SCIENTIFIC ABSTRACT ZUBKOVICH, L.YE. - ZUBOK, V.N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065530002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZIMXOVICH, L. YE
UM/Kadlalne Ohloropla46
14adicine Blo6hemiatr-~
'Photochemical 104tivit'y Of Isolated ChICTOPlast4l,
L. Ye. Zubkovich, T. F. Andrayeva, Inet M' Plnjxl:
Physiol Iment Tljnlryazav~ Aoa& Sci USM, 3/k pp
"Dok Ak Nauk SSSR" Vol LXVII,, No I
I
Results of this study indicate adequatse atabi:11ty Jn
the pigmnt complex ot suspensions ef 11jolattid
chloropIti(ktil. Deoreeiie In activilty of eltloraphaut
suspensions produced disturbluico in of Uw
ferment system. Elubmitted by Aced 11. At. Yaki~imot
9 May 49.
FM

will'111141111 90*0-00-0 1
8 p w I IU it !I I) It 4
114
~A I r. 11
v K VIC -C
4~ ov
g 0
plasts. T. ll~ Andive.11 61m&1 I.. P, 1.11t4g, Miklady
Ak.14. 'Vaut S-V'S.,R, oq, wArmisfelke wilr1rits :
nimbryd mar be us"I to xtudy thil .Chm. activity of ISO- '00
00 lot(.,[ Chloirm4sists'. levultalion of 0 In the lim"wr 14 Q11in-
Al 0 twit its light it stifficirtitiv StAlor. and Int'n-& flar luch
studi". The Otill"VVII VA41100080 4 illfrV11HY (A PlIM10'
*0 *Ynthells arv that diffttly (It1witarnt On the chanjtN 44 Ilit
plitAtichytin. &'ttivity d wilated pit"U", Iwotolill, the
00 J;
11 4 phol(mytitheeim umfor I'millml clindillof'" is
00 dtj'j. byIhe ",talk" ftacolin le-M. Older leov" haw
hlab" lIkkAWIT'I'til. &OIVItV; IWI'--* fill' liy*Cflrlf
ntlivusin such Icivest3dut foilirdeut-f thc listtii,ilv liyvo
00 fmm .;q 0
9.11de" PCs plants, illuillinattim Wall twovidt'l by 1.!iki witt
/11141111,1 (af."It 11'(9)(JI Junwiv) 111 20" Tht girlitild".
ti'lWosion (I Ing. ChIctophyll in I till.) wak treated will)
it I till. 1% quinsille -kiln. In 0.01 .11 IIIS0. 111wit:W1 .... (I
Ivit T of Kratittles it, h-Vt Oil W.0111IR mill IN rugalm .1 alit V
If
zo 0
WOO
a Igo
to
0 woo If Is,0 6

;
I
1
I
i0lir . 1
a
V1

of Ph4tachandcal ajWvity of isolatod chIncopUtts. L01
'
1
NW1
1
4u1)kI,*F,4 AM T. F. Andme ir-t. V,)k1d4y A fad.

so tht ji'aull
'A bA. I wa. nor ta Ivitt .1 sh ;w i -I th,, -k I ,4~ c~ttvt m ~ I m Ap,
fz 5 41 IILY~. Wt. Utc 101otmIlt In. wtiv Ity d1v '011.
4m:truta Shows no c lmlKe Up'll if, etivmwa by
expovire; fluorescriter i, .61vp unchaaced, nor (1(,* th".
-,,-Lw (if elta. of chlocuphyll vicy in V,-.Pts. with ki'llirr.
"10can IcAves, In tkie 1wa will, fiftri-I'e C4 elt(AV1.411111ty
t4kn ptve. The InAIL-tilf,AWM Of JIM C1110f0j)LUt 3U)j-
peasious thus 6 not CAU'W%iby 'Iminwilml of chlorojibill,
go .3 but Inob;%bly by disniptitm %A tim normal euxj-mcsyi%ruj,%.
00 ~ I - - G. M. Kt~liamllf
00
*.0:
A I a I t a x?TA~j4V;.)rAL LITr*&yI,,Iu CLASSIPKAIII;W
I .......
a U n it
17 ;. , v 0 ff 0, 91 of a it It Cl Vo n t t%
!-so
Vo
goo
;00
rv 4
goo
so 0 so 0 go * 0 * 0 a 6 0010 41 0.0 0 * 6 40 0 41 at 0 0 00000
Ole 0 0 0 0 9~* * so 0 so 0 . 0 00 0 0 0 0. 0 0:a 0 0 $0 000 0 0 41 0 * 4 G;o Sta

Ch L
Action Of WMV Ollylft, jej$ms oet ptotochemksl 4113011
-fV4
at W0140d thlorViii. V F, Aodirt
I)OA . hod SON* SAS M. 70,
. 61
-Mhf= tl~g i with ItAlowlito
4.pWtj ( 010 Immip,rs. bmAill) tyriatts
A
t"~n, ty's I A hr. at P 6.11 0"' 1001) Of Ph"`4`hq-
mitivily with N'is
41t; ICII*CObll And ", have fin effect (foroleir am Ofily
xxt strongly by IN111,011 and NaVj. This (Imlen4e of
16hotochem. activity Of accompanictl by Ailltilat (kcillit (A
falaw. Artivily. Alithough no diurtl cofollitioll 61,1W.1fl, its
suppirems ph.10chviril. action, Other elpm 41C Ciled th.1t
'how no direct relatiori o( cutAi4c to thr Ithotoe timi. activ.
ityallif it iS!FoCCrsW that loweringol the Llffrr Ify l1wixt
At '.S-.10* Is dite to deittrurficin tit the A,mity of enr
Vollps that are commit'l milh tbk- 1; tx)pft)tfiTl rolopItg
chloroplasts. C. '11. Kim'llir-iff

ZUBSOVIiii) M.Ye.
~r
D',j ol Cardi=, o " '"",j Cc-- i t in th!~
,;:, 1 oele
P,,dr!o7-,c. iz,.r. -.rys. ucholl.). zav.; r,-col. i razvoul. 3 no-9:10-12 3 160.
('NIIRP 13:3.2)
-
.L. ',-:o~-,':ov37,dLy --osudarstveruiTy univei-sitot Im. 11%'I.Lottiononom.
(Lamollibrilvioldata, Foa~:il)

MOSKVITIii, A.I.v otv. red.; GORETSKIT# G.I.,t otv. red. ITOJOVAj LK.y oty. rr.;
DUMITRMHK09 N,,V.# red.; ~,UOKOVICYiq H.Ye.,, red.; 100111'IAt T.YU., rd.
izd-va; LAUT r V. G. t tekbn 4 idd-4-- - -'- - --.-
[Materials of the M-Union Conference on the Stwly of Ibe Quatermary
period] Materialy Vaesoiuznogo soveshchaniia po izuehemliu abetveiiitich-
nogo perioda. Moskmat Izd-*o Akad. nauk SSSR. VoI4. (q,,,a Odiments
of the European part of the U.S.S.R.] Chatverticbtiye ot1d niia Rvopel-
okoi chasti SSSR. 1961, 502 ps WRA 14:8)
11vsesoyuznoye saveshebaniye po imichenf&u cbatvq"ichmogo perioda, Hosecr-rs,
1957. 2. Geologicheskiy institut, AN SSSR (for Hoskvitlz). 3. Institut
geografii AN SSSR (for Dumitrd6hko)
(Geolqy)

GOIWMIYgG~I*p otv*red.; ITANOT-A, I.K.9 otv. red.; MOSKVITIN, A.I..
otv. red.; M11TRASHKO, N.Y., red.; 2MOTICH M.Ye.. red.;
HARNMINA, T.Yu., red, izd-va; LAM. i-.*T.-.- tekhn.reit.
(Materials from the All-Union Interdepartmental Comference on
the Study of the quaternary Periodj Hateriely Tsesolusnoep
mazhduvedomstvennogo soveshchanita po izuchenliu c4otvertioh-
nogo perioda. Moskva, Izd-vo Akad. nauk SSSR. Yol.:! [Qaa-
ternary sediments in the Airopean part of the U.S.S.R.] Chet-
vertichaye otlorhaniia Evropoinkoi choBti SSSR. 1961. 502 p.
(I-IXRA 14.25)
1. Tsesoyuznoye mezhduvedomatvennoye soveshchaniya po izuche-
niyu chetvertichnogo parioda. Momeow, .1957. 2. (Wologialitgakly
institut AN SSSR ( for Moskvitin). 3. Inutitut geo~',rafii Ali
SSSR ( for Damitrashko)
(Geology. Stratigraphic)

