SCIENTIFIC ABSTRACT KANEVSKAYA, S.M. - KANEVSKIY, K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000520410007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KANEVSKATA,j_S,M,-j RADZYUKEVICH, T.M,,, KITAYEVA, LA; SOKOLOVA, N.N.
Introduction of a rapid drying SM-1 binder. Lit. proizv. no.10t
5-6 0 163, (MIRA 16112)

KAh'FVSXAYA, T. D. Cand. Tech. Sci.
Dissertation: "Investigation of*the Fabrication Process and Properties of Hollow
Axles Cast by Centrifugal Method." Moscow Order of the Labor Red Banner Higher Technical
School.imeni N. E. Bauman, 20 Oct 47.
SO: Vecherp=a Yoskva, Oct, 1947 (Project #17836)

MNEVSKAYA, T. B.
FA 62T34
OVemits or a Caderenes an Centr~ fv~m3 Casting'"
it. B. rewwamys.. Cmalast* Tech act, 41 vp
Oust Slow NO 3
Cantriflual method paults castIng or metal part-q
withmt wW fIntabl". At the same t1me, such
foroUp materIal as metal partlelas or a1rholes 1s
Omtritweed to the center. The amount or metal used
In also cut dam. Gives some Information on the
technology at 64atriftal outing.
62"k

K tq vv,~- vS 1y f-) "V-' -' - - -- - - -
ZKgrfUNOT, P.P., kandidat tokbuichookikh nauk; UUTSKATA, T.B.0 kandidat
tokhate.hookikh nauk. -
"ifal j*stjvf-of radial and "tal-flow turbodrills, [Ift"]
Izparlso
Nm no.45VII#3-253 55. (KM 1096)
Mmmdry. re"wmb) (Iturbodrills)

.XAJWSICAU, T-S., kandidat tokhnichookikh nauk.
7,4-- p
Contilfugal casting do-foctq_and ways t4..avold then. [ThW] KM
no.45rl65-175 155. (Nm 1016)
(Centrifugal castink)

PRAM I BOOK KUWITATION lo64
lhmv~kW, 2mLra Borlsovus and Konstantinov, Iamid 11erseyevich
mashiny I tekbnologlya teentrobetbnogo lit'7% chog=nYkh trub (Nachines and Tech-
nology of Centrifupl Casting of Pipes) Moscow, Metallurgizdat, 1958. 275 P.
4,000 copies printed.
2d.: Mmaklao N.V.j Nd. of PkiblishIng House: Gol)ratkizix, A.G.; Tech. Ed.: V&Mh-
toya" YO.B.
PUME: go pupose of this book Is to serve as a mammLl for train' centri-
f%gal casting machine operators. It may also be =ed to improve the skills of
personnel in centrif"a casting shops. The book vas vritten in accordance vith
the vrogran of the Glxma7s vprayleniye trudovykh reservov (Chief A01daistretion
of Obor Wservea) .under the UM Council of Min' r8.
COVEM: This book consists of two parts. Pkrt S deals vith the historical do-
-relovisent and the principlas oi ::astlM. Preparation of the vulous types of
molds and cores and the properbies of metals and alloys are described. Part 2
Is devoted to the principles and methods of centrifugal casting of gray cast
iron pipes. Varions types of centrifugLl casting mchines and their maintenance
Card 1/10

Machines and Technology of Centrifugal Casting (cont.) 1o64
an d1scumsed. The authors also mention safety engineering in centrifugal cast-
Ing shopso end also soge of the engineering and manalprial problems connected
with it. There are numerous diagram, graph$, and illustrations. No person-
&lities are mentioned. There are 7 Soviet references.
TM OF CON21M.-
Utroduction
PM I. PKMMZS OF FOUMM OPERMONS
7
Ch. L General Wormtion 9
1. FWAwimntAls of fouadry work and Its importauce in mchl
buillin 9
2. Brief historical outline of the development of foundries in
car covatry 11
Ch. 3:1. Noldina Materials and Mixtures, and Testing 2bem 14
1. Testing for water content 15
2. Determination of clAy content 16
out 2/ IV

1kchtnes and Tachnology of Oentrifqpl Omating (Cont.)
3- Determination of gmin camosItIon
4. Testing for premeability to Sums
5- Udw"ce to at
6. Male misterials and caqposition of moldl and core
--.mm -
7. Classification of mold compounds
8. Pftiamt1an of mold and ooze compamads
Ch. M. Ibldim Pmetice
1. fttt*rns
2. Core-ml-Aft boms
3- Mb1dW tools
4. rl"ka
5- Basic methods of molding
6. Assemblyp clampings and loadin of fl"ks
7. FUndmawntals of machl molding tacbn:Lqm
8. Preparation of come
9. Drying of molds and come
10. RIAers
Cszd 3A0
lo64
17
5
19
22
26
29
29
30
31
33
34
39
39
43
48
52

Machines and Tbcbn-alogy of Centrifugal Casting (Cwt.) io64
Ch. IV. Metals and Alloys. Structure and Properties 55
1. ftrdeture of metals, and alloys 55
2. General characterlstics of the properties of alloys 57
3- Mechanical rtles of alloys 58
4. Castobtlity of alloys 60
Cast irm,, Its structure and prWertles 67
Chemical ecaposition of cast irm and Its effect an the structure
of castings 71
7. Zffect of cooling conditions on the structure of castings 71
Ch. V. Tsebalque of Melting Ibtal 73
1. Charip, fael, fluxes 73
2. Melting in cupolas 74
3. Crucible furnaces so
4. reverberatory (fisne) fumces 80
5. Opsn4warth furnaces 81
6. RUctr:Lc furnaces 82
7. ft&U Besoever converter 83
Ch. V1. Making or ingots 84
if POWIMA 84
Cut 4/1o

Machines and TechnOIO97 Of COntriftP1 Casting (CMt-) lo64
2. lad]* machudsms 84
3- SbaIdug-out and clowin of castings 88
4. OrMudsatIon of cleaning hosess 9e
5- Male tMPs of 48fects In C"tftP ge
6. wthods of repairing imity castings 94
7. b tric control In fawdrIes 95
Ch. VII. keetal Casting Methods 99
1. Casting In permanent m*Ms 99
2. Preamm casting 104
3. Lwastment, casting 10Q,
4. Casting In shell molds Ill
5. ContimMous Casting U4
PAN II. CWRIFUSAL CAVM
Ch. VM- General Thformation, an Centrifuol Forces sad Centrifugal
Casting U5
1. The three basic lex-s of mechudes 115
2. CentrIfugal, force and Its practical application 117
3- General information about centrINPI casting 121
Card 5/10

Nfthl"As and 2!cbwlogy of CentrIfqp1 Outing (Cant.) lo64
Ch. IX. Physical Priucip3es of Centrifopl Outing 126
1. ftee surface of a outing vith vertical axis of rotation 126
2. Free surface of a outing with horizontal axis of rotation 129
3. Convection curzents in molten wtal amd solidification of
casting subjected t:) centrifeaLl forces 131
4. Separation of nonmetallic inclimions from molten astal subjected
to oentrIfW;al forces 136
5. Liqation. of metal subjected to oentrifagsl forces 140
Ch. X. Required'Speed of Potation of the Hold 144
1. Mq)ortance of the speed of rotation of the mold in Wrl n stayed
castings A5
2. Mqportance of speed of rotation of sold In mak-4-ug hollow
cyliwirical castings 146
3. Determination of the speed of rotation of the mold 149
4. Determination of the speed of rotation in vorking vith vertical
Mch'Ines 152
5. Swtation regime for wAing thick-valled castim" 1~6
6. Dwtation regine for asking castings from llj4ting alloys 158
Card 6/10

Weblues and Tacbnology of OentrIftWl Mating (Cont-) lo64
Ch. LT. bletering of Multen bletal i6o
1. Wtering of wtal In mwXnes for short c"tings 166
2. lletering of metal In machines for casting pipes vith novable
dies and pouring troughs 165
Ch. M. Protective Hold Coatings 168
Ch. X121. Clanazal InformtIon on Oentrifugal CastIng of Cast Im Pipes 172
1. 2YWs of cast Iran pipe &M their application 172
2. ftlef history of the development of centriflapl pipe casting 174
3. Various mthods of centriftaLl mating of pipes 17T
4. Buie deelpm of amatrifugal casting machl a 179
Ch. XIV. Varims'Compoments of Centrifugal Mating Wchlnes 184
I- More 184
2. Cooling arranipmats 188
3- lb3lars 191
4. Tmnsimissions 19T
5. Dr%kUW mchmalaw 200
Cwd T/ 10

