SCIENTIFIC ABSTRACT V. YA. CHEKIN - A.P. CHEKMAREV

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHMIN, V.TAI
37660 Dwa slucheya anginosno- nakrotichaskikh porazhahty polosti
rtA I 2STa pri c-avitaminoze. ventnU otorinolaringolog"g 19"a N'O"o 6p
so 61-63 -
SOt lAtopisl Zhumall Mkh Statay vol. 37. ~ IM-

38353 CHEKIN, V. YA,
IWchod gematom posle ushibov pri gipovitmdnose S. Soy. Maditaina, 1949,,
No 12, a. 31-32

C4
d y
APM. U. NO- 6, 04090
kowedmamm"Im. amt. of owk @we in. and,
-Ittat (iw~ 48K whb
f
k , @Am A.I.Ow I Map,".
f"WOBB). The
i"do fm a -IF .. PMG"V-==

Ile.
7=1:616 is l';,V,. Clkw.
23!M fuii6-c-3F:--
To to., -IP:=*41
blood. AdmiaMmOm of the vitamin keds to
mi-a-in --A hKmand count of young cmellialor f thr
hkvW. to C avitsmiumis tbwe lab" plam a fcwm of mar-
"Mdf&'wyiw-mqw tobloodfunnation: paticutulyin
ciff"how"40. Afthemanwil"Wthrorn,
thr cdom
At IYFW is also I
Mmn. k..utff

CHMI, V. Ta.
Ascorbic acid content In gastric juice. nin. wed, Moskra
29 no.8:39-41 Aug 19519 OLKL 20:11)
2. Candidate Medical Sciences.

VBM/Nedicilne Vitaiiins Oct 51;
"Supply of Vitamin C in the Regular Diet of the Pop-
ulation of Polar Regions,," V~ Ya, Chekin
"Priroda" Vol XXXIX, No 10,, PP 53
Meat and int organs of reindeer contain conciderable
sat of Vitamin C% there are 4.2-12_mg% of Vitamin~C_
in meat, 12-PP mg% in heart tissue, 60-137 mg% in
the liver, 81-120 mg% in brain tiesue,,8-25 m9% in
the meat of the tongue, 42-93 mg% in kidneys, 74-'
181 mg% in lung tissue. Blood of reindeer contains
0-57-2.06 mg% of Vitamin C as commared vith 0.7-3-7
jLg% in blood of cattle (V. N. Bukin) and 0.61-a.1 sag%
LC 177T64
USSR/Medicine',- Vitamins (Coutd) Oct 51
in blood of cattle in polar regions (V. Ya. ChekiV).
Population of extreme North thus gets sufficient.sup-
ply, of Vitamin C by consuming fresh raw meat. Nhis
yed- not generally understood hitherto, bec-SLIMe meat,
And int organs of cattle contain much less Vitamin'.1.
d'than those of 'reindeer, caribou and a.eals.
LC I.TM64

CMMIN, V.Ta.
Prevention of scurvy In extrena north. Sovet. mod. No. 2:28-29 Fab 52.
(ClKL 21:5)
1. Candidate Kedical Sciences. 2. loni ABU.

CHNKIN. V. Ta.
Braluation of vascular tonus In electroshock therapy. Zh. newropat.
ppikhtat.. Moskva 52 no. 3:27-29 Mar 1952. (CLNL 22:1)
1. Carmildate Medical Sel*neso 2. Of the Central Rospital-Poly-
clinic Amalgamation (Head - is. K. Butko). Vorkuta. Koal ASSR.

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tq..ts Bl.od pressure. -1 1. D.

CHIKIR, V.Ya.,
ENNOW
Requirements and methods of administration of vitamin C. Redych.
Zhur.24 nn.1:94-98 154. (MLRA 8:10)
1. T-Sentrallnu llkarzWa M. Vorkuta, laml ARSR.
(VITAMIN C,
requirements & adaln.)

CIrEMN, V. YA.
USSR/Botany
Card 1/1
Author s Chekin.91VO ~:Yi Lo
Tittle s Vitamin-carriers.of.the tundra.
Periodical I Dokl. AN sssR,.96., Ed. 2P 393 395, May 1954
t cv~
-th I- o -(in t
-s- The - quality - of ~*igetilAi s grown near the nor po e re gi n
un-
Cira
8 s,not,inferior to the quality of vegetables grown in.more
..southern latitudes.,- On the contrary, tundra grown vegetables contain
more vitamin.C than other vegetables. Practical utilization of tun-
grown plants rich in vitamin G for medicinal purposes is perfectly
feasible. The collection and preparation of materials are not compli-
cated. Of greatest importance is the drying of leaves because upon
the drying depends the percentage of loss and preservation of the
ascorbic acid. The drying of leaves should be carried out at a mod-
erate temperature of 50 600. Five USSR references. Tables.
Institution
Presented by Academician A. L. Kursanov) February 27, 1954

cHEM, V.Ta., daktor meditsinskikh nauk
Vitamin C metabolism In Injurlev..Sov.med. 19 no.4.-70-71 Ap 155.
(HIRA 8:6)
1. 1z bollnitoy V6rkmty Komi AM.
(VITAMIN C. metabolism,
in trauma)
(VOMS AM WMINS, metabolism In,
Vitamin C)

CHEKIN V.Ta. doktor neUtsinskikh nauk (g. Torkata. Komi ASSR. Ira-
okays, ul., d. 15, kv. 4)
The problem of cavernotoaW. Tast.khir. 75 A00:20-25 Ap 155.
(MM 8:7)
1, Is TSentrallnoy bollnitay Voricuty (Clavn" vrach- V.Ta.Chokin).
(TUMMCULOSIS. PMMMAYLT, surgery.
cavernotwW)

CHIKIN, T.Ta., doktor nedItsinskikh nais (Torkata, Komi ASSR)
--mw wll*~
tiln phases of gastric function In vitamin 0 insufficiency.
Terspearkh. 28 no.2:81P.85 156, (KM 9:7)
. (GMRIC JUIC39
secretion I& scurvy (1m))
I (smvr. lawslelow.
gastric secretion (Sm))

CHKIN, V.Ya..doktor maditainmkikh nauk.
Same results of extraploural pneumothorax. Probl. tub. 34 no.l:
30-32 Ja-F 156 (MM 9:5)
1. Is TSentrallnoy bolinitsy Vorkuty (glavnyy vrach V.Ta. Chakin)
(MMOTHG=, ARTIFICIAL
aztrapleural, results)
,,COLLAPSN THERAPY
pneumolyals, results)

Ivi
CHIRIN, V.Tm.; AKINISHM, N.G. (Petrozavodek)
BloodL tr9nefusion in tuberculosis. gov.md. 21 SWplemnt:lo 15,7.
(TUBERCUUXSIS) (MIRA 11:2)
(BWW--TRAMWUSION)

GHIKIN, V.Ta.,doktor maditainskikh nauk (Patrosavddek)
lll-~ ~111
Oman's acclimtlzatlon In the north" by G.N. Danishevskii.
Reviewed by T. IA.' Chekin. Klin. med. 35 no-l'-147-148 J& '57
(NLVA 10:4)
1. Glavuyy terapsyt Kirovskay shelaznoy dorogi.
(AACTIC RNGIONS-CLIPATZ )
(MICAL GBOGRiM)

1-1 CHXIN, T.Ta., doktor wd.usuk
Roort on the Pirst Conference on Problems In ClizatopatholW In
the Clinical Treatment of Cardiovascular Diseases. Terap.arlth. 31
'11 0
o* -.90-93 1 159' (MA 13:3)
n
(CAIMIOTASCULiR SYSTIM-DISFASES) (CLINATOLOGT, XMICAL)

--CHEKINg V,Yao
Relation between oilicosis and tuberculosis. Arkh. pat. 22 no. 8:34-
38 160. (MIRA 14:1)
(TUBERCULOSIS) (LUNGS-DUST DISEASES)

CHEKIN V 1
!!~~
2
Characteristics or vita-in C metalolim in inhabitants of the
northern zone. Probl. Sev. no.6s]L20-129 162. (XIIPA 16:8)
1. Uprawleniye vrachabno-vanitarnoy alushby Oktyabrlskoy
sheleznoy dorogl, (ASCORBIC ACID)
(RUSSIA9 NMTHERII--VITAMIN METADDLISM)

CHEKIN, V.Ya. (Leningrad)
~~ ~ I w, ~!*q~_
Report.on t1le second scientific conference on problems of climatology
in the clinical aspects of cRrdiovascular diseases. Vest. AHN SSSR
is no.9:76-79 163. NIRA 17:9)

CHEKIN, V. Ya., doktor med.nauk.
Results of the Secon! Scientific Conference of the Institute
of Therapy od the Acadexq of Medical Sciences of the U.S.S.R.
on problems of climatopathology in the clinical aspects of
cardiovascular diseases. Sov. Mad. 27 no.7.-151-153 J1. 163.
(14DIA 16:9)
(CARDIOVASCUIAR SYSTEK.-DISEASES)
(CLIMATOLOGY, HMICAL)

DMr=NKO,'.V.P.; CHEKINA, T.A.

