SCIENTIFIC ABSTRACT KARANDEYEV, K.B. - KARANDINA, S.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720610008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

804T;
The Frequency Band of Direct Current Amplifiers B/020/60/132/02/23/067
With.Conversion B014/BO07
ASSOCIATION: Institut avtomatiki i elektrometrii Sibirskogo otdeleniya Akademii
nauk SSSR (Institute of AutomItion and Bleotrometry of the
Siberian Branch of the Academy of Sciences, USSR)
SUBMITTED: Februsxy 13v 1960
Card 3/3

82521
9000 BO19/BO60
AUTHORSt Karand!L:L,,K. B., Corresponding Member of the AS USSR,
-Iffry-UK, .6. Ia.
TITLEs On the Cpnstruction Principles of Geophysical Devices
for thellectric Geophysical Exploration by Measuring
the Frequency Characteristics
PERIODICALt Doklady Akademii nauk SSSR, 1960, Vol. 133, No- 4,
pp. 831-834
TEXTs An electric geophysical exploration with several frequencies is
carried out for an investigation into the electrio structure of the
earth's crust. The method involves measuring the ampltude and the phase,
or the active and the reactive component of signals. The frequencies of
these signals lie in a range of from 25 CY0188 to 12 kilocyclea. The
first method dealt with here is the one in which measurements made at
the individual frequencies are carried out in the frequency range
provided. A high noise immunity can be attained here by the use of a
high-selective amplifier, and it is therefore possible to work with
S102016011331041211031
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82521
On the Construction Principles of Geophysical S/020/60/133/04/21/031
Devices for the Electric Geophysioal,Exploration BO19/B06O
by Measuring the Frequency Characteristics
weak signals. This type of device thus allows measurements over large
distances. The drawbaoks-of this method are that the operations cannot
be conducted from a mobile station, and also that the quality of geo-
physical measurements is low. An improved method worked out by
Yu. V. Yakubovskiy in 1959 is then discussed. By this method, current
jumps of a duration of some milliseconds are caused in the measuring
frame, and the transient curve is recorded. The normal field is missing
here, and only the anomalous effects are recorded, which fact is regarded
as a notable advantage of this method. A drawback is pointed out to be
t6he low noise immunity, which, in its effects, makes its use for the
aeroeleotrio geophysical exploration impossible. The authors discuss
the question as to how the advantages offered by the method with the
transient response (high effectivity) can be combined with those of
the method with several freauenoies (high noise immunity). The authors
then deal with the recording of the frequency characteristic with a
sweep generator, in which connection the achievement of a high noise
immunity is particularly considered. In the authors' opinion, this
would make it possible to carry out an electric geophysical exploration
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% .RANDrVltV,-LB.4-8KTAMMGERp G.A*j DUDNIK# R,La, red.; ShWOVA, YeaGsp
tekhn. red.
[OnAralized theory of aece bridge networkol Obobahoho=aia tooriia
mostovykh teepoi peremmogo toka, Novosibirsk# lzd..,vo Sibirbkogo
otd-niia AN SMj 3.9619 222 p, (mm 34tio)
(Bridg4 oircuita)

KkWDEYEV K.B., otv. red.; SIGORSKU, V.P., doktor tekhn. naukp red.;
T 0, M.P.p kand. tekhn. nauk, red.; DREMOVA, T.I., red.;
VYALYKH,, A.M., tekbn. red.
[Works of the Conference on Automatic Control and Electric Measure-
ments) Trudy Konferentsdi po avtozaticbeakomu kontroliu i metodam
slek-I.Iricheekikh izmarenil, Novosibirsk, 1959. Novosibirsk, Izd-vo
Sibirskogo otd-niia AN SSSRp 1961. 409 p. (MIRA 14:11)
1. Konferentsiya po avtomaticheeko= kontrolyu i metodam elektriche-
skikh izmerenilp Novosibirsk, 1959. 2.Chlen-korrespondent AN SSSR (for
Karandeyev), (Automatic control) (Electric measurementn)

s/88o/61/000/079/001/011
E202/E592
AUTHORS: Ka 'ndeyev K.B and Mizyuk L.Ya.
TITLE: Analysis of an auto-compensating circuit
SOURCE-. L'vov. Politekhnichnyy instytut. Nauchnyye zapiski.
no-.79. Voprosy elektroizmeritellnoy tekhniki. no.l.
1961, 3-22
TBXT: Self-compensating circuits based on the principle
shoxm in Fig.2 are discussed. The measured e.m.f. is balanced by a
voltage drop across R; this voltage produces current 3. appearing
2
on the output of the amplifier -with the coefficient of amplification
K due to the entry to the output of the amplifier of a non-
compensated part of the e.'m.f. equal to e - u With large K,
almost full compensation is attained so that ~;Ie voltage is
equal to the measured e.m.f. e. Making use of the negative
feedback theory, the authors analyzed a general self-compensating
circuit, shoim in Fig'3, in which e,r. - the magnitude and the
internal resistance o~ the measured e~m.f.; u. - the voltage at
t resislance of the amplifier;
the input of the amplifier; r - inpu
i t
current in the input circ. ~i t; X - no-load amplification
i A
coefficient of the amplifier; e output e.m.f.; r - output
2 out
--Card - l/

A-aalysis of an auto-compensating circuit s/88o/61/000/079/001/011
E202/E592
resistance of the amplifier- u i output voltage and current
21 2
of the amplifier, respectively; _r - resistance of the meter;
R - resistance of the'current feedback- R additional resistance,
included in the measuring circuit; R R high resistance
potential divider where R t RZ >> r; 2' 3U compensating voltage
2 k
opposing the measured one. Th s circuit with a simultaneously
combined current and voltage feedback is discussed in detail and a
general expression for the current i has been found. Analyzing
.~,further the circuit with current feedgack, it was found that with
a sufficiently large amplification coefficient the current in the
measuring device i 2 = e/R. The lower limit of measurement of
the auto-compensator with a current feedback is determined by the
zero drift of the amplifier, the amplification coefficient of the
latter and it also depends on the resistance of the measuring
instrument.. The smaller the latter the lower the e.m.f. which may
be measured. The circuit with voltage feedback is also discussed
in detail but it is concluded that although both methods are useful
for the measurement of small e.m.f.'s giving identical results, it
is preferable to use the current feedback variant, since it is
easier to use a microammeter than a millivoltmeter. The latter
:-Car d-2/3
~P
09
.0

Analysis of an auto-compensating circuit s/88o/61/000/079/001/011
B202/E592
i"-equires'additional series resistances and parallel shunts to
Fompensate temperature.errors. It is stressed that the above
system closely approaches the ideal measuring instrument due to
its high sensitivity with respect to the me.asured quantity and low
sensitivity with regard to the interfering parameters. There are
figures.
UJ if
jP-
r
Fig.2*
d 3/3

