SCIENTIFIC ABSTRACT TSELDLER, A.A. - TSEKHANOVSKIY, B.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756920019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TSEULM, '.1ellaandr
y of healrj non-ferrous metals. 4'.. tvxtl~-ccP f~-r technica-I Echc-~Iz.
1,1051,va, C;I)Z;. nauch"o-telim. i zr,--;o !'I ,~o i ts*,,~atnl-~i " -- y
1951. 2 v. (52-26659)
TN756.T7
1 . L:opSerrcus motals - -

TFAIDLM. Alekwandr Allbortovich
TeeidUr, Alekqartjt Allbertov~gh. (&~ M6 of heavy ponferXoga -in, UIIW 1-:,~tallurgita
tiathelfth towtnykh metallov. Utserz.hdono v kachestva uchob. posoWa dlia tekhnik-
umov. kloskva., Goa. nawhnotwitm. isd-ro lit-r, po chamoi i tsvetroi metal".Iurgii.
Vol. 2 (Lead ard zinc) Sviriets, taink. 1951, 350 p.
AvaLlables Library of Congress
Sources Monthly Idst of Rusisian Accevaions., Vol. 5, No. 1, Page 16

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KOLINMVSKIT. P.S.. inahener.; TSEITIJN. M.A.
Now diagram for determining the vibration characteristics of steam tur-
bine blades. Zlek.sta. 24 no.4:20-23 Ap 853. (XLRA 6-'5)
(Steam turbines-Blades)

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Card

ACCESSION NR; AP5002894
different antennaa. The effect of the quadratic phase difference between. the horn-
apert,-ire center an d i Is edaeg upon the correction factor is analyzed. The new
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ASSOCJLATION: none
SUBMITTE-D'. Z9Nov63 ENCL: 00 SUB C00E. EC
NO REF SOV: 004 nTPER. 003
Card 2 / Z

TSEKALO, Ye.B., inzhener.
--- - - New design for a high-pressure throttling steam valve. Energo-
mashinostroenia 3 no-8:34-35 Ag 157. (MIRA 10:10)
(Valves)

AUTHOR: Tsekaloj Ye.B., Engineer. 114-8-13/16
TITLE: A new design of high-pressure steam throttle valve.
(Novaya konstruktsiya drossellnogo parovogo klapana
vysokogo davleniya)
PERIODICAL: Tnergomashinostroyeni.7e"(Povier Machine Construction),
195?, Vol-3, No.81 PP- 34 - 35 (U.S.S.R1.
ABSTRACT: A throttle valve is used when it is required to reduce
the pressure of live steam in ordinary and rapid acting
reduction and cooling installations and so on. The operation
of throttle valves is explained. A new type of throttle
valve has been produced by the Venyukovskiy Fitting 'Works
(Vanyu-kovskiy Armaturnyy Zavod). It is illustrated in Fig.1
and described. The design was based on that of a valve pro-
duced by the Leningrad Metal Works (I=) but the new valve is
simpler and more convenient to make, erect and repair. Series
production commenced in 1956, and, therefore, operating
experience is still not extensive. However, results to date
are satisfactoi7.
There is 1 fiGure.
AVAILABL&: Library of Congress
Card 1/1

TSEKANOVSKIY, E.R.
Characteristic functions of un7imited operators. Nauch.
trudy KHGI 11:95-100 162. (MIRA 16:11)

, TSEKANOVSKIY, E.R. (KharIkov)
Generalized extensions of asymetrical operators. Mat. sbor.
68 no.4:527-548 D 165. (MIRA 18:12)
1. Submitted September 7, 1964.

TSEKAN(;VSKIY, E.R.
Description of Invariant fjubspaces in the unicellularity of
an operator of intogration In a W2- P1 slace. Usp. mat. nauk
20 no.6:169-172 N-D 165. (MIM 18:12)
1. Submitted Dec. 28, 19(*.

SIIDVR Ye.N.; TSEKHANOV, A.S.
Electronic sparking device and transducer for the TL pneumatic
indicator, Izv, TPI 105:79-80 160. (MMA l6t8)
1. Predstavleno nauchnym seminarom radiotekbnicheskogo fakullteta
Tomskogo ordena Trudavogo Krasnogo Znameni politekhnichookogo
instituta Imeni Kirova.
(Electronic instruments)

TSEKHANSKIY., R.S.
Interaction of aryl radicals through a binding heteroatom.
Zhur. org. khim. I n0.11:1905-1909 N 65.
(MIU.- 18:12)
1. Chuvashskiy gosudaratvennyy pedagogicheskiy
imeni I.Ya. Yakovleva. Submitted July 4, 1964.
inatitut

_ .. i
ClIUVIIIASCv S.F.; TSEK1111OUICH, i-I.; p.j.; "'.1.
y
J. Z. -
~ oc f.4 ~ n a i;, ! I rig
Jrrj(,~jl t i ga ti rtr , (!i-J'l!%i,f:,'- K
('~ " i~A ", ~ ; C',
shtam. proizv. 'I ric,.8:23-26 ;-.,v 165.

TSEXANOVSKIY. E.R.
Real and imaginary parts of an unbounded operator. Lokl. ;N
SSSR 139 no.1:48-51 31 161. (MIRA 1/+:7)
1. Khartkovskiy gornyy institut. Predstavleno akademikom S.L.
Sobolevym. (Operators (Mathematics))

KUN,Yu.; TSMVYY,G.
Wide-screen motion pictures. Znan.alla 30 no-8:13-16 Ag'55.
(Motion-picture projection) NLRA 8:11)

KUZNF,TSOV, Anatoliy Ivanovich; TSEKHARQY.. ~A.D. inzh., retsenzent;
FEDOSEYEV, L.N., red.; YAbWKOV, V,I., red. izd-va;
BODANOVA, A.P., tekhn. red.
(Course project on the repair of motor vehicles and road machinery]
Kursovoe proektirovanie po remontu avtomobilei i dorozhnykh mashin.
Moskva, Avtotransizdat, 1962. 190 p. (MIRA 16:1)
(Motor vehicles-Maintenance and repnir)
(Road machinery-Maintenance and repair)

LISITSKIT, Aleksey Afanaslyevich; T9JOVNQV_&_Al2Ysey Y vi_W!:._
1
VISHIGWOLISKIT, A.M.. red.; GALAKTIONOVA, Te.N., tekhn.red.
[Laboratory practical work in automobile repair] Labors-
tornyl praktikum po remontu. avtomobilei. Koskva, Nouchno-tekhn.
izd-vo X-va avtomobilinogo transports I shossainykh dorog RSFSR,
196o. 98 p. (MIRA 13:11)
(Motor vehicles--Maintenance and repair)

TSEKHANOV, A. S.,
indicating efficiency
retor four4~~,
Cand Tech Sci -- "Ef-fect.of loading Orr the
coefficient of Iow-displik~,Hent carhu-
engine." Tomsk, 1961. (Min of Ifigher and
Sec Spec Ed RSFSR. Tomsk Order of Labor Red Banner Polytech
Inst Im S. M. Kirov) (KL, 8-61, 251)
332 -

