SCIENTIFIC ABSTRACT KAZANSKAYA, T.B. - KAZANSKIY, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721310019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KA ZA " -,Fl~ Y' , T. B. , G.A L,~ - TJTUT
L. A. , POMIO.-A, I. G. , ACtdOV- , P. A. (USc,,R)
"Par'Llicipatii. n of Curtain Chcriicrd CorL%oundi-,
in Strc;-tcni cin
Biosynthc~s.*, s-.
.~0,1,ct
Report i,ms!-,r,,t,-,d Pt. tl,!u ',Ui IntorivAl-lorvil
Ptoch-~n'Lntry
ic)-16 tLu,--.~.St 1961

POLTAVA, I.;G.;jS~-4PP-F4Xk0'-T.B~
Morphology and cytology of Actinomyces streptomycini in
relation
to the composition of culture media. Mil-robiologiia 30
no.1:72-
75 Ja-F 161. (MIRA 14:5)
1, Institut mikrobiologii AN SSSR.
(ANTIN014YCFZ)

KkZANSKkYA,_ T.B.j_ qUMA, I.G.
Effect of organic acids of the allphatic series C2 - C
on
the growth of Aotinomyces streptomycini and the
formatton of
streptomycin by it. D6kl.AN SSSR 145 no.5t1158-1159 162.
(MIRA 15:8)
1. Predstavleno akademikom V.N.Shaposhnikovym.
(SUREPTOMYCIN) (ACIDS, FATTI) (ACTINOMYCES)
A lt~

SHAPWH14IKOV,, V.N.; KkZLPEKM,- T.B.; ORIDU, I.G.
Effect of dicarboxylle acids and apme othir
compounds on the
bios.vnthesiB of atreptoaVoin. no.6t813-
824 N-D 162. . I (MMA 16 % 1)
1. Inatitut mikrobiologii AN SSSR,
(STREPTOWCIN)

SHAPOSHNIKOV, V.N., akademik; KAZAIISKAYAp T.B.;
ORLOVA, I.G.
Characteristics of Aerobacter cloacae No.28 as
related to the
acaumulatio, of valine in the medium. Dokle AN SSSR
159 no.6:
lj;08-1410 D 164 (MIRA 18:1)
1, Institut mikrobiologil AN SSSR*

IIISHRNTISKIYP A-A- R,,IlTla-.',IfTFYN, Ya.I.;A M.N.
I jj;& ~
rivel Jndreevich ~gatziv, 1905- on his 60th birthd:q.
Y.J.Krobiologlia
.,34 uo,42749 J-1-Ag 165a (MIRA 18*10)

FUSTOVALOV VoTv; bininsla uchastiye IgWiMU, T.G.
Iffgh temperature (up to 2p4WO) determination in vacuum
of the
Ift conductivity of refractory materialoo,
Sborenauch.trudt
24 t0-523 335 161* (min 15t12)
TiRefractory materialo-Thermal properties)

AUTHORS: Tiahchenko, V. V.,_1 BOV/79-28-6-59/66
TITLE: Transfornation ofd3-p-ttenthene on the "Gumbrine"
Clay
(Prevrashcheniye 463-p-mentena na gumbrine)
PERIODICAL: Zhurnal obshchey khimii, 1958, Vol. 28, Nr 8,
pp. 2277 - 2279 (USSR)
ABSTRACT: Investigations concerning the isomerization of
the cyclic
hydrocarbons with the naturally occurring aluminium
silicate catalyst are closely allied to questions of the
origin and transformation of earth oil. The isomerization
of the aromatic and several earth oil hydrocarbons have
been well investigatedi but the cyclic compounds with one
or two bonda in the nucleus have been investigated in this
respect to only a sligght extent. It is the purpose of this
paper to supply some much-needed information in this area.
Reports on the isomerization of menthene in the presence
of a natural aluminium silicate catalyst do not appear
in the literature. H.D.Zelinakiy and G.S.Pavlov (Ref 1)
be,,-,an working on this problem by passing menthene vapor
at
Card 1/3 175 - 1800 into a stream of carbonic acid under
palladium

Transformation of A3 -p-Menthene on the "Gumbrine" Clay
SOV/79-28-0-59/66
asbestos and thus prodacing menthane and cVmene. More
importantly in this direction was the research on cyclohexene.
which is a derivative of menthene (Rafe 2-5). The ex-
periments on the isomerization of cyclohexene with an aluminium
silicate catalyst were carried out at 320-4500, althou(;h the
isootasis theory claims that the maximum possible temper-
ature to which the earth oil could have been exposed in
being formed was nol.,over 2500. For this reason the ISO- 0
merization of the .4-1-p-menthene was carried out at 170-230
in the work reported in this paper. "Gumbrine" clay was
used as the catalyst. In doing so it was shown that hydro-
gen was dispersed more around the ring, and that the ring
contracted. The result of the isomerization was the formation
of a mixture of hydrocarbons, from which
1,2-diniethyl-3-isopropyl-
cyclopentane and p-menthane were separated. In the iso-
merination polymers formed (34-35~*) which were dimers of
terpinene. Details appear in the experimental section. There
are 8 references, 7 of which are Soviet.
Card 2/3

