SCIENTIFIC ABSTRACT YEZERSKIY, V. I. - YEZHIK, I. I.

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


Observation of artificial earth satellites at the Kharkov
Station. Biul.sta.opt.nabl. idk. ffpmt. Zen. no*8:15-16
159. (MIU I3z6)
1. Kharlkovalaya stantaiya nablyudeniya iskusetvennyw
uputnikov,zemli.
(Artif icial satellites-Tracking)

834143
3, 7,-'300
-1 / S/035/6OJt0VX17/U- 1 P-
.::7/ '6WO AOO 11AOO 1 1,310
Astronomiya i Geodeziya, 1960, No.
Translation from: Referativnyy zhurnal,
7,
p. 77, # 6453
AUMORS: Barabashov, N.P., Yezerskiy, Lli-
TITLE: Color Contrasts of Lunar Craters
PERIODICAL.- Astron. tsirkulyar, 1959, okt. 15, No, 205, PP, 9-10
Two-photographs.taken through the red light
f lltevi jf f --650 M /1)
and 2 photographs taken through the blue filter (A-eff-415 m1k) were used for
determining the oolor contrasts of lunar craters. Values of special excesses of
color Indices relative to the standard region (Sea of Crises) were determined for
5-10 points along-the selected cross section. Tt turned out that all the craterS
measured were, redder than the standard region, - No relaticn of the'color with thrr
distance from the crater center was discovered., In different crr;ss sec~tions Of -t~qe
same crater the distribution of color excesses is different.'
V.P. Fedorovich
Translator's note: This is the full transiatic-n of the criginal RusElan abstrao~,
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30)
AUILUORS:. Barabash-ov, N. P., X~zq;;~qk!X, V. 1. S07133-36-3-16129
and Fedorets,V.A.
TITLE: On Colour Contrasts of the Lunar Surface
REIRIODICAL: Astronomicheskiy zhurnal,1959,Vol 36,Nr 3,PP 496-502 (USSR)
ABSTRACT: The paper reports on a part of the complex investigations of the
Moon, carried out in the Khar1kov Observatory. The observations
were made with a three-prism-spectrograph in spring and autumn
1956~ The properties of reflection of the surface of the Moon,
especially the colour contrasts wore investigated. In the usual
system of colour indices they are Om.2 . 0M -3 . Tn most cases it
is ACI/-A Ig I 550"'~ " 6-(almost linear): .,The author mentions
Chekirda,V.V.Sharonov, and Is.N.Radlova.
There are 10 references, 9 of which are Soviet, and I German.
ASSOCIATIOIT:Kharlkov.-kaya astronomicheakaya observatoriya (Khar'ka-,
'Astronomical Observatory)
SUBMITTEDs February 10, 1959
Card 1/1

THURSKATA, V.A. ; TIMERSm, VoL
Comparing catalogs of the reflecting power of the moon's surface.
Astron.tair. no.205:10-11 0 159. (MIRA 13:6)
1, Khar'kovskaya astronomicheakaya observatorlya.
(14oon--Surface)

YEZEMKTY, V. IV RAA4W.SHOVP Ft.
SI.On The Photometric Uniformity of the Lunar Surface".
paper presented at, TAU SyMosium, on the Moon, Leningrad,, USSR, 6-8 Dec-60.
The-main properties of the reflection-of light fran the lunar surfacel.ccmmon for
-differeni. formationsi can be explained by-the extreme-roughness (microrelief) of the
lunar surface. The comparision of the brightness of different objects, the study of
intensit,y distribution on the lunar disk for different phase angles and the comparison
of the indicatrice of reflection of separate details confirm the high photometric
unifomity of the Moon's surface. This is evidence of the considerable influence of
external cosmic factors on the formation of the microrelief of the Moon.

3CE 75
3/035/61/bOO/610/029/0.34
3.1"500 A001/A101
AUTHORSs Barabashov, N.P.,'"Yezerskiy. V.I.
TITIEs Refleotion,indioatrices of individual sections of the lunar surface
PMIODICAL: Referativnyy zhurnal. Astronomiya i Oeodoziya, no. lo, 1961, 66-67,
abstract loA464 ("izv. Komis. po fiz. planet!', 19W' no.2, 65-72)
To 3tudy the law of lunar surface reflection, the-authors made use
of thet principle of raoiprocity which permite photometrical comparisons of sec-
tions located symmetrically relative to intensity equator at approximately the
same longitude. Themethod was applied to data of the catalog of V.A. Fedorets,
The result8 are presented in graphs whose consideration leads to the following
conalusioni. As a rule,-indicatrices of the compared section6 coincide within
the limits of possible erro-,S. In those cases when there are~marked differences,
the latter can be explained by the-difference,in the inclinations of the,sections
compared-to-the surface of the luMir sphere. The data of this work complement
and develop the coholuaion3, drawn earlier, on the pho#metric uniformity of the
aurfaoe-.---Indicatricas- of --the- -light- rays--ana the-neighboring -regions -co----
incide completely., This means that light rays adopt the photomi~trle structure
Card 1/2