TSEKHANOVSKIYO A. ---
Council of the scientific technological society takes part in the
solutim of urgent problems. NTO 3 no.2:53 F 161. (KIRA 14:3)
1. Glavnyy inzhener TimiryazevBkbgo lespromkhozag chlen soveta
Nauchno-tekhnicheskogo obshchestva, Tomskoy oblaBti.
(Tomsk Province-Umbering-Technological innovations)

TSEKHANSKAYAq Yu.V.; MUSHKINA, Ye.V.
Photometric determination of amall amounts of butadiene. Zhur.
anal. khim. 16 no. 2:96-99 Ja-F 161. (MIRA 14:2)
1, State Scientific-Research and Designing Institute of Nitrogen
Industry and the Products of Organic Synthesis, Moscow.
(Butadiene)

SANINY P.I.; BAGHIY, Ye.I.; PETROV, AI.A.; NIKITSKAYA, Ye.A.; TSEDILINA, A.L.
ViscOsitY Of C2z ar-d C~,S polycyclic hydrocarbariD. llefte;,~.imiia 3
no.6:835-84J. Tf--D 163-. (14IRA 17:3)
1. Institut noftokhlmichoskogo sintoza All SSSH A.V.Topchlyova
i Institut goologil i razrabotki goryUchJ.kli iskopiyomykh.

VVIrER, M.Ya.; BOBOVICH, Yu.S.
Frperimcnt.11 study of the relationshin h--tw,~en SpeCtra and
electron absorption spectra of certain compoundn. Part 2. Opt.
I spektr. 16 no.314l?-423 Mr 164. (MIRA 17,,4)

THMANSKAYAW YU.V.; To MTFV, M,B, ; Ye.V.
11 1, 1
I " r, x,' ; ri
:jOlubility of rmpti*,halen~! '!~ arl ~,,.rlfn a. , 4 - -.; n' r
- If I
pressure, Zhur. fiz. kh!r,. 38 S 164, (MIRA 17:12)
I -
1, Institut xizcroy promyshlennosti I praduktov oriynnlcheakogo
sinteza, Moskvfi.

KRICHEVSKIY, I.R.; KHhZANOVA, N.Yo.1 TSEKIiKNMYA, Yu.V. (Moscow)
Critical phenomena In the system hexamethylen-I=ine -
water. Part 3: Diffution in the vicinity of the criti-
cal point. Zhur.fiz.khim. 34 no.6:1250-1254 Je 16o.
(KIU 13:7)
1. Institut azotnoy pronVehlonnosti.
(Hexametbylenimne) (Diffusion) (Critical point)

PILAS-77 I BOOK r--:PLOITATIC:f SOIV154679
Sovachchaniye po kriticheskin yavlen~. zi I fl-,ultuatolyam v
rastvorakh. Moacou, 1960.
Kritiche.31cive yavlonlya i trudy
-rdya, yanvar, 1960 g. -luc
an d
t1;at!-= in Solution3; Tran:iactiona of Conf cronco,
January 1960) noocow, Izd-vo AN SZOIR, 196o. 190 p. 2,500
copica printed.
Spon3oring Agencies: Akadcmiya nauk OSSR. Oldeleniyo Mimi-
chc:3k.Lkh nauk. Moskovskiy ro-.udar:;tvannyy univeraltot im.
M. V.,Lomonoaova. KhItliche-ikiy fakulltot.
Rez,ponsible Ed.: 14. 1. Shakhparonov, Doctor of Chemical
Sciences, Professor; Ed. or Plubliahin~ House; E. S. Draounov;
Tech. rd.t S. G. Tikhoulrova.
PURPOSE I This collection of artielc2 In Intonded for scientific
personnel concerned with chemistry, physics, and heat power
engineering.
Card' 3.19

Critical Phonom-2na and Fluctuationn SOTI/5", 59
COW"90-Es The book contairo 211 of the 26 rcport3 read at the
Conference on Critical Phen--,~.-.ena and Fluctuationa In Solutions
organ:-,zed by the Chemical Divizion of 11:oscow State Univer3ity,
Januar,j 26-28, 1960. 7he mporto contain ronult3 of inve3ti-
Eationa carried out in recent year3 by Soviet phyBiciatn,
chemists, anti heat pover en~ineera. The Organizing Cc-., -Attoe
of the Conference waa compooed of Professor Kh. I. Pnirkhanov,
A. Z. Golik, 1. R. Krichevokly (Chalinan), V. K. Semenchenko,
A. V. Storonkin, I. Z. FiBher, and I.I. I. Shakhparonov (Deputy
Chairman). '.1eferencen accompany individual articles.
TABLE OF COINVITS:
Foreword 3
Amirkhanov, Kh. I., A. M. Kerimov, and B. 0. Alibekov ELab-
oratoriya molelcalyarnoy fiziki, Dagostanakly filial All SSSR --
Laboratory of Molecular Physica.9 Dagestan Branch, AS USSR).
Thermophysical Properties or Matter at Critical Temperature 5
Card 219

Critical Phenomena and Fluctuations scV51,69
Akhadov, Ya. Yu., and 11. 1. t-hr~!-hnnronov (Laboratoriya fiziko-
khi-mli raGtvorov, go-iudarat-
venyy universitet iri. 11. V. Lo-ono.-ova -- L!~baratory of
the Physical Chcraisti-I of 06lutio,-.aIChc-aioti-j Division, I:ooco,,.r
State UnLvernity imeni 11. V. Lo:ionoljov]. Dielectric Proportien
of Solutiona in a Superhirh Frequoney Field L-1 Concentration
1,1u3tuations 14
Barid3o, D. K., and 11. 1. (Lriboratory of Phyri-
cal Chc-.ilztr-f of Sol-Ul-&-.3, C11E.'1~~Vry-Divi3ion, loocow State
University imeni M. V. Lo:,,ononov]. UC:ht Scattering in Solu-
tiona Having a Critical Stratification Point 21
Vuka, M. P., and L. I. Linnyanskiy (L-aboratoriya molckulyarnoy
optiki, Fizicheakiy fakulltet, Lcningradzkly gosudaratvcnnrf
univer3itet im. A. A. Zhdanova -- Laboratory of Molecular
Optics Physics Diviaion, Leningrad State Univeraity imcni
A. A. ~hianovl. Intermolecular Interaction and Light Scat-
tering in Solutions of Pyridine andc(- Ficoline in Water 27
Card 3/9

Critical FhenQT,'ena and Fluctuation3 SOV/5469
Zatnepina, L. P. , and M. I. Shrtkhnaronov- (Laboratory of the
Phy;~ical Chemintry of &6 U i6i ;-'
-Y-C 1---, Gili,Antry DivI(sion, rioncow
State Un,tveraity icicni 11. V. Lvi,,ionouov). Raylelr)i 14Uht
ScatterIng In NItrobcnzcnc -- Cyclohexane and Ethyl Alchol
- Diethylamine Solutions 32
KaDimov, R. 11., ard 14. 1. Shakliparonov, (Laboratory of the
Phyzical Chemistry Divialon, 14oicow
State University ineni N. V. L,~-monosov]. Dielectric Proper-
ties of Solutions in Electrama.,nictic Fields of the I-lillimetric
Band and Concentration Fluctuations 37
Krichevakiy, 1. R., and 11. Ye. Khazanova [Laboratoriya vyaokikh
davleniy. GIAP -- Laboratory of HiCh-Pressure [Studies], 1103-
cou StatUl Design and Planning Scientific Research InstitZ of
the Nitrogen Industry]. Diffusion of Liquid and Gaseous Solu-
tions in the Critical Region 45
Krichevskiy, 1. R., and Yu. V. Tsekhanskaya [Laboratory of
Card 4/9 1