Machines and 7~cbnology of CenIvrifqp1 Casting (Coat. 1064
6. Pburing arzansements 2W
7- 1byless for extractlng pipes from the sold 204
8. I&rication SYStf M - 206
Cho XV, Tips and DesIga of Clentrifim' Meting Mehl a 208
I* Nkchims M= casting Phil' d pipes for subsequent anvealixg 208
2. NwhInes for casting pipes in heated metal moldo without oub-
n ICoat armaling 210
3- *cMws for costing pipes in aM molds 212
4. Mhchlnem fOr-$%~ MIXRLUg aMd sbaknout machines 214
5. Main of molds with s~W by the volling-om, method 216
Ch. XVI. Assembly and Balan ing of ClentrItagal Costing Nschineo 2M
Cho XM. Iftlutenance of Clentrifugal Casting Nschines 227
1. TMs wA schadule, of maintenance ojpzstions
2. Movator7 of esnatIal qm pwrts :2
3. Order of assembly, dismontlIng amd maIntenenev 229
4. Adjustment SM balimebig during malatemace ajerations 229
5. Masjoction and coutrol of assembly &M operation of oentrIfopl
casting web, a 230
Cud 8/10

Machines and Technology of Centrifugal Casting (Cont.) 1o64
1. General rdles for the protection of vorkers and safety
engineering 268
2. ftfety engineering In centrifMa casting 269
3- r1ret aid 270
4. Organization of labor and of work place of the
machine operator 272
AVAIIADLE% Library or Cougross-
Card 10/10
GO/fal
2-18-59

18(5,7) SOV/128-5q-6-23/25
AUTHOR: Konstantinov, L.S., Paykovq Aolat Kanevskaya TOP
Candidates of Technical Sciences; Lebedev,
AssJotant Profesoort Levint Novikov, P.G. Rozen-
felld. S.*Ys. and Khakhalin, TA.D., Candidates of Techai-
cal sciences
TITLE: Letter to the Editor
PERIODICAL: LiteynoyeProizvodstvo, 1959, Nr 6, pp 44-46
ABSTRACT: the authors begin their letter to the author by lis-
ting the difficulties, when explaining the basic terms
of mechanics and generally of every science. Since the
time of Newton there existed diffir,-ulties in explai-
ning and formulating correctly the term "power". With
the development of the sciences during the recent
years these difficulties have become ever. greater Thp
Academicianp B.N.Ywrlp-rv is quoted from his book "Attoempted
new Pormulation of the Pasic laws on Mechanics
by Newton", Printing Office Academy of Sciences (TJ99R)
Card 112 1952. But these new theories have had no influence on

Letter to the Editor
SOV/128-59-6-23/25
the practical work of the engineer. In the field of
centrifu 1 casting B.I. Loshkarev has written an
article rpublished in Titeymye Proizvodstvot Nr 8,
1957), in which he made the iollowing statement: 1) Me-
tal is not influenced by centrifugal force and, there-
fore, the existing theories on centrifugal casting,
based on centrifugal forces, do not correspond to the
physical properties of the process. 2) The theory of
centrifugal casting is not confirmed by his experi-
ments; 3) The factors of centrifugal cq:stinp are to
be exPlailLed by other factors, like: tendenay forces#
speed of chilling, temperature of the metal, process
of crystallization. The autborarefute the statements
of Loshkarev and call his comprehensions "unintelli-
gible" and "unfounded". There are 1 diagram and 9
Soviet references.
Card 2/2

VASIIZVSKIY~ P.F., kand. teklm. naukj DEMAKCV,, A.Ye.; PLEKRAVOVI P.N.;
ASSONOV9 A.D.j VLASOVO V.1 -t-~~SWA ~TB ~SHLENTSOVO N.G.;
I(rZHIKOV,, A.A.j RUBTSOV, NT, zasi. deyatl' nauki i tekbniki
RSFSR, doktor tekhn, nauk prof., red.; MARTENS, S.L.,, red. i9d-
va; BLIKIND9 V.D.9 tekhn. red. !
[Handbook on founding; shaped steel casting] Spravocbnik litei-
abcbika; faeonnoe staltnce litle. [By] P.F.Vaailevskii i dr.
Pod obshchei red. N.N.Rubtsova. MosWay Maehgisp 1962. 611 p.
(MIRA 15:6)
(Founding-Handbooks, manuals, etc.)

XMVSIATA, T.N.,'red.; GMAINDTA9 Te.S.. tekba. red.; PMONAINAgA.A.,tekbo.rode
,-
[World-wide goolallgt econonjo system] Mirovais sotsimlistichookain
sistems khostaistva. Kovkv&~ Gooplanisdat. 1958. 559 P.(MM 11:12)
1. Akademlys usuk SM. Inatitut skonomikis
Monomial)

GROMOV. TO.A., LA.* red.; POKONARWA# A.Av, tokbn."dol
IWTAp Yee$*& tskha*i%d*
Ecisal In the fuel asomew of
topllvzm kkestaistlis UkA.
243 P.
Statese-cool)
the United states] usel, T
Nookwa. Gooplamisdato 1958.
(KMA 1217)
(waited

VOLODARSKIT, Lev Markovich; XANXVSKATA, T.M., red.; GAMIKOVA. TO.S.,
taklm.red.
(Decisive stop In the realization of the basic economic
objective of the U.S.S.R.] Reshalushchii shag Y onushchostyle-
nii oenovnoi skonomichookoi sadachi SSSR. Moskva, Gosplanisdat,
1959. 94 p. (MIRA 12:9)
(Rassis-loonomic policy)

ATMSNW, A.; ANMIS!M, L; DIIII, X.; BARABANDY, N.; DOGONOLOT, 0.;
DRAGINGKIT, Do; IQM* To.; KOVAL'. To; INAKOW, Do; WFAR2. V.;
SUMV, To-, LI2VTJIK0T. P., MURWTW. M.;, COOLINUIT. 9,; POWATIT~
I~uj TOLMOV. Aeg &M. V., rod.; M"Wq Pg. rsd,;K~~
2.M., rod.; GRIMINCIA, Y*,S.. tokhn.red.
. i
EXconomlo competition Utwoon the U.S.S.R. and the U.B.A.; a criticism
of the views of Averiam 'bourpois economists] Ilmnamichaskoe sorevzo-
vanis, mosbdu AM I $W; krltlkcs vogliedov amerikenWdkh Ursbusn*k
skonomistow... Moskyap Gooplasisdats 1959. 240 p. (KIM.1213)
1e Moscow* Neuchao-lasledavotellskly skonoulchooldy Institut. 2. Setrod-
alki skosomichookogo InstItuts'Gosplona UIM
QOr all ozeept Note, L710TO zonevskays, Gerselsovs)
(United. ustes-4bonomic coutitions) Obassis-306nomic 09"Itious)

YAN TSSYMI-BXY (Yang Chien-pel]; WAODUROTSKAYA, V.S.; X(NOTALOT,
Yo.A.; WMI DAMS [Kmn To-tl=gj; MMIX, I.P.; ~--UWWAIO
1-.S.-, M U [go U]; CEMM SY-TVANI (Owng MR-chlionh,
VOINOW. A.N.1 ISIRYATEW, S.L.; IN. T.A.; SIMT, AoDeg red.
.; ORMINOTA, Ye.S.. tekhn.red.
[Sconomy of the Chinese People's Republic, 1949-19591 Skonondke
91talskol Narodnol RespublIki, 1949-1959. Moskva, Gownlanisdat,
1959. 304 P. NIU 13:5)
1. ZavodWushchly sektarou okonouffid stran narodnoy domokratil
Institute skonandkI A 3M (for 3%upow).
(China-Aeonomic conditions)

SAKBORSKIY. G.Ljj~~I~KAUt_Tt&,L_~sd.; GIULASIMVA. Y6.569 tekhn.red,
[Concise handbook an the seven-year plan of the U.S.S.R.]
Krmtkii sprovochnik o moulletnem plans GSBR. Hookyu, (Ios-
planisdat ig6o. 128 p. (MM l3t2)
NUM916--scomomic policy)