OALAKTIONOV, V.D., kand.geol.-min.nauk; GOWSKIT, 0.1., doktor geol.-min.
nauk; DLUIAM, V.A., kand.takhn.neuk; ZU11KOVICH, DI.Te., kand.geol.-
min.nauk; KATEM, T.S., kand.geol.- nauk; P=09UTA. N.M..
kand.gool.-min.nauk; BRASOINA, A.M., inzh.; THOORGY. S.M., inzh.;
KUMSKOVA, O.G., inzh.; LOVESKIT, U.S., inuh.; K401KO, G.K., inzh.
MILIKKUH, Sh.G.. inzh.; SINTAKOV. N.P., insh.: 'SHRGETSTA, N.A.,
red.; VORCNIN, K.P., tekhn.red.
(Geology of the Volga-Don Canal region] GeologiAm raiona sooruzhenii
Volgo-Dona. Pod red. V.D.Galaktionova. Moukva, Gos.energ.izd-vo,
1960, 416 p. fold.col.map. (MIRA 13:10)
1. Moscow. Vaesoyuznyy proyektno-izyskatellskiy I nauchno-isele-
Aovatellskiy institut "Gidroproyekt* imeni S.Ta.Mmk.
(Volga-Don Canal region--Geology)

ZUBKOVICH, M.Ye., kand.geol.-miner.nauk
Significance of problems of stratigraphic claaaidiwation (exemplified
by studies of Paleogene deposits in the Stalingrad wea, of ths Volga
Valley). Trudy Gidroproekta 3:234-241 160. (KIRA 13:7)
1. Hauchno-issledovatellski7 sektor Vaesoyu2nogo proyektno-isyskatell-
skogo i nauchno-iseledovatellskopo instituta "Gidrorproyektm ime.ni
S.Ya.Zhuka.
(Stalingrad Province-Geology, Stratigraphic)

3(0)
AUTHOR: Zubkovich, M. Ye.
Use of the----IT~
TITLE: Conc - fauna for tho
PaleogeographicalEnvir6nmental Conjj-~-Iions
konkhiliofauny dlya rekonstruktoii
paleogeograficheakoy obstanovki)
SOV/20---i 2 3- 3--41/5 "1
Rocozistru.-::tion ol Cprtnir
(!,!pollzo,~-anxiyo
nezkotaryklh u.,31oviy
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 3, PP 52-6-521'
(USSR)
ABSTRACT: When the floristic complexes are incoxielufjivi, for the
subdivisions of sedimentary strata r,.p to their respect:-1-i-e !iggg
then the variations of pale oge ographical conditions addit-,.inal--y
confirm this or that argument. The author detioribes S%ilh '3~ -'a2r.!
of stratigraphic subdivision of the Paleocono and Eonq!7'ri
sediments Of POVO1ZhJye-(V(.,,lgu region) frorn Staling-rad (Rr0' 1).
The variations of the flora anti faurvL1 bound to on(? aj,,;l
same limit, evidence a similar change in the physico-
geographical conditions between thege two goctlons of the
Paleocene. The deep water conditiontj of two j3pochs and the.-1r
climatic peculiarities must be ascertained. A survey otf the
literature concerning the reconsti-uctzon of olimat-ic condltiz~n3
Ca--rd 1/3 according to the characteristics of the snail fauna (Refs 2-4)

Usc of the Conchylia Fauna for the Reconstruction of' SO It 2 1;---- ~11 /5A
Cjrta--*n PaleogeographicalEnvironmental Conditions
is given. In his compilation the author has not only consi~,Crred
the thermophile character of individual genera groups,
according to data based upon recent favzna,~ut has also �-ntrc-
duced jualitative and quantitative characteristics; "he numbex
of species and varieties in individual genexa and in ee.%-,h gr-ap,
as well as the f requency of occurrence of J ndf viduals f Qr the
representatives of each genus,wero coniiderad. Yor
purposes, the percentage in-terrelationij betweer. the 111d,,,~41U I
groups are shown in a scheme (F-ig 1). From this -t ic seen that
in both the Paleocene and tile Eocene comopoliton 3peCiB~-j
although from d4fferent genera, ware tvidely distr 4 bUt G rl~ . _ gan-as
group then followed whiph occurs --n wa-za and te.3p~Z5.1p- zlimat,~z.
This group is similarly represented in the llaleocent- aiid thf-
Lower Eocene, which indioates P-pp--cxim*-,ta1y t'he same (-limat":
conditions in both these Epochs. other groups ar&
qualitatively completely different in the- P~:-leocene and Lcwer
Eocene. Therefore? the Paleocane waterii had L Ei~btropi,-al, even
a somewhat tropical character, while Lower Earene tya-tcro
were rather temperate. The occurrence OT individual
representatives in climatic conditions forrzign to them can
Carl 2/3 attributed to either-a somewhat greater adaptibility ~-f

TC-se of the Conchylia Fauna-for.the Reconstruction of SOV/20-i23-zl-41/54
Certain Pale oge ographical Enviro=enttLI Condi tions
individual genera to temperature changes in the past or to a
I
migration. According to the author (Ref, 1)1 "he climflti~~
cooling was ceused by cold ocean currents. There are 1 figure
and 5 references, 3 of which are Soviet.
PRESENTED: February 1, 1958, by N. S. Shatskiyj Academieian
SUBMITTED: February 1, 1958
Card 313

TUBKOVICH. M.Te.
Strnt4.t,,r , .y of the Thanotian atmee of West Crimea. DoIrl. IJ SSSR
108 no.5t92O-922 Js 156. (KTAA 9110)
lo Predstavleno Rkademikam H.S. ShAtaklm.
(Crimea- Geology. Stratigrmphic)
i
-1;;: :11 111i; ill 11 : HIP 11 11 A .

ZUBKOVICH, M.Ta.
Blestratigraphical subdivision of Paleocene and lowa:r Rocame deposits
of the Volga near Stalingrad. Dokl.Alf SSSR 108 no.41697-700 Js '56.
(MMA 9: 9)
1.Predstavlano akademikom II.S.Shatakim.
(Stalingrad Province--Geolog7, Stratip;raphic)

11 " 11
ZUBOVICH, B.I.
New reeling technology. Tekst. prom. 20 no. 11:~5-18
N 160. (M2A 13:12)
1. Glava" iazhener laninabadskogo shelkovogo k-orubinata.
(Silic manufacture) (Reels (Textile machinery))

FUTWASS-2 OWNR
I -ACC' NR, AR6020068-
h, S. G.; ~archenko, Yu. 1.
AUVOR: Zubkovic
!TITLE: Possibilities for determining some characteristice of BID 11 using e1tc-
tro4ic equipment mounted in aircrafti~-
S04CE: Ref. zh. Mekhanika, Abe. 1B456
M ;,SOURCE: Sb. Primeneniye radiofiz. metodov v okeanogr. i ledov. Issled., L.,
1944, -(9-88
Iii
F
TOkIC TAGS: sea ice, wave mechanics, electronic equipment, airborne radar
,ABSTRACT: The authors point out the theoretical possibility of determining the dha,
racteristics of sea '4pves on the basis of the physical relationships for reflection_
of short radio waves0trom the disturbed surface of the sea which is considered from,
the statistical standpoint as a surface with random roughness.. The height of the
sea waves H may be determined on the basis of the following functional.,relationaka-9.
3%
Ifor the unknown parameter in terms of the coherent "ponent V'-of the reflected aig-
inal of radio waves in the dead region (1-20 m):
UM- Alp g M e:p I- /I -6H'3 )21
C rd 1 2
- _o~d _,-
L

L 11199-67
ACC -NRt A -R602M68 71
!where AO is a constant determined by the parameters of the radar unit, g(O) is the
!directional characteristic of the radar antenna with respect,to power, R is the alti-
Itude at which the radar unit is located above the surface of the sea, A is the rad io
1wavelength. The relationship between the coefficient of radio inive Teflection and the
isighting angle opens up a -way for determining the effective (average) slope of the
'waves and consequently the type of swell (wind swell or dead surge)., It is suggested"',
Ifor this purpose that a radar unit in the centimeter range should be mounted in air-, ~1
craft with-a narrow directional pattern (2-40) and an axis directed vertically down- .
ward which may be deflected from the vertical by an angle of 40-500.' This same unit
,may be used for determining the direction of propagation of rising waves produced-4
the wind from the direction of arrival of the maximum reflected radio signal (with
azimuthal scanning of an antenna beam shifted through a constanL angle of 10-150).
It is pointed out that the proposed method may be used for determining the surface
roughness of sea ice. Bibliograpb-y of 10 titles. K. M. $irotoir, [Translation f
abstract)
SUB CODE: 08, 09
Card 21p jb
IM0100111.1 AN 1.15-Aii1i iii"Mi
11111 111 11 1 1111111 IT~11 11; P 1,11, ~;I! 1: I'd,