CHEMI V. TITSM M.
SemuUtowtic line withodt com rters for processing of poultry.
Miaseind, SSSR 33 no,3t6-7 162. (KIPA 15:7)
1* Poitavaldy maahInostroitel%*xavod wRanogo oborudovanlyao
(PouItz7 plants-Equipment and supplies)
(Assembly-lUw methaft)

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4198B.
BkIRABASIEV, N. P., CH-,,KIRDA, A. T., FEDDEETS, V. A.-- Ob osveshchennosti
zemnoy poverkhosti primym i rassennym solneclinym. Ush-sn. Zapiski
khar'k. Gos. -on-ta im. Gorlkogo, T. UVIII. Publikatsii Astron.
Observatorii, t. viii, 1948, S. 21-27
SO: Letopis' Zhurnallnykh Statey, Vol. 47, 190

3AWASHEY, N.P.; CHMIRDA. A,T.
. -
Red-. yellow-. green-, and blue-light spectrsphateaetry of Wars.
Mr. Astrea.ebser. Mmr.un. ne.9:3-28 My 152. (KM 9:4)
(*are (Planst)) (Spectrophotmetrr)

Ikov).
Brief news. Astrontteir. no.133:12 J& '53. (KLPA 6:6)
(planets)

Cffi~KIRDA, A.T.
Plen"n of the Committee on Planetary Physics of the Astronomical
Council of the Academy of Sciences of the U.S.S.R., held on
June B-10, 1953. Astron.tair. no.140:Zl-22 Ag 153. (MIRA 7:1)
(Astrophysics)

P--% , . -
, 1,k- V~, ~, v. A, -1,
MKIRDA.A.... , -
Third plenary session on the physics of planets. Astron.tsir.
no.161:21-24 J1155. (KIRA 8:12)
(Planets)

(~ H L Y, I-R:D 0 -~ H ~ 1 -,
BARLUSHOT. NeF.; CHMRDA. A.T.
Comwing Ow color and the luninosity ratio of different regio -no
of the moonle surface with so= terrestrial rocks. ?Sir.Astron.obser.
Miar.un. no-15:9-15 156. (Nuth 10:5) ,
(moon-surface)

BA"WHOT, N.&,;CHKLRDL9 AJ.
- - A*
- U48--- ~,
Comparb&.the color and.the luninomitT ratio of different reglons
of the'neouls surface with some terrestrial rocks. Aitron. shur. 33
no.4:54%.5,55 JI - Ag. 156. (KLR& 9:11)
lbarIkovskaya.astrommicheskays. albeervatorlya,

24(Oh 5(4), 6(2) rHASE I BOOK EXPLOITATION JOV/2215
Ydegoruznyy nauchno-Labledovatellakly Inotitut netrologli Imenl
D.I. Nendeleyeve
neraraty nauchno-looledowatel-skikh rabot; abornik NO.2 (Scientific
18*arch Abstracts, collection or Articles, Mr 2) Moscow.
3t&ndartgiz, 2958. 139 P. 1,000 copies printed.
Additional Sponsoring Agency: USSR. Komitat standartov, Nor I
IsmarLtalInykh pribarov.
Xd.: S. T. Reshetina; Tech. Zd.t N. A. gandrst'70V4.
PURPOSZt These reports are Intended for scientists, researchers..
and engineers engaged in developing standardes me&Aures* and
gagaS for the varioum industries.
00 VIRWE: The volume contains 128 reports On standards of measure-
sent and control. The reports were prepared by scientists of
Institute~ of the Kcaltat otandartov, mer 1 Ixn*r1ts21nykh
priborov pri Sovets, kinistrov $MR (Commission on Standards,
lk&~Ure~, and Measuring Instr%wents under the USSR Council of
Xin1sters). The participating institutes are, WIM -
Vaosoyuznyy nauchno-losledovatel -skiy st*trologli imeni D.I.
Nendeleyeve. (All-Union Scientific Resea.,ci, institute of xat_
rology Imeni D.I..MendeleWv) In Leningradi Sverdlovsk branch
of this institute; VNIIX - VBe30YUZnYY nauchno-labled"atel-akly
,nstitut Komiteta standartove wer I izmerItel'nykh p:,Iborov
IAll-Union Scientific Research Institute of the Commission
on Standards, Measureso and Measuring Instruments), created
from MODat - Moskovskiy goaudarstvennyy Institut mer I
1mmeritelInykh priborov (Moscow State Institute Of measures
and Measuring Instruments) October 1. 1955; VNJIFTRJ -
Voeso)rutnyy nauchno-inaledovateltakly Inatitut fIzIko-t*khnl.-
choskl,kh 1 radiotakhriltheakikh izmerenly (All-Union Scientific
Research Institute Of Phyalc 0 technical and Radic-engIneering
Measurements) in Moscow; KhOIMIP - Kher kovskly gonudaz-atvennyy
InstItut der I Izmerjtel'nykh priborov Rharlkov State Institute
or Measures and Measuring Instruments); and WGINIF - Novoml-
bLrakly gO6uddr8tv9ffYY laStItut mer I IzmdrItel'rTykh PrIborov
(Novosibirsk State Inotitute of Measured and Measuring Instru-
1!02"). No personalities are mentioned. There are no referenced.
r4 Zlnkellaht _n A,j~,Chge
_t!gdy~baV.V. I ~X-Jxe__ kird
M-My th
(XhGIKZP .Our n9 tu z n Temperature
tj
of Basic Industrial Fuels 86
A.K pmeamovA, end V~;_VqL'xlT (Sverdlovsk Branch
of VXIIX). St!j,_Hy..g Characteristic Curves uf Thermal Inertia
In Thermal Sending Davlce3 87
Oomal'skly.-K.Z. (Sverdlovsk Branch of VXIIM). Determining
Tffeiimil7dapacity of Solid* at High Temperatures 87
L,qvIno._G.X_P and.E.M. MalkqyA. (Sverdlovsk Branch or VNIIX).
Studying Marods ro~_-Di~iWr-minIng Thermal Characteristics or
Materials . the Dania of the Theory of Regular Thermal Condi-
tions 89
lomel-son, G.L., and B,3, Estrin (KhGIXF) Developing and
ce-batini-in- Automatic Thiiagi'idCror Checkl;g Standard The=ometarm
With Values or Divivion 0.1 or Less go
Card 28/27

A U TH ~' it Candidate of -3 -P 1/43
Chekirla, A. T1
,
~
l-~h,~ic-Lea,~and~,,IathematicaI sciences
TITLE: From the Council of Astronomers (V astronomicheako-m 3ovE~te)
Tt,ansactions of the Plenary i4eeting of the Committee of
Plana,tary Physics (Plenum Komissii Do fizike planet)

