SCIENTIFIC ABSTRACT KUZNETSOVA, L. P. - KUZNETSOVA, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928220009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUZNETSOVA, L.P.
--_ Increasing the precision of results obtained in comparing the amounts
of preci itation In afforeated and woodleas areas. Trudy GOO no.111:
77-80 '2. (MIRA 15s1)
(Forest influences) (Precipitation (Yoteorology)--Measurement)

K 11 111: tFr1i Ov AL. j;.
. 'j, ~ ~
Use of tv=mrj probability (fratlusnoy) curves in F-convaing
data on diurnal maximum precipitation. Trudy GGO no.162.7-21 164.
(MIRA 17M

ACC NR, AT6036740 SOURCE CODE: UR/2531/66/000/195/0070/0080
AUTHOR: Kuznetsova, L. P.
ORG: GGO
TITLE: Comparison of wind velocities and air temperatures during precipitation with
their average monthly values
SOURCE: teningrad. Gl .avnaya geofizicheskaya-observatoriya, Trudy, no. 195, 1966.
voprosy metodiki izmereniya atmosfernykh osadkov (Problems in methods of measuring
atmospheric precipitation), 70-80
TOPIC TAGS: atmospheric precipitation, data analysis, wind velocity, air temperature
ABSTRACT: The wind velocities and air temperatures during actual precipitation are
compared to their average monthly values. The data used in the analysis were colr
lected at 90 meteorological stations in addition to data from 15 stations collected
for the period from 1936 to 1955. The results of analysis show that the "1nd velocity
in all regions of the Soviet Union during precipitation exceed the av?rage rionthly I
values. The difference between these values varies from several tenths to 2-3 m/secl
-
which is equal to 5-70% of average monthly values. The air temperature during pre-
cipitation in the winter is 4-5 C greater than the monthly average and it is 2-3
smaller for summer months. The temperature limits between which one or another form
of precipitation fall are established (see table).
Card -L/2

ACC N& AT6036740
AIR TEMPERATURE DURING
PRECIPITATION
LATITUDE
Solid I Mixed
North Less than from 0
of 55* 0 C to 2 C
South Less than from -1
of 55* -1 c to 2 C
Orig. art. has: 4 tables and 2 figures.
SUB CODE: 08/ SUBM DATE: 'none/ ORIG REF: 006
Caid 2/2
jiquid
greater than
2 C
greater than
2 C

L 29564-66 EWT(1)/FCC _GW
ACC NR1 AT6006615 SOURCE CODE: UR/2531/65/000/181/0114/0120
AUTHOR: Kuznetsova, L.- P.t. Shver. To. A. L
ORG: none
TITLE: Effect of the Caspian Sea on coastal temperature conditions from dat
ed by the Gasan-KulL weather station
SOURCEi Leningrad. Glavn�ja ste2fizichapkaya obseryatQrJo. Trudy# no. 1610 1965.
Voprosy obahchey i sinopticheskoy klimatologii (Problems in general and synoptic clima-
tology), 114-120
,TOPIC TAGS: climatology, weather station, atmospheric temperature
ABSTRACT: The records of the Gasan-Kuli weather station are analyzed_~p determine the
effect of a large body of water (the Caspian Sea) on air temperaturelk?'The changes in
.thermal conditions on the eastern coast of the sea are quantitatively determined as a
function of the drop in sea level. There has been a reduction in sea level from 291 cj
in 1927 to 183 cm in 1958 which has exposed a considerable portion of the bottom. Thi
Ichange has affected both the average air temperature and the amplitude of the yearly
,variation in air temperature. It is shown that the minimum average yearly temperature
has decreased by nearly two degrees. The exposure of the sea bottom has also had a
considerable effect on the average monthly air temperature, the maximum air tempera-
Card 1/2

L 29564-66
ACC NR, AT6006615
ture and the annual variation in temperature, The changes are well pronounced for all
months and reach considerable magnitudes. Before 1938, the records of the Gasan-Kuli
station indicate a climate which is typical for the narrow coastal zone of the Caspian
Sea. The records for the last 15 years show relatively stable conditions which indi-
cate a transition from a coastal to a continental type of climate. Orig. art. has: 3
figures, 5 tables.
SUB CODE: 08/ ORIG REF; 002
Card 2/2

-MIIETSOVA, L.P,,j SHT2, TS.A.
Effect of the CasFian Sea on t~e temperature regime of the coaat
baned on the example of the Gavali-Xuli statlon, Tructr GOO no.181tlU-
120 165, (MIRA 19110)

!)Rr,2DOV) 0. A.; Wl, I IS"YS-OV A J of'. V' I JL I: If", y I . !".
- - , c,,,- , 7~. - ~-,, ~,~ , i i - ri , ' ', *,:' . . r-, F! cri.
Do ti Cri(i cirairs c t,6 rf ,4 t 1 ~r wA 1 T st
Trudy GGO na.181:121-131b 1"'I
~ 0 (MIRI !8:10)

KlEtWISOVAL 11. pe
D-turrial preripLtsit-lar rr-ixl-,um 'n tne Altul.- '2'uiY "Cr~ io.181.,167-175
1,05. (MIRA 18110)

HIVKIIID, A.I#;-__j
Breakdown of the hydrate shells of vanadyl iond under the effect of
the elecLroatatic field or diaxagnotic ions. Study by the electron
paranagnetic resonance mothod, Dakl, AN 3,1;.9R 264 no,,4186C~-863 0
165, (MIRA 18110)
1. Kazan8kiy fi-.1ko-tekhnIchosUy Institut All SSSR. Submitted
March 22, 1965.

KUZNFT'jO'IAP L~P.
Effect of dark" adaptation on the SensitiviLy of indi7ldual
elements of the frog retina to different monochromatic
radiations. Biofizika 8 no.2z234-237 163. (M.-~RA MIC)
1. Inatitut biologichookoy fizilki AN SSSR, Moskva.

KUZNETSOVA L.S., red.IMATVEYEVA, A.Ye.p t~khn. red.
(Petroleum products and producte!of the refininit of solid
fuels; standardo]Nefteprodukty i'"produkty pererabotki
tverdykh topliv; tekhnicheskie trabovanlia. 1zd. ofitsiall-
noe. Moskva, Gos.izd-vo standartov, 1963. 526 p.
(MIRA 16t8)
(Petroleum products-Standards)
(Fuel-Standards)

FAIIIII, A.A., kandtekhnonauk: BONSM, S&K9, inzhe; FAIASMIDDY, A.V.0
Insh.; XMIUrOWA, L.S., inzh.
----------------------
large aerated silicate blocks, Stroi. mat. 6 no*12:22-23 D 160,
. (MIRA 13: 11)
(Send-lime products)

redoj HATUMA, A.Ye.; tekhn. red.
[Lacquers, paints and auxiliary materials] Lakip kraski
i vapomogatelgriye materialy, Mookvap Standartgiz. Pt.2.
1963. 373 P. MRA 17:12)

