SCIENTIFIC ABSTRACT YEZHIKOV, I. I. - YEZHKOVA, Z. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963030001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEZHIKOVI 1. 1.
c1mracte riot ic a 6.f Early anbryotia! 111ingn--t Durlt%# tho, IneomiAiA-L w1A
Complete Converzi= of Insects"
Tr. In-Ta M'orfolo5ii Zhivotnykh AWSSR, No 8, 1953, 1-140-153
Author criticizes current teachings that the meta rphosis of
invertebrates is it process of loss of larval.adaptation, but claims -that
it is a primary wtamorphosis. . The transformation of insects appears to
be a rare example of primary metamorphisis arising from concealed development
(by the egg tiembrime) . Author believes however that larvae of
insects conform -~,by_-their complete trinsformation, to belated. embryonal
of~ -with - inwom_ lete- ~~iisi -71hat '-s6urce- of Ahe ~ complete.
stsiges --insects,-, mistaw
transformation is-the decrease in the necessary egg yolk during
evolution. Author-lists literature which bears him out. (RZbBiol, N09, 1955)
SO: Sum-No 78.7; 12 Jan 1956

YEZRIK, 1. 1. KCIVALIV, 1. A.
Determining the beat capacity of bonzens, paraxylene,
metax7l()l and c7clobexane in a supmrcooled stata* Xhim. i
takh. topl. no.10:12-14 0 156. (mm gal)
(Heat capacity) (Hydrocarbons)

KDVALXV, I.A.
Determining the correlation between contrast factors In the
analysis of spectral lines eitnated in various spectral ranges.
Opt. I spektr. I no.8:1010-1011 D 156. (MM 10:2)
1. Khal,lkovskiy inzhonerno-strotteliny7 Institute
(spectrum analysis) -

YMHIK, 1.19--
Infrared luminescence of X-ray treated CaF2, VaCl. KC1 and KBr
crystals. Opt. i spektr'. I no.8:1011-1013 D 56. (MA 10:2)
1. Kharlkovskix inshonerno-stroitellrqy Institut.
(Laminaec-ence) (Infrared rays)

YEZHIK --I J, ~ SHAVLO_ S.T.
11014! of - Yr-g, R-1, az& F I-color -Cent= ln,- ths machaul sim of,,tba -infrared
flu6resc=e of F-canters In salkalf-ba]~ crptela. lzv.vys--c b.zav.;
fiz.. na-1:46-53 16U (IIMA 14:7)
le Ilarikovskiy pedagogiahesidy Uatitut, Imeni -G.S.Skovoredy.
.(Color centers) (Alkinli metal Wides-Crystals)
(Infrared rap)

.2 3 Yo o .7711/3 1)
AUTHOR~ Yezhik, I,J,
33642
S/051/62/012/001/010/020
E032/E4i4
TITLE~ ~Infrared luminescence of F-centres in X-rayed
fluorite crystals
PERIODICALi Optika i spektroskopiya, v.12, no.J., 1962, 92-94
TEM: This is a continuation of work reported in Ref,,l
(Optika i spektr., 1, 1956, 1011) in which the infrared
fluorescence of X-rayed fluorite crystals was measured between
77 and 6WK. A detailed'account of the method used to obtain
the infrared*fluorescence spectra was given by the author in a
previous paper (Ref.2., Ukr, fiz. zh., V.3, no,l, 1958, 56).
The infrared fluorescence was measured immediately after the
crystala had been exposed-to X-rays, Curves of the intensity of
infrared fluorescence versus temperature were found to exhibit
well-defined peaks at the following temperatures-, 110, 186,
2259 268, 292, 330 and 3500K. The position of the peaks was not
affected by annealing at 800"K for 8 h. However, after this process/
the intensity was considerably hLgher, particularly at higher
temperatures. Additional spectrometric measurementz showed that
Card

Infrared luminescence Of
33642
S/051/62/012/001/010/020
E032/E4i4
the concentration of F-centres in annealed fluorite.crystals
led-------
crystals. Curves of the intensity of visible and ultraviolet
luminescence versus temperature were found to have vell-defined
peaks at 110, 1861 225, 2707 294, 330, 350, 4ooj 470, 510, =140,
58o., 61o and 64o'K. The peaks at 330, 350, 4oo, 470, 510, 540,
580 and 610'K are said to be in good agreement with the results
reported by E. Bandret (Ref-3: Helv. phys. acta, v.26, 1953, 383)
and J,J~H,111, J. Aron (RedA~ J, Chem, Phys., v,,21, 1953, 223)~
Fig-3 shows the infrared fluorescence spectrum for fluorite at
room temperature (curve 1) and at liquid'nitrogen temperature,
Curve 2 has a maximum at 1.2411. At room temperature this
maximum is shifted towards longer wavelengths by 0.02 to 0,,0311~
A theory of these phenomena is said to be given by the present
author in Ref.2. There are:3 figures and 5 referencest
3 Soviet-bloe and 2 non-Soviet-bloc. The reference to an English
language:publication - Ref.4 - is,quoted in.the text.
SUBMITTED-1 January 14, 1961
Card 2/1 1 -2

YEZHIKOV, -10
"The Principle of recapitulation and the conditions of the historical upderstar4ing of
development. -On-the theory, of historical- heterogenesis," -(P. 303) by S, G. Krizhanwr5IV,-
SO: JoUM1 g r Go eral Biology (Zburml Obschei Biologii) Volume II No. 2. 1941.

"Treatise on Zoology" Vol- 1 (pblig) by-Professors E.G. HeUer, I-Ic &J490VI L.P.
Lqvinson, A.A. Paramonov; Edited by B.S. Hatvaev and Pror. L.B. lavinson; Reviewed
b7 D. van der Flaas
SO: Adwa iev in kWem Biolomr (Uspekbi Sovren, emoi, Biologil) Vol. XV, 19441, No. 1

Y=IIKOV, ~1.1.
Chimicteristics of early embryonic stages in, the case of Inco=lete and
complete transformation of Insects. Tmdy Inst.morf.zhiv. no.8:130-153
Od,3A 6:9

T=HIKOVI I.I.
Orgunizabion of bagworma of th4 genuo Jima (Ioq)ldavtara, Paychides). Trud7
Inqt.m*rX.zhtv, no.8:154-169 053. (MM 6:9)
(Psychidae)

YEZITIKOV, N.Nej inzb,,; SIMONOV L.V. jinth..- OLMIK, F-A-v gornn, tekhnik
PML-9 loaden Gor. zhur. no.11:56 N 161. (MIRA 1-5:2)
1. Nauchno-ii5sledovatel'skiy gornorudnyy institut, Krivoy Rog.
(nning machiner7)

MISS ff-al
AYRUMOV, Arson Hikhaylovich, kandidat skonomichookikh vAuk; YBZHIKOVA, V.A..
re"Ictor; DBMIDOVA, L.F., tekhnichaskly rodaktor
[Analyzing the economic aspects of cotton growing collective farms]
~Analiz khoxisletvannol deiatelinosti khlopkovodchookogo kolkhoza.
Tashkent; Goo.. izd-vo Utbakskoi SSR, 1955. 181 p. (NIBA 9:8)
(Collective farms): (Cotton growing)

go

YE;ZHKI:IIAI A. 1%
"The Effect .of Interbreeding on ~he FormtIon of the
G
Characteristics of Hybrid Flax.11 Oind Biol Sai, All-Union Acad
of Agricultural Sci izeni, Lenin (V!3IV!,NIL), Leningrad, 1953.
i
-54)
~WhBiol, 11o 3e p
SO: Sum 432t Z9 Mar 55