PE, R, 10 1) 1 C I'M L Vestnik-Akademii.nauk SSER, 1958,11r 8, pp. 113-114 (Ussa)
ABSTRACT: This, -plenary meeting was hold in Khar'kcv from '-'..?y 20-22. It
was atteMad by the astronomers of a number of ob3ervatories
of the by representatives of the Council of Astronomers
and by the Director of the Nanking Observatory Chzhan Yuy-
chzhe. Results of observations of the surface of Mars and of
the moon in 1956 were the subject of the reports. The following
lectures were held:
V.V. Shitionov stated that the surface of Mars is darker and
rej than corresponding samples from terrestrial
d%-,erts.
ii. P. i3arabashov J~iscussed results of Mars photometry which
wcru conJucted by him in the Kbar1kov observatory with
the assistance of I.K. Koval'.
Card 114

From the Council of Astronomers. '._rnnsactions SOV/30-58-8-21//43
of the Plenary Meeting of the Committee of Planetary Physics
K.I. Kozlovn communicated some results of Mars photo-
Yu.V. Glagolovskiy Imetry which was carried out by the Sektor
astrobotaniki Akademii nauk Kazakhskoy SSR
(Department of Astrobotany AS Kazakh USSR).
A. 11. Suslov spoke on the intensity of 1,i- Lit . ~
-4. P. r)
Bar b h reDorted on pt o t ry
V.I. Y.ez:r::i;v obtained in tii,~ observatory of Crimea.
A.T. Chekirda i
N.D. Kalinenkov reported on spectrophotometric m;~-asureiaa.%Lz;
of details of the surface of 1ars which were conducted in
Kazan'.
B.A. Bronshten I reported on rasults of photographic photo-
O.B. Rzhanitsyne,3 metry of the bright region Argir on Mars.
M.M. B t 1 aported on the first utilization of electron-
u 7 av"I 'optical t-ransducer in photographing-Mars in the
A.A. Kalinyal:
L.A. Kamionko Pulkovo observatory.
V.V. Sharonov rzlported on most recent Mars research in foreign
countries.
N.P. Barabashov spoke about problems and methods of lunar re-
Card 2/4 search.

Pro-ii the Counoi i ol' Astronome-o- ';'_r.-an3ac t ions SOV/30-58-8-211/43
of the Zoeting of the Com,pittee of Planetary I-hysics
0
B.Yu, Levinj spolc:-, :ibout reaulto of the theor.,.-tical inves-
j.V. ~Aayeva j tigation of tho 'Uhor:nral history of ',Tars and the
moon *
il. Yu. Levin spoke about the history of the motion of the
moon and about geological Droperties of its material.
V.V. Sharonov, Professor, read the paper by N.N. Sytinskaya,
on the development and the confirmation of the hypo-
theses concerning the nature of the surface layers of
the moon.
A.V. I-Aarkov reported on the equipment in Pulkovo for thermo-
electrical temperature measurements of narrow strips of
the surface of the moon.
Yu.N. Chistyakov communicated the first results of research
with this equipment.
N.N. Kaydanovskiy spoke about prospects in the investigation
of thermal radiation from the moon (based upon observa-
tions by Ye.K. Kokhan in the Abastumani observatory).
N.P. Barabashov reported on preliminary results of the in-
Card 3/4 I.K. Koval, I vestigation of the polarization of the moon

From the Council of Astronomers. Transactions SOV/30-58-8-21/43
of the Plenary Meeting of the Committee of Planetary Physics
by means of light filters.
Yu.N. Lipskiy spoke about the necessity of taking into con-
sideration the variations in the degree and the direction
of polarization of moon details, when they are spectro-
photographed simultaneously.
T.A. Polozhostseva reported on the determination of color
V.G. Teyfell contrasts on the surface of the moon by
A.N. Sergeyeva means of photographic spectrophotometry.
N.P. Barabashov
V.I. Yezerskiy
V.A. Fedorets
Card 4/4

t Y
PAM I WK EUWTrATIM
AkMesd7a nak am, Kamissi7a po Mike planet
SOV/4302
Izvestlya, vyp. 1 (Neva of the Commission on the Physics of Planets, N06 1)
,kovp 1959. 108 p, 1,000 copies printed.
Witorial Boardt. I.P. butbasbaw., Acadwdeian of the AceAezW of Sciences
Mwainskaya M (Remp. Zd.); V.I. Tezerskiy# Candidate of Physics and
Ylathenaties (Secretary)#* A.V, lkrkov,, Fwfessor,* ru. N. Llpsklyj, Candidate of
Physics and .T. CbekirdmLt Candidate of Physics and NALthematics;
Rd.: D.A. Vaynberg; Tech. Zd.: A,S, Trofixonko,
101110112: This pablication is intended for astrophysicists and astronomers.
COMM This collection of articles constitutes the first Isffw of a new journal
on problem In planetary pbysics. The first six articles discuss the surface
featuress polarimtryl and spectrophotomtry of the Nacn. The remaining articles
deal vith the "lea of Maral sTupiterp and the asteraids. So personalities are
iientioned. References accompany individual articles,
Card 1/3

Neva of the Comission (cont.)
TAMB OF CONTIMS:
SCYV/4302
Barabashov, N.P.2 and A rda. Types of Rocks Most Closely
Corresponding to Those of the ace 5
Kokhm.9 Ye. K, Investigation In Three Parts of the Spect
of the Degree and Angle of the Pbsition of the Plane of Polarization
of Light Reflected Frm Ime Features 41
Barsbashovs N.P., and-I.K. Zoval-. Photographic Polaelmetr7 of the
Moon Vith Light Filters 55
Sergeyeva.,, A.N. Spectraphotowetry of Ian= Formations 59
Barabasbay, N.P., V.A. Yezerskaya, and V.I. Yezerskiy. The Problem
of the Photometric UnIforodty of the Hoonts Surface 67
Bytinskaya, X.N. Probsb2e ftwasions of the Ruggedness of the
Wicrorelief of the Moon's Surface 81
Card 2h

-Neva of the Comission (cont.) SOV/4302
ravallp I.K. The Degree of Omothness of the YArtian Continents
#ad Seas 85
Teyfell., V.Q. Intensity DistrlWtion an ftpiter's Disk In the Buds
of Methane Absorption 93
Nmpyaj, 8.V. Tberml History of Asteroids 105
AVAILAM: Library of Congress
Card 3/3 JA/&m/am
10-10-Q

BARABASHOVv N.P.; kVALIP I.K-; CREKIRDA, A.T.
Some results of the photometry of cloud formations on 14srs.
IzvoKomepo fizoplang no*2:.36-40 160. (MLIRA 14:3)
(Mars.;(Planet))

S/751/61/000/008/001/005
AMIORS:. Barabashov N. P~ Kpv4'-t I. K.1 Chekirda, A. T.
TITLE: Photometric'Investigations of Mars in 1958.
SOURCE: Akadem~a nauk SSSRO, Kcinissiya po fizike planet. Izvestiya. no. 3.
Kharftv, 19610 3 1SO
TDO: Data ar\-- presented oh the distribution of brightness along the inten-
Sity equator and central meridian of Mars, obtained on the basis of photographic
observations of the p1cimet-using-optical.filters. The emulsions and filters
employed are listed, and the exposures stated. No tie-in was made with the
sun,~ since the eDxeriment-was,:not aimed at obtaining a detailed list of absol-
-brightnesses. All negatives were calibrated with a tubular photometer
ute
and measured with a MF-2 microphotometer. Data on the contrast between the
-bright and dark regions, and on the variation of the brightness of the north-
ern and southem,:polar regions.of Mars, are tabulated. Except for one longitude
region, satisfactory correlation is observed between the "red" and "blue" cur-
ves, ~nd the.lack of:,correlation in. the particular region is attributed to the
specific distribution, of the. -energy, in. the speatrwa of the corresponding seas
Card 1/2