L. 044~~7-67 WT ( I K
ACC NRt
AR6019881 (/,') SOURCE CODE: TJR/01(,9/66/000/()02/V'00,1/VO04
AUTHOR: Zubkovich, S. G.; Marchenko, Yu. 1.
TITLE: Possibility of determining sorne characteriatics of sea sivell by means
of radio engineering eq!jjprn!~!A_~:Lq__board an aircraft
SOURCE: Ref. zh. Geofizika, Abs. 2V33
IIEP~ SOURCE: Sb. Primenctilye radiofiz. 1110todov, v olm"mogr. i ledov. im'i'led.
L. 1964, 79-88
TOPIC TAGS - sea wave, airborne radar equipment, radar obs~!rvation
ABSTRACT: It is pointed out that, in principle, it is possible to deterurline. the
churacLeriatics of t3en wuves on Hie hasi.!; oi, physical L'IW3 jl'ov(!~Prdnj~ 1.1"0'
tion of short radio waves from an un('~,ven sca ~urfaco ('s till i.MiLe".% 11v a slit'lace wlth:~...
random I'Mighnesses). Sea-wave height 1.J3,,,, can be deterciined on the basio of
the following functional relationship between the desired piwarm!ter and tl-..e value
of the coherent component u of the radio-wave reflected signal in the 1-1n
in
Card 1 /,2--. 551. 4.6,080 . .......

I ! :
I ii
0 ''
I'-
:. I ?
I I ! i,
i b
I
U
- i ; ,
i
I i '-
: I ;
. U
: : I

.... . .....
r L =I-,

PlIant-g- b)hg
Madicino Photosynthesis
'Fh-~ Fhotoch"mical. Activity of Isolated GrMul ea of
=rjroP1nmTa.." T. F. .4mdreyeva and L. Ye. W11covich,
LMDfft P-Irmt Phrair-O 47"eni K. A. TIwIrYaz6'v-, Auad sel
prp
Wzhc~d uBed wp--- that of Barburg. Suspension of
lhliurr~-,plaat gr=ulas *-=a prep~--*d f~r= leaves and
IUli=-Inattd by 200-vatt lamps. Quincne was then
rd-ied enl-i oxygen evolved vaa measured. Pbotochemical
v i ty v&B express ed as eu =m of oxygen per hour pw
77T455
USMO. /Madic Ina - Plants (Contd)
ta~ of' for leavea of various age*. Th-
I
(L*It~ag;~td photochemical activity vas observed In gran-
U14;~a of older loavea. Submitted 6 mar 194-8.
77T415

ZUBKOV3iAYA, A. Can(-, of Bi-.) of
Ly s I,, r 1 n, ~0 "* ()PJE~,27. Ic Gmnul.--.~s (Mitcico-n.dri~e)," 12 1"p
JU a -1
(Ac~.Idemiy of iiecical sel us~SR) KLI 1-60, 120)
111111 lik ifli III: T.1,1111.

UNSHIN, A.L.; ATRIJSH3VSKIT, B.A.; AL3K&UIDROVA. Mole; BORSUKv Bole;
TOLIN. A.V.; ZUBKOVSKATA I.H.- TAX07M. Dole; BU, A.G.;
130ROVIXO'Y) L. Me 'TU" Ts.i... arymill BUIPirOV, V,Y.:
SHLYGIN, Te.D.; SPEWSKIT, B.F.; KHAOUT, T.A.,; RAHZIN, L.,A,l
DITW, V.G.; GORSKIY, I.I., red.; KASSIV, N.G., red.; PORIOW,
V.D., red.; DZITANOVSKIT, Yu.K,, red.; CHLKHACIGIT, PX., red.;
KUKISHAN" I.S., red.; DASHMTA. A.D., red.; TMIAGINA, So, tekhn.
red*; &vim. M.P.$ tekhn. red.
[Geological map of the V.S.S.R., scale 1:10000.000) Goologichaftia
karta SSSR, masshtab 1:1,OnO,000.' bkplAmtoxy itotes bo accompluw
shoot) Wiasnitellnala saplsVm k lishu. L-40 (W)RI (16ba).
1949. 56 P. ,- L-41 Crzyi-ordal (tuyl-3.;Z7. 1946, 20 p.
L-42 [Karsakpayl (Kaxsakpai). 1949. 42 P. H-41
-7-~ )4-o [raxt4,---T (Kp~an&).
Nirg A (Turgai). 1948. 28 p. _ muda
1947.1'37 P. M-42 [Fbtropnv1o-;a-k1 (Petropavlovsk) 1947. 27 pe
I N-,W+ [Wo-vooibirsk] (Irovosibirsk) 1948. 33 P. - 06-16
No"m'-skl (Toms'k). 1949. 26 P. - 0-49 [Kirenild (-FLi;Zsk).194?.
,eol. lit--ry. (MIRA III0
40 p. Moskva, Goo. izd-yo p
1. Russia (1923- U.S.S.R.) Ministeretvo geologii.
(Geology-- Map a)

ZUBKOVSF,AYA, Z. N.
"Investi.g,ation of the Froces~~ of 'rinding L-n--- 3urface." Canrl Tech Scl,
~;entral Sci Res Inst of Techno1w,.',r and VAchirte Bul.ldint~, ',.in lleavy Machine
Building USSR, Moscow, 1955. (n, No 15, Apr 55)
SO: Sum. No. 704, 2 Nov 55 - Survely of Scientific and Teeldnical Ai4lizjerta-tions
Defende-1 at LIS:SR ;'11~7hcr Educatioma In5titutions (16).

ISAYEV, J4-Oksey IllichpI.doktor tekhn. nauk; KOVE, Vildor Ye~aeyevich,
kand. tekhn.naakj ZUIZQVSKAYA, Unaida,Naaarovwt, kend. tekhn.
nauk; DRAYGOR, D.A., doktor takhn. naukt retse~isdnt; 11SOVAYA,
Ye.Ye., red.izd-va) NATUSEVICH, S.M., teklm. reid.
(Finish machining of surfaces of large parts] ClUstovaia ob-
rabotka plaskostei krupnogabaritnykh detalei. Rev, Gostekh-
izdat, 1962. 117 p. (Matal cutting) (MIRA 16%5)
F, I I 11T ill 11. hld~ lill 1.11 iT."111

FOLMOVA, R.M., kand. biol. TOLDILOVA,
Ye.T.; V.G.; a-URNOVA,
GUBMISKAYA, L.T., -red.
[ConLrol of biological fouling at the Neman GombInel i3orl-
,,icheski,;i obrastnniiami, na .11'emnsku.% ko,,i.birv~te.
ba s biolop L.
il.oskva, TSentr. naucluio-is;31. ir,.t inforr=tzz'14- I ,QAvd.I.-o-
ekon. issledovan-A po lesnoi, t~ellj.uiomr--*--)ur.:t~-:.,Iino.:L, C"'e-
revoobrabatyvaiushchei pronysial. -4 lesno,-.u kl-oz., 1196".
24 p. Ovi?1A 17:10)
1. Vsesoiuznyy rauchrio-i.,-sledovatel.',ilciy in.-titut
1yulo7,no-JUtuT.azhnoy prorqshlennost! (for Fi.,vIincfva,
Zubkovskiy, Tuleulova). 3. 11'emanskiy tcellyulomici-
bar.-zzhnyy kombinat (for Nelegkova, Smirnova ivanova).

1. 1 P 1.1 1 1
ANTOINYUK, B.N.; DFNP.~;YUK. I.P.- KUROV, Yu.p~,,, TlYN-R."~.IHN, E-~RrNfK~.W. i,%,,
VOLTSMANP M.B.; NAROV, A.A.; K 0 2 1 S
L.K.: KOZELII-SEV.. L.I.; KIR111,11111p S,G,~ fe.R'~~P:A A-T., M111KOV G.Te.;
~q &_~ B.N.: EDELISHTEYN V.I.; KOCIFTKOV. VtP.j
ZUKBK~GVSK I
-11 . _.kP.1 TZYUMOVP p
BdB-LIKOV, A.V.; WHANASHIYA, V.k,
Patentm. Bum. i der. prcm. no.1253-54 J&-M~- 165,
(MIRA 1.8-10)
I I IlT 11 HIP[ I! H T i; I.