17(2,12) SOV/16-59-9-7/47
AUTHORt Kuznetsova, L.S.
TT=t The Comparative Indices of the Immune Response in Children Vaccinated
With Pertussis Vaccine, Pertuselo-Diphtherla Vaccine and Diphtheria
Toxoid
PERIODICAL; Zhurnal mikrobiologii-, epidemiologii I Immunobiologii, 1959, Nr 9,
PP 33-38 (USSR)
ABSTRACT: M. Vagner-Sakharova, L.A. Malysheva and M.S. Zakharova have demonstrated
that the*addition of pertussis vaccine to diphtheria toxoid not only
fails to diminish its immunizing action but even helps to Intensify It,
Subject author studied the allergio and immmological response in
children vaccinated with pertussis monovaooine, diphtheria toxoid and
pertussis-diphtheria vaccine. In all cases the effect of the pertussis
component was studied from the allergic skin reaction with pertussis
agglutinogen and from the serological reactions (agglutination and
complement fixation), while the effect of the diphtheria component was
judged from Schick test and the toxoid level in the-blood. In children
vaooinated with pertuasia monovaccine the skin test was positive 2 1/2
Card 1/~ times more often than In children vaccinated with pertussia-diphther-ia

sov/16-59-9-7/47
The Comparative Indices of the Immune Response in Children Vaccinated With Pertussix
Vaccine, Pertussia-Dlphtheria Vaccine and Diphtheria ToxoId
vaccine. Similarly, the agglutination reaction was Positive 5-10 times
more often. The complement fixation reaction proved unreliable and
subsequently was rejected. In children vaccinated with pertussis-
diphtheria vaccine, the level of diphtheria toxoid In the blood and
the percentage of negative Schick reactions was higherthan in children
vaccinated with diphtheria toxoid alone. The pe~rtussie and diphtherial
components of the pertussis-diphtheria vaccine evoke different immune
responset whereas the pertussis component appears to give inferior
allergic and Immune response than pertussis monovaoolne, the diphtherial
component Is apparently superior to crude diphtheria toxoid. The
author concludes that still more work is needed to determine the reasons
for the inferior action of the pertussis component in pertussis-diph-
theria vaccine and to work out ways of intensifying its action.
There are 6 tables and 7 references, 3 of which are Soviet and 4 English.
ASSOCIATIONi Kafedra epidemiologil I Moskovskogo ordena Lenin& meditsinskogo 1nsti-
tuta Imeni Sechenova (Departm,3nt of Epidemiology at the I Moscow Order
Card 2/3

SOV/16-59-9-7/47
The Comparative Indices of the,1mmune Response in Children Vaooinat6d With Pertussis
Vaccine, Pertussia-Diphtheria Vacolne and Diphtheria Toxoid
of Lenin Medical Institute imeni Seohenov)
SUBMITMt April 20, 1959
Card 313

-:IUJZNNSOVA, L.S.
Allergic cutaneous reaction and earological reactions irk children
following immunization with whooping cough monovaccine. Zhur.mikro-
biol.spid.1 immun, 30 no,705-89 JI 159. (MRA 12:11)
1. 1z I Moskovskogo ordena Lenina moditsinakogo inatituts, imeni
Sechenova.
(WHOOPING COUGH - Immunolog7)
(VACCINZ)

KUZNETSOVA; L. 8.0 Cand Med Sci (dies) - "The com*arative imunological ef-
fectiveneos of pertussis monovaccine, pertusolo-diphtheria vaccine, and
diphtheria amtoxin". Moscow., 1960. U pp (First Moscow Order of Lenin Med
Inst im I. M. Sechenov), 200 copies (KLO No 15., 1960, 139)

MAUERMAN, O.Ye.; KUMETSOVA, L.S.
Wiooping cowh morbidity and mortality in Individual regions of
the R.S.F.S.R. during a period of activti Immunization. 7hur. mikro-
biol.; opid. i Immun. 41 no.6:42-47 .10 164.
OUTUt 18. 1)
I. Moskovskiy institut epidemlologii I mikrobiologii.

DZINTSOVA, L.S.; CMV1NS11T, P.M.
The pro a 1e origin of calcite film an water surfaces In karat
formations. Min.abor. no.5:319-324 151. (MLU 9 112)
1. Gosunivervitat imeni A.M.Gorikogo. Molotov.
(Karat) 'Nineral waters)

s1 1 W6 Wooo/o 12/o25/149
A006/A1O1
AUTHORSt K Zaletkina, 14, Yu.
TIMs Investigating the dressing ability of Utanium-ziroon awds of one
of the Ukrainian deposits*
PFMODICALs Referativriyy zhumal, Metallurglya, no, 12,1961, 8, abstraot 12D58
("Tr. Tsentr. n.-i. gorno-raned. In-ta", 1960, no. 39, 40)
TWt The sands are represented by ilmenite (5.14%), zircon (0-79%); the
deadirook consists of quartz. The basic sand mass is concentrated in the
-3+0.15mm class. The possibility wax established of 'obtaining satisfactory re-
sults of concentration with the ald of the gravitation mathodej Beat results are
obtained with dressing on a concentration. table. At- a contgnt of 38.-'4 Ti, 93.6%
of it are extracted into the-inittal gravitational concentrate,- zircon is almost
completely extracted, at 6.7% content in the.poncentrate. The finishing scheme
includes electromagnetio separation and ooncetLtration on the table of the con-
centrate, preliminary divided into classes o3+1 and -!-l mm. An a result ilmenite
concentrate is obtained with extraction of 91.3% TiO2 wA its content as high as
Card 1/2

B/137/61/000/012/025/149
Investigating the dressing ability.9f... A006/A101
99.2%, arA zircon concentrate with extraction of 94.9% Zr02 w)d 92.5% content.
A. Shmeleva
(Abstracter's notet Complete translatign]
Card a~2

KUZUETSOVA, L.S.; ICRIATIYEV, H.A#
Mottled dolomites of the Chusovoy region i.,, the western
slope of the Urals. Dokl, AN SSSR 157 no-4V-885 Ag t64
(MIRA 170)
1. Permskiy gosudarstvenny-y univeroitet Im. A.M. Gorlkogo.
Predstavleno akademikom Strakhovym

NIS Arro*87 Meg CWx 1
t Gbabasbov, V. 1.1 Vlktorovg 1. Vo; Deltyevp K. No; ~Miwstxov#~~;10_0#
I lows None
s A catch for uncoupling the free ends of a parachute, Class 62, No. 19OT97
SOMCEs Izobreteniya, proWhlennne obraztey, toywTM znaki, no. 2g 196T, 159
7
TOPIC TAUS; parachute; auxiliary aircraft eq43ment, "chanical f"tener
A
ABSTRACT: This Author'$' Certificate u"s la~ *ate
~&d . h foit uncoupilng the free ends
of a parachute. The device includes r' with spring-loaded flanges, a
ame, a
5~- sWJ
safety lock vbLich h.olds a sprins-104W 1uV-16nd-& i~].Uwp for fast the free ends of
the parachute, To reduce.ope V watignal reliability of
"
,6 0:0 lees and Impr&v* the cp
I .
the catch under a load of-up U komt Ahe.. clasp.-twittAhe'
t
Im" lug im,operated by
the mw- Nt ~U-;,
a rotating lever hinged t6
;UDCI 629
Card 1/2 .13-01106
77

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tn ~A

Dissertation: "Rudy of the Str.,.ctliral End 'echanical. Fror.-erties of Chocolete Froducts."
Cand Tech Sci, I'c,.gcow Tecbnological Inst of the Food V Apr 54. (Vechernyaya
Yoskva, 20 Air 54)
SO: SM4 243, 19 Oct 1954

SOKOLOVSKIY, A.L., prof., doktor takhn. nauk; KUZNBTSOVA, L.S., kand. tekhn. nauk;
PUKHOMUYA, Te.l., starshiy prepodavateir -
Using sedimentation analysis in the control of chocolate production..
Trudy 14TIPP no.10:50-58 157. (KM 10:12)
(Sedimentation analysis) (Chocolate)

SOUL07SKIY, A.L.; STIPANOVICH, Z.Z.; XJZHETSOVA. L.S.- PTUSHKIN. A.T.
Xffect of methods and conditions of reasting cacao beans on changes
in their physical and chemical properties. Izv.vys.ucheb.za:v.pishch.
takhe no.4178-82 158. (MIRA n: n)
1. Koskovskiy takhAologicheakiy institut pishchevoy prowyehlennosti*
Veesoyuzny7 saochvy institut pishchavoy prozyohlennosti, Kafedra
takhnologii konditerskogo I makaronnogo prolsvodstva.
(Carao)

KUZNZTSGU, L.S.; SOKOWVSKIT, A.L.
Investigating the phenomenon of the sticking of confectionary
masses to various surfaceso I%v6vyP*ucheb,z&v,; pishchatakhe
no.5:126-129 159. (HIM 13:4)
1. Vessoyusnyy saochnyy institut pishchavoy promyshlennosti i
Nekovskiy takhnologicheakiy institut pishchavoy promyshlonnosti,
kafedrs, takhnologii konditerskogo t makaronnogo, proisvodetva.
(confectionery)