30275
S/035~6 I/OW/O 10/029/034,
Reflection indicatricea A0011.101
of those regions in which-they are located.. Thits f3an be the case Only when the
PrArtioles forming the cover of the rays are considerably maller-than unevenness
of the generalinjororelief of the lunar surface. Some parts of the Clavius .
orater and the .06od spot are noted as anomalous objects. As to tht latter, a
conjecture Is expressed that its surfaco in extremely,uneven.. There are 6
referengea. r
I. Lebodeva
[Abstraoter's note: Complate translation]
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3/035/62/000/006/039/064
-0 C AOO1/A1O1
AUTHORS: Barabashov, N. P., Yezerskiy, V. I
TITLE: Spectrophotometric observations of lunar craters
PERIODICAL: Referativnyy zhurnal, Astronomiya 1: Geodeziya, no. 6, 1962, 64,
abstract 6A482 (1117-v. Komia. po fiz. planet", 1961, no. 3, 50 - 55)
TEXT: The authors present the results of spectr6photometric observations
of the Alphons crater and other rcraters at the Khartkov Astronomical Observatory
in 1958 - 1959. No anomalies were detected in albedo of individual sections of
the lunar craters, including the central peak of the Alphons crater. There are
6 references.
Authors' summary
(Abstracter's note: Complete translation]
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s/035/9P,,UQ/0%/04 /G64
AGOl/A101
3r
AUTHORS: Yezerskaya; V. A., Yezerskiy, V. I.
TITLE: On'brightness distribution over the lunar disk
PERIODICAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no. 6, 1962, 064,
abstract O'A484 ("Izv. Komis. po fiz. planet",, 1961, no. 3, 68 - 73)
TNAT: A photometric investigation of brightness distribution over the lunar
disk has shown that brightness along planetocentric meridians remains constant,
within the limits of errors, whereas along the intensity equator brightness rises
continuously from the disk center to the limb. On the basis of these data the
following functional equation was obtained for the function expressing brightness;
Cos ,
B f 6z)
or
There are 15 references.
Authors' summary
(Abstracter's note: Complete translation]
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N

PO 11 S., Astzonmicni Council, Academy of
Sciences LWR f196~07- "Optics and geometx~r in
"
the matter of Saturn's ring3
PROMY.IYEV Vladimir K., Crimeem Astrophysical
Lsl;~oratory i=eni U7.-A Rh
EI-eyn 59622- "On the
presence of ovgen in the atmosphere of Venus"
_SALa-IK)NMC--, A. Ye.. Physics Institutc imeni
P N. Lebede-v-,A`cahc=y of Sciences USSR, and
Arkdiy D., Pdio, Astronomy Laboratory,
)P ~sjc~ Irstjtu~Ve-i=ara P. B. Lebedev, Academy
of Sciences USSR - "Obs:~:--.ations of the
radioemission of Venus ancl Jupiter on the
vave of 8
SaCMNOVIM, A. Ye., M-711MI, Arkadiy D., and
XESLXvPv,-Pt. G. "rZadiceminsion ofienus On
-
ise-va;; of IT-iim.
S

AM
&M-OVICH, A. Ye., MIMN, Arkadly M.,
RTMMVA V P., and
Obnervationa of tb-- rzadix~dasion of, Venus.
and Xupiter on the vavo of 3.3 cm.
SALO-H)MVICH, A. Ye., and RAMINMI, A. D,. -
"Badloeminslon of-Vonus on the vaye. of ,9~6 cm." L
SAMI)NOVICH, A. Ye.P and KMIIMN, A. D.
"FIcaults of the observations of radioc--djunion
of Venus in 19a"
SEARMOV Vaevolad V., Director, Astronomical
Le n4,;rad State Uhivervity 59a
pocitiong- 'Probabk state of the Aurface =d
atmosphere of the planet Mars rccording to
photom-etric and calorimetric data"

y K., Head of the Chair of
Scree
Agsstronoq~rr,. cv~- IStUEe Uhiveruity 5961 ponition
05ature of Saturn0s rInzs ana signs,of the
cr-InVnCq of a rina around J~uplter"
=MY, V. I., and RMPASM-W, 17. P., Director
t"
-16
st
k
R ~
ks
a
ar
m
kcv A
tronomicel Observatory,
Uaiveralty �9,6o pozition7- "Opticel prop,-rtica
of the atmor;herc and surface of Vars eccordina
-to photometric and spectrophot=atric bbne%-;,ations
carried out at tba: E11arkov University Obicrvatory

Mt
to be submittol for tho 3-Ith Intl. AstroplWales S.-VoBi=, Mo3,C i,--i
Of AatrOP401cB, Coirtta-Scloavin, -ReIZIum, 9..U Jul 19S2.

S/035/6?J000/012/016/064
317SOO A001/A101
AUTHORS: Barabashov, N. P., )~!~~kiy, V. I.
TITLE: Photometric studies of the microrelief of the lunar surface
PERICIDTCAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no. 12, 1962, 65,
abstract 12A477 ("Uch. zap, Khartkovsk. un-t", 1962, v. 122, "Tr.
Astron. observ., v. 14, 5 - 78).
This is a survey of the basic-works described'in historical se-
quence, on microrelief of-the' lunar suIrface by the photomeiric method. The ar-
ticle contains also data on this problem obtainedby studying polarIzation and..
thermal properties of the lunar surface and its investigation by the radar meth-
od. There, are 79 references.
Authors summary
JAbstracter's note: Complete translation]
Card 1/1

L 19324-63 EW7 (I )/FCC MADS/ES, (v) AFTZCASD~3 ~Pa-4/Fo-4 ow
.SOURCE: IWA.- Astronomiya. Otdellnyy vypusk.. Abs.~ ~&51.493~
MR: Barabashov. N. P.; Yb~~qrpkqya,, T,,.4L.;
TIT;Z. Ile photomitric method, of dtudylng~i the relief of
e --the ~Mn~~r -sur P~qe_'
ED SOM apiski, !Qiarlkovd.~ogo universitita, V. 122, 1962, Trudy
OCITE 'ICE,. Uclionyye za
As' onoricheskoy observatorli. v. 14, 107-3-10
TAIGS- astronomical photon try, lunor microrelief
TRANSLATION: Me authors refine thorhotanetric.,aethod for determining the steep..
in th6.lunar-seas (fii6t-proposed-Vy -van- L.-Diggeleft-i-
Bull. As:trzon. 1n#. -Yetherl., -1931, 11, ir~,. - 423). They explain that Uiis method
suloblioa direct data.'on. slopes provided f-he.:pbo."tographic 6tripsare taken =C-
ficiont`"11_4 close to the equator of intensity and in directions parallel to it. in
Y
such neaiourcrents it is generally useful to eamploy large-scale luntir-photographs
Id't a 111. 7ho autliors-nado measur=onts of-moon photograpliy-_
q z " Dsolution of,
obtained at, a p~a so anF,10 of 770-5, with an image,diamotor of 59 mm. *Dhotonotrio
strips al 6hol and Arch:Lmados araters, -obtained on the-I-IF-1111 aut
onr,-the Ar-~i _ovatic
Card
7

