SCIENTIFIC ABSTRACT USHAKOV, A.V. - USHAKOV, E.I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV117 2-5c-7-9/17
A Photo-Electric Device for the Study of the LumineGeence of ';311s
of a Bore Hole
of the valve of the preamplifier, and from there - to
the multivibrator, where the second 12P4C valve acts
as an amplifier of the intensity of impulses. From
the cathode of this valve, and passing through a con-
denser, these impulses are transmitted to -the surface
station where they are registered on the counLer or on
the integrating apparatus of the radioactive core.-samp-
ling installation. Thus registered curves show largest
deviations, when the luminograph passes through the oil
beariag bed of the bore-hole. The luminograph is fed
by direct burrent of 150v intensity for feeding the in-
candescent and anode valves. The high 950V intensity
indispensable for the photomultiplier is created by
an RC-generator and rectifier. Experiments made %,.,ith
Card 2/3 this device in oil wells of Bashkiriya, Tatariya, in

SOV/132-59-7-9/17
. A Photo-Electric Device for the Study of the Luminescence of Walls
of a Bore Hole
East-Siberia and in the ci-ty of Ramensko~e(filoskovskaya
Oblast') gave very good results. There are 3 diagrams.
ASSOCIATION:VNIIGeofizika
Card 3/3

GASANOV, D.A.; USHAKOV,_,AjV,__-
...
Luminescence methods of studying wells. Azerb. neft. khoz. 40
no.10:9-12 0 161. (MIRA 15:3)
Oas well logging) (Luminescence)

KABANOV, P.I., doktor ist. nauk;
KUZNETSOVJ, N.V.,, kand.
int. nauk; ANTONOV, V.,
NOGINA, N., tehnaod..
TERMAN, P.K., kand. ist. nauk;
ist. nauk; USHAKOY,,~j,, kand.
red,; ZAKAWfx~, G., mled. red.;
(Outline of the history of
1861-1917] Ochorki istorii
1861-1917. (By] P.I.Kabnnov
1963. 388 p.
(Labor and
the Russian proletariat,
Rosaiiskogo proletariata;
i dr. Moskva, Soteekgiz,
(MIRA 16:11)
laboring clasaes)

UZOPEINKC ", R.M.; USHAXOV,, A.V.
"Suspenoion" electrode. Dokl. All SSSR 161 no.1:156-159 Mr 165.
OKMA 18:3)
1. Fiziko-kh1adcheskiy inatitut im. L.Ya. Karpova. Submitted
August 5, 196~,.

DOTSEIKO, N. ; USHAKOV, B.
Card file on qxchange of experience on operating and repairing
automobiles. Avt. transp. 34 no-8:38-39 Ag '56. KRA 9:10)
(Automobile--Repairing)

USHAKOV, B., kandidat tekhnicheskikh nank.
Organizing alternating assembly lines for automobile maintenance.
Ayt.trangp.34 no.11!22-26 N '56. (KM 9:12)
(Automobiles-KaIntenance)

USHAKOV, B., kand. tekhn. nauk
Methods for loading the stations of a continuous maintenance
line. Avt. transp. 41 no.12:11-15 D 163. (MIRA 17c1)

GALIPERRI, V.G.; LYZIN, O.V.; USILAKOV. B.A., otv.red.
(Aerodynamic oalculation of high-speed wind tunnels] Gazodir-a-
micheskii raechet aerodinamichoskikh trub bol'shikh skorostei.
Moskva, Izd-vo Biuro novoi tekhniki, 1948. 20 p. (MIRA 12:11)
(Aerodywimics) (Wind tunnels)

USHAKOV., B.A. , red.
10- " - - -- "
(Collection of wcprkka on the theory of aerodynamics] Sbornik
teoratichaskikh rabot po earodinamika. Xoskva, Goo. Izd-vo obor.
promyshl., 1957. 509 P- (MIRA 11:5)
1. Moscow. TSentralinyy aero-eidrodinamicheakii inatitut.
(Aerodynamics)

. 86-58-4-12/27
AUMOR: Uahakov., B. A.., Engr-Lt Col
TIM: The Use or Lights for Sare Night I&MIng of Aircraft Under Adverse
Weather Conditions (Svetotekhnicheakoye obespecheniye nochnoy posadki
samoletov v slozhnykh meteousloviyakb)
FFMODICAL: Vestnik vozdushnogo flota, 1958, Nr 4, PP 41-45 (USSR)
ABSTRACT: The author discunses the problem of airfield illumin ion for safe
night as well as day landings of aircraft under adverse weather con~-
ditions. For nilght landinae both under favorable and unfavorable weath-
er conditions the! samelanding lights system is used, only the intensity
of lights is adjusted in accordance vith the horizontal visibility. At
present the aj;7fields are equipped with stationary or mobile landing
light systems. Recause o~ the many inadequacies in the old lighting
systems the nev system, according to the authoi, is much sater. The new
landing light system has the foll6wing improvements: The length of
approach lights (red) on bath sides of the approach path is extended
to 1000 m. and t12e lights on the left side consist of two lines of lights
10 m. apart. A3j3ng the extended axis of the rummy a central line of
approach lights (red) is set up on the section between the outer and
bounde--y marker *beacons. For daylight orientation a number of triangle
Card 1/2

11%e Use of Idghts for Safe (Cont.) 86-58-4-12/P-7
panels at a distance of 200 za. apart are set up betveen the outer and boundary
mark r beacons. The panels have white and black stripes. the number of entrance
Pghts and their intensity axe increased. Instead of a "T" shaped landing ma ,
5 green lights for "landing permitted!' and 5 red lights for "landing not permittedn
are used. Six boundary lights form a distinctly visible light horizon. Blue lights
mark the taxiways. The author suggests that the airfield landing lights should
alab be used for d&Aime landings under unfavorable weather conditions (fog, haze,
snav, rain). APM-90 3-din -beacon stations on'automobiles are very effective for
landing safety under daytime fog conditions. Two such stations are net up in the
form of a gate at a distance of 300 - 4W m. from the approach end of the runway and
at an interval of 100 - 150 m. between them. If more than two laading-beacon
stations ar e available,,then the third and the fourth station are set up in
alignment wish the runwaq, but not closer than 600 a. frcm the approach end of the
runway. Four diagrams.
AVAILABLE: Library of Congreas
1. Night landings - Hazards 2. Landing fields Lighttng
systems
Card 2/2

C21 a, .2 C;2 15-3 B102/B212
AUTHOR: Ushakov, B. A.
TITLE: Thermionic i9nergy converters
PERIODICAL: Atomnaya energiya, v. 10, no- 4, 1961, 343-346
TEXT: The present paper deals with the problem of converting nuclear energy
directlytoelectric energy by means of thermionic devices. A discussion of
experimental data is also presented. The present problem in part consists
in things as compensation of the electronic space charge-in the converter
diode by suitable positive ions or in other technical questions, such as
finding materials having optimum properties as fuel elements and also as
thermionic emitters. A dual-purpose fuel material should not only be able
to withstand high temperatiires (about 20000C) but should also have good
emission properties which should not change even under intensive irradia-
tion. Tests have shown that uranium and thorium carbides, and also mixtures
of uranium and zirconium carbides are very well suited for that purpose.
The test results of a number of American studies are discussed: Ref. 2:
Nucleonics, 18, no. 8, 84 (1960); Ref. 3: R. Fox, W. Gust, Bull. Amer.
Card 113
s/o8g/61/010/004/002/027