USSR/Aidicine Veterinary
Card 2/1 Pub .137-16/22
FD-1316
Author Omirnov, A. M., Candidate of Veterinary Sciences; Elina, Z. N. and
KUZ4 p Senior Veterinary Physicians; Makush, A. I.0 Acting
Senior VeterTuary Physician of the Sovkhoz "I)darnik;" Kilovidova, E. G.,
Student
Title Treatment of calves that are in with dyspepsia of A-hypovitaminosis
etiology
Periodical Veterinariya, 9) 49p BeP 1954
Abstract Natural gastric Juice of horses was successfully used in the treatment
of calves that had dyspepsia of A-hypovitaminosis etiology; its use as a
prophylaxis prevented the developuient of dyspepsia in calves born with
symptons of A-hypovitaminosis. Combination therapy, consisting of natural
gastric juice of horses and either sintaUcin or disulfan, is rec nd d.
No mortality was recorded among calves that were treated with gastric
juice of horses.
Inst#ution Leningrad Veterinary Institute
Submitted

VOSKRESE-ISKIY, S.S.; POUTDIMIKO, G.A.; SIMONOV, Yu.G.; PAIIYK-KARA,
N.G.; ANA111YEV, G.S.; PIMETOVA, ft.Ye.j YEVTBYLrVA, I.S.;
KUZN4TP.QVAj._L!-T~v; SOROKINAv Ye.P.; ZORN, L.V.;
SMKOPLI"rSEV, S.A.; ARISTARKHOVA, L.B.; MEDVEDEVA, N.K.;
LOPATINA. L.L., red.
(Goomcrphological. studies; work experience in southeastern
Transbaikaliaq eastern Ferganaj central Kazakhstan, and
'the Caspian Lowland] Geomorfologichaskie Issledovaniia;
opyt rabot v lUgo-Vostochnom Zabaikalle, Vostochnoi Fergane,
TSentrallnom Kazakhstane i Prikaspiiskoi nizmennosti. Mo-
:skva., Izd-vo Moak. univ.., 1965. 275 p. (MIRA 180)

n'Z!;TETSGVA, L. V.
"Accumulation and Distribution of Manganese Inhaled in the Form of Aerosol
In the Organism of Animnla." Sub 24 Doe 51, First Moscow Order of Lenin
Medical Inst
Dissertations presented for science and enginef~rlng degrees in
Moscow during Y53.
SO: Sum. 11o. 480, 9 May 55

- I-.. .., ~~ - -- i FiCT - -, -
1 1; ; - .- . ~, f

~~ 11 -KF.- ZL-IrLazz--.-- -

KUZIqETSOVA, L.V.
wfiiios of a mMawne aerosol on the nervous system, Tru4y
2-go MMI 519144 159. (MIRA 13 18)
lo Is kafedry obobehey giglyeny (rave - prof* A.I. Pakbcmyohev)
1-go Mookovokogo ordena Lenina maditainakogo inatituta "
I.H. seohenova,
(MUGANESEm-ToncoLon) (WVOUS SYSTEM)

KIAMTSOVAp L.V.; STUMAROVA0 Ye,N,; DODYCH114, SOL,
Rapi-i gas chrcmatographic method for detormining oxygen in
arganin empounds, Zh-ur, anal, kh1m. 20 no,W36-839 165*
(MIRA 18tio)
I
L. Qbsudarstvonnyy institut priklsdnc~v khlzii, Lauingmde

MOSKVINAP A.A.; KUYIP:TSOVA .1 L.V.; 110BYCHINI., S.L.; P,,Oi'CVl' , j . 7
1 6 ~.
Microelementary analysis using gas chromatography, Determination
of carbon, hydrogen, and nitrogen in organic compounds. Zhur.
anal. khim. 19 no.6:71,9-753 164. ('t1IRA 18:3)
1. Gosudarstvennyy institut prikladnoy kbirail, Leningrad.

SOV/137-58-8-18ZO6
Translation f rom- Reierativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 286 (USSR)
AUTHOR; Kuznetsova, L. V.
Hygiene in the Work With Betatrons
TITLE- Some Problems of La
in the Detection of Defects (Nekotoryye voprosy gigiyeny truda
pri rabote na betatronakh pri defektoskopii)
PERIODICAL: Tr. Nses. konferentsii po med. radiol. Vopp. gigiyeny i
dozimetrii. Moscow, Medgiz, 1957, pp 19-21
ABSTRACT-, To decrease the effect of radiation in work with the betatron
it is imperative to provide for correct planning Of the working
space and the auxiliary compartments for the photographic
laboratory and for storing specimens which are to be tested
for defects; to furnish the control panel with special shields;
to proh;bit the presence of personnel in the laboratory when
the betatron is switched on; to protect the laboratory by
special shielding which would decrease the radiation in ad-
jacent compartments to 0. 1 of the permissible limit doA;
to conduct the observation of the work with the aid of mi'rrors
and periscopes; and to equip the door in the laboratory with a
Card 1/1 special interlock. 1. Betatrone-Applications Ye. L.
2. Betatrons-Physiological factors

SO-V 15311
I, 0j'rP'T101A 8001VOU.
V t
.h us 13 of
&orltsl'lay TIVe .
I ertain leS.
Jdoy-h ot C P. k5er
Uotorl ritioln 10
eteov I%e the Ope '1260. inted.
orIT4 ged0l--
1rabOtO ly
,,,da'Pri ditl0las goecow coptes Pr
enS 1,9,bor CO'A 6) 1
C'110 nic. tauetion C'U S) 3 &Btrial
ulye, tia "n' 9V-o go I ot it,
r~xtlche rake,
ey.e. V 'h V, d. perisO preveottoy"
~jb'110t anove; Tec, - t-ne Medical ccident ditions
Ir ded for d With a r
erlae tallmhars, "j'al Coll Mell,
yes tjoyls IN
14't to tote,, a cone on cer tqtquq~ 0-no
,rhis boo d for Vers0' qLtiolt chrotr d
eosr" elate an 0 Gyn.0tecti've
-qu'al 'hM tajoa IntOr ccelcr t,,tronlh
estgLbUG 14et cOtv types Ot 96 9,tores, be
,Ile boo 1 10,49 r
I use 0 Var weer ccejer Man organl"O*
r'O`VV1 ,At to the ratoref ellect 011 the
stte'n oetatic gene ,d their
electr 'Lotr orts
eAd e-Je
Hygienic Labor Conditions (Cont.)
SOV/5371
prophylactic measures are discussed. No personalities are mentioned.
There are 23 references: 20 Soviet and 3 English.
TABLE OF CONTENTS:
Forvword
Ch. 1. Fields of Application and Principles of Design of
Accelerating Installations 5
Electrostatic generator 7
Linear resonance accelerators 9
Betatron 11
Synchrotron and synchrophasotron 13
Cyclotron 15
CV4-2/9-

- - --
7SOVA, L.V.
Gustatory and olfaotorv sensitivity in subjeots working betatrori.
Med. rad. 5 no#4j82-8/+,A 160 (MIRA l3sl2)
(RADXATIOUI~SIOLOGICAL EFFECT)
(SMELL) I '(TASTk)

-- KU2WETWYA,-LT.,j- KORSHUNOVA, N.V.
Basic factors of the envirormient and occupational hazards
occuring with accelerators of singly and multiply charged.
Med.rad. no 7t63-0 161. (MM 15:1)
(RADIAT16~~OXICGLOGY) (PARTICLE ACCELERAT0111S)

AIMOVA, V.V.; KUZNETSC)TAp L*V,
Condition of the peripheral vessels in persop-working on the
cyclotron. Mad. rad. 7 no.12132-37 D162. (MMA 16UO)~
;4

KUZ.NET.('30VA, L.V.; YFLOROVA, M.S.
Evaluation of B-rays ar, a factor In tho efff~ct of radiation on
persons working with the cyclotron. I'led, r%d. 8 no.304-39
Mr 163. (MPA 17:9)

11 7
ZIIUR INA, V KHZNE7~OV-it, i, . 'C', . , .. 11 ~ ~- I' UTTZ 19 ~' N :i y 1!
S ta--xtura I ntren?f.h ~jf' ~ ju,,.rjjj ri I if* cl,.4y m-- nereill
F ~i d f- p#j (I P 9-,,; 1) 0 f w ft t -3:-p:- oc i ng o V the a u rf I.- e
-zhtr. 26 164.
(MIRA 17:9)

0
-IWZIIETSOVAI L.Ye.; $ERB-SERBIIIA, N.N.; REBINrERp P.A.,, akademik
,.I. ..:-. I -ISome regularities in the consolidation of clay soils by.~he
addition of synthetic aggregation agentO and cation active
substances as vaterproofing agents. Dokl. AN SSSR 154 n0-4:
933-935 F 164. (MIRA 17:3)
1. Institutlizicheskoy khimii AN SSSR.