ACCESSION NR: AT40144i7 S/=5/62/006/025/001510021
AUTHOR;. Barabashov, N. P.; Yezerskiy, W L'-- Prishlyak, N. P.
in the microvillef of different sectors of the lunar surface
TITLE:, Differences
SOURCE: Kharkov. UnWersitet. .'Astronomichaskaya-ebservatoriya. Tairkulyar, no.
25, 19.62, 15-21
A~
ar surfaM lunar microrelie mo
-TOPIC TAGS: astronomy, photomf3try, Ian f, on
ABSTRACT: To a considerable degree# the lunar-surface possesses photometric uniformity
and therefore the microrelief responsible forL the character of the reflection is also
uniform. Only in individual cases is there an appreciable difference, indicating a, differ-
If ence in microrelief or -the presence of slopes. . In making a detailed study of the photo-
compare!
metric characteristics of individual sectors, of the lunar surface it to desirable to
-them with averaged data for the Iwiar. surface. . Such'averaging is possible because, for.
a particular value of the phase angle, brightness is a fWtion only of selenographic longi-
tude. The authors used graphic methods for finding the de nde co of B on -), for different:
pe n
values of QL . The brightness of a detail was expressed, by its brightness at full. m6on.
The resulting curves of the depen~znce of brightness on X for different values of the -
J
1/3

ACCESSION NR: AT4039417
i -phase angle, when put in graphic fqrm,' represent the law of light reflection from the lunar
surface as a whole. On the basis of the dependence of B on '). It Is possible to compute
the relative brightness of the moon for a particular phase angle. The derived curves were
used to determine the deviations oft brightness of various details from the curves represent-
Ing the averaged lunar-surface, the deviations being expressed by the relative value,6B/B,~
where at Is the deviation, with sign taken into account, and B is the brightness. value from
the curve for the corresponding va .lue of The character of the dependence of 66 B/B
of individual details on phase anglo was then investigated. A considerable number of de- 1;
tails were found for which the value A B/B and the dispersion tr are small and which re-,
pr'esmt a photometrically averaged moon'." Ilie' condition was
A_B_ +
0. 15
B
satisfied by 67 of 164 details. (abot.1t 40%).. Df these, 29 were sectors in seas, constituting
.54% of the -total number of details in the seas. The similar relation for conti' nts. and
ne
craterswas 26% (P5 out of 94 details The above. condition- was also satisfidd by about 50%
of the bright rays and ba~nds. , Theire wbre a number of details for which the value & B/B
was positive, equal to 0. 2-0. 3 wif;h a relatively small dispersion; these deLalls are listed
iA a table; all are craters or continental regioni;. jAnother tablo lists details for which-
U
brightness was systematically logs and. the val 0. -6-B-75--had a negative sign with a rela
Uvely small dispersion: these details Include both continental and sea areas. The authors
2/3
Caed
71~7

ACC-Nit-t- A-R6015230 SOURCE CODE: UR/0269/65 /000/012/0061/0061
AUTHOR:- YevsZMkov, N. N. j Yezsrs!~t
Z. V. 1.
ORG: none 0
TITLE: Optical properties of the upper atmosphere of Venus~/
SOURCE: Ref. zh. Astronomiya, Abs. 12. 51. 468
REP SOURCE: Vestn. Hharlkovsk. ua-ta,.ser. astron. , vyp. 1, no. 4, 1965,
71-74
TOPIC TAGS: Venus atmosphere, Venus upper atmosphere
ABSTRACT: The author anaklezes a curve which describes the decrease in the
brightness of Regulus, occluded by Venus, for a polytropic atmospheric model.
The given curve represents the values of the height of a homogeneous atmosphere
at t4e level of the occultation layer H = 7. 6 + 0. 2 km and a temperature gradient
-1 0
To-"(dT/dh) - Ho (d% /dh) (0. 012 + Oi 0021km-1. Results obtained by G.
Voucouleur(RZhAstr, 1962, 1 IA502) ior the same effect are: (6. 8 + 0. 2)km and
Card 112 Tine!! sqn- 49

-wc~'
1-45122-66
ACC NR1 AR60152.30
(0. 010 + 0. 002) km-1. If the composition of the atmosphere is assumed to be
9010 CO2 and 10% N2 (~v = 42. 5), then To :s 332* K and dT/dh - P /km. A model is
constructed of the atmosph&e of Venus from cloud level to a height of 20 km above
the occultation layer. According to this model, the magnitude of horizontal
refraction at cloud. level is several minutes instead of the 2211 obtained by V. V._
Sharonov on the basis of an analysis of the Lomonosov effect. Agreement between
the two values is obtained if,the effect of differential refraction on the Lomonosov
effect is taken into account. There are 5 bibliographic references. (B. Bronshteii
[Translation of abstract] ISPI
SUB CODE: 031-
2 2