22599
Thermionic energy ...
S/089/61/010/004/002/027
B102/B212
Phys. Soc~t At 322 (1959); R. Pidd et al. J. Appl. Phys., 30, no. 11,
195 ); G. Kuczynsk:L, J. Appl. Phys _T1960); G. Haae,
1575 ( ) _1, no. 79 1500
J. Jensen, J. Appl. Phys. 31, no. 71 123; (1960). A Russian paper is also
reviewed (N. D. Morgulis, Yu. P. Korchevoy, Atomnaya energiya, 2, vyp. 1,
49 (ig6o)); here, the properties of ThC have been investigated, and the
following emission constants were measured: I - 3.2v, A - 200 a/cm2-deg2.
The saturation current has been calculated from Richardson's equation
I = AT2e- j/kT ; the maximum power obtained has been 16 w1cm2with an efficien.
cY Of 10-15%. The compensation of the space charge encounters certain
difficulties. Above all, the decrease of the electrode spacing (to "O.Oci Cq
is technically very difficult. The application of cesium vapor seems to
be promising in order to create a low-pressure plasma (G. Hatsopoulos,
MIT Ph. D. Thesis, 1956) or a high-pressure plasma (RCA Review, 19, 244
(1958); G. Grover et al. J. Appl. Phys. 21, 1611 (1958)) in the electrode
space. However, this method shows two disadvantages: 1) Cesium vapors
cannot be put in advance into the converter; 2) no cathode material having
a high real work function can be used. F. Jablonski (J. Appl. Phys. 30,
2017 (1959)) has suggested to utilize uranium fission fragments found in
Card 2/3

8/089/61/010/004/002/027
Thermionic energy ... B102/B212
the cathode to create an inert-gas plasma in the electrode space. Further-
more, analyses of F. Jamerson (IRE International Convention Record, Part 9,
1960, p. 66) are describel, who worked with a UC cathode (inert-gas convertej.
The following fact seems to be promising for the construction of thermionic
energy converters: About 5~6 of the elements produced during U235 fission
are cesium, which certainly evaporate into the electrode space at rV20000C,
i.e., the Cs vapor pressure will show a steady increase when operating such
a converter: At a thermal output of 80 w/cm2, cathode area of 8 cm2, and a
volume of the system of 400 cm), the Ce pressure will already be - 1 o-3 mm. Hg
after one hour. This corresponds to a low-pressure diode. It is expected
that both inert-gae and vacuum converters willf after some time, operate as
cesium converters. It seems possible to increase the efficiency of such a
reactor-converter system to 40-45~6. There are I figure, I table, and 12 re-
ferences: 2 Soviet-bloc and 10 non-Soviet-bloo. The references to the
English-language publications are all mentioned in the abstract.
SUBMITTED: December 19, 1960
Card 3/3

USHAKOV, B. I.
USSR/Who's Who - Economic 732'2.
Legislation 3122-0400
19 Sep 1947
11123. Concerning the Conf imation of N. V. Smirnov and B. 1. Ushakov as
Deputy Chairman and Members of the Directorate of the State Bank" i p
"Sobraniye Poatanavleniy Sovriin SSSRII No 6
Decree No 2649, 26 Jul 1947, complete.
LC 10G93

KRTLOV, A.A., kand.med.nauk; BOGOYAVLENSKIT. I.F.; USHAKOV, B.N.;
POW STS3T1 S.D.
Pathogenic and clinical significance of quantitative and qualitative
changes of proteins in the blood serum in peptic ulcer. Terap.arkh.
31 no.12:16-21 D 159. (MIRA 13:4)
1. Is kafedry fakalltetskoy terapli No,2 (nachallulk - Prof. I.T.
Teplc--, [deceased]) Voyenno-meditainakoy ordena Lenin& akademii imeni
S.K. 'arova ZPMI(; ULCIM blood)
(3LOOD PROTRINS)

ICIRMp V.S.j~~IM~Wt B#N,--
Inoculation itgainst yellow fever with D-17 vaccine. Voen.-med.zhur.
no-4889 AP '10- (YFJAM MER) (KMA 14: 1)

HIRONOV, G.S.; USHAK011, B.N.; SHVAYKO, M.K.
Effect of chlortetracycline on blood protein fractions in patients
with mild foriza of acute bacillary dysentery. Antibiotiki 5 n 6:
4145 N-D '60. (MIRA 140?
1. Kafedra inf'ektsionnykh bolezney (nachallnik - prof. P.A.Alisov) t kafedra
fakulttetskoy terapii No.2 (nachal*-nik - prof.A.L.Ianda) Voyermo-
meditsinskoy crdena Lenina akademii imeni S.M.Kirova.
(BLOOD PROT=) (DYSENTEM)
(AUREOMYCIN)

USHAKOV, B. N., K91UAKOV, K. M., KRYLOV, A. A.
"Some Epidemic and Clinical-laboratory Characteristics of Outbreaks
of Influenza in 195911
Voyenno4bditsinskiy Zhurnal, No 12j, December 1961, pp 62-7~

.- USHAKOV, B. N., (Captain of the Medical Service); IHIRWOV, G. S., (Lieutenant
~~-odl-onle--17-6.~ the Medical Service); SIIVAYKO, 14. K., (Lieutenant Colonel of
the Medical Service)
"The Effect of Chlortetracycline on the Content of Blood Protein Fractions
in Patients with Acute Bacterial Dysentery"
Voyenno-Maditsinakiv, No. 12, Decembor 1961, pli 62-73

USHAKOVt B. N., YJEKUV, YU. D., KMIK, V. 3.
"Madical Examination of Crews of Expeditionary Boats"
Voyenno-VeditsimAiv Zhurnal, No. 12, December 1961, pp 62-73

KULOVS A. A.; USHMOV, B. N.; KOWAKOV', K. M.
=02MMMM-
Some epidemic,, clinical, and laboratory characteristics of the
influenza outloreak in 1959. Voen.-med. zhur. no.12:62 D 161.
(MIRA 15:7)
(IMUENZA)

MIRONOV, G. S., podpolkovnik meditainakoy aluzhby; SHVAYKO, M. K..,
podpolkovnik xmiditainskcry el-ashbr; USUKOV, B. N., kapitan
maditainakoy eluahby ----
Influence of chlortetracycline on the quantity of blood protein,
fractions in pettiente with acute bacillary dysentery. Voen.-
mod. zhur. no.22:63-" D 161. (MIRA 15:7)
(CHLORTETRACYCLINE) (BLOOD FROTEINS)
(DYSENTEU)

KIRIK) V. S.; Yp_ Ov, _ B. N.; ZLEKOV, Yu. D.
Medical examination of the crews of expeditionary ahipe. Voen.-
mad. zhur. no*32:73 D 16l, (11IRA 15t7)
(MERCHANT SEM-DISKASES AND HYGIENE)

KRYLOV.. A.A.; C19'GIRINSKU, A.N.; USHAKOV B.N.
Case of nonspecific agglutination of er7throcytes in 0 -plasmocytoma.
Probl. gemat.i Ix!rel. kro7i 6 no.1:57-59 161. (MIPA J-4:2)
(TUMORS) (HEmArGLUTIIIATION)

USHAKovj--B.,N.
Buffer solution for paper electrophoresis. Lab. delo 7 no.5.22-23
My 161. (HIRA 14: 5)
1. Kafedra falcul-itetskoy terapii No.2 (nachallnik - prof. A.L.Landa)
Voyenno-meditsinakoy ordena. Lenina akademii imeni S.M.Kirova.
(PAPER ELECTROPHORMIS)

USHAKOV, B.N.; POLOMEMMEV, S.D.
Determination of lipoproteids by means of paper electrophoricis
in serum previously stained'with sudgm black. Lab.delo 7 no.7:
12-15 JI 161. (MIRA 14:6)
1. Kafedra fakulltetskoy terapii No.2 (nachallnik - prof. A.L.
Landg) Voyenno-Pieditainskoy ordena. Lenina akademii imeni S.M.Kirova.
(PAPER BLECTROPHORLSIS) (1,IPOPROTEINS)

USHAKOV, B.N., J.nzh-,
Using the M)!--e method in investigating elastoplastic bending
of plates. 'Izv. vys. ucheb. za-,r.; ma3hinostr. no.2:33-i, 1,6r
-j.
(KIRA 18-5)