3/035/62/000/009/002/060
AOO1/A1O1
AUTHOR- Chekirda, A. T.
-----------------------
TITLE: The Sixth plenum of the Commission for the Phy~ics of Planets at the
Astronomical Council, AS USSR
PERIODICAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no, 9, 1962, 7,
abstract 0A3V("Izv. Kqmls. po fiz. planet", 1961, no. 3. 96 - 99)
TEXf: The plenum ~f the Commission was held at Khar'kov on October 24 - 27,:
IQ60. The reports dL-alt with the results of processing the first photographs of the
Mocn! sback side (N. P. Barabashev, Yu. N. Lipskiy, D. Ye. She'hegolev,.etc.), resuliz
of lunar studies by radio methods (N. L.- KAydanovskiy. A. Ye.' Salomonovich), photo-
metric, -polarization and other methods (V. V. ShArdhov,,V. G. Teyfel', V. P. Dzha-
piashvili, etc.), as well as theoretical investigations (B. Yu. Levin, Ye. L6. Rus-
k6l). Several reports dealt with studies of Mars, Venus'and Saturn.
L. R.
r.Abstract~r's note: Complete translation]
Card 1/1

CREKIFtDA, A,T,
plemm of the Comittee on Planetary phpics of the Astronoulcal
Council of the Academy of Sciences of the U.S.S.R. Aotronoskmro 38
no*3&571-573 N06-Jo 161. (KM 14:6)
(Planets)

A /,/'-16
AUTHOR: Chekirda, A. Z. 49-7-12/14
TITLE: On the hydrodynamic theory of the centres of activity in
the atmosphere. (K gidrodinamicheskoy teorii tsentrov
deystviya atmosfery).
PERIODICAL: Izvestiya Akedemii 11,auk-,SSSR, Seriya Geo'Lizicheskaya,
1957, No-7, pp-954-958 (USSR)
ABSTRACT: From the point of view of meteorolcgy, the steady state
disturbances of the zonal circulation, the "centres of
activity" of the atmosphere, are of interest which occur as
a result of non-uniform heating of the mainlands and the
oceans during summer or winter. The hydrodynamic theory of
centres of activity was first expounded by Ye. N. Blinova
(Ref.1); in solving the problem of long term forecasting
of the pressure, temperature and wind at a medium level,
Blinova also solved the steady state problem. One of the
equations is that of changing the speed vortex of Friedman,
projected onto a vertical axis. The solution is sought for
a west-east transfer in the form of developing of the
function of the current into series by means of spherical
Card 1/2 functions, assuming that the pressure, temperature and
density are independent of the altitude. However, one of
the important features of the ttmosphere is that these

49-7-12/14
On the hydrodynamic theory of the centres of activity in
the atmosphere. (Cont.)
values are dependent on the altitude. In later work (Ref.2)
Blinova reduced the problem to solving the following equation:
a 1A Y + 2wy - P ( () X)
and the solution of this equation was applied by the author
Card 2/2 of this paper for calculating the atmospheric pressure at
sea level. The results of his calculations are plotted in
the chart, Fig.2, P-957, and it can be seen that they are in
good agreement with the real distribution plotted in the
chart, Fig.1 and this indicates that,in spite of the applied
simplifying assumptions, the calculations can be of interest.
There are 2 figures and 2 Slavic references.
SUBMITTED: January 22, 1957.
ASSOCIATION: Central (Weather) Forecasting Institute.
(Tsentrallnyy Institut Prognozov).
AVAIIABLE: Library of Congress

CHEKIRDA, A.Z.
Considering the relationship betwepn the speed of the zonal stream
and latitude in numerical prediction of the current function field
at a mean atmospheric level. Izv. AN SSSR. Ser. geofiz. no.11:
1692-1705 N 61. (MIRA 14:11)
1. Akademiya nauk SSSR, Ob"yedinennyy meteorolo-icbegkiy vychislitel'-
C,
nyy tsentr.
(Numerical weather forecasting)

ACCESSION NR.: AT4034676 S/0000/Q/000/000/0075/0098
AUMR: Chikirda, A. L
TITLE: Forecasting the Mgbts~ef an isobaric surface of the man level of the
atmosphere,.taking into account the r#al profile of zonal flow velocity
SOURCE: AN SSSR. Ob"yedinency0y notoorologichookiy Vfthislitellay*Y teentr.,
Gidrod-*namicheskiy dolgoorochn*y propos pogodys _ (H drodyn"4iq, long-ran or
_y
forecasting). Moscow, lad-vo "Nauka". 1964m 75-98
TOPIC TAGS: aiete*ology, zonal - flow, f low velocity prof ile, atmospheric pressure,
atmospheric neutral wave, weather forecasting, long-range weather forecasting
ABSTRACT: The principal conteni of this paper is an investigation of the influ-
th
once of the real profile-of zonal flow on the development of processes at a meaw:
level of the atmosphere. In this study it van found that pressure formations
having a greater extent along a meridian than along a circle of latitude are de-
formed slowly by zonal flow and in the course of a certain fixed time, almost
without changing configuration, are carried along in this flow. Pressure forms'-
tions having a greater extent along &,circle of latitude than along a meridian do
ot-persist long and under the influence of zonal flow are broken down into small
centers. The lifetime of pressure formations can be determined qualitatively
Cord 1/2

ACCESSION NR.: AT4034676
from the configuration of a particular pressure formation. The character of the
zonal profile determines the rate of movement of pressure formations. Pressure
for-tions-move at different velocities in dependence on the character of the
zonal -profile. The exchange of energy between waves of different kinds -is'. related
closely to the character of the zonal profile. The stronger the curvature of the
zonal profile, the stronger in the energy exchange. Neutral waves are not present,
in the atmosphere'vhen there is a real zonal profile. An allowance for the real
:zonal profile in numerical forecasting of nonzonal deviations of the heights of
the 600-mb surface leads to a substantial"itokovemeAt-in the results 7he-problen
of forecasting the zonal profile-therefore is*consi6ired of the greaiest impor-
tance. Orig. art. has: 18 formulas, 21 figures and 4 tables.
ASSOCIATION: Ob"yedinenny*y meteorologicheakiy vy*chislitellny*y ts6ntl AN SSSR
(Joint Meteorological Con"tion Center AN SSSR)
22Nov63 DAZZ%ACQ: 16Apr64 ENCL; 00
SUBHIT=:.
SUB'60DE. NO MW SOVs 002 0=1 004
A
j;ard 2/2
Z

L 1097o-67 FSS-219WT(l) MAD
ACC NRt AT6036587 SOURCE CODE: U 0000
_oV I.' A., Lebedev. V. I.; Khlebnikov, Go F
AUTHOR; Kolos WO
Kastyan. 1. 1.
ORG: none
Rotation tests as a method-pf detecting covert forms of motion sickness
,-under conditions of weiahtleggana-l%per presented at the Conference on Problems
,of Space &dicine held in Moscow frm.24 to 27 May 19661
.SOURCE. Konferentaiya po problemam kosmicheskoy meditsiny,, 1966# Problemy
kosmicheskoy.neditsiny. '(Problems of space medicine); materialy konferentsi-i
.Moscov,.1966, 214-215
TOPIC TkGS: -weightlessness, biologic acceleration effect,, coriolis acceleration#
motion sickness, diagnostic medicine, vestibular analyzer
ABSTRkCT: Some Soviet cosmonauts (G. S. Titov, V. V. 'Nikolayeva-Tereahkova,
-& P. Feoktistov, B. B. Yegorov) with adequately hijh vestibular analyzer
resistance to'motion sickness experienced ve stibulo- autonomic discomfort
under conditions of prolonged weightlessness. In this'connection, the prob-
lem of exposing people. sufferin from vestibular disorders assumes the
greatest significance. An atteinpt to identify latent forms of motion sick-
ness more completely was undertaken.
Car& 1/4

L 10970-67
ACC NR3 AT6036587
The methodological approach consisted of a modified Barani rotational
test (10 rotations for 10 sec) during horizontal flight in a jet aircraft and
d
ur i
-ing conditions of weightlessness (25 see). Dur ng the first stage, the
rotational test was conducted during the -five see after the beginning of sta-
bilized weightlessness. In the second stage, the same people were rotated
at the beginning of the transition period from 2 G to 0 G for 5 see and then.
for an additional 5 see during the beginning of weightlessness.
Examinations were conducted on male subjects aged 23-45 with hi
vestibular tesistance to motion sickness under terrestrial conditions and
high tolerance of weightlessness during flights.
basic components of the vestibular analyzer were studied:
1. somatic (duration of postnystagmus)
2. autonomic (pulse rate. perspiration, skin color)
3. sensory (subjective illusions, illusions of counterrotation).
It was revealed that 18. 276 of the subjects had latent forms of motion
sickness during rotational tests under conditions of stabilized weightle's's-,
ness.. In this group, them duration of counterrotational. illusion was prolonged,'
---!5 see compared to horizontal nigh
_Aq,was p!~slLrptatiq!~~LzjyAt~gMus 2
Card 2/4