S/169/62/000/001/028/083
D228/D302
AUTHORS: Karandeyev, K. B. and Mizyuk, L. Ya.
TITLE: Measuring apparatus for aerial electroprospecting
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 1, 1962, 35, ab-
stract 1A287 (Tr. Konferentsii po avtomat. kantrolya
I metodam elektr. izmereniyt.1959; Novosibirsk, Sib.
otd. AN SSSR, 1961, 19-29)
TEXT: The apparatus is described for two methods of aerial elec-
trical prospecting -- by an infinitely long cable and by in.duc-
tion. In the first, the field is created by a current in a straight
cable which is grounded at its ends and has a length of 10 - 15 km,
and is measured from the helicopter. In the induction method the
field Is excited and measured in an aircraft. In both methods the
reception element -- a frame with a ferrite core -- and the scheme
of preliminary amplification are carried in the gondola. The length
of the two rope is -20 m in the cable method and 150 m in the in-
duction technique. In the method of an infinitely long cable, mea-
Card 112

S/169/62/000/001/028/083
Measuring apparatus for D228/D302
surements are made on the frequencies 81.244 or 976.3906 c/s. The
preliminarily amplified signal is fed to a selective amplifier,
after which it enters two synchronous detectors. The supporting
voltage is taken up by a JXS- (UKV-) receiver,, In the component
measuring circuit it is transmitted to a square phase-commutator
and a synchronous detector; in the phase measurement circuit it is
transmitted to a phase-regulator and a synchronous detector. In the
induction method measurements are made on any pair of the frequen-,
cies 488, 976, 1956, 3904, and 7808 c/s. The generator frame is
placed in the form of a rectangle between the center-plane and sta-
bilizer of the aircraft's tail-unit. There are primary-field-com-
pensators in the measurement apparatus. The field-amplitude meazure-
ment is carried out by a recording voltmeter, the phase measure-
ment being made by a phasometer with a two-contact releasing de-
vice. Considerations are adduced about the conditions which are sa-
tisfactory for the apparatus of aeroelectrical prospecting and
about the perfection of the developed schemes. Z-Abstractor's note:
Complete translation..7
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KARANDEYEVV K.B.; OBOZOVSKIY, S.S.
. Calculation of the error of instrument transformers. Nauch. zap.
LPI no.1:55-65 161. (MM 16:6)
(Electric transformers) (Electric measurements)

-:k .; GRITSIKIV$ R.D.
-,, K,AR AN Kyz IV ,,,
Design of devices for measuring the inductance of coils with
ferrite cores during their manufacture. Nauch. zap. LPI noloi:
66-70 161. (MIRA .11.6:6)
(Electric coils) (Electric measurements)

s/88o/61/000/079/004/011
E194/E455
AUTHORS. Kara Shramkov, A.Ya., Krasilenko, V.A.
TITLE. The use of nonlinear resistances in automatic self-
balancing bridges
SOURCE: Lvov. Politekhiiichnyy' institut. Nauchnyye zapiski.
no-79. Voprosy elektroizmeritellnoy tekhniki. no.l.
1961. 98-103
TEXT: The object of the wor-k was to develop a self-balancing
bridge for temptsrature recorders and similar devices which should
be as simple and reliable as possible, avoiding the customary use
of a motor-driven rheostat as the balancing device in one arm of
such bridges. One arm is the resistance to be measured, which
may be a pick-up;; another comprises an incandescent lamp filament:
the remaining two arms are constant resistances selected to suit
the bridge operating conditions. Feed-back is provided between
ibridge input and output. A small bridSe-operating input voltage,
insufficient to affect the lamp resistance, gives an out-of-balance.
output voltage which is amplified and applied to the bridge Input
together-with the low operating-voltage. This heats the lamp so
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s/88o/61/000/079/004/011
The use of nonlinear ... E194/E455
that its resistance is increased and the bridge approaches balance,
but there will always be sufficient out-of-balance to maintain
current through the lamp. This, of course, depends on the
resistance of the pick-up or other object measured. Thus the
input voltage from the amplifier is a measure of the pick-up
resistance and can be measured by a suitable meter. The out-of-
balance required to keep the bridge in the equilibrium position
should be as small as possible, certainly not more than 0.2 to 0.3
of the principal error of the instrument. For example, when the
out-of-balance is 0.1% the amplification factor should be at least
The bridge operating-voltage should be about 100-th of the
amplifier output voltage to ensure that it does not affect the
lamp filament temperature. In a bridge using a low-voltage
incandescent lamp (1 V, 75 m.A), the amplifier amplification was
14000, the thermometer resistance ranged from 100 to 300 ohms
and the other bridge components had stated values. The relation-
ship between the pick-up resistance and the meter reading (max 3 mA)
The circuit
~was almost linear. The auxiliary voltage was 15 mV.
.-responded stably to smooth changes in the pick-up resistance;
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s/880/61/000/079/004/011
The use of nonlinear ... B194/E455
the overall speed'of operation and error depended mainly
oi% the indicating Instrument used. There are 4 figures.'

~ 4R~~, - 4.B. s- KOTYUKI. A.F.
,~"Snerg7 relations in electric meamwing inBtr=,--nts" bv V.N.Millshtein.
Reviewed by K.B.Karandeev,-~L,F.Koti~k. I2m.tekh. no.2:63-64 F 161.
(b= 3.4-2)
(Eiecitrio instr=ents) (Mil'shteing V.V.)

KARANDEYEV K.B.; GRINEVICH, F.B.-, NOVIK, A.I.
Designing volumetric level indicators. Izm.tekh. no.10:52-55 0
161. (HIRA 14:11)
(Level indicators)
0 - PINR
T, MROMB

NARANDEYEV, K.B.
Measurement information systems and automation. Vest. AN S--SR 31
no.10:53-59 0*161. (MIRA 14:9)
1. ".i Chlen-korr espondent Ail SSSR.
(Automatic control) (Information theory)

S/119/61/000/012/002/006
D209/D303
AUTHORS: CorreAp6ding Member AS U84R,
Grinevich, F.B. and Haniushq~T.N-, Engineers'
TITLE: Logical system for selecting an optimum variant in the
automatic sorting of articles
PERIODICAL: Priborostroyeniye, no. 12, 1961, 8-11
TKV,rs This paper describes the application, construction and operation
of a logical system used in sorting capacitors according to their values
and tolerances. In the manufacture ot mic cafacitors a large percentage
of the items are outside the wide'st toleran:e (1 20 %) range. They spread
out mainly around three adjacent nominal values.- Therefore, the automa-
tic sorting 'of three adjacent ikoninal-values becomes most practical.
The problem of selecting an optimum variant in capacitor sorting can be
solved by a special.logical system described in this article. The choice
of the optimum variant of capacitor sorting is based on the data
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S/119/61/000/012/002/006
Logical system for D209/003
introduced into this schemes The automatic machine utilizing this
scheme sorts out the capacitors according-to three nominal values, each
having four tolerance classes. The capacitor value is represented in
the form of an equivalent time interval met by a series of pulses~from
a special distributor with twelve time intervals, A larger value
corresponds to a longer interval counted from the time of start of the
distributor. All possible variants are recorded by twelve receiving
elements. As a result of the pulses coming from a measuring circuit
only 3 out of 12 6lements change their state since the automatic machine
selects according to 3 adjacent nominal values. Due to the impulses
arriving from the.distributor all receiving elements return to their
initial state. The element which memorizes the most convenient variant
of sorting, is the last to return to its initial state. The logical
elements process the information obtained from the receiving elements.
They sort out by mlection the optimum variant* The scheme utilizes
ferrites with rectangular hystersis loop and semiconductor elements.
The main blocks in the system are: Distributor with a blocking-oscillators
Card 2113