Z%FOV, Aleksay Dmitriyevick; Frimimla uchmattys LUKOYNIKOVA, Saves,
kand. eel Oskokhoseamsk, sladshly muchayy sotrudnik; MR!SKAU.
?.Me. -q red.; WWBMVA, Tej,g tokhm,red,
[Development of socialist agriculture In BulgmrIa3 Rmsvitle
notalslisticheskogo sel'skop khosisistys v Bolpril. Moskva,
Gosplanisdats, 1960o 273 p, (NIM 14:3)
1, Saktor skonomiki stran wrodsoy demokrotli Institute skonoodki
Akadvall =* OR (for Aukervalkovs).
(Bulgerim-AgrIcultures Cooperative)

POPOV, Ivan Vaaillyevichl TOMASHPOWSKIY, lAon4d Markovich;
KANEVSKAYA T&M.0 red.; SEMOV, L.V. red.; GEWIMOVA,,
!I.- I
7 -e 7~3 * -p t e- U-n-o- - Ire-d *
(The fuel pover supp3,v of the world socia.3-ist system) Toplivno-
energetichaskaia baza mirovoi sotsialisticheskoi Bisteaq. Mo-
skva# Izd-vo "Ekonomika," 1964. 269 p. (MJUU 1713)

BSLYAYNA, N.V.; KAMSXAYA. T.3-
Acute hemolytic reaction (hemeglobtsurls, fever) is therapy with
streptocido. Sov.md.19 no.9o48-51 F 'S5. MIA 8:12)
1. Is gespitallsoy I P icheakey terapewtichaskoy klialki
(dir.-dayetwitelloWy chlea Ahademli meditelaskikh monk SM
prof. Yo. N. Tareyev) sanitarzo-giglyenicheskogo fakul'tats, I
Moskovskogo ordem Lemins, seditsinakogo instituta I detskoy
bollattey Hookovsko-Kursko-Dosbanskoy shelemmy doragi (aschal'alk
A.N.Galkim)
(SULYANILANIIN, Injurious effects,
wasula, hemolytic, with hemoglobInuria)
(KWMMIWJRIA, eitloloff and pathogenesis
sulfaelle-!Ide, allergic reaction)
(AMIA. HIMLYTIC. etiology and pathogenesis
sulfanilamide, allergic reaction)
(ALLMN.
to sulfantlam14s, causing hemolytic &zeal& with hemo-
globlintria)

LEVICH, A.M.; KHOROSHKOI A.F-;-AA"Y~KAYA, lasS. (KiYev)
Hate made from oyntbetic materialm, Shveinoprom, no*2:29 W-Ap
161. (IMA :414)
(Hats)

S/020/61/1 41/002/017/027
B101/B147
AUTHORS: Z,,ib.,,-/, F. I., Lipatov, Yu. S., ar,,d Kanevskaya, Ye. A.
TITLE: Dep-indence of the zonformaticn of a polymer chain in solution
on the :,on.-entratior. of the latter
PERIODICAL: Akadomiya nauk SSSR. Doklady, v. 141, no. 2, 1961, 387-388
TEXT: In previous papers (Vyookomol. soyed., .1, 432 (1959));(Koll- zhurn.,
21; 598 (11960)), the authors found that on transition from dilute to
concentrated Bolutions of polymethacrylin acid the temperature coefficient
of viscoaity changes its sign. The present paper deals with this effect
which is due to ~,hunges of conformation of the chain. The viscosit of
aqueous solutions of polymethacryli~., acid (molecular weight 330,000~ with
zoncentrations of 6.9 and 12-j'o was measured at 20-650C as a function of
shear stress. A rotating viscosimeter of the Shvedov type was used for
the purpose. Results are given In Fig. 1. This negative thixotropy is
explained by zoiling up of chains under the effect of shear stress. This
effect has ar. upper and a lowar temperature limit. The upper limit Is the
temperature of gel formatiin above which the chains cannot coil up any
Card I/# -~

S/02q6l/141/002/017/027
Dependence of the co."formation ... B101/B147
longer. Gel formation a,,an be explained Ly the fact that in coiled-up
shains more COOH groups can react with each other. Thus, the conformatior L/
of polymer molecules in solution depends on the type of solvent and on the
temperature and :oncentration of the soluti6n. A paper by N. F. BakOyev,
V. S. Pshezhetskiy, and V. A. Kargin (Vysokomol. soyed., 1, 1612 (1959))
is referred to. There are I figure and 10 references: 87Soviet and 2 non-
Soviet. The reference to the English-language publication reads as
follows: J. Elliasaaf, A. Silberberg, A. Katchalsky, Nature, a, 53
(1957).
ASSOCIATION; Institut fizicheskoy kh1mii Akademil nauk SSSR (Institute uf
Physizal Chemistry of Academy of Sciences USSR)
PRESENTED: June 20, 1961, by V. A. Kargin, Acade~ician
SUBMITTED: June 12, 1961
Card 2AW

KANEVSKAYA, Ye.A.; LIPATOV, Yu..S.; ZUBOV, P.I.
Effect of addition agents on the structural viscosity of concentrated
solutions of polymethaox7lic acid. Vysolcom.soed. 5 no.007-592
Ap .1163. (KMA 16t 5)
1. Institut fixicheskoy khimii AN SSSR i Institut obahelmy L
neorganicheakoy khimii AN BSSR.
(Wthacrylic acid) (Viscosity)

U.'E"IrSTAYA, Y(;.!,.; ZUBOV, P.I.; I'LTUA, L.7.; lu.Z'.
Tum.emture dependence of light -,.d -.riscoriVy of
polymothacrylic acid oolutions. 'v'yvokor.. rjod. 6
V
,to 164 (111iA 18:2)
1. Institut fizicheskoy kh4..-..ii Ali SSSP.

,','=PFf: I IIEPRANP(j VT P: -4
M,t -~q:- -V at wll,~
m-tharrylate methacryl ic a:-~
F- Rf M,7
vy rnyy - F;-y--i
TI.

Frl"01,' NP: AP5016502
An-jilnr fo,, 2 hr and rapidly cooled revealed the formiation r i hh, in s f- rij,t ure
th- high-elastic stmte, provided that
in a similar manner yir-lded FLn:t ~w r-
i ri h,-, e r i IT-- t rLk. e-,
,:ijaLinizo in tne CC'Ilrq;, r,' r, f-
7gs but fav-s the deveiopment of deCf--tS r~r
'riuse
r,rn,.,o!-t 11 -F of th2- coatings. Orig. art. has: 5 figures. n,
ASSOCI AT! ON Fiziko-khimicheakiy institut im. L. Y a. KAr
pova (Physicochemic I
j Institute) Gosudarstvennyy nanchn iy
romyshlennosti (State Desip and Planning 'i P,s-i- h i t
-p-int Ind'Ist f
L
dM*,77FE: 07Jitl64 ENCL, 00 RM CODE n rIc-
W) REEF
NO REF SOV, 003 MIMRi 000 ATD PRM3: 4031
I
Card 212-
C d

5(4) BOT/20-127-3-38/71
AUTHORS: Urazovskiyq Be S., Kanevskayaq Z. M.
TTTLE: On the Electrical Conductivity of Varioua-No.difications of
Monochloroacetic Acid in Non-equeous..Bolutions
PERIODICAL: Doklady Akadexii nauk 355R9 1959, Vol 127P Nr 3, pp, 612-614
(USSR)
ABSTRACT: Monochloroacotic acid has two sono,trapia.-Alficationsp of
2s4:Lfio&,kJ--,a_And_.A_zith_& molt-
which only th;,tvs stablu
ing point at .2 and 5 are dL-L&.Ahe prea*nt
paper. Acetone and dioxane water mixtu-so,aezzad-awrolvents.
For measuring electrical, con duo t ivity.. ce worked
out and described by the author~-in rafAr=c*..2*_,xhich.is
based upon a aches* by V. K. Semenobankat.-B. V;__Yszsf*yeY
and V. V. 9eryinakiy was used. The authors -"I&TAlxksd the
C 0f0 solutions in the concentration-intezrALof-l,--0.002 N
:
t 25 . For even greater dilutionap extrA4pplaticaL..vas carried
out. Figure I above the equivalent EC. t=_tbs,_ itadificat ions
a and P in acetone in dependence. -an_ d1lutian.-A-aassiderabl*
difference in SC ( T) was fouad'for the two modifications
as also for the solutions ia dtoxano. With an increase of tho
Card 1/4 water content in the dioxans solution this difference vanishes.