USIIAKOV, B.N., aspirant
Using the moire method in investigating elastoplastic
bending of' a cirmilar plate. Izv. vys. ucheb. zav.;
mashinostr. no.5:18-25 165. (MIRA 18:11)

SUIUM
S Y.V, Insh.1 USYMOV, B.N.j, Imshe
Uolig; rho =:Lro motlwl Lu ~rwc..Uaat4it fho Nnullng or
elastlt4c platin.. Veataxalitioutr, 45 no*10#39-14 0 f0e
0111u,

WMKOV, B.N. (Moskvv.); 31HACHNUS V.t~.
Solutic.n of Uti twrdimujnn!,-,ml frobbm cr Fluatic"Ity. Tz"r. hr;
SSSR. Mohh. no.~!124-425 .1-0 (.!"Ifut

USHAKOV, B.P.
Iffect of excitation on vital staining of the nerve cells of
spinal ganglia in frogs* Uch. 2ap. Len. un. no.99:114-123 149.
(MLILA 1W)
1. Iz laboratafti fiziologil kletki Fiziologicheakogo Instituta
Leningradskogo gosudarstvennogo universiteta.
(STAINS Am STAINING (MICROSCOPT)) -
(SPINAL CORD)

ex
"rs of tk* Wlitill" =fli*s of ih* 1%." of tile
cfab Y46 or%"# S on StimulAt an If 11. V%bAklif (A. A
d1h,hillow '*,t , t!I'IIV,, 1,40inKfAll? P-1461y' It-J. V-1416
S NN. R 71. .114 ml fit*$)) rIlt ritill.41-1 401
the les im 4rA tA Ifir cr-ill writ stininlitni Ivy * 6,t-. hulailm-i
miliol-Ir (miurlwy) And the MNI)Iivr Abilily Wall Irl.l.
Ivy insm-f%im in tHRIS"j. miln. of nvulml ml in %i& wAtti.
.111W O"'t. ( dye Irtaittill W144 drt.l. Ivy v,lall. VNIth Etoif
aciviiiied with 11,S0., (,41,,w.1 Ivy ctAmimelty. U ith the
CCRIlriA orwiturn Innexcit"l) 84 the FrIerrim. (1141"i) ftw
myrptkm. the luiltmitig Valli" were fe"Intl with SINTillirns
riciscif by varkms frequencies.- -2c~ at 5 impubrit lmr
w,, 4.2% At 1 71, 9.9 U 45, 15.5 at ii, 311-1 It. 4 At I 1 700-
,%jh'j0lA'njVic CU11111. (Ail"I 141 tVVT%l DITUMSFAI diffrfOUCCA
twtwttn ruitod And U40111AI %liet'lintill and diffilw filver
1.1211*11141611 was q1tvirm-.1, inolu'uting An acill-11 (fellmuni.
timud Aftcrotion of the ticurophimil fly the Invindw..
Tr tit of high"t wwplim lies at i, lrrqtu-cicy whit-It i.
. fil he Angr of timmal jv,mimr~vu. rhvilimic itclivity
"I the ~Jveri,' q;'jv- Im,. C.' %I

USHAKOV P .
_ qk
Development Of :Parabiotic block of the skeletal muncle produced by
potassium chloride, ethyl alcohol, an& hydrochloride. 7iziol. sh. SSSR
38 n0-3:297-302 May-June 1952. 01ML 23:2)
1. Department of General and Cowarative Physiology
University imenj A. A..Zhdanov. ,jeningrad State

1. IL'INSKLYA, N.B., Ur--_HLO11.._B. P.
2. USSR 600
4. Salt - Physiological Effect; Muscle
7. Peruliarities of salt parabiosis (local stimulation) of retractors of Phascolosma
margaritaceum. Dokl. AN SSR 83, No. 6, 1952 Leningradskiy Gosudarstvennyy
Universitet im. A. A. Zhdanova Zoologicheskiy Institut Akdemii Nauk SSSR
red. 6 Feb. 1952
9. Monthly List of Russian Accessions. Library of Congress, September 1952.
UNCLASSIFIED.

USHLKOV, B.P.
Correlation of thresholds of parabiotic block and contractions of
somatic fibers of the wascle. Doklady Akad. nauk SSSR 85 no. 3:
673-676 21 Jv-1y 1932. (CIAL 23:3)
1, Presented by Academician To. N. Paylovskly 3 Kay 1952. 2. Zoologi-
cal Institute of the Acadenq of Sciences USSR.

USHAXOV, B.P.;AVFMAXH, N.S.;SUZDALISKAYA, I.P.;TROSHINA, V.P.;CHAWANOTA, T.N.
~ a k"WOMYMMOMW
Parabiotic natwe of physiological electrotonus. Fiziol. 2h. SSSR 39
no.2:218-225 Kw,-Apr 1953. (GIML 24:3)
l..Iaboratory of Histophysiology of the Institute of Physiology imeal A. A.
Ukhtomokly, lenlagrad State University imeni A. A. Zhdanov.

Tempwature coeMcknt of thermonarcodo of somatic mulae.
%.a. P. Uahakw-andZl V. Gasteva (C. It. Acad *Sci. U,R.S.S.. 1953,
WJIYM~~1074),-An investigation of the length of time for which a
-no. of cold-Hooded vertebrate and invertebrate mosdefi-remain.
excitable in appropriate salt solutiuaS at dMerent controlled temp.
From tho terip. coeff., it is concluded that the loss of excitability
at high temp is due to denaturation of muscle proteins,
G. S. BRINDLEY,

-77 77r-
c" a4. vq( ,.,The dependence of narcoth, action 6ftfilol poisons on their
concentration. B. . P. Ushakot"'.' D,7klady A kad. Nauk
as~ - sq S.S.S.R. 92, 1934~10&1).-Hxpts. with muscle specimens
frornfrog- nd leeches in which CdSO4, Na lodoacct~te. HF.C11,
and Mal. ite"creen were employed as Not poisons ti.e.,
substances interacting with SH groups In protchm) showed
that (~(150t. Na lodoacetate, and malachite green give
stralght-line plots. when leprithmic plotting of drug conen.
against rapidity of narcosis Is made. The 11gClt action,
particularly with frog specimens, is more complex; under
0.0016% its toxicity declines abnormally rapidly. Allthe-ce
subqtances have a low value of n (0.4-0.8) In the formulation.
v-KC*. Other inhibitors show tt values going into tbousandq.
Thus thiol poigons are characterized byslow Increase of the
rate of narcosis with increase of concn. of the drug.
S U

USF--!,Kf)V , 5 - F
USSSRMedicine Physiology FD 248
Card 1/1
Author Ushakov, B. P. and Korolenko, S. A.
Title Comparative study of the toxicity of monoiodoacetate (MIA) for
the musculature of vertebrate and invertebrate animals
Periodical Fiziol.zhur. 2, 208-215, Mar/Apr 1954
Abstract The speed of disappearance of excitability of somatic masculature
during faradic stimulation with various concentrations of MIA was
studied. Experiments were conducted on nine species of vertebrate
animals: testudo horsefieldi, Rattiis norvegicus, Hyas araheus,
Helix vulgaris, Strongylocentrotus droebachiensis, Priapulus
caudatus, Phascolosoma margaritaccum, Ifirudo medicinalis, and
Arenicola marina. The muscles or the crustacean and vertebrate
animals were more sensitive to MIA in weak concentrations, and
significaDtly less sensitive to high concentrations as compared
to the muscles of the lower, invertebrate animals.. Ten graphs and
three tables. Nine references, eight Soviet.
Institutions Laboratory of General and Cellular Physiology, Zoological Institute
Academy of Sciences USSR; and Laboratory of the Histophysical
Institute imeni A. A. Ukhtomskiy
Submitted April 28, 1953