ACC NIQ: XI'60365,(17
dam, palcness or redness of facial skin was apparent, and moderate hyper-
Liydrosis was.notle.d. as-were illusions of changed..b.odx, position -with.the eyes,
Pclosca'. Increased salivation and worsened subjective feelings were also
noted.
Vestibulo autonomic discomfort was not observed in the remainder of
i'subjects. The duration of counterrotational illusion and postrotational
A J.Y Otagmus was shortened by 4-6 sec in the majority of subjocts, while in
others. thcsc indices were not shortened.
At the beginning of rotation in the period of transition from positive G
ito weilr1ntlessncss during the second stage, tolerance of angular accelera-
Lions during stabilized weightlessness revealed 22. 211/6 more cases of latent
motion sickness. In these subjects, the duration of counterrotational illu-
sions increased as compared to their duration during stabilized weightless-
ness; pronounced paleness of facial skin, lip cyanosis, pronounced, general
hyperhydrosis, nausea, hype rsalivation, and discomfort in the area of the
stomach were observed. The termination of nystaamus could not be fixed
!:relative to the onset of accelerations following weightlessness.
In th~ opinion of the authors, symptoms of motion 'sickness during ro-
,I Card 3/4

L 10970 -57
ACC-1141R. AT66~65'8-7
'ational tests under conditions of stabilized weightlessness were found for
the following reasons: first, under conditions of weightlessness the function
of the otolithic component of the vestibular apparatus was modified due to
the unusual position of the otoliths (floating state) which led to increased
tsensitivity to angular accelerations during rotation of the chair; second,
manifestations of Coriolis accelerations as a result of Barani chair rotation
during parabolic Right.
In those cases when the rotational test was completed in the period of
transition from acceleration to weightlessness, additional adequate irrita-
tion of the otoliths associated with a sharp switch from a "plus" stimulus
to a minus" took place, facilitating the ;nore rapid accumulation of Coriolis
accelerations.
I Therefore, the use of a modified rotational test under short-term weight-,
lessness conditions reveals latent forms of motion sickness even in people
with high resistance and can be used for prognostic purposes.
Use ofthe rotational test in the period of transition from acceleration
to weightlessness reveals latent forms of motion sickness most effectively.
[11-11.A. N16. 22; AT6 Repoit'66-1161-
0", / SUBM DATE: OOMa766

L 4a979-66
EWT(1)/FSS-? ~'DD
ACC NR% AP6029423
SOURCE CODE: UR/0177/66/000/008/0060/6062
AUTHOR: Kh1lov, K.L. ofessor); Kolosovs 1. A. (Major, Medical corps); Lebedev,
V. 1. (Litbtenant colonelr
,,-Medical corps); Chekirda, .1. F. (Senior lieutenant, Medica'.
corps)
ORG: none
TITLE- 6anges lin acceleration sensitivity thresholds under conditions of brief
~~eightle!;snesa
SOURCE:' Voyenno-meditsinakiy zhurnal, no. 8, 1966, 60-62
TOPIC TAGS: weightlessness, acceleration biologic effect, space physiology, human
~physiology, acceleration tolerance, vertibular training, vestibular analyzer
6BSTRACT: A preliminary step of this investigation involved determining a trend in
a
Acceleration sensitivity shifts during brief weightlessness(pprabolic flights).
After determining the sensitivity of the vestibular analyzer,'the following method
of judging the sensitivity of the horizontal semicircular can#ls to angular accelera,
tions was employed: A subject was fixed in a Barany chair with head inclined forwarq
30* and eyes closed. At first, the chair was rotated at a rate of 180* per 20 sec;
If a sensation of rotation did not occur, the chair was then rotated through 360* i
for 20 and 15 sec with a 3-5 min interval. Only positive acceleration sensitivityi
thresholds were considered and stopping sensations were neglected. The chair was
Card l/ 3 iTnr. Ai7_aRA_nA-fi7Q_1a

ACC NR: AP6029423 . 0
rotated manually by a physician. in a few cases, electr6nystagmograms were recorded.
When a subject sensed acceleration, he informed the physician who fixed the onset
time with a stop watch. Background data were gathered during normal horizontal flight
Rotation commenced 5 sec after the beginning of weightlessness. The duration of -,
weightlessness periods was 24-26 sec. Before-and after weightlessness, head-pelv4s
forces of 1.8.and 2.0 C lasting 10-12 see were experienced. Eleven males aged
23-45 were studied and a total of 24 experiments were run. Of this number, three
subjects were exposed to weightlessness once, five were exposed twice during a
single flight, and six were exposed from two to six timesin the course of 2-3
flights. Analysis of the data from weightlessness runs revealed a shift in the
threshold sensitivity of the horizontal semicircular canals to angular accelerations.
,In every case there was an Increase in the duration of the rotational time necessary
to obtain a threshold sensation which indicated decreased excitability of canal
receptor formations. In 4 subjects, rotation sensation occurred at the 15th and l6t
sec at a rate of 180* per 20 sec in horizontal flight; at the same rate during
weightlessness no threshold sensation was observed. In one subject, a rate of 360'
per 20 sec brought on a rotational sensation after 12 sec while during weightlessneg]
no sensation occurred. In the remaining subjects, the time necessary to induce a i I
manifestation of rotational sensation during weightlessness was increased by,3-11 1.
see com ared..to cbfitrol-daf-a take-n-duripgliorizontal flight. The average elapsed
t:L I
me necessary to evoke thresho d rotational sensation increased by 1.7 compared
with -average background'. (horizontal flight) values. It was concluded that brief
weightlessness following positive acce"Iefft ions leads to an increase in acceleration
sensitivity thresholds. These increases are" apparently due to the elimination of them
Cn,A - 2/3

ACC NRt AP6029423
activating influence of otoliths on sensIory reactions of the semicircular canals
as a resuXt of a "loss" of otolith weight. [CD]
SUB CODE: 06/ ~SUBM DATE: none/ ATD PRESS:.50 7,(
Card 3/3

30273
S/035/6 1/W0/0 10/4027P34
Js 1.5ce (109, 16C7) ADD'1/A1Ol
AUTHORSi Barabashov,.N.P., Koval', I.K., Chekirda, I.T.
TITIEs Some results of photometry of cloudy formations on Mara
PERIODICAL: Referativnyy zhurnal. Astronomiya I Geodeziya, no. 10- 196&, 66, ab-
! stract 1OA457 ("Izv..Xomis. po fiz. planee , 1960L, no: 2, 36-40)
TWI Blue clouds observed mainly in the equatorial zone of the planet
are described on the basis of phoiographs taken in 1958 by means of a'10"-reflec-
tor of the Kharkov Observatory with the equivalent focus equal to 15.3 m in
aitfaylolet ()v3600) and blue-(I 4200) portions of spectrum. The exi3tenoe of
a photometric scale makes it possible to obtain the curves of brightness dis-
tribution along the equator of intensity, when the clouds are present and at
their absence. The analysis of materials has shown that the presents of clouds
on the aisk-and terminator does not depend on the albedo of the underlying solid
surface of Mara. The value of cloud-background contrasts, and the albedo of the
clouds on the terminator are higher than on the disk. On an average, the bright-
Card 1/2

SA'305RI1000P 10/02TA34
Some results of photometry ... AOOI/AlOl
ness of clouds exceeds the baokground brightness by 14%. On assumption that the
clouds studied are analogous, in their nature, to cirrus clouds of the Earth's
atmosphere, their thickness was estimated to be 3 - 6 m.
I. IAbeideva
[Abstracter's note: Complete translation)
Card 212