1, 44333-66 EWT(d) 1JP(0)
CC R1
AUTHORt. Yezhov. 1. 1.
_CKiev P3
ORG: none
TITLE: Markovian chains with discrete interference for the case forming a semi-
11arkovian rocess
tOURCEs Ukrainskiy matematicheskl Ly zhurnal# v. 18, no. 1. 1966, 40-65
TOPIC TACS: Markov proCess, queutaing theory 1 0 ts -rje 1,6,u 7-I&A) F'X1A.)Cr-.10A);
ABSTRACT., The author studied a uniform Markovian process (E(t), (t), ;(t)) (with
:,the first two components b~iin'g integral and the third nonne .gativ~') whose-transient
'probabilities are of the form
P (ii k,-*x + AQ) (I +0(M
.77 VIAO--,Fl
Al +
X- + VIVII.
40+40 r-F,(%) A
~p ((i,-k, X~=- (IM, 0)) +
.16,( 01
-;-Lcarc 1/2

44333-66
ACC NR: AP6019056
'Ifere Fk(x) are continuous distribution functions and %'iv.VJF and blm(x) are non-
ik
negative constants and functions,.with..
v,, blim (X) =;i 1;
(2)
Ihe ergodic distribution of the lyrocess is first found under the assumption that it
exists. Then the established resLilts are justified, and the distribution of times
at which the process attains a given region of phase space is investigated. The re-
sults are applied to a unilinear queueing system with consecutiveness. The flow of
requests is the simplest one, with a single parameter, and the servicing time is a
random quantity with a distribution function F(x). Orig. art. has: 93 formulas.
SUB-CODE: __12/__SUBM DATE: 08Jun65/ ORIG REF:----005/ OTH REF*.. _001
Card blg

YEZHOVA, T.N.
Elec-L-rc-cardiog-zaphy and phcncr!a-2-a-icff-rap-hyy in def-ecls el the inntez-a
ventricular septum. UA. tnidy GMI no.19,0_10-124 If 5,
2. Iz klinlki aosptLallnoy- kbirurgil Corlkovskogo goaudarstvannogo
m,--d4.U,'-nsk-oga imbltuta lmeni S.M.Ki.rrj-rra.
m

DMTABM; -Ye,l.; YEZHOVA, T.H.
Changes in the ar-d --'-
ef Fal-lotts gmup. U,-?-,. traJ-,, U101 nc.19:206-2115 165.
(MIDA is: 8)
1. 1z kUniki gospitallnoy khirurgii GorIkovelKogo gosud~rstvannogo
moditainakpgo inqUI.-u-t-et In"Mi

'7_--- 7-7-Y
ACC.INR,t A11700 28",
SOURCE CODE!- Ult/0275/66 -/009/0l0/V028/V0z8
~AUTHOR: Yezh'-.oV,B A YUlchno M. Ya.
-voltage r
eed electronic ohielding In high poyer high ectifters and
eleciron-tube w
cillators
SOURCE:r Ref. rh. El(iktronika -I yeye prim 1OV187
eneniy% 'Abs.
iya.'Nauchno
REF SOtMCE; 131ektroterm -tekhn. A., vyp. 1966, 17-19
TOPIC TAGS: electronic. shielding, electronic oscillator thyratron,
rectif
ter, 6
ABSTRACT: Th ~s shielding device contains seven thyratrons and is fitted with'a
'-high ad shunting. Thp. high-voltage rectifier has
-voltage redifier cutoff and d-c lo
a. cutoff, time 14 m sec for, the moment of breakdown, to cutoff of current, flow
through the rect fier. The puls of the emergency current has a maximum vaWe. of
e
:20% of the short circuit currentof the anode transformer. A noninductive 0. 4-bhm
resistor.connec'4 to the high-voltage rectifier output to used as the emergency
current pickup. At the moment of failure, the d-c load is shunted by the hieldi
Fj'0j ad is limit ~Irng
,ron. n
thyrat tfinelor the emewgency current through the lo. d is limit d o. ly by
Card 1/2 UDC: 621.314.61

YEZHKOV G.A.
Generalization Of D7COSiS in the Itsenko-Cushing disease and its
treatment with corticosteroids; surveY Of tbs.literature Vest.
derm. i ven. 38 no.Q:30-34 S 164. (;a RA 18:4)
1. Kafed-ra kozhnykh i venericheskikh bolezney (zav. - Prof. A.N.
Araviyski-y) I IRningradskogo meditsinskogo instituta imen-L
Favlova*

GRITSAT, H.K.-; IAVRIIM. YO.M.; KOLMOGOROVA, V.V.I M.A.; BERICOVICH,
B.L" LZKOTA. T.Kh.
Sandfly fever an& its control in the areas of Odasea Province
fornerly Izmaill Province. Ked.paras. i parar..bol. 26 hool:7i-#73
Ja-JI '57. (HLRA 10:6)
1. Iz Ukrainskogo inatituta malyarit t meditainskoy perazitologii
iment prof. T-Ta.Rubashkina (dir. institute I.A.Denchanko) t
parasitologicheakikh otdelenly hmaillakoy gorc4skoy, Rentyakoy i
Bolgrab koy reyonnykh sanitarno-ept4aniologichaskikh etaately.
(PAPPATACI FXVIR, prev. and control
in Russia)

YE7-HKOV M,Aa
Sand MY Oontrol in lzmaij; ari abatracto VR,,Io r4,,.5tz. F&Mz. br)!-
33 no.5!619-620 S-0 164. (WRA 18t/,)
1. Otdel malYaril I medit3i.nj!-.oy pirazi.tologli. Izmalll.,3koy
sardtarno-opidemlologichaskoy otantali Odeaskoy oblasti,

YEZIJKOV, V.
7 rl-.3~'-' .56 Mr
18 5
khriich;~.,,Ili lye ob-he Nr,
1. Korrosf.,ondcnt, zhumn

1
Y.EZ11KOV , V. , polkovnik -.. I
In schools of comuni-ot labor. Kom. Vooruzh. SU 4 no.18:59-60
S 164. 1 (MIRA 17:9)

IEZHoV., Vjktor Anatollyevich; VOSTOKOVAS E.S.p red.: KIMLEVAp
----------- to re~*
[1.6ningred workers in the struggle for the reconstruction of.the
citys 1944 - 1945] Ralwahic Leningrada v bor-lbe za voestanovlenie
goroda., 1944-1945 gg, Leningrad,, Izd-vo Leningr. univ., 1961,,
105 P. (11MA 15: 1)
(14ningrad--Reconstruction)

FORD, G.W.K.; SKVORTSOT, S.A,,- rodaktor; U redaktor;
r
SKTMSOY, I.-H., tokhnicheakiy re or
(Poweirreactor projects. Translated from the Naglish] Preekty
energatichaskikh reaktorov. Forevod a anglilskogo. Pod red*
B.A.Skwortaova. Hook7a. Goo. energ# ltd-vo. 1956. 31 P-s (HLRA 10:1)
(muclear reactors)

gap
RAZZVIG, D.T., redaktor; YEZHKOV, Y.Y., reds, ktor; LARIONOT, G.Ye., tskIUA-
'ktor
~.heokiy rada
[Lightning protection for buildings and installations] Grocozashchita
zdanii I sooruzhenti, Pod red* D.Y.Razeviga. Moskva, Gosenerg. Izd-vo,
1956. 19 P. (=a 9;12)
(Lightning protection)

KOKAROT. Boric SergeyevichAdeceased); ZHKOV V.V., radektor;
LIDMA, X.T.. tekhnicbeaki redaktor.
[Current supply and electrical equipment for wire communication]
Blektropitania i.elek~rooborudiovanie pradprHatil provadnol sviavi.
rzd. 3-o. perer. i d9p. Hosk7a, G6s.izd4d lit-ry po, vop~oeam sviazi
i radio, 1956,341 p- (M13A 10:0
(Teleg;aph) (Telephone)