TROPIMOV, S.S.0 kand. sellkhoz.nauk,, at. nauchn. sotr.; BRYLEV,
V.K.j KOCHERGIN, A.Ye,j kandg Bellkhoz. nauk; XUZMSOVA,
1.-Z-j KORLYAKOV p ').I.$ kand. sellkhoze nauk, at, rAuc
sotr.; KOSTROMITIN, V.B.1 MIKHAY1DVj M.I.; POPOV, P.D.9
red.
[Soils of the Kuznetsk Basin, a map as the face of a field,
laboratory of fertility# vitamins of the earths protectors
of crops., enrichment of feed] Pochvy Kuzbassa, karta -
litao polei, laboratoriia plodorodiias vitamirq zemli,, za-
shchitniki posevovp obogaebehenie korma. Kemerovop Keme-
rovskoe knizhnoe izd-vo.. 1964. 92 p. (MIRA 18:5)
1. Biologicheskiy institut Sibirskogo otdoleniya AN SSSR
(for Trofimov). 2. Zaveduyushchiy laboratoriyey zaahchity
rasteniy Kemerovskoy sellskokhozyaystvennoy opytnoy stanteii
(for Kostromitin). 3. Zaveduyuahchiy otdelom zhivotnorvod-
stva. Kemerovskoy sellakokhozyaystvennoy opytnoy stantsii
(for Mikhaylov). 4. Zaveduyushchiy agrokhiimicheskoy labo-
ratoriyey Sibirskogo naucbno-isoledovatellskogo instituta,
004okogo khozyaystva (for Kochergin). 5. Zaveduyusbchaya
agrokhimicheskoy laboratoriyey Kemarovskoy sellskokhozyay-
stvennoy opytnoy stantaii (for Kuznetsova). 6. Kemerov-
akaya sellskokhozyaystvennaya opytnaya atantaiya (for
Korlyakov).

- I
APMl A.A.1 BU8X3Mj R.1.1 =X11260TA, LA.
afoot of Iron oxi on the expansion of bass smal
of kitahen utensils# Shur. prIkl. khIm. 29 n0-11:1733-1755
N 156. (XIM 1016)
(Immelon of solids) (Iron ozides) (Inameled wars)

KUZNLTSOVA,, M.; G.OPMOVO N. (Kazan')
Problems of work liygie4e and prevention of accupational diseases
at the All-Union, Gooftrence of Industrial Hygiene and Sanitary
Control Physicians. 4x.med. zhur. no.3W.5-116 My-je,63.
(14MA 16:9)
(ITUSTRIAL HYGIE1Z.-COMMAES)

Igor' ,:., rod.
[Deatiny of talent; OkUtchO., On virmen imthumaticirrifl
-'UdIbu 01tinta; ocl~., ,! o
Brifirwk, Briarif,,MJ raboch.1j, 1964. 40 p.
J7:e,)

RYBIIM, II.Ya.; KUMETS OVA., jfA, , mladohiy nauchnyy ootrudnik
Root rot in winter crope. Zachch. rast. ot vred. i bol. 5
not9:25-27 S l6o. (MIRA 15:6)'
1. Kabardino-Balkarskaya gosudarstvonnaya sellskokhozyaystvennaya
opytnaya stantaiya, 2, ZavoCkuyushchaya laboratoriyey zashchity
ranteniy Kabardino-Balkarokoy gosudarstve=oy sellskokhozyaystvermoy
opytnoy atailtaii.
-Orain-Diseases &M pasta)l,
(Kabaidino-Balkar-A.-S. S. R.-Root rot)

RUINAj N,Ya,s otarshiy nauchw motrudnik; KUZNMOVA, N.A.,, starshiy nawhWY
aotrudaik; GROZIUN, YA.IL I-------------------
ftropean corn borer and its control, Zashch.rast. ot vred. i bolo 7
no.8t29-30 Ag 162o (MIRA .15s.12)
1. Kabardirio-BaUw sk a eallskokhozyaystvennaya opytnaya stantsiya
(for Fqbinap Kusnetsoylas 2. Zaveduyushchiy gosudaretvenn7a
oortoiopytatellnym uohaotkom, oelo Vyaokoye, AtakBkogo rayona
(for-Groza-0.
(Moldaviam-European corn borer)
(Karabardino-Epkar A.S.S.R.-European corn borer)

r0_1z.N&--T!~cwA, Kfi,
24(4) PHASE I BOOK EXPLOITATION SOV/2545
Feygellson Ye. M., M, S. Malkevich, S. Ya. Kogan, T. D. Koron-
atova, K. S. Glazovi, andpA. A, Kuznet5ova.
. . . .............................................
7- 7.1
Rai&t Yarkosti aveta v a60 era.p anizotropnom, rasseyanii:
oh. 1 (Computation of U& Inte' ity in the Atmosphere in
a Case of Anisotropic SaAiterin&Q.Pt. 1) Moscow, Izd-vo
AN SSSR: 1958. 101 P. (Series; 'Agademiya nauk SSSR. Insti-
tut fizlki atmoofery. Trudy, nr 1) Errata alip inserted.
2,000 copies printed.
Ed,: G. V. Rozenberg, Doctor of Physical and Mathematical
Sciences; Ed. Of Publishing Houses V. 1. Rydnik.
PURPOSE: This book is Intended tor physicists and scientists
engaged in the study of-atmospheric o0tics.
COVERAGE: This wcfrk contains the results of computation on the
intensity of light,seattered anisotropioally in the atidsphere
under various physical parameters and functions of scattering.
The solution or Integro-differential equations of the theory
of radiative transfer in.an anisotropically stAtterl~g medium
Card 1/4

Computation (cont;) SOV/2545
was obtained by the method.9f successive approximations.
The work w4s carried out 6j the ptiff members of the Labor-
a
atory of Atmospheric Optids within the Institute of Physics
of the Atmosphere, Academy of Sciences, USSR. No personalities
.are mentioned.' There are 23 references: 14 Soviet, 4 English,
4 German, and 1 French.
TABLE OF CONTENTS:
Introduction 3
Ch. I. Mathematical Solution of the Problem 5
1. Statement of the problem. Derivation of basic rela-
tionships 5
2. The zero,approximation 8
-3. Selection of the first approximation 11
4. Computation of subsequent approximations 13
5. Accounting for the albedo of the underlying surface 15
Ch. II. Processing Observation Data 19
Card 2/4

49-58-5-12/15
AUTHORS:Kireyeva, N. M., Kogan, S. Ya ---Kuznetsova, M. A.
TITLE: The Average Seasonal Distributionnf ~Waer~a.~~nsity
with -Alt,#ude -over XSSR (Srednese;onnoy.e raspre-t
,fbleniye plotnosti vodyanogo para po vysote dlya territorii
SSSR
M IODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheakaya,
1958, Nr 5, pp 669-672 (and,e sheets) (USSR)
.ABSTRACT: The water vapour distribution is important in questions
of atmospheric heat balance, average air temperature at
different heights and places, and humidity (Ref.1). At
present, full data are only available for Moscow (Refs.2,3),
togetherwith charts of the absolute humidity distribution
for two months of the year - January and July (Ref.4) and
charts of the relative humidity for each month (Ref.5). In
view of this lack of information on density distribution, the
authors attempted to construct a chart giving variation with
height for the whole of the Soviet Union and for all seasons
of the year. In order to do this material from the Scienti-
fic Research Institute for Aeroclimatology (Nauchno issle-
dovatellskiy institut aeroklimatologia) on the mean seasonal
values of the relative humidity and temperature, for 57
Card 1/5 stations in the USSR, was used. The water vapour density