EPA pmArGc Paa_4 -4/fr-41
L 17448-%
ACCLSSION NR: AF~006130 S/0207/63/000/004/0099/0101 t
AVMOR: V. K. (Moscow); Chekirda,, L. F. (Moscow); Chuykop S. V.
Noscow)
TnW Transition to detonation during normal burning of porous e sives at
Xplo
slightl'), -increasing pressure
SOURCE: Zhurnal prikladnoy linekimmiki itekhniche'skoy fiziki.
no, 4p 1963.p
j
le,
.'TOPIC TAGS: solid explosive., secondary explosive, combustion.. deflagration-
hexogan.. llant detonation
detonation transition solid2Lope
ABSLRWT: Experiments have shown -
that the pores on the burning-surface of Mel.-I
ing secondary explosives are covered by the melt only at comparatively low pres-!
aures. When the pressure reaches-~a-critical value (P*), the surface of the melt'!
9
is disrupted and, inte
mediate gaseous combustion products from the dark zone
penetrate into the pores.,-vhqre they cause thermal decoMasitionyof the ex-
plosive. After an induction periocithe interm--di~tii-Tr6Yu-~iE~-e-n~ichecI by the
thermal decomposition products undergo self-ignition follmed by detonation.
d
'.Cor
------ - -----

-4
L 17,41+8. ~3
-AMMIC7 IqR-. AP31W6130
12ames inside the pores amnot-observed vhen the pove valls are coated Vith.
an - inert material. - :Experiments --vith. pressed hexogen of- 160-250+ particle
size and,- `i4ere. conducted-- in'a manometr bomb equipped vith lxigha-
~0-71 density
an-d-low-speed photoregist6rs and vith. piezoplectric pressure pickups for re-7
cording the pressure in the bomb ind in the pores. The pressure F* can be
L
i~~ calculated by the formula
n 3.2 6 V ("PP
V
_)DP
I. vhere p., is the density of the melt.,-:O:is the density of the solid explosives
tirs, the, thicktie as of the molten layer at. I atm, and D is the partlele , diam-
P* vas about 3 at= for the-hexogen tested. A plot of detonation pres-
sure (13) versus the pressure.-Iincrease rate obtained vith hexo n specimens
40 mm high and 8 MM in diamter-shoved that the cbaracteri-s-ife-ItIme constant.,
the time required for develo;wnt of self -Agnition., in about 0.7 see. Four
combustion regimes (normal,, convective., explosive., and detonative) are defined
by inequalities in terms of the rate of gas penetration into the porea and the
-Cara'.' 2/3

T 62
1 04-63 EPR/EPF(0)A1WTW/BDS AFFTC Ps-4/Pr-4 MVBWIWWI
ACCESSION Nk_i__'M466C3i5 S/0258/63/003/003/0460/0467
1.__AUTH'0Rs M rRollin, 4. .()t"cow) g Chalkirds L, F# (Moscov),; Chuyko,
a
-S. V, (MOSCOVT
The combustion'stabilLty of liquid explosives at constant
pressure
OURCEt In.zhenerny*y zhtirnat, v. 3 gno. 3, 1963p 460-467
TOPIC TAGS., combustion stability combustion'Ainstabilityo liquid
"I,explosi've, propellant'i stability analysis, liquid fuel, nitroglycol,
nstabilit mode, combustion:
..y
M7.
ABSTRACTI A compr4ehensive:theo tical and: experimental study of~co
re
bustion stability is Ipresent'id. An analysis is made of combustion-in
an infinite vessel based on L, D, Landau's general theory on.the com-
bustion stability of liquid-explosives (K teorii'medlennogo goren4Lya
Zh. eksperim. iteoret. fiziki, vo 14, not 4,.1944),, and the.follovr.1
vave num*
ing formulas are derived for determining the dimensionless
berof dangerous oscillations (x,) (those 4hicb develop most rapidlyi,
and the time required for their development (.1n):_
3'
x 4/3ni;"and 1/T 1.5 (gn IJI
n n
Card 1 /0V

"1-16204,61.-
ACCESSION NRs AP3006,345-.
0/~b 6 J 0 PIVI (the maso'burning rate),
~2*
and J PM (the-critical,mass 'burning rate). The region in
which osci lations are amplified-was defined by inequalities in
terms of n and xe 'The values of TnA.nand xn were calculated for
nitroglycol And tabulated in the.range of n -.1 - 2. A plot of x
versus n is shown in Fig.,l o~f tke Enclosures Experiments with
tubhs,(1.5--40mm di
nitroglycol were conducted in ameter) iind in -rec
tangular vessels, (2,x 10 m0m To secure uni form ignition along the
entire surface,&nitrog-lycollwas ignited by a layer of steadily burn-
ing ethyln1trate piacea ovei~the nitroglycol and ignited by a ni-*
chrome wire. The-time of-development of unstable combustion of ni-.-
troglycol was less than~0.1:sec. The effects of the tube diameter
and the shape. of the vessel. on combustion stability were also studied,
Some of the results are shown in Fig. 2 and Fig. 3 of the Enclosure.
Fig. 3 shows that in tubes.of small diameter the largest possible'
perturbations will-be the most dangerous while in tubes of large
diameter the most danger Iou s willbe perturbations having the highest
values of i., Further analysis yielded criteria for the effect of
,,..-.jCard 2/6

ACCESSION NRt AP3006345
',,gravitatlon on.combustion:'stabilityg Stability at zero gravity to
discussed. on'the basivof photographs obtained by high-speed frame
photography, it Is shown:that-flame pulsations arise as a consequencel-
of perturbations of~tbe liquid surface. Both radial and tangential,
~instability modes were distinguished, The wave length of the os -
cillations was evaluated As 2-8 mm, which lies within the range of
I.dangerous oscillations-predicted by,theory. Measurements of flame
pulsations Indicated that their frequency-increases somewhat with
increasing pressure. Photographs of nitroglycol dyed with nigrosine
showed helical traces and.cellular patterns resembling those observedi.
with spinning detonation waves. It may,beassumed that the dimen-
sion of the surface perturbation during unstable combustion equals
the dimension of the most.dangerous oscillation predicted by sta-
bLlity analysis* .,OrLg. art-,. has: 6 figures and 17 formulas.
ASSOCIATIONS none 17.
SUBMITTED: -.160et63 27Sep63 ENCL: 003~ A
-':,NO,REF SOV: 001
OTHERt
AS,, PR 004,
Card

CM KlliOVj-T-. Ch.-.___
Undulant variations of intracisternal presmire in the goat udder,
Izv, All Kir. SSR. Ser. biol. nauk 3 no.2:83-90 '61. (IMU .14:12)
(UDDER)

- CHSKIRUV, T.Ch,
I -- --
Effect of acet.VL-noline on the moivr function of the mammary gland
in goats. Izv. AN Kir. SSR. Ser.'i,biol. nauk 3 no.2:91-96 *61.
(CHOLINE) (UDDEIL-INNERVATION)

CHXKLIIU, Te.A.
Characteristics of rocks in the Murgab Delta from the point of
viev of engineering geology. Vop. gidrogeol. i insh. geol. no.17:
86-91 159. (NIRA 14: 1)
(Nurgab Delta region (Turkmenistan)-Rocks)
(Hurgal Valley (Tarkmenistan)--Rocks)

DtBROVKINO: V.L,; CHOWAl Ye.A.-
Owi4piteristics ~of Quaternary sediments in the central part of
the Ana Darya Valley (from. Kelif station to Daynau) * from the
point of view of engineering geology in o6nnootion with the
Oonatruction of irrigation systems* Vopegidrogeole
4 inzh.geol, no.19s59-71 161. (MIU l5t2)
Amu Darya Valley-JInginearing geology)
i DaMU3.1sy-Irri-gation)
M

VEREYSKIY, N.G.; DUBROVKIN, V.L. [deceased); PAVLOV, B.S.;-Qj-$ A.
Principles of mapping on a ftale of 1:50,000-1:25,000 for
purposes of engineering geol6jWin connection with industrial
urban Nmra-l,,and resort construction. Sov. geol. 6-no.10:
109-113 163. (MIRA 17:1)
1. Vsesoyuznyy nauchno-issledovatellskiy institut gidrogeologii
i inzhenernoy geologii.