BOV/2o-127-3-38/71
On the Electrical Conductivity of Various Modifications of Monochlorancetio
Acid in Non-aqueous Solutions
Extrapolation was calculated according to Waldo's formula
(Ref 4) + 65.7
ei rl" P
where E denotes dielectric constant of the solvent, its
viscosity. A further approximation for Ao was graphically ob-
tained by suoc*selve approximation according to Fuoso and
~Ref 5) by Onsagtrls formula for electrical conductivity
~r:u% in considbration of the incomplete'dissociation
Art Ix0 a (A+BX6)-TQ"cI a. A, B denote the electrophoretio
and the rolazatl6p constant dependent on II and the dioloo-
trio constant of the solvent, and a - the degree of disecoia-
tIoA which may be expressed by
a with (Z) - 1-Z -2 11-2 )1/2] 1/2) 1/2
Card 2/4 Ao With the help of (P (z) it in possible

SOT/20-127-3-38/71
On the Electrical Conductivity of Various Modificatioaa.of lonochloroacetio
Acid in Xon-aqueous Solutions
to find the dissociation constantp and, in a more convenient
form for graphical representation from the d*P$Ad*&GG Of
OT2
upon At a X11 for which.-the same method of approxi-
#7z 0
mation as already delyibedg may be uced forlhe purpose of
finding a X" to 4 (n' . In the present paper only X; is
0 0
calculatedt which gave the limit AO(ct) a 59-17 and ko(p)a 59-38
for the two modifications. The degree.of dissociation was
determined for dilutions 350 according-to the formula
a2a 2
1 - a (the activity coefficient y was deterained
ecoording to the Debys-Ruackel limiting law, I's wag found to
amount to 6-75610-8 and K 12.28.10-8.- Figure 2 above XW
for the two modifications a and P. It was found that the dif-
Card 3/4 ference in 90 for a and P vanishes with increasing dilution.

BOY/20-127-3-38/71
On the Electrical Conductivity of Various Modifications of Xonoohloroscotic
Acid in Ron-aqueous Solutions
It is assumed that the considerable difforence existing at
higher concentrations is due to the different degrees of
dissociation existing at different dilutionsp and that the
latter depends upon the configuration of the molecule
(monomeric configuration with internal hydrogen bond or
chainlike configuration). There are 2 fi~;uree and 7 references,
3 of which are Sqviet.
ASSOCIATION: Kharlkovskly politekhnichaskiy institut im. V. 1. Lenins,
(Khar1kov Polytechniclnotitute imeni V. I. Lenin)
PRESENTED: March 23, 1959j by P. A. Rebinderg Academician.
SUBMITTED: March 20, 1959
Card 4/4

URAZOVSKIYp S.S. [deceased1l XMVSKAYA, Z.M.
-------
Temperature dependence of the electric conductivity of the malts
of certain polymorphic substances. Ukr.khim.zhur. 27 no.3:296-
302 161. (MIFA 14:11)
1. Kharikovskiy politekhnicheakiy institnt im. T.I.Lenina.
(Organic compounds--Electric properties)

Lljlfl':Kly~ A.Ye.,, LITUMMKO, L.M.; SHUDINA, 1,.V.; L.Ya.;
GOLIBEMOVA, A.S.j FAlll-V-Slt-yA.'-Z..tkl-
Interaction of substituentr, through arurratic. rings llnl-ed
1 3
by a bridge group. Zhur.ob.khim. 35 no.12:20'3-2090 D 165.
(?,!Iwi 29t1)
1. Kharlicovnkly politekhnicheqkly lnotit-i!. !m. V,!.lCn!,m,
Submitted 14ty 28y '1964o

USSR Cultivated Plants. General Problems M-1
Abs Jour: Ref Zhui-Blol., No 6, 1958~ 24929
a
Author : Kanevskay - -Y . Oveyannivkova, M.A., Kozel-
-kovi, N.T.- k'&skay& 0 L. V.
Inst t Not given
Title 10 The Application of the Luminescent Method of
Determining the Viability of Agricultural Crop
Seeds
Orig Pub: V ob.: Lyuminestsentnyy analiz. Minsk, AN BSSR, 1956,
20-24 Diskum., 24
Abstract: During the time from March to May 1955 at the
Central Seed Control Laboratory of the Ministry of
Agriculture USSR the viability of seeds was de-
termined in corn (r specimens, 50 varieties), flax
(diverse varieties) and oats (18 specimens, 9
varieties) by means of the luminescent method, by
Card 1/4

USSR / Cultivated Plants. General Problems. M-1
Abe Jour: Ref Zhur-Biol., No 6. 1958, 24929
Abstract: dying with Indigo carmine and acid fuchaine in
0.1%.concentration an well as through germinating
according to the siati standard GW1' 5055-49.
Determinatio-ne,through these methods yielded exact
results. With,the-luminescent method 50 seeds
were.-slit..'open-along the embryo and spread out
moist on.fllte~ paper In Petrie dishes along the
half aide with the cut facing upwards and were
viewed In ultraviolet light at an excitation 365
mus.usinga-portable Lyum-1 unit vdth a PRK-4
bulb'and an.,UFS:-3 11ghtfilter. The embryos of
viable corii '_ seeds produced a bluish-violet fluores-
cence, the brilliance of which corresponded to the
degree of viability, while the embryos which were
nonviable fluoresced yellowish white, brown, dark
gray or yellowish green. The luminescence of the
Card 2/4

USSR / Cultivated Plante. General Problema. M-1
Abs Jou*,,: Ref Zhur-Biol., No 6, 1958, 24929
Abstract: Yellow luminescence of the embryo rootlets was
eharacteriatic of the nonviable seeds. - B. Ye.
Kravtoova
card 4/4
9

/r/ /V v -51 / Y-" A), (:;!.
GUDII, N.I., Insh.; STOLTAMM. D.1. ; IAIWSIIT, A.G.
Xzpand large-block construction of apartment houses in all
possible ways. Transp.stroi- 7 no.5:3-6 MY '57, MIA 10--11)
(Apartment houses)

P2OKWWTO D.V., lash.; a VWXA A&*--tMsh.
Demonstration construction of houses along railroad lines. Transp.
stroi. 8 no,11:18.-20 11 158. (XIVA 12: 1)
(Tallroads-Buildings and structures)
Wartiment houses)

KANNVSKIT, A.G.
On the construction sites of demonstration building.
Tranap.etrot. 9 no.9:13-18 3 959. (MIxk 13:2)
1. Zamestitoll vochal'alka planovo-proizvodetyannago otdols
Orgtranestroya.
(Railroads--Construction) Okoad construction)
(Hrdraulic engineering)

SZSSARSYSKITt A.N,o lash.; XUWSKIT. A.0,
Construction of the Abakan - Tayshet railroad. Transp. strote
10 no. 12:5-7 D 160. (MM 13:12)
(Railroads--Construction)

/ I - (- I -
( ~, --j
BYK(IVSKIY# VeSep kandotekhn,nauk; WEVSKIYv A.G.,, imb.
Use of centralized commication system in the construction of
now railroads, Transpestroi. n no.3:11-12 Mr 161,, (MRA 14:3)
(Railroads-Construction)

I insh,
,!4NEVSKIT, A,G., inah.1 KATROSOV, M.A., inah.; SOKOLOV, F.G."
Let's raise the quality of construction in every vaye Transpestroi,
3-1 no.4:13-15 Ap 161. (Construction Imb, try) (MIM 14:5)

LISXDVMp S.A.p Inshj IAMMMp A,O,p insh.
Construction of tbo Abskin - Taphst Ilass Tramp.strois 12
no,los6-10 0 ?62. OaRA um)
(Railroads-Zonstruation)

BYKOVSK4; V.S.; KANEVSKIY._LXI-,,, PETROV, A.F.; BIRYUKOV, V.D., Insh.,
"Vetmen"at; DOBSHITS, M.L., insh., red6.... ..
[Dispatcher control in railroad construction) Dispetcherskoe
upravlenle shelesnodoroshnym, stroitel'stvom. Moskva, Trans-
zholdorisdat,, 1963. 95 P. (MIRA 1635)
(Railroads--Construotion)
(Railroads-Design and communication systems)

ASEUVS looTop lWhop LrA~~~ 10516
Au%136M at mobowk odwddft at the v%4p of Us oUbwk.-
um or labw www"s *~ Wu"e OUVL, 33 mo~,U,35.36
see, DCMIL 3AIU)