Transformation of 44 3-p-Menthene on the "Gumbrine"Clay
SOV/79-28-8-59/66
ASSOCIATION: Leningradskiy gosudaretvannyy universitet
(Leningrad
State Univereity)
SUBMITTED: June 22, 1957
Card 3/3

lu
A
15 kilo
AUTHORS:
TITLE:
87432
S/19 60/000/010/004/017
B004YBo6o
Skrylova, L. V., Molotkov, R. V,, Gonor, E, S.,
Kazanakaya, V. F., Gvirts, E. 1q.
Polyglucidyl Cyanurates as Heat-resistant Epexy Resinn
PERIODICAL: Plastioheskiye maosy, 1960, No. 10, PP, 15-14
TEXT: The authors based on the U.S. Patent No. 2,809,942 to synthesize
an epoxy resin from cyanuric acid and epichloro hydrin OL~(E?s-Resin.)Y.
[Abstracter's Note; The synthesis is not described). Number of epoxy
groups (29-32%), content of inorganically bound chlorine (0-04-0-06~6), and
content of organically bound chlorine (5-6%) were determined, ETs resin
was polymerized either with maleic anhydride or phthalic anhyd];ide. Its
thermomechanical properties were examined and compared with those of
)A-6(ED-6) resin (a than resin). A better heat resistance (up to
170-1750C) and a smaller dielectricity loss viere established at high
temperatures, as compared with ED-6. There are 2 figures and 3 non-Soviet
references.
Card 1/1
r
-,f V.Viv

L 12583-153 E'fiP(j)/E'MT(m)/BD8 AFFTC/ASD pe-4 RX
ACCESSION VR: AM 003303 8/0191/63/000/007/0017/0020
AUTMRS: T~airkln, Zo; 11010tk*v# Re Vo; Kh"MMMMIal. V6 14
-TITIE.- TeitraWrophthalic and mathyltetraWd-royhtbalic anhydrides
as !22xy _rq a in
,curing agent4'
,SOURCE*. Plastichaskiye masByj no@ 7. 1953# 17-20
,.TOPIC TAGSt totrahydrophthalic anhydride,
rathyltetrahydrophthalie anhydrider
.epoxy resint =Iola anhydridep plastic curing age%
ABSTRACIT: In order to obtain a less toxic and lass tMparattre-
eons it i ve epo%y
.resin curittg agents as compared to malaia and phtalit:
anhydridest new typos of
,curing aget,ts rare synthesized and tested The syntbesized curing
agents are
Cis-1,2,3,q-tatrahydrophthalio anb,, ride d
thalic anhydridee The physico-chomical -~Ipertios and dielectric
proporties off
,the compouals cured with the above anhydrides am alaso to the
properties of the
compounds eured with =1eio and phthalio anhydrides.
Vothyltetrahydrcphthalic
anhydride poesesaaa better properties thmn totrahydrophthalic
anhydride, it
also has an advantage over malaie and plathalic anhydrides since
its resins have
A longer life apant. is lose volatile than maloic anhydride, md has
a =ch lover
Cord

;L 12.583-'63
!ACCESSIcu xiq~:
ImIting tempe
ihas: 6 table araatundre2thfaingUplrae&Sh.al'o cmd totr4hyd-rcPhthaU0
anhydrldee. Origs art a
ASSOCIATION:. none
SUMII*MD: 00 DAM Aft 3O.Tu163
.SUB CODE.-~ M
ENCL; 00
NO FW SOV: OD4 OTIMR: 008

ve sovedineniya, v.
7-TIC, TA dihen7-jitp, arrvil- arid,
UZOLSLIbL LyrOc L;-i, L
A T.-'; 7, "IqC r Z51 -L 10-1, t-f in-, In-, -ne C% 11P) L ~i
A
r-Tj'?(3 c I F-al vr~ 1ju
be , 44 For the FA-C-VII-P pair. '-Iiry
Ca 1?A 0. L3 and 0.95 :j 0.002, respectively,

L 33945-65
acusiou mt AF40472%
were 1.9. 4 0.2-3 and 0.91 0.-25, respectively. 'Vhe specific nctivItY Q)
n f
urt th I C.' ims 1 .3 vol a-r:~ t-V
k~ wit"I M.Ac -,a& I.B0 djj~! C Id.18 U.014. 1:1 U1. Z'
magnitu&3 that. styrers. lr~!~Cl* BXLS a in
J Loulngrm~Aml4y~j, ',ftnTqgicheok:Lv insf:itut lm~, Unsoveta (treningrad
Cord 2/2
EMIR MOE
Rr-,

ACC NR, Ap6021974 SOURCE CODE's UR/O153/`6/CC9/C02/O314/03i6
D 7
AUTHORS Kazanskqa, V. F.; Klimova, 0. M.; Tikhomirov E A - Sokolovp
G. 1.
ORG: Plastic.< ibehnology Department, Leningrad Technological
Institute im. Lonsovet
(Kafedra .,mnologii plastiAoskikh mass, laningradskiy
tekhnologichaskiy instiz:~11_7_
TITIZ: Copolymerizationlof vinylene carbonat~lwith aar7lonitriI6
.-.In aqueous solutions
SOURCES IVUZ. Khimiya i khimichO3kaya tekhnologiya, v. 9, no. 2,
1966, 314-316
TOPIC TAGS1 acrylonitrile, carbonate, copolymerization
ABSTRACTS Vinylene carbonate (VC) was copolymerized idth
acrylonitrile (AIN) in 8,,'0'
aqueous solutions at 200C without adding any special initiators.
All the copolymors 1
were purified by reprecipitation from a dimethyl sulfaxide -
acetone mixture, the
degree of conversion was determined gravimotricallys and the
copolymer composition
was obtained from ultimate analysis. The relative activity
constants of VC and AN
were calculated from the dependence of the copolvmor composition on
the composition
of the initial VC - AN mixture, and found to be: for VC9 r, -
o.oB6�o,051; 10or AN,
r2 = 3.40t.117. The specific activity Q for VC vas 0.043, and the
polarity factor
e = -0.41. The intramolecular distribution of monomer units in the
copolymers was
calculated. The probability of finding two consecutive VC units is
very small, even
for an 8Ot2O ratio of AN to VC in the initial mixture; hence, the
copolymer molecule
-Card 1/2 8

ACC NRj AP6021974
is a chain consisting of large blocks of AN units which include
single VC units,
Zie VC-AN CODolymars are similar in properties (solubility,
capacity to form films or
fibers) to p~lyacrylonitrile,~ Orig. art. has: I figure and 2
tables.
SUB CODS.- II/ SUBM DATE: 260at64/ O&M REF.- 004/ OTH RUI 005
0

