SCIENTIFIC ABSTRACT TSYBASOV, V. - TSYBINA, YE.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757310006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TSYEASOV V.
"Tormicheakoye razlozheniye gor7=hikh slantsev," P. 23
Goryuchiye SlAntay, Nos 1, 1931

~ p

7. 7.
Predvaritel. Da-nr7 Ife no
j
0
Goi7achiye L;Iantsy "" 1934-35j T"
G. 74

T5 . P. It,AND YgMzv, V.P.
Termicheskoye Razlozhenlye X~shpirskikh i'lan,sev Tod Davianiyem Vodoroda,
Goryuchlye Slantay; 1934, No. 2, 56
-90: Goryuchiye Slantsv #1934-35, TN S71
G .74

TMAWIP V.P.
Fayagar, A. Tishina~ L. Yeflmova T X. Ogushcv (Pararabo'kA Ilaymarnskikh
Slantsev V Plastichaskiy I Krovall No-Stroitell Nyy Material), Goryuchiya
Slantsy, 1934, No. 2, 63.
SO: Goryuchiye Slantsy #1934-35, TN .871
G .74

T TT V - ? .
,) T~.yT- ~ .,! -, -, ~,-.
0 1 TI /I if I )T `-- -PERAM' I K) %V I I ry r,!fIFt 'L-IT-H-,
a
1433, NO 6, 56.
-,I - P,71 G 74
~,) . cpa"T ll'If." "I", : - / 1934 - 35

YSASOV, V. P.. DY'SlITS, S. A., LEVITI I. S.,
Temichoskoye Razlozheniye Gdoval,,i',,.h Slantsov Pod DavloniYom
Vodoroda, Goryuchiye Slantsy, 1935, Ito 4, 82
SO:
Goryuchiye Slantsy # 1934-35, T14 .871
G .74

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, I lost to 9*111JUM14161IN"D I n- lit a le 0
is 111111111hillisumps ifU 4j a Or@
AA 14 _QC
A so is
.0. 1,1,~ I.It .... 1.-d "hill wooh., 1.111, va".1
A method (or the determination at aldrojen in
a 'qllxturqa~ N, 1'. A. lhou'llits anti K.
A11.1 III,- m.m,ul Atalvioral flit 3 'I'v,t.
kinA. I'lPit"s 7, 71
/roilt. 1037. If. X*Wd 4. - Fit, muott isiccurate 11w "Itivor twing JJIIV, ]-he I'llitAII11M.
lift x1 I'll ill, '1CM. 0 It In tile jsrt~uo, i,f hydrocartiounto Avid I.,11rit .11'.olili'l 111 .1 11111V lo.,~ \AtWlI wool it,,- .411.
I Y~ Piwiluktiv I% toy ad,lixittuou with otAkAtIal flit AKUIII 111AIVIo,11 I :.' JAVI. 11). -IW 11 ~~Jklool. 411.1 wit'n
"l,".11119 14, 0w Inclistill 4 Postal anti Ilartnuffin (cf. C. A. tfrwd In a V- ilml, to ,l" Won ft., ,,, A It."11V "I.,- I
4. limmi- 111'. fidlouving iluvtlioul~ Lose given I'M tile X. .,I ill,- \'A 1, d1-oIv,,I In *01 1. "Al'.1 And
4 14o%,ilsodl I'd. 'I'll 44k? NaOll iii adch4l Ilk) mil,rd wilit a littlo, 1111~ too lite Alk. u)ln %% -
3,. S. fr"h 1-99 sliblinlin in 111liAll wrtioMIN, lite 11tatilf: liellul A.Mv.1 XWHJUAIIV 1.6 it. IMCI, fit A Will, .ifv,
sshakeuaftrrrAvheildu~ Thr oot,lu. ii, tilvil wallurd ,Ill tile Fill. ..Ill " Ilp it ".111"d too, 'A.I.Iong li'Voli'll, 11,11 :3
If until dw Allnulull. vierpt fill a Illm-cult-111 WI.. All'o J lit. it.. I'll .4's I,
I'm. -Ju I I ~! Ill,,, I Act M Ill itself siddril I., dt,ollt'l, 111011 Ill' sts-11-1 1111 61110- Woo' A 41 M
thr filliass, nwil a ppl~ J11,1 I Ili, -.1., 1. -.I.d 0 -1 W ill All -b.
AlWI ILI in-. flit ::rl 1W.,
.,. g NA lot, fill,- 3.61"1 1., Ihr Ill -111 , (11, fmjl
a milli. Aul'"1111,111t 1.1 1 It, I I I, Ad--- 1.4 m A
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Iverdato lopism T. 3:4-4611f0i).- The evolutbm (if Oh :-CO
00 811111 WS WA, wit Ikfcr till tts2-'5'; lit 27-5v 30l" thv will
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":
00 J still CO.J. The If cv"lcrnt "OftAtiol 71W stlln. 4d little h
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at 'llivt1tial -11cIdlijkli, IA idusle 1111414-1 It"1111.4i
00 .3 armurr yielded much Cit. awl Ih. the still. of the l4itti
00 lectralling W1113 she ifwrrft~ 4.1 rate if dWit. Thi, skint.
!

00 'I tar fir.411ced uil,lvf 11,0111AI pre-ure ".* '11'all.1 Own
*
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a 11-' 114 Alhim ',I far shale ill Ilum,
chat lifodo,vil t- v-~-
1 00
00 4 '0 "q.5' yivl,lr%l a fir,lidur thal ",iKitailled li(th,
- matter, whereas fivating under florival prrs%urr yield'A
00 k! more matter. Detailt of the cipts. ore Siven. zoo

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see
200
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4 9 fi , IL L " p cc one L I
00
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OVA
00 9 JAW"digation of CUPAII found in the V S. S. R. dep0ails.
and Wit adaptation lor varnishes * %'* 11 TsybassEw .00
00 jr firW. Uke-hrasockndl ProF". 1938, NO.Af-'o, 50-m. .00
00 a xUal. Nirfew. Zhur. 2, No. 1. IM" v%. -00
peditions in IM" diwill'Cred il'.141'sts,if ColvaI4 in file Call-
00 cavus and in llw For Frisivin trxi,41- Tile Cauca-41% ro- .00
[a tn. UIGW'. vild the FAT V'Altffn VIIIJAIN tit-
I
rhir copah, When fused at 2W-3211* (like tile 1,11CIXII Co- .00
pais), "isire the ability to ootribl" with oil. W-tar goo
00 varvilsbes. whets pr-jxl. front thirise copills, wert satisfac.
tory an to traguillwerwy, dryiiig qualities, diflusion. sib- 00
00
wnre of dirt, wAtiniust iluahliv%. haidn"t, clA%tk-ity slid
00 cloo
WAIC11pro,bluess. 'I tie varni'lles weir 14M) dwk its culaw.
00 rstsecuilly I how litclid. h out t lie I- tit Law et is cu;mls. The no*
Emits of the lab. exists. were 'uhitantiated by plant expiq.
0& W. It. Ilents
goo
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u to 3110' when ovidised wilh air at WO' pyr up to (k1% .00
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AMIO00000000000000000000000000 00900

_TSYBASOV
___Pwfiirs AND PROPERTICS WDEX
Preparstion.of Chemica y S 0 Coatir
P
Ated rubber ind vinyl ch ride. V P. Jr4b,,g JA1jn1 t.
HYU11. Wind/1 UP 0 ra-rec ?to PrJ97
b. td--17.-c ted Soy N
Is better than other chiorHOS111+111runoers for coatmeTOPW41
-vstav~t) of lsoksnUz, Gvayul and SKII was poor, and they
it little set. in solvents g ncraffy used for chlorinated
-Tornesit, howcvi~r, dissolved easily and formed
Chlinfinated poly nyll real was
prepd.,by disq6lving V21i NO enjorinat-
Ing it, cold or. hol;. Exnaustive chlorination tit the Ist
~asc took 47 brs.;. in the 2nd case M hrs. It wag difficult
I It solvent, f6r q1though this could be accomplished
to I:Zpc a
i.,at 100~10% it'led to darkening of the resin and partial de-
hydrochi(irinatiotf. Films prepd. from chlorinated vinyl
resin, ivere eVen. less'st*able toward chemicals than those
prepd. front polyvinyl resin. 'Films from polyvinyl resin
when iubjected to*the action of 10% HIS04 showed check-
Ing In 10days, but no further change was evident In 100
days. In the same period, a film of chlorinated polyvinyl
resin Created whh 10% HfS04 showed no change.
David Aelony
.T'