WIN
Critical Phenomena and Fluctuations (YOV/5469
111~-'h-rro.-30ura (Studios), OIAPI. Kinotion of llotcro,~enrous
Procoscon in the Critical R-c.~Ion 54
Krichnvz!ciy, I. R " 11. Yo. Xhizanow, and L. R. Linnhits (Lab-
oratory of High Pressure [Studic3j,'GIAPI. Liquid-Vapor
Equilibrium in the Critical Region of Liquid-SyGtcn Strati-
fication 61
Lomova, 11. 11, and M I Shnl~brftjrpnov Waborltory of the
Physical Chcnlst~';-~'~f-olu ioz"3, 1C.-.1i.,try Kvision, Noscow
State University imeni 14. V. Lcmonoaov]. Permittivity and
IvIolecular Structure of Solutions 73
Lan-.hina, L. V., and M. I. Shn~,�% -boratory of tho
-Yo Z;%ronov [La
Pbyaical Chemistry of I_u_tTo_~!3, Ch-cmi-a-try Division, Moscow
State University imani M. V. Lcmononovj. Thin Structuro of
the Line of Rayleigh Light Scattering in Solutions 77
MoIchov, N. V., and Ya. M. La-bkovskiy (Kafodra daporimontallnoy
fiziki )Dnepropetrovskiy gosudaratvcn:D7 universitat --,Depart-
Card

Critical Ph,:no-.:na raid Pluctuaticn3
r-nt of Zqpcrimcntal Phyzic~-, State unlv~rsltyl.
Inveoti-ation of r--rinnity in Y,;h!)r and BmzC.-io
2, z~,d on X-Ray ScattcrJnC; a'. 81
-.e
ir:;hl C of
)V, 11. V., and 1. V. 1:
E-n-,prc-,c'rov:;1c Stat-~2 Voxl::~tion In t,,c
Sl-aa of Conc(m-tration Fl-e~ctu~tfc:17, in 11-,1atiZ-.v;hip toT
pQratura and Concontratic-a .'a Lin%ry Liquid Syatcma Havins
wan Upper Critical Disaolvin,-- 89
Nozdrov, V. F., B. I. Irnllymov and 11. 0. Shir!.~ovich
cl:iy oblastnoy pcdaro~ich-.Lldy in3ti'-Ut. -- PCCI-2100_f7iCal ~~3ti-
tute of tho '11c-.icow Oblavet]. Invootigation- in
0~-anic Liquids at Constmit D~naity in the Vicinity oi the
Critical State 93
Rott, L. A. [Minskiy losotekhnichookly Inotitut -- MinzIc
ForoDtry L'bo"Inoorin.", Inatituto). Concorming tho Diffusion In
the Critical Stratification Reglon 102
Card 619

'50
Critical Phenomena and Pluctuationn,___ SOV/5469
Ro3hehina, G. P. (Laboratoriya molellculyarnoy fiziki, Pizi-
chenkiy fakulltet, Kiyevnkiy Cozadaratvennyy univeruitet im.
T. G. Shavchenko Laboratory of 11olecular PhysicsI Divl-
neni T. G. ZihcvChcnko1
sion of Physics, Kiyev State Univerzity Ir
inve3ti--'ation of Fluctuations in Solutions by the Nethod of
LiCht Scattering 109
Sicripov, V. P. (Laboratoriya molekulyarmoy fizIkIjUrallskiy
rolitelchnichenkiy inatitut im. S. 11. Kirova -- Laboratury of
Molecular Phynical Ural Polytechnic Inztitute imeni S. 14.
K-4rov]. Special Structural Features of Natter in the Vicin-
Ity of the Critical Point and-Tranzfer Phenomena 11T
3kripov, V. P., and Yu. D. Kolpakov (Laboratory of Molecular
Phyzic3, Ural Polytechnic Insti,;ute imcni S. N. Kirov, and
,,Ur.al'3kiy filial AN SSSR --
the Laboratoriya teplofiziki
Thormophysics Laboratory, Ural Branch, AS USSR]. Light Soat-
toring in Carbon Dioxide along Pro- and Post-Critioal lootherms 126
SMIrnov 33. A. CInstItut neftekhimicheakogo sinteza AN SSSR
Card i79

30
Critical Phenomena and Fluctuations SOV15469
Institute of Petrochemical Synthesis, AS USSR (Moscow]) visual
Ob3orvations in the Critical Region
Floher, I. Z., and V. K. Prokhorenko. Concerning the Fluct-
untiona of Coordination Numbers in Liquids
Fisher, 1. Z. [Belozv. =Idy Goaudarstvennyy. Univer-Itet -- Belo-
ruosian State University (minalt)] Correlation Analysis of the
Critical Point
c~a3~Anov. I.I.I. Clzbcratar7 of ~he Ehyi1ml CherA t of lo u-
_qkqj a ry S I
tiona, Chemistij-Dlvi3ion, Moacow State University Imeni M. V.
Lomonosov). Fluctuations in Solutions
Shimanskaya, Ye. T., and A, Z, Golik [Laboratory of Molecular
Physics, Physics Division, Kiyev State University Imeni T. 0.
Shevchenko). Investigation of the Critical State, Liquid-
Vapor, of Solutions by Tepler's Method
137
142
148
151
161
Card 8/9

CrItIcal Yhencmena and Fluctua-.1c7.z
ShImanokaya, Ye. T., Yu. 1. Shirinno!:iy, and A. Z. Collic [Lib-
orator-j of Molecular Phyuicn, Dl,,r4.Aic-.i of rhyalcap Klyov
State Univer3ity Imeni T. G. Shevc."acnko]. Investl~:ation of
the Critical State of rare Sub3tancez by Tepler'n Nothod 171
Rocolution of the Conference on Critinal Phenomena and Fluc-
tuations In Solutions 169
AVAILABLE: Library of Congroas (QD545.S73)
jP/df Ic it
10-2S~, 1
Card 9/9

17M SOV/177-58-5-19/30
AUTHOR: Tsekhanov5kiy, B.G., CaPtain of the Medical Corps
TITLE: An Attempt to Apply Conduction Anesthesia in Opera-
tions on the Carpus (Opyt primeneniya provodnikovoy
anestezii pri operatsiyakh na kisti)
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 5, PP 76-77
(USSR)
ABSTRACT: The author reports on his carrying-out a conduction
anesthesia in operations on the carpus. In each
case, he performed a perineural anesthesia of all
three nerves of the carpus. For the anesthesia of
the median nerve he employed the Voyno-Yasenetskiy
method (20 ml (milliliters) of a 2% novocain solu-
tion), for the u1nar nerve the Braun and Voyno -
Yasenetskiy method (10 milliliters of a 21216 novocain
solution) and for the superficial radial nerve the
Rost method ( 10 milliliters of a 2016 novocain solu-
Card 1/2 tion). The author states that the suggested method