T, B.P, (Lanirgrad)
4~9- At
1. MI ~-'
Parablosis of muscle and the problem
and substantive modifications during
no-3:294-318 N-D 154.
(NUSCIRS, physiology,
parablotto therapy, eff. of
substantive changes)
of the correlotion of funatio!Ml
activation. Usp. sayr. biol. 38
(MLRA 8:3)
stimulation on funct. &

L
P"Inities if Pazablosix of the somatic muBde of Tror
cau"JAy the acdon of lodoscatate. 11. EIVsb v pti(I
A
. A. Dthatnuzova. DohWy Mod . NF54 Y.S-.S7R 94
593-b(IM).-Monolodoe"t4te Ion fit the coricn. range of
O.OOW4 to 0.62% alters the speed of contrnctural response
of frog sonintic muscle according to the previously estab-
lished law of behavior of narcotic agents, I.e., the rate of
de,relopment of narcosis depends on coacn. of the poison C
according to a pambak function. Thu:i narcosis and can-
tracture are shriply different uptcts of the same parabMic
process. The lowest coacn. of Moscetate does not cause
specific contractions but slightly taLsei the amplitude of
contractions which occur in the absence of lvola
this effect reaches max, at 0.00004% concn.
of the drug probably act as coagulants an the muscle inatter.
0. M. Kosolanoff

USHAKOV, B..-P.- CHIRIPAHOVA, T.N.
t: -1. ~
Zffect of a thermal excitant on the somatic muscles of the ' leach
Haemopis sanguisuga. Uch.zap.Zen.un. no.164:308-327 154.
(MUA 10:3)
(KUSCLE) (MD9TMTURZ--PMIOLOG I CAL JIMCT) (LEXCHIS)

WHAKOV, B. P.
USi-,IAK,OV, B. F.-"Investigation of Certain Problems of the Organivition of the Technical
Maintenance of AutornoUles Accor-lin.n, to the Contin,in-is Xetnod."
*(Dissertaticins For Degrees In Science And Engineering At U33i, Higher
9ducational Institutions). (34). Min Higher Education OR, Moscow
Engineering-Ecorvomic Inst imeni Sergo Ordzbonikidze, Moscjw, 1955
SO: Knizhnava Letopis' No. 34, 20 August 1955
* For the Degree of Doctor Df Techbic-ij Sciences

USHAKOV, B, P.
USHAKOV, B. P. -- "Irwestigation of the Heat Resistance of the Yusculature of
Poikilothermic Animals in Cormection withthe Conditions of Existence of the Species.0
Zoological Inst of the Acad Sci. USSP, Ler&ngrad, 1955*(Dissertation for the Degree
of Candidate in Sciences) .
SO: KnizbD&Xa letopis', No. 37, 3 September 1955
*For the Degree of Candidate in Biological Sciences

USHAKCV,B.P . . . . .
Thermal stability of somatic musculature of amphibians in relation
to the habitat of the species. Zool.zhur.34 n0-3:578-588 W-Je 155.
(MIRk 8: 8)
1. 4boratorlya obshchey i kletochnoy fistologii (sav.-chlea-korr.
AN SSSR prof. D.N.Wasonov) Zoologicheskogo inatttuta, Akademil,
nauk SSSR. (Amp#ibia) (Muscle)

U
ma
r,

oture 1nq~flTAt1rjx of hatji;e it,
KITTI.Ttt, I 4o paste and the I tile a ne~
B. P. UsluLkov (A. A. Zlid;tjinv Univ., Leningrad).
szsx. 102,
ridibundn rind It. temporaria werp examil. The ndrnwina.
triphosph:aasc (1) activity risc-i q1turply after lmitiiig tht:
muscle specimcris to 38* (60% ric). but at 40' the
declin's and mlininf.;billty v,-uNhcs. At 42* carnpicte In.
act1r,ition occurs with R. lemporaria. In R. ridibanda I
activity did not drOw! at .1!3*, a d,ri6d drop cnming only
at 48', and coruplctc inactivation nit 50'. W;tb nwdea
c0 11tahl timilar ;ernts. of labik. V of
ill tile musle tis-,qes. Thus, tile nhove diffinc'.1m.; arv flar
to thedffe.-cut ri-herthan to a toncri.
M, kosohwpoff

USHAKO 4,,-
VA B..P
Heat resistance of the uuscles of crustaceans in connection with
the habitat of the species. Izv. AN SSSR. Ser.biol. r-o-5:67-75
6-0 '56. (MLRA 9:12)
1. ZoologicheekLy institut Akademii nauk SSSR.
(KMCLI) (IIIAT-PHTSIOUGICAL 1"ICT)
(CRUSTACILI)

'Ifent stability 4 cell protOiiq of cold-blooded as linall; io
rillitiott to adajlIation to ti:iLwal tentlivraturc dial, lea. 11.
/i
P
V (Pana OuPaearht wid ft. ridibundl) wele tile exilti, (1t1j(vt-,
ill the sUidy of mullility of mum-le Jkmit, to twurlivatiol,,
-(III! ft-qJ11i, %%jilt "tillaility it! the wil"It. mrall-
lint "Ild ilplividtftll 'i'lls r4th -Mallility ill Ilvat of tile emll-
pulleal p(ot(AIIS'. LA-C Ic"g, 6 laure q;ll,lv I's beat thall tile
gnw, fyog, and tile Illuxle t~;iue, p.irficillatly tile proteiie;
flivrelA, of lake frog is Int're mablo ill licat ilsall that, of the
gno5 ftog. (',Icatt:t st~%Ilility of lj~sllLs mid proteitin to heat
ill licat- lovial, cold-blooded aidoetis rc(li.-cis it tilechaliElt, (if
J. A. ;tAoI
thr!'C !ill( CiL.S.
77 ~_,
_44_

. UsHaov, B.P.
Thermostability of muscles in -mussels and leeches in relation to the
envirennent of the species [with English summary in insert]. Zool.
zhur-35 no.7:953-964 J1 156. (KISA 9:9)
l.Laboratori.va obshchey i klatochn17 fiziolegii Zoolegicheaktgo
instituta AN SSSEL.
(Mussels) (Leeches) (Muscles)

ell
tL, c;~
S. Pu ItzlIti.-Va and B P.
-:Ss of tL tna(L
7777

USSR / General Biology. Evolution. B-6
Abs Jour: Ref Zhur-Biol., No 18, 1958, 81112.
Author U
Inst 40"given.
Title Labile and Stable Signs of the Species.
Orig Pub: Vestn. Leningr. un-ta, 1957, No 21, 153-154i
Abstract: It is proposed to distinguish two types of
adaptability of organisms to changing condi-
tions - the cellular and the systemic. In
the cellular type of adaptability, certain
changes in the properties of albumin take
place. In the systematic type, adaptation
achieves a reorganization of the animal behav-
ior, oonditioned by some functional changes in
the ovgans and the systems of the organd (bio-
logical cycles are displaced, thermoregulation
Card 1/2

USHAFqjjjaX,_ _
wm~_
Conservativeness of protoplasm of the species in poikilothermic
animals [vith summary in Znglish]. Zool. zhur. 37 no.5:693-706
Mr 158. (mia 11;6)
1.1natitut tsitologii Akademii nauk SSSR, Leningrad.
(Heat--Physiological effect) (Altitude, Influence of)
(Animals, Cold-blooded)

BRONSHTEYN, Lev Abraviovich, dotseAt, kand.takhn.nauk; ALEMNMOY,
L.A., kand.ekon.nauk, ratsenzent; USLA=. 3.P.. kand.tekhn.
nauk, retwenzent; K=TAYTSXY, I.S., prof., doktor ekon.nauk,
sasluzhannyy- dayatell naiih I takhniki RSM. obahohiy red.;
10M, M.L., red.; MALIKOTA, N.Y., tekhn.red.
[Organization and planning of automotive transportation units]
Organixatsila i planirovanie aytotransportnykh predpriiatii.
Moskva. Nauchno-tekhnAzd-vo H-va avtomobillnogo tranap. i
shosseinykh dorog RSM. 1959. 439 P. (MIRA 13:2)
1. Hoskovskiy inzhonerno-okonomicheekly inatitut Imeni Sergo
Ordshonikidse (for Ushakov).
(Transportation, Automotive)