KAZANSKAYAP Yes 6
Ry NA
Patents In knit goods ma-, acture (from "Wirkerei-und
Strickerei-
Tachnikt" noe6p Xne 1960). Teksteprom, 21 no.3:79 Mr
1619
(MIRA 14:3)
(Germany#East-Knitting machines-Fatents)

. _- 'IrAZANSPTA,
_1~,.A. . - .
__- ' ' I ~ - ~
Natural conditions and agr'rchj~.tral utilization of
Chilik District,
Alma-Ata Province. Vop.geog.Kaz.no.2:166-194 '57. (MLRA
10:7)
(Chilik District--Sconomic geography)

KAZ,MKAYA, YO.A.
Natural conditions and Op
,ricultur&l utilization of D2h&mbul
District in Alna-Ata Province, Trudy Sokt.piog.AN
Kazakb.SSR
no-3:114-137 159. . (MUU 12:7)
(Dzbambul District (Alma-&ta 1'rovince)--Agriculture)

KAZANSXLTA. Ye.A.
%tural conditions and agricultural davelopmont of the
Enbokshi-
K"akhakiy District of Alma-Ata Province. Trudy
Sokt.geog.AN
Kazakh.SSR no.4:73-96 159- (MIDA 13: 4)
(Inbakehi-Kazakhakiy District--Physical geography)

UZANSKAYA, Ye.A.
Iake Beloye of Kokchetav Frovince. Trudy
Sekt.goog. AN
Kazakh. SSR no-5:152-164 159. (MRA 13:4)
(Boloye,'Lake (Kokohatav Province)-Physilcal
geography)

KAZAIMM TeA-,,,,,,
Natural conditions and the agricultural
dowelopment of
Ili District, Alma-Ata Province, !Pmdr
Sekt.geog.AN
Kazakh. B.S.R. no.6:34-64 160. MU 13:7)
(Ili Distriot-Physical geography)
(Ili District--Agriculture)
I

IZANM:AYA, Ye.A.
Basurman and Ashchikoll lakes in Kokchatav Province.
Trudy Otd.
geog, AN lasakb, SSR no-7:209-217 160. (MIU 13:12)
(Kokchetav Province-Lakoo)
-7
74,7

KAZANSKAYA. Yej_A.; KANTSELYARISTOV, P.S.
Natural conditions and the agricultural development of
Kaskelen
District, Alma-Ata Province. Trudy otd. geog. AN
Kazakh. SSR
no.9t63-84 162. (MIRA 15t6)
(Ka3kelen District--Physical geography)
(Kaskelen District--Agric-ultural geography)

CHIGARKINx A.V.; TIRIFONOVAI T.M.; SIRNOVAx
R.7a.; KAZAVBZAUL_
.7 ~.A *~LESGVA., L.A,, MMUMETZHANOV, S.,, kand.
geologo-
riner. nauk; GLAUYSHEVA, U.N., kand. geogr. nauk;
BAZARBAYEV, K.; KU2WSOVA.. Z.V.j ABDRAMIMNOV, S.;
I,AZARENKO) I.M., kand. geogr. nauk; YESAULENKO,
P.I.,,
kand. sellkhoz. nauk; LAVROVA, I.V.j. kand.
ekonom. naak,-
PALIGOVj N.N., akademik, red.,, CHEZGANIOV, L...
red.;
INAG4MIJ-8 tekhn, red,
[The Virgin Territory; brief studies on nature,
popplation
and econonVITSelinrTi krai; kratkie ocherki o
prirode, na,
selenii i khoziaistve. Alma-Ata,, Hazakhskae
gos. izd-vop
1962. 188 p. (MIRA 15:9)
1. Otdel geografii Akademii nauk Kazakhakoy SSR
(for all
except Chezganov Nagibin). 2. kkademiya nauk
Razakhakoy
SSR (for Pallgav~-
(Virgin Territory-Economic geograplW)

Trudy Ot.d. geog. AN Kazakh, SSR
p,.j,t,je spits of Lake Alakoll.
no.lla68-174 165.
ixsger Araltobe Island in Lake Shsykkcl.'. lbid.:175-178
(MIRA 180)

1473-0
ACC~ NR, AW025375 SOURCZ CODES IJR/0000/66/000/000/0081/0094
AUTHORt Luktyanova, L. D. and_Mxanskayaj,_ Yo. Pe
ORG: none . .......
I
TITLE: Problem of the functional significance of changas in
cerebral biRRkQ=ELC____
activity and Lts cerebral oxidative capacity during_vibration
SOURCE: AN SSSR. Institut biologichoskoy fizilcl. V11yonlyo
faktorov kosmichaskogo p;,
polota na-TURTYrr-Fa-antrallnoy narvnoy slatomy (Effect of space
flight faotors *A
functioAs of the control nervous system). Mscowf lzd-vo noukaj,
1966, 81-
TOPIC T&GSS bloolactric phopomanon, cerebrumv biologic
metabolism, biologic
vibration effect, rat, EEG, oxygen consumption, human sense
ABSTRACT:
The 'Oxygen metabolism of the bra*i:n as. 'a function of its
-bioelectricity was studied in rats exposed to multiple vibratiou
-(0.4 mm, 70 cps*, exposure duration 15 min). The method of
polarographicall-)r determining oxygen tension in the brain was
-the same as used.'in previous studies (Luklyanova, 1964). Fmls'l
vere-taken and--the tissue diffusion current was measured usiAg
bipolar platinum electrodes from the
audio-cor.tical. and cau4ate nucleus regioneo/
1/3
UDC: 612.014.482
r ~AC&_NR, AT6025375
During vibration tests'. rats were allovqd to-move freely
~in a container fixed to the surface of the vibration stand.
Results of oxygen tests conducted in a container with a 98%-99%i;
0, mixture are-shown in graphs. Other graphs show-..I) the types*
o changes in EEG indices which occur during vibration; 2)
dynamics of changes in 02 tension as a function of vibra tion;
3) changes in cerebral bioelectricity of individual animals as
a function of the number of exposures to vibration.
Experiments showed that during vibration,.atable fo ci of.
excitability associated with an increased level of oxygen
conE4mption develop. These shifts are accompanied by hyper-
synchronized, lov-frequency, ainusoidal oscillations with a
11-cps.frequency. This phase of increased oxygen consumption
(or excitability phase) amplifies in time and is accompanied by
marked changes in cerdbral bioe *lectricity, suggesting that
this fi-
may be a compensatory - adaptive period. CompenscLtory-adaptiye
mechanisms which lower the vibration sensitivity of animals
occur as a result pf decrease In excitation processea. However,!
the shift in oxygen metabolism was not always accompanied''by,
cha*nges in.cerebral bioelectricity. Changes In cerebral bic-
electricity, dur-ing. vibration qcqxr in tv~o
2