6-
0 6'
C'I N R~
C NR, ~ AF033t6q SOURCE COM: UR/C)033/66/L43/005110)9/1
r
AUTHOR: Barabash-;4', N. P.; B31obrova, 0. L; Yezerskiye V. I.* TezersRaya, V& A*
ORG: Kharkov Astronomical Cbsorvato (Khartkovskaya astronomichoskaya obsorvatoriya)
TITLE:rFhotometry of the marginal zone of the Me
moon I-/
NO
--no-k,:3j~;960 1039-1046-
TOPIC
moon J*otbmetry~rltoiii -luna 4tirfade-1uh
TAGS i albeft, aroptlc
property
--ABSTRACTI.- Yhotomotric~charactoristics of the eastern and western mar Inal zones of the
~9'
lunar surface were studied by comparison with data for the pho-tometric--mean lunar
surface. Analysis of published data as well as of original photometric measurements of
regions in the eastern and western marginal zones showed the relative brightness of the
eastern zone to be generally greater, and that of the western zoile to be less than the
photometric mean for the lunar surface. This indicates differences in the microreliof
structures of the marginal zones-donser material in the outer layer of the eastern
marginal zone (including the Handing site of the luna-9 station. A = +70.08,
A.= -640.22) than in the wastern ritarginal zone. Heat anomalies bf the lunar surface
(e.g., less rapid heating of the eastern than of the western zone after the full hase;
craters, warmor than surrounding regions, observed-at the time of a lunar eclipse5,
Card 1/2 TJDC j

ACC -N.R, AF033t6q
C,
-correlatod-with its ph6tometria -character Istics are cited to support the possibility
of the presence of rock format~Lons in addition ~~ porous material. Zhe lessor
:Intensity of the meteor stream near the eastern zone of the Moon caused by the Earth's
gravitationa1field is mentioned as a possible explanation for the observed.photometri~
and structural characteristics,, Orig, art. hass 6 figures, 4 tables, and 2 equations.'
SUB CODE: 03/ SM DATE: 261kpr66/ MIG REFS W/ oTH ms om
ATD PRESS: 5101
Lgir-d 2LP. etv

SOURCE: Ref. sh. Astronomi.Yap Abs. 3.51.590
REF SOURGEs Vestn. kartkovake un-tai, no* 4# sere astronep vYps1p 3.965# 22-A2
TOPIC TAGSs lunar reflectivitrP aelevographyt photomotrio analysisp lunex temperature
ABSTRACT: Part I was-given in Mastr.# 1964,, 1951,,539. The law of light reflection
for the medium-high microreliefand the smooth spherical ~bon..waa derived on tho basis
of data given in Va As Fedorov's oatalogue as B(C(II)V where B is the medium brightne
denoted further as Ba,a is the.phase, anglo,-l is the salenographio longituda. Some
small objeots (details) had oyistematio daviationn In brightneas from the medium, 7he
deviations were o.Vressed as 4 D/bm, Me small objects poqsegsing large porosity had
4LB/160 had a lover
porosit7e They were chiefly the orators and continental areas* 70a presonco of 1110pea
was expressed by changes in the sign of,4B/Bm with the cbangLag sign of the phase
angle cc This was observed in terraces and at the bottom of orators* Calculations

ACC INRs AR6020773
diant near the full
of the theoretical values of B(O(A), Z'B/i6 and the briptness gra
zrqon were made from the Khapke formula. In generals, tho theoretical data agreed with
the observed data., The small objecto having large values of A BAM were exceptions~
that were attributed to the interchanging of porous substances with rock formations*
'A comparison of the photometric characteristics obtained and the t6mperature anomalies
detected during radiometrio measurements showed a distinct correlation. The conclusion
was made that the light raye acquired the photometric structures of the areas through
which they paaseda Bibliography of 16 titlese Lo Bondarenko,,Orsnsiation of abstra
30 COLE j 03
Qrd

r -ACC N R: ARG035553 SOURCE COD
rs:
AUT HOR: Barabashov, N. P.; Yezerskaya,
0'-'- 066
UR/0269/66 .00 /010/0065/-o
V. A.
TITLE : Photographic photometry of.some parts of the Sea of Clouds and Sea of
Cognition
SOURCE: Ref. zh. Astronomiya, Abs. 16.51.481
REFSOURC E: Vestn. Khar1kovsk. un-ta, 1965, no. 8. ser. astron., vyp. 2,
12-25
TOPIC TAGS: moon, lunar topography, lunar surface, lunar crater, lunar
photometry, lunar photographiAphotom etry /Sea of Clouds. Sea of Cognition
7-
ABSTRACT: The following characteristics are obtained for 31 sectors in the region
of the Sea of Clouds and the Sea of Cognition- brightness Bobs--BMO where Bm is
the brightness of the photometrically averaged lunar surface at corresponding
values of the phase angle and selenocentric longitude, reduced (like Bobs) to a unit
value at a = V. 5; average values of relative declination 01B. and cor-
responding values of the mean quadratic deviation values of the relative
brightness gradient, near zero phase A* , etc. An analysis of the data obtained
Ni-J-12 UDC: 523.34

03 aa_)WXAA RA MrMAMM MaN
AM NR
AR6035553
shows that the relationship between YB-IB. and 4 is in good agreem
with the theoretical relationship between these parameters, computed from B.
.Hapke's formula. The measured areas are basically situated in the region of
negative 1-0/8. values and positive N values, which corresponds to a
somewhat greater degree of irregularity (pitting), and, in accordance with Hapke's
theory, corresponds to a somewhat smaller value of the compaction factor as
compared with the photometrically obtained average of the lunar surface. It is of
interest to note that some of the measured sectors of the Sea of Cognition are'
available- on. photographs obtaine-d from '_ close range -by, Ranger VIL As these
photos show, thes e s ectors differ from each other in th eir distribution of small
craters. On the other hand, they do not indicate large deviations according to the
law of light reflection. This makes it possible to assume that the observed
deviations in the law of reflection.of light cannot depend substantially on the
presence of such craters and the structural characteristics related to them.
A bibliography of 8 titles is included., V.- Avramchuk....[Translation of abstract]
(SP]
SUB CODE: 03/
Card 212, -