USUKOV, B.P.
dell physiology and the species problem in zoology. TSitologiiet I no.5:
541-565 S-0 159. (MIRA 13:2)
1,1aboratortya sravnitallnoy tsitologii Instituta tsitologii AN SSSR,
Leningrad.
(C") (SPECIBS)

ALKKUNMOV, 1,,A.; AKSIWOVA, Z.I.; ARTSMITXV, S.P.; AFAWITMV, 4L.;
BOUSHTM, L.A.; BURKOV, H.S.; WrJMV, V.A.; VITAUNOT. D.P.;
VIRKWVSKIT. I.A..; GORMAN, I.M.- XVIDOVICH, L.N.; M3GTEMJ,,
G.K.; ZM4S[OV, P.P.; KATABUIMY, F.T.; KOLISNZ, P.A.; XOIHIN,
A.P.; KRkKLRMMO. G.V.-, KMJZX. I.L.; KURSMW, A.N.; OSTROVSKIY,
N.B.-, PJLSHINA, S.K.; SIMMIN, N.V.; TXR&NOV, A.T.; TIKWMIROV,
A.K.; ULITSKIr, F.S."SHAK -B.P-; FILIPPOY. Y.K.; CHZWAVSKIr,
L.M.; GHUDINOV, A-A.; SKUPLYAKOV, S.I.; TIKHOMIROV, N.N.
Petr Valerianovich Kaniovskii-, obituary. Avt.transp. 37
no.4:57 AP 159. (MIRA 13: 6)
(Kaniovskii, Fetr Valerianovich, 1881-1939)-

USHAKOV, B...'P.
Heat resistance of tissues as a specific cbaracter in poikilo-
t~ermic animals. Zool.zhur. 18 no.9:12911-1302 3 159.
(14IFU 13.1)
1. Institut taitologit Ak-ademil nauk SSSR (Leningrad)
(Animals, Cold-blooded)
(Heat-Physiological effect)

17M
AUTHORS: Ushakov, B. P., Gasteva, S. V. SOV/20-128-3-57/58
TITLEt A Comparative Cytophysiological Analysis of the Responsiveness
of Muscular Fibers to the Action of Potassium Chloride
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 3, pp 638-640
(USSR)
ABSTRAM The appearance of a nonexcitability of muscular fibers'under the
action of Termentative toxins on muscles is determined by one
single cause, namely by the interaction of the exchange inhibitor
with the muscle proteins (ferments)(Ref 1). Although it really
occurs in -the final effect, the interaction of all stimulating
substances investigated - in contrast with the response to
fermentati,re toxins and some other agents - is mostly complicated
by the adaptation process (Ref 5), This reduces the toxic effect
of the agent in the range of low intensities of stimulation. The
existing parabolio dependence of the n-order
(V = kCn, Ref, 1-3) is only disturbed in the range mentioned. In
relatively high concentrations, there is always a range in which
this dependence remains untouched. This makes possible a
Card 1/3 separate quantitative estimation of the responsiveneBs of muscle

A Comparative Cytophysiological Analysis of the SOV/20-128-3-57/58
Responsiveness of Muscular Fibers to the Action of Potassium Chloride
proteins and of the adaptation process mentioned (Ref 5). The
degree of deviation quantitatively characterizes the adaptation
process. The experiments were carried out on isolated muscles of
12 animal speciosi modunae, worms, leaches, holothuriae, snails,
crabs, frogs, lizards, and white rate, The authors thank
I.P. Suzdaltskaya and A.Y. Zhirmunakiy for carrying out some
experiments. The point of time of the appearance of
nonresponsivenese of the isolated muscle to induction current was
detormined in KCI-solutions of different concentration. Figure 1
shows the logarithmic diagrams of the dependenoe of the
appearance of nonresponsiveness on the M-conoentration.
Already superfioial observation shows that the muscle proteins
of vertebrates show a responsiveness to low M-concentratione
which is by several dozens higher, with a lower threshold, than
those of invertebrates. In figure 11 the reopective curves are
arranged in a series according to the decrease in the constant n.
Due to a higher value of this oonstant in lower invertebrates,
their responsiveness rises much faster than that of vertebrates.
Therefore, the reverse relation often applies to the range of
Card 2/3 high KCI-concentratione: the muscle proteins of lower animals

A Comparative Cytophysiological Anal 'ysis of the SOV/20-128-3-57/58
Responsiveness of Muscular Fibers to the Action of Potassium Chloride-
are more responsive than those of crustaoeasand vertebrates.
Hence it appears that, in the course of phylogenesis, the
responsiveness of the protein substrata of the muscles increases
in the range of'low KCI-ooncentratione while it decreases in the
range of high concentrations. Smooth muscles have a higher value
of the constant n than transversely striated muscles (Fig 1)
(in agreement with Ref 7). No adaptation could be found in 2
species of' maritime'worms. In other invertebrates, it is
distinctly to be seen, though not so distinctly as in vertebrates.
Thus, the cells acquiredq in the course of evolution, an active
regulating capacity with respect to the amount of response. The
appearance of this function in the cellular plane is of
principal importance since it distinguishes the response of the
cell as a whole from the responsiveness of its protein complex.
There are 1 figure and 7 references, 5 of which are Soviet.
ASSOCIATION: Leningrads:ciy gosudarstvennyy universitet im. A.A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
PRESENTED: June 1, 1959l by Ye. N. Pavlovskiy# Academician
SUBMITTED: May 25, 1910
Card 3/3

7 (4) SOV/20-128-4--55/65
Darevskiy; I. S.
AUTHORS: _U13
_ _.I.
TITLE: A Comparison Between Heat Resistance in Muscular Fibres and
Temperature in Two Sympatric S.Decies of Lizards Living in
Semi-desert
PERIODICAL: Doklady Akademii nauk SSSRp 1959, Vol 128, Tir 4, PP 833-835
(USSR)
ABSTRACT. The beat realatance of tissue in cold-blooded animals of
closely related speoies is not always the same, but varies
with the temperature of the species' habitat (Refs 1-7).
This property is regarded as a cytophyaiological criterion
of the species (Ref 8). From this point of view a comparison
between ecology and heat resistance of cells Is very inter-
esting in. sympatric species of animals living in the same
area and under ~he same climatic conditions. Lizards living
in Transcaucasia: Fremias pleskei Bedr. and Er. strauchii
Roesler from tht; semi-desert of the Araks valley in Armenia
are objects well suited for comparison. The resistance men-
tioned in the title was found by determining the time inter-
Yal within which isolated muscles are not excitable. The
Card 114 muscles of eithfir specie's wero examined in a Ringerossolution

8011120-128-4 -55/6 5
A Comparison Between Heat Resistance in Muscular Fibres and Tonporature
In Two Sympatric Species of Lizards Living in Semi-desert
at five different temperatures from 44 to 49? Average results
are given. in figure 1. This shoRs that the muscular tissuesof
each of the mentioned speoiee are of a different resistance.
The whole curve characterizing Er. etrauchiVe resistance,
is shifted into the range of low temperatures. The statistical
truth of the differences in the mentioned period shows that
heat resi;3tance io higher in Er. plaskei than in Er. strauchii.
This difference corresponds to the tempsrature of the habitat
of these -two speoies. Although tbuy live in the same area,
their activity develope at different hours of the day. Figure
2 shows the number of lizards of the two species which were
found at different times of the day. In spring (April to June)
Er. pleskei, however, appears only at about 3-4 P-m-9 when
the ground has been warmed thoroughly by the sun. When the
BUMM6r heat starts, Er. strauchii preferrin;z cooler tempera-
tures, leaves its hiding place only for a short time in the
morning and at night, while Er. pleskei remains active (Pig 2'j)
also during the graatest heat. On -.col and cloudy days, Er.
Card 2/4 strauchii appears already with the first sun rays. This