KARANDEYEV, K.B.; SOBOLEVSKIY, X.M.
Homogeneous balancer circuits. Dokl. AN SSSR 141 no.6:l3j7-1359
D 161. (MIRA 14:12)
1. Institut avtomatiki i elektrometrii Sibirskogo otdeleniya AN
SSSR. 2. Chlen-korrespondent AN SMR (for Karandeyev).
(Electric circuits)

KOTYUKO A.F.; LEVCBENKOI D.G.; PASIKO~ E.V.; SIMI-IMOR, G.A.;
HARANDEM, K.B., otv. red.; VYALYKH, A.M.p tekhn. red.
(Apparatus for aerial electric prospecting using the
infinitely long cable wthod]Apparatura dlia aeroalaktro-
razvedki metodom beskoneabno dlinnogo kabelia. Otvet. red.
K.B.Karandeev. Novosibirsk., Izd-vo Sibirskogo ot-niia AN
SSSR, 1962. 78 p. (MIRA 15:9)
1. Chlen-korrespor-dent Akademii nauk SSSR (for Karandeyev).
(Electric prospecting-Equipment and supplies)
(Aeronautics in geology)

GIK, Leonid Davidovich; KARANDIXEY, Ranotantin-3prisovigh; - - -
SHPAKOVSKAYA, L.I.,-red.; YELISTRATOVA, Ye.M.,-tekhn.
red. I
[Electric correction of vibration meaOuring equipment] Elek-
tricheskaia korrektsiia vibroizmaritellnoi apparatury. No-
vosibirsk, Izd-vo Sibirskogo otd-niia AN SSSR, 1962. 127 p.
(min 16:5)
(Vibration-Measurement)

ORSHANSKIY,D.L.,gl.red.ARUTYUNOV, K.B.9 red.; VOBDNOV, A.A., red.;
~K~.; KARIBSKIY~ V.V., red.; KRASIVSKIY,
S.P., red.; KULEBAKIN, V.S.,, reo.j LOGINOV, L.I., red.;
LUKTN, V.I., red.; MALOV, V.3 jted.; P~VLENKO, V.A., red.;
PETB)Vp BjN., reds; RAKOVSK1Y:"M.Ye., red.; SMAGLY, L.V.,
red.; SMIRNOV, A,D., red.; SOTSKOV, B.S.,-red.; STEFANI,
Ye.P., red.; TRAPEZNIKOV, V.A., red.; TSAREVSKIY, U.N.,
red.; LEONOVA, Ye.I., tekhn. red.
[EIKA; encyclopedia of measurements, control and automa-
tion]EIKA; entsiklopedita iamerenii kontrolia. i avtomati-
zateii. Moskva, Gosenergoizdat. No.l. 1962. 243 p.
(MIRA 16:3)
(Instruments) (Automation) (Mensuration)

KARAMEYEVf K.B.
Meaourements in the automation of inteUectual work. lzm.tekh.
no.3-.1-3 Mr 162. (lUU 15:2)
(Information theory)

KARANDEYEVP X.B. [Karandieiev, K.B.]; SOBOLEVSKIY, JC.M. [Sobolevslkyi, K.M.]
t=-. ~-
Principle of the design and optimum implementation of homogeneous
. multistage circuits. Dop. AN URSR no-4:487-491 162. (KRA 150)
1. Chlen-korrespondent AN USSR (for Xarandayev).
(Electric circuits)

K&MDMVI K.B.; SHTAMMMG, G.A.t kand.tekbnnauk
Nbasurement of the ratio of two voltag4we EZLektrichestvo no.12s
7-10 D 162o (MM 15:12)
1. Insti-tut avtomatiki. i elektrometrii Sibirskogo otdeleniya
AV SSSR. 2. Chlen-korrespondent, AN SM (for Narandeyev).
(Electric measurements)

KARANDEYEV, K.B.
Measuring information system. Nauka i zhizn' 29 no.1:24-25 Ja
162. (MIRA 15:3)
1. Direktor Instituta avtomatiki i elektrometrii Sibirskogo
otdeleniya AN SSSR; eblen-korrespondent AN SSSR.
(Automatic control) (Information theory)

GDEVICH', F. J3,; UMDEYV# K. Bo
I . .tbw losaou"Ment of Impedances. TradY
Determining orrore. in 162o
just.-, xc.. stand. zorli ftw-'Prib. h6.570-34-38
- (MM 15:3.0)
1. Iiiatittt avtmatiki i olektrOmtili SibirokogO otdolenila
AN S.SSRO' . (Ilectric lwavurownt8)

KARANPEYEV,,_KonfLt.4pjin Borlsovich; LEVIN, M.I., prof., retsenzent;
,g
BIBER, I..A,, --red.; BULIMAM, N.A., tekhn. red.-.
(Special ischniquee in electrical measurements] $petsiall-
nyo metody elele-trichookikh izmerenii. Hoakira, tosenergais-
dat, 1963. 343 P. (MIRA 16:5)
(Electric moaaurements)

KARANDEYEV, K.B.; SHTAMBERGER, G.A.; GELIFAND, V.D.
'P~
Dependence of ~he selectivity of a synchronous detector on the
asymmetry of the controlling voltage. Radiotekhnika 18 no.3:
37-41 Mr 163. (NIRA 16:3)
(Radio detectors) (Pulse techniques (Electronics))

GRINEVICH, F.B.; KARMEYEV J..B.
Automatic large-scale q4ality control of radio parts. Vast. AN
SSSR 33 no.6:61-63 Je 163. (MM 160)
(Radio industry and trade-Quality control)

KARANyqn~~z~,t~q' DAYEV, D.S.; PASIXO.. E.Y.; SHTAHMGHR~ G.A.
Design principles of apparatus for geophysical prospecting
by alternating curient, methode. Izv. AN SSSR. Ser. geofiz.
no.2:254-259 F 164. (KRA 17: 3)
1. Institut avtomatUd i elaktrmstrii Sibirskogo otdoledya
AN SSSR,

GRINEVICH, Feodosiy Borisovich; KARMIDEYKV, K.B., otv. red.;
MELKOZEROVA, T.B., reC.- -
[Automatic a.c. bridges] Avtomaticheskie mosty peremennogo
toka. Novosibirsk, Red.izd.otdel Sibirskogo otd-niia AN SSSR,
19("'. 1). (MTIIA WiS)