TSYRASCN, V. 1.
"Blituminization of Gombustible Shp-its. ff
Thesis for degrne of Dr. Techr]-call Sci,
Sub. 30 Oct 50 Inst of Mineral Fuels, Acad
Sci USSR
~ S-Immary 71, 4 Sep 52, Dissertations Presented for
Degrees in Science a~d Em-ineering Ln Moscow in 1(?r;o.
From Vechernvaya Moskva. Jan-Dec. 1950

TSYBASOV,,_Yj~~,~; PETROVICH, V.P.; DVORAKOVSKAYA, A.A.., tekhn. red.
(Plastics, their production, properties, and uses]Plastiche-
skis massy,, ikh poluchenie, evoistva i primenenie; uchebnoe po-
sobie. Leningrad, Leningr. mekh. in-t, 1961. 100 p.
(MMA 15:12)
(Plastics)

TSYBASOV, V.P.
Oxidation of organic matter in shale from Baltic Sea region
deposits. Rauch. dokl. v7s. shkol7; khim. i khim. takh. no-3:
563-466 158. (MRA 11:10)
1.Predstavlena kafedroy obshchey khimii Ieningradakogo vorenno-
mekhanicheskogo instituta.
(Organic matter) (Oxidation) (Baltic Sea region--Shale)

AUITHOP.: Tsybasov, V. ?.
21r2
TITLE: The Oxidation of the Ori,,anic SUbStfUlCef] ill 'S.I.Lte Fm.-, t',,.e
(Okisleniye orfanichesko,-o v es h ces t
Baltic Deponits va slantsev
pribaltiysko.!-o mestorozMeniya)
PERIODICAL; 11aitchnyye dol-lady vysshey shkoly, Khimiya i khim-icheskaya
t0khnologiya, 1950, 11r 3, I)P- 563 - 566 (USSR)
.1
ABSTRACT: Slate oxidizes violently in a(lIzeOUS Lllf,-.linc solutions at
80 - 350C'vrith perma-n,,;-,.na'*,e. The oxidation of Vkv, orjanic
substances in slate with perman!mnate is an exottlermal reaction,
The author ,.iakes the assumption that the oxy,~,en in t,e or-11"Inic
substances of slate is not only to be re.--ar,,led as brid.--e oxy-en
but that it also occurs in cyclic co:-,i,-)ound-- The or,;anic rmb-
stances in slite htwe an apparently very compley cyclic
cbructtire. Considerable quantities of 01- and Taonob,=-ic
occur as products in the oxidation of the or,;-,-nic sul~st~inccs
of z1ate. From the inveg-ti-ation curried outitis conclivierl t,-at
the or"allic subut-mcon ill slate from the 13,~Itic (Inp,)E~' t, r c.
hi.,h molecular co:.lpowjdo with str,,!,iCht ariil rn:-uified
Card 1/2 c~aina. On the removel of mineral inclimions fro.-! tlie slate t.',.e

The Oxidation of the Or!-a-,-.ic Stibstances in Slate -3,1/!56-5n--:-42j'52
j -~ N
Fro.,.*i t1he Baltic Deposits
oxidation of the orZanic substuTices place morc -inLensive-
ly. The enriched slato fromn the Baltic de,):):7its J-s used ro~: t1le
prodnction of ali.phatic acids. There are 2 tables an". 14 ----e-fer-
ences, 10 of which are Soviet.
ASSOCIATIOIT: Kafedra obshchey khim-ii Lenin-ralsho--o voyenno-
mekhanichesko-o instituta (Chair of General Che-.~istry 7,.t t'-,e
Leni ngriad 11 lastitute of bifti-tary Enginieerin'g)
SUB1.1ITTED: Decenber 27, 1957
Card 2/12

ACC NRi AP7002556 19) hi SOURCE CODE: U ~'/ _64 1 ~_/ C6 _76 o 0 / 0 2 3 / 0 0 3-7-
INVEUTOR: Buyvol-Kot, Yu.I.; Chuprov, 14.Ye.; Tsybayev, B.G.; Akimovt
ORG: none
TITLE: Dipole-alot antenna. Class 21, No. 189032
SOURCE: Izobreteniya, promysh"ennyye obraztsy, tovarnyye znaki, no@
23, 1966, 37
TOPIC TAGS: slot antenna, dipole antenna, waveguide antenna
ABSTRACT; An Author-dertificate h~is'6een'issu*ed_for a dipo'le-slot antenna which
comprises a symmetrical. dipole and a waveguide slot radiator in the form
of a shortcircuited section of-Ia.rectangular waveguide. To secure
separate reception or transmission of mutually perpendicular electro-
magnetic signals in a wide range of frequencies, the symmetrical dipole
is placed above the waveguide slot radiator in parallel to the slot.
SUB CODE: 09/ SUBM DATE: lMar65 / ATD PRESS: 5113
1 UDC: 621-396.677.71

PERSHITI, MikMil Alekseyevicla; FIGUKRI, Aleksandr Tirwfeyevich;
KRI, Leonid Vasillyevich; T.12YBAYTET, Igor? Gennadlyevich;
I.WMS, BJ%, red.; ALABYSHEVA, L.A., red.izd-va; M.-ERTS,
V.L., toklin. rod.
[Vovable tool-repair shops on city-block construction sites]
Peredvizlinye instrwentallno-remontnye masterskie na ob"-
ektakh kvartallnoi zastroiki; opjt raboty Glavleningrrdstroia.
Leningrad, 1963. 15 P. (Loningradakii dom nauchno-tokhniche-
skoi propagandy. Seriia: Stroitelinoe proizvodstvo, no-5)
(MIELA 16:12)
(Leningrad--Construction equipment--Iqaintenance and repair)

VELLER, M.A., prof.; TSYBATYV, N.T., inzh.
Drying of block peat piled in successive layers. Torf.prom. 36
no-3:20-22 '59. (KIRA 12:7)
1. Kiyevelriv torfyanoy institut (for T3ybsyev).
(Peat--Drying)

(- !~Ir lt~
Tsiwf-,-Vj 17. T.: IRx~tor Toch Sol (disa) -- "Investiggat-lon of the shriyflmge of
peat of lcnr moisture content". lmoscc7w, 19,'
.)8. 20 D (Min Hip
p bar Edue T-'S-'p,
Kalinin Peat Inat), 150 copiOB (KL, Tjo 6, 1959, 17~6)

11 -
T OSYB t". ~fl 11 V pN. I .
r-,f li,-. nizf n ,f.-7-y,-.,.,7
I-Luld niixtttro.l. 3.'! '.1 1 , c
o !~ -..
f
O'Clitt', 1803)

TSTBAYEV, H.Te, insh.
Fundamental elementaof the mechanics of the coppreosion of peat.
Trofe prome 35 no,6:.23-26 '58. (MIRA 11:10)
1,Monkovskiy torfyanoy inetitut.
(Peat)

- VA G. G.
14pTVEy,LV, 13.V. [deceased); TSYRAM - it, -.7
Synthesis and the polarog-raphic reduction of a=ino-
hydroy.wnic acids. Zhur. ob. khim. 34 no.8.2491-2495 Ag 164.
(KIRA 17:9)
1. Voyenno-meditsinskaya akademiya, imeni S.M. Kirova.

NEMETS, V.G.; ~SYBAYEVA, G.G.
S~mthesis and study of)6--rluorop-t~,yl-A~-chlorcalkyl-arirc-r;. Tz--,'-
LTI no.60t49-55 160. (MIRA i i ti -. ~6 )
1. Kafedra tekhnologii osnoynogo organicheskogo sinteza
Leningradskogo tekhnolo icheskogo instituta imeni Lensoveta.
Rmines)

NEMETS, V.G.; TSYBAYEVA, G.G.
Study of the hydrolyBis of P-fluoroethylamines. Trudy LTIT
no.6006-62 160. (MIRA 14:6)
1. Kafedra tekhnologii osnovnogo organicheskogo sinteza
Leningradskogo tekhnologicheskogo instituta imeni Lensoveta.
(Ethylamine)

T --Q.,G.
Monochal-ine eaters of polymwthylenedicarbamic acids.
Zhur.ob.Ichim. 33 no.3:917-#;O Mr 16.3. (MIRA 16:3)
1. Voyenno-meditsiriskaya akademiya imeni S.M. Kirova.
(Carbamic acid)
(Choline)

18-3200 7 -171
S OV/1 3 0 - 6!, -4/2 2
AUTHORS: Karmazin, V. I., Gubin, G. V., Tsyber-ko, A. V.,
Kucher, A. M.
TITLE: Blast Furnace Production. New Technology of' Kerch'
Ore Preparation f'or Smelting
PERIODICAL: Metallurg, 1960, Nr 1, PP 7-10 (USSR)
ABSTRACT: The authors emphaslze the need for drastically increa3ing
the use of low-cost Kerch' ore (composition: --12-49% Fe,
0.35-3.5% Mri, 0.1% As, and 25-30% limonite). Previous
concentration processes have not proved rational. The
Scientific Research Institute for Mechanical Concentration
of Minera-1s of Ferrous Metailur,----,y (Melchanobrchermet)
has developed a process which invollves roastino- by
natural gas. Contrary to earilei, metfods, the gangue
(25-30% Fe) is re!"Ired at .1,100-1,200 C to dJ..;3o(_1Latc-
iron alumlnosilicates and se arate metallic Iron.
9
Magnet1c roasting at 700-800
C and subsequent magnetic
Card 1/3 separation failed to lower the Fe content in the gangue.
C.