YXZZ=IY V.Ye.,. inzh., red.; MUM, A.Se, red,, izd-va; IILIXIY&, B*K*,
d,
(Koual of oonsolidated imucas of the cost of pUnning- &.;dL reaearchl
Spmachnik ukrupaonnAh Po'kazatelal atolmosti Proaktnykh I Isrukar-
tellakM raboto Woditsim v daistvie a I ianvarim 1958 go Pbe4o
(Forroua matellurgy] Ctxornala matallurglis. 1958. 83 p. Roakra, Goa.
izd-vo !it-z7 po stroit. i arkhit. (MM 11:8)
1. Hassia, (1923- U.S.S.R.) Gosudarstvenwy tomItat po delam
stroitelletva.
(Steel induatx7) (Coke induatr7) (Reffraotory mterials)

YEZKRSKIY , V
,Y~.0 inzh., red.; FMOVAj V-V4pj red, izd-va; BOROVIMp N.K.j.
tekbn. red.
(Supplewnt to part 4 of the handbook,on conso2idated cost Indices
of planning and research operatiops; ferrous metallurgy] Dopolneniia
k chasti 4 spravocbnika ukrupnevxq~h pokazateloi stolmosti, praektnykh
i izyBkatellskikh rabot; chernaigt Feta.Uurgiia. Mcoskvap Gos.izd-vo
lit-ry po stroit., arkhit. i stro#. materialams, 1961, 14 p.
(MIRA 2-4:22)
.1. Russia (1923- U.S.S.R.) GosudarstvenWy komitet po delam
stroitelistva.
(Iron induotry-Costs)

KOIA)BKOV. MXMSEV. V.A.;. KASM. X.I.. doktor geograf.nauk#
otv.rad,;,Y~Z IY,'Ta,.N.j red.; KUZHETSOV, N*S., red,kart;
GUM, D.A.'s- Itikhn.rad.-
(Storm p4anomena in the atmospherol Grozuya iavlaniia
atmosfery. Koskya. Gos.izd-vo geogr,lit-r7, 1951. 149 p,
(KIIIA 13:6)
(storms)

SIKCIIOV, Te.D.. redaktor; ROIW&TZV, P.S., redaktor; BOROVIXOT, A.M.,
~redaktor; BULGAKOT. Y.V., redaktor; GARY. 3.A., redaktor, GTOZW-
SKIY.: IT.A redaktor;
T I!, redaktar; WULOVSKIT,
D.M..' redAktor; IVA901. re or; KUZONW, X:.X.. radaktor;
NNSMOV, T.F., redaktor; SUSLOV, A.D.,, redaktor; TUSHINSKIY, G.K.,
reasktor; YUXHIN, I.V., redaktor; LKBMVA, N.G., radaktor; GOLI-
TSTN. A.V., redaktor; KOSHMVA. S.K.i takhatcheakiy redaktor
[Gonauered peaks; annual publication of Soviet mountaineering for
19531 Pobezhdentqe vershirW; ezhegodnik sovetskogo allpintzma
god 1953. Moskva, Goo. izd-vo geograflahaskot lit-:7, 1954. 06 p.
(Rountaineering-Yearbooks) (HLRA 8:7)

GRO2 WTSKIY, N.A.; PROU14-za-H. . red.; 11MUYLOVA. T.A., tekhn. red.
(Physical geography of the- Caucasus; course of. lectureal Piz!---
cheskata geografiia Xnvkaza; kurs lektsil. Koskva, Izd-vo Kosk.
univ. Ho.l. [General part. Greater Caucasus] Obahchala chast'.
Bol'shoi Kqvkaz. 1954. 207 p. (MIRA 12:10)
(Caucasus-Physica1geography)

S/12%136231/00 0/001/012/012
Ye zerskiy, YU Nngineer
I'&'trengthaninft,- of'external _,aurfaces'of, rotational-
bodies
Vestnik Mashinontroye 1, 1963, -74-76
The resul.ts of .6entrifugal bal-I.,troatment obtained
at the department of 14achine, Desir,'ii of~' tha*.-I.1'ars'd~-i'llolit:e~6l~nical,
lnsLituLe, show that the TtieLhod should in.~ applied a'fter.the f'ni!3h--'
in,_, turning, and the quality of OietreAted surfaces- -depends o In'the
magilitude o:E deformation of the surf -cc_-and-6n;:t'he manufacturing
cl _a 61 .- The meth-
ticcuracy of the rotatingr discs in- %~hi I re aced'
od oE calculating the depth of the w6rIted.,layer -:based on.the Khey-
-s 1~onnula MrLidy TsNIIIIIAShl
V. 49,- I,Iashgi.z, ~~ 1952) and 'applying
tko s;rincll. hardncss equ~Ltion is described: and zome.calculated and
C:z~C!r-imental data -are comparej. There are' "4: ftgures. arul I table.
Card 1/1