SARMOT, Potr Vasillyevich; YXWOV, T.V., radaktor; FRIDKIV, A.M.,
takhatcheskly
[Technology of electric apparatus building] Tekhaologlia slaktro-
apparatostroanits, Iad.2,-oa, perar. Mockva,, Goo.-guerg.ftd-vo. Part.L
.(characteristics of electric apparatus buildigg, Tachno1w of
turning parts and magnetic circuits] Nobtanosti slaktroapparato-
stroaniia.' Takhaologlia tokaredushchM detalsi t magnitoprawodow.
1956. 320 p. ~(MLRA 9:5)
(Electric apparatus.and appliances) (Electric Aingintering)

MIKOV. VaLlentin Andrayevich; ITANOT-SKOIAIISKIT. Alelmsy Wladintrovich;
--3rQ_NOY. W.V.. radaktor; nlDKIII, A.M., tekhaichasicly radaktor
(Use of models In designing electric systems] Fitichaskoe modaltrava-
nie elaktrichaskikh state=. Koskya, Gov. anarg. tzd-yo, 1956- 358 p-
I(31actric engineering) (MMA 9:12)

TARAYNY9 U.N. prof e8wor, 'redaki YBZHKOV, V.7., rodaktor; HCRONIN. K-?.,
tekhalcheekly redaktor
[Fluorine organic compounds used as electric lasulating uatorlals*
TranalationaJ Ptororganichaskie elettrottolyatelowWa materialy.
Perevody statel pcd red. Y.M.Tareava. Koakva, Gosonarg. tod-vo,
1957. 62 P. (MIRA 10:9)
Ollactric insulators and insulation)
(Fluorine organic compounds)

MIX
to
-
AE-ZH1~6"'VI
-111MOSbOke Votes profs, daktor tekha-enaukO reds; YUKKOT, V.V., ral,,,
[High-voltage transmission lines; a collection of artic2es]
sta eto
Pod red* T.VBurgsdorfaO Kosk7a, God, energo izd-vo. No'42-4-
1957. 61 p. (MIRA 11-5)
1. CMRES, trust, Moscow.
(Electric lines)

"HICA13- V. --V.-
KRIKUWHIK. redaktor; YAZHKOT. V.V-. redaktor; KIIDMBVO- -L.Ya. 0
takhatcheakly radaktdr
1380 kv transmission in Sweden; ta 5 Parts] kaktropersdacha 380
kv v Shvetelt; v ptatt,vypuskakh, Pareved statat i doklalov pod
red. A-B.KrLkunchlk-a. *Ncokva. Gos.sn9rg.izd-vo. [High-
tension apparatus. Traneformerol, ApgtF~Vv napriashealia.
1T57'6~~ 99'2p.' -k3A loao)
Transformatory 0
(Swiden-Illectric #ower distribution)

ye z-
CHILIKIR, HeG*j prof,, red.:-ZUSW, kan4. takha nauk, rado;YEZHKOT, TOTSO
-red.; IARIWOT. Me.. tekhn. red.
[Machine tool electric equ~pmeutj A.I. Ileatrio v~iohlns a. and appartuo
forma6hins toolsIllektrooborudovanie metallorethpshohikh stankov.
Nookwas GiDs, euerg. lzd-vo. R*,'I, Rektricheekle mashiny L apparaty
dIfA matalloresbushchM ~utaukov. 1958 87 (miu- 120-
(Machine ;0019~

CHILIKIN, M.G., prof., red.; ZUSMAN, T.G,,-ksnd.takbn.aauk., red.;
YFZHMV, V.Y., red.; BOAUMV, R.I., takhn.red.
[Blectric equipment of metal cutting machines] slaktroobo-
Tudovanle matalloreshushchikh stankov. Faxt..).[Autonatic
control of machines] Elektroavtomatlka stankov'. Ithakva, Goo.
anerg. iod-vo. 1959. 236 p. (MIR& 12:2)
(%china toolm) (Automatic control).

CHILIKIN. M.G., prof.: ZUS.14ill. V.G., kand.taklin.vauk; YBZHKOV, V,V,, redo;
BORUNOT,,N.I., takhn.red. ft. ,m
[Ractric equipment for metal-cuttirg machinnal glaktrooborudo-
vanin metallorazhunhabikh stankovo Pt,2AControll4d electric
drive] Ragullruargi alaktroprivad. Ybaltva, Gon. anarg. izd-vo.
1958. 175 P- (MIRX 12:1)
(Rachina tools--Electric drtving)

J)OLGOV. A.U. j red.;
RIBIKIN, Boris Pavlovich; EMOT, Ye.D., red.
ITUMV, V.V., red,; SHIBNOV, A,D,, red,; USTINGVf PO-101 1'edo,
red.; LARIONOV, G.Ys.# takha.red.
(Concealed electric wiring) blxytye elaktroprovodki. Moskva
Gosouerg.jzd-vo, 1959, 38 p. (Bibliotaka elektrmonteras no:9).
(MIRA 13:6)
(Electric wiring)

KAR OV, Ifedor Madorovich; DMOV, Yo.D., rod.; DOLGOV, A.H.. red.;
'TIMOV. P.L. red.;
YZZIfK(Tl. T.Y. red.; SHMOV, A.D.. red.; M
-n red.
teidL
(How to select the correct diameter of wires and cables]
Kak vybrat' sechenie provoaov i kabolei. Hosk7a. Gostenerg.
izd-vo, 1959. 47 p. (Bibliotaka alektromontarn, no.1)
(HIIIA 13:1)
Mectric conductors)

VOIKOV, V.A., prof., doktor takhn.nauk, laureat LeninsW premiie red.;
YEZUOT, V.V., red.; BORUMOV, U.N.. takha.red.
[questions on stability and control of electric uysi;GMs; re orts
of the International Conforence on Mlootrical Systems, 19M
Toproay ustoichivosti I regulirovaniiaelaktrichaskikh sistem;
doklady Moohdunarodnoi konferentall po elektrichaskim slatemam
1958 g. Pod red. T.A.Vanikova. Moskva, Gos.energ.izd-vo, 1959.
205 P. (MIRA 12:11).
(Electric engineering)

S3TASTIYANOT, Hitrofan Ivanovich; VASIL'Yffe A.A., red.; DOLGOT, A.M..
SKIRILOT, A.Dj, r d.,
red.; TU4WqTk .. a - USTIVOT, P.I..
red.; TURAMOV, B.T., red.; TOON111, X.P., takhn.red.
Ezafety engineering in performing rigging operations in the
Installation of electric systems] Takhniks betopeanosti pri
proizvodstva taki3lazhnykh rstmt na moutazhe anargetichaskikh
ustanovok. Mosk7s, Gos.energ.izd-vr~-, 1960. 55 P. (Bibliotoka
alaktromonte , no.34) , (mm 14:4)
r(Blectric enginsering--Safety measures)

-STRAKHOV, Sargey Vladimirovioh, doktor to-k1m. nauk,,(Ro9kvs,, 1-250,
Krasnokazarmsnnaya ulitse, dom 14); YEMOTO Y.T., red.;
SCMTOV, N.I., t0kchn. red.
(Transient processes In electric networks operating with
a.c. Machinery] Perekhadnyo, protessay v elektrichaskildi
tsepiakho nodarzbashohikh mashiny peromeInnogo toko.
Moskva# Gos. energ. izd-vo, 1960. 2,46 p. (MIRA 14:5)
1. Yeesoyuznyy ssochnyy enerptichockly Institut for
Strakhov)
(Electric networks) (Electric msohinory~--Alternating current)