'nVVVV R 14 .
-Kk= , otv. red.; SOBOIX-VSK17, K.M., karld. tekhn.
nauk,, red.; TSAPII'KO, M.F., kand. teklm. nauk,, red.;
SHALINA, L.V., red.
[Automatic control and electrical measuring technicues:
transactions] Avtomaticheskii kontroll i me-tody olektra.-
cheskikh iznerenii; trudy. Novosibirsk, Red.-Izd. otdal
Sibirskogo otd-niia M SSM. Vol.l. [Electrical mensuring
techniques. Analysis and synthesis of regulation and
control systems. Elements of automatic control devices]
Metudy elektricheskikh izmerenii. Analiz i sintez sistem
uprovionila i kontrolia. Element.), uStroiitv avtomatiche-
skogo kantrolia. 1964. 250 P. (11111RA,
1. Traditsionnaya konferent,,;iya po a-vtomaticheskorau
kontrolyu i motodam. ele)(tricbesk1kh izraereidy 3d,
Novosibirsk, 1961. 2. Chlen-korrespondont AN LSR (for
Karandeyev).

KARANDEYEV., K.B otv..red.
[Automatic control and electric measurement techniquesj
transactions] Avtomaticheskii kontrolt i metody elektriche-
skikh izmerenii;.trudy. Novosibirsk, Red.-izd. otdel Sibir-
skogo otd-niia AN SSSR. Vol.2. 1964. 227 p iMIRA 18:5)
1. Konferentsiya po avtomaticheskomu kontrolyu i metodam
elektricheskikh izmerenly, 4thq Novosibirakp 1964.

KAWDEYEV otv. red.; SOBOLEVSKII, K.M.p kand, %ekbne nauk:
0 "'I.TMftKO, M.P.p doktor tekbn, naukp red.; SHAMIA,
L*V,, reds
[Automatic control and electric measurement techniques;
transactions) Avtomatiebeskli kontroll i metody elektriche-
skikh izmerenil; trudy. Navosibirsk-p Red.-izd. otdol Mir-
skogo otd-niia AN SSSR. Vole2o, 1964. 248 p. (FIRA 18s5)
Is Konferentetya po avtomaticheskomu kontro3yu i metodam.
elektrioheskikh izmereniy. 3dp Novokbirskv 1961. 2. Chlen-
korrespondent AN SSSR (for Karandeyev).

ACCESSION NRt AP4038452. S/0115/64/000/004/0016/0018
~-AUTHORSs Xarandeyeve X. B.i.Pucbkin# B. I*
iTITLEt Sionics and measurements
SOURCE: lzmeritellnaya tekhnika, no. 4, 1964, 16-18
Topic TAGSx bionics, measurement, logy ;Fesearolz
biology effect, bio
~information theory
ABSTRACT: Some aspects of the possible effect that bionics can have
;on measurement techniques and vice versa are considered. Rarticular
attention is paid to wbat bionkc principles 'can be borrowed to im-
re-
.Prove measurement techniques. In addition, biological systems f
quently have unusual sensitivity and operating speed, sensitivity
'to vibration, or sensitivity to concentration (smell)# which cannot'.-!
1yet be duplicated by instruments. 'Furthermore, bionic objects ex
_:bibit a greater information.storage and piocesaing'capacity,than.
Card

MMDMV, K.B.
_--:!
Automatio digital measurimg inatrumentso Vast* AN SM A
no.6W-50 Jo ~64 (KIERA 17 0.8)
1. Chlen-korrespondent AN SSSR.

GRINFVICIIP F.B.; KARANDEYEV, K.B.; SHULITSI V.P.
Automatic bridge for standardizing'the anodes of electrolytic
foil condensers. Trudy Inst. avtom. i elektrometr. 30 AN SSSR
no.9:3-10 164. (MIRA 17:11)

L'19825-65 W(I)/EWA(b) Peb, ESD(dp)
ACcLSSION NR: APSOO 10 32 S/0115/64/000/011/003VO04Z
AV1110.R: Karandeyev, K. B.. Grinevich, F. B.
TITLE: Ser.-Aconductor-diode multiplying circuits
SOURC.%::: lzmeritel'naya tekhnika, no. 11, 1964, 39-42
TOPiC TAGS: multipli r, pultiplying circuit
ABSTRACT: As existing 4-diode multiplier circuite hsve an rror
some tvelwilques for reduci.ng this error are suggested. By connect g a linear
az D t J~l xz,-~; e
WrIhm e "~Lter r
77
appVnxrfriatiethe tku4 aquaf---i &~therrmistor into
'II C '; .
-re Vit, ito improvea characteristic can be retained despite ambier-,-
var-aion. Fcrmulas for computng the requ,re--
a,6difional elerrents are deilved. It is claimed that the overall
tharmocompensated 4-diode multiplier 'will not exceed Z-3%

GRINEv:[CH, F.B.
"ultiPlying circuits using
n0*11:39-42 N 164. semiconductor diodes. 1z..
. tekh.
(X-"RA 18:3)

"MM
APIWW38 UWW3(V65/DW/OOZft38/OD61
064
AUTMRS
t
TIM -3 Measwoment inforwti.oxt system- for Al
say=;: AN 8MR. Vestr1k, nt~. 21 19165, 55-61
data proc~~Bsiag
MPIC TAGS., Veophysics, 6 rumazt~' aerial 6-0-707
ABSTRA.-,T: Soviet xnethods and equipmert for obtaining-and processing geophys!-:
cal data are found 1-0 be outdated in--dmu-st be improved to step up the ex-
I ploration and exploitation of mineral resources. Like the scientist-
other countries, Soviet geophysicists favor the tise of ae.-,.al ever gt
method!; for su--v~yitig large areas with a minimurr, expenditure c-I
rrone-,-, especi-- 1)) to pinpoint prospective mining areas Ln -hich tc) C
more e)pensive ground surveya. One major defect ia that frequently 6
eral types of surveys (magnetic., gravimetric, radiometric, electricaD
must be flown separately over ~he swre area becau8e each type of (3pera-
tion rea,,i'lres the usz of aLfferent types of equipment, au of which mus. 'he
Card
-113

L53707-65
AC=:rON Ms AP,%08W8_
;;6i~e__re(fbj-_tfie' a ircraftla el6~1rilcii'sy*ste m-' an d' -which--are too he a vv and
bulky to be carried together.
It is recomxnended that Immediate steps be taken to devise informa-
tion-gathering systems which tre capable of making slimultaneous rn&&,6Lv~f-
.Inents of magnetic, gravimetriz., electrlca~and radiometric paxaxnpter-~-.
~In addition, the lack of specialized equipment with which the data obtained
by various systems can be partially analyzed In flight is noted. Finally,
attention is called to the fact that Soviet automation of field data
.has failed to keep pace with developments In data-gathering instrumentation.
,,.A combination &nalog-digital comptiting system, ncm, being built at lh~_
stitute o,* Automation and Electrom LAry to process magnetic
i5 desigred to help fill this gap and is expected to be adaptable tr-. a v,,ide
2 figwtD.
7ange Of geOphySiCal computations. Orig. wt. ba.
ASSOCIATION: aVt0Wtjk,. J alaktrwetrit 81bli-akctga ot &il 4m--n_'_'-