DUBROVYIN, V.L.[de--eased); CHMINA,je,.-A,'.; VIEGC~Ud-'WA, le~~..;
TSAREVA, A.M.; POPOV, V.V., prof., red.
IEngineering geology characteristics of loess in the Kursk
Magnetic Anomaly] Inzhenerno-geolo I haskaia khara-kteristi-
ka lessovykh porod territoril KMA fByo] V.L.Dubrovkin i dr.
Moskva, Nedra, 1964. .198 p. (MIRA 19;2)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy institut
gidrogeologii i inzhenernoy geologil.

CHEKLOVICB, V.D., and SOLOVIYEV, M.N.
Age of the Metamorphic Rocks in the North Nura-'Tau RaMe (resume in
Uzbekistani). Dokl. AN Uzb. SSR, No 8, 1953, 28-29
The metwwrphic rocks, considered early paleozoic and familiar from, the
many pits dug in the north slope of the Nura-Tau, are represented by quartz-
mica, chlorite-epidote, silicified and encrusted rocks, quartz-actinolite
hornstones (ebarts), pararneiss, etc. They are observed in a definite zone
of action of small intrusives and hydrothermal processes. (RZhGeol, No 1.
1954)
SO: W-31128, 1-1 Jan 55

GHMTUX. E. F_
AID - P-191
Subject USSR/Engineering
Card
Authors Cheklyuk, E. F., Organov, K. A., Stepanchikov, E. A.
and-Snarakiy.- A. N.
Title Thermal Treatment of Exhausted Oil Strata (Part II)
Periodical g Neft. khoz., V. 32, #2, 33-38, F 1954
Abstract : The heat injection process is discussed with graphical
and analytical representation of heat ldsses in the
stratum and vertical wall of the well. The example com-
putation shows that the practical application of the
process depends upon the minimum temperature (2000C) and
pressure (80 atm) of the injected medium. 3 charts.
Institution : None
Submitted 3 No date

BUNTSEVICH, L.G. (BrantaMch, L.H.]; CHEDUCHOYA
,_# Vj.
Effect of Asotobacter on the change of the content of nitrogen
compounds in fodder beets. Visr?yk P~yiv. un. no.5. Ser. biol.
noils-64-0 162. ON (MM 16:5)
AZOTOBACTER) (VITROMN METABOLISM) (BEETSj

CHIKMARB7, A.
-zg,q__ ~_ I'"_-"-I"
$00~~ ~-' Do not dissipate funds among =Lny objectives. Prom. keep. 12
n0-10:39 0 158. (MIRA 11-010)
1. Starshly Inshener upravlonlys. kapitallnoge strettelletya
Respromeoveta.
(Altai Torritory--Building)

CHUMAUV, A., podpolkovnik; BURIIISTROVp V., leytenant
Acoslerated mthod for blowing up a bridge.* Voen. vest. 42
no.8slOO-101 Ag 162. (MIU 15:7)
(Denolition, Military)

is
GODMREV, A.A.
I
Sytitem of allowances for diameterB of cogsial elements in
superIbigh-frequency twanamission lines. Standartisataiia 25
no.22.-23-.38 D 961. (MIRA 3J,-.I:L)
(Electric lines)
(Tolerance(Engineering))

I ".'. "I,.CREKKAREVy A.As
Calculating tolerances for the heater of devices with a given
durability. Standartizataiia 28 no.2s27-30 F 164,.
(KRA 1723)

CHEKKAREV., A.A.
Functional interchangeability in the manufacture of electronic
instruments. Standartizatsiia 2E no.8:3-9 Ag 164.
(MIRA 17:11)

CHMAREV, A.A.
- --
Functional interchangeability in the rianufai,bwa of electric
vacuum devices. Waim. I tekb. im. v mashinogtr.j~,nauch.-tekh.
obor. no.4031-354 164, (MIRA 18:1)

This is an investigation ol the forcc4l oscillations of a
Systern 4+f(g) =p+b sit, w,' where p and h are constants.
The author seeks in appo,imate A)Iution of the form
e=b+a sin io) and obtains r, 1, tions fm a, h frorn the var;a-
tional equation
(-i4la sin z+f(g)-p.- 1, sin z][6b+6a s;n z-,Wz =0.
Applimtions ane'made, with e)-tensive detailed calculations
to seve I 1s I char,
ra ptcial acteris ics of restoring forre f(q).
not.tbly f(g) --cql. and f(q) rvpre,~ented by three broken
lines behavivig together like q~. VCTificatimis
are also des-cribed., .3. Lrj~chriz (Vrinvelon. N.
V03

CHEMUM. A. I.
K voprosu o raschete krutilInykh kolebanii sistem a maiatnikovyrid antivibratorud.
(In: Serensen, S V., Diziamika i prochnostlkolenchatykh vAlov. 1,10skva, 1948. p.110-
139, diagrs., bibliography)
Title tr.: Problem of calculation of torsional vibrations of systems with pendulum
antivibrators.
TJ182.S4
SO: Aatohiutical Sciences and Aviation in the Soviet Vnion, Library of 0ongress,
1955.

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KITS'; dtH&; A. -T.
2. UM
Daterminents
7. Calceation of Mumite(N dote I mate* Insh.abor. p no. 12p 1952*
9. Monthl List of Russian Accessions, Library of Congress, April 1953, uncl.

BAZOASHOT. Nikolay Paylovich; KOVAL'. Ivan Kirillovich; CMIRDA, A.?,,
;i------~
otv.red.: 2MIYAKOVA, A.N., red.; TAYNBIRG. D.A., re
TROPIMMO, A.S., tokhred.
[Photographic photomtry with light filters of Nerv during the
favorable opposition in 19561 Yotografiche skein fotonstriia
Karen so sveiofilltrami vo vremia valikogo protivostolonlia v
1956 g. 1har1kov. Izd-vo Kharlkovskogo gonounive Imo A.K.Gorl-
kogo, 1959. 329 p. (NIM 13:5)
(More (Fimwt)~--Opposition. 1956)
(Photometry, Astronomical)

PHASE I BOOK EXPLOITATION SOV/4657
Chebm", A. I., M. L. Kikhellp I. A. Kroagaux, and Ye. M. Vite*erg
Urs, " Ndmichaskikh produktov (Contalners for Chemical Products)
Moscow, Nauchno-isel. In-t t*khrdko-ekon. iseled., 196o. 230 p.
2,000 ccpl*s printed.
Sponsoring Agency: (losudarstyennyy komitot Saveta Ministrov SSSR po khail.
No: I. A. Krongauzi S. 1. Babuhkina, end L. I. Khoras.
PWM: This book is intended as a guide for all engineering, technical,
and plamIng workers concerned with the packing and shipping of chemical
products.
COVEN=: The book discusses the design, manufacture, and utilization of
an types of contaUkirs for chemiml products. It includes technical
data of a nature to peralt the pr r choice or a container in a given
situation. Now types of containers developed in the Soviet Unionas
well an foreign experience
am described. The letter designations for

Containers for Chemical Prodacts SOV/465T
all, sub containers we listed. No personalities are mentioned.
There are 50 references: .2D Soviet, 19 English, and n Germn.
TABLE OF COMM:
Introduction 5
X*t&I Contaluers
1. Metal bamls 11
2. Steel drms 39
3. 8t"1 flasm 55
4. Liarp steel cam and canisters 64
5. Small. steel cans Tl
6. steel cylluders 74
Wooden Containers 80
10 wooden bamis 80
2. Pressed plywood barrels 92
3- Now and InProrod kiMs of bOrrels 9T
CAAW~