SOV/177-58-5-19/30
A Attempt to Apply Gone-etion Anesthesia in Operations on the
darpus
of a perineural conduction anesthesia of the carpus
is technically simple, quickly performed and not
dangerous. Because of these advantages, the author
recommends the described method for wide application.
The successful application of conduction anesthesia
of the carpus with injuries of the bones, the joints,
the tendons and the vessels, made the author conclude
that this method may also be successfully applied
under field conditions in operations on bullet wounds
of the carpus. There are 2 diagrams.
Card 2)

ERONSHTEYN, L. . kand.tekhn.naukl--~ ~1. _inzh.
Potentis.3-ities for improving interurban passenger traffic.
Avt.tranap. 41 no.1311-13 Ja 163. (KIRA 16Q)
(Transportation, Automotive)

TSFEWOVICH L.A rof.; TIVIONDV, VJI., inzh.
Inteprated services for air Passengers in Moscow. Gor. khoz. Mosk.
35 no.8:22-25 Ag '61. (MIRA 14:8)
1. Nauchno-issledovatel'slciy institut Grazhdanskogo vozdushn.)go
flota.
(Moscow--Airports)
(Aeronautics, Commercial--PassonVer traffic)

'T~ 77" TT
T3c!rhnoc!c'i. L. I. - "P,,---rar7ptcr:-, c'
Naucli. 'Fvuly (Dnepr-)netr. ln-t "';np'
j. r:
D
iteris
SO: TJ-38ri-!, 16 Jime "3, 'Z~,urnftl No. 17,41

TEGOIrUSHKIN, V.Te.; KRASMIETITIK07, B.A.; RAZMTSLOVICH, I.R.; FESWROV,
F.F.t_,TSM[HMGVICH, P.V.; TSVTRKUU, N.A.; BUTTLIII, G., red.;
KAUCHITS, G. . tekhn.red.
[Handbook of a tractor driver] Spravochnik trnktoristn. Minsk,
Gos.izd-vo BSSR, Rod.sellkhoz.lit-ry, 1959. 578 P. (MIRA 13:3)
(Highway transport workers--Handbooks, manuals, etc.)

TSEIMUCIVICF, Petr Vikentlyevich, hand.tekhn.nauk, dotsent
New method for calvilating the intercoil voltages during pu2se
processes in transformer windings. Itv. vys. ucheb. zave;
elektromekh. 4 no.4:33-1+5 161. (14IRA 14:7)
1. Gdan'skiy politekhnicheskiy institut, Pol'sha.
(Electric transformers)

TSEXHANOVICII) Petr-Vikentlyevich, kand.tvkhn.nauk, dot~wmt
Interpretation of a coil voltage curve and the area of the application
of the wave theory in the calculation of coil voltages of tranAformor
windiggs. Izv. vys. uchab. zav.; elektromakh. 6 no.3:287-296
163. (ftIRA 16:5)
1. Gdan'skiy politekhnicheskiy institut, Pollsha.
(Electric U;a4formers-Windingo)

TSBERAIJOVICH, Y.N.
Complex-forming reactions between nickel ion and citric acid
ions, as related to the pli of the aqueous solution. Trudy VGU
57:81-92 159. (URA 13:5)
(Nickel compounds) (Citric acid)

7
1C r. n
ye5Ipcnl:o, ycL.
'lc
witil irien, tcri.7
.1c. - c, nt. -c-,
Irsite 17,
265-71
0 c"'I
IZI-irna7 Iny-o".
SO: 1" J,.,ne 93,
E

T~;ZMANGVICH,
USSR/Chemistry - Synthesis
Albucid
Fel, 1947
"New on the Synthe,,jis of the Preparation Albucid, L. K. Sht-'um a i
Tsekhanovich, 1 p
"Farmatsiyall No 2
On the basis of the expevimental data ol;taineu, a new metlicA .13 , ropose-d for
obtaining DiacetaiAde by tho acetylization of 'LCCtUTnid0. This method was
successfully introduced Into the production of aRucid
FA 1T66

TSEMIANOVICH, L. A.
Aviatsionny, perF-vczki v rodu. 5ir transport in 1939-7. (Grazhdanskaia
aviatsiia, 1939, no. 5, p. 2&-3C;).
DLG: TL504G7
Zadachi sluzhby perevozok. Z-The task of the transrort servlcej. (Grazhdannkaia
aviatsiia, 1938, no. 4, r. 9-14; illum.).
DLC: TL504.G7
SO: Soviet ansportation andforrrunications. A Bij~jiogLUhy, Library of CongresE,
Reference Department, Washin3ton, 1952, Unclassified.

TSEKHNOVICII, L. I., Doc Tech ".ci --
dynalnic processes in mack,irj4,s"witk,
1960. 20 pp; (Ministry of HiFher al~cl
Ukrainian S,,-',R, Dnepropetrovsk Order
Inst im I. V. Stalin); 200 copie-,;
(ciiss) "Research into un-qi-ttlE;Cj
(Aectric drive." bi,eproputrovsi,,
'~:')econdary hlucation
oil' 1,abor r-.--d Barinur
price not givtni; (KL, C-16-60, J~L4)
4

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-of
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0 * 0 0 00 09 0 * 00 0 00-41 . I

TROFIMOVSKAYA, A.Ya., kmnd~. sell sko)~hozyajTstvennyI:h nsuk; TSWR OYSKAYA,H.A.
M
Biological foundation of the resistance of barley to looms smut.
Trudy po DrikI bot., gen. i enl. 30 no. 3:178-188 '57.(HM 11:7)
iBarley-Dis-mase and peit resistance)
(smuts)

Goorny U55H
CA TFEWRY cultivbted Flants. Cereals. M
23 104630
'A U T WIP, Troflwvskaya, A. Ya., ,Tsekbrtnovskaya. N, it.
INST.
TITLE Biological Ba*es for the Resistance of Barley to Loose
SMt.
ORIG. ?UB. Tr. po nrikl. boten., genbt. i salaktaii, 1~57, 30, NO- 3,
176-18o
ABOTRACT The cultivateci varlaties of b&rlay differ in the degree of
recistance, but 1.;-i difforent years and unubr different 6co-
loeiaal conditiona, their re3istance variva a great deal.
This is connectec; with the coudltion6 under which the
flowering stsgs runs itu couree. if the conditions of cul-
tivhtion bold back t~,e developmnt of the plants, but pro-
mote their growth. then open blossomitt3 is otservea which
4~3 one of the chief causee of the intensified infection of
barley with loose s=t. The fall and very early February
sowing periods under the conditions of Kuban', contribute
to the recovery of the seeds from loose smut. V.
Card: 1/1 YaknaBhkina