GLAZMIOT, Aleksandr Alaksandrovich (0,6ceased]; GLAZOOT, Alekeandr
Alekslandrovich; ~~TT %.-, red.; LARIONOT#-G.Te. telean.red.
[Mactric networks and-systemal glaktrichaskie-asti i statemv.
lzd*4*o pArere L.dop, Koakwet, Goe.energ.izd-vo, 1960. 367 P-
(Hm 14:3)
,(Blectric networks)

YEMKOVO V.V*, inzh.; Frinimali uchastiye.- TSOVIYANOV, A.N.-, FIVOVAROV, V.V.
Effect of additional moments on the dynamic stability of an electric
power transmission system containing bydrogenerators. Bleletric--stvo
no.11:35-41 N '(1. (KIW- 3.4:11)
1. Moskovskiy energetichpskiy, institut (for Yezhkov).
(Electric po-werdittribution) (Turbogenerators)

KABIW, Fedor Fedorovich; nMOT, YePID&# 'red.; D(=Y, A.9., red.;
cTSMOT, T.T.., red.; SHIFSOY, A.D., red.; US2190T, P.I., red.;
tekha.red,
Now to teat the possibility.of connecting a short-circuited
electric motor to an electric network) Kak proverit' voomoshnoatf
podkIluchenlis k elaktrichadicoi seti korotkozamknutogo elektrodvi-
gatelia, Koskva. Gosienerg.'W-vo, 45 p. (Bibliotaka elektro-
montera, no*12). 14:3)
(Blootric motors) (Ilectric power distribution)

INf m q4wR9k;&, '14 W- . . . . . . ~~ i I ... ~ko! -P-O&Z F;p

-M~: ;F-Ufiea 99 riumm
*194ra IN I Ir, R-EiPs.MM I Ru d _W92
YERKOLAYEVI, Igor' Nikola-yovich; YEZHK(lVg V.V.,, rod.; BORMOVp H.I. p
tekhn. red*
(magnetic a.c. starting.devices) Magniftye puskatell peremennogo
toka. Moskva, Goa. energ. W-4ol 1961. 62 p. (Bibliotaka
alektromonterat no.43) (Mm 24:9)
(Electric coutactors) (Electric relays)

tiww
ANISIMOVAS ~H~D.;.VMMGV, V.A,s pTofy eloktor tekbnovauks, 2aureat
lopinskoy premli; YBZHKOVp VoTil; ZHUWV.. L.A.; MDEUDIRP S.V.;
_-7150MAROV, A.U.; URIONOV, GYe.
ROZA1107 M.N.; FEDCROVI D.A.1-
tekbnoredo.
(Examplea and inustrations_:of~Aremsierit pro6onses in electrical-
q6tems] - Fsrek~e protsessj', elektrichaskikh sistem v, pri-
morakh i illiustraloiiakh. . By -II.D.Anialmov L dre Hosk7a# Goo.
enor
gAzd-vop 1962. 1183 p. (HIM 15:4)
1. Wedra-wElektrichookiye sic.Ae Moskovskogo.'energatichookogo
institute (for all except TAtionov 2. Zaveduyushchiy Wedroy
m3lektriohoskiye sistevq" Mookovskogo onergetI.Chookogo Instituta
(forvenikov)*
(Tr a r (Faectrio netwrks)
(Zleot joity))

'5/105/62/000/009/001/001
B140/E435
AUTHORS: Venikov, V.A., Doctor of Tei :hnical Sclences,
Y_~zh~ov V -Engineer, S- trakhov, S:.V.,, Doctor of
Technical Sciences, Professor (Moscow)
TITLE: The calculation of electromechanical trannients'in
electric power syst ems using dig ital computers
PERIODICAL: Elektrichestvo, no.9, 1962,~ 7-14
TEXT: The problem treated by the auth,ors is the calculation of
dynairde stability, short-circuit current variation and phase
swinging,-asynchronous operation related processes, usingdigi"l
computers. The use of digital computors permits a numVer of
factors which had to be neglected in'nianual,calculations, to be
taken iLo account. Such factors are the forces due to
aperiodic components of-the stator curi7ents and the periodic
component of rotor current, power losses in the rotor and stator
resistances. The ,work was carried out on a digital computer
"of the, 63CM (BESM) type", and compared with the results
obtained on an analogue model of the same system. The basic
elem-ent studied in the present work was a single machine connected
Card 1/3

out
S"105/62/000/oog/ool/ool
The calculation of electromechanical E140/E435
to constant potential busbars. The mathematical starting point
is a system of nonlinear integro-differe~ntial equations.
Periodic components are eliminated by transformation to a
coordinate system rotating with the machine under study. Several
possibilities exist for the treatment of systems of several
machines. Each machine can have its own local set of rotating
coordinates, while the lines connectingthem-can either be
related,to one of the terminal sets of rotating coordinates
or to a further fixed set. In establishing the equations,
the following simplifying assumptions were made:
1. The magnetic fields of each windingare distributed
sinusoidally along the circular air gap, to the neglect of higher
space harmonics. 2. Reluctance variations are neglected.
3. Hysteresis, saturation and eddy currents (steel losses) are
neglected. 4. The expressions for the: winding inductances are
simplified by series expansion and retention of only the first or
first two terms, -5. The field and damping windings,are
considered to be coaxial* With these assumptions and
restrictions a system of two genera.tors connected by a
Idard 2/3

S/l05/62/ooo/oo9/ool/ool
The calcillation of electromechanical E140/E435
transmission line was studied under short.-circuit*conditions from
the inst:ant of metallic contact through the recovery p criodI after
disconnection of the short-circuited segmont. The results,
compared with manual and with analogue computations, show the
following:
1. The additional forces takert into account in the computation
here are required only for machines close to the point.of short
circuit. The simplified formulae are adequate for machines
further away.
2. The program, which was developed in stages by comparison with
the results of analogue computations, appears: adequate to the*pr'oblem.
~3. A simplified,method, using effective ruirrents, with the
additionalforces referred to the prime mover, gives sufficiently
accurate results compared to-the method usink'instantancous current
values a-.nd can be recommended for engineering calculations.
4. The neglect of.iron losses does not substantially affect the
I
of transient
calculations for the kirst hunting cycle.
There are 8 figures.
SUBMITTED: May 17, 1962
Card 3/3

YSZfIF.,'OVp V.V,, Whe
Study of the braking of'synchronous ti;irbogenerators in the
presence of external short circuits. jav, vys, ucheb4 zav.;
energ, 5 no.704-39 J1 162.
(MIRA 150)
1. tbskovskiy ordena. Lenina. ianergetichesiiy inatitut. Prebt:'xvlena
kafedroy elektrichaskikh sistem.
(Turbogen4ratorsy-

ARKHIPOV, N-K-) YFZHKOV. V.V-j, red.
[voltage modes in electric power distributiefn networks; a
lecture] Rezhimy napriazhenii v elektricherAAkh rasprede-
litcjlvnykh oetiakh; lektsiia, Moskva# Vses zaochnyi
onerg. in-t, 1964. 131 p. WRA 18:3)