ZTj'BK(jVSKIY, li. 1.
16224
Deformatslya oryazhi v Ictnatm-kh nryad7akh. Tek:gtil. prom-!3 1; 1949
I
110. 11,
SO: Loton~nl Zhurnallnrkh 'in, 49, 1949
III I il 11 hilIV:

ZUBKOVSKIY, S.L.
Frequency speetra of pulsationa of -the horizont-a'L comrement of
wind velocity in the mwface layer of the ataosphere, lave
AN SSSR. Ser.geofiv. no.10:1425-1433 0 162. (KIRA 16:2)
1. Institut Miki atmosfery fill WSR.
(WInda)

TSVANG, L.R.; ZUBKOVSKIY, $.L,;,IIVArTOVj V.N.; KLINOV, PJa.;
Measurement of same cloracteristics of turbulancto in the
lower ~00 meters of thb atmospbere. Izv,, All SSSR $or, goofiz.
no.5-'769-782 My 163. (MKFA l6i;6)
1. Institut fi,.,,IkL at-moufary Ali SSSR.
(Atkospheric turbulence)
11111' 1 JIL ji1j:,;.11111

ZUBKOVSKIT, S.L.
Experiwntal studies of -the opectra of pulsatloos of' Vie vertical
wind velocity component in a free atmosphere. Xty. -AN SM. Ser*
geofiz. no.8il285-1288 Ag 163. (KRA 1619)
1. Institut fiziki atmosfery AN SSSR. Predstarkeno clilenom
redaktsionnoy kollegii Izvestly AN SSSR, florlya. gooMitcheskaya,
A.M.Obukhovym.
(Winds)

GURVICH, A.S.;.ZUBKOVSKIY, S.L.
Experimental estimirtion of the fluctuations in the desipa-
tion of turbulent energy. Izv. AN SSSR. Ser. gijofiz, no,12:
1856-1858 D 163, (KIRA
I* Institut fiziki atmosifery AN S.,;SR.
1111 i 11 HI!

ZUBJEMKIT S.L.1 TIMANCIISKIY, D.F.
Experimental study of the turbulent regime In the air layer near the
water surface, Izvo AN SSSR, Fiz, atmo I okoarz I nool.0;1005-103,3 0
'65. (MIRA 18110)
1. Institut fimiki atmoefery AN SSSR.

GURVIOH, A.S.; ZUBKOVSKIY) S.L.
Measurement of the fourth and sixth correlation monsnts of the
velocity gradient. Izv. AN SSSR. Fiz. atm. i o6ana. I no.8-.797.-
802 Ag 165. (MIRA 18:9)
1. Inatitut fiziki atmosfery AN SSSR.

A,~C N1- AR7004095 (8) SOURCE CODE /0.... 916 id60*i6l21V0l01V0l1
UR
J
AUTHOR:* Zubkovskiy, S. L.; Volkov, Yu. A.
TITLE: Direct measurements of some characteristics of atmospheric turbulence
above water
SOURCE: Ref. zh. Geofizika, Abs. 12V71
REF SOURCE: Sb. 2-y Mezhdunar. okeanogr. ko'ngress, 1966. Tezisy dokl.
M., Nauka, 1966, 172-173
TOPIC TAGS: atmospheric turbulence, wind velocity, atmospheric temperature,
wind profile, ocean dynamics / Black See., 1,1--diterranean bea
A13STRACT: The results of investigations carried out a4oard the ship "Ak.
Vavilov" in the Black and Mediterranean Seas in 1964 and 1965 are presented.
Equipment from the Institute of Physics of the Atmosphere, previously used for
studies on turbulence structure and temperature above a solid underlying i;urface,
was used for measurements and statistical processing of wind ve-locity pulsa-
tions and temperature. The pickups of the devices were located on a floating
~.Cqrci 113 UDC: 551. 465. 16
P

ACC NRt
AR7004095
spar buoy at a distance of 50 m from the ship. An acottstic anemometer made
it possible to measure the pulsations of the horizontal and verttcal wilid Volocity
components, ul and wt; a microtheri-nometer measured temperature pulsationP
T'. For all the devices the time constant was of the order of 0. 01 sec. The
following atmospheric turbulence characteristics were calculated using special
electronic equipment: 1) pulsation dispersions
2) vertical heat flows and motion quantities Q_C--
"PW,117. T.
,,
3) pulsation energy distribution along the spectrum of waye, numbers Fu, (k),
Fw* (k), and F (k); 4) mean wind velocity profiles ';(;) and some mean
TP
temperature profiles 70) . Measurements of all pulsation charact eris tics
were usually made at an altitude of two above the calm sea surface level, or,
in some cases at a 1-m level. The members of the Institute ol Oceanology,
Academy of Sciences, made measurements of spectral composi.tion and sea
intensity along with the atmospheric measurements. From tho data obtained,
relationships between pulsation characteristics and the averaged characteristics
of temperature and wind fields above the agitated sea suface 4-4-ere obtaint'd.
In particular, the relationship between the friction rate,
and the mean wind velocity, ;~(z) was established. The valne of v*, calculat-
qa.rd 213
I; H
1' 11 H!,

ACC "R- AR7004095
ed on the basis of mean wind velocity profiles are compared with values of v,,
found on the basis of direct measurements. The'values of hesit flows measured
by the direct method above the sea are also presented. (Trar.Lglation of
abstract) JDW]
SUB CODE:
f
Card 33

ACC. NR, AP7001887 50URCE CODE- 1jTR/0362/66/OG,?/0l2/l3O7f13l0
AUTHOR: Zubkovskiy, S. L.; Tsvang, L. R.
ORG: Institute of Atmospheric Physics, Academy of SciencesISSISR. (Akademiya nauv
SSSR, Institut fiziki atmosfery)
TITLE: On horizontal turbulent flow of beat
SOURCE: AN SSSR. Izvestiya. Fizikti atmosfery I okenna, v. 2, no. 141, 1966,
1307-1310
TOPIC TAGS: lower atmosphere, atmospheric thermodynamics, atmospheric turbulence,
atmospheric temperature
ABSTRACT: A stud7 to determine the universal function qh/qv it- E(111,), (where qj, and
are horizoi-,tal and vertical heat flow in the surface layer of the atmosphero,
Ri is the Richardson number) Is described. Tile horizontal and vertical components
of heat flow were measured near Tsimlyansk during June--July 1965 tit heijhts of 1
atid 4 m above the ground with transducers; acoustic anenometers were used to measurel
ro
the horizontal and vertical variations of the wind velocity and rt,.iotance and mic.
thermometers were used to measure the temperature changes. The frequency range of
the transducers was from 0 to 100 cps. A total of 120 sezies of mnasure=entsvere
made which lasted a total of about 120 bours. The quantity qh was fDund larger than
qv; on the average, the ratio qh/q v varied from -3.2 to -1.4 for different strati-
r__A 1/2 UDC: 551.551.8

ACC NR- AP7001887
fication conditions. During the day, when q. had an upward direction, qh had an
opposite direction to that of the average wind velocity; when the i;ign of qv changed,
the sign of qh also changed, which accounts for the negative sign of' the qh/qv ratio.
In conclusion, the authors express their gratitude to Ya. M. Yagloma for valuable
Comments, and to T. K. Kravchenko and A. V, Firsov who participated in the experi-
ment and in processing the results. Orig. art. has: 3 figurca.
SUB CODE: 04/ SUBM DATE: lSSep66/ ORIG REF: 004

Ili! : ;;I - I i ~ .1 11 .
It : i ; , i ;!
j 1!,!; 11, 11 1 1 i 4.
m I i !!, , , ; i ,, ! Iw
I I i 11 11 i 11111. * R ii I iddil dli~
. I .I I i I. I

AUTHOR XORNEV 1u. V.,-UUW-~-41Y S-.L.1? 11A - 2723
TITLE A New Method for the I~~i-tfg-aUon of the Proceso of lublimation of
Metals.
(Novaya metodika, izucheniya protsessa sublimatsii metallov -Russian)
PERIODICAL 4tomnaia Energiia,1957, Vol 2, Nr 4, pp 352 -356, (UXXOR.)
Received 5/1957 Reviered 6/1957
ABSTRACT The paper under review discusses a nerw method for the determination of
the heat of sublimation witit the aid of radioactive inotopes. By means of
of this method is it possible to measure directly the rate of oixtflow of
a saturated vapor from a small hole. The authors ap I-led the method of
direct counting and used the radioactive isotop-9 Cry'. The preparation of
the chromium specimens for the experiments is discussed. The chromium to
be investigated was brought into an effusion chamber of' alumina with a
small opening for the discharge of the chromium vapors. A block dkgram
Bhow3 the way of operation ofthe measuring arragement. Another figure
dhows the vacuum furnace of quArtz with double water-cooled walls. In the
experiments a vacuum of -2,plo"9 mm b4rometric prosauxe was used. Tha
effusion chamber contalning the chromium was~rought into this vacuum
furnace. The activity was meLaured by a ring counter with the u;3ual coun-
ting device.
Results of the measurementat The paper under review determines experi-
mentally the dependence ofthe activiy ofthe target upon the time t at
the constant temperatures T, - 16240 K, T2 = 16620 v* and T 3 - 16920 K.
A% P
Card 1/2 The coefficients a and B w ere found for the termper&tures T, , T2 and T3