Blast Furnace Production. New rLnech1no1ri;:y 7741K
Cj ~ L /2
of Kerchl Ore Preparation for Smelting 2
However, for lean ores magnetic separation is more
effective, :Iricrclaolng, Fe content in the concentrate
by 6-8%. The removal of' As waLi tooted, and
showed that gaseous reducing agent In a "bolllnfr"
layer of' basic ore is more effective than a so'-lid
reducing agent in a "nonboilin:~-t' layer. In another
test, 78% As was removed hj blowing steam tnrcugh heated
ore (42.7% Fe, 0.13% As) at IP000 C. Methods of direct
ore reduction were tested in a laboratorl,, ratary furnace
comprising a metal housing wlt~~ a 200-mra-diam st-ainiess
steel tube sealed at one end b- weldino-, While heating
17 CD
the working area, the combustion products did not
penetrate into the reduction zone, allowing the main-
tenance of a high carbon monoxide content (to 80%).
The 5-kg charge contained ore, dolomite, and coke
breeze. Red4ction occurred at 1,1500 C. After
cooling, the reduced ore was crushed and subjected to
centrifugal electromagnetic separation. A concentrate with
Card 2/3 90% Fe and gangue with 5% Fe was produced. The authors

Blast Furnace Production. New Technology 7742-1
C~
of Kerchl Ore Preparation for Smelting SOV/130-0-0-1-4/22
ASSOCIATZDN:
Card 3/3
suggest verifying the process under industrial con-
ditlons as follows: Crushed ore is subjected to
magnetized roasting at 700-8000 C in a furriace w_-,*.-,-,
a "boiling" layer where the As conterit 15 loviered
and part of the ore magnetized. Roasted hot ore -',s
subjected to dry magnetic enrichment; odlites with
57% Fe are separated from Intermediate products
with about 43% Fe. The intermediate products and
dust are directly reduced In an alternating coal-
flux layer at 1,100-1,2000 C. Then the material is
cooled and excess solid reducin.., agent separated to
be reused in the cha-rge. The recovered ore is
crushed dnd separated. A rich concentrate with
75-90% Fe and gangue with 5-10% Fe Is produced. The
former Is compacted arid is suitable Cor charge in
blast or steelmelting furnaces. There is 1 figure;
and 3 tables.
Scientific Research Institute t'cr Mechanical Con-
centration of Minerals of Ferrous Metallurgy
(Mekhanobrchermet)

. , ~ : . :. . i I . . . I I .
.i -:.~ .11 1 . I . I ,
r ~ - .. .... , '. .. , : . -- ; I. - -
i, - . I I - - . -, . :~ I - I . .
" -, , , " . ', _-. , , ; I I - '. * -,
- I ~ .. ~ , - '. - ~ I . ~ . ~. I a ~ ; I

FORTUSHNYY, V.A., kand. veterinarnykh nauk; GOVOROV, A.M., kand. vaterinarnykh
nauk; TSYBEIIKQ, ~. to , veterinarnyy vrach; BOYCHENKO, A.S., vaterinarW
9 e.T., veterinarnyy vrach
Stachybotryotoxicbsis in cattle and its treatment. Veterinariia
36 no-9:67-70 S 159. (MIRA 32:12)
(Cattle--Diseasee and peets)
(Mushrooms, Polsonoua)

SPIVAK. H.S., glavnyy red.; BALOZUB, V.G., red.,- VASIIYjIIKO, P.M.. red.;
ZORIN, I.G., rod.; ILICHENKO, I.K., red.; KOVAL'. A.G., red.;
KRYLOV. A.Y., red.; FUJGULISKIY, A.Y., rel.; SIDORSUKO, A.P.,
red,-, VIMILENKO, A.M., red.; ANGELINA. P.N.. red.; BUZANOY, I.Y.,
red.; BOYKO. D.V., red.; BURKATSKAYA, G.Ye., red.; VASIIXNK0, A.A.,
red.; VIASYUK, P.A., red.; GORODMIY, N.G., red.; DEMIDENKO, T.T.,
red.; DUBKOVETSKIY, Y.I.i red.; KIRICHENKOj F.G., red.;,LITOVOHENKO,
G.P., red.; OZMffY, M.Ye.. red.; PERSHIN. P.M., red.; POPOV, V.A.,
red.; POSMITNYY, M.A., red.; PSHENICHNYY. P.D., red.; RADCHXNX).
B.P.. red.; ROMANM0. I.N-. red.; RUBIN. S.S., red.; SAVCHEMKO.
M.Kh., red.; S0KbLOVSKIY, A.N., red.; TSYBENICO, K.Ye., red.;
KOVALISKIY, V.P., tekbn.red.
[Practical collective farm encyclopedia] Kollrhoznaia proizvodstvan-
naia entaiklopediia. Izd. 2-oe, perer. i dop. Kiev. Goo. izd-vo
sellkhoz. lit-ry USSR. Vol.2. 14alina-lkshchur. 1957. 923 P.
(Agriculture--Dictioaaries) (MIRA 11:4)

TSYBENKOI K.Ye.; KMLYAKOV, V.S.; SULKOVSKAYA. M.A., red.; PATRUSHKO,
red.
(How the ffBollshevik" Collective Farm became a leader] Nak kolkhou
ffBolishevik* stal peredovym. Moskva, Gos.1zd-vo sellkhoz.lit-ry,
1955. 82 p. (MIRA 1):8)
(ShoBtka District--Collective farms)

T I-- S, 'Nrt, 0 , ir " - Y E -
SPIVAK,M.S., glavny7 redaktor; BEIA)ZUB, V-0., redaktor; VASILENKO, P.M.,
radaktor; ZORIN, I.G., redaktor; ILIV'MKO, I.K., redektor; KOVAV.
A.G.. redaktor; KRYLOV. A.Y., re"ktor; PUKHALOSKIY, A.Y., redaktor;
SIDORSHKO, A.P.. redaktor; FADGRNNXO, A.H., redalctor; ANGELINA, P.N.,
redaktor; BUZAHOV, I.F., redaktor; BOYKO, D.V., redaktor; BURKATSKATA,
G-Ye.. redaktor; VASILENKO, A.A., red-aktor; VIASYUK, P.A., radaktor;
GORODHIY, N.G., rodaktor; DAMIWINKO. T.T.. redaktor; DUBKOYMSKIT,
redaktor; KIRICHNNKO, F.G., redaktor; LITOVCF19NKO, G.P., redaktor;
OZIMIYY, M.Ye., redaktor; MSHIN, P.N., redaktor; POPOV, F.A.. redaktor;
POSMITNYY, M.A., redaktor; PSHSNICHNYY, F.D., radaktor; RADCHN 0. B.P..
redaktor; ROMANXI&O, I.H., radaktor; RUBIN, S.S., redaktor; SAVCHHNKO'
M.Kh., redaictor; SOKOLOVSKIY, A.H., redaktor; TSYB!0&1'1'1. Ye,, radaktor;
KOVALISKIY, V.F., tekhnichaskiy radaktor
[Practical collective farm encyclopedia] Kolkhoznaia proizvodstvennaia
antsilclopedita. Izd.2-oe, ispr. i dop. Kiev, Gos.izd-vo sel'khoz.
lit-ry USSR..Yol.l. Abrikoe - liutserna. 1956. 688 p. (MIRA 10:9)
(Agriculture--Dictionaries)

TMIM Konstantin Y6vstaflyevich, qeroy Sotsialisticheekogo Truda;
TIM., tekhn. red.
[Second year without the werkdiLy system; practices of the wBolshevik'
Collective Farm, SW Province, Ukraine] Vtoroi god bes trudodnia~,
opyt kolkhosa "Bollshevik" Barokoi oblaoti Ukrainskoi SM HoskTa,
Gbs. izd-vo sellkhoz, lit-ry, 1958. 160 p. (MIRA llz1O)
(Collective farms) (Wages)