ISAYR, Alakney Illicq, prof.,, doktor tokhn. nauk; NOTRE, Viktor
Yevasyevich; GOLMYN, U.K.,, in,4-, ved. red.;,~MVSKIY
insh.,, red.j SHYSTSOVO G.V., takhn. red.
[Fizi" silling of large surfaess-instead of scraping]Chistovo*
freserovanie bol'shikh ploskostei vnesto shabreniia. Mbskva,,
Filial Vses. in-ta naucbn. i tokbn. informataii, 1958. 29 p.
(Per'sdovoi nauchno-tekhnichookii i proisvodetyennyi opyt. Tems t6-
No. M-58-231/37) (MIRA 16:3)"
(Metal cutting)

t~l c 11 VE!
F:4,kIn S. (A--tive memberl
ln-,est4gation of signal iimitirR
V. 4U, 110, '5~
TOP'A'- TACS: freq-tency carrverter, rn-general:vp 1!
kun ZL 1-i modellt the effect of Lho- cr-in cn thi- ~h--BhOld "at i
0, thp. effect of the Input Down. 7 1,

ACCESSION NR'*': APS014058
an
~d T.ChnjZ&j SoClety of hadio Engineering and Electrocommunf-catico
. ~oaz~

ACCESSIM 981 AP!~2099 ER/OiO9/65/010/011/2067/2069
621-375-421.018.756.001.5
AUTHCEts Lobarev, A, 3,1 X#neyskV,_R. .1 Rtkin, VL
TMS: Investlgation~ of superbroadband moden video- amplifierl !5'
SOURCEt RadlotakWOU L elektronika,, v. 10, no. 11, 1965, 2067-2069
TOPIC TAGSt video amplifier 4u..A" 4-.,~~,
ABSMCTt The gain of a modem Video amplifier, within 0-65D Mo, has been
Investigated; a gain formula in derived by the directed-graph method, and 4 gain
vs. frequencV curve is plotted. An experimental verification included a modulator
and a demodulator connected via a suparbroadband circulator. Tho modulator of
-balance-converter typs featured a wavegulde section with two conwted-ln-
a reflex
opposition parametric diodeal the section could be tuned by means of a plunger andi
a three-probe UTedance transformer, The, 3ignal was applied to both diodes
simultaneously through -the side wall of the waveguide. A superbroadband dateator
-utput capacitance was used as a
section with a D405H diode iwd a reduced n
demodulator. The punping power wu 50-76 04 the modulator and the demodulator
card 1/2
ca!0N ---- - ------ . ..............

KANEUX11" prof.; MALYOVA.-HAI-OG., V.I_, dor"gent,
"Henl'~h resorts of the U.S.S.R." Havlowed Ey G.L. gamivsklip
V.I- Malkova-lUnWvs. Vop. kur., fiylolf~r. I lecti. fiz. kullt.
21 no.L:366-369 R-Ag 163. (YjP" 17.9)

NANEVSKIY, G. L.
YANEVSKIY, G. L. "physical and functional therapy in reconstructive surgery of the tendon-
=ocular apparatual, In the collection: Boyeways, tmvma norynoy mistemy, Khar1kov, 19W.
p. 264-70.
SO: U-3261p 10 April 53 (Letopis - Zhurbal Inykh Statey No.11, 1949)

j --U. --U.
"The treatment of frostbite with radiant energy and therapeutic exercise in the
open healing method"# Authores G. L. Kanevskiyj Ye. R. Taitritakiy, M. M. Us
Levinson, end F. Y9. Droll in the collectiont Boyevaya travma nervnoy sistmy,
MrIkov, 1948, p. 296-"
SO: U-3261 10 April 53(Letopis - lurnal Inykh Statey No. 110 19/+9)

KAI.T7SK-IY, 0. L.
20082 KANEVSKIY,, G. L. Vaesoyuznaya 0-peatonicheskaya konperentslya na plenume
gravnykh respublikanskikh terapertar. Limckva. Okt. 19h8 r-7 Vracheb. delo, 190,,
No. 6p stb. 561-68P 3(obg.)
SO! LETOPIS 711URNAL STATET, Vol. 27, Moskva, 1949.

GAUGAN, A.D.; ~rof.. doktor md.uaukg, otvorede -
(lbalth wasortao sawtorl=s, and rest home of the Ukrainian
S.S.R.] gurortyo sanatorit I dam otdykba U=. KharIkowe
Ft.2. [Crime ]Province; bibliography of Russian literature
1920-1955] Krymkmla ablest'; bibliograflis otachostvonnoi lite-
rat=7 1920-1953-g6. 14%1)
1. Morkow, Dershov" mankove mdyehns bINIlotokp. 2. MavAyy biblio-
grat MwrlkovWW gosudwetviewwy narachagy ditelaskoy blbllotekl
Kintaterstva sdravooMrarAnlys USSIt (for aeligan).
(BIBLIOGRAM--MMA--MUNH USMS. WATMING FLACM. WC.)

KAUTSKIT. G.L.; MAIKOVA-RYABOYA. B.L.
Forty years of physloal therapy In the Ulcraine. Yop.kur.. fialoter. I
loch, fit.kullt. 22 no.5t4l-46 8-0 '57. (KIM 11-2)
1. Is kafedry fisioterpli Ukrainakogo inatituta usoverbeenstvova"
vrachey (41r, - doteont I.I.Owmiyonko) I Kharlkovskoy oblastacy
klinicheakoy ballmologichaskoy lechobaitey (dir. - lmndidet uedt-
tminskikh nauk P.L.Sbpak)
(UMAXIM-PHYSIUL T=Wr)

K NO r. v
XAUV"rT
A."A'
Uouditioned response reactlow In p)Watothorapy. Yopokar.fintoter. I
lochsfisokulOts 22 no,6t22-24 N-D 157. (MMA 1112)
Is Zov~dWuhohiy ketedrer fistoterpii Mmimakogo institute
usovershoustTovo stye vrobboy (OLir. - doteent I.I.Ovetyenko)
FMICAL TMNLwr)
vDiflow Rurms)
M
IMMATIOTAT RATB--OMIOLOGIUL ZMCT)

KAMSM# G.Log prof,
lAttOr to tbs Oftt0r, Up. kiw.9 fisioter. i lacbe fis, kallt. 23
no-4073-375 JI-Ag 160. (MVA 23s9)
1e Zu"d. kkfsdrOY f1slOtOrsPU Mcraiukago inatituta usoversbonstvo-
vaiiya vracher. (AIR, IOWISRD)

UMCHIIISK17p A.R.j prof.; OSIPOV# B.L.p prof.
-IUMM-MABOVA9 B,,L*t doteent
R*M. Svidler; on his seventieth birtloiday, Voy, kur, fizicter. i
lache f19. kullt. 25 no. 5t460 S-;O 160teu (MTU 13:10)
(SVIDLER, SWIL MIKHAIWVICHt IM-)

STAROBWKIYo Ii;Ms) Z-of.; OBROBOV, A-N-o prof.; YAA'VSKIY, G.L.0 EYA
MILI'lls o V. so prof.; PARnNO'Vp As?, P p2wi5f-.
Resolution of the A32-Union Methodological Conference on Problems
in the Teaching of Physical Therapy in the Medical Institutes and
in the Institutes for Advanced Training of Physicians (Leningrad,
January 27-28., 1961). Vop. kur. , fisioter. i loch. fiz. kul It.
26 no.4:373-376 JI-Ag 161. (MIRA 15:1)
Is C~i- dent ANN SSSR (for Obrdaov).
(PHIZICAL THERAPY-STUDY AND TEACHING)

KRAVCHINt Felike IvanovichIJAMBM. 1.1, reteemsent; IAPINAp N.V.#
reteenzent; D=AXUW.,__T.Lq mauebrgy red.; SHAKHROVAp VA..,
red.1 SHISHKOYAj, LJ4.j, tekhto redo
[PlanniM and organisatim of the repair of ships] PlanirovaM*
j arganizatsila ramU sudov. wngrmd, Goe.soiu2noe isd-va
oudontroit* Pro3W*blo# 1961o 158 po (MIRA 15:2)
(Ships-44aintemme and repair)

KAI,,-z-VSKIY, 1. 11.
"Diffraction of a Convergent Cylindrical Wave on a Cylinder and a Sphere."
I
pnper presented at the 4th All-Union Conf. on Acotistics, Moscow, 26 May -1r Jun 58.