BUYANOV, N.V.; ZTJBKOVSKIT, S.L.; KOVAIMO, T.Y.; KOROTKOV, V.1%; LINDSTRB4,
V. R.
Spectrum analysis of stools on a morlmrnized FES-1 appar3tue. Zav.
lab. 24 no. 6*703-708 158. (MI]RA 11:7)
1. TSentrallayy nsuchno- iseledovat ell skiy institut chnruoy metallurgii.
(Steel--Spectra)

i

a n
IL
a cl

S/032/60/026/010/024/035
D016/B054
AUTHORS: Buyanov, Kovalenko, T. Y.j
Korotkov,--V. F., and Lindstremp V. R.
A
TITLE: Experience Made With the Photoelectric ApparatuSAIC-10(TS-10)
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, iro. 10,
PP- 1155-1156
TEXT: The authors have been working for one year with the photooltatric
spectral apparatus A!~C-10 (DFS-10) which had been described previously
(Ref. 1). They checked the reproducibility of recarding- (-,,f electric
signals and of light. Non-.screened light sources (axc amd apark) deterio-
rate the reproducibility of results considerably if thiasi) 3oiarces are
4-5 m distant from the apparatus. The shock absorption of the inalrument
was good since the tensile-testing machines operating in the neighbor.-
hood did not effect any shifts of exit slits with respact to the spectrum.
Also the fluctuations of air moioture between 25 0-nd TG'It had no (10trimen-
tal, effect. Only 85-67i'a' of relative air moisture 11iffected a rapid clange
in readings. Temperature fluctuations between 17 and 21,) 0C in the room
Card 1/3

.1 1)
Experience Made With the Pbotoelectric 3/032/ff'/O~ 6/0 10/024/03 5
Apparatus AX-10 (DFS-10) B016/B054
did not influence the reproducibility of results although the carriages
were displaced noticeably (Fig. 1). Therefore, a stoudy temperature
should be maintained in the room. As examples for metal analyses, the
authors describe the investigation of crude iron, plain steels, medium-
alloyed steels, stainleas ateel of tile Vpe I A 18 H 9T (11108N9T) , and
high-speed steels of thetypesP9 (R9) and P18 (R18)., F11jo. 24 sho-O cali-
bration diagrams for the determination of single alloy olements. The et--
amples given and the exparlonoo made %Lth the intitriiiaon-I jutitify the Diate-
ment that the instrument DFS-10 guarantees a rapid and sicaurate analysis
of crude iron and steel, including some complicated steol alloys. At
present, the apparatus is being used for series analirseii in factories. The
values given in the paper for the errors of reproduoibility were confirm-
ed by analyses of factory specimens. A single analysis of tile specimen
for six elements takes 2.5 min. A repetition of the analysis takeo the
same time. The absolute sensitivity of analysis on the inctrument mention-
ed does not deviate noticeably from that of photographic methods. The
authors recommend, however, an improvement and simplific,ation of 'he fit-
ting and design of the instrument. There are 8 fivres and 4 Sovi;t ref-
erences.
Card 2/3

Experience Made With the Photoelectric S/012/1510/0,;A~/'D ~0/'C24/035
Apparatus- 10- (DFS,-., I
ASSOCIATION: Tsentxallnyy nauchno-iesledovatej i:;kij, in,0AILut clherriolr
metal lurg 14,
_11:-;)i iiii-,'t,jitii of Furrt-;1,i!4
(Central S-2jeritif,.1, Re,,if2;-
9 t -a 11 u r ff -Y
Card 3/3

cl,
16

L 2rr,4P-66
ACC NR: AP6006128
1"he erperlifieTMLI
~mr a sens' -)f the order of 0.014"f, per '401t
".14- Izijtf:;it
11 If

APG019617 SOURCE CODE: U11/0392/W/002/002/0202/0204
AUTHOR: Gurviah, A. Z b~
opta: rutmAe of pt~sics of the Atmosphere, Acadeng of Won ils SSOR (Akademil auk
ma, institat nzw a-tra-oidiithry)
TITLEi Estimation of the struaWral characteristics of atm2&*mrio tomperabav palasUins
SOURCE: AN SSM Imstiya. Mika atanosibry i okeena, v. 2, no. 21 1966, 202-204
TOPIC'TAGO: atmoffpberic temperature, lower atmosphere, stampheide strameatift,
ABSTRACT: The artiole gives preliminary results of the oalaileUm of the atmosphisria
structural oonstant CT2 by two metbods: from eVation (1),
Cil s$(1U)qr(Qt99(Q
where #v(c) and #T(0 are universal fanctions of the dimensicalems arpment C chmeterfstag
stratifLoation oonditimm, and &2R1 In a universal ftinctlen calculated by L. R.~ Tovang crraft
P
UDC: 551.624.4:5=517*4

L 054a) -67
CC NR& APSO19617
IFA AN &SSR, No. 4, 1962) from the stmospheric tompermture pmImstgoo "Ctrs, and from
equation (2),
raw
Wig 4
where F is a dimensionless fimatim of gtrucb=d gmetiogw, DTT(p)g VITT(p)g of the a*-.
mospheric temperatan field. The vaj=G Of 072 Obt0vied by Xv. I andi 2 were Ps 2. 7 wJ
rs3. 5, respectively. Temperature pulsation recordings synchr4adrad Ift wind.,#6100ity
horizontal mmYwwut reeordings were uv~d to determim F, witti obse:L-vation plaktUm C1w*
spaoed at a height of 2 m. B4th f*TMUW no Considered usabla in owignmo of Wass mean-
urements. Because of the Insuffialm numbor o( observaUcus, the resialts obtaloW wifjl Eq, 2
appear to be less accurate,, em gwqft fWs f*=Ula is fj4da"MiaVy 10M R*CpwMtS than
Eq. 1. 7tese results ompm vith those gima by C. H. GUMMA snd it. I,. gchwa= (J. ZW4
Mach., 16, No. 3, 2963) and K. 7WwucW (J. Meteor. 800. jSjpj"6 gmg. M 40, No. 3, 1".
for vm1nablo ulylos
The authors express their deep gntitude to A. M. Ys and COMM=*
made in the aourse of Ws wwk. OrLg. art. has: 10 forMWIM, I tabb, wd I
SUB CODE: MMM DATE: 03Jul65/ OHM REFt 010/ OTU:RICF: 004
1 !Id
k I

ZUBKOW, Anatol., mgr inz.
Changes in the typical schemo of E t e autoln tic blocking
system, Przegl kolej elektrotech 10 i.e. 15.1 no.12;
3455-347 D163.

1 'T"', N.:
POLAIII)
"Tactical Emplayment of Units & Arnored UnIta Under thi., Concill lor,5 At,call.r.
.,;-!apun.9 Ar; I I
W -i U;i-!d," Przc,,~!1rd 'vlojqkqw~, :,',)7 55,
11;
11 i : 1. "

ian 1r. rn
r n
'Idy
3 ".7-28 0,!

SHNEYDER, Ye.A.; ZTJMIJ.9, B.P,
Strntigniphy of Loutir and MiAdle Dovonian it, the Nortli
Minuminsk Lowland and l')yd,,.t-Ynrba Doprounion. Mat. po geol. I pol.i~skop.
Kras.krata no.3:41.--56 162. (MIRA 17t2/%

WBKUS, L.P.
Conditions of landocapee gardening in the citlen af Western
Siberia and ways for improving them. 1~-udy TSSBS no.3:19-25
l6o. OURA 15:3)
(Siberia, Western-Landscalip gw-dening)

USSR/Cultivated Plants - Orn=ental,
Abs Jaur Ref Zhur Diol., 11-, 12, 19581 53900
Author 4~lbkxis, L.P.
Inst Western Siberian AffiliatQ 3f the As 110SR
Title On Vie T,.)n6)evity of Whe j3ollen of tl,,e Sibcr:j"ji Dot~t,,,oth
Vi--'A ~
Ori.,,,? Pub Izv, W~11-6. j*,N S,9S11, 1957, N,--) 7, 122-124
Abstract The ~;i -X the lonGevity of the pollen of the
0,*~tnjth violet (Erythr-:)nivxi sibiricumi /Fisch.
o" tl,.%y.1' Kryl.) - an early-bloomin.-,r bu.11) p1mit, of the
lily family, pr,),-AsiuC; frora the St3ndpoint ~,f intmduc-
ticn into cultivation - was studied at Dotanical Gardea
of the Western Siberian affiliate :)f Via Aandemy of
Sciences of t7lie U-SM. It was detendnw! VILA pullen
5oparated frm the anthar 1,)ses its vi,~O~illby uncler roora
Card 1/2
- 162
I h I i 1: 11 111

ZUBFUS, L.P.
Characteristics of the growth and development of tho Siberian
fawnlily (Erthtoni= -,xibiricum Kryl.) under m-tiural conditions.
Tru-dy Bot. saJa Zap.-M. fil, AN O'SSR no.1!3~-38 156, OJURA 14:7)
(El!-ythronium)

ZUBKUS, L.P.
Study of wild flowering plants at the Botanical Garden of the
West Siberian Branch of tho AcaderV of Scionceii of the U.B.S.R,
Trudy Bot.inst.Ser.6 no.7:47P,479 159. (MIR& 13'.4)
1. Botanicheskiy sad Zapadno-Sibirakogo filialstkV SGER,
Novonibirsk
(Siberia: Western--Plant introduction)

ZIUBMIS, L.P,
InvcstiP,%~ting flowers and other ornamental plants int the Botanical
Gardon of the Western Siberian branch of the Jxneenqr of Iciences -
,qf the Trudy Dot. sad4t- Zap.-Sib. fIL AN IMSF. no.10.1-18
156. (MIRA 14:7)
(Siberia, We a tern- Flowers)
(Siberia, Wastern--Flants, Ornamentry.2)
11-7 ION i;i' UVII(Ifl'lil.