PAVLOV, A.N., otv. ze vypusk; VOLODICHEVA, V.N.; IVANOVA, A.I.; KULAKOV.
I.E.; LTAKINA, T.H.; MITIKINA, L.I.; POZDUYAKOVA. N.P.; RODIONOTA,
L.I.; ROKAUOVA, U.K.; SUI1TV, E.S.; CHIMMINA, A.A.; TRESORWOVA,
Z.G.; BOGATYREV, P.P.; BROVKINA, A.I.; IVANOYA, L.D.; ITASHKIN,
G.A.; XAMWAV, N.I.; ZTSANOVA, L.A.; OZOREWYEVA, Z.I.; PAVLOVA.
T.1.; TTUTYUHOVA, N.I.; UMUITSTNA, A.P.; 2qIVILIN, N.H.; ALESHICREV.
M.P.; VINOGRADOY, V.I.; YMMIN, F.S.; KRAVCHMIKO, Ye.P.; LOVACMA.
K.V.; HIKCLISKAYA, V.S.; MAKHOV, G.I.; MEGINA, A.V.; TARMV, A.V.;
KHCLINA, A.V.; BRYAWSKIT, A.M.; BURNIMOVA, V.D.; GRIGOWYEVA, A.M.;
LUTS M 0, A.I.; OR M OVA, Z.V.; TEPLINSLAYA, N.V.; VEOKTISTOVA, V.I.;
BUTORIN. I.M.; BOCHKAREVA, L.D.; BURENINA, V.A.; VETUMO, A.14*;
VIMYATEV, A.A.; SOROKIN, B.S.;,Zap~NKO,, L.T.; HIKOV, V.N.;
DUKNOV, D.I.; STRPAHOVA, V.A.; HANTAKIN, V-.r,,--, fed.; VAKHATOV, A.M.;
MAKAROYA, O.K., red.izd-va; PTATAKOVA, N.D., tekhn.red.
[Soviet agriculture; a statistical manual] Sel'skoe khoziaistvo
SM; statisticheskil abornik. Moskva, 1960. 665 p-
(MIRA 13:5)
1. Russia (1923- U.S.S.R.) TSentrallnoye statisticheskoye uprav-
leniye. 2. Upravleniye statistiki sellskogo khozyayBtva Tsentral'-
nogo statisticheskogo upravleniya SSSR (for all except Makarova,
Pyatakova).
(Agriculture--Statistics)

TSYBENKOI N.A.
Analysis of punctates from tumors and tumorous formations in the
diagnosis of diseases of the mammary gland. lab. delo 7 no.2:3-6
F 161. (MIRA 14:1)
1. Khartkovskiy inatitut
i kafodra laboratornoy
[deceased))
Ukrainskogo instituta
(PUNCTURM (MEDICINE))
(TUMORS)
meditoinokoy radiologii
diagnoutiki Uav.
(dir. V.I.Shantyrl)
- prof. A.Ya.Alltgauzan
usovershonstvovaniyu vrachey.
(BMST-DISEASES)

ARNAUTOV, A.K.; BURSHTEYN, Sh.A.; GENES, V.S.; KOGAN, I.K~; MAMATYUK, Ye.M.;
LIVINERO., A.S.; IIOSFJJZIKO, I.P.; NIKOLAYEVA, M.G.; PISKAREVA. Ye.V.;
POPOVA, L.Ya.; HUD101, L.I.; SIDYAIIJII, V.V.,- TKACH, V.K.;
FASTYUCHEITKO, O.V.; FISUH, MI.; FWMV,,L.A.;
SiffLUENKO, B.I. I
Comparative study on the effect of X rays (197 kv) and braking radia-
tion generatdd with linear accelerator (3 Mev) upon animals. radio-
biologiia 2 no.2:211-215 162. (MIU 15:4)
1. Kharikovskiy institut meditsinskoy radiologii i Ukrainskoy fiziko-
tekhnicheskiy institut AN USSR, KharIkov.
(RADIATION-PHYSIOLOGICAL EMCT)

L X~1556-63~ MIM/A.MG/M.D.- Aft/K-
ACCESSION NR: AT3002369 3/2930/62/000/000/02ao/011L,
I1AUTHOR: Burshteynp Sh, A, (Kharkc6v); Tsy*beriko, N. A.* (Kharkov)
TITLE: Erythroeytediameter change in early period of acute
Iradiation siqLM "Ss
SOURCE: X voprosam ranney diagnostiki ostroy luohevoy bolezni;
abornik nauchnykh rabot. Kiev, Medgiz USSR,, 19620 110T1141
57
TOPIC TAGS: -radiation siolineis# acuteradiation sickness,
orythrooytesp microoytosis
ABSTRACT: White rats were exposed to total X-irradiation (RUM-3.
28.5-32.5 r/min)'in single'doses ranging from 1200-450'r, The
erythrocyte diameter was determined by a micrometrio method using a
dry stained smear. 'The erythrocyte diameter norm used was 6.3
microns (based on. findings of other investigators). In 200 erythro-
eytes'the largest and the smallest diameters were measured and the
diAmeter value was determined,by averaging those'mbasurements. 1 hr
after irradiation no changes in erythrocyte diameters were observed
,.for any of the radiation doses, After 24 hrs for 1200 r the erythro-~
icyte diameter value decreased to 6.0., after 48 hrs to 5.7, and after
Car-d

-L--i-7-556-63
jACCESSION NRS AT3oo2369
172 hrs to 5-4,' It was established that erythrocyte diameter decrease!
After X-irradiation is uniform in the early period of radiation*
isickness and the onset of microcytosis depends on radiation dose,
The mechanism of 'erythroeyte~diameter increase or dearease'has not
been explained, 'Some authors attribute the diameter change to change
in the physico-chomical state of the erythrocyte, others to change ini.
the physich-chemical properties of its surrounding mediump and others I
to the accumulation of toxie'substdnees. An6thdr'unsolved problem is
to what 'extent is erythrocyte diameter -change determined by disturbed
hemoporesis. A comparison.of data on the blood erythrocyte diameter
with the marrow erythrocyte diameter shows that microo7tosis appearing
lin.the blood in acute radiation injuries does not depend on microcyte
,entry from the marrow because 'it originates in the peripheral blood, 1
iMicrooytosis which appears shortly after leucopenia develops can be
;used as a functional deficiency index for red blood in radiation
~sickness. Orig. art. has: 1 figure, 1 table.
IASSOCIATION: None
SUBMITTEDi 00 DATE ACQ: 28Ma763 ENCL-. 00
Card 2/2 SUB CODE: Ak NO REP
SOV:_ .019._ OTHER
000J
-1 L

ARINAUTOV, A. K.; BURSH=11, S. A.; GKIES, V. S.; DZHAFAROV, G. K~;
KOGAIN) 1. A.; MAMOTYUK, Ye. M.; NIKOLAYEVA, M. G.; PISK.LRFIA,
Ye. V.; POPOVA, L. Y.; TIMCH, V. K.; FASTrUCNKNKO, 0. V.;
FR&~'KELI, L. A.; TSYBENKO, P,,.._A,,
Characteristics of some early reactions of rats, irradiated
with various doses, to burning by flame. Radiobiologila 2 no.3!
4064,13 962. (MIRA 15.7)
1. Institut meditsinskoy radiologii, Kbar1kov.
I
kX RAYS-PHYSIOLOGICAL EFFECT)
(BURITS AND SCALDS)

TSYEENKO, V.A.
Zffect of a-stimulation of hypothalamus on tho activity of the
cEn-diovascular system In a chron'Le exporlmont. Biul. oksp, biol.
I med. 57 no. 2:11-16 F 164. (MIRA 17:9)
1. Kafedra fiziologli cheloveka I zhivatnykh (zav. - chlen-
korrespondent All UkrSSR prof. A.I.Yemohenko) Kiyevokogo ordena
Lenina universiteta imenzi T.G.Slievehenko. Predstavlena deystvitellnym
chlenom A14N SSSIR M.Parinyin.

TSYBENKO, V.A. [TSybenko, V.0.]
Pathways of transfer of impulse, from the hypothalamus to the
vascular system. Fiziol.zhur.[Ukr.) 9 no.1:42-47 Ja-F 163.
(MIRA 18:5)
1. Kafedra fiziologii zhivotnykh Kiyevokogo universiteta im.
Shevchenko.