ALEKSEYEVA, G.Ye., kand. tekhn. nauk, dots.; MIELESHKINA, L.P.,
dots., kand. takhn. nauk-; BALUYEV, V.K.., inzh.; as.'MAS,
A,U., prof., doktor t-3khn. nauk; VPVIKGI~i~ V.A.; Iwof"j,
doktor tekhn. nauk; YEZHKOV V.V,,, kand. tekhn. rMuk;
AIIISU(,OVA N.D., d~rs".",mfiaahq~ S.A.,,
kimd. khim. nauk; GLAZIRTOV, A.A., dots., kand. tekhn.
nauk; GOGUA, L.K., inzh.; GREBENTUCHENKO, V.T., inzh.;
ULUDINSKIV-, P.G., prof.; GORFINKELI, Ya.M.0 inzh.) ZVEWIN,
A.L., inzh.; KAZAVIOVICH, U.Ya., inzh.; KITYAZEVSKIY, B.A.v
dots.., kand. tellchn. -nauk; KOSAREV, G.V., dots., kand. teldm*
muk; HESSERMAN, S.M., kand. tekhn. nduk$ dota.i KOKHAN,
N.D., inzh.; KUVAYEVA, A.P.p dats.p kand. tekbwLnauk;
SOKOLOV, M.M., dots.., kand. teklin. nauk; LASHKOV, F.P... dots.,,
kand. tekbn. nauk; LAZI14, A.I.., inzh.; YUDIN, F.I., inzh.;
UIVSHITS, A.L., kand, tekhn. nauk; METELITSIN, P.G., lnzh.;
N]WASOVA, N.M.,, dots., Icand. tekhm. nauk; OLIS-HANSK.TY, N.A.,
dots.9 kand,, tokbn,, nauk~ POLEVAYA, I.V., dots., kand. tekhn.
raukj POLEVOY, V.A.; dots., kand~ tekhn. nauk [deceaned];
P.kzzvlrl) D.V., prof., doktor tekhn. nauk; RAKOVICH, I.Lp
liazh.; SOLDATKINA, L~A., dats., kand. tokhrt. nauk.; TREMBACH,
V.V.
.. dots.., kand. -tekhn..roAuk, FEDORN, A.A.p prof., kand,
telffin. nauk; FINGER., LJI.p in-h.; CIIILIKBI~ M.G.p prof.,
d:)Ictor ' khn. nauk
te , glav. red.; WITIK, I,V.., inzh., red.
GOLOVANA.T., prof.,red.3 PETROV, G.N., prof., red";
FEDOSEYEV, A.M., prof., red.
(Continued on next card)

ALEKSEYEVA, G.Ye.-- (continued). Card 2.
[Electrical engineering manual] Elektrotekhmicheskii
apravochnik. Pod obshchel. red,, A.T. Golovana i dr. Moskvaj
Energiia. Vol.2. 1964. 758 p. (MIRA 17:121)
71.1 Energeticheskiy institut-2. Moskovski:y energe-
ticbookiy Amutitut (for Golovan, Grudinskil, Petrovp
Vidoseyev, ChIlikin, Venikov). 3~ Chlon-korreapondent All
SeR (for Petrov). .

IaZHKOV,~ A,- G.
bled soldiers of
yezhkova, A. G. "Ecs-alts of work in j*estorative surTery- -or disa
,~t !at her !Lzaci -War L~t the Aep_-ablic holpital,"t (TasEkerit), Sborn~k trud,-
the Gre-. v4k-,-.,jya (!,~.-vo zdravookhrant-mi-ya
Np.ilch.-Issled. in-ta ortopediis travaitolo-gii i proteziro
Uz SSR), Vol, -1. ll(ABO P. 33-46
034, a t. 53, (L--topis "'hurval 1*1:11 StlitelY, 110. 16, 1(~49)-
so: Ij-j Cc
I f

dcfv,~-tov -o-Ley or-ncstrt~
CI C)IIIYO
P-7952
i ILI rl~ Irildy pf3V
proic
0 t C C -n,t V Oy Svc-
stitcy. Vol. 37, 19,10-
so.. 'LetOT

A Y
k'~: im ! !ch 09
1962, 159-16
I Op"
Purlication of teehnical corme,.-c-!9I rs,
frOm imuriti- non- I
',,a eup4.L-concentrationa vas- studied-. The
ISloltr,.
--tE I xtm - r
JAI --
A
It! lol

-1. il- --:,p llr:,,,,,
__

. 1 - -ii-_ . I
e -y! ~, A f.,.~7T ~ !f . , ;.. , , 1 -1 .%~, -, "h- vac",---m -,- - .-
1. . '. - - I- ~! ~ -~ -, , ". - '. , 4 - - I
, - -.. -- ; ". - . .: a . . _- .
" - - I . ---; ~ I

YE z
USSR/Ainan and Amim-1 Inennorarplatioll.
ibs jour: Ref Zhur-Biol., 1,0 20, 1958.1' 9302j.
Author Golub, I, Forman, Z., Yozhkowa, D.
List -7---
Title Dovelopzientof Ther.Lzr~encsisixn Young Pics
Orif,~ Pub: Za not s. a. -:~h ilatiku) 1958) JA7, No 1,73-62--
Ab s t ra c 02-consuq)tion ill 14 yow-if, pigs wao neasured by the
IQoG imathod frmatho day of their birth to tho acip
of I month. Up. Ito the aac of 6,days the pign did
not react to a,lowcxine of the teriparatuna- of the
ClIvirulinant fram -23 1 doC;raes to 3 + I deEp:oos
i 'h
w
_U an increased cotisurntim of 0 With a ImcrInC;
of Uh,~. t,~~tipercctuv~.. -k"or 'DO minutes cir bode,, W,,.ipvra-
turo foll about 1.8 dQr-xc~cs- The 02
Card 1/2
T

A,- D.... (Leningrad); ARSHAVSKIY,, M...
ROV
DMIUMEVSKIYP S. (Leningrad); Y~,Z
sovetsnik yustitaii (Tyumen');
FAltor's mail* Sove torg. 36 no.3:42-43 Mr 163. (14I~A 16 - 3)
1. Nachaltnik Zheleznodorozhno go upravieniya rabochego snabzheniya
Yuzhno-Urallskoy zbe3Aznoy dorogis Chelyabinske
(Relai, (Railroads--Dinirg-car service)
V -1 trade)

S/191/60/009/004/009/015
BO16/BO58
AUTHORS: Yezhkova, V. S., Militskova, Ye. A.9 Sokolov, A. D.
--------------
TITLEs- Application of Organic Glass- in-Illumination Engineering
and of Other Materials for the Production of Illumination
Devices
PERIODICAL: Plasticheskiye masayv 19609 No, 49 PP- 42-45
TEXTs. The authors describe plastic light diffusers of various designs
and shapes, as well as colored signal glasses and lamps. They r `J.-~n the
production processes used and discuss in detail the application " organic
-glass in illumination engineerings Addition of low-molecular polystyrene
(molecular weightt 109000 - 16,000)-is recommended for obtaining a
uniformly semitransparent opal glass. The manufacturing method of this
polystyrene was elaborated at the central laboratory of the Kuskovskiy
khimicheakiy zavod (Kuskovo Chemical-Plant). A glass-of this type with
cross-linked structure and increased heat resistance was developed at the
"KarbolitI.I.Plant. The thermosetting paste for its manufacture was develop-
ed at' the HVIMrl Tr (Scientific Research Institute of Plastic Products) from
Card 1/2