433-
fACC ~'6011MC~CODErF--UH/0 /66/oOO/011
/0031/00-39
AUTHOR: JadwI. (Tashkent); P~W~Pki- A(Tashkent); Yezerzha, 11 A. (Tashkent)
oRG: none
TITLE: Knapsack sprayer-duster
SOURCE: Zashchita rasteniyo no. 11, 19661 31-32
TOPIC TAGS: agriculture crop, agri6ultural machinery, 1=~Yiiprayer
duster, plant disease control
ABSTRAMA knapsack sprayer-duster for'use on small plats, in green-
houses, and in laboratories is described@ By using com-
pressed air, it eliminates the necessity of periodic hand
pumping and provides constant pressure. A three-liter
compressed-air tank designed for 80 atm Qage) pressure
and a re'servoLr of like-volume for the spraying solution
designed for 4 atm*(Sage) pressure are mounted on a simple
Fige 1), A schematic of-the device is
metal frame (see 1
given In-Fig. Zi- --A single filling-of -the air tank to
60 atm (gage) pressure Is sufficient for spraying.40 I of
1Lquid* Tables are Sivan showing the relationship of spray
parameters to operating pressure In the reservoir, and
indices obtained A-urIng operation at 2 at= (gage) pressure.
card 1/3

EEL
NO* 141
NA-50). CBE
DATE: none
SUB CODE. 02/ S=4,'
Card- g/3

YEZEYEVA, D.A. (Ordzhonikidze)
Clinical aspects of cadmi= oxide poisoning. Vrach. delo no.4:
427'Ap 159, (MIRA 12:7)
1. Fakulftetakaya terapevticheskaya klinika (zav. - prof. V.I.
Rakhman) Severo-Osetinakogo meditainakogo Instituta.
(CADMM O)MG-TOXIC0144Y)

YEZ=A D A (Ordzhonikidze)
-Peculiarities in the appearance, course-and treatmenit of genem-
lized skin xanthomatosis in diabetes mellitus. Frobl.endok,i gorm.
7 no.3*.96-101 161. (MRA 14:9)
1* Iz kafedry fakulltetskoyterapii (zav. - prof. E.Ya. Rewitskaya)
-Severo-Osetinakogo gosudarstvennogo meditairiskoigo-instituta (dir.
M.A. Totrov).
(DIABEM) (SKIN-DISMSES)

YEZH&K, P.
Improvement in the service to workers must have undivided
attention. Fin.SSSR 20 no.8:64-65 Ag 159,, (MIRA L2:11)
I.Zaveduyushchiy tsentrallnoy aboregatellnoy kassoy g.Sovets-
Imya Gavan I.
(Sovetskaya Gavan'-Zavings banics)

110T* TOD*, Itichener. YXZHAKOV A N
-1. A - -
nacwwizati
Ou Of th8 fourAing shop of ths Sara-tov bulldivg wchlnery
Plant- Otrol. I dor. mashinostr. hb.2:2'1-~2 7 (MlaA 10:3)
(Saratov-F0un4rlG*s)

18(5) SOV/12B-59-6-20/25
AUTHOR: yezha N-, Engineer
TITLE; Gravity Die Casting of Winch Drums
PERIODICAL: LiteynoyeProisvodstvo, 19599 Nr 6, p 43 (USSR)
ABSTRACT: At the plant for construction machinery at Saratov
the winch drums are cast now by the gravity die cas-
ting method. A diagram shows the die and gives in-
structions how to machine the die from ciast iron type
S h 18-38. One d 4e can serve for 120 to 130 pourings.
At the beginning of Pe work;ng process the dies are
pre-heated up to 200 to 250 C. There follows a des-
cription of the assembly of the die components. The
winch drums produced in this manner have smooth, clean
surfaces without blow holes or blisters. During 1957
2,000 winch drums with a weight of from 125 to 250 Irg
have been cast. After the introduction of the new cas-
ting method the average weight could be reduced 30 kg~
,This means an annual saving of 60 tons of metal and
an annual saving of 17,550 standard work hours by eli-
Cardi/2 mination of mechanical treatment of the drums. (Total

Gravity Die Casting of Winch Drums SOV1128-59-6-20/25
annual monetary savings: 185,000 Rubles). There are
3 diagrams and.1 photograph
Card 2/2

BATOV, Pavel Ivanovichp general armiJ5 YEZMOV V
----l oLD polkovnik,
red.; ZAYTSEV, P.P., red.
(Operation "Oder"; combat operations of the 65th Army in
the Berlin operation, April4leq 19451 Operatsiia 110der'12-
boevye deistviia 65-i amii v Berlinskoi operatsii,
aprell-mai 1945 gGda. Moskva,, Voenizdat, 1965. 141 P.
(MIRA 18:3)

0,"VIGINK, Ivan Anikeyevich; YEZUKOV, V.1.,, rc-d.
Poltnvn Guarda Divinion; a ahort okatcb. of tb~
record of the qIth Poltava Guard.,j fled Banner Mfle ril""I'Xion
-decorated with the Orders of Suvorov and BohdEai Kimllrdtalkyi]
Gvardeiskaia Poltavskaia; kratkil ocherk n boevom puti 97-i
gvardeiskoi Poltavakoi Krasnowamennoi ordenov Suvorova i
Rogdana KbmllnitnRogo ntrolkovoA diviz.A. MoAva, Voesizdat,
1965. 150 P. WIRA 18:5)

CHIGAL, V., kand.tokhn.nauk- YZZHEK Th. doktor tekhn.nauk
Structure and distribution of aecondary Cmatituants In stalalass
avatonito atnol. Katallovad, I torm. obr. met. 00,811?-19 Aa ,6o.
(14MA 130.9)
1. Institut po zashchl4te mterialov imani G*V.Akimova i llauchao-
iosledovatellskly inatitut materialov,I tekhnologii, Frap,
(steel, Stainlans-metallographY)

KOUTSKIp Yi~,, kand.tokhn.nauk; YEZIEK, Ya. doktor
Isolation of Laves Phases in steals with 12 percentchrcmim.
Metalloved. i term. obr, met. no.3.*29.-*33 Ift- 162. (IURA 15:2)
1. Zavody imeni Leninai. PlIzen', i Gosudarstvennyy issledova- i:!'.
tellakiy-in3titut materihlov i tekhnologii, Praga.
(Chromium ateel-4~atallography)

