Biologlya, No 1, 1959, No- 3867
Author '_P9,j_oxhchancva, G-_Ji,,.
Inst Novoch-er-1209MMUchnical Veterinary Institute
Title Formation of Conditioned Reflexes in Sheep
Orig'.Pub Tr. Novochorkasekogo zootekhn.-vet. in-ta, 1957,
vyp. 10, 191-194
Abstract Against a background of uninterrupted secretion of the
parotid, submaxillary and sublingual. glands in response
to the beat of a metronow, positive and inhibitory
conditioned reflexes were obtained in 2 sheep in the
form of salivation Increase and decrease. Differentia-
tion vas vorked out by mans of a combination of sti-
milation of the rectum (that inducing unconditioned
salivary inhibition) with the action of the conditioned
stimulus. -- K. A. IordaniB
Card 1/1

PMKSIMOV, V.P.; NRk(:q NA,,G.G.; IVANOV, S.K.; LEVKOV, P.V.
Operation of an automated system of gas gathering points in the
Shebelinka gas field. Neft. i gaz. prom. no.lr53-56 Ja-Mr 164.
(MMA 18:2)

GANDURIII, A.U.; KHOLOSTOV, F.Ya.
Use and processing of artificial mA synthetic fibers in the
United States* Teket.prom. 19 no.2:61-68 F '59.
(KEU 12:5)
(United States.-Textile fibers, Synthetic)

. IMOIOSTOV Fja~
All resources to b* used for a fulfillment'of the plan ahead of
. time. Tekst.prom. 20 no.7!8-12 A 16o. (HIRA 13:7)
1. Zamestitelf-predsedatelya Mosobloovnarkhoza.
(Moscow Province-Textile industry)

ALEKSEYEVs, Ye.T.; KHOIDSTOVj, F.Ya.; MKHAYLCVp L.Io; AVGUSTAYTIS, LOMO
Practices in mechanization and automatization in the textile
industry. Tekst.prom. 21 no.,2;17-34 ja 1,61* (NIRA 14:3)
1. Predsedatelf Ivanovskogo sovnarkhoza (for Alekseyev). 2a Zam.
predseda-telya MosoULsovnarkhoza (for Kholostov). 3. Zam.predsedatelya
Leningradskogo sovnarkhoza (for Mikhaylov), 4-, Zam.nachallnika
Upravleniya legkoy promyshlennosti sovnarkhoza Latviyskoy SSR (for
Avguitaytis).
(Textile industry) - (Automatic control)

KHOLOSTOV, I.N.
Fulfillmnt of the obligations assumed by the collectives of
tire factories in response to the initiative of the factories in
Yaroslavl. Kauch. i res. 22 no.5154,-55 Vq 163. (MIRA 160)
(ftrosp Rubber) (Sooialist competition)

KHOLOSTOV,, I.N.,
, ...,Movement for comiunist labor in the plastics Industry Plast,
..massy no.8tl-2 163, NIM 16t8)
(Plastics industry)

NAUMENKO, M.F.; K!LQDQ3TOV-,--X.N.-
Produce more high-quality tires. Kauch.i rez. 22 no.1:60-61 -Ja
163. (KRA 16:6)
(Tires, Rubber)

KHMOSTOV, M. V.
Diagnosis and treatment of empyema aid bronchial fistula folloving
pulmonary resection. Grud.khir. 3 no.6:86-90 N-D 161.
(MIRA 15:3)
1. Ivkhirurgicheskoy kliniki usoverehenstvovaniya vrachey No.1
(nach. - deystvitelin7y chlen AM SSSR prof.P.A. Kupriyanov)
Vbyenno-ci6ditsinskoy ordena lenina akademii imeni S.M. Kirova.
(LUNGS-ZOOM) (RTYEMA) (FISTULA, BRONCHIAL)

1W%9LT-O-V1-K-1V'-
() S~.~
Causes and incidence of empyema of the pleura and bronchial
fistulae following radical operations on the lungs. Nov.khri.
arkh. no.l.*23-28 162. (MIRA 15:8)
1. Khirurgichoskaya klinika. dlya usovershenstvovaniya vrachey I
(nachaltnik - deystvitellnyy chlen 9M SSSR,, prof. P.A. &ipri-
yanov) Voyenno-meditsinskoy ordens. lanina akademii imeni Kirova.
(FISTULA, BRONCHIAL) (LUNGS-SURGERY)
(EMPYEMA)

SHIRWOV, A.P., dotsent; EaTMLiLAU~ inzhener. redaktor.
LFrincipleo of the technology of factori processing of tobacco]
Onnovy tokhaologil fabrichnoi perembotki; tabaehnyi tsekh.
Pod red. V.A.Kholostoya. Koskva, Goa. izd-vo Hininterstva, lagkoi
i pishchavol. promyshl., 1953. 170 p. (KLRA 7:4)
(Tobacco industry)

h I i G. ~IV~';. 11 .
To'cacca Industry
Constantly Improve the work of enterprises. TaLak 14, No. 1, lc,53-
Month1v List of Russian Accessions, Library of Congress
June 1953. UNICL.