-A
-mx
0
Rolm
PZ-O Ge of 0
0
4.P
a0412cl of 0 02
ao.r3r,0112 Other 488 117
4 C
.r
wez ate 11-millati lfaterl rj 2 4vjI4
ea 412C1 Oil De 410 f a ti 0.,j
elabo,,at Pal, VI op
b-3~ -rC ecl tfu"2ctj,,,, Ces the 8/19
e 'Maclef-4 (.TS th e tsx I C I 6o,,000
012CI -roa 30 16% / 1004100
hr krl th , oM the?v3 azlbol . 8-11 B05e
anq t Be z t" j7ki-rle
'Irplt at PI
etze 9. Preg e,4.p... ZoCI 44t eon t 91015
C,-o 4at On a
ecl 4t4re ' P49tcs a Of the ba pa e
88-11 21he PZoduct a Of 1 0 aj,.V, ale at a
222,101 nklne X ge t 2 ; Th e 01, Or
"C, i2to 0 TS 5ooC Y har Color , 0 th e-v thi's
P-rod ,4&e b--j t t3', rx-Om e azId f *Pe
ze.a 4cecl Go z Gt th I 's tron t'r4j, Atron
r-rom e I'l 0 but Iloora I-Id 1,8 14 t - Lh", e, el B o'r42Ulaq
bu fte li em4ij, temp.,
)Id ce~nt -4 h4jr 904,
ra tPal zjf4 eh t, e248 at4 0 -qgy C-v ca'a
Ca Y -S txre 9411 C11 f',f tj r e 4 In Burl,
Y Ca UB14 0 aj2(j 0 due 84
a t Cellul Ilep the 19 Cell, 8*012 ff ahape
.res. f2ate-r- 08 .9 t to a iel aj7d ce
asta -zal e e *01 mat hez, tn2echal2l
,za 22 ta. Pf CO.Pol ep, 17,6 eth Igh.z,
~*02 4 Pl "nall 4C lyn2p jal at hea Collt Cal
-Pal t-11 Etat - et
2C yj , -POP th al t
ire tic , ) e Go ent
Ymo.rs -)4 -12 they ell C), (N~ 'n .1 sta te. 0'r
Ohow ,,, base "A z M012 ti U1 qt? Md pur elasees
A,7.y C1 04 (z2,a 1, on th 0 tro p POZIL -he can be
-advallt, aceto~ 24) th pal ~Ifzi)
e aut],o
I ancl
?I -a t. nehrl Yprop clce~-
Ca
Ces ("i tv-,
.rd a-94 -3oj --v de, Xlene
61. ell 42 (Z2'a-3"C',Per &no
0,4) h (--j
0"0 nq Of
Oile the
6a ro 8 zect
and Iq ~~h

S/191/62/000/011/004/019
B101/B186
AUTHORS: Militskova, Ye. A., Sokolov, A. D., Yezhko4av Ye. S.
TITLE: Molding materials based on polyester acryl%tee
PERIODICAL: Plasticheskiye massy, no. 11, 1962, 10-12
TEXT: Molding materials TWI-1 1 (TMGF-1 1 ),. MM-9 (MGF-9) j and MA32-2
(?ADF-2.) po'lyester acrylates and powder fillers (quartz powder, talc,
chalk, wood dust, etc.) are reported upon. Glass fiber used as a filler
(diameter 7.3 A, tensile strength 262 g, length 1.5-2 cmi was made water-
repellent with Velan or with the preparation 246H-(246.N . A paste of
benzoyl peroxide and dibutyl phthalate 1:1 (2 parts by weight per
100 parts of polyester) was used as catalyst. The rate of curing and.
the mechanical, thermal, and electrical properties were tested.- Results:
(1) Molding materials containing quartz powder, talc, or fluorite as
fillerij needed to be workod at once, whereaa materiala filled with wood
dust or glass fiber remained workable for 6 months. (2) Materials based
on TMGF-11 with a powder filler were heat-resistant to 2000C but had an
impact strength of only 4.2-4.4 kg-cm/cm2. Materials based on MGF-9 or
Card 1/2

3/191/62/000/011/004/019
,Lfolding materials based on B101/B186
2
MDF-2 with a powder filler showed an impact0strength of 10-3-14-5 kg,cm/cm
but a Martens heat resistance of only 44-54 C. (3) Holding material based
on TMGF-11 and filled with 51ass fiber was heat-resistant to 2000C and
its hardness'-was 24-5 kg/mm ; but it was not as strong, as the other two
molding materials. MGF-9 or MDF-2 filled with glass fiber gave a heat
resistance of 45-800C and their impact strength was increased to
100 kg-cm/cm2 by using hydrophobic glass fiber. (4) For TUOP-11 materials,
,the rate of curing and the shear strength were slightly higher than for
MGF-9 and MDF-2 materials. Wood dust reduced theshear strength, glass
fiber raised it. (5) increase of the molding temperature from 130 to
1700C, and of the benzoyl peroxide admixture from 0.1 to 1.Vla accelerated
hardening, which was virtually finished within 1.5-2 min for MDF-2
material. (6) Only glass-fiber filled products withstood the break
voltage shock test at -5000 for 3 hrat at room temperature for 2 hrs, and
at 1300C for 2 hra. (7) The breakdown voltage was 20-25 kv/mm for all
products investigated. The most suitable of these materials was pressed
into parts for use in the automative industry (distributor caps) at
130-1350C, a pressure of 60 kg/cm2 and a molding time of 4-5 min.. There
are 2 figures.
Card 2/2

YEZHKOVAV SHRAWOVA9 Ya.
BLEGAp 0.; ENGELIBERT, (.1.
ions in the, diagnosis Of
importanDO Of autoismunization react idok. i gorm 11 00*1+*-
diseaeaS of the tbyroid gland, Proble- Or (MiRi 18%11)
21-25 Jl-Ag 165s
1. 3-ya terapevtichGg kaya klinikap Praga4

yc- z I-11re, vl~
Category: USSR Physical Chemistry - Crystals B-5
Abs Jour: Referat Zhur-Khimiya, No 9, 1957, 29673
Yezhkova,
Author : Zhdanov G. S., Umanskiy M. M., Varfolomeyeva L. A-11-1-~.
.--Z-I.., Zo]Ana Z. K.
Inst : not given
Title : Roentgenographic Determination of Unit Cells and Spatial Groups of
Piezoelectric Crystals: XUC,,H,,O. H.,,O, NffrLiCH~,04 H;,O, NaHC H,O
H,q and (NH,) C~.H-O.-.-
Orig Pub#. Kristallograftya, 1956, 11, No 3j M-273
Abstract: Precise measurements of lattice paxameters were carried out on mono-
crystals by means of roentgenograms obtained with a RKU-114 camera,
without thermostatic controls, at room temperature; Fedoroy groups
were determined from kforograms. ForKLiC,.H-O',.H,~,.O (I) a 7.839,
b 14-318, c 6.326 kX;p 2.01; Z = 4; F.gr. P2~,212; VHeLiC-H,-O,.H;_O
(II) 7.86o, 14.615, 6.414 kx; 1.73; 4; P2,2,2; NAHC,.,.HqfIH,.-o'8.663,
10-5801 7-230 kx; 4; P21 2,2,; (NH.-,,),,C-,H,,06 7.o67, 6.A6, 8,790 kx; r,
92P25', 1.608; 2; P2,. Crystals of I and II are isomorphous. Lattice
parameters of II were determined twi:iie (RZhKhim, 1955.- 39570).
Card 1/1 . -13-

70-3-2-18/26
AUTHORS: Yj~zhkova, Z.1. Zhdanov, G.S. and Umans kiyj MOM.
TITIS: k-rr~e`term7naiion of the Thermal E)Tansion Coefficients of,
Guanidine Aluminium Sii1phate Hexahydrate - C(I%)3 [Al(~20)61'
2 - (GASH) l(Rentgenograficheskoye opredeleniye
[SO41
enL -alyuminiy-
koeffi siyentov termicheskoso rasshir J a guanidin
sullfata geksagidrata - C.(%) 3 Aj( %0) 61 - r94112
PERIODICAL: Kristallografiya, 1958, Vol 3, Nr 2, pp 231-232 (USSR)
ABSTRACT: The lattice parameters of GASH at 25 OC were found to
be a=11.7159 + 0.0007 KX, P=8.9335 � 0.0007 XX and the
coefficients oT thermal expansion were determined as
for the a axis, 'perp. 10.0-+ 0.4 x 10-6 per deg. G
for the a axis, ap _3 4--l-0 x-10-6 -per-- deg. C
ar. 93.
The expansion was measured over the range 25-55 0C. The 13-0.0-
and the 009 reflections were used with Cu and Fe radiations,
Cardl/l respectively. There are I figure and 2 Soviet and 2 English refs
.-ASSOCIATION. Mosk k* udarstvennyy rsitet im.M*V.Lomonosova
OVS 3,Y 90S unj ve
(Moscow.State-Universit J_m. M.V.Lomonosov)
SUBMITTED: J41
y:_31'$ 195?.