49-58-5-12/15
The Average Seasonal Distribution of Water Vapour Density with
Altititde 'ov_er-',U8SR,,
was calculated from the formula (Ref.6):
rE(T)
PW = 0.29 x 10-5- gm/cM3 (1)
T
where r is the relative humidity aa a fraction of unity,
T is the temperature in degrees C and E(T) is the com-
pressibility of water vapour in units of mm of Hg. To
obtain the mean seasonal values forujdw in Eq.(1) the mean
seasonal values of r and T are together with the
value for E(T) for a temperature 00>T>-160 taken over
water or ice according to the season and the situation of
the sVation. Thus in Spring, Suramer and Autumn almost all
the stations (except those in the far North) haA E(T)
taken over water. In the Winter, E(T) was taken over ice
for all except the southernmost stations or -those situated
by the sea. In order to estimate the error produced by
Card 2/5

49-58-5-12/15
The Average Seasonal Distribution of Water Vapour Density with
Altitude over' UgS111".
substituting average values of relative humidity and tempera-
ture in (1),Magnus' formula (Ref.6) for the compressibility
of water vapour was used: aT
U+
E(T) A BO.10 'f where a - 7.5t
b - 237.30. The error, 6 is then:
Pw - 'H't Pwi
6 CP where:
Fwcp
0-5 rCP E(Tcd .5 riE(Tj)
PW cp = 0.29 x 1 Tep ?wi= 0.29 x 10-' Ti.
N is the number of observations at a given point and in a
given season; ri and Ti are the values of the relative
Card 3/5

49-58-5-12/15
The Average Seasonal Distribution of Water Vapour Density with
Altittide'Dveit"'MIft .~- ~- ":' -- N
humidity and temperature for each observation; r ri
"T
OP I
N
T T are the average (per season) values of the
cp
relative humidity and -temperature for a given point and height.
The magnitude of 6 can be written in the form Eq.(2). Cal-
culations indicate that members of the series (2) die away
quickly and, to estimate 6 , only the first two members need
to be taken into account - giving the magnitude to about
5-7%. The values for water vapour density, pw , at diff-
erent heights for each season over the USSR are given in
Figs.1-4. The maximum height, for which values of the water
vapour density are given, varies with the season. Thus the
maximum height in Autumn and Winter is 5 km, in Spring, it is
6 km and in Summer it goes up to 7 km. This variation is
explained partly by the small number of observations atheights
greater than 5 km and, partly, by the inaccuracy of humidity
Card 4/5

49-58-5-12/15
The Average Seasonal Distribution of Wator Vapour Density with
Altitu'de-over-48SR6
measurements at great heights. The charts give the isolines
of density in winter, autumn and spring3 for heights from the
Earth's surface UP to 3 km at 0.5 W cm at from 5 km and
higher at 0.1 gm/cm-. For the summer, the lines are Riven at
the Earth's surface and a height of 1 4 at 1.0 gm/cm,' inter-
vals, for a heighV of 3 km at 0.5 gm/cm2, and for a height of
5 km at 0.1 gm/cm~'. As a check & comparison was made with
the charts in Ref.4 and 5. The result vas completely satis-
factory. There are 4 figures and 5 Soviet, 1 German referen-
ces,
ASSOCIATION: Akademiya nauk SSSR, Institut Fiziki atmosfery
(Institute of Atmospheric Fhysics)
SUBMITTED: May 13, 1957.
1. Humidity--USSR
Card 5/5

KUZNETSOVA, M.A., red.
(Collection of articles of the Tashkent Hydrometeorological
Observatory) Sbornik rabot Tashkentskoi gidrometeorologiche-
skoi observatorii. Tashkent, Upr. gidrometeorologicheskoi
aluzhby Uzbekakoi SSR. Wo.19 1961. 148 p. (MIRA 17:4)
g'.g-n

BLINKOV9 V.'V,, inah.1 KUZNETSOVA, M.A., inzh,
Coordinating conference on the problems of actual studies of
hydraulic engineering structures, Giar, stroi. 33 no,lls5940
.N #62. (MIRA 161l)
(HydrauUo structuree.-Congreeaes)

GUNIN9 V.; KUZNETSOVA, M., starshiy nauchnyy motrudnik; KWZBNIKGV, 1.9
A-MaMy- M--U-cffiFWy_ sotrudn1k; AMAPKIN, A.,, tekhnolog
Mechanized swine-fattening farm. Sell, stroi. no,71l2-13 162.
(KRA 15:8)
1. Glavnyy zootekhnik sovkhoza "Moshkovskiyn Novosibirelcoy oblasti
(for Gukin), 2, Zapadno-Sibirskiy filial Akademil stroitellatva i
arkhitektury SSSR (for Kusnetsova).
(Swine houses and equipment)

KUZNCTSOVA, M.
--tit's increase the meat production by 4.7 times in 1959.
Nauka i porod.-op. v sellkhos. 9'no.2:13-14 7 159.
(KIRA 12:3)
I.Predeedatell kolkhosa 'Xrostlyanskiy trud "Spanskogo rayon&
Ryazanskoy oblasti.
(Stock and stockbreeding)

LOPATUA, N.G* XUZKZTSOVA N.A. PAMVA, S.T.
Physiological nature of the 'dance" of been (vith summary in ftglishl
ZhUrAbs*biole 19 no*3:376-386 8-0 )38. (MM, 11810)
1. Laboratoriya fiviologli nisehikh zhivotnykh Institute. fisiolocii
tweni IOPS Pavlova; AN 5881;
(BUS) ,
(CONDITI RRSPORSM)

0
XUZNETS(WA, M.A.
Agricultural practices in protecting winter crops. Zashch, rast.
ot vred. L bol. 8 no.8;17-18 Ag 163. (Kau' 16slo)
1.
is Z-aveduyushobaya 3Aboratoriyey* zaahchity rasteniy Kabardino-W,
kRroko.v sellskokhosysystvannoy opytnoy stantsii, Terskiy rayon,

1
KUZNETSOVA? M.A.- (Gorikiy)
Lesser blood circulation In cbronic empbysema and diffuse
pneumoBclerosis in.the tomographic image. Klin. mod. 41
no.4:78-84 Ap 163. (MIRA 17:2)
1. Iz kafedry'rentganologii i radiologii (zav. - doteent
V.F. Sigachev) Gortkovskoko meditsinskogo instituta imeni
S.M. Kirova (rektor - dotsent I.F. Matyushin).

N
E- -
KUZNET-SOYAO M.A.
In the Moscow Branch of the All-Rassian Pharmaceutical Society.
Had, promphl. SSSR 17 no.860-61 Ag'63 (KIRA 17t2)

KUZNF.TSOVA, M.A.
.;;:z7-
Effect of dose fractionation on the unconditioned reflex activity
of the spinal cord of rkbbits in total-body X irradiation. Radio-
biologiia 1 no.1:58-64 161. (MIRA 1-4:7)
1. Institut biologicheskoy fisiki AN SSSR) Moskva.
(X RAMS-PHYSIOLOGICAL EFFECT) (SPINU COJID)
(IMFI-Ex )

I
AP ANA3 ENKO, 7~ 1, j li~,.
Romcll':~ ef reat Qf sIA-l" CI I gh~ cc- 4.v.,) I and flpcr
ro.)flpxoi in &0mf:6. 1z-;. IN SM"il '~(~r, L-1 )!. n4*,..'-. 2-U,22!
M~A-kp 163. (MIRA 17. 5)
1. Institut bbo'- gichoskoy fitiki AN SS3R.