46-4-10/17
0THOR3:Y.r-nevsl',:iy, I.N. a-zid A:Tau-7-Dl'ny*,~h, K.A.
TIME: Colloquium ou RI-Cliat-J.:)n I"2ezsure (I.-,'ollol,:vium po radiats-
iormomu davlcniyu)
"--'-L
-RIODICX~: kkustichesc-':iy Zhurnal, l)57, Vol.11I, 1!r 4, -;.366-'67
(USSR)
133T-~bICT: This c. qrt an the Colloqu-1vu.i 1-.-'ij.ch toolc jacce on
the 20-21 7'ay, aU ".1arocilleo, v.-iich was ormnisad by
XIAILABLI:J: Library of Congress.
Card 1/1 1. Radiation pressure-Conforence-Report

KANEVSKIY, I. N. and ROUNBEM, L. D.
Acoustical Institute of the AcadenW of Sciences of the USSR, Moscow
"Diffraction Pattern near the Focal Line of a Converging Cylindrical Wave" paper
presented at 2nd International Congress on Acoustics, Cimbridge; Mae., 17-23
June 1956.
So: B-100200

FAUTHUX. -Kanevskiy, I.N. and Rozenberg, L.D. 46-1-6/20
TITIA: Evaluation of the sound field in the focal region of a
%lindrical focusainLoystem (Raschat zvukovogo pola v fokalnoy
o lasti toilindriche oy fokusiruyushchey sistemy')
PERIODICAL: "Almstioboaktr Zhurnal" (journal of Acoustics), 1957,
Vol* 1119 go* 19 pp, 46 - 61 (U.S.S.R.)
ABSTRACT: Romberg, 1) has evaluated the magnitudes of acoustic
pressure and of velocity of oscillations along the axis (in the
focus) of a cylindrical focussing surface. In the present
article, the mathematical method of calculation of the acoustic
field is given for regions in the prQx1mity of the focus$ both
for infinite and finite lengths of focussing surfaces and for
various radii of their curvature. It is assumed that the wave-
lengbh is small as compared with the focal length of the system
First, the general expression for the potential at any
point of the region, as represented by the potential at the
surface of the cylinder is derived by applying Green's theorem
for the case of infinitely long cylinders with various radii of
curvature. The potential then becomes the contour integral of
the Han el function of the second kind and of zero order and
of the potential and its derivative at the surface of the
cylinder. Results permit the application of the same technique
to cylinders of finite lengths. Rozenberg, 1) has shown that
Card 1/2 fringe effects in this case may be neglected provided the
distance from the end of the axis is not less than 1-2 Fresnel
Zones. The analysis of the thus obtained formulae shows that

SOV/46-5-2-4/34
AUTHOR: Kanevskiy, I.N.
TITLrb: Calculation of Diffraction of a Converging Cylindrical
Wave on a Cylinder (Raschet difraktsii akhodyashcheysym
tailindricheakoy volnj na tsilindre)
PERIODICAL: Akustieheskiy zhurnal, 1959, Vol 5, Nr 2, pp 151-156
(USSR)
ABSTRACT: The author discusses diffraction of a converging cylindrical
wave on an Infinite c linder placed coaxially with the
incident wave-front IFig.1). An expression for the potential
of the resultant field and an asymptotic expression for
the intensity of the scattered wave and the effective scattering
cross-section are obtained. The results are compared with the
case of scattering of a plane wave on a cylinder whose peri-
meter is small compared with the incident wavelength. It is
found that the expression which gives the intensity of the
scattered cylindrical wave includes a multiplier which is a
function of the angle supported by the cylindrical wave-
front at the c7linder axes. wurthermore,in the case of
Card 1/2 scattering of cylindrical waves, the Intensity of the

BOV/46-5-2-4/34
Calculation of Diffraction of a Converging Cylindrical Wave on a
Cylinder
reflected wave Is proportional to the fourth power of the
frequency, while in scattering of plane waves It to
proportional to the cube of the frequency. The paper Is
entirely theoretical. Acknowledgments are made to LeD.
Rozenberg, G,D. Malyuzhinets, A.Ye. Villner ano 1P.N*
Namentnikova for their advice. There are 3 figures and
2 references, of which I is Soviet and I a translation from
English into Russian.
A3SOCIATION: Akusticheskly Institut AN SSSR, Moskva (Acoustics
Institute, Ao. So. USSR, Moscow)
SUBMITTED: May 9, 1958
Card 2/2

24(l) BOV/46-5-3-5/32
AUTHORS Kano"kiy, I.N.
-------------------
TITLIK s Calculation of Diffraction of a Convergent Cylindrical Ikve on a Sphere
(Raschot d1fraktaii ekhodyashohoy*ya teilindrichoskoy voloy n& store)
PERIODIWItAlmstichosicil &hurvAl, 1959, Vol 5, Ir 3, pp 294-300 (USSR)
ABSTRACTs The author discusses diffraction of an infinite convorgont cylindrical
vavo on a sphere %hoeo, contre, lies an the wave axis. An expression is
obtained for the resultant field potential so well assaymptotic expressions
for the scattered wave intensity and the effective scattering aross-
section. Those expressions are compared with the cAso of scattering of a
plans, wave on a sphere whose perimeter is small compared with the
incident wavelength, The paper is entirely theoretical. Acimowledazonts
are made to L.D. Rosenberg,, G#D. Nalyushinsts, A-To. Villner,
TX NamostAlcove for their advice and, to 3,0,, Astapoim for her help in
nmerical calculations. There are 3 figures ani 5 references, 3 of 'Which
are Soviet and 2 translations front Nnglish into Russian.
ASSOCIATIOffsAkusticheskly institut AN SSSR, Masku (Acoustics Institute, As.Sc. V83R,
Moscow)
SUEMTTEDs May 9, 1968
card Vi-

9(293)9 28(2) SOV/115-59-8-26/33
AUTHOR: Kanevskly. I . I
TITLE: Device for Measuring Ultrasonic Pields in a Liquid
PERIODICAL: Izmeritellnaya tokhnika, 1959, Nr 8, PP 51 - 54
(USSR)
ABSTRACT: For a detailed investigation of ultrasound fields of
a complicated configuration, created by fccuoing ra-
diators and focussing systems receiver is required,
whose dimensions are smaller ihan the wavelength in
the medium, and a precision coordinate device for its
shifting. At the 2izicheskiy institut Ar, SSSR (Ins-
tit-ate of Physics of the AS USSR) G. 1. Kaminir de-
veloped a prototype of such a device under the super-
vision of L. D. Rozenberg. Using this device, the
diO-iibutlons of ultrasonic fields in liquids were
plo,uted manually. Based on this experience, the de-
vice described in this article was dove!-.)pod. The
most complicated part is the coordinate device, shown
in Figure 1, which was designed by Z. G. Levin. The
precision coordinate device may be usid also for other
investigations, for example, for determining the spa-
Card 1/2 tial distribution of electromagnetic fields, tempera-

SOV/'115-59-8-26/33
A Device for Measuring Ultrasonic Fields in a liquid
tures and other physical magnitudes. Selsyn drives
are used for automatic recording of measuring re-
sults. Selsyn-transmitter ND-501 is driven by a 30-
watt DVA-UZ motor equipped with a three-stage reduc-
tor. Selsyn-receivers NS-501 and NS-404 are used
for moving the coordinate device in horizontal and
vertical direction. The coordinate device is opera-
ted from a control panel containing relays of type
MKU-48, a step-down transformer, a-24-volt rectifier
and switches for Qhanging the direction of rotation
of the selsyns. The measuring amplifier was descri-
bed by Yu. B. Semennikov LRef 1 7. Por recording
the measuring'results an electr6-n-ray oscillograph
ENO-Vis used. A miniature feeler, described by Ye.
V. Romanenko L'Ref 2_7 is used as a receiver. The
feeler Is connected tio the preliminary amplifier.
The diameter of the receiver head of the feeler is
0.2 mm. When working at low-amplitude ultrasonic
frequencies a GBS-6 generator is used as transducer
of electric oscillations for the ultrasound conver-
Card 2/2 ter. There are 2 diagrams and 2 Soviet references.

a 4/.. 4poo 6721 >
At- I Poo
cwrrr sov/20-129-4-14/68
AUTHOR: Kanovskiy. I. N.
TITLE: The Analysis of the Fi*ld Distortions of a Plans Piez slectrd
Radiator
PERIODICAL: Doklady Akademli nauk 855R, 1959, Vol 1290 Wr 4, PP 766-768
(USSR)
ABSTRACT: In order to obt in hnix ha-frequonoy ultrasonio waveng plane
L_
Jors
piezoelectric r:d a ore quartz or barium iiianale ceramics'),(,-
Sri used. Re Bae ~ &Ad Be N* Rsheykin (Ref 2Y -ass-igaid.
nearly simultaneously independent of each other that the fiolds
mentioned in the title are insufficiently homogeneous. aoth
authors started from The assumption that the flexural vibra-
lion@ play the principal part in the produotion of the oblique
beau@. Acoording to the author's opinion, there is no cause
for a neglool of the possible influence of longitudinal vibra-
lions. The prevent paper is now intended to check this assump-
lion, Pirsig i1m, image of the surface vibrations of quadratic
pi*soolooirio radiators made from barium-tilanate ceramics was
investigated. Theme radiators operated at the resonance fre-
Card 1 /4 quencies or 430 and 800 kilocycles in air. The image thus ob-