TSYBENKO, V.A. [TSybenko, V,0.1
Effect of h othal-gynic stimulations on cardiac activity. Fiziol.
zhur, [IJkr,f7 no.2:178-186 llr-~p 161. (MIRA 14:4)
1. Department of Physiology of Kiev State UAiversity.
(H)TOTHALAMUS) (HEART)

~ TSYBENKO, T.O.
Relation between the strength on hypothalamic stimulation ard the
changes in blood pressure. Visnyk Kyiv un. no.50 Ser.biol. no.2s
111-316 162. (MIRA 1685)
(HYPOTHALAMUS) (ELECTROPHYSIOLOGY) (ELOOD PRESSURE)

SHCHFMINA, N.S.; TSYBENKO, V.V.
Regulating the operation of 55-V compressors. Sbore naucho trud.
KGRI no.19.-I.1-14 162. (KERA 16:5)
(Air compressors) (Automatic control)

TSYBIKOV) A.N., inzh.
A P- .5 :,c~- I'- --fe of
p ~ " ..! - - _ .- --
, j:-ate c;
.ox
equipment. Vs3t. nasunostr. i~- no.10,7~-73 'j '64. 17;---'L/'

- TSYBIKOV, A.N., inzh.
Technical and economic substantiation of electric d-iveS.
Mekh. I. avtom. proizv. 19 no.9:33-34 S 165. (MIRA 18.9)

22202
D223/D305
AUTHORS: SkvarcheAko, V.R., ZRft~kqv D.~Ts. and Levin---- R.Ya.
TITLE: Aromatic hydrocarbons, XIX. 2-phenylfluorer-e
PERIODICAL: Zhurnal obshchey khimii, v. 31, no.6, 10,61, 1819-18212
TEXT: In the present work a description is given of the met -
hod of producing hydrocarbonb of 2 phenylfluorene series: this me-
thod uses as.an initial dienophyl n-phenylcinnamic (n-di-Dhenylacryl-
ic) acid. The authors state that tl-Ry achieved bonding of n-phen-
y1cinnamic acid ( n-phenyl cinnamic acid can be obtained (yield
925) by condensatioh of malonic aci *d with n-phenylbenzalde.hyde in
the presence of glacial acetic acid) with divinyl, 2-3-dimethyl-
butadiene- 1.3,,piperyl, and isoprene by heating.for 18 hours in
an autoclave the benzene solutions of *reacting substance ( in the
presence-of tracbs of picric acid and hydroquinone)*. The bond str:
ucture (iii) (as, "ortho-bond") and (IV) (as "metabond") obtained
from diens and d~enophyls of asymmetrical structures, has been
confirmed by theIr transformation into corresponding 3-nethyl and
Card 1/6

22202
S/079/61/031/006/002/005
D223/D305
Aromatic hydrocarbons, XIX. 2-phenylfluorene

cool( -cooll

'(1) RR, M. (11) C11S.
-CII14-co It3
J + ~
j
\\ n
/-Cool,
cooH \
l I
it,
(III. IV)
(III) R = H; R, = CIf,.
V) It= CI I': R, =.I 1.
(
P,
-cooll
it, (111, IV)
4-methyl-n-terplienyl ( by
decarboxylation and subsequent de-
hydration in the presence of pla-
tinum) as indicated **. Bonds IV)
representing 2-n-diphenyl-l,2,v'6-
tetra-hydrobenzoic acid and their
close homologues with one or two
im thyl groups, viere changed by hea-
tIing with phosphoric pentoxide into
corresponding 2-phenyl-fluorenes
(yield 43-51"). The reaction proce-
eds through.'t9he stage of intermole-
cular acylation, transfer
of double bond and dehydra-
tion *-*. In this way from
2-n-diplienyl - 1,2,3,6 -
tetrahydrobenzoic acid (I)
Card 2/6

22202
/0.
-kj rbi 3 11o 6/ rv, U 2/ C
D223YD305
Aj~,omatic hydrocarbons, XIX. 2-phenylfluorene
H,O C,11 -H,O
-cool[ 1 11 ),
- \i~l 1~r
0
and 4.5-dimethyl - 2 - n - diphenyl lt2p.3,6- tetrahydrobenzoic
acid (II) - bonding n-phenyleinnamic acid with divinyl and 2*t3,-
dimethylbutadiene -7 1, 3 -, viere obtained 8-methyl-2-phenyl fluorem-,
(V) and 6,7-dimethyl-2-phenylfluorene (VI) ***. Similarly from 6-
R R methyl - 2-n-diphenyl-1,2,3,6-
tetrahydrobenzoic acid (III).
-cooll -C'ff~ib R,_1 I I I-C,11, and -methyl-2-n-diphenyl-".2.
.5
(11 ri) (v, VI) 3,6-tetrahydrobenzoic acid
(I. V) RR. = H; (h. VI) RP, = CH~. (IV) (bonding-n-pheny1cinnam-ir.-
acid with piperyl and isopre.-P)
the' authors obtained 8-methyl-*
2-Dhenylfluorene ,~VII) and corresponding 7-methyl-2-plienylfluorene
(VIII)
Card 3/6

22202
S/079/61/031/006/002/005
D223/D305
Aromatic hydrocarbons, XIX. 2-pheny1fl.uorene
V
The synthesis ,of 2-phenylfluorene was characierized by absorption
of UP-spectrums. The spectrum of 2-phehylfluorene is similar to
that of 1-phenylfluorene (Ref 3: L.M.W. Anderson, N.Campbell, D.
Leave.r, %,.H. Stafford, J.0hem. Soc., 1952, 3992) and 9'plienylfluore-
ne differs from the spectrum of fluorene itself. The method of
preparing n-Dhenylbenzaldehyde is explained. Once obtained, it~,vas
mixed with bc.' sodium bisulphate * olution and after leaving for a
4 . s
day filtered off, shaken with ether, and heated for 6-8 hours with
the addition of,2N soda solution. The purified n-phenylbenz,',ld&jfCe
was extracted with ether, dried with magnesium sulphate, filtered
off and after removing the ether the aldehyde obtained melted at
57-580C. n-Phenylbenzaldehyde was then added to an equimolecular
Card 4/6

2220'"'
S/07 61/031/006/002/005
D223YD305
Aromatic hydrocarbons, XIX. 2-phenylfluorene
quantity of malonic acid in glacial acetic acid and heated on a
water bath until carbon dioxide was evolved. After removing the
acetic acid obtained, ii-phenylcinnamic acid (yield 92%) was re-cry-
stallized and gave m.pt. 223-2240 which agrees With literature
values (Ref 5: D. He J.Chem.Soc. 1931, 2476). Equimolecular
quantities of bonds Tl'-IV) and phosphorus pentoxide were heated for
1 hour at 330-3500C on a hot plate and produced hydrocarbon; distil-
led in vacuo (gradually decreasing pressure to 8-10 mm.), purified
by vacuum treatment and recrystallization. In this way the follow-
in5 viere obtained:oa) 2-phenyl fluorerB(v) from divinyl bond; yiela
437a, m.pt. 191-192 (from alcohol); b) 6.7-dimethyl-2-phenylfluonne
(VI) from 2.3-dimethylbutadiene 1.3 bond; yield 51%, m. pt. 216-21
(.from acetic acid and then alcohol); c) 8-methyl-2-phenyl fluorene
(VII) from piperyl bond; yield 45% m.pt. 121-1230 (from alcohol)
d) 7-methyl-23phenylfluorene (VIII) from isoprene bond; yield 454,
m.pt. 186-187 C( from absolute alcohol); 7-methyl-2-phenylfluorencne
was obtained by the oxidation of 7-methyl-2-phenylfluorene (VIII)
Card 5./6

22202
S/079/61/031/006/002/005
D223/D305
Aromatic hydrocarbons, XIX. 2-phenylfluorene
(0.3 grm) with potassium dichromate (0.8 grms) in acetic acid
(16 mls of glacial acetic acid and 2 mls of water) and boiling for
1.5 hours; the reacted mass was poured into cold water, the residue
filtered and extracted with ethyl alcohol. The alcohol extract was
steam distilled and ketone obtained, recrystallized from a mixture
of benzene and petroleum ether, dried in vacuo (at 2 mm) and once
more recrystallized. M.pt. 118-1210C. There are 7 references: 2
Soviet-bloc and 5 non-Soviet-bloc. The references to the English-
language publicationsread as follows: D.M.W. Anderson, N. Campbell,
D. Leaver, W.H. Stafford, J. Chem. Soc. 1959, 3`92; C.K. Bradsher,
L.J. Wisson, J.Chem.Soc. 68, 2149 (1946); H. Gilman, E.A. Weipert.
J. Org. Ch., 22, 446 (1957).
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni M.V. Lomon-
osova ( Moscow State University im M.V. Lomonosov
SUBMITTED: June 27, 1960
Card 6/6

SKVLIICHEIIKO., V.R.; TSYBIlOVk., D.T3,; LEVINA, R.Ya.
Aramatic hydror-arbons. Part 25: New synthesis of diphen-ylls. Zh=.-
ob.khim. 32 no.6:1727-1729 Je 162. (MMI 15:6)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Iomonosova.
(Biphenyl)