BOV/20-128-4-55/65
A Comparison Between Heat Resistance in Muscular Fibres and Temperature
in Two Sympatric Species of Lizards Living in Semi-desert
lizard awakes from hibernation earlier in spring and goes
to its place of hibernation later in the year than the other
species. These differences are also true for the time of
oviposition: Er. strauchii starts three weeks earlier. The
totality of these differences is expressed also by the dif-
ferenoe of the body tomperatgre of these two species: 36-38.60
in Er. strauohii and 39-41-5 in Er. pleskei during their
active period. Table 4 also gives data regarding the northern
and the altitude borderline of their occurrence which cor-
responds to the above mentioned facts. Furthermore experimen-
tal results are given with regard to the occurrence of heat-
stroke caused by direct insolation. (Ref 9). This shows that
Er. pleskei not only likes heat better than Er. strauchii,
but also has a higher resistance to it. The differenoesin
the resigtanoe mentioned in the title prove that during the
development of these two species, an adaptive transformation
of their cell proteins took placc which played a decisive
part in -the divergence and development of these species.Thesq
Card 3/4 adaptations warrant a specific and optimal microclimate for

SOV/20-128--4-55/65
A Comparison Between Heat Resistance in Muscular Fibres and Temperature
in Too Sympatric Species of Lizards Living in Semi-desert
the closely related species of one biotope. There are 2
figures~ I table, and 14 referenoes, 8 of which are Soviet.
ASSOCIATION; Inatitut taitologil Akademii nauk SSSR (Institute of Cytology
of the Academy of Scienoes, USSR).
Zoologicheskiy institut Akademii nauk ArmSSR (Zoological
Institut,a of the Academy of Sciences, Armyanskaya SSR)
PRESENTED: May 25? 1959p by Ye. N. Pavlovskiy~ Academician
SUBMITTED: May 159 1959
Card 4/4

POLYANSKIY, Yu.I., otv.rad.; SANIROV, V.Ya., red.; GINgTSINSKIY. A.G.,
red.; ZHUXOV, Ye.K., red.; ZHIRMISKIY, A.V., red.; KAPASIK, VX,
red.; KIRO. M.B., red.; LOMILik-LOZINSKIT, L.K., rod.; ITUCLISM,
U.N., red.; PARIBCK, V.P., red.; ROMANOV, S.N., red.; SVZTTW,
P.G., red.; SCKOLOV, I.I., red,; TROSHIN, A.S., red.; USMOV,
B.P,_. red.; SMSTOBITOV, O.Ye., red.izd-va; PEVZNM,-i-~S-'
tekhn.red.
[Problems in cytology and general physiolog7l Voprosy taitologii
i obahchei fi:,,iologii. Koskva, Izd-vo Aked.nauk SSSR, 1960.
398 P. (MIFLA 14:1)
1. Akademiya nauk SSSR. Institut tsitologii. 2. Institut evo-
lyutsionnoy fiziologii im. I.M.Sechenove 2N SSSR, Leningrad (for
GlnetBinskiy). 3. Fiziologichaskiy institut im. A.$.TJkhtomskogo pri
Leningradskom universitete im. Aa*Zhdanova (for Zhakov). 4. Inati-
tut ekaperimentallnoy meditsiny Akademii maditsinskikh nauk SSSR,
Leningrad (for Karasik). 5. Inztitut taitologii AN SSSR, Leningrad
(for Kiro, Paribok, Sokolov). 6. Institut fiziologii im. I.P.Pavlova
0 SSSR, Leningrad (for Romanov). 7. Laborateriya embriologii
Institute ekap3rimentallnoy meditsiny AM SSBR, Leningrad (for
Svetlov). 8. Laboratoriya fiziologii kletki Institute teitologii
AN SSSR, Leningrad (for Troshin). 9. Laborstoriya orovniteltnoy
taitologii InatitutB tsitologii AN SSSR, Leningrad (for Uohakov).
(CYTCLOGY) (1-70 IOLOGY)

Relation betveen the force of sti=11sition and the development rate
of the parabiotic proceose Nerve sista no.1144-55 160,
(Miu 1329)
1. Laboratoriyu fiziologii kletkil Leningradshy or4ena Lenina
gosudarstvennr.r universitet im. A.A. Zhdanova.
(MUSCLE)

USHAKOV9 B.P,; KUSAK11WAy A.A.
I
Lability and conservatism of the adaptation of animal cells revealed
at the protein level. TSitologiia 2 no-4:428~-/,p4l J1,-Ag 160.
(MM 13:9)
i. Laboratorlya i3ravnitelinoy taitologii Instituta tsitologii AN
SSSRq Leningrad.
(ADAPTATION (BIOLOGY)) (LEECHES)

USHAKOT, B-P-; KORLINW, S.A.
Comparative CYtOPblYGiological analysis of the reactivity of
muscle fibers to the action of urea. DokI.AJ( SSSR 133 n0-3-'
726-729 J1 160. (MM 13:7)
1. leningTodskiy goeudaretvenrqy universitat iment. A.A.Zhdanova.
Predstavleno akademikom Ye.N.Pavlovskim.
(11811A) (MUSCLIB)

USW,KOV b KVSAKM~, A.A., (USS11)
"ChanU,e in the CholLnestertse iictivity of the Muscle
Tissue of Leeches Kept at Various Tempe i-atures.
Report Presented at the Int'l. Biochemistry Con[-ress,
vloscov, 10-,16 Auc. 1961.

USHAKOVp B.P.
Some controversial problems of cytoecology. TSItologiia 3 no.4:
455-466 JI-Ag 161. (MIA 14:8)
1. Laboratoriya sravnitellnoy tsitologii Instituta teitologiiCl
SSSR, Leningrad.
(HF,AT&-PHZSIOLOGICAL EFFECT) (CELIS)

USHAKOV) D.P.; G.LUjl'lkj,4KOVA, i-I.A.
Lack of defi--TLte cur:-elation between the iodine number of zrctonlavai--
lipids and the he3t rcji3tance of calls. TSitologiia no. 6:7W---IC
N-D 161. ~Ml RA 14: U)
1. Laboratoriya sravnitellnoy tsitolor-ii Instituta -'sLtologii
Ali 66SA) LeninLrrad.
(LIFIDJJ) (IU-;iT--PliYSIOLOGI6AL i;FFECT)

USHAKOV, B.P.; UNDER) N.V.
Thermal adaptation of muscle fibers of the lake frog (Pana ridibunda)
inhabiting warm springu. Biofizika 6 no.):322-327 '61 i~aRA 14:6)
1. Biologo-pochvennyy fakulltet Leningradskogo gosudarstvennogo
universiteta imeni A.A.Zhdanova i Inatitut'taitologii AN SSSR,
Leningrad. (Mm"CLE) (TEMMItI(F-PHYSIOLOGIGAL EFnCT)
(FROGS)

USHAKOV, B.P.; GLUSHANKOVA, M.A~
Iodine number of lipids and heat resistance of the muacle
tissue of 1&to frogs (Rana ridibunda Falls) inhabiting cold
and warm ispringo. Dokl. AN SSSR 143 no.2:437-440 Mr t62.
(MIRA 15:3)
1. Institut tsitologii AN SSSR. Predstavleno, akademikom
Ye.N.Pavloveltim.
(TEMPERATURE,PHMIOLOGICAL EFFMT)
(FROGS IJPIDS)