L- 07473-67 --
ACC NR: a 6025375
characterized by general excitation which affecto varioua cere-
bral areas, and the other phase in characterized by concentra-
tion of an excitatIon pro.cess_.in the oeneorimotor and vioual
cort.ices.'Orig. art. has: 8 figures. CW.A. No. 22; ATD Report
66-99J
SUB CODE: 06 SUBM iDATr-.t OIFob66
Card 313 4~
gg'

ACC NRz A-16036644 SOUIXI~ COD-,': U;Vo.)()O/t)6/00f)/C,00/04'66/0268
AUTHOlU lAiklynnova, La D.; Kazanskaya, Ye. P.; Yollcsova, A. V.;
'Noyzerov, Yo. Ss
OIRG: none
TITLZ: Investigation of the Interdependence boLveon the
functionaknctivity of the
brain and brain oxygen metabolism during stimulation by
vlbrationLPaper presented I
at the Conforonco on Problems of Space Nodicino hold In Moscow ErQ=
24-27 May 19667 1
SOURCE: Izonforentslyn po problomam kosmichoskoy medItsiny, 1966.
Problemy
kosmichoskoy meditsiny. (Problems of space medicine); matortaly
konferentsli,
Moscow, 1966, 266-268
TOPIC TAGS; vibration biologic effect, central nervous system,
alectroancephalography
Ioxygen consumption
ABSTILICT:
After exposure to vibration'(70 cps, 0. 4 rnin, 15 a character
of varjous indices of higher brain sec,ion.:- 0 On'? min
:.in chan,,Cz
ration, slow (I hi ch voll a
after exposure to vib cps)
in llao '_-_1,G,1s of angina',
hypersynchronized waves (HSW) .%,ere noted -s. These
Were especially pronounced in the sensorimotor anus v.*~sual
cor-,I,-es and co-
incided with a sharp increase in oxygen consumption in all sections
Of '"he
L f HSW a]LI brain
ibrain. Repeated exposure caused a stage o
sections subsequent _1o, their concentration. Wq'len oxy,--cn.
consurno-ion, in
C.rd 1/3
ACC NR. A76036644
anirnals decreased during stressor stimulat-ion, FSVV
or did not occur.
A sharp decrease in oxygen consumption, disappca~%knco ol, and
i manifestations of burst activity were noted after vibra-.1on in
all see-
tions. At the same time, a complete disinhibition ol conditioned an,
uncon-
ed
i*d`tioned reflexes was notedwhich indicated the devolopnient of a iz
;inhibition in hiaher brain sections. A two-wave dccrca6e in oxy(,en
Con-
sumption after vibration coincided in time with a tv,,o-phased
intensiiicatioa
!of 'the superslow potential and an intensification of ;aourly
fluctuations. All
this indicated a sharp disruption in normal functional nervous
systern inter-
!relationships during this period.
The multiple application of a vibration stimulus caused an
intermediate
'state characterized by compensation, adaptation, and relative
functional
normalization. A decrease in brain metabolic shifts was. noted
especially.
after vibration. The latent period of HSW developraent steadily
increased
:in ffie visual and sensorimotor sections of the brain. Dominating
r.-iytthm
;in the auditory cortex and motor region of the subc-ortex became
low-fre-
.quency (8-12 oscillations/sec), synchronized rhytIams superimDosed
on HSW.
iThe number of "fluctuations" and burst activity after-
vibration.decreased.and
C.rd 2/3