E]RFEMEF
--_- a -~j, !1~1~: v!L'

5,M7-45
SION Iffil M)gmu

7m11 00
2=2
00
SUB ODDS: 196, IV

REP soyl 000 OTWI ATD PXMs 4M4-?

i,

~C I-0- IT, -M ~7 50 (170431,
'where a is the napetio permeabil ity r is the overall dimension of the loop, and V
is the volume within the loop. It is noted that the quality of the antenna does not
depend an the number of loops in the antenna. This follows from the assum-ptian that
Ikk as low as desired. Actually, this is
raslatanes,.Df- the-an
plif
ii ita - t'
en :0
-mot ~~igathex; poibi ier:t f; this-,resistance.. Antenma_
camputed in accordance with the k. values bave maxi;mm power but very low output
resistance. If the resistance of the antenna does not correspond with the input
azrlifier, m~y a small paxt of the power applied to the antin=19,
W'I 0-:~ *rrrgai~t;'~d bv the am lifier. To e1JzLTia-.e this poss~bi.L-I;V.
un-tching trimitformoTs ure used. Shact, trajisfc=ers, W weigh about 200 6.
az-b. has: 1 fiawe nnd 15 formulas.
kSSO-CTATION., Almmdem,'Lyn nauk SSSR9 TiLatitut avtomatiki i lalektrometrii, Sibirskoye
Oj,Aejenjy9 1*-ade-,V of Scienoes SSSR, inatituto of Autowtion and
5,.berian Departmeni
0

T"ICCESSION, kR-
AP5016462 m
AUTHOR- Zburavleva, T.A.;Karand6r~vj &B.; Shtamberger, G.A.
TITLE- The use of electronic computers for the selection of structures of Tuasi-e-T_dli-
bratied bridges aflow-Ing separate measurements of complex impedance componenks
SOURCE- MJTZ. PXiborOStiQ.7V*ev_1FAA, nm 311-985, 23-28
TAG& electric bridge analyst Impedance bridge circuit, impedance
4,omponent mimsurement, quasloquillrated bridge, bridge circuit analyals, computer
program
ABSTRACT, or
-_By-means ~mavi_ lrated!4irt.- -bridgis can cargy out Separate
one
Independent uteasurem ants 6f the mnWel, Ohase aneel* a6hve and rmetive compenents,
Q-factor, losses, and other obaracteristics of a complex impedance (see,e- g. ~ K. B_
Karandeyev, a. A. Sht-imberger, Obotshcbennaya teoriya mostoyykh tsepey pere71-leilLoaO
Wks, Novoailirsk, 1zd. Sibirskogo otdiAeniya AN SSSR, 1961). The applicabih-v of
,~Jectroruv nmnputers for the analysis cf quasi -eqWlibrat,-)d bridges xt-As
v . 1. Obukhol. fiS81EWICIva'Tuve 131stf-mv 8vtormatiche-skogo kontru!ya
ja ispc;llzovanJyem kvaziuravno7eshenncgo mosta. Thesia, Minsk, Institut mashino-veden-
Jya i avtomatJzataii AN BSSR (Institute of Machines and Autmation, AN BSSR), iubz)
LlZai 1/2
j
7

---' "'a

KARANDM;V, K~\B- (Novosibirsk)
MMI~l
~%asuretncnta and progress. Avtometriia no.113-8 165, (MIRA 180)

~Wv :T
KARANDEYEV, K.B.; MINMM F.B.
----------------
Fuse of the methods of;the natural electromagnetic field in designing
antennas for geophysical research. Izv. AN SSSR. Fiz. zem. no.407-
10i 165. (MM 1818)
1. Ins-titut avtomatik` :L elaictronetrii Sibirskogo otdeleniya AN
SSSR.

- - -- I
KARANDI-:YEV,, K.B.; GRINEVICII, F.Be
Errors Irl 'Ile aPPrOz-imticn of lic'nuniforim scaLa.,i.
no.9:24-26 S 165, (Y-TRA 18:10)

~KARANP-n n n risovich; KARPYUK, Bogdan Vladiy-i ovich;
EVA Yr-flUolayevich; FUS1110Y, Boris
14ikhaylovich; MINOVICH, Vladimir lzrailevich; S1NITM'N,
Boris Sergeyevich; T'VERDOXHLEB, Petr Yomellyanovich;
TSAPWO~ Mikhail Petrovichi Prftima)AAAWhbsO#yw:.2%MOV,
[Electrical methods1n.automatic control] Blektricheskie
metody avtomaticheskOgO kontrolia. Moskva Energlia
1965. 383 P. WRA 18:8~

-1 ~~DBTKV$ K.B. (Novosibirsk)
Measurements and progress. Standartizatsiia 29 no.10:4-6
0 t65. (MIRA 18:12)
1. Chlen-korrespondent Ali SSSR.

ZHURAVLEVA, T.A.; KARANDEM, K.B.; SHTA-MBERGER, G.A.
Using electronic computerts in velecting the structures of quasi-
balanced bridges securing a separate -measruezent of the componew' Cks
of complex resistanees. Isv. irys. ueheb. zav., prib. 8 ryo.3s
23-28 165. (MMA ,L8g,-,L)
1. Institut avtomatiki i eiektroxstrii Sibirskogo otdelaniya
AN SSSR.

JT
ACC NRe 06OM87
SOURCE CODE. UR/0410/65/000/001/00D3/00W
AUTHOM: Karandeyevi K. G- Novoiibirsk)
ORG: -none:*
TITLE.-. M.~asurement and
SOURCE: Avtometrlya, no.-.-l. 1965 J~-8
TOPIC TAGS
g'apparatus -automation.
ABSTRACT:
P a,general treat so, on; es to and'prospects for measurement_'
itechhoI6 k*-the author notes the ever-increasing need for and demands
on
ar
zieasuring.devices and techniques. In particul . he speaks of cases in
;production and in experimentation --ri -where the amount of information to be
;processed,.the time available, the agressive raodia. involved, the temperatuxesp
,pressures, etc., etc. make n6Ln's -ovml; senses or even mants presence as a
:measuring device or reader. of measuring,devi6es impractical or impossible for
,usage. to the problems of,in-proving,product quality and productiv-,-. J
:ity of labor.. to performance,of ever'More demanding measurement and control
functions in experiment and producti Ion,'the author states# is automation of
ICIDntrol and measurement devices. One.method of further improvement,of auto-
mation in measurement is the: atudy OT the methods- used by biological systemsp
'G() reliable &rid economical of -.spaco~and power in performing moasuremento
;7h6 author otates.that this 'a oach~can be particular3y fruitful in solving
ppr
.;-'the problems. which. w:111 be presentedT~jn tpe near future when the first So~iet'
another planet to pe nts without- mants.
~instrument pj. k lands on _rform measureme
ORIG REF: - 022
SUBM DATE. VJiov64--,/,
14 V
Card 1 1 t% 0j. TDCo- 681#26W