USHAKOV, B.P.; VINOQUDOVA, A.N.; KUSAKINk,, A.A.
Cytophysiological analysis of the interapecific differentiation
of whitefish and grayling in Lake Baikal. Zhur. ob. biol. 23
no.1:1,-13 Ja-F 162. 04IRA .15:3)
AN SSSR, Leningrad.
(BAIKAL, LAKE-WHITEFISHRS)
(BAIKALp LAKE-GRAYLING)

USHAKOV, B.P.
Cytophysiological analysis of the intraspecific differentiation
of Phrynocephalus helioscopus (Fall.). Dokl. AN SSSR 1"
no.5:1178-1180 Je 162. (KRA 15%6)
1. Institut taitologii AN SSSR. Predstavleno akademikom
Ye.N.Pavlovskim,
(BALKHASH REGION-LIZARDS) (CYTOLOGY)

USHAKOV., B.P.
I
Classification of animal wA plant Ooptations and the role
9f 4ytologicalv~mjoq in developing.jproblemn of adaptiatioz6
�bor. rab. Insto tai . rto.6s5-2016). (MIKA 1698)
(ADAPUTION (BIOLOGY)) (CYTOLOGY)

USHAKOVI B.P.
I
Changes in cel.lular heat r-asistance in ontogeneals aznd thfj
problem of the concer1ratism of cells in higher cold-bloodpi
axdmals. Sbor.rab. Inst. t2it. no.6~21-42163. (MIRA 16.8)
(HEAT--PHYSIOLOGICAL EFFECT) (CELLS)
(AIID4ALS, GOLD.-BLOODED)

USHA.KGVY B.P.
phanges in tL.e heat regigtance of mi)-acular tivelle Of r--Pf-,Lj-e3
~s related to the season and reproduc-ticn cycle. Sbor. rab.
Inst. tsit. no.6.-51-61.14-1. (MMA 16L-S)
(LIZARDS) (HEAT-PHYSIOLOGICAL EFFECT) (MUSCIE)

UsIw,ov.- D~p.
Cytophysiolog.',,~al an-L'Y:-i-c' of intracpe:i-fIr,
Rana ridibinds Pal.]. 8,bor. rab, It'?t, t-31-t-
(FROGS) (IiLAT- - PHYSI LILT, IC AL &TECT)
diverrgp~rv:,a ir~
rlo,6t-:,451-1557`6~.
il,LIRA 16,8)
(MUSCLE)

TROSHIN,A.S., otv. red..; ARRONEr,N.I., red.; HMER,T.V., red.;
Z1fID$JNSKIY,A.V., red.; KUSAKI14A,A.A., red.; PROSISR,
K.L., red.; LOZn1A-LOZD4SKrY,L.K., red.; POIYATISKIY.
Yu.I.Y red.; SUKHANOVA,K.M., red.; USHAKGV,B.P.p red.;
FELIDMANIN.L. , red.; ALEKSANDROV,
[Cell and the temperature of the medium; transactions]
Kletka I temFeratura sredy; trudy. Yoskva) Nauka, 1964. 303 p.
(MIRA 18:1)
1. International Symposium on Cytoecology, Leningrad, 1963.
2. Institut tsitologii AN SSSR, Leningrad (for Troshin,
Arronet). 3. Laboratoriya komicheskoy biologli Instituta
tsitologii AN SSSR, Leningrad (for Lozina-Lozi-nskiy).4. La-
boratoriya tzitofiziologii i tsitoekologii Botanichskogo in-
stituta im. V.L.Komarova AN SSSR, Leningrad (for Aleksandrov).
5. Laboratoriya sravnitellnoy tsitologii Instituta tsitologii
JU4 SSSR, Leningrad (for Zhirmunskiy, Kusakina, Ushak-ov).
6. Laboratoriya tsitologii odnokletochnykh organizmov Instituta
tsitologii AN SSSR, Leningrad (for Sukhanova). 7. Botaniche-
skiy institut imeni V.L.Komarova All SSSR, Leningrad (for Arronet).

USSHAKOV, B.P.
Problem or related proteln changes in the proz.-ese of speciatIon.
1-1
TSitologlia ? no.4f467 .80 JI-Ag 165. (MMp. 18 ; 9)
1. Laboratoriya aravnitallnoy tsitologil instituta teltolog-Ali
AN SSSR, Leningrad.

USHAKOV, B.P.
Present state of the problem of the mechanism of heat
injury and the causes of the change in thermostability
of calls. Sbor.rab. Inst. tsit. no.8:5-54 165.
(MIRA 18:12)
1. Laboratoriya. sravnitallnoy tsitologii Inntituta tsitologii
AN SSSR, Leningrad.

lir<
RSFSR -19- 4 Apr 63
rst Session. Sixth Canvocati
eiected Mbrs. wmlission tor -i'race
riucricion, ana ruoiic bervices:
[Cont from card 18, see DDIENTIYEVA, R. F., same date]
05flMARINA, T. A., Dep from Kanskly e. o. Krasnoyarsk Kray;
PANASENK0, L. I., Dep from UssurLyskly gorodskoy e. o., Primorya Kray;
FAUZIN, N. I., Dep from Ardatovskiy e. o., GorIkiy Oblast;
PRUSHINSKIY, Ya. A., Dep from Gvardeyskiy e. o., Kaliningrad Oblast;
TITOVA, G. I., Dep from Shakhtinskiy-Leninskly e. o., Rostov Oblast;
USHAKOY
, B. S., Dep from Michurinskiy gorodskoy e. o., Tambov Oblast;
'FTUT-OV,~, R. A., Dep from Groitskly e. o., Chelyabinsk Oblast;
KHOKHLOV, M. M., Dep from Oboyanskiy e. o.# Kursk Oblast;
CHASHCHINA, V. V., Dep from Osinnikovskly a. o., Kemerovo Oblast;
SHESTERIKOVA, F. N., Dep from Saranskiy e. o., Mordovian ASSR.
[Cont on card 20, see KRESTIYANINOV, V. I., same date]
Sovetskaya Rossiya, 5 Apr 63 57 (10)

V'1511e
KiSSR RPt 3 sept 65
-USHAKOVI B* S* Min, Maintenance of Public Order, KISSR9 participated
in a plen m of the Supreme Court of the Kirgiz Republic which
was hold recently to consider the question of sentences for
juvenile orima&i.
Sovetskaya KiraiziYav 3 Sept 65 (1) 12

Jun 49
Publications
Aerial Radio-Navigation
"Now books on Electricity, Electrical Ingineering,
and, Pov-jr rngimearing," 2 pp
"ZIektricbestv;" No 6
Books published in 1949 include "Structural Charac-
teristics of Automatic Regulation Systems," edited
by- S. -Y. Ushakov, and No 14 of "Suggestions for
Greater Efficiancy." Books published in 1948 in-
clude B. 1. stsulslavakly0s OfteorstIcal Principles
of Mectrical Co=tIng-2s~oIvW'UbIts.,* .
A-4 T*. lorloblit's,OM111SU* t1w Power Resources Of
testern Slboria..O and 'Works of the Conference-on
Aerial M*dIo-XKV1Sstion," edited by A. 1. Berg,.