ACC NR: A16036644
the duration of the normalization of these paranietc. a:tcr
each exposure to vibration. Almost immediately ailc; r vibration,
natural
and conditioned reflexes were observed. The period of relative
normaliza-
tion during the ropeated action of vibration alternated with -a
period of dis-
rupted cornpen-sation' and adaptation as rel1ected in a steady
depression of
rhythms during and after vibration. The level of conditioned
reflexes de -
creased corpared to normal levels and did not recover until 3 weeks
after
termination of the final exposure to vibration. ':lie phase of
increased oxygen"
consumption. developing during vibration was not replaced by a
decrease
phase and continued to increase steadily. The artificial exclusion of
peripheral impulsation by means of the partial exclusion of auditory
and
vestibular analyzers decreased the effect of vibration stimulus on
tbe BEG
of animals and brain metabolism. The establishment of compensatory
adapta-.
!14ions took place without lowerina,the Lreneral functional.level,
Thesc.d~ita indicate that'dur-in'rr multiple exposure to vibration,'
a-geheral-
ntral nervous system
decrease in 'he excitability of the ce. to peripheral im
pulsation occurs as a resul.t of the depletion of neural processes.
'i/W. A. No. 22; ATD Report 66-116/
iSUB CODEs 06 SiUBM DAVE: 0014ay66
Card 3/3
-w-
Lo?4-#2-6"1 ow (1) surB
ACC NRI AT6025377 SOURCE CODEt UR/0000/66/000/000/0105/0124
AUTHORt Luklyanovas Lo ye. PO
_Rj. Kolltsove, A._V.; Mayzorov, Yo. S.: Kazanska
ORG: none
T11 IM Investigation of the connection between cerebral 4~4y
. _CSojp4~p#bqUqm, I t9
electrical activity) and,tho conditioned reflex activity of animals
attar vibra.
-tion
SOURCE: AN.SSSRt. Institut biologichoskoy fiziM.-Myanlya fahtorov
kosmicheskogo
poleta na fu.nktsli tsentralinoy nervnoy sistem (Effect of space
flight factors on
functions of the central nervous system.) Moscowq Izd-~vo Nauka,
1966, 105-124
TOPIC TAGS: blooloctric phenomenon, rat; corobrum, biologic
vibration effect,
conditioned reflex, oxygen consumptions eago biologic metabolismo
reflex activity
ABSTRACT:
Methoda used in previ'ous studies by the*author were'applied
*to this expanded study of the effects of vibration (70 cps,
0.4 mm, 15-min exposure duration*, up to 30 exposures) on the
cerebral activity of rats. As in a previous study, vibration
caused phassad shifts in some indices of the functional coaditio~
of the braii-.k./
Card 1/2 UDCt 612.014.482

---L 07472-67
ACC NR. AT602.5377 cc)
The firA P*hase*; -,Which occurred after 1-4 exposures, wds,---
characterized by the development of general inhibition in the :7
'form of decreaued-cerebral oxygen consumption, corresponding
EEG changes, intensification of very slow oscillations of the 11
potential,.and complete,~elimination of conditioned reflexes. i
The second phase, which occurred after the fourth exposure,;
was marked by the.development'of compensatory and adaptive
nd relative functional'normalization. Diminished
processes a
.changes in oxygen metabolism were observed, together with
corresponding EEG.indexes and the recovery of natural
conditioned I
.reflexes followed by the development of artificial reflexes
.(those induced by experimental parameters).
The third phase occurring after 20-25 exposures was
characterized by a general decrease in the functional activity
of upper cer ebral centers. Oxygen consumption decreased, bio-
electrical antivity during and after vibration was depresse'd,
and conditioned'reflex activity was maintained'at a low level
long_after Vae last exposur ,/Orlg. art. hast 10 figures and I
table.
L'W.A. No. 22;_ATO Roport,66-993
SUB CMEs 06 / SM DATE:' OlFeb66
Card ? i?

L 07485-67 Edr(l)
ACC NR, AT6025378
SOURCE CODE: Ulit/0000/66/000/000/0125/0128
AUTHOR: Kazanskaya, Ya. P.; Luklyanova, L. D.
ORG: none
TITLE.* Changes in respiration during vibration
SOURCE; AN SSSR. Institut biologricheskoy flzilci.. Vityaniyo
faktorov kosmichaskogo
poleta na funktsit tsontrallnoy ncrvnoy sistemy(Effect of space
flight factors on
functions of the central nervous system). Moscow, Izd-vo Nauka,
1966, 125-128
TOPIC TAGS: biologic respiration, biologic vibration offoctt rat,
blosensor,
ECG~ biologic mataboIlsm / El,,TSCh-3---CG
ABSTRACT:
Respir"tory cnangen in response to vibration were studied
using male Wistar rats weighing 200-250 g. The animais were
subjectcd to 15 min of vibration (frequency 70 (:P,;, timplitude
~
0.4 mn). A special sensor attached to the r00r, ribcage and an
1EXPSCh-3 electrocardiograph~were used to record respiration..
~Graphu of reGnilrz,tory -movements for individual rats sjiow the
1'l4clj: of uniforr-ity in respiration under the inf.Wence 04' vibra-
It,on. 1,!thou7,h -~-n the first vibration period a general tendency.
r C ,!Gpiratory frequency.wLI-r- obner,;%ta, reuctions
UDC: 612.014.482
rci
,~~cc m,~: v~~,-;25373
the occond apiriLtion pijaue and in the poatvibratlozi period
re
-furied with individual rats (nee Figs. I und 2
170
ISO -
1/0
100.
:PO
'SCTB DD/GD
(a) vibration
--~er~v-fbration:
af.
Changes in the frequency of respiratory movements in
rat No. 1 during and after vibration. a - vibration; b - after
vibration.
'On the abscissa -- time from the-beginning of vibration in
minutes. On the ordinate -- frequency of respiratory movements,-
je., jeji-el. rThese designations
init
ccrd2/3

-V~ - 61 --- - -'- -- ------
ACC NR. AT602,5378'
Fig. .2. Changer, in the frequency
1701 of respiratory movements in rat
10 - 3 during and after vibration.
NO
1"0
ej
..IrAH -A,
I le..
v ib a,t i 1) nM'after vibration
waG further determined that chunges in oxidative metabolism
?oCCUA-rIn'r,*, durir,6 vibrution are not related to changes
observed
No. 22 AID
in ex-zernal re&-,irution., Orlu,. art. has: 3 figurlaS. L~-.,.A
9 "D
SU3 COY)n-,: C6 OIFeb66
Cord 3/3 -Y

KAZANSKAYA, Yu.A. (Moskva)
Public medicine in pro-Revolutionprv Hussiia in the control of
eDidemics. Sov.med. 21 no.11:145-15o h 157. (MIRA 11:3)
(CORMUNICABO DISEASES, prev. anel control
in Russia, hint.)