TAIWVj Vladimir Dmitriyovich; VOLIVICHt Hikdlay losifovich; MOVEDEVO
Mikhail Ivanovich. Prinimeb uchastlys: DOCHKOVSKAYAt II.L.,
starshiy inzh.- YEZHELI- F.A."lav. arkbitektor; AUXSAIfDROVSKrYF,, A.,,
red. ; ZEMOVAO 'tekbn. red.
[Built-up roofs] Savmeshchenrors'pokrytiia. Kievq Goo. izd-vo lit-
ry po strait. i arkhit. USSRg 1961. 74 p. (MIRA 14:9)
1. Rabotniki Nauchno-issleddViLtel'Aogo instit4ta stroitellnykh
konstruktsiy i Nauchno-issledovatel'skiy iiistitut eksperimentall-
nogo proyektirovaniya Abidemii-stk6itel'stva i arkhitektury
-tp Hadvedey).
USSR MY TIairov, Vollvic (Roofs)

DEVYATyEll
, G.G.; ZORIN) A.D.; AMELICHENKO.. A.M.; LyAjat4NOV, S.B.;
.YEZU'LEVA, A.Ye.
Chromatographic analYsis Of mixtures formed by scme vollatile
inorganic hydrideg. Dokl. AN SSO(,P 156 no. 5:11105-1-108 Je 164.
(MIRA,17:6)
1- Nauchno-Issledovatellskiy lnjy~jtut k,,Iiln,ll pri Gorzkovsko"m
gosudarstvennom univarsitete im 0 N.I.Lobachavulkogo. 1)
red3tavleno
akademikom N.M.Z'havoronkovym.

SO-VI156-58-4-28149
AUTHORS: Devyatykh, G. G.., Zorin, A. D., Yezheleva,
TITLE: The Analysis.of the Mixture of Divinyll the Isomers of Butane
and Butylene by the Method of Gas-Liquid Distribution Chromato-
graphy (Analiz smasi divinila, izomerov butana i butilena
metodom gazo-zhidkostnoy raspredelitelfnoy khromatografii)
PERIODICAL: Nauchnyye doklady vy8ahey shkoly. Khimiya i khim icheskaya
tokhnologiya, 1958,.Nr 4,-PP 724-726 (USSR)
ABSTRACT: In the present paper a new method of analyzing the mixtures of
divinyl, the isomers of butane and butylene by means of the gas-
liquid distribution chromatography was aesoribed. The apparatus
i's described and the method is given in detail. Nitrogen was
used as elution gas and kieselguhr with the grain size 0.1-
0.25 mm was used as adsorbing agent. The following solvents
were,usQd. dimothyl formamide, naturatod colution of AgNO 3 ill
ethylene glycol, furfurcle and nitrobenzene. The chromatographs
of the mixtures are given in table 3 and 2. The maximum length
of the column is 5m. A complete separation of the component i_~
Card 1/2 obtained in the following way: The first part of the column,

SOV/156-58-4-28/49
The Analys~s of the Mixture.of Divinyl, the -Isomers.of Butane and Butylene
by the Method of Gas-Liquld Distribution Chromatagra-p-hy
1-5m in length, contains saturated silver nitrate in ethylene
glycol as solvent. The second part of the column, 3m in length,
contains furfurole as solvent. The accuracy of the method was
checked by-means of the synthetic mixtures and it was ascer-
tained that the relative error in the determination is 2-3%
and that the preparav
tion of the chromatographs takes 25 min.
There are 3 figures, 1 tablej,and 1 reference.
ASSOCIATION: Kafedra. neorganicheskoy khimii Gorikovskago gosudarstvennogo
universiteta im. N. I. Lobachevskogo (Chair of Inorganic
Chemistr~ at the GoA,~.!,Y State University imeni N. I. Loba-
chovski,
SUBMITTED: APril 25, 1958
Card 2/2

DEVYATYKHp G.G.1 hOltINp D.j DUDCROV,, V.Ya.1 ~~.ZEMMVA,,~.j SWLYAN, Z.S.
SeparatlOn-of bivinyl from the butans- lane fractlon by
extractive reatification. Zhur.prikl= 35 no.7tl597-1601
Jl 162. (MIRA 150)
(Butadiene) (Butane) (Extraotion (Chemistry))

DEVYATYKH, G.G,; YEZIWIYVA, A.Ye.; ZOR121, A.D,; ZUYEVA, M.V
Solubility of the volatils )rydrides of elsmantO of thO
groupa III - Arl in certain volvants. Zhur. neorg. khim4
no.6:1307-131,'~ Je 163. (MIRA 16s6)
(Hydrides) (Solubility)

ZORIN D*j YMHUMIA A.ye
A MVTATM, G.G.
%termination of -the solublu-ty Of -gages IV Vw zethod--'if.
Pts-liquid partition ofiromatogra
pbri zavi. iaij. 29 noOM-60--662
163o (HIRA 16i6)
L Mauchno-isisledovatelstikiy*institut khimii pri Gorlkovskcm
90SUdarsWennop universiteta., "
(Gases) (Solubility)
(Gao chromatograpby)

IWIZOLKINj, V.17.; WiSlIKIROV,, A.N.; KHOTIMSKAYAR M.I.; GROZHANJ, M.M.;
nZIMIrKink, G.14.
Synthesis of aliphetic C6 Clo alcohols by the liquid phase
middation of ImLraffins under pressure. Keftekhimiia I no.2:
244-254 Mr-Ap 1~61. (KMA 15:2)
1. Institut neftekbimicheskogo sinteza AN SSSR.
(Alcohols) (oxidation) (Paraffins)