_UtSt~H"AKalOJVllA Dlt"&,**~x
.."W A" _
Structure of' trenches. Voens znano 25 no.4:8 Ap '49.
(MIRA 12:12)
(Intranchments)

--!lesar I -santekhnik
The need of a good textbook for plumbers (OYandamentals of
plumbing in water supply" by M.M.Sapozhuikov. Raviewed by
D.A.Usbakov)o Vod.i san.tekho no.4:40 Ap 160.
(MM 13:6)
1. Stroytellno-montazhnyy uchastok-l-O.Ukrvodstroya, Simferopoll.
(Plumbing' (*S&POzbrt",.KjI4.)-, -
,., .1

E,633117-65: Fur- -'I)/rwTft 1~-F:.
)/0 67
lip(c)
14R,; AP,5018406
-SOURCE. Ref.- zh. Khimiya,- 113457
;AUTHOR.' Ushakovi Di
TITIX - "Th,~! cff,~~_-t of on the pro-q-1i,irtier, of gasse of the hi2O-KgO-i
iAlZ0j-S_,0Z system.
stek no. 3, 1964, 61-63
ITOPM TACIS: crystallization. glass, glass crystallization, chemfcal stability,
I
,therrval expansion
S LATI 10:1 t- - - --The:,. effect-- of- -i-olmnetri- crystalli ati h - hcal stbbility and--
iz ior. ..on I e c emi
~I~ithermal expansion of glasses of the Li20-14g0-A1203-8102 system, with Ti02 added was
studied. Glasses of the system with 5 molecular % of Ti02 "Iefe CrYS
__:Jitallived by- vol=e. - Glasses with an P.1203 content: of 7,5-20 i-volecular % ~~ere a-so
-intrcJuct. of A j63,in lessev quantitic caused surface crys-
!C~!Ystaliized_ The i an I
Itallization. Chemical stability was studied according to the crystallization te-.-
perature at a constant tinie lag and according to time lag at a constant temperature-~
tCardL--1/2

SHORIN, S.V.; CIIMTSOV, A.V.; ZAKHAROV, I.N.; PASHKEYEV, G.G.;
USHAKOV, D.I.; 3ANNYKH, S.S.; LEKONMEV, Yu.A.
Blast fumace snelting of high basicity sinter. Stall 24
no.8:680-684 Air 164. (MIRA 17:9)
1. Institut metallurgiii v g. Sverdlovske i Chusovskoy
metallurgicheskLy zavod.

J'
25(l) PHASE I BOOK MCFIOITATION SGV/1591
Kozak., Filipy Grigorlyevich., and Dwitriy Mikhaylovich Ushakov
Avtcoiaty d1ya rezki keranicheskJIcb materialov (Automatic Machines for Cutting
Ceramic Materials) Kiyavj, Masbgiz,, 1958. 141 P. 3.,000 copies printed.
Reviewer: D.V.Saykevich, Candidate of Technical Sciences, Docent; Ed.: B.V.
Beasonov, Vnsdneer; EL of Publishing Houies. M.S. Soroka;-Chief Ed.
(Ukrainian Division, liashgiz): V.K. Serdyuk, Engineer.
PURPOSE: The bo9k is intended for engineers and technicians of the building in-
dustry, particularly those concerned with brick manufacture.
COVER=: Rapid developuent of the buildIng industry in the USM constantly
requires new methods and new machinery to keep up with the Asmand, The intro-
duction of special ma:hinery has reduced the amount of us"lal labor involved
and has increased efficiency. The present trend is reported to be towards
mechanization and acutimnatization of the basic processes in the building trades.
The book describes automatic machines used for cutting and stacking rev brick.,
roof tile, and buildJj2g blocks. The text contains performance data and
operating instructiona for these machines and provides numerous graphs and
illustrations. No peroonalities are mentionod. There are no references.
Card 116

Automatic Machines for CW;ting Ceramic Xaterlels WV11591
MME OF COMMS:
rorewo--A 3
PART I* MYJNXM. C.PU=I= FM CUMM BRICKS AND BUnDM BIDCM
I
IWP.l EN-38 Antomatic Machine for Cutting Brick 5
Tee.halcal. specificaticas 5
91 - tic diagram of the machine 5
DehIgn of the machine 10
Instal.lation of the machine 19
Setting-up the machine 20
Servicing the machine 21
Lubr1cation 23
Basic troubles in.the operation of the machine and preventive measures 24
General overhaul inatractions 27
Safety regulations 2B
Storing the machine 28
Cara 2ro *

Automatic Machines for Cutting Ceramic Materials W/159.1
Xod*l SK-39 Automatic Nwhine for Cuttivg Brick 26
Technical spftificati(m 28'
Principle of operation of the automatic cutting machine 29
Elee-trical control circuit 35
Mounting the machine 36
Setting-up the machine 38
Plasic troubles in the operation of the machine and preventive measures 40
Model RB-2 Automatic Machine for Cutting Brick and Building BlocIts 41
Techn1cal specifications 41
Kinematic diagram, of the automatic cutting machine 41
-Installation of the msA*dne 4T
Setting-up the machine 51
Servicing the machine 52
Inbricating the machine! 52
Basic troubles and, preventive measures 54
Model KEKA Automatic Machine for Cutting Brick 56
Technical Owifications 56
Kinematic diagram of tha automatic --bine 56
card 316

Antrmatic Machines for Cutting Ceramic Materials WV/1591
Construction of the mwbine 62
Opp-ration o:P the rmeblite 67
q-71eing the msnhine 70
Dabrication 70
r7emrsa overhma instructions 70
13"Ir tronbles in operation of the =bomatir- machino emd Vxev ntive
72
Machine for Cutting and Stacking Bricks, A.I. Polyakov's System 75
~'~I`fzcbrdcal Specifications
I
Features andl Advwrteges of an Automatic trick Outting
ond Stacking Machine 76
Principles of operation of the entomatic machine 78
PAW 3:1* X"MMC MAmnw FOR CUPME ROOF TIIZS
The -IN-8.4 Automatic Machine
'Reehnical specifications
Construction of the madbine
85
86
86
U,wd 4/ 6

Autcmatic.Machines for Cutting Ceramic Materials SOV/1591
Ametioning of the mailine 96
Mounting the machine 96
Setting-up and adjusting the machine 98
Servicing the machine 104
WbricatIng the machine 106
Safety regulations 106
Basic troubles and preventive measures 109
Automatic Machine for Cutting Roof Tiles, Radevich to System 3-12
Technical specificaticma .; 112
Cbmtruction of the metchine 112
Principles of operation of the cutting machine L18
Hydraulic Automatic Machine for.Cutting Strips of Double Roof Tile..'
A#I* Polyakov's System 3.19
Technical specifications 120
Kinematic diagram of the machine 121
Card 5/ 6

Automatic Machines for Cutting Ceramic Materials SOV/3-593-
PART In. AUTOKATIC TRANSFM AND STACKING MACKM
Auttuatic Machine for SUcking Ceramic Building Blocks on Mielf-type
Carte for Drying in a Chamber, System Devive4 by Z. Sh. KiVnis axid
A.I. Pekker 123
Kinematic scheme of the automatic stacking machine 123
Autmatic Machine for Stacking Brick and Building Blocks on Tunwl-
type Uarts, P.S. Gel'-w's System 131
Co=traction 131
Pelnaiples of operation of the automatic machine 132
Library of Congress
ao/n"
5-21-59
Carl. 6,16

USHAKOV, D. N.
Sbornik uprazhneniy po pravopisaniyu (Collection of exercises for spell-ing, by)
D. N. Ushakov, N. N. ShcheFetova, S. P. Redozubov. Izd. 12. '.!oskva, Uchoeleiz, 1952.
111 P.
N/5
923
,U8
1952

k! I
AUTHOR. Ushakov,_D.
i TITLE: Detonator for land adnes. Class 724, No. 67197
S(YJME- Byul. izabr. i tovvr. zn~Wmv, no. 17, 19i%, 109
TOPIC TAG'St land mine, mino fuse
ABSTRADTt This Author Certi-fieahe pm!zp-nt-q a dekt,~rwtor for land minag whj,~h is
provided w.LLh a firing- pma. A ligUld-fi-ile!a bOtt.LO WIth DjaStjo SicleS aW ujon-
7 -
'.r--i, -n r,,- f t
Ck
riono
23J W1141
T. CODEt WA No MF Wi t (W
MCL! 00
OTHMt 000

UsImaj E. 1.
"Higher Drilling Rates." Neft. I-JIoz.f No-3~ 1955
Translation D 197011