USSR/CultLvated Plants - Ornaw.-ntal.
Abe Jotir Rar 7hur - j11o[oj;1yn,. 111o
Author Zubkus, L.P.
Inst
Title The Study of Flowering Decorative Plants In th(!- Botluiicai
Garden of the Western Siberian Rrtuich., Academky of Sc,lonocq
L1SSR.
Orig Pub Tr. Botan. sada Zap.-sib. fil. AN SSSR, 1956, 2io 1, 11-18
Abst
Card 1/2
Ornamental gardening In Western Siberia in atIlL weak.
In 1951 a department was created In the botanical garden
which aims to introduce and acclimatize ornamental plants,
to utilize local flora, to develop new varietleii, to jmLl-
tiply the most suitable local forms and to proptAte Bibe-
rian floriculture. It is planned to occupy an eirea of
10.5 hectares for scuentific-experimental purpoiDes with
3,000 different kinds, types and species of floral orna-
mental plants. Special attention will be paid to culti-
,Mtious
USSR/Cultivated Plants - Ornamental*
Ab5 Jour
Ref Zhur - Biologiyaj iio !6) 25 Aug 1957, 69458
of dahlias) rosesy gladioli and other perew2laIS-
There are already many types of &nnuala like anters;
le use of dimorrhothe'03j
however there is tOO 11-tt 11c-_-
brachycomeS, annuals, Nemesia and poppian. A 20
tion of bulb plants is being formed.
Card 2/12
L-9
ZUBEIS, L.P.
Length of the viability of pollen in the SiberiAn ao&h00th 'FiOl"t*
Izv.vogt.fil.AN SSSR no.7:122-124 157. (MIRA 10:10)
1. Zapadno-Bibirokly filial AN 85SR-
(Dogtooth Y10100 (P011010

vvy'Us, L.,
ZUBKUS P-hagor
Features in the germination of pollmn of Siberian dogtooth violet
(Brythronium sibifteum (Finch. et May.) Kryl.). Biul.Glav.bot.sad-A
no.27:81-85 157. (HLTIA 10:5)
LTSentrallnry Sibirskiy botanichoskiy nod Upwino-Sibirokop)
fili&la AN BSSR.
(Dogtooth violet)
(Pollen)

zill nng I L. P.
223c3. ZUBXtTS,'L.P. 'Vliyanlye smyidoley Na Rost i PazvltSye Rsiitpniy
Ppi-Inten' Glav. Botan. Sadao VYP, 2p 19119o S. 64-47
SOs LETOPISI 110. 30, 1949
. : L . - :1 '-, 1 -,!7 ~ li I - ~; - I L I I; 1 11 11 -111911 1 U'll. ~!- 7 . i ! 'i ,
i , I 7147,'~
1 i j ,

ZUBY-US. L F.
22193. Zubkus L. P. VLIYAI-.'IYE SU'YALUEY NA 1,CGT I HAMTHE 'ASTE111Y. BYULU-TV11
GLAV. MY4116. SADA, 'VW. 2, 19491 S. 64-67
SO: LF-rOPIS' No. 30, 1949 1
I I !CIE HI t

ZUBLENKO, I., konduktor
Conductor, driverp passengers. Avt.transp. 41 no.4tl/+ Ap 163.
(MIRk 160)
1. Vtoroye Vichugskoye avtomobillnoye khozyaystvo.
(Vich,aga-Motorbun lines)
11 1 1111i I lit 11 1111~ 1 1 j 11

ZUBLEVSKIY, S.M. , inzh~ , red. , HITROVA, N.A. , teklm, red.
(The VL8 electric locomotive; book of Instruatlions)
Elektravoz VI,8; inatntktsionnala kniga,, Mosk-7n, Trann-
zheldorizdat, 1963. 301 p.__.;Dingrs, (MIRA. 16: 1:1.)
1. Tbilisskiy elektrovomostruitellny-y zavod-.
(Electric locomotives)
1111! 111 11 , IIR:HIF T L, -11- 1

LITVIIJOV, I.R.; HAUIEVICH, V.S.1 "IFIANOV, B.A., iytzb.j retaenzwrit;
ZUBLEVSKIY, 3.1M., inzh., red.; VOiOBIYLVk, L.V... t"Ami.red.
(organization of the technical inspection of d.c. locomotives;
experience of the Western Siberia Railroad] Organiu:tsiia
tekhnicheskogo osmotra elektrovozov postoiannogo tolval opyt
Zapadno-Sibirskoi dorogi. Moskva, Transxheldorizdat, 1963.
9~ P. (Electric locomotives) (MIRA 16112)

KALIKHOVICH, Viktor Nikolayevich; MARRENKO, Te.F., kand. takhri.
nauk, ret3enzent; ZUBLEVSKIT, S.M.j Insh., red.--
DROZDOVA , N.D. p taidi~il.".iid,-.1 -1-1- 1 - ;I
(Traction gearing of elactric locomotivea) Tiagovy* w~ib-
chatye peradachi alektrichaskikh lokomotivoy, Plaflkvit
Transzheldorizdat, 1963. 67 P. (MIRA 16:R
(Electric locomotives--Tranamission devices)

LMKIII, Fedor Vasillyevich, kand. tekhn. nmk; MINEYIN, Aliksandr
flikolayevich, inzh.; SHVI&M, Yuriy Nikolayevich, ixidi.;
GUMICII) A.K., inzh., retsenzant; ZUBMSKR~ jnzh.t
red.; USENKO, L.A., tekhn. red. ...! -'--
[Flaw detnction in 2ocomative Parts) Defoktoslmpiia dettalai
lokomotivov. I-loolm, Vmn. ob"odinunin
M-va putol noobohchonilay 1962". 127 (I,Ilrfjl 1.515)
(Locomotivos-Inspection) (blagnotic tnoting)
(Ultrasonic waves-Industrial applications)
I h i

RUBCHINSKIY, ZiVwxnd Moiseyovich, kand. tekhn. nauk; ITASTEVE11, Yevgenly
Edmundovich, inzh.,- SHIRTAYEV, Arkadiy Pavlovich, Itah.;
DOLMATOVO A.A., kand. tekhn. nauk, retsenzentl LIB14AN, G.M.t
inzh., retsenzent; NAKHODKIN, M.D., kand. telchn. na,.*j retsen-
zent; SAZONOV, I.A., inzh., retsenzent; TRAKHTIVIAN, I.M., kand.
invh., ret
takhn. nauk, retsenzent;_gUN~gj d RAKOVO
V. A. , in zh., red. ; USEIWO, L. A. , tekhn. red.
[Designt arrangementg and working principles of the rolling
stock of multiple-unit trains]Ustroistvo i rabota votorvagon-
nogo podvizhnogo sostava. Moakvay Tranexhaldorizdat, 1962.
335 P. (MIlLk 16-1)
(Electric railroads-Rolling stock)

I -I -, II 1 11 11 ~ P 11 ...... '''.II II
NEDVEDEV, Hikolay Filippovich; CHMS1 ",ICHp F.I., irmfi,, retoonzent;
ZUBLEVSKIY, S.M., inzh., red.1 VOROTIUKOVA, L.P.v toldirm.red.
(Wheel pairs of electrified rolling stock]Yolasi-Te pary elek-
tropodvizhnogo sostava. Moskva., Tranazholdorimlat, 1962. 42 p.
041FLA 1-5: 11)
(Car wheels)
H:::1 11111h ill 11 llilil iT!1Fl1l11-ipI :Ili 11:11