KAZANSKAYA, Yu. A.: Master Med Sci (diss) "rhe history of the. social
struggle against epidemics in Russia (1861-1905). Material on the history
of Russian epidemiology". Moscow, 1958. 16 pp (Min IlealLh USSR, Central
inst
foi the Advancact Training o( Physicians), 200 copios (KL, No 11, 059,
11-1)
g

ZABLUDOVSKIY, P.Ye., doteent; &'V-N.I;KAYA, Yu.A.
(Moskva)
Politically active Ruoulan lAquiclana ito
c~aractGrized by
the Secret Political Police DepRrtment. Trudy Perm.
gos. mad.
inst. 43il93-198 163. (MIIRI'~ 17-.6)

YJLV.I,.SKAYA, Ye. 1.
11mbe Problem of the Etionathogenesis and Early Diagnoris of
Thrombopblebitic
Splenomegaly in Childrenj," Vop. ped. i okhrar, mater i det.,
16, Vo-5, 1948
Chair of Faculty Pediatric, Leningrad Pediatric Inst.

KAZANSKLYA, Ye. I.
"The Problem of the Diagnosis of Abdominal Diseases in
Children under Polyclinic
Conditions," Vop. ped. 1 okhron. mater. I det., 16; No.6, 194e

lyk,
ta sy a an thip legictiailso In Italik
.d N. F.
and
111111ova (Len poll 1wial. last. oj~ Pedi is. I
" 2, ; I).
Mal No. 001%
1111tva i Pebim III.
IWVTI W tile enlyttwal and the trivol 11-111,16,41 IV.
*Ix"Iw I., w trial ad 11101, late III
kit -plw *1111tott:1.16' C%WhIllkJo.. fit tile 1111111V1.
IIIA Irvil,
.1 Ill. "I'd ratatut arc chattacirtow. Aiih a
able coll.tuceffient of IiI.Ayl,is on Irittath.fs I-v
nidli. 4d.
1111111.M111011. In toxic conditions a higher cAlilAw -ilia
lc%s W%,su%X of lilww is found, and the milk wcActum I,
vursully livs. It% chil.firrat "ilia C4,1111.111"I
bluaw mad AntvLtw are IOW. C41AIAW It IAIhVF 111911. AII-I
the 11111L mulsoll 6 vAruble. C.. M. K-11.41.441

K,V,,'tllS,I:I, N.
New Graduation Standards for Radio Amateur Sportsmen.
"HADIO" Ministry of
Gommunication, ;V7-8:1:Au[;. 55

KAZANSRI, M.M.
The Gulf Stream. Priroda Bulg 13 no.41:110-11.1
JI-Ag 164.

KAUNSKI, N.
North Pole, thio large land. p. 14.
RADIO. V01. 5, no. 2, 1956
Sofiia, Bulgaria
SOURM East Wropean Accessions List (ESAL)
Library of
Congress, Vol. 6, No. 1, January 1957

IY, A.. lektor politchasti.
Reliable aids for seamen and scientists in the Arctic.
Mor. flot
17 no.12:8-9 D 157. MIA 11:1)
1. Polyarnaya aviatmiya Glavaevmorputi Minioiterstva,
morskogo flota.
(Arctic regions-Navlgation) (Aeronautics)

,XAZANSKIY,, A., instruktor politchasti polyarnoy
avigiteii, YNMELIYAMY, A.,
Instruktor politchasti. polyarnor aviataii.
Initiators of flights without navigators. Hor. flat 18
ne.5:22-23
NY 158. (MIRA 11:6)
(Navigation (Aeronautics)) (Arctic regiong-Aerial
exploration)

TADIVASOV. Dmitriy Goorgiyevich; XLZAMIT A. re&.:
LUKASHEVICH, V.,
takhn.red.
[Investigating the effect of conditions of carrying
out the
electrometallixation process on the properties of
metal
coatings (in connection with the reconditioning of
worn
tractor and automobile parts]. Iseledovanie
vlliantia uelovii
proteesse. elektrometallixataii m evoietva
rietallicheakikh
pokz7tii (V eviazi a voestanovleniem isnoshewWkh
traktorErkh
i avtomobillzWkh detalei). 'SariLtovskoe
kni-zh.izd-vo, 1958. 157 Pe
(Saratov. Institut makhanizatsif sel'skogo
khosiaistvae
Trudy, no-15), (HIRL 13:7)
(Agricultural mchinery-Kaintenance and repair)
(Metal spraying)

K"ANSKIY, -A,,--inzh.-polkovnik; AKSEIOV, Ya.,
inzli.--podpolJcovnik;
-TRUSHIR, A. , inz'h.
Mobile tubular steam boiler. Tyl i snab. Sov. Voor. Sil 21
no.10:W-89 0 161. (MIRA 15:1)
(Boilers)

SEV,,;:(jV, hamltmil ~;n 1 loh, k-- ,J.
tol-lin. I 1'tc I,,
KAZ!.!:
I~orforli!rtrre- of mixorn an-I Ov- niAbod
01C.-ir basic i:ari-,,i,cters for the mlrior(d
with crganlc I)jn-lin~-, me-
ranchEI,zi ila,
I c h im"L t e 1, 1-1 111 fim;l r i t v s z i i
V(;p 177 p.

SUKHAREDEO, V.I.; KAZANSKIT, A.A.
How differ-S , ~08 Of wheeIR or trackn afl~ect the
ability of
self-propelled grain combines to mve in terrain.
Trakt. i
sellkhotmash. ho.104.20-22 0 158. (MIRA 11:10)
1. TSontrallnayn manhinoispytatolluaya. stantsiya.
(Tractors)
P;

KAZANSKIT, A.A. (Kazan')
Eiqperience with operating a lime-cation water softening unit.
Vod. i san. takh. no-7;11-14 Jl 156. (MLRA 9:10)
(Water softening)

KAZANSKIY. A.A. (Kazant).
Investigate water-bearint; P*"~Oo$j when boring
artesian wells.
Vod. i man, tokh. no.3:32-34 Yr '57. (KLR& 10:6)
(Arteeiix wells)
77777
-JL.