SOLOVIYEV, I.; TS,~KRA11VSHY A. (Timiryazevo, Tomokoy obl.);
LATHO~-, :-.CSTYUEcV, V. ; ?.(.TLUMYIY, F.
(Chelyn:binsk); V. (Chelyabinsk);
RYAWKIY, 11.1 PUSRIN, D., instruktor; ~XASTIN, V. (Allnetlyevsk/'
Reader's letters. NTO 1. no.9:58-59 S 161. (MIRA 14:8)
1. Uchenyy seki-etarl dcrozhnogo pravleniya Tashkentskoy
zheleznoy dorogi (for Solovlyav). 2. Uchenyy sekratart podseki.sii
talchniki bezopasnosti Mcskovskogo oblastrogo pravleniya Nauchno-
teklinicheskogo obshchestva stroiteltnoy industrii (for -Tavrov).
3. Chleny Ilauchno-tekhnicheskogo ob3hehestva Novocherkasskogo
clektrovozostroitelinogo zavoda-ffor Sirotyukov, Kcstyukov).
4. ~rcdsedatell soveta Ilauchno-tekhniche3kogo obshche3tva
upravleniya legkoy i pishchevoy promychlennosti sovnarkhozap
Karaaanda (for Shiler). 5. Chlen prezidiuma Moskovskogo
gorodskogo pravicniya Ilauchno-tekhnicheskogo obshchestva neft-
yanoy i gazovoy iromyshlennosti (for Ryabskiy). 6. TISentrallnoye
pravleniye Ilauchno-teklmicheskogo obshchestva mukomollnoy i
krupyanoy ;.ronyshlennosti i elevatornogo khozyaystva, g. Gomel'
(for Pushkin).
(FAsearch, Industrial)

,/0.3
S/075/61/01 ~/,,,'01/0'
B01 3/B055
AUTHORS: Tsekhanskaya, Yu. V. and Mushkina, Ye. V.
TITLEi Photometric Determination of Small Quantities of ButadienE
PERIODICAL: Zhurnal analiticheokoy khimii, 1961, Vol. 16, No. 1,
pp. 96-99
TEM This brief communication deals with the checking and w~)rking G-.1t
of a photometric method of deternining small quanfities of butadien,~-
suggested by N. A. Isakova (Refs. 7-9). The determination is based in the
formation of a colored compound from butadiene and diazotized p-nitro-
aniline hydrochloride and subsequent photocolorimetric measurement of tho
optical density. For the photometric determination of butadlene, a
calibration curve was taken using pure butadiene. Several measurements
were also performed with mixtures of butadiene and n-hexane or n-heptane
from sealed ampoules. The butadiene used for this purpose was prepared by
treating tetrabromobutane in alcoholic-aqueous solution with granulated
zinc (Ref. 10). The equipment represented in Pig. I was used for preciss-1
measuring out butadiene into the reaction vessel and for the analysis frcm
Card 1/3

Photometric Determination of Small Quantities S/075j61/O16/0O,/O47/0-'9
of Butadiene B013/BO55
ampoules. This equipment consists of a small steel autoclave (1) f0m
storing butadiene, a glass ampoule (2), a lo-cm3/microbu.-et (4) with
0.02-cm3 graduation, and a manomeLer (7). Evaluation of 43 optical-density
measurements of solutions containing between 0.53 and 2.9 cm~ butadiena
(OOC, 760 mm Hg) by the least squares method gave a straight-line
calibration curve in the coordinates optical density - amount of butailene
in cm3 (Fig. 2). The mean probable error of a measurement was +7%. The
applicability of the photometric method to butadiene determinJtion in th-
presence of its dimer was tested. For this purpose butadiene was dimerized
in the gas phase at 250 and 26oOc (Table). A comparison of the calculated
and experimentally found quantities of butadiene showed that the photo-
metric determination of butadiene is not affected by the presence of the
dimer. There are 2 figures, 1 table, and 13 referencess 10 Soviet,
1 Scotch, and 2 US.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatel'skiy i proyektnyy
institut azotnoy promyshlennosti i produktov organicheakog3
sinteza, Moskva (State Design and Planning Scientific
Research Institute of the Nitrogen Industry and of Products
Card 2/3

j t-j tILZI)t1loy

3/170/62/005/002/001/009
B100136
AUTHORS: Tsekhanskaya, Yu. V., Iomtev, M. B.
TITLEt Method of measuring the diffusion coefficients of solid sub--
stances in compressed gases
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, v. 5, no, 2, 1962, 24 - 29
TEXT: In the method described here, the rate of diffusion of a solid
in a gas is determined from its loss of weight, and no analyses are carried
out. The diffusion chamber is made of stainless steel (Fig, 1) and con-
sists of a vessel, a screw, and a valve. The cylindrical channel is
10.0+ 0.1 mm in diameter and 71.04-0.1 mm in length. The channel is filled V//
with-round rods (10) made of calibrated iron wire and 0.5 and 0.8 mm in
diameter.0 A tablet (9) of solid, pressed analytical purity diphenyl amine
(m. P. 50 C) is placed at the bottom of the channel, A gaseous solution
saturated with diphenyl amide is formed on the surface of the tablet by
introducing carbon dioxide through the valve. The diphenyl amide diffuses
into the capillaries between the rods. Prior to the experiment, the
tablet was ground to fit the steel socket. The diffusion chamber with
Card 1/3

S/17o/62/005/002/001/009
Method of measuring the B104/B138
the socket and tablet inside was evacuated at room temperature and put
into a thermostat. After the desired temperature had been reached, the
required pressure was created in the chamber with a hydraulic press, The
diffusion coefficient of the diphenyl amine was calculated from an equation
derived from Fick's second equation by integration, It was assumed to be
independent of the composition (Jost W., Diffusion in Solidg, Liquids and
Gases. New York, 1952). The experiments were made at 32,3 C and at
pressures varying from 130.5 to 77,.0 at., and took 5 min to 50 hrs. In the
pressure range under consideration, the diffusion coefficient varied
almost linearly from 0.6-10-4 cm 2, sec-I to 1.9-10-4 cm 2-sec -1 . The error
was 5 - 10%. 1. R. Krichevskiy is thanked for advice and interest. There
are 3 figures, 1 table, and 22 referenceS3 10 Soviet and 12 non-Soviet.
The four most recent references to English-language publications read as
follows: Guildner L,, Proc, Nat. Akad. Sci. USA, 44, 1149~ 1958; Robb
W. L., Drickamer H. G., J. Chem, Phys., 12. 1504, 1951; Jeffries Q, R.,
Drickamer H. G., J. Chem, Phys,, 22.,486, 19541 Michels A,, Botzen A,,
Physics, ?~, 95, 1957~
(;,,trd .15

S/170/62/005/002/001/009
method of.measuring the ... B104/B138
ASSOCIATIONi Gosudarstvennyy institut azotnoy promyshlennosti i produktov
organicheskogo sinteza, g. hloskva (State Institute of the
Nitrogen Industry and Products of Organic Synthesis, Moscow)
SUBMITTEDs may. 19, ig6i
Fig. 1. Diffusion chamber. Legend: 0) screwl (2) vessel; (3) three-way
cock; (4) packing; (5) bottom box; (6) spindle; (7) screw; (8)
steel socket for tablet; (9) tablet; (10) iron rods.
Card 3/3

TSEKHANSKAYA, Yu.V.; IOMrEV, M.B.; MUSHKINA, Ye.V. (Moscow)
Solubility of diphenylamine and naphthalene in carbon dioxide
under pressure. Zhur.fiz.khim. 36 no.lOs2l87-2193 0 162.
(MIRA 17:4)
1. Gosudarstvennyy institut azotnoy promyshlennosti, Moskva.