,;/865/62/002/000/019/042
U405/1)301
YXTrI0113: Lulclyanova, L.D., Livshits, N.N., Apanasenko,, Z.1. I
and I(uznetoova. 14.A.
T IM '24 - Long-range effect of space flight on higher nertious
system and some unconditional reflexes
S 0 U a 10_`~, Problemy kowichesicoy biologii. v. 2. Ed. by N. Sinj-
kyan and V. Yazdovskiy. 1,41oscow, Izd-vo X4 SSSR, 1962i,
192-205
TMCT: The higher nervous activity of rats prior to, and
after flight on the Second Space Ship was investigated, as well as i
the vestibular reflexes, the latent period of the unconditional
motric defensive reflex and the spontaneous bioclectric muscular
activity of guinea pigs. Simultaneously, the morphological state
Of the peripheral blood, weight, arxi general condition were studied.'
The experiments were conducted on white male-rats by Kotlyarevskiyla~
Conclusions: The flight on the Second Space Ship did not
lead to appreciable changes in the conditional reflex activity of
Card 1/2

S/86.5/62/002/000/019/042
Long-ran~fe effect ... D405/D301
J
ti-m- two white rats during the period of t1e experiments (from the
rth day after laadinty to the natural death of the animals). The
L OLI
~ -6 of the byuinea pig or. the Fourth Space Shi did not lc to
I
f Iii,h p ad
cha-~--'E;es in the latent period of the unconditioned reflex. An in-
crcase iii the spontaneous bioclectric activity of the extremity
muscles -was observed in the guinea Dig after the flight. In the
latter, a decrease in the latent period o~N the vestibular reflex
and an increase in its activity was also observed. It is suggested
that the change in the characteristics of the vestibrular reflex,
observed in the guinea pig after the flight, is related to function-
aL changres in the afferent or central neurons, and poosibly in both
thcse types of ner-rons. There are 7 figures.

A:~ 9 74 a' 22~&y
DELAYE D SPACEFLIGHT EFFECTS ON THE LABYRINTHINE AND FLEXION
.REFLEXES IN GUINEA PIGS (USSR)
Apanasenko, Z. I., and M. A
- , Kuzalluna, IN: Akademiya nauk SSSR.
Izvestiya. Seriya biologicheskaya, no. 2, Mar-Apr 1963, 214-221.
S/216/63/000/002/002/004
In order to investigate the effect of spaceflight conditions on the functional status,
of the vestibular apparatus, one test guinea pig which had undergone spaceflight
andeight dorArols which had r6mainied on the ground were subjected to O'S'Cilladlon aboid
their longitudinal horizontal axes. The flown guinea pig showed a very strong
spontaneous bioelectric activity of the leg muscles which exceeded that observed
in the controls. In addition, the latent period of electromyographic reaction to
adequate stimulation decreased in the flown guinea pig, and the after-effect was
prolonged. Amplitude of biocurrents during reaction to stimulus was very high,
but its relation to background activity remained about the same as before the
flight, It is assumed that flight -*Induced changes were localized in the afferent
branch of the vestibular -reflex arc' or in central neurons which are functionally
connected to the vestibular analyzer, (AB]
Card 1/1

ACCESSION NR: AT4 s/2863/64/003/000/0269/OM
037697
AUTHOR: Apanasenko, Z. 1.j,Xurnetaova,, X. A*
i'TITIZ; Combined effects of vibration and ioniziza radiation On the vestibular
and the flexor reflexes
SOMICE: AN SM. Otdeleniye biologicheakikh nauk. Problemy* koamicheskoy
biologlit v. 3, 1964, 269-277
TOPIC TAM conditioned reflex, vibrationg ionizing radiationg mouaeg vestibular:
reflex, flexor reflex
ABSTRACT: Experiments were performed on guinea pigs and th* C-57 strain of blackg
mice in ordor to determine the combined effects of vibration and radiation on the.':
survival of the function of the vestibular analyzer and the latent period of the
flexor reflego Acute whole-body irradiation was carried out by means of gawa
rays from Cc .. The dose was 500 r for guinea pigs and 600 and 750 r for mice.'
The dose rate wsA 263. r/min. M2e --imals were subjected to a vibration of ?0 cps
with an amplitude of 9.4 = for 15 min. Animals were divided into four groupso
The first group was auWacted to two periods of vibration but was not irradiattdm.

ACCESSION NR: AT4037697
The second group was exposed to a ningle done of radiation but no vibration. The,
third group was subjected to vibration both before and after irradiation. The
fourth group served as controls. Vibration and irradiation taken separately or
combined brought about significant changes in the normal values of the parameters,
studied. In some respects, vibration produoad,greater changes than the lethal
dose of radiation to wh16 the animals were subjected. In all cases of combined
irradiation and vibration, it was found that vibration substantiaUy.changed
the effects of radiation on the organism. When the animals were subjected to 11
and
the combined effects of irradiation and vibration, the death rate increased
the life span decreased to a greater degree than when they were exposed to radia-,
tion alone. The effects of the combined action of irradiation and vibration on
the central nervous system are complex. Individual functional indices of the
central nervous eyeteq examined show the separate effects of each of these two
stress factors. If both vibration and irradiation shift the parameters of a
I given index in one direction, their combined action exceeds t'he effects of
radiation alone* If thee* stimuli act in opposite directional the effect
combined action can be lose thmt or even qualitatively different froal that of
irradiation alonea
-Card-'o

~ - !~-zL~,--- az~-~ ~ ~ - ~ 7 : - '. : - .. - ~, - - ~m-l ---- -.-
1- i--_

one another. The effect iDf iribrrmUcm ofi LL-'r-. liii~fi&!"- ~.' :'!Z~r.LUZ a
I I L
... - ; Uffn Aunt an -the effect ~,&, a lathei dose of -raamtlcu- described-
- . - - - __ - - - - - L -%*
- - I F411

KUZNETSOVAO M.A.; GROMj I.I. (Leningrad)
Reviews and bibliography* Apt, delo 14 no.6:83-84 N-D 165a
(MIRA 18:12)
:~

'L 47293-t-6
ACC NR; AP6031663 SOURCE CODE: URIM616610001oo5lo6251ML3
AM -G. M.; Uvshits., N. N.; Arsenlyeva, M. A.; Apannsenko, Z. I.;
1*BclZayeval L. A.; GLolovkkina A. V.; Klimovitakly, V. Ya ; Kuznetsova, M. A.9,
Va 'yanova L. D.; Meyzerov, Ye. 5*
ORG: Institute of Biological P~Ysicn.,'JWPPR (Institut biologicheskoY fiziki
M1 SSSRT-
TITLE: The combined effect of ap.~~e~ejl on some functions of the organism
_6ht factors
SOURCE: AN SSSR. Izvestiya. Seriya b1ologicheskayn, no. 5, 1966, 625-643
TOPIC TAGS: central nervous system,biologic oxidation, biologic metabolism,
reflex activity, brain,t~spue, radiation effects, lcniit~~, radiation biologic effect
ABSTRACT: esults of experiments studying the combined eftect of spaceflight factortJ
(acceleration, vibration, and~~ndlation) oi. some functiona of the organism (brain
herrodynamcis, CNS functions, and cell division of hematopoictic organs).are dis-
cussed. Toleranne of the CNS to accelerations depends significantly on changes of
brain hemodyn'amics during accelerations. Brain blood flow in rabbits subjected to
centrifugal accelerations in the head-foot direction (5 G in head region And 10-G
in pelvis region) for 12 to 60 see decreased. This reaction was insignificant
during the first exposure, sharply Increased during repeated exposure, and-weakened
after chronic exposure, thus indicating that tolerance to accelena.tions can be
,,Card

L 4W91_11__!Y_1
f-ACC.NR' .AP60 3160
increased by training. Participation of CUS reflex mechanismi in the3e processes
is probable. Tae 15-min exposure of guinea pigs to radial accelerations (8 G),
centrifuged twice with a one-day interval,.increated the spontaneous bioelectrical
activity-of extensor muscles; however, the effect was not lasting. It was lowered
!,the day after the second centrifugation.and was*esnentially the same as the control
from the sixth day. The 15-min exposure of the nnimals to vibrations (70 cps,
0.4 rim amplitude), twice with tk one-day interval, produced less distinct but more
stable chnnf-cs, wiLh normalizaLion more than 25 (lays after the first vibration
exposure. Changes In myoolectric nctivity durln~, npacerlight (Sputnik-4) ncorpo-
rated features of Loth acceleration and vibration effects, appreciably ex&(edIng
then in intensity. Oxidation processes in brain tissues, Judged by P02 and "oxygen
test" results, were initially increased *in Intensity by the effect of vibrations
(using the above parameters), and subsequerAly derwent phase changes, including
depression of oxidation metabolism during the artereffect period. Changes in
unconditioned defense and vestibulotonic reflexes and upper nervous activity were
observed later than 12 days after vibration. Inhibition of food-procuring con-
ditiQned and derensive unconditioned reflexes in the majority of animals, with pro-
nounced pardUotic phenomena, was also -bind. Expomrc to 8-, 10-, and 20-G -accelerations and
vibration (700 cps, 0.005 mm, 60 min) resulted in decrea'sed mitotic activity of
bone-marrow celln for 30 days. Disturbances of cell division involved chromosomal
stickiness and Increase in the number of chromosomal aberrations. Ionizing radia-
tion3 and the above dynamic factors produced a similar effect on oxidation meta-
bolism in brr-io tiusuea and cellular division In hematopoletic organs. They differed
42'.