10 KARANDOMA, M. V. (Docent) 1
2. USSR (600)
4. Physical Goography - Krasnovidovol Moscow Province
7. Short gemorphological sketch of the environs of Krasnovidovo. Trudy Geog. st.
"Krasnovidovo" no. 1: 1948
9. Monthly List 2f Russian Accessionii, Library of Congress, March 1953, Unc,-

T, J, I iiyl ~; D-1. -T," V A)I,- ,
21526 RARE-Dvy F. Y.; i YA:'A'EDMVAt 14. V.
CLeograficheskiy falrulltnt m3skorskogo gosudarstvennogo universiteta.
ZTezisy Doklad-a/.
Trudy Vtorogo Vsesoyuz. geolyr. sllyezda. T. Sh. M., 1949) s. 460 - 62.
SO: Letopis' ZhurnalInykh Statey, No. 29, Moskva, 1949.

IrARAN-MMA, N.V.
Problems of the paleopography of the western part of tb,~ Caspian
Depression* Uch..zapeNcisk.un. no.160:5-30 152. (gMi 8: 3)
(Caspian Depresvion-Paleogeography)

Caspian Area
USP/Geography ~eb 53
"The Development of the Western Caspian Area During
the Quaternary Period," Yu. Z. Brotskiy (deceased)
,and M. V. Karandeyeva,, Chair of Geomorphology
Vest Mos Univ, Ser Fizikomat i Yest Rauk., No 1,
pp 139-146.
Describe their investigation of the western Caspian
area in 1948-1950. Establish general law governing
the distribution of lithologically heterogeneous pre-
cipitates whichwere left by the latest transgres-
sions of the Caspian. Distinguish genetically the
types of relief, and determine the laws of
269T51
their distribution. Establish the geomorphological
conditions sur3,Ounding the water supply and irriga-
icommend the most expe-
tion of the territory and rE
dient directio4s to be taken by the main canals.

BROTSKIY, Tu.A.-; LUUNDEYEVAIN.V.
Development of the western Caspian Sea region during the Quaternary pariad.
Vest.Mosk.un. 8 no-2:139-146 i 153- MRA 6:5)
1. Kafedra geomorfologii. (Caspian Sea Region--Geology,
Strutigraphic)

VOSKREWTSKIT, S.S.; rA'RAMMYXVA N.V.
Ivan Samenovich Shchukiz (on the occasion of ilia seventiath
birthday). Izv.AN SSSR.Ser-geog. nool:154-155 Ja-lP '56.
(Shchukin, Ivan Semenovich, 1885-) O= 9: 7)

11misTMA, H.V.
Zonallty of the relief In the Best baropean Plain. Uch.zapomosk.un.
no.182:29-34 156. (MLU lrj:5)
(Imst Buropean Plain--"ical geography)

14-57-6-11892
Translation from: Referativnyy zhurnal, Geografiya, 1957, Nr 6,
pp 37-38 (USSR)
AUTHOR: Karandeyeva, M. V.
TITLE: Various Relief lZoneau ~j in the Russian Plain (K voprosu
o zonallnosti rellyefa na primere Russkoy ravniny)
PERIODICAL: Uch. zap. Mosk. uh-ta, 1956, Vol 182, pp 29-34
APSTRACT: Decomposition and denudation, which are influenced by
climate conditions, cause the intermediate forms and
the microforms of the relief to acquire regional geo-~
graphical charaq teris ties. These, however, are.not as
clearly expressed as the variations in other physical
components of the landscape. This fact is caused by the
active,endogene processes acting on the relief; these
processes do not follow the laws of geographical zon-
'
ality. Moreover, relief
develop'ment is much slower
than such factors as, for instance, the evolution of
soil or of the, vegetation cover. This is why the
Card 1/2 present relief has forms which developed in earlier

Various Relief Districts' in the Russian Plain (dont.)
14-57-6-11892
climatic periods and are foreign to modern physical and geographical
conditions. A long period of uniform natural conditions is necessary
to produce the strongly expressed regional features in the relief.
Climate works on the relief both directly and indirectly through the
action of vegetatian and of the hydrosphere. It is the plant cover
which"tend,p to preserve the relief. The relief develops more quickly
where'the vegetation cover is light (steppes and deserts). The
author describes briefly regional features of the intermediate and
microrelief forms of the tundras, forest zone, steppe, semi-steppe,
and deserts in the Russian Plain. A bibliography of eight titles
is included.
Card 2/2 D. Timofeyev

JEM'W, GoW., red.; TMW079 )~.So,
cooomorphol'Off Of lkr'opm US.S.R. I %oio~fologila Rmpsialmi
chasti'. am ~ [Nodtvj] Is&-" Nooko ImMv. o,* 1957. 31.1 P.
strwhwa) ("Iasi googrm~pby) (Km& ntio)

Development of the gullted relief in the western part of the
Caspian Sea region. Vest. Hook. un. Ser. biol.. pochv Sol.,
eeog. 13 no.2:231-24.2 158. iARA 11:9)
1. Moskovskly gos, univeraitat, KafecIra geomorfologii.
(Caspian Sea region--Physical geography)

KARANDEYEVA, H.V.
Principles and methods foil preparing a geomorphological map of
the )Nropean U,S.S.R. andthe Caucasus on a 1:2.500,000 scale.
Vest'. Moak. un. Ser'O 5: Geog. i7 no.6t32-36 N-D 162.,(MIRA 16i1)
I- -
1. Kafedra geomorfologii Moskovskogo universiteta.
(Rusaia,~Northern-Geomorphology.v-Maps)
(ca*sus-Geomorphology-Maps)

%- --- I
KAPWMEY-171A, 0. G. - "Ecological-Physiologi calInvestirra+ ion of Temoo-
rary Anaerobicsis of Certain Lorer Invertebrates." Moscow State U imeni 1:4. 'T.
Lomonosov. Soil Biology Faculty. Moscow, 1956. (Dissertation for thu Dei~ree
of Candidate in Biological Sciences)
SOPRCE Knizhnaya Letopis', No 6 1956

KARANDSMA, O.G.
ry anaeicboisis of some benthonic invertebrates. 3iul. HOIP
Otd.biol. 61 no.4:108-109 Jl-Ag 156, (KLRA 10: 8)
(HiRINE FAUNA) (FRICSH-VATER FAUNA)
(MGEN-PHYSIOLOGICAL VFJCCT) I

-Vffti rall I of, br-oly Under
artaln conditidns. 0. C'. Karendeeva and M. A. Abqikf~
(M V Lu-nonoenv SLal, ~1%1"
:1 End ?qf~v * S 2~. S. R.
i--nd