KRICHEVSKIY., I.R., jgWNW)A,-YU.V.
Fhotodissociation of iodine in carbon dioxide solutions under
critical conditions. Inzh.-fiz.zhur. 5 no.12.-104-1(Y7 D 162.
(MIRA 1632)
1. Nauchno-issledovatellskiy i proyektnyy institut, azotnoy
proWshlennosti I ~roduktav organicheskogo sinteza, Moskva.
(Dissociation (Iodine) (Carbon dioxide)

~, (4)
AUTHORS: KTi oil evskiy, I. R.. Khazanova, N. Ye,, SC7 "71' - 3'A 7 C
aTa ~e- k I -, a L,~ R~
~ns
TITLE. Ciiticai Phpnompna In the Hexampthylc~nc- Iminc
T. Equi-411briiim Li~rdfinbr Curv,, of I&Ijid
rritisal F,~Ilit
PERIODICAL. '959. V01 33, Ill vi~ 10A 14')'
'USSR,
ABSTRACT; Frolit th,- 41a~a of 'the clasoi,~,A ', hr Y ~ i i -. h e-T I ' i 1)nvi
1~.~ Cbt~jj-
ne. %eiv t*,i-:rr,-i,,dynaiai-- rzelat'-ras ~an 1 7) wn,
h
com~.nr, the ~curse of the (LC' th~--
P,:,ini (CP), with t.tl- jumpscf the --f Es,~ac-
durinc; then! transition ---f -.hz system frcn the tc thj~
state., in pievious papez-9 (Refs 4 6) it wa-3 f~-un'L
fc-r twn systems bj the Laethod of the .4ump -)f the darl---Tativ,~-
(9v/dt) of the course -,f the (Lv-) near th--3 ~,rfftical p,~in-
,hat th~, limitine rurveq Af --.hase systems j-rirf~
pal-rabolas, In f7on.4;inuatior, () f these iaqesriga-t~ons th:~ a--4th~rs
aralyzed the system hexamethylene iaiie. ~I' - v7-jt~-,, "W. T--~Y
,'ard. 1 p -nvestigated the -:!ourse of thf~- (.LC) (Fig I Table r,-a,,

Critical Phenomena in the System Hexamethylene SOV/76-33-7--7/40
!,nine Water, I. Equilibrium Liniting Curve of
Liquid Liquid Near the, Critical. Point
(CP)~ the partial and total vapor pressure, the ape-,ific weivht,
the refractive indox, the viscosity, and the diffusion coeffi-
cienta within the iride range of temperature and composition.
Investigations were carried out near the lower (CP) at 66.90C
and 22.5 wt% (I) by means of a gravimetr4c dilatometer (Refa4' -
14) (Fig 1) which was contained in a the;mostat. The authors
investigated six systems with a hexamethylene imine content
of 13.7~ 20.11 24.32, 27.6~ 31.4, and 35.6 wt% at various tem-
peratur4s (Table 2), On tho basia cf the results of the ape--
cifi~ -clumes' -olume-temperature curves were plotted, and
heTefrom the authors calculated the derivatives (9-,/Dt) F,.X On
the (LC) for the heterogeneous and the homogeneous range as
well as ths Jumps of the derivatives at the point of intersestion
j
of the (LC). Results showed that the jump of the derivative
Ov/dt), x attains a limit in the critical point, and thus the
(LC) is a second-degree parabola near the (CP), In 'Refs 18-20),
the -;umps of c and (9v/Dt)P,x of some binary solutions and
Card 2/3 L: Px

Criti--al Phenomena in the System Hexamethylene SOV/76-33-7-7/410
Imine Water, 1, Equilibrium Limiting Curve of
Liquid Liquid Near thr) Criti,-,al Point
the jumps -f of several pure Fvjbstances wi-re 4nvestigated
it was found that these jumps always attain 'Limits in the
(CP). It is therelfore assumed that thr! (LC) (,f the liqu4d-
liquid and of ths' liquid - rapor in the systema under -Ln-eat
'gation is a Ge--~ond-degroe parabola near the (CP)N. There ar.~
5 fib-ures, 2 tables and 2" referenses. 14 of which ar:? Sc--.
ASSO-ClATION; Goaudarstvcnnyy institut azotnoy prcmyshlertnosti (Stite irs,-,~
~.ute for Nitrogen Irdustry)
SUBMITTED. Septfm~,eT 11, 41957
Card 3/3

C, 36~
5(4) SOV/76-33-10-34/45
AUTHORS% Krichevskiy, I. R., Teekhanskayap Yu. V.
TITLE. Dissolution of Solid Acids in Binary Liquid Solutions in the
Critical Range
PERIODICAL: Zhurnal fiziche skoy khimii, 1959P Vol 33, Ur 10,
pp 2331 - 2338 (USSR)
ABSTRACT: This paper deals with the influence exercised by the critical
range on the kinetics of heterogeneous processes which take
place under different hydrodynamic condAtions. The rate of
dissolution of terephthalic acid in the systems triethylamine -
water at 170 and hexamethylenimine - water at 30, 40, and 67-50
was determined under laminar and turbulent conditions as well as
the rate of dissolution of adipio, eebacio, and salicylic acid
in the system triethylamine - water at 170 and under laminar
conditions. Exact data on the experimental methods are given.
Experiments with laminar flows led to two observationes 1) The
experimental values of dilute solutions are in agreement with
those computed according to equation (1) for convective diffu-
sion towards the surface of a rotating disk by V. G. Levich
Card 1/3 (Ref 7)1 2) for inoreasing triethylamine and hexamethylenimine

05"36
Dissolution of Solid Acids in Binary Liquid Solutions SOV/16-33-10-34/45
in the Critical Range
concentration and approximation to the critical composition,
the rate of di3solution of the various solid acids is equal in
the same solution. The computations of the diffusion flows
carried out by Yu. B. Ivanov and V. G. Levich (Ref 8) are in
good agreement with the present experimental data. For turbu-
lent flows L. D. Landau (Raf 9) and V. G. Levich (Ref 10) assumed
that the convection of the substance in the layer took place
immediately at the surface of the solid (where the chemical
gaction proceeded) due to turbulent pulsations, whereas L.
P andtl (Ref 11) and G. Karman (Ref 12) (Abstracter's note:
Karman's f ikst name is written in the text with G., in
the bibliography with T.) assume a laminar flow without pul-
sations in this layer. From the experimental data ob-
tained the universal constant was computed here from
equation (2) by Levioh for the convective diffusion towards the
surface of the rqtating disk in turbulent flows (Table), The
constant value of the universal constant confirm Levich's
theory and the afore-mentioned assumption by Landau and Levioh.
Experiments on the dissolution in binary mixtures of liquids
without critical point (ammonia . water) showed that also 4n
Card 2/3 this case the rate of' the heterogeneous chemical reaction may be

05 336
Dissolution of Solid Acids in Binary S 1- 7 / '#7 6 -
J
in the Critical Range
independent of the comtosition of tht. solution if the rr-:noval
of the reaction products d(-t(..-rm-Ln.7-t3 thf~ rr-,action rate. There
are 8 figures, I table, and 14 10 rf which ar,~ Soviit.
ASSOCIATION: Institut azotnoy promyah1(,n:.os1i)!,:ojkv,.i (Inntit-i.f~ of Nitro,~en
Industry, Moscow)
SUB""ITTTED; March 51, 1958
Card ', /3