~?V/70-4_2_24/36
AUTHORS: X!jz~ nov, G. and Umanskiy, M.M.
~a,.Z.1., Zhda
TITLE: The Thormial'192'ep'ernsion of Crystals of Triglycinesulphate
in the Region'of Thoir Forro-cloctric Transition
(Termicheskoye rasshireniye kristalla triglitainsullfata
v oblasti segnetoelektrichoskogo perekhoda)
~PERIODICAL: Kriatallograftya, 1959, Vol 1k, Nr 2, pp 2119-253 (USSR)
ABSTRACT: (CH NH COOH) it so is monoclinic with a = 9.15,
2 1 2 3 2 4 -
b =-12.69, 0 = 5.73 +.0.03 0 =~ 105'401 +- 209 with
space group P2 1 below the Curie point at 47' and
P2_,/m above. Z = 2 d obs = 1.69 and the ferro-electric
Axi,;3 is C0103 (according"to Wood and Holden - Ref 6)~
Here, the thermal expansion of single crystals has been
measured-frow X-ray single-crystal oscillation photographs~
The-most accurate values were obtained from d (Fe.K
0 900 a
with E) -81 d -(Cu K with
007 , a
d505 (N:L KCX ) with 0 ~,, 810 and dOi4,o (CO KOL with
~Cardl/3 0 - 830. Abs*orptlon cox-rections (for the 0.4 mm dia

"Fag
SO/70-4-2-24/36
The Thermal Expansion of Crystals of Triglytincaulphate in the Region
of Their Ferro-electric Transition
crystal were,not applied. The atcuracy-was eitimated at
4+- 0,0015 kX- P was m1culated. The components of' the
thermal expansion tensor (principal components) %.,reret
calculated as follows, where 9 i's the angle of a 11
to the a axis of the crystal. At 25 C a ..371
51 cc 33 = 142 (in sach.case deg x 10-6) and
22 At 42.5 a 11 = -20, aZ2 = 36.5, M3.3 119 and
7c)201 - Between 51 an -d 75 ix 1l = 40, a22 64,
a33 _12?5 and (P = 50401. The cell volurae changes
smoothly over the whole temperature range. It is con-
cluded that tho'phase tranzition-Is of the ser-ond order-
and that a marked redistribution of the hydrogen bonds
parallel to the 'ac, plane occurs at the ferro-cle,.;tric
transition. There are It figures, 3 tables and 7
references, 2 of which are Soviet, 4 English and
Card2/3- 1 international.

SOVY70-4-2-24/36
I
The Thermal Expansion of Crystals of Trig ycinesulphate in the
Region of Their Ferro-electric Transition
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni
M.V. twOaOsOva- (Moscow State University imeni
M.V. Lomonosov)
SUBMITTED: October 13, 1958
Card 3/3

- ----------
24-7000 75994-
SOV/70-4-5-16/36
AUTHORS: Yezhkova, Z. I., Zhdanov, 0. S., Umanskly, M. M.:

TITLE: An X-Ray Dif f raction Method for the ~Determtnatlon of
the Thermal.Expansion Tensors of the Crystals of-
Low Symmetry
PERIODICAL: Kri2tallograftya, 1959, VolA, Nv 5, pp 72,3-726

ABSTRACT.- If the principal expansion directions, that determine
the diagonal ten.sor cL It, are the orthogonal coordinate
axes X1, Y', Z1, the thermal-expansion coefficient in
t direction is described by
A4 0(lic'I OtUC2 + m3lcl (3)
'41 3f
where c c21 c are direction cosines of 1. In
cubic, ietragon hexagonal, rhombohedral-L and or-
thorhombic crystalg, the expansion coefficients along
one, twos or three cvystallographic axes nuffice to
Card 1/6, determine the-tensor. In monoclinic coyatala only

An X-Ray Diffraction Method for the Determina- 75994
tion of the Thermal Expansion Tensors of the sov,/7o-4-5-16/36
Crystals of Low Symmetry
Z 0102.coincides with-one of the-expansior. tenzor
components, and in triclinic crystals, none. Con-
sequently, the d6terminationof thethermal, expansion
tensor in monoc.linic crystals requirea the~data on
the expansion of Interplanar spacings of 4,different
hkl, more.conventently of d and of three spacings of
010
d type, and In triclinic crystals of 6 different
hki
spacings, more conveniently of d.1002 doioj~dool, d1los
djol, do,,* In a coordinate-system X.,Y,Z of which
~.the first-tw.o are parallel-to Z-1007 and 010-7,
respectively, and the7third is.normRl to (010), the
thermal expansion of a monoclinic crystal In the di--
reation parallel.to (010) and under angle (P to the
X axis is described-by
A,= all COS$ ep 4- an MOT + 2als cot; (p,'Isiu (p. (2ol)
Card 216 Herethe values are determined by the following three

An X-Ray Diffraction Method for the Determina- 75994
tion of the Thermal Expansion Tensors of the sov/7o-4-5-16/36
Crystals of Low Symmetry
equations:
a -a a -a
2 OL a + a + 11 2CI a + a 11 33.
11 11 33 :33 11 33 cos. 2 V/'
tan 21P 2 CL 13 (a 11 7 a33~
where is the angle between CL .1 and X-axis. The
orthogonal coordinate axes X,Y,Z for triclAnIc c.ryatals
must be choosen as follows: X coincides with the
reciprocal-lattice axis- Ia*, Y is in the a*b* plane,
-and Z is normal to that plane and coincides with c-axis.
Rdfer-red to this set-of coordinates, the thermal-
expansion tensor is described-by the.expression:.
a,, alt a131
a1z a22 a2zil
aj,.an a33
Card 3/6

An X-Ray Diffraction Method for the Determina- 75994
tion of the Thermal Expansion Tensors of the SOV/70-4-5-16/36
Crystals of Low Symmetry
the 6 subscripts In which are determined by the thermal
expansions.of the mentioned,6 interplanar spacings as
follows.,
Agoo
A01() = all coo
gz224ii0j* + 2at3 cog sin'T"
'A A = ass cos2 (a'lls a) + at2 Sing + -2fli.. slig (a*11(j,) Cos (a,111,O)v
AGO, all co!i2P* +, a'.2 "St (C*F) -i a.13 414182 (vUoj) 4, 2a,, Cos P* coq (WY) +
+21a13 mi P'co-, (c*c) + 2a.., J~ 9 (C*Y) Cos (C*C),
A ioi a I I Cos' (a + a,, cos" Y) - aCos' o1c) +
2a
COS cos (il",c), P
as, COO (11o,,al + a..,etw2 + 63.14700+
2aj2co~ (//,,,a*) cos + `a, Cos (11011,a*) Cos ("Otte) +
+ 2a,, cog COSVIOIACY
Card-4/6

5 ag'~ tt!~ r

An X-Ray Diffraction Method for the Determina- 75994
,tion of the Thermal Expansion Tens6va of the SOMO-4-5-16136
Crystals of Low Symmetry
-H hkl means..reciprocal-lattl~;e.vector; G., lie
and other anglea:-can be expresned in terma of the
crystallographic interaxial:angles according to~known
equations. The transformation of the found tensor
aik into the diagonal tenso:o cLik' i.e. reference of the
tensor to the'set of XI,Y',!Zl axes, is achieved using
D a" + Sjx2 St.,A (6)
Si P= ail ats + a33,
S' a,, a,:l +j jaj:j
a: +ja,.,a23j ,
alt a2 a a
', ati an
a,, a,2 a&3

(-&,3 ail a.3
l
1
-
a,3 a,3,a.13
There are,3 figures; and 5 references., 4 Soviet, 1 U.K.
The U.K. reference Is: Y. A. Wooster, Textbook on
Card 5/6 Crystalphysics, Oxford, 19;38.