DENSHCHIKOVj, Mikhail Tikhppgvicho kand.tekbn.naukj SILIK, P.M.0 Prof.,
red.; VESEIDV, I.Ya., Prof., red,; SMIHNOV, V.A., Prof., red.;
RZHEXHIN, V.P., red.; LEBEDEV, P.P.,'Ped.; KOVALENKO, 7u.7., red-;
KUPCHINSKIY, P.D., red.; BENIN, G.S., red.1 PIYANKOV, A.G.:,, red.1
SHNAYDMANt L.O., redel NOREV, N.Ys,, red,; SHMAIN, M.M,, red.1
BUTZAKOV, N.I., redo; MAYOROV, V.S., red.; TERNOVSKIY, N.S., red.;
RAZUVAYEV, N.I., red.; OGORODNIKOV,, S.T., red.; BURMAN, M.Ye., red,;
, red.; NAMESTNIKOV, A.F., red.; NASAKIN, T.N., red.;
LEVSKAYA, A.I., red.; KISINA, Ye.I., tekhn. red.
[Wastes from the food industry and their utilization] Otkhody
piahchevoi promyshlennoati i ikh ispollzovanie. Izd. 2., dop,
perer. Moskva, Pishchepromisdat, 1963. 615 p. (MIRA 16:6)
(Food industry-By-products)

11HOU)ST OT, V. G.
Wild bomPth Arkbonsellsk Prov&nco. Diul.NOIJP. Otd.btol. 61 no.4:82
JIL4s 156. - ' (NIVA NO)
klovalmo DIOUICT-VIlD 3m)

PEW-IITI14, Ye.N., otv. red.; SIIIINOV, N.P., zam. otv. red.; DEBRIN,
I.I., red.; S-MIRNOV, S.V., red.; UVAROV, V.S)., red.;
red.; SHOLOKHOV,
J9
FORNOZOV) A.N., red.~KI41
'AU OV,
M.A., red.; 1, m rZ
[Hunting grounds] Okhotnichli prostory. Moskva, Fizkull-
tura i sport. Vol.20. 1964. 230 p. (MIRA 17:8)

KHOLOSTYAKOV, M, (Kirgizskaya SSR)
. Water-tank has been improved.
-
(Kirghizistan-Firb engines)
Pozh.deio 7 no-4:31 Ap, 161.
(MIRA 14:4)

KELINIKOV, H.N.; KHOLOV, D.N.
From the field of organic insectofungicides. Part 15. Synthesis of certain
thiophosphoric acid enters containing various substitutes in the aromatic
radical. Zhur.ob.khim. 23 n0-8:1357-1364 Ag '53- (MMA 6:8)
(Insecticides) (Pangicides) (Thiophosphoric acid esters)

K Vi 0 1- 0
,AUTHOR: CHOLOV,JU.K. PA - 2067
.TITLE: Some Rules for the Cross Sections of Electric Quadrupole
Transitions in the Nuclear Photoeffeot. (Nekotorye pravila sulam
dla se6enij eleotriceskich kyadrupolnyoh perechodov pri jadernom
fotoeffekte, Russian).
PERIODICAL: Zhurnal Eksperimentallnoi i Teorst.Fiziki, 1957, Vol 32, Nr 1,
124-129 (U.S.S.R.)
Received: 3 / 1957 Reviewed: 4 / 1957
ABSTRACT: The author studies two summation laws characterizing the cross
section of the quadrupole transitions which establish connections
'between some constants (depending upon nuclear structure) and the
arose section dE2(%r') of the electric quadrupole transitions con-
nected with the nuclear photceffect. Here T denotes the energy
of the photon. In computing one of theme constants (the other is
computed trivially) the author uses a phenomenological term for
the distribution function of the coordinates of the two protons
of the nucleus. This term was experimentally determined for di-
pole transitions. Therefore the present paper considers as a
first stop the two known laws of summation. These two summation
laws read as follows:
fcc 0,11(Y)dY =2x2