5W SOV/20-122-2-25/42
AUTHORS: Krichevskiy, I. R., Tsekhanakaya, Yu. V.
-TITLE; The Convective Diffusion in Liquid Solutions Under Turbulent
Conditions (Konvektivnaya diffuziya v zhidkikh rastvorakh
pri turbulentnom rezhime)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 2, pp 258-259
(USSR)
ABSTRACT: V. G. Levich met vp the following equation of the convective
diffusion in liquid solutions to the surface of a rotating
disk under turbulent conditions: 0901 c 08 (a co )" 1/5
a Pr3/4 (a 2W) .
I denotes the diffusion flux (potok), a - the area of the disk,
a - the radius of the diskg c0 - the concentration of the
substance in the core (yadro) of the solution, 6) - the
angular velocity of the rotating disk, *0 - the kinematic
viscosity of the solution, a - a universal constant. This
Card 1/3 paper deals with the experimental confirmation of the above

BOV/2o-122-2-25/42
The Convective Diffusion in Liquid Solutions Under Turbulent Conditions
given equation and with the finding of the numerical value
of a. For the experimental proof of the above mentioned equa-
tion, the authors measured the.velocity of the dissolution
of terephthalic acid (which is practically water-insoluble)
in diluted aqueous solutions such as water-triethylamine,
water-hexaethylamine, and vater-ammonia according to the
method of the rotating disk under turbulent conditions. The
apparatus for the measurements and the exrrimental method
were discussed in a previous paper (Ref 8 . A table gives
the results of the measurementn of the diffusion fluxes to-
gether with all the data necessary for the calculation of
the value of a. The errors of the determination of the dif-
fusion fluxes under turbulent conditions amounted to 3-6 %.
For a, the average value 003 was found. The probable error
of a single measurement oi a was equal to + 0,31 and the
probable error of the average value of a amoun6ed to + 0.003.
Thus, the value of a does not depend on the nature of-thu
diffusing substance. The constancy of the value of a confirms
the assumptions of L. D. Landau and V. G. Lievichconcerning
the nature of the turbulent motion in liquids near a solid
surface. There are I table and 10 references, 7 of which are
Card 2/3 Soviet.

SOV/20-122-2-251/42
The Convective Diffusion in Liquid Solutions Under Turbulent Conditions
ASSOCIATION: Hauchno-iseledovatellskiy i proyektnyy institut azotnoy
promyshlennosti
(Scientific Research and Planning Institutr-of the Nitrogen
Industry)
PRESENTED: May 0, 1958, by S. I. Vollfkovich, Academician
SUBMITTED: May 7o 1958
Card 3/3

L 182&66 EWT(N)1EWP(J)1T1F.TC(n).6 DSIWWIJWIRM
ACC NR: AP6008053 SOURCE CODE: UR/0020/66/166/004/0897/0900
'2_9
AUTHOR: Kirchevskiv. I. R.; Tsekhanskaya, Yu. V.; Polyakova, Z. A. 2-7
431
ORG; State Institute of the Nitrogen Industry (Gosudarstvennyy institut azotnoy
promyshl-e-n-nosti)
1
TITLE: Photodissociation of chlorine ;md recombination of chlorine atoms at the
critical point of the liquid-gas equilibrium
SOURCE: AN SSSR. Doklady, v. 166, no. 4, 194, 897-900
TOPIC TAGS: chlorine, critical point, diffusion, photodissociation
ABSTRACT: The kinetics of photodissociation of chlorine and recombination of chlo-
rine atoms was carried out at 144.0()C at chlorine densities from 0.562 to 0.597
g/cM3. The apparatus employed is thoroughly described. An ampoule filled with
chlorine was illuminated with a PRK-2 lamp, which has a spectrum causing the disso-
ciation of chlorine molecules, and the binary solution C12-Cl was formed. When the,
critical temperature of the latter became constant, a state of equilibrium was
reached, i. e., the number of forming atoms was equal to the number of recombining
UDC: 531.1

L 13906-66
ACC NR: AP6008053
ones. This occurred after 8 to 10 min. The recombination at chlorine densities
close to the critical value (0.572, 0.574, 0.579, and 0.585 g/CM3) is very slow:
the chlorine atoms recombine completely after 70 to 80 min. At chlorine densities
~of 0.562 and 0.597 g/cm3 the recombination of chlorine atoms ends after 4 to 5 min.
:This ver-j slow recombination is attributed to an abrupt decrease of the diffusion
coefficient at the critical point of the binary solution. At 144.OOC and at the
critical density of chlorine, the difflusionvcoefficient of chlorine atoms was cal-
culated to be 2.10 12 cm2 sec-1. _fFiI*s__c_o_nUuded that radicals can be stabilized
iin the vicinity of the critical point of binary systems. The paper was presented
iby Academician S. 1. Vollfkovich on 4 June 1965. Orig. Lt. has: 2 figures, 12
Iformulas.
SUB CODE: 07/ SLMM DATE: OlJun65/ ORIG REF: 007/ OTH REF: 005
lCard 2/2 IMI,

USZ R
jCUR.
:Lq~o, Y~,, r I
!JOTHCR Tsel~linnovskly, A.I. Patrny, ?.l.F.
I UST.
4
, - zaT i.on of' 'voren-,
TI TI; E,
Aberl5an
Lunn. kh-vo,1958, No.1, 17-19
11-33TRACT
.-ideration. is ~7iven to prn*-Ile,-;:; of i. fieI
.?it ic,41al e-xrloitation o-I dried-oill.
riJantat-ions'ill Tomskaya in-
:,~re,d b.
-~ t~-- --iberi-an in 197,4 - pjt-C7~
t O-d vp l-, t h
are -,i
treal-m~,ni; -,f e
star-us. Pria. e.~criFrimenur, -ire rl,--:3c,, ~,,,d
Ile'll 3 tdards for wood "d
aAl L

TSIRMOVSKIY, A.I., inzher-er, laureat Premis i.
...
Skidding untopped timber by the b,.W. e-d. Meich.ty-A.-rab. 9 n,-.2:
36-38 F 155. (MIRA 8:4)
(Lumberizz)

TSEXHAf-05HY, A. 1.
7672. TS--;KfbUWVSKIY, A. 1. -- Upyt raboty Tioir.,- zevskoco lespromidoza. (k)mbinat
"Tomies"). M. -L., Goslesbumizdat, 1954. 60 s. s ill. 22 sm. (Crafik
tsiklichnosti na lesozae;otovkakh). ',1.000 ekz. 1E. 101. --(5j-4114) P
634-98:(658-561 & 658o513
SO: Knizhnava Letopois', Vol. 7. 1955

! - - ~- e - - -- - - - --- - - -
RNSHETOV,A.V., inzhener; TSAGWIOVSKIT,A.I.. inzhener
Methods of loading tree length logo onto the rolling stock of
Siberian loggin railroads. liekh.trud. rab. 9 no.606-37 A 155.
WLRA 8 - 6)
(Loading and unloading) (Lumber-Transportation)

-------------------
T3V,I.!A,'~'kV.3K I Y , A . I.: V, I - T - :
ZET,tDICIIf F.1%
LIJJMBE?rJItG
Haulina lumber by means of a ,ildlass with perpetual cable., Les. prom., 1-2, no. 1,
1952.
Monthly List of Russian Accessions, Ldbrary of Conpress, M&rch 1952. UNCLASSIFj'-T)