KAUVDKMA, O.G.
Some aspects of metabolism in Modiola phaseolina and Mytilus
galloprovincialis under anaerobic and postanaerobic conditions.
Trudy BBS 11:238-253 '59. (MM 13:5)
(Ismallibranchiata) Oxygen-"iological effect)

KARANDEYEVA, O.G.
Analyzing the mechanip-4 of primary osmatic regulation reactions.
Dokl. AN SSSR 139 no.3:755-758 J:L-'61. OiRA 14:7)
1. Institut normallnoy i patologicheskoy fiziologii AMN SSSR.
Predstavleno akademikom V.N. Chernigovskim.
(osmosis)

KARANDEYEVA 0 G.:
Effect of the speed of the dhange of external conditions on the
metabolism of aquatic invertabrates. Vop. skol. 5189-90 162.
(KIRA 16%6)
1. Biologicheakaya stantsiya AN UkrSSR, Sevastopol'.
(Motaboliam) (Adaptation (Biology))

KARANDEYEVA, O.G.
Av~~-------~ '_ ~ -~ - t-,,,-..-
Computation of total water-salt balance in aquati C 4Lvertebrates.
_L
Dokl. AN SSSR 160 no.6:1430-14.33 F 165.
(MIRAI .18:2)
1. Inatitut biologii yuzhnykh morey im. A.0. Kovalevskogo AN UkrSSR.
Submitted FebruarY 5, 1964.

SHASHIOV, Boris Apollonovich; KARANDEYEVA, V.A... red.; ZYKIN, V.I.,
tekhn. red.
[Laboratory course on the theory of photographic processes]
Laboratornyi praktikum po teorii fotoprotsessov, Moskva,,
l'Islmsstvo.." 1963. 229 p. (MIRA 17:4)

NIKONOV, V.A. dotsent; &&9QMAYEVAz V.M., assistent; FORTUNATOVA, N.G.,
assis ent
Ways of eradicating diphtberia in Kalinin. Trudy Kall no.10.52-54
163, (MIRA 18:1)
1. Iz kafedry infektsionnykh bolezney (zav. kafedroy dottent V.A.
Nikonov), Kalininskogo gorodskogo meditsinskogo instituta i zav.
Kalininskoy gorodskoy sanitarno-epidemiologicheskoy stantsii
(glavnyy vrach GG.Davidenka).

NIKONOV, V.A., dotseAt.- KARANDAYEVA,_Ul., assistent; GORSHKOY, T.A., vrach.
Materialq on the treatment of ascariasis in patientB Wi7C,] Botkin's ':
disease (epidemic hepatitis). Tridy KCAII no.10017-321 163.
(MIR-A 1821)
1. Iz kafedry infektsionrqkh bolezney (zav. kafedroy -dotsent
V.A.Nikonov) KalininBkogo gosudarstvannogo meditsinskogo instituta.

KARAMAYEVA, V.P. (Mosk-va)
Protein assimil,;tionp nitrogen balance and vitamin C supply of
the body using a diet containing dehydrated products Vop. pit.
24 no.1:38-42 Ja-F 165. (AIRA 18:9)
1. Otdel gigiyeny pitaniya Moskovskogo nauchno-issledovatell-
skogo instituta giglyeny imeni F.F. Frismana (nauchnyy rukovoditell-
prof. A.I. Shtenberg).

go go
go 0 41 0 go Dole 0*009
on 4! x ou 11 HAI it a a a 41109
004
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at It *bosom 1,W the parposs, ad
cbe OW141DO.
06 d'
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5 771?
A. AS 771M.-Whea cmvectim pkya a p&n 1W *00
er btat frato a muting ps to the wall& of the vn-
008 wl, pm* math. trostateat kiis~ Amardimly, the cvW
ins of ak hot ps bu bma studied expWaxwntally and an
empkical cqnatian conawfins functima of vmxkius I*-
Mmeteti (size of
B. C. P. A.
,goo'*
*06
00,u coo
ego
04040
124040
A I a. I L A WTALLIRROCAL LITER ATWI CLASSIFICATION
Boom
WOW wit 0410 all uncon $1111.1 QMv al
7A RR
so L I I C~ a 0 0 1 jr a 9 a 6 1
U an Ic As an
0P. If 0 D v a of In, a, $It I
gogo go
00 0 00 60 0 go 0 0 00 0 00 000 000 0 9 0 41 0 0
410 0 00 * 0 0-00 0 0 0-0-ib O's go 664600'a 00

WLANDINO Boris Nikolsyevich, inzh.; FlLi~~V, lev Petrovich; TOLCHINSKIY,
OK, G.Yu., inzh. red.; UDALITSOV, A.U.,
glavnyy red.
(self-recording deam1ty gauge for smIl current 11 of li Uide
Squipment f or gatiging the heal-, conductivity of liquidel Regi-
BtAraiushchii plotnowr dlia malykh potokov zhidkonti, Ueta-
novka Me ismarentis toplopriovadnontl ithidkostei. Hook-va,
1956. 10 p. (Pribory i stend~r. Tema 4. no. P-56-417) Una 11:3)
1. Moscow. Institut takhniko-ekonomicheakciV informatsii.
(LiVids-Asasurement)

KARANDIN G.1 mashinist parovoza
Preparing to change over to a.c.electric locomotives. Elek.i
tepl.tiaga 5 no.11217 N 161. (MM 14.'n)
1. . Depo Koxkazakaya Seveiro-Kavkazakoy dorogi.
(Caucasus~--Rai:L-oads-.Eleotrification)

XALITAq P~Gvp gorny7 insho; KARANDIN. I.G., gornyy insh.; KM(NA, V.P.
Briquatting of brown cioal with admixture of anthracite fineg
U901' Ukr- 3 no.9:4ci S 159. (MM 13:21
1. Treat Tatitunugoll (for lalita, l6randin). 2.Yurkovskaya
briketnays. fabrika (for Urandin).
Wriquets (]Fuel))

KAJWIDIN&, G.I., aspirani;
Pi*esenca of hyallaronic acid in blood serum of rheumatic fever
patients. Trudy Novoelb.goo.medolnete 27;177-181 '57.
(MIRA 12;9)
1. Iz kafedry fakulltetakoy terapti (zav.p'rof. G.D.Zaleaskiy)
Navosibirskogo meditsinakogo inatituta.
(HTALI]RONIC ACID) (SERUM) (RHHUMkTIC FETAR)

3ELOV, G.F., assistant; MRANDIM. G.I., aspirant
E~uluronidaee content of the internal organs. Trudy Novoaib.
gos.med.inst. 27:182-185 '57. (MM 12:9)
1. Iz kafeeb.-y fakalltetakoy terapii (zav.kafedroy prof.G.D.
Zalesskiy) Novoaibirekogo, meditsinskogo institnta.
(HTALUROIIIDASE)