III Ns, -=MGY ITUCLEM r-IrfSICS: rARTICLE DCIMARDM12,17
CY MJCLL-1.T
"The Passage of Scattered -Rays Through Ila ter, " by
V. I. Kulditevich,
A, A. KtxmnalcAy, CAh. S. Niholdyahvillp an(I 5. Vt.
Taypin, AtoziuAnnIn P~Ior-
jiln, No P_, Vebruary 1956, pp 138-1113.
Measuremcntj,~cre tade of the ~Lttcnuation of the dose
of scattered
quanta from Au - , Vo 0, and Na24 sources, ar.
functions of the distance
abctv,~cn the nource and detector at varicus angles of
collimation, -Aiich
excluded the possibility of a primary -ray entering
into the detector.
Mleacurenents vere carried out at distances frCU 3 to 4
to 6 to 10 ,,P,-an
free paths ol' the -quanta. The coll1mation angles
varied from 30
tQ 80 degrees. 7he experimental data obtained are
compared vith the
results of theoretical calcualtiona) based on an
assumption that makes
it pabsible to reduce the problem to the calculation
of1the triple
integral, instead of a direct solution of the kinetic
equation. Satis-
facatory agreement between the experimental and
theoretical results is
obtained.

MIKHEYET, N.I.; KAZANSXIY, A.A.; SOKOLOV., G.I.
Automatic-intake device with Laval'B nozzle for
centrifugal pumps.
MRsh. i neft. obor. no.7s8-10 163. (MIRA 17sl)

GNY2DILOV, V.G., polkovnik meditsinskoy sluxhby;
GUDZIT, M.K., polkovnik
peditsinskoy sluzhby; KAZARSKIT polkovait meditsinskay
zluzhby; STABOV, M.P. -,jiRiN-n(T`~i9&itsinskqy
sluthby
Encyclopedic dictionary of military medicine
(conclusion). Voen.
med. shur. no.5:46-55 My 150. (MLRA 9:9)
(MIDIGON, KLUTART--DIOTIONARINS)

IAZANSKIYv A~A.
.--- -
Rolis of the lymphatic system in pathogenesis of &cut@
suppurative
pleurisy. Ihirarglia, Hookv& No.12:37-42 Doc 51. (GLML
21:4)
1. Of the Military Medical Academy imeni S.M. Kirov,
Leningrad.

KAZAIISKIY.A.A.
Uperlence in using metal water towers In never* ellmatic
conditions.
Vod. i enn. tekh. no.4:17-18 J1155. (MLRA 8:12)
(Water towers)

POPOV, V.I., prof. (Leningrad, ul. Gogolyn, d. 19 kv-
7)-,KA7.ANSKlY, A.A.,dots.
V.A. Onpells theorlea on the treatment of wnr
woZnd's'a'tTl?F'e-i;-nt
avaeuntion stnpes; Vest.khir. 81 no.900-56 S158 (MIRA
11:11)
1. Iz kafedry obahchey khtrurgii (nach. - prof. V.I.
Popov)
Voyanno-meditainskoy, urdena Lanina. akademil, imeni S.M.
Kirova.
(WO(JNDS A0 INJURIFZ,
war wds., ther. (Rue))

imd~"_, -Mal. oi t Lorj~!w
will~q yonrily
J~ir smar, ",IAMB fAtlta4W6
W101 tho cidol lot"
jiblirm tons Ire dvrjv~d tor Inmvnal ltmmL-~hg W!-~
tttl the nor-op-t-na le. dolcrmipe ~he t;-7t
,,nct --r-fos, b~st-j

LIZANS'KIY, M011111. A.S.
Shape of smoke jets. lzv.AN SSSR-Ser.geofiz.
no-8:1020-1033
Ag 157. (ISRA 10- 8)
nauk SSSR. Inatitut fiziki atmaeferF.
(Smolke) (Jets--Illuid dynamics)

SOV-49-53-6-4/12
AUTFLORS:Kazanskiy _A. B. and Monin, A. S.
J, -
TITLE: TtLrbulence in the Surface Layers of the Atmosphere and in
-lie F.
-esence of Unstable Stratification (0 turbalentnom
rez1hii-.qe v prizomnom sloye vozdub-lia pri noustoychivoy strati-
f il,
I.atsii)
PERIODICAL: Izvestiya Akademii Naulk SSSR, Seriya Geofizicheskaya,
1950, Nr 6, pp 741-751 (USSR)
ABSTRACT: 'It is Lxrortw).t in i.iany practical cases to determine
the basic properties of turbulence froin changes in gradients
(e.g. of air temperature). A. 1J. Obuhhov and A. S. Monin
ha-r,re 1--iut fon,,,ard a suitable representation (Refs.1-5)
based
on similarity theory. In their theory a stationary turbulent
re:-ime is represented by the followint-, par-cueters: vj - the
.Lrictional velocity; q - the turbulent heat flow (or q/o
w1a e r e cPand are the specific heat and air density,
wb: eh :;an be considered standard) and g/To whore g 1"-.1
the acceleration due to gravity and T 0 is the avoraSe air
temper,iture In the surface layers. From these parametern,
a scale length, velocity and temperature can be defined:
Card 1/1,6, /S--

:"0V-4 )-5
Turbulence in the Sarface Layers of the Atmosphere and in the
Fre~ence of Unstable Stratification.
V3 v
L -: - - * I V T
K f1r Q A Hv ac
T0 cpp PP
where K is the Karman constanti a =~KT/K is a univea:-zai
dimensionless constant; K,, is the tixrbulent heat condn,,~ti-
vity coefficient and K is the turbulont viscosity coeffi-
cient. For wind velocity v and air temperature T as
functions of hei ht z and thermal stratification of the
atmosphere, Eqs.K-) and (3) result. Where z 0 is the
rou�riness height, f(Q Is a imiversal function with an
undefined conr3ttuit term (Anco it only onters as a differ-
ence). Bqs.(2) and (3) give Eq.(4.) for the Richardaon num-
ber. For small valuer--. of the argument, f(V has the 1,01-111
Card 2/1-6, d-