GMrKOV, V.I.; TSZIMANOVSKIY, A.I., laureat Stalinskoy premii.
Continums work schadale in master IJLP. Ry=hils section.
Un.pram. 14 no-7:11-13 J1 154. (HUA 7:7)
1. Diraktor Timi"azavskogo lespromkhoza (for Golikov)
2. Glav,Wy inxhenar Timir7asevskogo lospromkhosa (for Tookha-
novskiy)
(lumbering)

71
v
TSzKHAVCV3KlY, J!. (3-: icr Vct--r-' nriLlip Spc~.ssldy raycr, :,e7.F-rt!nlnt
of Agri Cul tur-~)
The fifht aa-imt ef:--zs.-ticq
Source: Veterine.-iya; 22; 6; Ji.ne 1945 uncl
TALCON
0 0 0 0 0 0 0 0 0

SI-iTISTIZ, V,A.) MALYSIIEVA, K.G.; MENHAINO.VSKITY, B.G.
c,- =b
E -mentpal radiculAr leaco,--rtcs'-s in 1, --r d~skcgen f c --rad I '.: 9 ,
Zhur.nev,-. i Psikh. 63 no.12tI792-1797 163. (MIRA -:8 11
1. Y-11nika nerrokhirurgli (nachallulk - dotsent B.A.Samotok"n)
Voyanno.-meditsinskoy ordervt Lenina a"demll Imeni .9.M.Kirova.

VASILIYEVA, R.V., inzh.; TSMMANSMY, K.R., inzh.; SHRYUKa. Te.M.. inth.:
FRIDUARD,
Equipment for studying vibrations of bearings in turbine units.
(Trudy] TSNIITKASH no.87:23-40 158. (MIRA 11:11)
(~aarings (Rachinary)-Vibration) (Electronic meacurements)

TSMW4M,Ykp YU. V.
Teekhanskaya, Yu, V. -- "Diffusion and Dissolution in Liquid Solutions
in the Critical Region." Min Chemical Industry USSR. Urder of Labor Red
Banner Sci Res Physicochemical Inst imeni L. Ya. Karpov. moscow, 1256.
(Disseration For the Degree of Candidate in Chemical Eciences).
So: Knizhnaya Letopis', No. 11, 1956, pp 103-114

USSR/Statistical Physics Liquids D-8
Abs Jour : Referat Zhur - Fizika) No 5) 1957, 11521
Author : KricheVskiy, I.R., Tse_~!.~ka ~a Yu.V.
Inst : Institute of 71troGen Industry, W,scow.
Title ; Diffusion and Dissolution in Liquid Solution in the
Critical Region.
Orig Pub : Zh. fiz. khimii., 1956, 30, No 10, 2315-2326
Abstract : On the basis of the investigation performed on the influen-
ce of the critical reGion on the diffusion in a system
comprising water and tri-ethyl-amine, a general ~onclusl'.Gn
is reached that -the speed of diffusion in the _,ritic-al re-
.rrion of a double system is very small and drops down to
zero at Lhe very eri~lcal point. Also inveutiLgited was
the influence of the',~ritlcal region on the kinetics of
the heterogenous reaction. It is indicated, that in the
Card 1/2

USSR/Statistical Physics - Liquids D-8
Abs Jour : Ref Zhur - Fizika, No 5, 1957, i1521
critical regions of multi-component systems, the conclu-
sions made remain approximately valid for the first and
second components. provided their concentrations are lar-
ge compared with the concentrations of the individual com-
ponents.
BIbliography, 36 titles.
Card 2/2

KRICHFISKIY, I.R.-, Ro,rT, L.A,; TSEKHANSKAYA, 'Yu.V.
-.- t
Autocorrelatiin cf a f-f-1--,-I~ t--l-su n~-ar
its critical point. j()kl. AN SSSR 163 nc,,3s674-6?6 FI 01'FtA 18:7)
1, Rolorusskly in,3titut tm. 3.14,.Kirova. Sulk-1-fritted
January 6, 1965.

TSEKIWISKIY., q,;. , inzh.
D-467 self-propelled mixer. Stroi. i dor. rjwh. 6 n0-3131 Mr
161. (Road machinery) (MIRL 34W

264_/028
ACC IwR-' iVr-60324940 soup= CODE'. UR/0368/66/005/003/0
AUTHOR: Tsekhanskiy, 0. N.; Pankratlyeva, E. A.; Vafiadi, V. G.
0R0: none
TITLE: Procedure for measuring the depth of modulation of light flux
SOURCE: Zhurnal prikladnoy spektroakopii', Vo 5, no. 3, 1966, 284-28T
TOPIC TAGS: liabt modulation, luminescence, photoconductivity, Karr cell
ABSTRACT: In view of the development of new types of modulators for use with re-
search on luminescence kinetics and photoconductivity, the authors describe apparatus,
aimed at comparing different modulators, for the measurement of the depth of modula-
tion of light flux from a light modulator or from a source of modulated light. Thei .-
principle of the apparatus (Fig. 1) is based on interrupting the light by a rotating
perforated disc and measuring the oscillograms of the output of photomultiplier on
which the interrupted light is incident. A Kerr cell was used as a standard ruaidulator
producing a constant depth of light-flux modulation. The use of the Kerr cell made
it possible to correct the photomultiplier readings for inertia occurring at different
frequencies. As an example illustration of the operation of the equipment, it was
used to measure the depth of modulation of the light flux from a neon lamp (type TF-
0.20) at 4 Mcs. Orig. art. has: 4 figures, 3 formulas and 1 table.
1/2 uDc: 621.

ACC NRt AP603244o
Fig. 1. Block diagram of apparatus for the
measurement of depth of modulation of light
flux. 1 -- Perforated disc, 2 - motor,
3 -- photomultiplier, 4 - preamplifier with
cathode follower, 5 -- photomultiplier
power supply, 6 - preamplifier power supply,
oscilloscope.
7
TL7~
F
L-~j
MM CODE: 20/ BM DATE: 26oct651 ORIG REF: 003
2/2

-TSEKWSY-I7 G' S.
-ni
at
p., C,.
ft~ki w.! of rib" tc!nq. -critbalpy rhaft of NI-01
(It y:6hed. Thn cliart Is iiacrl on the mwimp-
nr' O"St tht; ll(.-,t of mixin- 411 .01p il i'l polivith ik
CtIt!n) to zero, Tiw (-L~,rt i~rlhvizlcd i:";"s for.
1irjLlI(. lid %-ir~r. Tli, thart makc-i It vs)~,Iblv to makc.6 a
cio--c atiid~A4 ot Hie, jwxc%~tg of thrutilhig,
And htjlt cxchatigv nf Paid. va:,"U4 an'l finfild of ally
c01li-Im. frimi 1)iirQ ':, w juirc 01 (im-litchitx the throttling
rA the pu.-C coullim!"ni Katitich

TSEEMIOVSKIT, B.G., kapitan med.sluzhby
Result of conduction anesthesia In surgery of the hand. Toen.med.
shur. no.5t76-77 My '58 (XZRA 11:7)
(MMIONAL ANESTHESIA.
in wrist surg. (Rug))
(WRIST, surgery,
anesth.. regionAl (Rus))