8/079/60/030/0!0/030/03'0
BOO1/Bo66
AUTHORS: Skvarchenko~ V. R., Tsybikova~ D. Ts., and Levina, R. Ya.
TITLE: A New Method of Synthesizing p-Terphenyl
PERIODICAL: Zhurnal obahchey khimii, 1960, Vol. 30, No. 10~
pp. 3504 - 3505
TEXT: When studying the reaction of p-phenyl cinnamic acid with dif-
ferent diene hydrocarbons, the authors found conditions under which the
resultant addition products (2--p-.diphenyl-1,2,3,6--tetrahydro benzoic~
acids) decarboxylate and dehydrogenate immediately to give p-terphenyls.
The conditions were the following: heating of the benzene solution of
p-phenyl cinnamic acid at 3000 in a steel autoolave for 16-18 hours
with a twofold excess of alkalies and in the presence of 0.1 g picric
acid and 0.1 g hydroquinone:
Card 1/2

A New Method of Synthesizing p-Terphenyls S/07 60/030/010/030/030
B001 YH66
C6H4C6H5 - C6H4C6H5
~ 11
COOR y - COOH C02 ; -2H2
The p-terphenyls (I -- IV) (Table) were separated by vacuum distillation
(2-3 torr) of the reaction mixture, and purified by recrystallization
from alcohol (I - III) or acetoni-trile (IV). There is I table.
ASSOCIATION: Moskovskiy gosudaretvennyy universitet (Moscow State
University)
SUBMITTED: July 279 1960
Card 2

SKVARCHENKOY V.R.; TSYBIKOVA, D.TS.: LEVIKA,. R.Ya.
Aromatic hydracarbonB. Part 191 2-Phenylfluorenes, Zburoob.
khim. 31 no.6sI919-1922 Je 161. (MIRA U.-6)
1, Moskovskly gosudarstvennyy universitet imeni M.V.Lomonasova.
(Fluorene)

wwk;
y P.R.,
M131KOVA, D.TS., kand. khIm. nauk; GEMBITE'"
GbSLVA, k.P.
Trudy
Fammet equation and its application in organic c~' (11,11TRA 17:
VSTI no.1*39-65 162.

.TSYBIKOVA, D.TS., kand. khtm. nauk; SKIIARCHENKC), V.R. , kand. khIm. nauk;
LLNINA, R.Ya., dokLor khim. nauk
Aromatization of diene adducts; '; r -terphenyls. Trudy VSTI no.l:
67-73 162. OXIRA 17:11)

SKVARCIIMOI V.R.; TSYBI .; LEVINA, R.Ya.
__!S,UU7-D-=
Aromatic hydrocarbons. Part 21: Polynuclear hydrocarbons including
2-pheny1fluorene and p-terphenyl systems. Zhur. ob. khim. 32 no.l:
108-Ul Ja 162. (NIU 15:2)
1. Moskavskiy gosudarstvennyy universitet im. M.V.Lomonosova.
(Hydrocarbons~

SKVAR(jfMNKO, V.R.; TSYBIKOVA, D.TS.; LEVINA, R.Ya.
New method or syi~~hesizing P-terphenylB. Zhur.ob.kbim. 30 no.10:
3504-3505 0 161. (MM 14:4)
1. 14-iskowskiy gosudarstvennyy universiteto
(Terphenyl)

SKVARCHF,NKO, V.R.; TSYBIKOVA, D.TS.; IEVINA. R.Ya.
Armatic hydrocarbons. Part 27:
2-p-Phanoxyphanyi-I,2,3,6-tetrahydrobenzoic acid in
the syntheo~o of 2-phenoxyfluorenes. Zl~w.ob.khim.
33 no.32995-997 Mr 163. (MIRA 16:3)
1. Moskovskiy gosudarstvennyy universitet imeni
M.V. Lomonosova.
(Cyclohexanecarboxylie acid)
(Fluorene)

UWR/Engineering - Automatic Control, Jul 52
Brakes
CNI "The.Electrical Braking of Electromechanical
-4
Servomotors," N.I. Davydov, Engr, Stalin Prize
Laureate, A.B. Tsybin, Engr, Lab of Automatic
Regulation
"Iz V-S Teplotekh Inst" No 7, p 26
Discusses procedure for braking low-power asyn-
cb--mous motors. Elec brake is simple, and its
advanl~age, in comparison with mech brake, is
greater braking moment, which appears only teqx>-
rartly after disconnecting motor from power line
233T30
and is absent while motor is running. Basit element,,
of elee brake is condenser which, being connected to
stator winding at the moment the* motor is disconnecte;d,
considerably decreases overrunning of motor.
233T30
CQ
rn

TSYBIN, Iti J put.khOZ- 6
pUlcing ahort rails with lorg rail lengtbs. (mIhA 15:4)
tel '62-
Ito 5110 ko~o otdolonjym 1,106koviukoy
1. N,,hallrlik otdols. putt NovomOukOvu
doroglo (R,
~---Tr-ack)

TSYBIN, A.P- Ja '65-
. ......... -- knurling. Ma9hinostroitell no.lz25
Eniversal holder for net oaRA 18:3)

TSYBIN:, B.) kand. ekonom. nauk pfficienCy of the introduction of
he economic e 165.
D.termining t .6:29-30 J (1.111if, lp-;8)
industrial aestbetics. Tekh. est. no -

TSYBIH, I.S., inzhener; BUTROMEYBV,Y.F.; IVASHKO, T.H., redaktor
or*4FA~I
(Work of tractor driver Y.K.Koleanikov with a power scraper]
Babota, traktorista Y.M.Koleanikova na traktornoi lopate.
Yookva, Izd-vo dorozhno-tekhn. lit-ry, 1952. 28 p. [Microfilm]
(MLRA 7:10)
I.. TSentrallnaya normativne-issledovatel'skays, stantsiya (for
!!Sybin)
(Excavation)

a .
TSYBIN, I - '
I V. BatalOv 'rloskv;)t
Excavator operatcrt , I ' 1 -"1603)
(0-Dyt stakinanovtsfg-dorozhni- cv, ~4 -
ry, 1952. 20-:-,.
I'd-vo dorozl'T,o-te':hn. 1't-
TA73r).T8

11/5
TSYBBI I S .'41-51
Ribota traktorista V. M. Kolesnikova na traktornoy T8
Tx)late (work of tractor driver V. M. Kolesnillmv with
a power scraper) 14oskvat Dorizdatp 1952.
23 p. Diagrs., Pbrt.t Tables (Opyt Stalchanovtsov-Dopozlinikov)

TSYBU, I.S. -
- - z--
(Excavator operator, I.Y.Batalov) Ekskavatorshchik I.V.Batalov. Moskva,
Izd-vo dorozhno-tekhn. lit-ry, 1952. 20 p. (WlaA 6:8)
(Batalov, Ivan Vasillevich)

TSYBIV,l Lo , -. . ~
Sducation and training of yuung worlmrs in the tricraine di~ring t';,A,
f .Lrth five-year plan, 19446-1950 157. (MIRA 1100
Mlcraine--Techniaal education)

TSYBIK, V., inzhener.
The Volga navigation officers are preparing to waster conditions
on vater reservoirs. Rech.transp. 14 no.4:28-29 Ap '56.(XLRA 9:8)
(Volga River--Navigatlon) (Reservoirs)

MhUMOVSKIY, Ya.; TSYBIN, V.
P. om~~ ~ ~ * _-
The Yerlec electromagnetic clutch. Avt.transp. 33 no.11:34-35
N '55. (KIRA 9:3)
(France--Automobilea--Clutchea)

TSIRINJ-11
Frost* IUn. nat. no.4:33 Ap 163. OKMA 16:7)
(No subject headings)

TMIN, V.P.
Navigable conditions of the Stalingrad Reservoir. RAch. transp.
18 no.4:37-118 AP '59. (MIRA 13:1)
I.Nachallnik Volshokogo bassmynovogo upravlenip.
(Stalingrad Reservoir--Navigation)

TSYBIN, V.P.
llw;~-- ~-~
lot us create conditions necessary for safe navigation. Rech. transp.
16 no.6:21-22 Je 157. (NI2A 10:8)
1. Nachallnik Volzhokogo basseynovogo upravlaniya putt.
(Inland navigation-Safety measures)

TSYBIE, V.S., inzh.
Plastic automobile body. Izv. vys. ucheb. zav.; mashinostr. no. 3:46-
49 161, (MIRA 14:5)
1. Moskovskoye vyssheye tekhnichaskoye ucbilishche imeni Baumana.
(Automobilesp Plastic)