YEZHXOV., Z. 1.

KAZANSKIlY, V.B.; YMIIK07Vk, Z.I.; LYll&kRSK.I.Y, A.G~; VOYEVODSKIY, V.V.,-
IOFFS; Li.-`~,=
Electron,paramagnetic resonance study of the atructuam of
vanadium-mol.vbdemim oxide.calalyst.t11. Kin.i kat. 2 no.6:862-866
161. (MM4 14:12)
~1. Inatitut khimichesXoy fiziki AN SSSR I Instituit organichoskikh
poluproduktov i krasiteley imeni K.Ye. Voroshilova.
(Catalysta--Spectra)

28293
S/076/61/035/010/012/015
C' B106/B110
AUTHORSs' Ioffe, I. I., Yezhkova., Z. I., Lyubarskiy, A. G. (Moscow)
TITLEr Catalytic activity of mixed vanadium oxide catalysts in
vapor phase oxidation of organic compounds
PERIODICALj Zhurnal fizicheskoy khiniii, v. 35, no. 10, 1961, 2348 - 2351
TEM The authors studied the catalytic activity of vanadium oxide,
molybdenum oxide, and vanadium oxide - chromium oxide catalysts in the
vapor phase oxidation of benzene and, that of vanadium oxide, molybdenum
.Oxide, titanium oxide, phosphorus oxide catalysts in the vapor phase
oxidation of furfural to maleic anhydride. The authors tempted to clarify
the meohanism of the activating effect of oxide additions of other ele-
ments on the oatalytic activity of vanadium pentoxide. The catalysts for
furfural oxidation were produced by aspirant V. A. Slavinskaya (In-t
organicheskogo sinteza AN Latv. SSR (Institute of Organic Synthesis of the
Academy of Sciences Latviyakaya SSR)). -The catalysts were analyzed by
X-ray diffraction, moreover, catalytic activity and selectivity of the
catalysts were,determined in continuously circulating and in continuous
Card 1/4

28293 S/076/61/0~5/010/012/01-j
Catalytic activity of..- B106/B11O
flow plants, The authors thank V. V. Voyevodskiy and V. B. Kazanskiy for
taking the epr spectra for part of the catalysts. The X-ray diffraction
phase analyses were carried out in cameras of-type VVA (M) with CrKa-
radiation. The specimens were produced by evaporation of a mixture of
solutions of comsponding oxalates and ammonium salts with subsequont
heating to 4000C. Figs. 1 and 2 show the change of catalytic activity of
the examined catalysts with the composition in the oxidation of benzene to
maleic anhydride. A comparison of:the determined phase compositions and
the epr spectra with the activity of studied catalysts show that the in-
crease of catalytic activity of mixed *vanadium oxide catalysts is due to
the increase of concentration of defects in the V 205 lattice. These
defects are caused by molybdenumg chromium or titanium atoms penetrating
into the V 0 lattice in the formv,tion of solid solutions. When the tested
2 5
V2 05"'Moo 3' catalyst is annealed at,high temperatures, a considerable de-
activation occurs, aince the oversaturated, solid MoO solution existing
3
prior to annealing changes over into state of equilibrium, then having less
moo3 and thus also fewer lattice defects. It is, therefore, probable that
Card 2/4

2M293 3/07'6j6 1/035/010/012/015
Catalyt ic activity of.*# B i, o6/ 131 io
~pure V0 canbe successfully, used as catalyst when the compound to be
2 5
oxidized itself, e..g..naphthalene, causes a considerable concentration of
defects in the-V 0 lattice (by forming a-non-stoichiometric exceso of
2 5
vanadium). In-other cases, however, oxides of other elements which form
solid,Bolut-ions with V 0 must be added to vanadium pentoxide in order to
..2 5
-create the required concentration of defects. Concent
ration and character
of defects and thus also catalytic activity and selectivity of the catalyst
be
can-, varied within wide limits by variation of.quantity and kind of
additions. In order to substantiate the mentioned rules, further papers
will study connections between activity and selectivity of vanadium oxide
catalysts, on the one hand, and concentration of lattice defects, on the
other hand. Also the crystallographic characteristics of oxides to be
added.to V 0 will be determined.. 'There a-re 2 figures, 1 table, and 7
5
referencest. 4 Soviet.and 3 non-Soviet. The reference to the English-
language.publication reads' as followas X. Tarsima, Sh. Teranishi,
T" Vasuit J. Chem. Soc. Japan. Indus tr. Chem. Sect., 60, 1222, 1957.
Card 3/4:

28293 S/07 61/035/010/012/015
Catalytic activity of... B 1.06YB 110
ASSocIATIONs Institut organicheskikh,poluprodukiov i,krasiteley (Institute
-of Organic,Semifinished.Products and Dyes)
SUBMITTEDi Karch- 4v -196o
-molybdenum
Alteration of activity'and selectivity of vanadium
catalysts as dependent on,the MoO content
Legends (1.) Total conversion of 0 H (2) conversion of C H into C H 0
616 6 6 4 2
Fig. 2. Alteration.of activity and selectivity of vanadium-chromium
catalysts as.dependent Its Fig. 2
Fig
On'the Cr 0 loontent
2 3
Legends (1).Total con-
version of, G
6H6t (2)
conv ersion of-C6H 6into,
OA
Card 4/4

ACCESSION NR., AP4012976 S/0020/64/154/004/0903/0906
AUTHORS: loffe, I.I.; Ye
r4mbarokiyo Aso*
TITLE:- ConcernIng-the mechanism of-organic compounds-oxidation-__
over solid nonmetallic-catalysts
SOUROM AN SSSR. Doklady*, V. 154s no. 4, 1904, 903-906
TOPIC TAGS: solid normetallic.catalydt, oxidation catalyst,-pi
catalyst, sigma catalyst
ABSTRACT: The present work is a discussion and derivation of laws-
based on the experimental work by A.G. Lyubarski (Candidate thesis*
Moscow'p 1903) and constitutes,, thereforep the conclusions of the
-`.thesis. Oxidation of organic compounds consists of the following
stages: 1. electron transition from reagent to catalyst (chem-
soption), 2. Electron transmission from donor (reagent) to aaceptor
oxygen)o 3. incorporation of electrons by the-oxygen molecule
Memsorption of 0) formIng 0-ionj and 4. Interaction of organic
ion with the O-Ion and the formation of the oxidation product. The
1/2
Card

_17-ACCESSIOW NR: -AP'4Q129T6~
tirst stage-i-
a a a omp.1 e- xformation. with- 1-111ni -of d-~orbits
eations-.--The-capadity-of catalysts-to form It -complexes - on the r
surface In contact witn hydrocarbon-a-having-dduble--and-.tripl~e bonds
depends on the acceptor capacity of the catalyst. Stage 2 Is
achieved by straight interaction of electrons with or4gens re-
charging of Ions and zonal conductivity (InTr-activated catalysts).
Stages3 and 4 are not discussed In the article# which concludes with:
some recommendations on how to synthesize selective o"-aetivating
-catalysts which do not destroy the double CaU bond during oxldatlon.~
Orig. art. has: 2 figuress-1 formula,, no tables._
ASSOCIATION: Nauchno Isaledovatallskiy institut organicheakikh
-T'-:poluProduktov_i, krasiteley (Scientific Research Institute of Inter-
mediates and Dyes)
g63 DATE ACQu.26Feb64~- 00'
SUBMITTEM OlAu
SUB CODE*. CH NO RW SM 006 ORMU 004
Card 2/2