02~3_66
ACC NRt AP6031663
only in the level and dynamics of changes caused. The combined effect of Irradia-
i tion and dynamic factors either did not exceed oi was leas than the effect of each
of the indicated factors separately, a phenomenon seen an a radloprotective action
of dynamic factors. The relations observed are similar to phenomena of dominance
and parabiosis. Typical radiation reactions were intensified vhen irradiation was
combined with factors having directly oppoood effects. The variation and com-'
plexity of results of the combination of dynamic factors and irradiation are
explained by the multiplicity of the mechanisms of the combined effect of radiation
and nonradiation factors. The combined t--xposure to vibration and whole-body
acute Irradiation at a lethal dose showc. that In a majority of cases the vibration
effect on metabolism and CNS function wL,.. dominant at early stages, while that of
irradiation prevailed at later stages. /A the latest *stages of exposure, the com-
bined effect of vibration and irradiation was diverse and complicated. According
to some indices, the trend of changes corresponded to the effect of one of the fac-
tors while the dynamics of the processes reflected the effect of the other one.
Under the uniform action of both factors, the phenomena of partial summation of
weakening of the radiation effect, and in several cases of a sharp increase of
radiation effect by the opposite action of the 'vibration effect, were observed.
Probable mechanisms of the phenomena described are considered. Orig. art. has:
13 figures.
suB co!.~ o6/ SUBM DATE: 14Dec65/ ORIG REF: 032/ OT11 REF: 008/ ATD PRWS:
r,nn
~~ard

~NG
AT60 07
AVM%s Xw%wakwo, 9, A,
!11=s Combftwd affect of r%wated cxposures to vibratiqn and fractional irradiatio
on rho state of the 'S Inoce-abral raflox ale LPapor pmented at'tho Conforance on
Vtobl"o Of Spa" lw%ouw CIA in Moscov rom 24-27 May 196�7 1
SW2CZ% Umfemutslys po prdblemam koomicheskoy myditainy, ~966. Problomy
k0AMICh0fikOY WditSinY, (Mbleas of apace medicine); materialy konforentsil,
;Wcw# 19",, 2".247
TOPIC TWSs - Spoce PhYslolojw, combined stress, biologic vibration of fact,
Ur"MitionAd refl*xv central nervous system
.AWTR=s
The effect'of repeated vertical vibration, of fractionated irradiation',
;'nr.d their coznLdned effect on the latent'period of unconditioned defense
motor renex--were investigated.
Exposure to repeated vertical vibration'*(aniplitude 0. 4 mm, frequency
70 cps., 'exposure 15 min) caused the development of p'arabiotic inhibition of
various degrees In the renex arc under investigation. During the first five
exposures to yibrationthe.cu;nulative effect of repq4b~4-jqxpp~~11!~es M!
as noted.
cari 1/2

ACC NRs AT 6036607
During the second Yive expoiures a tendency to a difficult'and incomplete
adaptation appeared.
FractAqKt~d irradiation (total dose 500 r, dose rate 52 r/min) caused
a statisti U ignificant, but not very great, change in the functional con-
C-~M. It q 1,
ditioh of the!reflex are under investigation. This manifested itself in an in-
crease of laient periods of reaction to a weak stimulus and a contraction of
latent periods to strong stimuli. Thus, changes In unconditioned reflex
activity 611owed'an anesthetized phase pattern with retention of the power
relationship,
Animals which had been exposed to the combined effects of vibration and
irradiation can be divided into two groups. In one group changes in uncon-
ditioned reflex. activity in general followed the pattern of animals which had
been subjected to vibration, while the other group followed the pattern of
those which had been irradiated. However, in both cases the effect of the
additional stress factor left its imprint on.the chan9eq.in the. reaction. b.eing
A- 22; ATO Report: 66-116
SUB 000144 06 SMM DA=t _00MV66
Ccr~ 2 /2

ACC NR9 AT6036639
SOURCE COM U.3/0000/66/000/000/0257/0258
AUTHOR: Liv-shita, N. N.; Apannsonko, Z. 1.;1Cuznatsova, M. A.; Lukfy=ova, L. D.0,
Noyzorovq Y, S'
ORG: none
TITLE: Combined affect of vibration and ionizing radiation on the metabolism and
function of the contril nervous system L~a,,)or prosOnted at thq Conference on
Vroble= of Space Madicino held In t1ascow from 24-27 May 1966/
SOURCE: Konforontsiya po problemam 1-osmichoskoy neditsiny, 1966. Problemy
kosmichoskoy moditsiny. (Problems of space medicine); materialy konforontsiig
lbscow, 1966, 257-258
TOPIC MGS: space physiology, combined stress') biologic vibration effect,
ionizing.radiation biologic effects muscle pl~ysiology, electrophysiolovs central'--
nervous system, rat, rodent
ABSTRACT:
Eats -ahd guihea'pigs'wl~i-&-exposed to the complex.effects of vibration I
(70 cps, 0. 4 mm, 15 min) before, or both before and after, exposure to a
single lethal dose (500-600 r) Of ionizing radiation. The effect of this
particular combination of stress factors was tested on oxidative processes
cs of the vestibular reflex, and
;in the brain tissties, on the characteristi
n-t --2f skeletal muscles in.a- state of relative rest.
he bioelectrical activity
o
Card 1/3

ACC NRt A1*6036639
Results showed a complete dominance of the effects of vibration.
Completely analogous results for vestibular reflexes were obtained when;
Ivibration was combined with prolonged gamma irradiation (500 r over a
114-hr period). Vibrational effects were also dominant with respect to con-
ditioned feeding reflexes when vibration was followed by irradiation with a.
dose of 50 r.
This masking of the radiation effect was observed in those cases in
which the effects of the two factors tended to counteract each other. But
the masking effect was also observed when influences of the two factors
were analogous and could be distinguished from each other only by their
magnitude or dynamics, In this last case no summation of similar effects
was observed, which can be attributed to the protective effect of vibration.
The protective effect was confirmed by the fact that vibration tended to
,weaken leukopenia produced by radiation.
At the same time results were not completely uniform. The combined
.effect of vibration and either acute or fractionated irradiation on the basic
characteristics of the unconditioned defense reflex showed that vibra-
tional effects were dominant In some cases and radiation effects were domi-'
Card 2/3

ACC NR: AT6036639
,nant in others. Radiation effects tended to dominate as the time after
;exposure increased. Investigation of the oxidative processes in the brain
:!iissues showed no summation of analogous effects even at the later stages
I
lof the investigation. However, when observations were made of functional
Ichanges of various parts of the central nervous system, a complex combined'
I
!effect of both factors was found, which does not fit the pattern of the protec-
tive effects of vibration.
The variety of changes in radiation effects due to thq influence of vi-
lbration can be explained by the multiplicity of mechanisms of combined
effects of radiation and vibration. The more significant factors which can
!affect the influence of radiation are: the oxygen effect, changes in the
;:functional condition of the central nervous system due to effects of vibra~
'tion, interaction between centers of the nervous system, the-Couree of
I1'reparative and compensatory processes, and others. LW-. A. No. 22-, ATO Roport.
66-lig
SUB CODSt 06 /,SUal DATZt OOMay66
Card 3/3