0 0 0 0 6 0 0 0 0 4 0 0 0 a 0 0 0 0 0 0 0
1 6 1 1 1 10 11 is 14 Is 16 1 11 a ION b
C A -AL- -L-k- -A- A F 2 & it Q ED 9t,
AI
*Sol
00
Now simthad for doormlo4j, COP"f bi !!Ipfr C
go a, i I.Taulde .
010 D.tg~ Tsybhm. avodikisys L3 i. ju- I
I 111=0il.. detn. Is based on complete dccwipn. of C.1-
00 a CN with Fft(.SC).)s by builitill: Fes(SO.). + :WuCN +
IWO. - 214SCI, + '-CuS0. + OWN. To 2o cc. ,f
vlecti-tAyie add 2 cc. Cl(,O "n. (it) fix the llCN) and LN)
Shake well to agglomerate t lie CuC N ppt.,
9 91
: I filter and waill the ppt. 3-4 timel With Ivatirr. Trait-Jet
0 EI the filter with pp(. into the runic flAsk. add 23 m of the Fe 800
:0 J!, miln. f 100 g. (Nlf,)rSOi,Ale(-5()s)i.24HvO and 44) jr. HvM), 206
di-lved it, 1 1.). brins i- Iwil, m4 quickly. add 150 cc. 000
cc. of miml. Hil't). and h cc. rif W% 11'st), and
he l;VS( 1. with 0. 1 N K N111O.: I or. of "'IS il COJUAI 000
a. V11. 1.I.
C . 111411c
roe
00
2 Mrs*
!see
:moo
ties
tie 0
A S 0 S L A m(TALLURGICAL LITtRATURC CLASSIFICATIOP6 too 0
I'll. all.
L -a-
b u " A. -0 is V,
Or 01 9 a K a it It
0 0 a a 0 0 0 a 0 0 0 0 a 0 0 0 0 0 0 41 0 0 0 0 If 0
000 ;
T44
000 01:0 0 000 0 goo, 00 0 fee 00410000000000 0 0
SO - ----- --- --

L 01950-6'1. W(J)/EWT(m)/T JjP(c) WVUJ
ACC NR. ILR6029639 SOURCE CODE: UR/02tl2/66/000/006/0088/0089
AUTHOR.,.-
T,sybin, V. S.
TITLE: Special design characteristics of body parts made of glass -reinforced
plast CSJ'
V \~l
SOURCE: Ref. zh. Khimicheskoye i kholodillnoye mashinostroyeniye, Abs.
6. 47. 58CI
REF SOURCE: Sb. tr. Mosk. vyssh. tekhn. uch-shcha fm. N. E. lAaumana, V, 5,
1965, 42-46
TOPIC TAGS: body, body parts, plastic, fiber glass, fiber glass reinforced
plastic
ABSTRACT: The"effects of various factors are analyzed in particular, the type of,
reinforcing material on the efficiency of glass -reinforced plastic structures. -Y
Recommendations are given on the use of various fiberglass, r einforc ed materials
in manufacturing body parts. Orig. art. has: 3 figures, I table, and a bibliography
of 3 reference items. [Translation of abstract) [AM]
SUB CODE- 11, 13/
:ard 1 /1 UDCs 629.11 Oil 6-678, 5,06-419. Q-. 677, 52

-------------
ACCESSON:Nft- AR4049788
SOURCE. Ref. zh. Xhimicheskoye kholodil'noye mashinostroyenlye. Otdallny*y
VY *pllsk, Abs, 9.47.546
AUTHOR: Tarbin, V.S,
TITLE: The:nanufacture of large rl!!~ panels by extrus-lon
CITED SOURCE: Sb. tr. Mosk. vy*ssh. takhn. uch-shcha irn. N. E. Baumana,
v. 3, 1963, 35-45
TOPIC TAGS: extruded fiberg!ass panel, fiberglass extrusion, extrusion press
TRANSLATION: 7"he technology employed in manufactt,ring parts from fiberglass
consists of saturating the reinforcing material with bindera, shaping it to a given form
and heat treaftnent. Various techniques were developed for saturating fiber glass
maierials with binders, auch as manual methods emplcying ribbed rollers or brushes,
t~e producti,,n of pretiatt.,rated roll, materf--d'~, ~n drfnr-equipped Impregnating equipment
arld oxtrusl
And YA9UU.M LCCIUaqueB involving frri 1he IaEtcr lt4 used in largre-
Scale mass 'production ormajor th.,,auu,-d LhIE!rgla8s (,orn 1;)rv,fits .9lich as panelq for
1/2

~7 'K~ :~jLq
.-~L 2014,65
ACCESSION NR; AR4049788
automobile bolies, Equipment used for such purposes includ as extrusion presses
with a top roller and individual hvdraulic drives, as well as j resses with telescoping
17"011 str- rs "If. -m-71s! f-Ff-f-ti%'F- f'Ktr1'Fpjr'. tFq-hni'P'0 innIv.-s r-i uipmont for varuurn
1:-~ A A.
to exceed :1, m-r. an(i a! DreS3Ur(-7S r1W 'nir -)f' n-,!-' I irge prolor-ming i~nills
are equipped -.vith gas-heated compartmorit.,i 1w)! witn 1 ~1 t ti es. Lani es and
illustrations. N. Milenina
SUB CODE: MT, IE ENCL: 00
Id __2~2

7A
L
ACCESSION h1R. 4F,!m6249 R~~ 122 AUCMA-1111 /70 2
i~orvvikov-. A. A- ('k-'nririf4Rr-)- Krl-141--j a
SXRGE, Vestnilr mashinostroyeniya, no. 11, 1961,0 96-32
TOPTC TACiS: machamical engineori-nC, "~chanlcal rmvei- f-arismission device, camet
-nonmeta-j- re a-
Wed i:6tdhcd ell,
,Abstract: Friction (1,54 mad- of 65(;"ated (MC12-,41), discr, %ri f b q-= -t-
-Th -6%---ut -A' ~m
-Cy e--cMpar e-- W:--TL
CL A
1119).a ow coefficient of friction st-a-bility vhether the discs are
a.-A ---- surfalue la ~ quite resietant to
wear In loho--term:-Operdtlon. Discs witV ce=A-17baned on iron powder have
a bighly Etabi- coerri'75~mt of
e r, r-un d--,f aqa4naf, ~rG sti-e I
an! 1
~'.urs are a13-c hiah
L1;Qrd

L 53b21-6;-,
ACCESSION' IIJR: AP%162Ijq
is lov when they are run in oil againat 6qG AtrPI flang, blit th.
4 4-
-44 ~I '.Q V.1i
'&Yer c~)talae` urldi-r the conditions for
10 ual
this process is not aufficlent irm' eseiiran" high -nremtional Dn3aar-
r A~jz -2 n:u
nonc,
XTUTTEDt 00 E N CJI :00 SJ B CODE: M, IN
ID Pjw SOV f 00h OP11m, - 00C. JPRS
ard 2/2

TSTBIN, V.S., insh.
Using plastics for automobile bodies. Izv.vys.uchob.zav.;
mashinostr. no-3:20-26 '59. (MIR& 13:3)
1. Moskovskoye vyssbaye takhnicbeekoye uchilishche imeni
N.Ye.Baumana.
(Automobiles--Bodioa) (Plastics)

..TSY131N,, V.S., kand.tekhn.nauk; VOLISKIY, S.G., Inzh.j Yu.T.,
inzh.
Automobile whet-1:3 irade of glass-retni'nronct plAstica. I zv. vj.:3.
ucheb.zav.; maafiinostr. no.2:124-13L 164. (MI RA 17: 5 1
1. Moskovskoye vyssheye tc-klini(-Iie:3koy,3 iichili.91whe imeni. Ptxwn.--,i,t.

li-OLKOV2 R.N.; MITTEN, Yu.3-
%-if 2-~.yolohex7l-p-jcyle~re jfj tl'ej !,quid rhase-
.L
2N,ir. A.. k1nn. 'I'l '(4 (MTFU 17s,3)
1. VcrcmoA3k:.y gooudarstvannyy 'Laiivarjittt.