67253-
SOV/20-129-4-14/68
The Analysis of the Field Distortions of a Plans Piezoelectric Radiator
Asined was a negative reproduction of the Chladni figarsel it
has a distinctly marked periodic structure. Part of this
image is illustrated in an attached figure. The second figure
shows the result of applying the photo-diffusion method during
operation of the radiator in a liquid medium. Also in The
letter case the character of amplitude distribution remained
the same an In operation In air. At 800 kilooyoles the structure
periodicity is reduced to about the half. The phase shifts
measured at the frequencies of 450 and 830 kilocycle* In air
and in liquids (water and iranof ormor oil) are near Oct A1 0
the maximum value of the phase shif to Aq remains below 40r.
This Indicates that the symmetric transformer viViations
play the main par$. Next, the amplitude distribution of the
radiator surface vibrations in water are rooordedt and this
distribution was then spectroscopically analyzed. The eighth
component with the period 0.65 has the largest amplitude. The
spoctrogran pormi$s conclusions as to the composition of the
radiation field. Two waves correspond to the n-th component
Card 2/4 of the sp*oirus, which propagate In the liquid along a straight

672!2-
SOV/20-129-4-14/6e
The Analysis of the fteld Distortions of a Plans Piezoelectric Radiator
which forms the angle@ a a + are ein(nX liq /&) With the normal
on to the radiator surface* Here X denotes the wavelength in
the liquid and a the distance between the front surfaou of the
radiator. That 00SPOnOAt of the spectrum the period of which Is
equal to half the wavelength of the longitudinal vave in the
radiator material has the maximum amplitude. The maxima and
minima of pressure lie on straight lines, which are the bi-
sootrioem of'tho-angl*o botween-the normals to the ways fronts.
For the purpose of checking the formula for the direction of
those bis*otriooop the author carried out experiments with
radiators made from, barius-titanate ceramics in water. The oal-
culated and the experimentally measured values of this angle
are in good agr#ouent. It is further said that the author
thanks Lo D. Rosenberg for his interest and for his attention'
in connection with the present investigation. There are 3 fig-
uresi I tableg and 5 references,, 2 of which are Soviet.
ASSOCIATION: Akuntichookiy'inatitut Akad*aii nauk SSSR
Card 3/4 (Institute of Acoustics of the Academy of joiencoys USSR)

67252-
SOV/20-129-4-14/68
The Analysis of the Field Distortions of a ?lone Piezoolectrio Radiator
PRZSZNTED: July 161 1959p by N. We Andrsysvq Aoademician
SUBMITTED: July 15, 1959
q1
Card 4/4

8 77
81046160Y006101121103 3
424, 4200 BOOs/Boll
AUTHORs Kanevskiyj 1. so
TITLEs Experimental Investigation of Cylindrical Focusing System
PERIODICAL# Akusticheskiy shurnall, 1960, Vol. 6, No. 1, pp. 123 - 124
TEXTs The author offers experinental investigation results of
cylindrical focusing radiators &ad* of barium titanate ceramics. The
distribution of the fields was recorded with a "microhydrophone" (Ref. 2)
with a diameter of 0.02 amp and with a coordinate precision instrusent.
Preliminar
% Investigations of the radiators with aperture angles of 309
60, and 90 revealed a marked differsnoe between experimental and
theoretical results in a fr*quenoy range of 600 - goo cycles (Fig.
Fig* 2 shows-pictures of the same.radiator on two planes perpendicular
to each other. As can be seeng the wave fronts differ from the
cylindrical ones. In order to find the cause underlying this difference, 4K
the author examined the distribution of amplitudes of the radiator our-
face# The amplitude was found to be irregularly distributed, this
irregularity exhibiting an evidently periodic character. Fig. 3 shows an
Card 1/3

Experimental investigation of Cylindrical S/046/6%15/01/21/033
Focusing systems BOO8/BO11
xample of the distribution of amplitudes during the operation of the
;
adiatoir in the air. The @&a* picture was observed with the radiator
operating in a liquid. It reminds very much of the field distortions of
flat radiators (Ref. 3)p which are chiefly caused by longitudinal standing
waves in the material of a finitely large radiator. The irregular periodic
distribution of amplitudes is equivalent to the presence of two waves
heading toward each other on the radiator surface. These waves yield a
radiation at an angle to the normal of the vibrating surface. This
radiation distorts the field and reduce* the amplification coefficient of
the converter. In order to reduce the field distortiong such a frequency
can be selected for the converter excitation that the vibration producing
spurious radiation has a minimum. amplitude (Fig. 4). The method of
correcting the field 'by the operation of the radiator on non-resonant IV
frequency con, howev*rg be applied only if no high intensities are re-
quired. For the elimination of oblique beans arising during the radiator
operation on resonance frequenoyp a semiwave filter of Duralumin was used.
It was placed coaxially in front of the surface. in example of field
distribution with filter is shown in Fig. I (Curve 3). After introducing
the filter, the secondary maxima were appreciably reduced which entailed
Card 2/3

8
OP77
Experimontal Investigation of Cylindrical 3/046 6 006/01/21/033
0
Focusing systems BOOSY3011
a rise in the asiplifioatieft Goeffioient. Its value was even somewhat
higher than the computed one (by 23~). There are 4 figures and 3 Soviet
references. UK
ASSOCIATIONi Akusticheskiy institut AN SSBRO Moskva (Institute of
Acoustics AS USSR, Moscow)
SUBMITTEDe August 31 1959
Card 3/3

.,_-KLMSKIYO I.N.
Steady forces arising in a sound field. Akust. thur. 7 n0-193-17
161. (NMA 14:4)
1. Akunticheokiy institut AN SSSRO Hook-va.
(Sound)

KANEVSKIYI I. N., Cand Phys-Math Sci -- (di.ss) "Research into cylindri-
cally focussing systems-" Moscow, 1960 -12 pp; (Academy of Sciences
USSR, Acoustics Inst); 175 copies; free; (KL,,3-60, 1~0)

20234
AlUTHORt Kanovskiy# L Is
0
YITLEt Investigation of the fle16 straoture
ultrasonic concentrator
!.PERIODICAL* Akustichookiy shurnal* T- 7~ n: 1; 1941- 40-46
TEXTo , In an earlier paper (Ref. 1)v Kanevrki-1- 97 -.. :ta1c--1a-;sd the field,
in, the range of a focus of a converging oylindri-.& "---t -.-i`h uniforn xa-
plituds distribution over this front. The- obta:.:: '-,-=u1& permitting
calculation of the field also in an angul;?: t e
`,he 30ocus. Fur h r
more, the author obtain# an expression f~;:: :.i ;olvential within
range of the focus in which a uniform ampin lenanded. On the
basis of the velocity potential
~.5 C
where H (kR) is a Hankel function of second kltr,- F the distance between
0
Card 11P3

2o234
"W61/'007/001/004/015
Investigation oO the
i,
the em:*.ttinK av ;tr 1the obse-rrort the autho-r 4.nv-t!.ig&t*& the emission
frcr .- surface part of a circular cylinder an4 producing a con-
verg.- cylindrioa: front. Relation (3) is obtained for the veloci ty poten
tial.
v in '.he anplit-.~de velocity and its distribution over the our-
where
face of the cylinder. Ry means of this expression, the relief shovn in
Fig. 1 was construnted. In the horizontal plane of this spatial diagram the 50
points of observation in polar coordinates are given, and in perpendicular
direction the val,ias of the potent-lal modulus. A change in the aperture
angle of the fron.' zerely changes the scale of field structures a decrease
of this angle cauavr a flattening of structure. As these results hold onlyi
for cylindrical fronts of Infinite length, in the followingg the depend nos
of the potential on the length of the emitting surface is studied. Cal:ula-,
tion, is simplified by ~he author's confining himself to investigating the
field on the axis of the front. He obtains expressions for calculating the
-Card 2/03