GARATS, V-1
[Maillt,ollaricc, a-rA dopot ;:oplir Or t.-Ill: 171i--,,ck"-'01,,~~,~,t
of a.c. ioccw' 'otive...'d .-ciricn't ws~-
kliallicheoOmi
skva, Tran3p,,rt, 1965. 90 P.
1. Gla-aiyy in-.Iriener lakors)-tivro~:0 diopo
Vostoclaia-Sibirskvy z',loJr!-.,nov dol-Of,,.L
2. Pastar tzw~kha
Sibirokoy zhelezmoy

l'
AVATKOV, Aleksandr Stepanovich; i,:j-'LEBIfjYOV, V.11., kand. tekhta.
nauk, retsenzent; S.M.j, ilizli., L,fwj.;
MVEDEVA, M.A., teklun. .red.
[A.C. loconotiveo and motor coaches] Elekl,rovozy i niotor-
nye vagony peremennogo toka. fklookva, Trawzheldorizdat,
1963. 237 P. (MIR-11 27:1)

YAKAREVIGH) Vitaliy Sergeyevich; VMIK) Gennadly Vikolayevich,
GERASII.IMI, Vasiliy Petrovich; S324011OV, Venianin Goorgi7evich;
GORODETSKOV, A.P.) inzh., retsenzent; LYUTTSAU, A.G., Mri7sh.,
retsonzent; ZUBLEVSKIY, S.M., in2h., red.; USE14K.0, L.A., tektin.
red.
[Detection and elimination of faults in VL22 22 electric loconm~iye3)
Obnaruzhenle i uctranenie neispravnostei ns. elektrovozalch VU2'.
Mosk-va, Tranazheldorizdat, 1962. 127 p. (101 A 1!i: 11)
(Electric locorotives--Maintenance and repair)

YEVTEYMI, Ivan. Petrovich; OSIPCV, Sergey Ivariovich; FUSTOVOYTM',
Mikhail PetroviCh; FUSMOVt S.Ye.p inZII,$ rOtO,I'nzOnt,,-,
ZUBIETISKIY, S.M.,, inzh., red.; USE21KO, L.A.p b0m. rad.
[The ChSl and GhS3 electric puseenger locomotivealPasua-
zhirakia elektrovozy ChSI i ChS3. Moakvn, Trumozhobiorin-
dat, 1962. 158 p. WMA .1!): 11)
(Electric locomotives)

KAPUSTIV, Leonid Davydovicb; ZUBIXVSK~b inzh., rod.;
VOROBIYEVA, L.V.,
(Apparatus for the automatic control and protection of the rol-
ling stock of multiple-unit trains] Apparatura avtomatizatsii
upravleniia i zashchity motorvagonnogo podvithriago sostava. ~o-
skva Transzheldorizdat, 1962. 77 p. (DIIRA 15:6)
~Fdectric railroads-Holling stock) (Automadc ec~tytrol)
11, 11 HII:

A v Q~.
rq"T% to t. prowkw at the 1-t I'll cta%rv4t 7t the Intl Yotmilt. ~e k4t-llt
J~A-l %, 1". W..,-, trfll.
7 M,.,,,. '11-1 FA,410w, 04,
sm,"Vol f" 40awki lo"MMA
UYT-aft, M. *d-wI 0141,vasloa 4
or .1'., -in thu'l,:40
UWAAt1*p L. A. - "IkftP vt ~ wd ralamUtim at -Ittw&.o
e st-mats. whir"s
:~W VrAl- If dlglt&l p%m ..t"l r
him

C
s/o68/61/000/007/001/001
E071/E435
AUTHORS: Ruslyanova, N.D., Goftman, M.V., Gordayeval Z*Kot
Privalov, V.Ye., Zubok, A4M. and Khomutinkin, G.V.
TITLE., Production of High Percentage Phenanthrene
PERIODICAL: Koks i khimiya, 1961, No-7, PP-48-52
TEXT. It was recently established that phenarithrent can be used
for the production of diphenic acid (a raw material for high
quality plastics and resins) and 9-10 phenthrene quinone (a
valuable fungicide) but a technology for its production on coke-oven
by-product plants was not available. The authors carried out an
investigation in order to establish the most suitable starting raw
material and operating equipment and practice for the production of
phenanthrene fraction from which a high percentage (above 90%)
Phenanthrene can be obtained. As about 8M; of phenanthrene in tar
is concentrated in the anthracene oil, the latter was considerei as
the most suitable starting material. Calculations of the
necessary column efficiencies for the separation of the pair
phenanthrene-carbazole were carried out for a fraction containing
27% of phenanthrene and 2% carbazole (anthracene oil obtained from
Card 1A

s/o68/6i/ooo/oo7/ool/ool
Production of High ... E071/E435
washed oil (29.5 tons) was done on a column I m in diameter with
33 bubble cup trays. The collection of tho fractions was dono
from a side outlet on the 27th plate. During the rectification
two fractions were collected'. first up to 320% (a light fraction)
And the second, phenanthrene fraction 320 to 345*C (25.5% of the
charge). This contained 80% of phenanthrene, 8% of carbazole and
7~7% of anthracene. All together 84.97% of pheinanthrene was
recovered'in the fraction. It is considered that a vacuum
distillation would be more suitable. The required efficiency of
the column for the separation of the pair phenanthre-ne-carbazole
for a raw material containing 11% of carbazole kLyLder various
pressures was calculated. On the basis of the above investigations,
the following technological scheme for the production of
phenanthrene fraction is proposed., anthracene oil -w-ashed from
phenols and bases is heated in a pipe furnace to 2800C and passed
into the first column equivalent to 18 to 20 theoretical plates,
The light fraction is collected at the top, while the resich3a from
the bottom is passed into a second column equiwilent to 25 to
28 theoretical plates. The phenanthrene fraction is collected
Ctird 3/6

S/068/61/000/007/001/001
Production of High E071/E435
from the top of this column while a part of the residuo from the
bottom is utilized as a hent carrier, i.e. It ts pasoed into the
tube furnace, where it is again preheated and returnod to ttio
second column. Both columns operate under a vacuo jit 100 mm Hg.
The production of high percentage phenanthrorie from the
phenanthrene fraction was also tested, The fraction contains
anthracene, carbazole and various oils (mainly a mixture of methyl
homologues of fluorene, phenanthrene and anthracene).
Phenanthrene used for further oxidation should be freed from
--arbazole and resinous substances, It was established that on
treatment of phenanthrene fraction with 8510 sulphuric acid at
35 to 500C, phenanthrene is not sulphonated but a carbazole
sulphate Is obtained which, after separation of the acid layer,
can be recovered by dilution of the latter with water- (to an acid
--oncentration of 50 to 55%), The treatment remove4i also
resinous substances, This was as follows~.: the fraction was
dissolved in xylole 1.2 or benzole 1;3 and treatiDd with 85%
sulphuric acid at 25 to 500C. The consumption of acid depends on
the concentration of carbazole. At a content of 2 to 3%, one
Card 4/6

S/068/61/000/007/001/001
Production of High ... E071/E435
washing with 5 Vol.% of sulphuric acid for 15 minuteis is
sufficient. With a carbazole content of 8 to 10%. 2 to 3 waqhing-%,
each time with fresh acid, are necessary. After tho 1,,reatment
with sulphuric acid the product usually contained not more than
0.2 to 0.3% of carbazole. After distilling off the solvent and a
redistillation of the 'raction to remove oils, it was pressed at
100 to 120 atm. A 90 to 92% product, melting at 91 to 930C with
an 80% yield was obtained. The main admixture t4as anthracene.
Some laboratory tests (not described) indicated -that the product Is
suitable for the production of diphenic acid. Under industrial
conditions, a product melting at 92 to 94% was obtained. After a VX
single recrystallization from alcohol (1:5), phonanthrene melting
at 99 to 100*C was obtained. There are I figura,'6 tables and
13 references: 8 Soviet-bloc and 5 non-Saviet-bloc. The work
of L.,D.Gluzman (Ref.6: Koks i khimiya, 1959, No.2) is mentioned.
The references to English language publications read as follows:
R.E.Dean, E.N.White, D.McNeil, J.Appl.Chem.,1953,3,lo,46q;
V.N.Kamat, J.de Sa, F.Fernandes, J.Sci.Ind.Res.1956,15,p.8;
U.S.Patent 2575314, C.A., 1952, 8152.
Card 5/6

Production of High ...
S/068/61/000/007/001/001
E071/E435
ASSOCIATIONS: Urallskiy politekhnicheakiy institut (Ural
Polytecbnical Institute) (Ruslyanovik,
Goftman, 1,4V. and Gordeyeva, Z,K,);
VUKhIN (Privalov, V.Ye.),-
Nizhne-Tagillskiy metallurgicheskiy kombirtat
(Nizhne-Tagil Metallurgical Combine) ( Zubok, A.M~
and Khomutinkin, G,VJ
Card 6/6