ACC Ngs AT6025373 A SOURCE COD&I UR/0000/66/000/000/0045/0067
AUTWR; Kuz
ORGs non*
TITIZ., Influence of multiple exposure to vibration 9n the functional statet
of the cerebrosp1nal reflex arc..
SOURCEs 7 AN SSSR. I t bi2joatche-gkoy fIrAtki, Vliyanlya faktorov komichoskogo
polota no funktaii ts*ntrallnoy nervnoy sistamy (Effect of space flight factors
on functions of the central nervous system). Mscow, 'r. lzd-vo Hauka, 19660 45-67
TOPIC TAGSs biologic vibration effect, nervous systemg reflex activity, brainp
experiment animal, audio frequency oscillator, unconditioned reflex
ABSTRACT:
Thie 'author' _d_iv-ide'd -14 guin'ea pigs weighing 250-500 g into
-two groupo. The first group exposed to vibration twice in a
.iseries-of 5 tests (10 expoaurea); thi second (cdntrol) group was,-.
exposed to 75 db*of noino from the vibration stand, ~ho param-
'etera of which were: frequency-70 cpa;'amplitude-0*4 mm. Animali" "'.1
.
yere expose'd to vibration-andunoiae for 15 min per*teote
1/4 UDCs 612,014.482

ACC NR, A76025373
Indices of refle x function vere the excitability threshold
-and the latent period of the unconditioned defensive motor reac-.,.-
;tion. An audiofrequency oscillator (70 cps) served as a pain
'stimulus. To preclude thq.influence of sharp shifts in thresh-''!
*old,s on the value-of reflex.reactions, stimuli of constant value
were used as follows: 1) a weak stimulus van always equal to the.
tripled value of the'threshold; 2) a moderate stimulus web alvays~
Ir
,equal to the tripled value multiplied by oixg 3) a strong
:stimulus van alwayo.equal to the threshold value multiplied
;by 10, Th6 duration of stimulus van always 0,03 seco
Tho experimental sequence proceeded an follova: 1) Thresh,
!old deteraination; 2) datermination,of the latent period of the'..,.
reflex to a veak stimulus; 3) confirmation of the threshold
value- 4) determinatio"n of the latent period of a reflex to si-i...
notierate stimulus; 5) confirmation of the threshold value;
determination of the latent period of a reflex to a strong
.atl^ulus. After *variations in these parameters had been
eakalklished, tbke

XCC__NRt'_AT602_53
Exposure to*vbrtical vibration'10 times in the course of
lo' days affected the functional state of the defensive reflex
area These radical, statistically reliable changes persisted
.for 3'4 days. They were characierized by complex shifts in the
-latent period of the unconditioned reaction and by an inyeroe
relationship between changes in this reaction and the strength
of the threshold stimulus. The dyn;imica ofchanges in the value
-of the latent period-in reactions to" stimuli of various stren.gth
indicated the development of parabiotic states of variouo.dopthe
and magnitudes. Changed in which reflex excitabilty- increased,
and physiological Aability decreased predominated.
The first half of the period ofoxoosure to vibration re-t
sulted in a cumulation of vibration effects. The second porlom:
was characterized by a moderate recovery of reflex activity*.
.In this period a sequential succession of'parabiotic phases
occurred, indicating change from a more severe to a less oeverei
,state 6f inhibition, Thia-may indicate a process of adaptation;-
however, adaptation was incomplete, .,It was concluded that the
comple"nes a of. i6day~~&~~Rn depends on Ahe magnitude Af_Ahe
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ACC NR, AT6635373
'initial 'reactions to vilbre'tion.
Noise from the vibration stand produced some pronounced
.shifts in reflex activity vhich..vere
reliabl-0- "Orls. ar't. 'has'l-~--
8 figures and.1 table. &.A. No. 22; ATD H.Port
66-9?7
4UB CODE9 06 SUBM DAM 011?sb66 ORIG RUs 001.
cc,,,d 4/4

I NEVQVAj__M..A.; RUMYANTSEVA, A.S. (Moskva)
MENYuK, V.G.;._AVZ
Use of adhesive perahlorovinyl tape for sealing the edges of
artificial fur parts, Shveln, prom, no,3s2O-23 1HY-J9 165.
(MIRA 1819)

YEGOROV., A.M.j ODINETS, Z.K.; Prinimaia uchastiye: KWNETSOVA, M.G.,
__ __ -1 -fir
laborant lliijilli4
Behavior of the sulfides of copp.3r, zlnc;, lead, and iron during
roasting in presence of sodium chloride. Sbor. nauch. trud.
Gintsvetmeta. no.19s293-3W 162. (MIRA 16:7)
Nonferrous metals-Metallurgy)
1fides-Metallurgy)
t

W-ZTLKIN't I.A.; KFJZNE"TA1-VAP M.l.".
Nuclease and phosphaLase activity of Boll banteria. Izv. AN SSSR.
wler. biol. nc..41587-594 JI.-Ag 164, (MIRA 1711O)
1. Institut biclogti B"hkirskogo filiala AN =R, Ufa.

ACC NRt AP7007205
1/0692
SOURCE CODEI UR/o186/66/oo8/006/o69
AUTHOR: Sotnikovv V. S.; Kutnetsovat Me I*
ORGs none
TITLEt Adsorption of indiums, cobalt and zinc Ions from acetone on the surtace of
graphite, germaniumt silicon and quartz
SOURCE: Radiokhimiya, v. 8, no. 6, 19669 69i-692
TOPIC TAGSS adsorptiong indiump cobalts zinc, graphitov quartz, germanium, silicon
ABSTRACTt The adsorption of In,, Qo and Zn from acetone on graphite,, germanium, sili-
con and quartz surfaces was studied as a function of concentration of the imourities
and time gf contacl with the solution at concentrations of 10-4-10-2% with the aid of
InJI4,, Co 0 and Zn'~15 isotopes. It is shown that the adsorption of indium on graphite,
germanium, silicon and quartz obeys the Freundlich equation up to a concentration of
10-3%, and the adsorption of zinc on Go and quartz, up to 10-2%. Adsorption satura-
tion -for Zn and Co on Go,, Si and SiC~ takes place in 5-10 ming and for indium in
less than I min. The lack of adsorption saturation in the case of graphite plates
(which were porous) is attributed to difjusion urocesnos.Values of the adsorption
obtained were 1014-5 x 1015 atoms per cm . Orig'. art. hast 2 figures.
SUB CODE1 07/ SUEN DATE1 03Jun66/ ORIG REF1 001
Card UDC: 541.183;,~-3

,L- 18852-66 EV/T(m)/EPF(n)-2/EV1P(t) IJP(c) JD/JG/WF,
'ACC NRs AT6006474 "SOURCE CODEt" UR/02680/65/000/024/0075/0085
D. Solo a If ~J, KrupnLkova-
'AUTHOR: Layner, VI.Yev, V. Ya. ~~eta~ Perlina,
,Ye. I.,; Slasareva, Ye. N.
ORG: State Scientific-Research Planning.Institute of Allus and the Pr*cessiR4 of
Nonferrous Metals (Gosuda tvennyy nauchno-isoledovatellskiy L ptvyektnyy ibstitut
splavov i obrab i tevetnykh metallov)
1ITLEt Study of the oxidation f niobium
7V1 "5-4,
!SOURCE: Moscow. Gosudarstvennyy nauchno-isoledovatellskiy i proyektnyy Institut
isplavov i abrabotki tsvetnykh metallov. Trudy. no. 24, 1965. Metallovedeniye i obra-;
:botka tsvetnykh metallov i splavov (Metal science and the treatment of nonferrous
,metals and alloys), 75-85
TOPIC TAGS: niobium, niobium oxide, oxidation, oxide.formation, polymorphism, crys
Ital structure analysis, lattice parameter, temperature dependence
OYU
had'the following com
ABSTRACT: The niobium (melted in an electron-bea jurnace)
,positioni 0.1-0.8% (by wt) C, 0-01-0-05% 02 and 0.01-0.05% N2. The ingots were
'forged, machined and vacuum annealed at 12500C. Kinetic,oxidation curves were ob-
lCard