YEMIEVAO P.S.: GUSEVA, L.T.; KURCHININA, P.G.; GUROVA, T.G.; MISHCHENKO,
G*I.; BYStWNIKOVA, M.V.; TRAVINA, L.P.; ZORINA, P.T., red.
.[Economy of Magadan.Province; statistical collection] flarodwe kho-
ziaistvo Magadanskoi oblasti; statisticheakii sbornik. Magadanp
1960. 13.0 p. (MIRA 3-4: 10,Y
1. Magada (Provincel Statisticheskoye upravlaniye. 2. Rabotniki Ila-
.gadanskogo oblastnoCo statiaticheakogo upravleniya (for an except
Zorin). 3. Nacha3.'nJlc-Kagadanskogo-oblastnogo statiaticheskogo upravle-
n1ya (for Zorin).
(Magadan Province-Statistics)

'-=V-A,MJrA-Y-AjL, T.V. kandidat widitainakikh nauk (Kiyev)
Some problems in the clinical aspects and treatment of secocdary
cervical radiculiiia. Trachodelo noi,7:697 11 '57- (MM 10:8)
(SPIM-DISBAM)

YEZIMSKAYA. V.V.. kand,, mod. tauk (Kiyev)
Some characteristics of the clinical course.of iqpertension
combined with andarteritis obliterans.,,Vrich, delo no.12:
52-56 D 163. (MMA 17:2)

7-
AUTHORS: Yeshik, I.I., Kovalev, I.A. 32-11-34/60
TMX4 A Method of Detenmining Concentrations According to Spectral Lines
Located In Different Dcuains of the Spectrum (Hatodika. opredelaniya
kontsentmtsii po spektral'nym liniyam, raspolozhennym v raznykh
oblantyakh spektra)
FERIODICALs Zavodskaya. Laboratoriya j 1957, Vol. 23, Nr I I s pp. 1355-1357 (USSR)
ABSTRACT: The equations described in the paper (1-3) serve the purpose of dater-
mining ooncentmtion acawding to analytical pairs of lines near the
long-wave boundar7. In the case of a large distance between these lines
the factor of contrast ( 0 must be taken into account. If a corres-
ponding-ooeffioient is ~itrcduced into the equation, the concentration
of the component according to the lines located in different domains
of the spectrun can be doiermined. In this case the equation In as
follows: 0
3?-pSl= b + 2 9 at where p = r is the
2
correction coefficient. (The application of the formula is described).
Accordinglys also the correction of the nonuniformity of the film is
calculatedt i.e. an average value of the differences of blackening
Card 1/2 according to the data of1photometrization of all spectrograms made by

32-11-32160
A Method of Determining Oonoentrations According to Spectral Lines Located in
'Differ%ent Domains of the Spectrum,
the film is "determined. (There follows an example of speotroanalysia).
As a result a table of the determination of the sodi= concentrations
with reapeot to potaaai= and a table of the resulta of the alkali
detemnination in the solutions given is mentioned. This method of
analyzing the acluecus solution of the hydrochlorides of sodium and
potaasl= salts makes it possible to determine the content of potassi-
um of 0.005 &/ml and of sodium of 0.0005 g/ml. This method can also
be applied for the analysis according to the method of combined light
dispersion as also in molecular apeotrosoopy. There are I figures
2 tables, and 3 references, 2 of which am Slavic.
ASSOOIATIONt Kharl kov Ing titute for Builling 1h9hWarft (Khae kovskiy inzhensmo-
stroitallskiy institut)
AVAILABLE: Library of Oongreas
Card 2/2

Infrared luminescence of Y-centers in alkali halide crystals [in
Ukrainian with summary in :Rug-lishl. Ukr. fis. zhur. Supplement to
3 no*106-63 158, (YIRA~ 11:6)
I.Kharkivstkiy inshonerno-~budiveVnijr institut.
(Alkali halide crystals-Spectra)
(Luminescence)

YZZ"HIK SHAVIDS S.T.
,qndencti of.tho intonvity of infrared and vidble luminescence
on taylperature and X-raV tine In VaC1, 1101, and KDr crystalsA hys
vVo.uchpb.zav.: fit. no.3t62-67 1590 (HIRA 12:10)
L Xhftr'kovBkiy peAtnatitut Iment G.S.Skovorody
(Uirtinn sconce) Oklkali vintal halides-Orys;a,111)

I.I.; SRAVW, S.T.
Dielectric losses in 1-irradiat6d alkali halide cr7st&13 studied
at low temperatures on the 3.18 om. wavelongtho Inv, vy3, ucheb,
zav.; fis, no.4:140-146 a59. (MIRA 131-3)
1,Kharlkovokiy pedinqUtuto
(Alkali halide crystals-11leotric properties)

85157
3/13%60/000/00V003/031
E073 E135
AUTHORS: Yezhik I I Shavlo, S.T.
TITLE: ;n=t~heD~ieectri Los esINin X-ray ITradiated Crystals
a s
1 -3 _KB_r -1n--v
of NaC , Ml an estigated at Elevated
Temperatures at Wavelength 3.18 cya.
t -Izvestiya--vysshikh--uchebnykh-zave--deniy~, Fizika)
1960) No. 5Y pp 13-20
TEXTs In earlier work (Ref. 1) the authors investigated the
dielectric losses In X-ray irradiated alkali-halide crystals
during illumination in the F-absorption band at the frequency
1010,c.p.s. in the-temperature,.range -196 to +20 OC. They
detected on the tg 6 temperature curve maximain the dielectric
losses which for NaCl crystalswere located at 220 OK and for
KC1 crystala were located at 14b 220) 270 and 310 OK, whilst for
the RBr crystals they were at 166 and 150 OK. The temperatures
of the-dielectric loss maxima coincided with the appropriate
peak5 on the photoluminosconoe and photoconductivity