S/046/61/007/001/004/015
Investigation of the B104/B204
field and constructs the'diagram shown in Fig- 4, which shows the velocity
potential as a function of h/f, vhere h is the half height of the emitter
and f the frequency. The results here obtained theoretically are partly
checked by means of a cylindric' I
al emitter made from barium-titanate ceramics;
Because of an inhomogeneous motion of emitter surface, this emitter produced
an amplitude-modulated wave front# By means of a semiwave filter, the dle-
turbances of the wave field could be suppressed. The survey obtained by
theoretical calculation could be well verified. The amplitude distributionl'
and the phase distribution of a ssmi-oylPdrical concentrator are shown in
Figs. 6a and 69. The phase jumps by 180 as demanded by theory are satis-
fied only for the zeroth and first maximum. With growing distance from the,
front axis, phase disturbances and amVlitude curves increase. The author
thanks L. D. Rozenberg for some valuable advices and A. D. Karyugina for
his help in numerfoal computations and measurements. There are 6 figures
and 7 SoVist-bloo references."'.,,;.
ASSOCIATIONt' Akusticheakiy institut AN SSSR Moskva (Institute of Acoustics
of the AS USSRt Moscow)
Card

2LIAOL) (104,3 iqfll)
1
AUTHORs Kanevskiyt
3Lx,49
S/04 61/007/004/004/014
B139YB102
TITLEt A simple method of visualizing ultrasonic fields and fluxes
PERIODICkLi kkusticheskiy zhurnal, V. 7, no. 4, 1961, 436-441
TEXTs The usual methods of visualizing ultrasonic fields are too
complicated. The author describes a simpler method which is based on
degasification of the liquid in the ultrasonic field. The model of a
compressible sphere is considered to establish the correlation between
bubble concentration and field distribution. Owing to the effect of the
elastic forces in the standing wave field, such a sphere moves towards
the pressure maximum and minimum, respectively, depending on whether its
diameter is larger or smaller than the resonance diameter. The sphere is
not affected by the field forces, if its diameter equals the resonance
diameter. By comparing the bubble diameter with the resonance diameter
the position of the bubbles in the sound field can be determined, using
the relation d -1 W2 , where f is the resonance oscillation
Card 1/3

0049
SAO 61/007/004/004/014
A simple method of visualizing B139YB102
frequenoyl,rmop/ov of the bubble gaal p is the pressure in the bubblel
and is the density of the liquid irradiated with ultrasonics. The
surface tension can be neglected. For visualizing the ultrasonic field in
water by bubbles, has to be 1-141f - 1; and p-1.02*10 6 dyn/cm 2, thus
almost atmosph 1pressure. The resonance d-am6ter,d, of the bubbles
would be 6.57/f; the quantity d being expressed in mm, and the quantity
f in kcps. The measurements were made with the apparatus shown in Fig.
I at f - I Mci i. e., the visible bubbles were larger than the resonance
4 bubbles and thus concentrated in the pressure
nodes. Experimental arrangement: A piezoelectric
transformer I is placed in a liquid tank 2 where
also a submerged lamp 3 is mounted. The tank
2 3 bottom and walls are rubber-lined and provided
with rubber plates forming an angle with the
incident oscillation. Thus, the waves are
reflected repeatedly and damped. The field
can be ovearved in the tank with the naked eye and photographed with the
Card 2/3

30049
S/046/61/007/004/004/014
A aimple method of visualizing ... B139/B102
camera mounted above the tank. This method of visualizing standing wave
fields is rvlatively sensitive (about 0.5 w/cm2). It is particularly
suitable for visualizing ultrasonic wind. Thero are a' figures and 8
references: 5 Soviet and 3 non-Soviet. The three references to English-
language publications read as follows: K. Youioka, G. Kawasima, Acustica,
1955, 5, 3, 167-173; K. Yosioka, G. Kawasima, H. Hirano, Acustica, 1955,
1, 3, 173-176; A. Carrelli, F. Porreca, Nuovo Cimento, 1953,.LO, 19
98-102.
A560CIATION; Akusticheskiy institut AN SSSR Moskva (Acoustics Institute
AS USSR, Moscow)
SUBMITTiO: i~arch lij, 1961
Card 3/3

KA.NEVSKIY, I.N.; ROZENBERG., L.D.
Cylindrical focusing systems with nonuniform amplitude distri-
bution* Akust. zhuro 9 noo4t428-423 163~ (MIRA 170)
1, Akustioheakiy in5titut AN SSSRO Moskva*

KANEVSK3Y$l I.N.
Some characteristics of convergent wave fronts in dissipative
~dia. Akust. shur. 9 no.3:324.-328 163. (KIRA 16:8)
1. Goeudaretyennyy naucbno-issiodovateltakiy i proyektn"
stitut redkometallicbeekoy promyshlonnostis Moskva.
(Sound waves)

vt~.
A P4(1446 14
i a a On I
9 r1 fit Fi,-,!

efft-I on
8 a
1-4
ri the axial

AP4044614
Io
, : i ~ $,A -4 r e
Iy small, an af)flr~`v !:-I,
~Li, Lite ruedium ratingaa

7 ~L. Oj)977--66 E'U'T (I)IM, (m)/ZFEC-Ii/T 1YdW(k)1&jA(h)
1ACCESSION NR : AP5 6'19062.
UR/0286/65/000/012/008810088
534.612.002-56
iAUT-40R: Kanevokly, I. N.
0
TITLE: Instrument for measuring ultrasonic radiation pressure. Class 42, No. 172082
~SOURCE: Byulleten' izobreteniy i tovarnyhb znakov, no.-12, 1965, 86-
ITOPIC TAGS: ultrasonic radiation, radiation pressure, sensorl~oscillatoi tank
icircuit, discriminator
ABSTRACT- An Author Certificate has been issued for an instrument which measures
ultrasonic radiation pressure. The device consists of a sensor, a high-frequency
generator, and a meter. The sensor is incl#4ed in the tank circuit of the oscil-
lator, which changes the oscillator output frequency according to the pressure ap
plied to it. The frequency deviations are monitored by a meter at the output of
discriminator circuit which converts the frequency excursions into current amplitude
variation (see Fig. 1 of Enclolure). Orig. art. has: 1 figure.
ASSOCIATION: Gosudarstvennyy nauchno-iseledovatel'skiy i proyektnyy institut red-
kometallicheskoy provishlennosti (State Scientific Research and Design Institute-of'
the Rare Matal Industry)

1 7, 4T I - . - I I
I
. I I . - I -
1 - i
-L 03977-66
Card ~ 3/

POUND/Cultivated Uants Orainei
Abs Jour : Hof Zhur Biol., NO,4, 1958.. 15511
Author : Ke KhnevaklY
Inst : I:L~~
Title : The Different Kinds of P2Ants Belonging to the "Species"
Triticum polonicum Le and Their Position in Wheat
Evolution.
(Fazwroftost' rastonly I'vidall Triticum polonicum Le i
ikh polotheniya v ovolutsionnoy sistwo pshenitsy)e
Orig Pub : Byul. Pollskoy AN,, Otd. 2., 1956, 4, No 2, 43-47.
Abstract : Research was conducted in the laboratories of the de-
partment of botany at the Superior Agricultural School
in Warsaw which showed that the series of tetraploid
long-Glumed wheat corresponds to the tetraploid specier
of vheat with short almes. The species Tr. polonicum
encountered in the natural state corresponds to the
species Tr. durum. The oriainal form Tr. polonicoideep
Card 1/2
POUM/Cultivated Plants - Grains, M.
Abs Jour Ref Zhur - Biol.., No 4. 1958, 15511
vhOse OriGin is not knownp corresponds to the spociLs Tr.
dicocamo The genctic and anatomo-morpholocial of this
form pernits its classification in a scp&mto spoicas.
BY Means of inter-spocies hybridization one obtained
Wheat with lOnU-&IUMQs 'Which were analogous accordine
to other features to the species Tr. turgidm --.~-Tr.
dicoccoldes as well as Tr. vulgare -> and Tre spelta.
Wheat 'with long Ames my be extremely mnifoldj, consis-
tina of a series of formos named '.Y the author polonicoi-
des.
Card 2/2

KAMVSKIY. K.
Using Industrial wastes In producing building naterialn. Zhile
stroi. no.7;.11 158. (KIRA 12:6)
1. GlaviWy Inkhanar Upraylenlya tapitallnogn atroltalletva UralvWt.--
savoda, Nizhniy Tagil, (Building materiale)