L 3388-6 EwT (m) larp (w)/EPF(c)/ZPFW -2/914A W/T/Blil? (t)/E7dP (z)/EWP W
IJPW MXd/JD/JGA[B
ACCESSION NR: AP5024136 TYR/0096/65/000/010/0044/0046
6210. 191. 001. 5
G
AUTHOR: ulyayev, V. N. (candidate of technical sciences); Tsybina, I. N.
'a d OKh2lN6M2T
TITLE. Corrosion g'r king o-f types OKh2lN5'ryn Neels
SOURCE: Teploenergetika, no. 10P 965, 44-46
TOPIC TAGS: heat resistant steel, corrosion resistance, sodium chlroide/
OKh2lN5T steel, OXh2INGM2T.steel
ABSTRACT: Composition of the steels tested was as follows: OKh2lN5T: 0. 07%
carbon, 0. 5776 manganese, 0. 53% silicon, 0. 007.16sulfur, 0. 02476 p~O-S-Pflzrous
21. 11/6 chromium, 5. 50% nickel, and 0. 49 titanium; OKh2lN6M2T: 0. 06%6 carWon,!
0. 451/6 rnanganese, 0. 45% silicon, 0. 010% sull-,'ur, 0. 0221o phosphor6ts, 21. 016
chromium, 6. 111b nickel, 0. 4401'o titanium, and 1. 98% kolybdenum. For compari~
3on, tests were also made on samples of IKMMM,~teel with the following com-
n
J position: 0. 111,6 carbon, 1. 216 manganese, 0. E-16 sili n, 0. 0281o phosphorous,
0. 0231o sulfur, 19. 1716 chromium, 9. 4676 nickel, and 0. 5516 titanium. The tests
were Tade after austenizing at 1050C. Tests in a 42% boiling solution of magnesi4
Card 1
3

-3388-66
ACCESSION NR: AP5024136
um chloride were made on samples with a diameter of 3 mm. at the effective see-
ition. The concentration of the magnesium chlorde solution was controlled by its
boiling tempgature which was maintained at 153:t 1C. A test of steel
OXh2IN6M2T in a solution of sodium chloride containing 100 grams/liter of
chlorine ions, 450 mg/liter of oxygen, and 1050 mg/liter nitrogen, at 310C,a
pressure of 120 atm, and a stress of 35 kgl'/mm2 led to failure of e steel in a
0 h
0
period of time not exceeding 10 hours. Test results show that h2lN5T.and
geh2
OKh2IN6M2T -steels. have a tendency toward corrosion crackin solutions
s
2
containing chlorin,;9ons, With a stress of 30-35 kgf/mm , steel OKh2lN5T
fails before steel IKt48N9T in a solution of magnesium chloride. Thanks to the
alloyed mo bdenum7,pteel OKh2lN6M2T has better resistance to corrosion crack-
ing than steel IKhI8N9T. However, in a solution of sodium chloride with the
above concentration of chlorine ion% and with -L considerable amount ofoxygen
in the solution, steel OKhZINGM2T does riot exceed the resistance of steel
IKhl8N9T which, -,according ~q literature data, is from 24 to 80 hours. In a 416
caustic soda solution, steels OKh2lMe~nd OKh21N6M2T'khave greater resistance
to corrosion cracking than steel lKhIBN9T. Orig. art. has: 5 figures and 2 tables,-
.2
'lie 00
Card ',)/3

.-L 3388-66.
ACCESSION NR: AP5024136
ASSOCIATION: VoFVTI
SUBMITTED: 00
NR REF SOV: 007
ENCL: 00
OTHER: 004
SUB CODE: MM

- I , . -
- z-- I --.-I ~~; .-. 4 .
T ~yb i na. :.:. Gr . a r, t ~' G :! : c! I I ; L . ~', . - " C-,, 1 41.1 ; ~, 1 -1 o -,- i c I t , I - c) f t :! 'I I r z -i I -, n , I I I - i - ~ I i , - I ~ ~,.*
- - I.*- - _::,-: :
~~Sleclo-~aaiyn 7 c-blast-, -r-.. !-;! '.', 1).
P -41 . 22-----
Hbl-lok-, :7 It C, .10
SO - U-3600, 10 Jul-Y 53., (Letonis '47hurlial State-Y, "170. 6)

POROMARENKO, A. A.; TSYBINA, N, A.
Direct substitution of A 4tro group bt halogen in aromatic
and heterocyclic nitro compounds. Part 3-* Substitution of a
nitro group by chloritie in m-nitrobenzonitrile by means of
carbon tetrachloride. Zhur. ob. khim. 32 no.12-'4038-4040
D 162a (MIRA 36: 1)
1. LIvovskiy torgovo-ekonomicheskiy institut.
(Benzonitrile) (Nitro group)
(Carbon tetrachloride)

SOV-120-,-38-3-24/33
AUTHQRS:Gri-or'ycv, A. M. , KU~~vcin, L. P. , Ts~rbiri~-, Ii. V.
TITLE: Measurement of Presz;ures froLl C).1 to H:~' U s i ~-i U.
Ttlerraocouple Gz~ku.c (Iz:_-.eroniye dc~vleniy ot 0.1 do 5 m. it.
st. termoparnym manomet-ruia)
PERIODIC,"IL: Fribory i Te'llzaaiIM lir 5, ~;7-1~9
(USSR)
ABSTRACT: A simDle hui.--wire '-~~u-e Et sire temperatures
LJ U
below 1500C is fitted with c tiierii .,couple; L"Lle wire tem-
perature is coja~3-1,vnt by adjust,_ierit. Fi~~.l
s~iows the thcoreticel circuit, Liad FiL..2 the iaE;E_P_ and
extreme ren--e in the calibration curv2s for 7 such L_-auGes
worX.-in- in dry air over tile ranLSe 10- to 5 ram Eg. F49.3
U
Uives the detailed pr,-ctj:u;1 cirouit, witii ~~ll coLjpoa~-.'at
values. Fi6.4 stio~;,rs tile Uleasured c1'1~rz'cberistics (lines)
and calculated ooiat;~3 for ar-,on (1), zAr (2), neon (3),
helium (4) and Hydro~;en (5). The calcul,,~bed polin~.-s i~re
U
derived usinf, 'Siaoluc~iovskly',_; equ,;tion (Ref.~),
very well with ttie curves. Tile in7_,ble Cives
values of the parameters in the Sinolacdovs-ley equation
Card 112

SUV- 12 0- 58-3-214,13 3
*IvlebsLweinent of Pre:3.3ures frwa 0.1 to ~Dm Hf- Usinu ;; Ta~er_-ocouD2r_
Gour~-e
calculated relaUive to &ir fo.c tlie otUic-r
coritc-ins 4 fi_~~ures and I tv6le. plus 6 refcreric(:~;, "-~ of
'i -* ~3 - -
L - cla ore 'ov- e+~
w
SUNLITTED: SeDteiaber 23, 1`157.
1. Pressure---Measurement 2. Pressure gages--Design
3, Thermocouples--Applications
C; d 2_12

GRIGORIYET, A.M.; K9AVKIN, L.P.; TSYBIR&& N.V.
Usirig thermocouple manometers for measuring pressures in the
0,1-1- 5 mm. mer=7 column range. Prib. i takh. eksp. no.3:97-99
15f3: (MIRA 11-6)
(Manometer) (Thermocouples)

TqPUU,-J5,V., red.; KONISHINA, L.I., tekhn. red.
[Methodological inmtruction3 for checking general norms used
in the machinery industry]Metodicheskie ukazaniia po, proverke
obshchemashinostroitellnykh normativoy. Moskva, 1961. 9 p.
(MIRA 16:4)
1. Moscow. TSentrallnoye byuro promyshlennykh normativov po
trudu.
(Machiner7 industry-Standards)

BABKOP A.K.; MUZKOVA, L.V.; TSYBDIA, T.S.
Luminescent determination of microquan-tities of sulfuz- -;-
nonaqueous media. 2;av. lab. 30 no.6:648-650 1'64 NIRA 17%F~')
1. Institut obshchay i noorganicheskoy khimU All WrSSR.

KHARITONYUK, A.M.; TSYBINA, Yo.D.
Investigating the causes of defects on flat polished surfaces.
Friborostroerxie no.7:23-25 JI 161. (KUM 144)
(Surfaces (Technology)-Testing)

76-32-4-21/43
AUTHORS: Teybina,_ Ye. 11.3, Gellbshteyn, A. I.,Arest-Yakubovich, A. A.y
Temkin, Lt. I.
TITLE: The Kinetics of the Vapor Phase Hydration of Acetylene in the
Presence of a Carbon-Supported Phosphoric Acid Catalyst
(Kinetika parofaznoy gidratatsii atsetilena v prisutstvii
katalizatora - foafornaya kislota na ugle)
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1958, Vol. 32, Irr 4,
PP- 856 - 863 (USSR)
ABSTRACT: Investigations in the field of acetylene hydration were already
carried out by A. P. ElItekov (Reference 1), M. G. Kucherov
(Reference 4-6) and others so that the present paper is a
continuation of a previous one by A. Ya. Yakubovich, A. A.
Danilevich and N. A. Medzykhovskaya (Reference 9). Externally
there is apparently present an heterogenoua catalytic process;
in fact it is an homogenously catalytic process which takes
place in liquid dissolved acetylene. From the technique applied
Card 113 can be seen that the authors used the passage system within