Turbulence in Ldle Surface Rayers of the Atmosphere and in the
Presence of Unstable Stratification.
B,q.(15). The existence of a universal function f(S) wan- con-
firmed b, experimental data (Ref.4).(A value 6 was
obtaineZ. The for.-n of f(~) in cases of stable strat-ifica-
tion was studied in (Ref.6). This article studies the form
of f'(0 in unstable stratifications
(q >0 and, hence, L O Thus in an unstable stratification.
the turbulent regiuo at great heights approximatco Lo ffi:11.
of p~lrely ther-Mal turbulence viitho,,it wind (i.e. frce c~)n-~
tion). For free convoctLon, v* = 0 and -Ghe t,,Lrbulonce
char!Lr-terised by the paramcters g/To I q/C PP (tarbulerc_-
obtc.ins ener only from the thormal stratification instab-
i~it~, e It is i:.,,L-)ossible to form a scale len-~-th fr,',m)
Card 3/1-6

Turbulence In the Surface Layers of the Atmosphere and in
the
Presence of Unstable Stratification.
these parameters. Thus this case is characterized by com-
binat-'i--:)ns of q/cpp , g/T. and -- . In parti3,1,lar,
Eq.(6:) is obtained for T(z): who-re c is a univorsal
dimensionless constant (>O); T,,, is a constant with
dimensiDns of temperature and the factor 1 is
OLIH~:;
introduced for convenience in future- calxulati.:)n Eq.(Ga)
can bc rewritten in the form shown:
z
T(2;)-T(z 0) (z )-1/3 ro -) -1/5
= C
T* L
whicl-I on comparison
Eq.(7~ for fT as
the 1,eig1L,,t incroascs,*
the iso-thermal. This
C ar d1111-6.,s-
aith Bq-(3), Si es the asymptotic fori.
ta Evq. (6) shows t1iat. as
the te-ancraturo distribut-ion approac'---s
is natural since, for an unstable

30V
Turbulenco in tj.t; Surface Layers of the Atinosphere and in
the
Presence of Unstable Stratification.
1-1-atification,
the turbulent clements reach a great size
at large heights, producing mixing which lzvels out the
tei,,1
perature ofile. Differentiating Eq.(6) with respect to z
, jr
gives Eq 8), which gives Eq.(9) for the turbulent-heat flow,
q , in free convection. It follows from Eq.(B). that, in
such conditions, the turbulence coefficient (Eq.10) grows
rapidl-T with height, due to the increase in the turbulent
~:Iements and the injyj~ase in the intensity of the
pulsations
(proportional to z ') ) . The turbulence scale length, L
is distinguished from z only by a nLuaerical factor, w?~ich
is denoted by ),chco Putting
J, =x%,,z and assum'ing,
that in free convection k=Kz we have %,,,,> 1 ~ The
scheme outlined above corresponds to that suggested by
A. A. ~Skvortsov (Ref.7), except that lie uses0a discrete
n whereas the authors u,-~e
.,pectrum of turbulent scale lengths,
a continuous spectrum. To determine the turbulent heaT.
'Llc:vi
q and the exchanGe coefficient K in free convection, it
is sufficient to measure the difforence in temperature at
two heights. Sup ose these are z = 2H and z H/2
Yhere H-1-2 -,i Put AT - T(2H) - T(11/2) Then from
Card 5/k 1113-

.30V-49-58-6-4/ 12
Turbulence in the Surface Layers of the Atmospl-i.ere and in
the,
Rresence of Unstable Stratification.
Eq.(5) an expression for AT is obtained which -ives Eq.(11)
for q Thus q is differentiated from
011&Tjl~- only by a constant, universal (but not dimensi~-----
less) factor. Substituting in Eq.(10) z - H and the valut-
of a from Eq.(11), Eq.(12) is obtained. Hence K(H) i,-
distinguished from H 1,14T1-11- only by a constant universal
factor. Takin- x = 0,43; a = 0.8; c 1 from the expe-1-
0 -
mental data given b,-,Iow. and puttin6 To 3000C ( AT in 0;~
I w
H in metres) Eqs.(13) are obtained.
2. The general case of an unstable stratification. In con--
siderins the for-i of f(~.) in Viis case. it is convenient
to consider the function F(Ri) - Eq.(14) - introduced by
Priestley (Ref.9) and constructed on the basis of
mea-surements
made by Swinbank (R,~f,10),, These results were confirLied by
Card 6/1-6

Turbulence in, VIA,-. Surface Layers of Vie Atmosp1r.ere and
in thc
Presence of Uns'L-.able Stratification,
qs.(1) and
(Ref.11) and Priestley (Ref.12). Using E
F(Ri) and f(Q ar-~) found to be connected by Eqj(l~)'
Yormula (4) and (5) indicate that. for small f
~~ 1/~ and Ri-- ~ /a . If the a'sTmptotic forziula'(7) for
f(V at large Eq.(16) is obtained. for F(Ri) at small
and large IRil The first of these asymptotic formulae
zorresponds to a logarithmic law for the wind -,relocity and
temperature profiles (i.e. acts at a fixed L F.0 . The asymptotes of F(Ri) intersect at a point
Cgiven by Eq.(17). Empirical data i-ndicate that tailr I -ft
of the order of several hundredths; but the empirical
gra-,-,,),
r~' iven by Obukhov-Monin indicates that C(~) a-1
Card 119_;';s.-

:_-0V-49-53-6--4/_12
Turbulence in the Surface Layers of -the Atmosphere and in the
Presence of Unstable Stratification.
jRij