ZUBOK. Loy.Jzwail~yqvich; NOVIKOVA, G.p, rod.; NOGIIIA, 11.,v teldin.
red.
(Studies on the history of the -Labor movomont in the V.S.A.j,
1865-191830cherki istorli rabochogo dvizhenila v OShke 1865-
..d.
1918. Mlookva, Izd--;vo sotsiallno-okon.lit-ry, 1%2 62')
. P#
(11WRA .15-9)
(United States-Labor and laboring classes)

ZUBOK, L.P.
Mechanism of the ac~tion of ricketta-lal intoxication, Zhur.
mikrobiol., opid. i imnun. 40 no.3tl(,lG-101f Mr 163.
(14XRA 1742)
1. Iz Instituta epidemiologli i mAkroblolok,11 liiwni QuTAlel
P1,91 SSSR.
11's I I IlT11: 1! ; Hill

ZUBOXI L.P.; M~JIYEVAI N.M.
later.mlationahipa of the hemolytia ar-d ta)c!c p-mpertles of
Rick~.,ttsia prawankli, Zh,-ir, m1kroblol,, mpJd, J. fAmill1n, 40
no.5t8-13 My t63. (KIRA 17t6)
1. 1z Instituta epideplologii i mikvchiologli liatni Gausli
AM SSSR.
1i 11 7n77,11

L 38465-66 E i ) /T JK
ACC NRi AP6029182 5()URCE CODE: tlfi/0016A6/000/005/0004/0008
AUTHOR: Zubok. L. P.
QRG: jnpt~i
:tR"__qf~ E idemiology and Microblol2&y Im. N. F. A194 SSSRp
Moscow (Ina titut epidemiologii I nitkrobiologil
TITLE: Comparison of the biological and enzymatic propirtits of the &virulent E
and Dreinl strains of Rickettsia prowazekii
SOURCE: Zhurnal m1krobiologii, epidem.Lologii i innunoblologii, no. 5, 1966, 4-8
TOPIC TAGS; toxicity, microbiologyj parasitology, p,-Wasite
ABSTRACT: The E and Breinl strains of R. prowazekil have the same toxicity and
hemolytic activity titers. The rickettsias obtained from dead embryos are
biologically less active than those from live embryos. The avirulent E strain
has higher glutamatoxidase activity than the virulent BreW. strain. For
example, O~ uptake in the presence of glutamic acid when oither strain is
incubated for one hour at 32' is 72-50 (E) and 51 mm3 (Breinl). The energy
expended in activating the oxidation reaction of glutamic acid by both strains
of R. prowazekii is much greater than in such a highly organized animal as the
mouse. This testifies to the primitive nature of the glutamato)tLd&8s system in
the rickettsial cell. Orig. art. has: 3 tables. [JFWj: 36,9321
SUB CODE: 06 SUBM DATE., 17Nov65 / ORIG REFi 011 / OTH FMW: 007
L Card. 1/109) 1- /f UDC: 576-851-71-097.21.

fill
r fov Z r e z at., or
z n -5 A i In I(T, 1) 'ri I ol

SAVITSKAYA, Ye.F.; ZUBOX, L.P.
Stlidies on the mecWt4lona of action of bloordn andite%azin on
Riakoabia prowazoill. Mur.mikroblol.op1dol limowil, 1,2 no.3s
98-102 Yx 161. OIRA 14:6)
1. Iz InBtituta epidemiologii i mikrobiologli :hneni Gamalei AMN WSR.
(RICKETTSIA PROWAZEKII) (AURE014MIN)
(ANTIBIOTICS)

~ZUBOK, L.P.
Nffect of rickettola toxin on oxidative deaminittion of amino
acida. Biokhimiia 24 no.4:745-750 Jl-A9 '59. (MIRA 12:11)
1. Institut apideniologii i m1krohiologii im. W.F.Gtumleya
Alaidenii meditsinskikh nauk SSSR, Hoelva.
(TCXIIrS AM ANTLITCXINS)
(RICK"L SIA)
(AMINO ACIDS chem.)

ZUBOK, L.P.; BIAGOVISHUMNSKIY, V.A.
Studying farmentatiVO Droperties of Ilickettela prowa2alrii (with.
ummary In Nnglishl. -Biokhimila 22 no.4;695-698 JI-Ag '57,
Svpnotifozrqy i biokhimicheakiy otdaly Inatilluta apidemiologil
i mikrobiologii im. Gemalgya AMN SSSR, Moskva,
(RICKETTSIA PROWUNKII, metabolism,
fermentative properties Pus))

BALAY411i,, N.H.; ZUftK, L.P.
Studying biological properties of Rickettsia mooiieri following
prolonged cultivation in clothes live. Report No.2: Qridizimg
capacity of Rickettsia moosert In the presence ofglutantc acid.
Zhur.mikrobiol.opid. i, Immun. 26 no.8:14-16 Ag '57. (MM. 11:2)
1. Iz Inutitutv epidemioloeii i mik-robiologii imoni GanaleL AHN
SSSR.
(RIP.KNTTSIA TYPHI, metabolism
oxidizing capacity in presence of glutamic acid of
strains cultivated in louse (Rue))
(PaIGULI,
oxidizing caoacity of Rickettsia typht In presence
of glutamic acid after prolow-,ed cultIvation Ln louse
(Rus))
(OXIDATION-RNDUCTIO14,
same)
(L;JUTAMATES, metabolism,
same)
I H

inzh.
Determining the deLane of 3peclulivition of productie)lt In the
manufac,~ure of machinery. Veqt.mu0h. 4-1 LO.1;;75-80 ja 161.
(MIRA 14:3)
(nichinery indus try)

ZUBKUS, L.P.
Training germs of peas and grafting then to soybamns. ?Iliml.Glav. bot.
sada no.16:82-85 133. (nRA 70)
1. Botanicheaki3r sad Zapadno-Sibirskogo filials, Ahademil nauk SSSR,
(Budding) (Psavi) (Soybasn)

ZUBOK, P.M., kand. sellskokhoz7aystvannykh nauk
Tillage mathodo and seeding time of graceso miLitablo for fast and
radical improvement of awampr ha7lands, Ventisi AN 38SR. Ser. Mial.
nav. no.1:71-73 159. (KIRA 12:7)
(Pastures and meadows)
1111~ d 1 11 hl~ !VE1,1,111 11:11, '1 .11
IN i

ZUBOK# P.M., kand. sallskokhozvaystvonnykh natik.
bpeoded up meadow formtion of marnhy iiaj,lioldia. Zertledalle 5 U-101
87-88 0 157. 106-11)
(Pastures and meadows)

~'- u ~ c K 'R fn,
USSR/Meadow Cultivation.
Abs Jour Ref ZAiur - Diol., No 21., 1958, 95882
Author Plozenblywi, B.M., ~Iiublkl ~P-M- ~
Inst Belorussian Scientific-Research Institute oC improvement
and Water 14nnagement.
Title Methods for Basic Improvement of Degenerate Meadov3 Loca-
ted in Arid Lowlands.
Orig Pub V sb.: Osnovnyee resul'taty nauchuo-issled. rrb,:)ty Belo-
rusak. n.-i. in-ta molior. I fodn. kh-,ra za 1.956 fz. Minsk,
AN BSSI',. 1957, 167-166.
Abstract No abstract.
Card 1/1
112 ! 11111 , I 111 1 ~1` 1~ I'll - 'P Ii I I ,
Q J;

HOVIKOV, G.A.; ZUBOK, P.M., karA. aellskokhozyaystvirnofth nmuk
Basic improvement of meadows on 7alley alopoo. Umledelie 8 no.10:45-
48 0 160. 01ILk 13:10)
I. Institut mellorataii Akademit sell okokboapyii tyenWrh aav):
BSSR. 2. Predeedatoll kolldioza "Giguit", Toloodnskojrc) rilTOM,
Vitebskoy oblaati (for Novikov).
(White Russ ia-Pautureij and wadows)
j

~- :: -- ---, 1-1~ L -
I ; -, . - - 4-1 11.1

PORVATOV. N,A.; ZUBOK V.N. imhoner,, retcameat; PM7. B.0., Inithenar,
i;~Rx 0
redaktor-- tekhnicbeskiy reda",or; XtT7MFA, U.N..
tekhnic~;skly redaktor
[Ifew method of high-speed preparatory work in the manhine bnilding
industry] Novyl metod okoroctnol podgotovkl proizvodstva manhin.
Moskva, Go*. nauchno-ttikhn. izd-ro, mashinoatroitellaol lit-ry, 19,51.
166 p. OCRA 813)
(Machinery industry)