YAGODIN, G.A.; YIOSTOVAYA, O.A. AOMO
Separating hafnium and zirconium by extracting their nitrates with
the diisoas~i aster of mothylphosphonle acid. Izv.vys.ucheb.zav.:
khim.i khim'A4k%. 3 no.1:135-137 260. (MIRA 13-0
1. K-afedra tokhnologit radioaktivnvkh, rodkikh i rasseyannykh
elementov Mookovskogo, khimi6-tekhnoIogIcheskogo instituta imeni
(Rafulum)
(zirconium)
(Chemical tests and.r"gente)

3/828/62/0001000/001/OJL7
E039/E420
AUTHORSs Kaplan, G.Ye.,:Yagodin, G.A., Nolsoyev., S.D.,
Dmitriyeva, L.P., Man*.nv&yA- O.A., Chokmarev, A.M.,
-
V.F.~_
Sevostlyanova. S.N.. Udovenko
TITLE: The separation of zirconium and hafnium by means of
arganophospharous compounds, amines and other
extraction agents
SOURCE: Razdoleniye blizkikh po evoystvam rodkikh metallov.
Mezhvus. kofifer. po metodam ramdel. bliskikh po
avoyst. red. metallov. Moscow, Notallurgisdat. 1962.
28-41
TEXT: Although large separation coefficients can be obtained by
the us* of mixed nitric and hydrachlorle acids the process in not
-difficulties and the large quani;Lty
favoured because,of corrosion
~of acids required. The results of.experiments on the extraction
of theme elements from a sulphuric acid sodium in the presence of
different extraction agents is therefore examined.. It Is shown
that diisoamyl-otbw-mothylphosphonium acid ( I C~HIIO) 2POCH3
(DAMPA) is a more PowerfU:oomv1sx forming agent than
Card 1/2

S/828/62/000/000/001/017
The separation of zirconium ... &039/9420
tributylphosphate (TBP). The separation and distribution
coefficients for Zr and Ht are 24.6 and 3.2 respectively; when
using 109 DAMPA in H2SO4 solution in the presence of thio-cyanic
acid, while for 40%, TBP in the same modium the corresponding
coofficiewits are 21.6 and 2.6. An increase in the concentration
of TBP is undesirable as it loads to increased viscosity and a
largo loss of extraction agent. It should be noted however that
the ro-extraction of DAMPA is more difficult than for TBP.
Diphenylphosphoric acid extracts Zr and HC frout H2SO4 solution with
a separation coefficient 3 to 10. Other extraction &Santa of
this ty0e are also tested. Testo are also mad* on the use of
tri-n-octylamine and In this came as the concentration of H2SO4 10
increased the separation coefficient for Zr and Hf passes through
a maximum value of 12 at about I normal H2504 and then fell* to a
steady value of about 10 for further Increase In the H2304
concentration. Details are given of the constitution of the
organic and aqueous phases and the effect of acidity on the
soparation.coefficient. Thor* are 11 figures and 3 tables.
Card 2/2

5/630/62/000/002/0W/002
D214/D308
AUTHORSs Yagodin, G.A. and Chekmarev, A.M.
TITLEs The extraction of zirconium and hafnium
by tri-n-octylamine from metal fluoride
solutions
SOURCE% Ekstraktsiya; teoriya, primeneniye,
apparatura,.no. 2,.Ed. by A.P. Zefirov
and M.H. Senyavl*n. Moscow, Gosatomizdat,
1962, 141 153:
TEXTz The extraction of Zr'and lif from K
2MF6
(where M Zr, Hf) by a solution-of pure. trll-n-octylamine (TOA)
in benzene is discussed. TOA will extract Zr and Rf only from
weak acid solutions since mor6 acid solutions tend to form
R N.HX (where X a HS040 Cl, N03). Highest values for the dis-
3
tribution coefficients, D and D , were obtained with 0.2 M
Zr Hf
H 504 while HBO leads to the lowest D values. With 9
2 3 M 2S04F
Card 1/2

S/830/62/000/002/002/002
The extraction of zirconium D214/D3()8
D >D but with HAO Zr is preferentially extracted. The in-
Hf Zr 3
fluence of additions was also studied. The values of D M decrease
as the concentration of the addition in the aqueous phase increases.
With small additions of KCL of JKF D Hf > D Zr but at higher con-
centratione (> 6gll for M 1% for KF) D Zr DHf* Addition of
K2SO4 make DZr DHf but with NH4N03 D Ef > DZr* Extraction from
K2ZrF 6 (10 g1l) acidified with 0.2 M (COOH)2 by 5% benzene solu-
tion of TOA gives D Zr ' 47 and D Hf - 10. Both D values decrease
as the molarity of the acid is decreased. The extraction mechanism
is summarized bys 2(R NH)HSO + K ZrP W_ (R NH ZrF6
3 4org. 2 6aq. 3 )2 org. +
+-2KHS04aq.- Evidence for this mechanism is discussed in detail.
There are 12 figures and 6 tables.
Card 2/2

$awl le
082
Sim all
all

S/137/6 1/000/005/022/060
A0061A106
AUTHORS: Chekmarev, A.P., Osada, Ya.Ye., Semenov, O.A.
TITLE: Some geometrical and kinematic peouliarities of cold pipe rolling
pro2esses on a pilger mill
PERIODICAL: Referattvnyy zhurnal. Metallurgiya, no. 5, 1961, 27, abstract 5D253
C'Tr. Ukr. n.-1. trubn. tn-ta% 1959, no. 1, 106 - 125)
TEM The authors analyze changes in the p:lpe walls along the Instantane-
ous deformation sea'. and present; an example, of cale-.0ating the angle determining
the location of the siction 3onsidered in the instantaneous deformatixn seat, the
least wall thickness (reduction) and other parameters. The authors determine
theoretically the rear bounddary of the instantanecvs defomatton aeat, and the
distribution of the metal flow ratas In the dire~,,.-Lcn of r-liling along the in-
stantaneou-z deformation seat.
A. B,
[Abstracter's note. Complete trans,,Ia-~Icnl
Card 1/1

S/137/tI/tOO/006/046/092
A006/A101
AUTHORS- Chekmarev, A.P., Rudoy, V.S., Chernyavskiy, A.A.
TITLE: Forward flow of metal during rolling on a pilger mill
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 6, 1961, 36, abstract 6D290
("Tr. Ukr. n.-i. trutn. in-ta!', 1959, no. 1, 956 - 105)
TEXT-. Forward flow during the rolling of 27,3 mm diameter pipes on a 6 -if'
pilger mill was determined from imprints left on the pipe and the pilger jrAll
head by apertures drilled in the rolls. The apertare~ of 10 mm diameter and 5
7 mm depth were drilled on every 150 (starting from the groove rims) over t-he
width, and or, ever-I !00 (from the beginning of the top) over the length of the
roll groove. It was established that the forward flow along the top of rolls
during rolling or, a pilger mill was considerably higher than in longitudinal ro
ling of p"pes or compact sections in round'grooves. The dependences of the coef-
ficient-1 of forward flow on the turning-an.gle of the rolls show that Jthe forwardl
flow attains its highest value within 100 - P-00 from the beginning of the top,
and then deoreases. At the beginning of the 'lop near the rims lagging was ob-
served. The widt-h of this zone near t-he roll rims extends up t-0 450 over the
Card 1/2

S/137/6!/boo/006/04~/092
Forward fiow of metal during rolling,o~i a pilger mIll A006/A101
groove width in the section of the metal owtlat, from the rolls. The coefficlent
of forward flow first increases an the length of the palishing section (along the
initial 100 - )00) and then decreases. To determine the coefficient of forward
flow with sufficient practical accuracy, the corresponding Yemellyanov formula
may be employed.
Yu. Manegin
rAbstracter's note: Complete t'ranslation]
Card 2/2

CEIRKMAREV. A.P., akademik; SHOWYANINOV, A.F., inzh.; KLIMUKO. V.L., lnzh.
Investigating pressure during rolling with variable radius rolls.
ISV. vys. uchebe sav.; chern. met. 2 no.4:65-72 Ap '59.
(MIRA 12:8)
leDnepropetrovskly metallurgichaskiy inatitut. 2.AN USSR
Vor Uhekmarsv).
(Rollinc (metsawork)) (Deformations (Keehanice))