Ac,=ina and imect-VaCTors of Disease r!-2
A--bS jw~- : -Ref Z-1ilux - 3--ol., 1110 5, IOC8, L062-21
AixUhor : Ba'~ecv, 11.1%, KaranrUna, 13esed.nn, K.P.
inst : -
Title : Ecto-,-)-ira,;ites of Crista-te ana. Diurnal Pesch--m1m, CGerb-i-IC j,
of -the Eastern Cauca-,ian Fcothl
Orig Plub : Tr. U.-i. .)rotivochum. in-ta Ka-Imcm i Zzl:avlanzya,
!"'0 ij 125-:L47
Abstract : Fror. i.947-1952, l1,-168 fleas, (10. species) as well as
-65
U-c';!-S (ixmdic, hamasic C.:3, and ar~-msicc..3) Ware Coi.lectea
fro-m 5709 dturnal and cri ,st-ate, Clerbilv- vio!;. common ave
Cerato-phyllus laeviceps, vhich the entire area
ring all seasons of the year, but ihich diminish ill r-M-11,er
during zhe vLumer. Stenoporia vlasovi and Coptorsylia
ravn]Aensio of the Caucasm- foothills infect only scn(II:
near Kirna and Chernozeme-Isk, and, are found only rarely at
Card A/-.~
- AcRrinp- and Insect -Vcc W',- Gi* T)I.Z~cn~;o
Patho,~ens.
Ref Zhur 5., -'C153., IfI622
~.t Is ttrsumed thail.. they i:ere br~)ujlt -",ni;o
-i:he Eastern Caucasus fool,-h-.'L!--,z; froti Trarisco-5--lia '.-,y Sreen
vmrtir,~.~- C. Iaev~Lccps Ir mare -I)W-0--Int ~Jn c i
bils, "'111LIe Ol, (Ij '~Jje,r are
iumni ones founCt on szndu close
-Jer C ti ty -Ithail
.o steppe formatu'Lono. in a scmeNdlat lai G Ilil-in I
'a -,x) pecies 04-
on -,,,ea'~!y cons~~;Iif-teO :;ands. The Other t s-
fIeLls I-re n~,-)re wimerouz on 6iurncal than on the cristite
Cerbils. 1mong the reasons for these differences nre
mentionec! the dissimilar dUratiOrl Of P-"CSSCrVation of grer-
b~,%j b,.il-rovs oil differeat noils, the paz-ticular ive of
burro-,-O 'by gerbi*I'j) etc. The lar,gest n=ljcr of al-I threc~
f1c"I ~;VCcius on gerbilt, is ill tile ai.1-wima, but C. laeviceps
i-, al,~o abujidant ill mpring when the --verage air temperatii-
re reaac'les 5-70- Tne ch--=e of C-Lens-ity on Lerbils is
noted v~hen t1he density of the animr-I -~)opulation is mv.-r-XcdIY
C a a 2v,

KARUDINA R S. KCS:UIN-Sh-lY, R. B.
ItTagging the red-tail sand rats and their fleas in the enz,,,otic plague
area of the Bozdag range (Azerbaidzhan SSR)*" p. 241
Jjesyatoye Soveshchaniye Do parazitologicheskim oroblenam i
-orirodnoochagovym boleznyam. 22-29 Oktyabrya 1959 9. (Tenth Conference
on Parasitological Problems and Diseases with Natural Foot 22-29
October 1959), I-Io'scow-Leningrad, 1959, Academy of Medical Sciences
USSR and Academy of Sciences USSR, No. 1 254pp.
Antiplague Inst. of the Caucasus and Transcaucasus/otavropoll

KOSMINSKIY, R.B.; KARANDINA, R.S.; LSYKINA, G.A.
Sensitivity of different flea species to DDT. Dokl. AN SSSR .130
no.4:1020-1022 Ag 'Q. (MIRA 34:7)
1. Nauchno-i6sledavatellskiy protivochumnyy institut Kavkaza i
Zakl%vkm%'ya. Predstavleno,akademikoa Ye.N. Pavlovskim.
(Pleas-Resistanoe td'insactioides) (DDT (Insootioide))

lixperience in the sturly of the autumn :rd wliint~~r ulji-r~-A-Ion of
,gerbils 1,11eriones erythourus Grcy and IuLeir flear In the region
of the Bozdag mountain ridge (Azerbai i.Ln A.S.S.R. ). 'led. -olllrnz.
i paraz. bol. 33 no.2:233-234
1. Fauchno-iss1ciovatel'shly 11~stitutu Kavl-Lza
i Zpl-a-,r'y,-azlva llinisterotva zdravookhrrieni.-
pa SSSR (dirp~~T-or
'.'.".Ter-Vdrtw-Iov), Stavropol'.

-
-- 11 - . . - .-1 1 - I - . I- : -1 ~, ~, fl, ~ 1,-, .4 mlia-
MANMA, . S-. N.
--- ...... .; -
28304
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254?0
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109, S. 37-57 - Bibliogr; 7 !Ta7-v-
SO: L'PTOPIS 'To. ll~,
A
g,~
A

KAWIDINk. S. N.
Oak
Ecological and biological differences between early and late varieties of oak
(Quercus robur L. var. praecox and var. tardiflora Czern.). Uch. zap. Len. un.
no. 143, 1951
9. Monthly List of Russian Accessionst Library of Congress, HW -1953. Unclassified.

A
Oak
Development of oak sprouts depending on the intensity of interaction among themselves.
Dokl. AN SSSR 89, No. 4., 1~53-
SO: Monthly List of Russian Accessions.* Library of Congress, June 1953, Uncl.

rA�AwnlmA v
~% - %10"
Dispersion of underground parts of plants in certain associations
of the Khibiny Tundra. Bot.zhur. 39 no.6:809-818 N-D 154.(Hxak 8:2)
(Khibiny Tundra--Roots (Botany)) (Botanv_-Zoology)

,.,POLISKIY, M.N,
"
Rxperimantal plantings of oak on dark soile of large sunken areas
in the nnrtweatern part of the Caspian Depression. Trudy Inst.
less. 38:41-50 158. (MIPA 11:10)
(Caspian Depression--Oak)

AFANAVYIWA. ~TO.A.; URMINA, S.N.
Combined study of the structure of root systems and water balance
in southern Cbernozems under woody vegetation. Trudy Inst.leas
43:124-13V 1 58. (MIRA 11:12)
(Forest soils) (Roots (Botaxw))

KARANDINA S o; RODEy A.A., prm~.. doktor goologo-miner. naulc,, otv.
redo; PAVLOV, AoN., red. izd-va; ROMOV, G.No. tekhn. red.
[Pure plantations in large trouphs of the Caspian Lowland]
Chistye kul'tury dre-veanykh porod na bol'shikh padinakh Pri-
kaspiiskoi ni2mennosti. Moskva.. Izd-vo Akad. nauk SSSR' 1961,
177 po (MIRA 15:1)
1, Akadomiya nauk SSSR. Laboratoriya lesovedeniya.
(Caspian Lowland-~-kfforestation)